WO2016141897A1

WO2016141897A1 - Method for insertion hole of linking guiding and sealing tooth insertion base to be provided with main and side reciprocating teeth, and impacting device wherein insertion hole of mining machine is provided with main and side reciprocating teeth

Info

Publication number: WO2016141897A1
Application number: PCT/CN2016/076310
Authority: WO
Inventors: 刘素华
Original assignee: 刘素华
Priority date: 2015-03-12
Filing date: 2016-03-14
Publication date: 2016-09-15
Also published as: AU2016228603B2; CN105971595A; CN105971595B; WO2016141898A1; CN105971600A; CN105971596B; CN105971598B; CN105971597B; AU2016228603A1; WO2016141894A1; EA201792035A1; EA035053B1; WO2016141895A1; CN105971596A; CN105971597A; AU2016228603A2; WO2016141896A1; CN105971598A

Abstract

Disclosed are a method for an insertion hole of a linking guiding and sealing tooth insertion base to be provided with main and side reciprocating teeth, and an impacting device wherein an insertion hole of a mining machine is provided with main and side reciprocating teeth. The device comprises an integrated block sealing guiding and rotation-stopping box (1), a reciprocating power device (2), a linking guiding and sealing tooth insertion base (3), a main reciprocating tooth (4) and side reciprocating teeth (5), an end portion of the linking guiding and sealing tooth insertion base (3) being provided with a guiding insertion post (6) or a guiding insertion hole base, the side reciprocating teeth (5) being arranged on the main reciprocating tooth (4), a main reciprocating tooth insertion hole piece (7) or a main reciprocating tooth insertion post (178) being arranged on the main reciprocating tooth (4), the reciprocating power device (2) being connected to the linking guiding and sealing tooth insertion base (3), the guiding insertion post (6) of the end portion of the linking guiding and sealing tooth insertion base (3) being connected to the main reciprocating tooth insertion hole piece (7), or the guiding insertion hole base of the of the end portion of the linking guiding and sealing tooth insertion base (3) being connected to the main reciprocating tooth insertion post (178), the linking guiding and sealing tooth insertion base (3) driving the main reciprocating tooth (4) and the side reciprocating teeth (5) to impact in a reciprocating manner. The device improves the operational performance and efficiency of a coal mining machine or a boring machine, and is safe and reliable.

Description

Method for implementing main and side reciprocating teeth of interlocking guide pinion socket jack and main and side reciprocating tooth impact device for excavator jack

The invention relates to the field of mining machinery, in particular to a method for implementing main and side reciprocating teeth of a joint of a linkage guiding and sealing socket, and a main and side reciprocating tooth impacting device for the jack of the mining machine.

Background technique

The reciprocating teeth of the existing mining machine, rock drill and breaker machine are all provided with a toothed head reciprocating impact. Therefore, the tooth base is a single-layer tooth seat, and the single tooth seat and the single tooth head impact material impact. The utility model has the advantages of small area and low work efficiency, especially when the reciprocating tooth oscillates the impact material to the left and right, the inclination of the single tooth seat and the single tooth head tooth causes the reciprocating tooth to not impact the material of the side wall, thereby causing the side wall material and the reciprocating tooth head. The side wall and the side wall of the toothed seat slide frictionally, which seriously wears the reciprocating toothed seat and the side of the tooth head, and thus the strong resistance generated frequently causes the motor or the motor to be overloaded, and the motor or the motor is quickly damaged when it is severe, and the original The reciprocating impact shearer has a toothed head for the original reciprocating punch. When it is necessary to widen the disposable mining area, a plurality of single-headed teeth are arranged on the wide toothed plate, due to a plurality of teeth. The seat is densely arranged on the same plane of a shovel plate so that the material falling out cannot flow out of the gap of the tooth holder. The material impacted by the tooth head cannot be smoothly exported after the material between the tooth holder and the tooth holder is filled, resulting in mining. Material is Broken, in severe cases, the filled teeth between the filled materials can not work continuously, in order to make the reciprocating teeth on the original shovel tooth plate can not work continuously due to the material, that is, the single tooth holder of each reciprocating tooth is raised Due to the increase of the single tooth holder, the force arm of the reciprocating tooth, the guiding mechanism and the power mechanism is increased, resulting in a short service life of the reciprocating tooth, the guiding mechanism and the power mechanism, and the reciprocating tooth is fixed by using the toothed plate. When the reciprocating impact tooth of the height difference is arranged on the same plane, the tooth holder of the reciprocating tooth with the high top of the tooth is made thin and high, and the thin and high tooth holder is arranged perpendicular to the shovel plate, and the structural strength is poor, and the tooth is not able to be toothed. The shank extends out of the bottom of the tooth holder, because the original reciprocating tooth shank cannot protrude from the bottom of the tooth holder, and the tooth head can only be removed from the tooth head position of the front portion of the reciprocating tooth, and cannot be restrained from the rear end of the reciprocating tooth. The reciprocating tooth shank pushes the tooth head up by the pulling force of the reciprocating impact stroke, which makes the disassembly of the tooth head difficult or even causes the tooth head and the tooth holder to be too tight or locked due to the reciprocating impact, and the tooth head cannot be disassembled. The mining efficiency and the block rate of the material to be mined are reduced, and the shovel tooth plate of the same width and height of the front section of the guide to the anti-rotation box is sealed with the integrated impact block, so that the shovel tooth plate and the integrated block sealing guide turn box are sandwiched. The material can not be discharged, and the material forms a block between them. When the reciprocating impact occurs, the block can not be retracted, resulting in failure of continuous reciprocating impact, shutdown maintenance, etc., and the original reciprocating impact shearer in fixed reciprocating teeth The boring machine mostly uses the screw nut to fix the reciprocating tooth to the power guiding member. Under the strong reciprocating impact reaction force, the nut is quickly detached by the vibration or the thread is impacted and deformed. The sliding wire causes the reciprocating tooth to fall off or cause the thread deformation to bite. Death can not replace the reciprocating teeth, because the area of the shovel tooth plate is too large, in order to reduce the weight, the shovel tooth plate is made thinner, because the shovel tooth plate is thin, the shovel tooth plate deformation under the strong reciprocating impact reaction force, and the shovel The large area of the tooth plate blocks the space where the water spray and the cooling device spray water to cool the impact tooth, so that the reciprocating impact tooth quickly overheats. Damage, the original reciprocating impact coal mining machine, roadheader in order to spray water to the reciprocating impact tooth on the shovel tooth plate, cooling, that is, on the wide reciprocating shovel tooth plate to do the water channel, the water nozzle, because of the shovel tooth plate Reciprocating impact causes the accumulated material to quickly block the water nozzle, which makes the water spray and cooling system fail. Due to the multiple water channels in the horizontal direction of the scraper tooth plate, the strength of the flat tooth plate structure is reduced, and the processing and manufacturing is complicated. The structure of the roadheader is unreasonable, the performance of the roadhead is poor, and the length of time for disassembly and replacement is changed, resulting in the reciprocating impact of the shearer and the roadheader being unable to be used in the actual mining production site. In order to solve the above problems, the present invention proposes to implement the interlocking guide sealing pinion. The main socket and the side reciprocating tooth method and the excavator jack are provided with main and side reciprocating tooth impact devices.

Summary of the invention

The present invention is achieved by the following technical solution: a method for implementing a main-side and a side reciprocating tooth in a joint-guided sealed socket receptacle, characterized in that:

Providing a linkage guide sealing pin holder, etc., and providing a guiding post or a guiding jack seat at an end of the interlocking guiding sealing pin holder;

1. Set the main reciprocating teeth, etc., and set side reciprocating teeth on the main reciprocating teeth, and set main reciprocating tooth jacks or main reciprocating tooth inserts on the main reciprocating tooth base, and set the main reciprocating tooth jacks in Positioning the post or placing the main reciprocating tooth post on the guiding jack seat;

2. The main reciprocating tooth socket member and the guiding post are fixed by a tapered surface, or the main reciprocating tooth jack member and the guiding post are fixed by a screw connection, or the main reciprocating member is connected to the main reciprocating tooth jack and Guide post, etc.;

3. The main punching teeth and the main tooth body are arranged on the main reciprocating teeth, so that the main punching teeth are connected with the main tooth body or integrated, and side reciprocating teeth are arranged on the main punching teeth or side reciprocating on the main tooth body. Tooth or to provide side reciprocating teeth on the interlocking guide pinion seat or to provide side reciprocating teeth on the main and main teeth or to provide side reciprocation on the main teeth, the main tooth body and the interlocking guide pinion seat The teeth are provided with side reciprocating teeth on the main tooth body and the interlocking guide pinion socket or side reciprocating teeth on the main tooth and the interlocking guide pinion seat, and the side reciprocating teeth are set as the side tooth head and the side a tooth holder that allows the side tooth and the side tooth to be connected separately or in one piece;

4. When the side tooth head is connected with the main tooth and/or the main tooth body, that is, a side tooth seat is arranged on the main tooth and/or the main tooth body, so that the side tooth seat is connected to the main tooth body or For the integral type, the insertion side perforation is provided on the side tooth holder, so that the insertion side perforation is set as the through side tooth through hole or the insertion side tooth blind hole, etc., and the side tooth handle is arranged at the rear of the side tooth head, and the side is set The tooth handle is disposed on the through side tooth through hole or in the inserted side tooth blind hole;

5. The side shank and the side shank are connected by the tapered surface to be retracted or the side shank and the side shank are screwed back or the side shank and the side shank are connected by the side tooth retaining member;

The integrated block sealing guide turnout box and the like are arranged, the reciprocating power generator and the like are arranged, the reciprocating power device is arranged in the integrated block sealing guide turnout box, and the reciprocating power device is set as the crankshaft connecting rod driving member or is set as the piston type driving member, etc. The reciprocating power unit is connected to the interlocking guide pinion socket in the integrated block sealing guide rotation box, and one end or both ends of the interlocking guide pinion socket protrudes from the integrated block sealing guide to the outer to the outer reciprocating tooth The interlocking guide pinion seat drives the reciprocating impact of the main reciprocating tooth and the side reciprocating tooth.

The main tooth body is set as a cylindrical sleeve main tooth body or as a cylindrical cone main tooth body or as a side tooth arm main tooth body or as a beam type main tooth body, etc., when a cylindrical sleeve main tooth body is used The main tooth body is set as a cylindrical main tooth body, and the rear end of the cylindrical main tooth body is provided with a main reciprocating tooth jack member, so that the main reciprocating tooth jack member is sleeved on the interlocking guide sealing gear holder, and the side teeth are The seat is disposed on the cylindrical main tooth body, or when the cylindrical main tooth body is used, the main reciprocating tooth insert at the rear end of the main body of the cylindrical cone is inserted into the interlocking guide pinion seat, and the side tooth holder is disposed on the column On the main tooth body of the cone, or when the main tooth body of the side tooth arm is used, the main tooth body is set as a cylindrical main tooth body, and the side tooth arm supporting the side reciprocating tooth is arranged on the column main tooth body to make the side tooth holder Provided on the side tooth arm, one or more side tooth arms are arranged on the cylindrical main tooth body, and one side tooth seat is arranged on one side tooth arm, and a gap is provided between each side tooth arm, so that the side tooth arm and the side tooth arm are The cylindrical main tooth body forms a punching frame, or when the beam type main tooth body is used, the main tooth body is set as a cylindrical main tooth body, and the cylindrical main tooth body is set as the upper main body. The main body and the lower main tooth body are provided with a main tooth connecting beam between the upper main tooth body and the lower main tooth body, and the main tooth connecting beam fixedly connects the upper main tooth body and the lower main tooth body or the main tooth body connecting beam and The upper main tooth body and the lower main tooth body are integrated, and the side toothed seat is disposed on the beam main tooth body, when the cylindrical main tooth body or the cylindrical cone main tooth body or the side tooth main tooth body or The impact strength of the beam-type main tooth body and the cylindrical sleeve main tooth body or the cylindrical cone main tooth body or the side tooth arm main tooth body or the beam type main tooth body and the like are directed toward the integrated block sealing guide turnout box The cross-section is reduced, and the cross-section of the cylindrical sleeve main tooth body or the cylindrical cone main tooth body or the side tooth main tooth body or the beam main tooth body toward the integrated block sealing guide rotation box is reduced. Blocking, increasing the water spray space on the integrated block sealing guide to the main reciprocating tooth and/or the side reciprocating tooth.

Set the side shank stop hole groove on the side shank or set the side shank to stop the card slot or set the side shank to stop the thread or set the side shank to stop the shank or set the side shank or set the side tooth Correspondingly, the wire hole of the shank hole, etc., correspondingly, the side toothed seat retaining hole groove is provided on the side toothed seat or the side toothed seat retaining groove is provided or the side toothed seat retaining thread is provided or the toothed seat retaining through hole is provided Or set the side toothed cone hole or set the side toothed seat retaining spring table or set the side toothed retaining stop or the side toothed top wire hole pin hole, etc., and set the side tooth retaining piece to the side toothed handle The retreating groove and the side tooth retracting hole groove prevent the side tooth shank from falling off, or the side tooth retracting member is disposed on the side tooth retracting card slot and the side tooth retracting card slot to prevent the side tooth shank from falling off, or the side is removed The toothed retaining thread passes through the side toothed through hole and the side toothed retaining nut cooperates to make the side toothed retaining nut and the side toothed retaining stop cooperate to stop, or the side tooth taper and the side toothed cone The hole fits and retreats, or the side tooth retaining member is disposed on the side tooth retaining hole groove to be retracted with the side tooth rest stop, or the side tooth passes through the side tooth of the side tooth through hole Handle on the back The toothed pin hole is stopped, or the side toothed through hole is provided on the side toothed seat. The side toothed retaining groove is arranged on the side toothed retaining section of the side toothed through hole to set the retaining spring to the card. Slot and side gear stop stop Fitted with the retreat, or the top wire hole pin stop member is disposed on the side tooth shank stop hole and the side tooth seat stop hole to prevent the side tooth shank from falling off, the top wire hole is convenient for conveniently disassembling the top wire hole pin, etc.; or setting the main The reciprocating tooth retaining structure and the like, the main tooth body comprises a pin-type main tooth body, and the main reciprocating tooth retaining structure is arranged such that the main tooth body of the toothed seat and the augmented tooth body of the insert post are fixed by a taper surface or the main tooth body of the toothed seat And the pinned joint tooth body is fixed by screw connection or the tooth main tooth body and the pinned joint tooth body are stopped by the joint tooth stop piece, or the pin type main tooth body and the fixed side ring gear cone surface are fixed. The retracting or pin type main tooth body and the fixed side ring gear thread retreat or the pin type main tooth body and the fixed side ring gear are provided with a retreating structure stop or the pin type main tooth body and the fixed side ring gear are provided The inner pin hole retaining piece is stopped, or the respective retaining pieces and the retaining structure are complemented each other.

A main reciprocating tooth rotation preventing structure or the like is provided, and the main reciprocating tooth rotation preventing structure is disposed such that the pin main tooth body and/or the fixed side ring gear are provided with a side ring gear rotation preventing structure, and the side ring gear rotation preventing structure is set to The polygonal side ring rotation stop structure is either provided as a slot side ring gear rotation stop structure or as a lock pin side ring gear rotation stop structure or as a block side ring gear rotation stop structure or as a hole pin type side ring gear The rotating structure or the taper side ring gear rotation preventing structure or the bevel side ring gear rotation preventing structure or the elliptical side ring gear rotation preventing structure or the two straight side ring gear rotation preventing structures or the single straight The side ring gear rotation preventing structure or the top wire hole pin rotation preventing structure or the eccentric pin rotation preventing structure or the eccentric groove rotation preventing structure or the eccentric convex rotation preventing structure or the key rotation preventing structure; The rear end of the pin-type main tooth body is fastened at the end of the interlocking guide pinion socket, and the front end of the pin-type main tooth body is provided with a pin-type main tooth top tooth, and the pin-type main tooth body top tooth and The pin-type main tooth body is connected or integrated, when the pin-type main tooth body top teeth are connected with the pin-type main tooth body When connected, the pin-type main tooth top tooth and the pin-type main tooth body are fixed by a taper connection or fixed by a screw connection or by a pin-type main tooth stop member.

Disposing a reciprocating gear or the like, so that the length of the main reciprocating tooth to the main reciprocating tooth to the pushing and unloading mechanism is smaller than the rear end of the main reciprocating tooth relative to the integrated block sealing guide to the outer to the thruster mechanism The maximum value of the distance is greater than the minimum value of the distance between the rear end of the main reciprocating tooth and the end of the integrated block sealing guide to the top of the thrusting gear, so that the strength of the main reciprocating tooth is greater than that of the main reciprocating tooth and the interlocking guide Sealing the fastening strength of the gear holder, attaching the main reciprocating tooth holder to the integrated block sealing guide rotation box or adsorbing on the integrated block sealing guide rotation box, and the other end of the main reciprocating tooth unit is placed at the top The main reciprocating tooth needs to be disassembled, so that the reciprocating power machine drives the main reciprocating tooth to retract the direction of the integrated block sealing guide to the anti-rotation box, so that the main reciprocating toothed device pushes the main reciprocating toothed gear down, or the unloading main toothing device top The length of the tight main tooth to the top thruster mechanism is smaller than the maximum distance of the rear end of the main punch relative to the outer block sealing guide turnout box to the thrust gear mechanism and greater than the main punch rear end relative to the integration Block seal guide to prevent the transfer box from shrinking to Pushing the minimum value of the gear mechanism, so that the strength of the unloading main toother is greater than the fastening strength of the main tooth and the main tooth body, and attaching the unloading main toother to the integrated block sealing guide turnout box or Adsorbed on the integrated block sealing guide turnout box, and the other end of the unloading main punching head is placed on the main punching tooth to be retracted, so that the reciprocating power machine drives the main punching tooth to retract in the direction of the integrated block sealing guiding turnout box, so that the unloading The main punching device pushes the main toothing gear off, or the length of the unloading side gear to tighten the side tooth to the pushing gear mechanism is smaller than the side end of the side toothing relative to the integrated block sealing guide Back to top The maximum value of the distance of the thrust gear mechanism is greater than the minimum value of the rear end of the side tooth head relative to the inner end of the integrated block sealing guide rotation box to the thrusting gear mechanism, so that the strength of the unloading side gear is greater than the side tooth With the fastening strength of the side tooth holder, the unloading side tooth holder is affixed to the integrated block sealing guide rotation box or adsorbed on the integrated block sealing guide rotation box, and the other end of the unloading side tooth holder is placed at the same end. The side tooth head needs to be disassembled, so that the reciprocating power drive driving side tooth head is retracted toward the integrated block sealing guide rotation stop box, so that the unloading side tooth head device pushes the side tooth head stop off;

Or the end of the unloading main toothbrush is supported on the integrated block sealing guide turnout box, so that one end of the main punching tooth pushing the main punching tooth is provided with a latching main punching end surface, so as to block the main punching end surface. The shape is to prevent the main tooth from retracting when the main tooth moves toward the block sealing guide box, so that the main end face of the card block separates the main tooth body from the main tooth by the strong pulling force of the reciprocating power machine, or unloads One end of the side toothed pin rests on the integrated block sealing guide turnout box, so that one end of the unloading side toothed tooth pushing side tooth head is provided with a latching side tooth end face, so that the shape of the end face of the latching side tooth head is The side tooth head prevents the side tooth head from retracting when moving toward the direction of the integrated block sealing guide rotation box, so that the side end of the locking side tooth head is separated from the side tooth seat by the strong pulling force of the reciprocating power machine;

Or the one end of the unloading and increasing toothed body is supported on the integrated block sealing guide turntable, so that one end of the unloading and increasing toothed body push-locking and increasing tooth body is provided with a latching and increasing tooth end face, so that the card block is increased. The shape of the end face of the tooth body is to prevent the expansion tooth body from retracting when the joint tooth body moves toward the block guide guide turnout box, so that the end face of the block gear increase joint tooth body will increase the tooth by the strong pulling force of the reciprocating power machine. The body and the toothed tooth body are separated, or one end of the unloading and fixed side ring gear is supported on the integrated block sealing guide turnout box, so that the end of the fixed side ring gear pusher fixed side ring gear is provided with the retaining side of the retaining side The end face of the ring gear is such that the shape of the end face of the retaining ring of the retaining ring prevents the side tooth retracting when the fixed side ring gear moves toward the direction of the integrated block sealing guide turntable, so that the end face of the retaining side of the retaining ring is supported by the reciprocating power The powerful pulling force separates the fixed side ring gear from the pin-type main tooth body, and uses the powerful power of the reciprocating power to quickly remove the main reciprocating tooth or the main punching tooth or the side tooth head, thereby realizing quick tooth unloading and improving efficiency.

The interlocking guide pinion socket jack is provided with main and side reciprocating tooth method and the excavator jack is provided with main and side reciprocating tooth impact devices, including an integrated block sealing guide rotation stop box, a reciprocating power unit, and a linkage guide seal The gear holder, the main reciprocating tooth and the side reciprocating tooth, the end of the interlocking guide pinion seat is provided with a guiding post or a guiding jack seat, and the main reciprocating tooth is provided with a side reciprocating tooth on the main reciprocating tooth The main reciprocating tooth jack member is provided on the guiding post or the main reciprocating tooth stud is disposed on the guiding rod jack member, and the main reciprocating tooth includes the main The tooth retracting member, the main tooth retracting member is connected to the main reciprocating tooth or integrated, and the main reciprocating tooth jack member and the guiding post are connected by a taper connection or the main reciprocating tooth jack member and the guiding post The main reciprocating tooth includes a main punching tooth and a main tooth body, and the main toothing body is connected to the main tooth body or is connected by a threaded connection or by a main tooth stopping member. Integral type, side reciprocating teeth are provided on the main teeth or side reciprocating teeth are provided on the main teeth a side reciprocating tooth is disposed on the guiding sealing gear holder or a side reciprocating tooth is arranged on the main toothing and the main tooth body or a side reciprocating tooth or a main tooth is arranged on the main toothing, the main tooth body and the interlocking guiding sealing gear holder Side reciprocating teeth are arranged on the body and the interlocking guide pinion seat or side reciprocating teeth are arranged on the main punching teeth and the interlocking guide pinion socket, and the side is The multiple teeth include a side tooth and a side tooth, and the side tooth and the side tooth are connected or integrated, and when the side tooth is connected with the main tooth and/or the main tooth body, that is, the main tooth And/or a side toothed seat is arranged on the main tooth body, and the side toothed seat is connected to the main tooth body separately or in one piece, and the side tooth hole is arranged on the side tooth seat, and the insert side tooth hole is set as the through side tooth through hole or The utility model is provided with a side tooth blind hole, a side tooth handle is arranged at the rear of the side tooth head, the side tooth handle is arranged on the through side tooth through hole or is arranged on the insertion side tooth blind hole, and the side reciprocating tooth comprises a side tooth stop piece and a side tooth The retaining member is connected to the side reciprocating tooth or integrated, the side shank and the side yoke are connected by a taper connection, or the side shank and the side shank are screwed back or connected by the side tooth retaining member. The toothed handle and the side toothed seat, the reciprocating power unit is arranged in the integrated block sealing guiding turn-stop box, and the reciprocating power machine is connected with the interlocking guiding sealing toothed seat in the integrated block sealing guiding to turn box, and the interlocking guiding sealing toothing is connected. One end or both ends of the seat extend out of the integrated block sealing guide to the outside of the turn-over box, and the guide post and the main reciprocating tooth jack of the end of the guiding and guiding pinion seat Bonding or interlocking guide sealing plug and jack socket guide main gear teeth reciprocating the housing end plug column connections, interlocking tooth holder guide sealing plug main drive gear and the reciprocating shuttle side tooth reciprocating impact.

The main tooth body comprises a cylindrical sleeve main tooth body or comprises a cylindrical cone main tooth body or a side tooth main tooth body or a beam type main tooth body, etc., when the cylindrical sleeve main tooth body is used, the main body The tooth body is arranged as a cylindrical main tooth body, and the rear end of the cylindrical main tooth body is provided with a main reciprocating tooth socket member, etc., so that the main reciprocating tooth socket member is sleeved on the interlocking guide sealing gear holder, and the side tooth holder is It is disposed on the cylindrical main tooth body, or when the cylindrical main tooth body is used, the main reciprocating tooth insertion post at the rear end of the main body of the cylindrical cone is inserted into the interlocking guide pinion seat, and the side tooth holder is arranged on the column shape. On the main tooth body of the cone, or when the main tooth body of the side tooth arm is used, the main tooth body is set as a cylindrical main tooth body, and the side tooth arm supporting the side reciprocating tooth is arranged on the cylindrical main tooth body, so that the side tooth holder is set. On the side tooth arm, more than one side tooth arm is arranged on the cylindrical main tooth body, and one side tooth seat is arranged on one side tooth arm, and a gap is provided between each side tooth arm to make the side tooth arm and the column The main tooth body forms a punch frame, or when the beam type main tooth body is used, the main tooth body is set as a cylindrical main tooth body, and the cylindrical main tooth body includes an upper main tooth body and The main tooth body is provided with a main tooth connecting beam between the upper main tooth body and the lower main tooth body, and the main tooth connecting beam fixedly connects the upper main tooth body and the lower main tooth body or the main tooth body connecting beam and the upper main tooth body And the lower main tooth body is integrated, the side tooth seat is arranged on the beam main tooth body, when the cylindrical main tooth body or the cylindrical cone main tooth body or the side tooth main tooth body or the beam type main body is satisfied. The impact resistance of the tooth body and the like are reduced while reducing the cross section of the cylindrical sleeve main tooth body or the cylindrical cone main tooth body or the side tooth arm main tooth body or the beam type main tooth body toward the integrated block sealing guide turnout box, The small cylindrical sleeve main tooth body or the cylindrical cone main tooth body or the side tooth arm main tooth body or the beam type main tooth body and the like, the cross section of the integrated block sealing guide turnout box blocks the falling material, and the integration is increased. The block seal guides the water spray device provided on the anti-rotation box to the spray space of the main reciprocating tooth and/or the side reciprocating tooth.

The main tooth body includes an upper main tooth body and a lower main tooth body, and the main reciprocating tooth further includes a beam sleeve punching frame, and the beam sleeve toothing frame comprises an upper main tooth body connecting sleeve, a lower main tooth body connecting sleeve and a main body. The tooth connecting beam, the upper main tooth body and the upper main tooth body connecting sleeve are separately connected or integrated, and the lower main tooth body and the lower main tooth body connecting sleeve are separately connected or integrated, and one end of the main tooth connecting beam is set On the upper main tooth connecting sleeve, the other end is arranged on the lower main tooth connecting sleeve, and the main tooth connecting beam connects and fixes the upper main tooth connecting sleeve and the lower main tooth connecting sleeve, the main tooth connecting beam and the upper main body The tooth body connecting sleeve and the lower main tooth body connecting sleeve are separated or one In the upper body, the side reciprocating tooth or the lower main tooth body connecting sleeve is provided with a side reciprocating tooth or a main tooth connecting beam, and a side reciprocating tooth or an upper main tooth connecting sleeve and a lower main tooth connecting sleeve are disposed. a side reciprocating tooth or an upper main tooth body connecting sleeve and a main tooth body connecting beam are disposed on the side reciprocating tooth or the lower main tooth body connecting sleeve and the main tooth body connecting beam is provided with a side reciprocating tooth or an upper main tooth connecting sleeve and a lower part The main tooth body connecting sleeve and the main tooth body connecting beam are provided with side reciprocating teeth, etc., when the beam sleeve frame is connected with the upper main tooth body and the lower main tooth body, the upper main tooth body connecting sleeve and the lower main tooth body The connecting sleeve is respectively sleeved with the upper main tooth body and the lower main tooth body, and the interlocking guiding and sealing gear tooth base comprises an upper interlocking guiding and sealing toothed seat, a lower interlocking guiding and sealing toothed seat, and the like, and the upper joint guiding sealing toothing One or both ends of the lower and lower linkage guide pinion sockets extend out of the integrated block sealing guide to the turnout box, and the upper linkage guide seal adapter seat and the lower linkage guide seal adapter seat are integrated in the block sealing guide to the turntable Inner connection, upper main tooth body is arranged at the end of the upper linkage guide sealing gear holder, and the lower main tooth body is provided At the end of the lower linkage guiding sealing gear holder, the beam sleeve frame fastens the upper linkage guiding sealing socket and the lower linkage guiding sealing socket to be integrated, and the reciprocating power unit is sealed in the integrated block. In the transfer box, the upper linkage guide pinion seat and the lower linkage guide pinion seat are arranged, and the upper linkage guide seal adapter seat and the lower linkage guide seal adapter seat drive the upper main tooth body and the lower main tooth body. The beam sleeve is reciprocating impact.

The main tooth retaining member comprises a wedge head retaining member or a tapered head retaining member or a flat head retaining member or a T-shaped head retaining member or a cylindrical pin retaining member or a split pin retaining member or an elastic pin pin stop Retraction or threaded pin stop or taper pin stop or arcing V-shaped pin stop or upshift stop or T-shaped pin stop or stop pin stop or circlip stop or spring force Pin retaining parts or lock pin retaining parts or lock nut retaining parts, etc.

The main tooth retaining member comprises a plug retaining bolt, etc., the main reciprocating tooth jack member is provided with a jack member stop baffle at the bottom, and the jack member retaining baffle is provided with a jack member screw optical hole, the guide seal The end of the toothed rod is provided with a threaded hole for inserting the column, and the bolt for preventing the bolt from passing through the screw hole of the socket member cooperates with the threaded hole of the plunger to prevent the main reciprocating tooth from falling off, and the screw hole of the jack member is at the jack. Concentric setting or eccentric setting on the retaining baffle plate, when the screw hole of the jack member is eccentrically disposed on the retaining plate of the jack member, the plug retaining bolt cooperates with the screw hole of the jack member to prevent the main tooth body from being opposite Rotate the interlocking guide pinion seat.

The side shank includes a side shank retracting hole groove or includes a side shank retracting circlip groove or includes a side shank retracting thread or includes a side shank retracting shank or includes a side shank shank or includes a side Correspondingly, the top hole of the toothed pin hole, etc., correspondingly, the side toothed seat is provided with a side toothed retaining hole groove or a side toothed retaining spring groove or a side toothed retaining thread or tooth is provided The seat can be retracted or provided with a side toothed taper hole or provided with a side toothed seat retaining spring or a side toothed retaining stop or a side toothed top wire hole pin hole, etc. The device is disposed on the side shank retreating hole slot and the side yoke retracting hole slot to prevent the side shank from falling off, or the side tooth retracting member is disposed on the side shank retracting circlip groove and the side yoke retracting circlip groove blocking The side shank is detached, or the side shank retracting thread passes through the side shank through hole and the side shank retracting nut cooperates to make the side shank stop nut and the side yoke stop stop cooperate with the retreat, or the side flank The shank cooperates with the side toothed cone hole to retreat, or the side tooth retaining member is disposed on the side shank retaining hole groove to cooperate with the side toothed stop stop, or the side shank passes through the side pedestal The side shank of the through hole is on the stop section Facing the shank stopper pin retaining holes, or the side of the tooth holder is provided in the through-hole in the seat side tooth wear A side shank retracting circlip groove is disposed on the side shank of the over-toothed through-hole, and the circlip is disposed in the circlip groove to be retracted with the side yoke stop, or the top wire hole is The pin stop pin is disposed on the side pin hole hole pin hole and the side tooth seat stop hole prevents the side tooth shank from falling off, and the top wire hole is convenient for conveniently disassembling the top wire hole pin and the like.

The interlocking guide sealing gear holder comprises a reciprocating tooth joint linking section, a reciprocating toothed seat guiding section, a reciprocating toothed seat sealing section and a reciprocating toothed seat pinning section, a reciprocating toothed tooth interlocking section, a reciprocating toothed seat guiding section, The reciprocating tooth holder sealing section and the reciprocating toothed seat inserting section are a split structure or a reciprocating toothed joint linking section, a reciprocating toothed seat guiding section, a reciprocating toothed seat sealing section and a reciprocating toothed toothing inserting section as a one-piece structure.

The main tooth body comprises a main tooth body of the toothed seat and an increased tooth body, and the main tooth body of the toothed seat is provided with a plug-in guiding seal tooth hole or a plug-in guiding seal tooth seat column, and the tooth main tooth body. The other end is provided with an enlarged tooth hole or an enlarged joint tooth column, and the corresponding increased tooth body is provided with an enlarged tooth column or an increased tooth hole, and the enlarged tooth column is inserted. The increased tooth hole or the enlarged tooth hole is sleeved on the inserted tooth column, and the main tooth body of the tooth base is provided with side reciprocating teeth or a fixed side ring gear or a main tooth tooth frame or a beam cover For the toothed frame, etc., the side tooth is provided with side reciprocating teeth or a fixed side ring gear or a main tooth tooth frame or a beam cover frame or a main tooth or an added tooth.

The main tooth body or the main punching tooth includes an enlarged tooth pin, etc., and one end of the main tooth body of the toothed seat is provided with a plug-in guide sealing tooth hole or a plug-in guide sealing tooth post, etc., the tooth main tooth body The other end is provided with a main tooth body string increasing tooth hole, etc., and the corresponding increased tooth body is provided with an increased body string increasing tooth hole, and one end of the increased tooth pin is inserted into the main tooth string increasing tooth body The other end is inserted into the enlarged body string to increase the tooth hole, and the enlarged tooth pin fixes the main tooth body of the tooth holder and the enlarged tooth body.

The integrated block sealing guide rotation preventing box comprises a front loading rolling guide rotation preventing assembly block, and the front loading rolling guiding rotation preventing assembly block is provided with a telescopic sheathing box plate at the front part, the telescopic sheathing box board and the front loading rolling guide The rotating component block is connected or integrated, and the telescopic sheathing box plate comprises a guiding box plate and a box plate protective telescopic sealing sleeve, etc., the guiding box plate is provided with a reciprocating toothed seat sealing section hole, and the reciprocating toothed seat sealing section is The hole is provided with a sealed reciprocating toothed seat or a floating sealing sleeve, and the reciprocating toothed seat sealing section is disposed in the inner hole of the sealing reciprocating toothed seat or in the inner hole of the floating sealing sleeve, and the box plate is arranged outside the floating sealing sleeve hole wall. Protective telescopic seal sleeve.

The interlocking guide sealing socket includes a reciprocating toothed sealing section, the reciprocating toothed sealing section comprises a telescopic protective cover, and the like, and the integrated block sealing guiding rotation preventing box and the reciprocating toothed seat sealing section are provided with a sealing reciprocating toothed seat The floating sealing sleeve includes an outer floating sealing member, an inner floating sealing member and an intermediate skeleton, and the outer floating sealing member is disposed on the outer frame outer ring, and the inner floating sealing member is disposed on the inner frame inner ring, and the toothed seat reciprocates The sealing section passes through the inner floating sealing member, and the inner floating sealing member is in close contact with the reciprocating sealing section of the toothed seat. The telescopic protective cover is fastened at one end to the reciprocating sealing section of the toothed seat, and the other end is fastened to the intermediate frame, and the telescopic protective cover blocks the material. Damaged, contaminated toothed seat reciprocating seal section.

The main tooth body is provided with a main tooth body telescopic seal sleeve and the like, and the main tooth body is connected with the main tooth body telescopic seal piece sleeve or is integrated, and the main tooth body protection telescopic seal sleeve is set in the box. The inside or the outside of the plate protection telescopic seal sleeve, the box plate protection telescopic seal sleeve and the main tooth body protection telescopic seal sleeve sleeve telescopic protection or the box plate protection telescopic seal sleeve and the main tooth body protection telescopic seal sleeve There is an outer sheath seal, etc., the outer sheath seal includes a floating seal seal or a seal seal or a skeleton seal, etc., the main tooth body telescopic seal sleeve, the outer sheath seal and the integrated block seal guide The box plate telescopic seal sleeve set on the transfer box is matched with the telescopic seal to prevent dust, muddy water and the like from entering.

The main tooth body is provided with a main tooth body telescopic seal sleeve retaining member or a main tooth body telescopic seal sleeve and a main tooth body through a threaded connection or a main tooth body telescopic seal sleeve and a main tooth. The body is fixed by the tapered surface or the main tooth body telescopic seal sleeve retaining member to fix the main tooth body telescopic seal sleeve, etc., and the main tooth body protection telescopic seal sleeve retaining member includes a nut retaining member and a screw retaining member. , retaining ring retaining member, pin retaining member, adhesive retaining member, card slot retaining member or circlip stop member or up-and-down retaining member or top wire hole pin retaining member or key retaining member.

The length of the overlapping portion of the main tooth body telescopic sealing sleeve and the box plate telescopic sealing sleeve is greater than the impact stroke of the reciprocating impact of the main reciprocating tooth, the main tooth body telescopic sealing sleeve and the box plate telescopic sealing member An outer sheath sealing member is disposed between the sleeves, and the outer sheath sealing member is in the overlapping portion of the main tooth body telescopic sealing member sleeve and the box plate protective telescopic sealing member sleeve when the main reciprocating tooth reciprocates.

The main tooth body is provided with a main tooth body telescopic sealing sleeve sleeve disassembling top wire hole and/or a main tooth body telescopic sealing member sleeve with a disassembling wire hole and the like.

The main tooth body telescopic seal sleeve is fastened on the interlocking guide pinion seat to block dust, water or chipping from entering the main reciprocating tooth socket or into the tooth shoulder and the tooth shoulder. The main reciprocating tooth impact direction is inclined, and the main tooth body telescopic sealing member sleeve supports the main reciprocating tooth.

The integrated block sealing guide turnout box comprises a box sealing device or the like, and the main reciprocating tooth jack member comprises a main reciprocating tooth rear end round sleeve, and the main reciprocating tooth socket member is connected to the main reciprocating tooth rear end round sleeve or In one-piece type, the main reciprocating tooth jack member is fastened with the guide sealing toothed socket, the rear end of the main reciprocating tooth extends into the integrated block sealing guiding turntable, and the rear end of the main reciprocating tooth slides with the box sealing device seal.

The side reciprocating tooth is provided with a material dividing surface facing the front end surface of the box plate telescopic sealing sleeve, and the material is fed to the two sides of the conveying material, and the side reciprocating teeth are led to the material at the front end surface of the box plate telescopic sealing sleeve. The material layer is not formed between the box plate telescopic seal sleeve and the main tooth body or the side reciprocating teeth, and the material layer is prevented from resisting the reciprocating impact of the main reciprocating tooth and/or the side reciprocating tooth.

a sheath guard or the like is disposed at a rear portion of the main tooth body, and the sheath guards are spaced apart at a rear portion of the main tooth body, and the shape of the sheath guard member does not form an extrusion surface with the end surface of the box plate telescopic seal member sleeve to prevent Material in the sheath guard and box plate telescopic seal The sleeves are stacked between the sleeves, and the sheath guards prevent the material from impacting and damaging the main tooth body to protect the telescopic seal sleeve.

The beam sleeve frame is arranged in a single row or in multiple rows. When the beam sleeve frame is arranged in multiple rows, the main tooth connecting beam on the front frame beam frame is sealed with respect to the integrated block. The transfer box is outwardly convex, and the main tooth connecting beam on the rear frame beam frame is recessed inwardly with respect to the integrated block sealing guide rotation box, and the front main protruding body connecting beam and the rear row recessed The main tooth connecting beam forms a discharge port.

The side reciprocating teeth are evenly arranged or staggered along the radial direction of the main teeth or the side reciprocating teeth are arranged in the axial direction of the main teeth or the side reciprocating teeth are arranged in a single layer in the axial direction of the main teeth.

The side tooth head comprises a side top tooth and a side top tooth shank, and the side top tooth and the side top tooth shank are connected separately or in one piece, and the main punching tooth is a multi-head tooth or a single head tooth, and the main toothing is The side top teeth are arranged in a plane or in a curved surface, and the main punching teeth and the side top teeth cooperate with the blanking while clearing the material wall.

The main reciprocating tooth comprises a main tooth body insertion post or the like, and the center line of the main tooth body insertion post is coincident or parallel with the reciprocating impact power direction.

The interlocking guide sealing socket includes a tooth shoulder, etc., and the main reciprocating tooth includes a tooth shoulder, and the tooth shoulder and the tooth shoulder are pressed to bear an impact reaction force.

The tooth shoulder is provided with a tapered protrusion, the tooth shoulder is provided with a tapered groove, etc., and the shoulder shoulder surface convex is closely engaged with the punching shoulder surface groove to prevent dust, water and coal. Mud, corrosives or chips enter the reciprocating perforations.

The additional tooth body includes an increased tooth body stop member or the like, and the main tooth stop member or the side tooth retaining member or the increased tooth body stop member comprises an end conical retaining member, and the end tapered portion One end of the retracting member is formed into a conical head, and the end conical retaining member penetrates the retracting hole slot portion to retreat the column, and the main punching tooth includes a main toothed handle retreating hole groove, and the retracting post extends out of the main toothed handle retreating hole The groove section is provided with a retaining thread, the end taper retaining member comprises a retaining nut, the retaining nut is an outer cone nut, and the main tooth groove is arranged on the main tooth body, and the front side wall of the main tooth groove is unloaded. A retaining elastic body is disposed between the tapered head and the retaining post is inserted into the main tooth retaining hole groove, and a nut elastic body is disposed between the front side wall of the main tooth groove and the outer body tapered nut, and the retaining body is stopped. The thread cooperates with the retaining nut to prevent the elastic body of the retaining ring and the elastic portion of the nut from falling off, and the elastic body prevents the reciprocating tooth from swaying.

The outer body tapered nut comprises a blind hole outer body tapered nut or a through hole outer body tapered nut, etc., and a sealing member is arranged between the main tooth handle retaining hole groove and the blind hole outer tapered nut, the blind hole and The seal prevents rust and retains the thread.

The side tooth holder is provided with a side toothed seat elastic body hole, etc., the side tooth shank comprises a side tooth shank elastic body and a side tooth shank elastic body structure, and the side tooth shank elastic body is disposed on the side toothed seat elastic body hole. Inserting the side shank into the side shank elastic body hole and passing through the side shank elastic body, the side tooth shank elastic body structure is arranged at the rear side of the side shank to press the side shank elastic body, and the side tooth shank is at the beginning It is already pre-tightened when it is installed.

The side shank is provided with a retreating structure, and the side shank includes a side shank elastic body, and the side shank elastic body is disposed at the side. At the rear of the tooth holder, the side shank is inserted into the through hole and passes through the side shank elastic body, and the stagnation structure is arranged at the rear end of the side shank to press the side shank elastic body, and the side shank is already in the initial installation. In a pre-tightened state.

The main tooth retaining member or the side tooth retaining member or the increased tooth retaining member or the like includes a retaining member seal, and the retaining member seal includes a sealing insert main perforating member or a sealing insert side perforating member or Sealing and unloading the main tooth groove member, etc., the sealing main tooth groove member is disposed on the main tooth groove, the sealing main tooth groove member is sealed by the plug expansion seal or fixed by the end conical retaining member or fixed by a circlip or Secure the seal with a wire rope or seal it with an adhesive or use a card slot to seal it or fix it with a screw or seal it with a hose clamp.

The main reciprocating tooth and the side reciprocating tooth comprise an anti-rotation structure, and the anti-rotation structure comprises a main reciprocating tooth anti-rotation structure or a side reciprocating tooth anti-rotation structure, and the main tooth body comprises a hole anti-rotation structure, etc. a column anti-rotation structure is arranged on the sealed gear holder, and the hole anti-rotation structure cooperates with the column anti-rotation structure to prevent the reciprocating tooth from rotating relative to the interlocking guide sealing pin holder, and the main reciprocating tooth anti-rotation structure comprises an upper-edge lower cone anti-rotation structure or Lower round prismatic anti-rotation structure or square column anti-rotation structure or triangular column anti-rotation structure or polygonal column anti-rotation structure or upper round lower edge anti-rotation structure or convex anti-rotation structure or concave anti-rotation structure or pin anti-rotation structure or oblique The anti-rotation structure or the key anti-rotation structure or the screw anti-rotation structure, or the hole anti-rotation structure is arranged on the side tooth holder, correspondingly, the column anti-rotation structure is arranged on the side tooth head, or the column anti-rotation structure is arranged on the side tooth seat Correspondingly, a hole anti-rotation structure is arranged on the side tooth head, and the hole anti-rotation structure cooperates with the column anti-rotation structure to prevent the side tooth head from rotating relative to the side tooth seat, and the side reciprocating tooth anti-rotation structure comprises an upper edge lower cone anti-rotation Structure or lower round prismatic anti-rotation structure or square column defense Structure or triangular column anti-rotation structure or polygonal column anti-rotation structure or upper round lower edge anti-rotation structure or convex anti-rotation structure or concave anti-rotation structure or pin anti-rotation structure or inclined anti-rotation structure or key anti-rotation structure or screw anti-rotation Rotating structure, etc., or when the side shank is set as the rib side shank of the lower cone, that is, the corresponding upper rib edge side tooth hole through hole or the lower cone upper rib side side tooth hole blind hole is arranged on the side shank The upper side edge of the lower taper is disposed on the upper side of the lower taper side of the lower taper or the upper side of the lower taper side is disposed on the upper side of the lower taper side of the lower taper, the upper edge of the side toothed seat and the side of the side toothed handle The upper ribs are fastened and the like.

The main reciprocating tooth jack member comprises a reciprocating tooth rotation preventing groove or a reciprocating tooth rotation preventing protrusion, and correspondingly, a guiding rod rotation preventing protrusion or a guiding rod rotation preventing groove is arranged on the interlocking guiding sealing gear holder, and reciprocating The engagement of the tooth rotation preventing groove with the guide rod rotation preventing protrusion prevents the main reciprocating tooth from rotating relative to the interlocking guide sealing socket, or the side tooth head includes a side tooth rotation preventing groove or a side tooth rotation preventing protrusion, Correspondingly, a side toothed rotation preventing protrusion or a side toothed rotation preventing groove is disposed on the side toothed seat, and the side toothed rotation preventing groove and the side toothed rotation preventing protrusion are fastened to prevent the side toothed head from being opposite to the side toothed seat Turn.

The main punching tooth comprises a main punching body and a main tooth head, wherein the main tooth head and the main toothing body are the same material or the main tooth head is an alloy tooth head, and the alloy tooth head is fixed on the main punching body, the main toothing The body and the alloy tooth head are connected or integrated, and the main punching body and the alloy tooth head are fixed by a jack type or a buckle type or a welded type or a pin type or a shoulder type or a thread type.

The main or main tooth or side or side tooth includes a guiding surface, and the main reciprocating tooth and/or the side reciprocating tooth comprise a guiding surface, and the guiding surface comprises a bevel surface or an arc guide Material surface or plane guide surface or curved surface guide surface, etc. The material surface smoothly exports the material.

The main reciprocating tooth and/or the side reciprocating tooth are provided with a wear-reducing concave surface, and the wear-reducing concave surface reduces the direct contact area between the main punching tooth and/or the side tooth head and the material, reduces wear, reduces the wear concave surface, reduces the tooth weight, and reduces the impact. resistance.

A toothed shoulder seal is disposed between the interlocking guide and the main reciprocating tooth, and the shoulder seal is disposed between the shoulder and the shoulder or disposed on the main tooth and the main punch Between the perforations or between the side shank and the insertion side perforation.

The side of the main reciprocating tooth and/or the side reciprocating tooth is provided with a wear-resistant rib or a wear-resistant alloy block, and the wear-resistant rib or the wear-resistant alloy block is welded to the side of the main reciprocating tooth and/or the side reciprocating tooth. Reduce wear on the reciprocating teeth.

The reciprocating toothed seat guiding section is provided with a hard wear-resistant part, and the hard wear-resistant part comprises a hard wear-resistant piece or a hard wear-resistant sleeve, and the hard wear-resistant part and the reciprocating toothed seat guiding section are separated. The connection or the integral type, when the hard wear parts are connected with the reciprocating tooth guide guiding section, the hard wear sleeve is assembled on the reciprocating toothed guide section, and the hard wear sleeve and the reciprocating tooth base guiding section are arranged The utility model has a rigid wear-resistant sleeve rotation-stopping structure, the rigid wear-resistant sleeve rotation-stopping structure and the rigid wear-resistant sleeve are connected or integrated, or the hard wear-resistant block and the reciprocating toothed seat guide section are fixedly connected through the card slot. The card slot includes a dovetail slot or a T-shaped slot or a polygonal slot, etc., either by a threaded connection or by a tapered mounting connection or by a wear block retaining connection.

The main reciprocating tooth and/or the side reciprocating tooth include a gear removing groove, and the unloading groove is disposed on the main tooth body and the main tooth bonding portion and/or the unloading groove is disposed on the side tooth seat and the side tooth head. unit.

The side reciprocating tooth comprises a multi-tooth row or the like, the multi-tooth row is arranged longitudinally along the main reciprocating tooth and/or longitudinally along the interlocking guiding sealing pin holder, and the multi-tooth row is arranged along the side of the main reciprocating tooth or the peripheral portion is set. When the multi-tooth row is arranged in the peripheral part, the multi-tooth row multi-directional movement multi-side impact blanking is provided, and a gap is provided between the multi-tooth row and the multi-tooth row, and the material to be washed out is discharged from the gap.

The multi-tooth row includes a sawtooth row, etc., the distance between the serration teeth and the teeth is not more than three times of the reciprocating impact stroke, not less than one third of the reciprocating impact stroke, and the serrated row is straight when the sawtooth row is laterally oscillated. The side wall material is sawed while reciprocating impact.

The main tooth body includes an insertion side perforation groove or the like, and the insertion side perforation groove is longitudinally disposed along the surface of the main tooth body, and the side tooth handle and the insertion side perforation groove cooperate with the fixed side tooth head.

The insert side perforation groove comprises a plug side shank groove, etc., one end of the insert side shank groove is provided with a plug side shank opening, and the other end is provided with a side tooth shank stop, the insertion side shank opening and the side shank A fixed side impact tooth groove is arranged between the blocking members, and the side tooth handle is inserted into the insertion side tooth groove groove from the open end of the insertion side tooth handle, the side tooth head protrudes from the fixed side impact tooth groove, and the side tooth hole groove and the side tooth handle are inserted. The cross-sectional shape includes a circle or a rectangle or a square or a triangle or a polygon or an inverted T shape or a dovetail shape.

The front part of the main punching tooth is provided with a toothed cap or the like, and the toothed cap is connected to the main punching body separately or in an integral manner, and the toothed cap is a vertebral body or a zigzag type or a multi-tooth type.

The tooth cap is provided with a toothed cap jack or a toothed cap, and the front part of the main punching tooth is provided with a toothed cap fixing post or a toothed cap fixing jack, and the toothed cap jack is disposed on the toothed cap fixing plug. The column or the cap insert is placed on the cap fixing socket and the like.

The main tooth body is provided with a main tooth body gear rack, etc., and the main tooth body tooth frame is connected to the main tooth body or integrated, when the main tooth body frame is connected with the main tooth body, The main tooth body frame and the main tooth body are connected by a cone surface or are connected by a cylindrical surface or a multi-faceted connection, etc., the main tooth body tooth frame and the main tooth body cone surface are stopped or the main tooth body tooth frame is stopped. Preventing the main tooth body frame from falling off from the main tooth body, etc., the main tooth body tooth frame is adjacent to the main tooth body protection telescopic seal sleeve and/or the side of the box plate protection telescopic seal sleeve is provided with a guide surface. The material surface will be deposited on the main tooth body frame and the main tooth body telescopic seal sleeve or the material accumulated between the main tooth body frame and the box plate telescopic seal sleeve, and the main tooth body is supported by the tooth holder. The returning member includes a nut stop member or a retaining ring retaining member or a pin retaining member or a snap retaining member or a claw retaining member.

The main tooth body tooth frame is provided with a side tooth blind hole or a through side tooth through hole, or a beam side tooth hole is provided with a side tooth blind hole or a side tooth through hole, and the side reciprocating tooth and the punching The toothed cone is retracted or the side reciprocating tooth and the toothed frame thread is retracted or the side reciprocating tooth and the toothed frame are provided with a side tooth retaining member to be retracted, and the side tooth shank is fixed through the through side tooth through hole.

The main tooth body frame and/or the beam cover frame are provided with more than one side reciprocating tooth, and a gap is provided between the side reciprocating tooth and the side reciprocating tooth, and the main reciprocating tooth and the side of the side reciprocating tooth The opposite telescopic jacket box is provided with a water spout or a water spray hole, and the water spout or the water spray hole is arranged with respect to the gap between the side reciprocating teeth, and the water flow is sprayed to the side through the gap between the side reciprocating teeth. The reciprocating teeth and/or the main reciprocating tooth head, the gap arrangement between the side reciprocating teeth facilitates the discharge of the material being picked.

The main tooth body includes a pin-type main tooth body or the like, the side reciprocating tooth includes an inner pin eyelet side reciprocating tooth, and the inner pin eyelet side reciprocating tooth includes a fixed side ring gear, and the ring hole of the fixed side ring gear is sleeved in the The outer side of the pin-type main tooth has more than one ring positioning side reciprocating tooth on the outer circumference of the fixed side ring gear, and the fixed side ring gear and the ring positioning side reciprocating tooth are connected or integrated, and the fixed side ring gear includes a column shape. The hole fixed side ring gear or the tapered hole fixed side ring gear or the elliptical hole fixed side ring gear or the polygonal hole fixed side ring gear, etc., the pin type main tooth body and the inner pin hole side side reciprocating tooth taper surface stop or pin Main tooth body and inner pin hole side reciprocating tooth thread stop or pin type main tooth body and inner pin hole ring side reciprocating tooth are provided with anti-return structure stop or pin type main tooth body and inner pin hole ring side reciprocating tooth setting There are internal pinholes to stop the retreat and so on.

The side reciprocating teeth are arranged in a single layer or a plurality of layers along the axial direction of the main tooth body, or the side reciprocating teeth are arranged in a single layer or a plurality of layers in the axial direction of the main teeth, and the side teeth and/or the side teeth are arranged. Set the secondary side teeth.

The inner pin eyelet side reciprocating tooth comprises a plurality of inner pin eyelet side reciprocating teeth, and the inner pin hole side reciprocating tooth comprises a rear inner pin eyelet side reciprocating tooth, a front inner pin eyelet side reciprocating tooth, and the like, the rear part The inner pin hole side reciprocating tooth is disposed at a rear portion of the pin type main tooth body, the front inner pin hole ring side reciprocating tooth is disposed at a front portion of the pin type main tooth body, and the rear inner pin hole ring side reciprocating tooth includes a rear inner pin Aperture side tooth head and rear inner pin eyelet side tooth shank, etc., front inner pin eyelet side reciprocating tooth includes front inner pin hole side tooth Head and front inner pin hole ring side shank, etc., rear inner pin eyelet side shank and front inner pin rim side shank misalignment setting or front and rear linear spacing or front and rear straight line setting, etc., when rear inner pin hole side When the tooth shank is linearly arranged with the front inner pin hole side shank, the rear inner pin rim side shank and the front inner pin rim side shank form a side tooth row tooth or form a side tooth head tooth row, etc., side tooth head The sawtooth row reciprocates impact sawing material.

The rear inner pin eyelet side reciprocating tooth, the front inner pin eyelet side reciprocating tooth and the pin type main tooth body taper surface are fastened, the rear inner pin eyelet side reciprocating tooth and the front inner pin eyelet side reciprocating tooth The inner pin hole side reciprocating tooth gap is provided between the inner pin and the inner pin hole side reciprocating tooth. The front inner pin hole side reciprocating tooth occupies the inner pin hole when the pin type main tooth body is tilted toward the integrated block sealing guide turntable box. The reciprocating tooth gap of the ring side and the reciprocating tooth gap of the inner pin hole side enable the front inner pin hole side reciprocating tooth and the rear inner pin eyelet side reciprocating tooth not to push each other, and increase the front inner pin hole ring side reciprocating tooth and the rear inner pin hole The strength of the main tooth body of the ring-side reciprocating toothed pin.

In the joint portion of the pin-type main tooth body and the fixed side ring gear, a side ring gear rotation preventing pin hole or the like is provided, and a side ring gear rotation preventing pin or the like is arranged in the side ring gear rotation preventing pin hole, and the side ring gear is stopped. The pin prevents the fixed side ring gear from rotating relative to the pin-type main tooth body.

The fixed side ring gear includes a rear fixed side ring gear and a front fixed side ring gear, and the rear side ring gear pin hole is provided at a joint portion of the pin type main tooth body and the rear fixed side ring gear. a side ring ring stop pin is disposed in the rear side ring gear stop pin hole, and the side ring ring stop pin prevents the rear fixed side ring gear from being rotated relative to the pin type main tooth body or the side ring gear stop pin The fixed side ring gear and the front fixed side ring gear rotate relative to the pin type main tooth body, and the side ring gear stop pin prevents the rear fixed side ring gear and the front fixed side ring gear from being opposite to the pin type main tooth When the body rotates, the front fixed side ring gear is provided with a front side ring gear stop pin hole that is engaged with the side ring gear stop pin, and the front side ring gear stop pin hole is fastened to the side ring gear. On the revolving pin, the side ring rotation stop pin cooperates with the rear side ring gear rotation stop pin hole to prevent the front fixed side ring gear and the rear fixed side ring gear from rotating, and one side ring gear stop pin prevents the front fixed side The rotation of the ring gear and the rear fixed side ring gear reduces the number of anti-rotation pin holes on the pin-type main tooth body, which improves the strength of the pin-type main tooth body and is simple in structure. Reliable.

The front end of the pin-type main tooth body is provided with a pin-type main tooth top tooth, etc., the rear end of the pin-type main tooth body tooth head is larger than the pin end type main tooth end end face, the pin-type main tooth The rear end of the top tooth tooth head is at the end of the inner pin eyelet side reciprocating tooth at the rear of the pin type main tooth tooth top tooth head, and the pin type main tooth body and the pin type main tooth body top tooth taper surface Retracting or pin type main tooth body and pin type main tooth body top tooth thread retracting or pin type main tooth body and pin type main tooth body top teeth with retaining piece stop, etc., pin type main tooth body The top teeth prevent the inner pin eyelet side reciprocating teeth at the rear of the pin-type main tooth body tooth tip from falling off the pin-type main tooth body.

The pin-type main tooth body comprises a main tooth body rotation preventing screw hole and a main tooth body rotation preventing bolt or a main tooth body rotation preventing pin sliding hole and a side ring gear rotation preventing pin, etc., and the fixing side ring gear is the same as the main body. The tooth ring rotation screw hole is correspondingly disposed with a side ring rotation stop sliding hole, etc., the longitudinal direction of the side ring rotation preventing sliding hole is parallel to the main reciprocating tooth impact direction, and the main tooth body rotation preventing bolt passes through the side ring gear to stop rotation. Slide hole The main tooth body rotation preventing bolt is fixedly connected to the main tooth body rotation preventing screw hole, and the main tooth body rotation preventing bolt is disposed between the main tooth body rotation preventing bolt and the side ring rotation preventing sliding hole front hole wall. There is a sliding hole spacing, and when the fixed side ring gear moves relative to the pin-type main tooth body toward the integrated block sealing guide turnout box, the front ring gear stops the sliding hole and the front hole wall moves toward the integrated block sealing guide turntable box, The sliding hole spacing is such that the main tooth body rotation preventing bolt is not sheared by the front ring wall and the rear hole wall of the side ring rotation preventing sliding hole, or the side of the fixed side ring gear corresponding to the main tooth body stop pin sliding hole is disposed. The ring gear rotation preventing pin hole has a longitudinal direction of the main tooth body rotation preventing sliding hole parallel to the main reciprocating tooth impact direction, and the side ring gear rotation preventing pin is fixedly connected to the side ring gear rotation preventing pin hole and disposed on the main tooth body sliding hole The side ring gear stop pin is disposed adjacent to the front hole wall of the main tooth body rotation preventing sliding hole, and the sliding gap between the side ring ring rotation preventing pin and the main tooth body rotation preventing hole rear hole wall is provided, and the fixed side ring gear is opposite When the pin-type main tooth body moves toward the integrated block sealing guide turnout box, the side ring gear stop pin is in the main tooth body stop sliding hole inner connecting block The direction of the sealing guide rotation box is moved, and the spacing of the sliding holes is such that the side ring rotation preventing pin is not sheared by the main body body rotation preventing hole and the front hole wall, and the side ring gear rotation preventing pin hole and the side ring ring are prevented from rotating. The pin fits tightly to prevent dust, water, etc. from entering the main tooth body stop slip hole.

The main reciprocating tooth insertion hole and the guiding sealing toothed insertion post are connected by a cone surface, and the reaction force of the reciprocating impact causes the main reciprocating tooth insertion hole to closely engage with the tapered surface of the guiding sealing toothed socket, or main reciprocating The joint portion of the toothed insertion hole and the guide seal toothed seat is provided with a cylindrical pin hole, and the open elastic pin is disposed on the cylindrical pin hole. When the cylindrical surface moves and shears the elastic pin of the opening, the diameter of the open elastic pin is reduced to avoid being cut. Or, a main reciprocating tooth retaining member hole is disposed on the main reciprocating tooth insertion hole, and a guiding sealing toothed post retracting member sliding hole is disposed on the guiding sealing toothed inserting post, and the main tooth retaining member is disposed on the main reciprocating tooth The retreating hole and the guiding sealing tooth holder are in the sliding hole of the retaining member, and the main tooth retaining member and the main reciprocating tooth retaining member hole closely cooperate to prevent dust, water, mud, materials and the like from entering.

The main punching tooth comprises a main tooth body insertion post, etc., the main tooth body is provided with a main tooth body insertion hole hole groove, and the main tooth body insertion post is provided with a main toothing retracting hole groove, and the main tooth body insertion hole is arranged. The main tooth groove is arranged on the hole groove, and the main tooth body pin hole groove is connected with the main tooth groove, so that the diameter of the main tooth stop hole is smaller than or equal to the diameter of the main tooth groove, and the main tooth back hole groove is set. In the main tooth groove of the unloading main body, the main tooth retaining member includes a main tooth retreating member, and the main tooth retreating member is disposed in the main tooth retreating hole groove and is disposed on the main tooth chute, the main tooth retreating member and The side wall of the main tooth groove is prevented from falling off from the main tooth body insertion hole, and the side wall of the main tooth retreating hole is spaced from the side wall of the main tooth groove, and the stopping piece includes the unloading tooth. The main tooth body insert end face and the unloading main tooth groove side wall are provided with an insertion gear unloader space or a main tooth body pin hole groove provided with a gear stop groove, etc., the main punching tooth is perpendicular to the material impact, the main tooth body When the plunger is pushed by the impact reaction force to move toward the main tooth body, the main tooth retracting member moves toward the main tooth groove, and the distance between the side wall of the main tooth retreating hole and the side wall of the main tooth groove is Make The tooth-stopping member is not subject to shearing. When the main toothing needs to be replaced, the main tooth-stopping member is taken out from the main toothing retaining hole groove, and the inclined surface of the gear removing device is placed at the end of the main tooth body inserting column. The main tooth body insert is dropped from the main tooth body insert hole.

The side reciprocating tooth is integrated with the main tooth body or the side reciprocating tooth is connected with the main tooth body, and the side reciprocating tooth and the main body When the tooth body is connected separately, a side tooth holder is disposed on the main tooth body, and when the side tooth handle is disposed on the insertion side tooth blind hole, a side tooth retaining hole groove is disposed on the side tooth handle, and the side tooth seat is provided with the unloading side tooth. The groove, the insertion side perforation and the unloading side cogging are connected, the side tooth retracting hole groove is disposed in the unloading side groove, the side tooth retracting hole groove diameter is less than or equal to the unloading side cogging diameter, and the side tooth retracting piece The side tooth retaining hole groove is disposed on the unloading side groove, and the side tooth retaining member and the unloading side groove front side wall cooperate to prevent the side tooth shank from falling out from the insert side hole, and the side tooth retaining hole groove rear side The wall and the rear side of the unloading side groove are provided with a spacing. When the side tooth head is impacted to move the side tooth shank into the insertion side tooth hole, the rear side wall of the side tooth retracting hole groove and the rear side wall of the unloading side groove are provided. Some spacing makes the side tooth retaining members uncut.

The rear end of the main guide reciprocating tooth insertion post is provided with a main reciprocating tooth insertion stop groove at the rear end of the main reciprocating tooth insertion hole, and the main reciprocating groove is arranged at the rear end of the main guide reciprocating tooth insertion post. The toothed socket rotation preventing groove is open toward the integrated block sealing guide rotation box, and the main reciprocating tooth socket rotation preventing groove is fastened on the toothed socket to prevent the main reciprocating tooth insertion hole from rotating relative to the guiding sealing toothed insertion post Or, the toothed pin insertion pin and the like are disposed in the rotation preventing pin hole of the socket pin, and the main reciprocating tooth socket rotation preventing groove is fastened on the toothed pin insertion pin to prevent the main reciprocating tooth insertion hole from being opposite to the guiding seal. The toothed socket rotates, and the outer side wall of the main reciprocating tooth jack rotation stop groove covers the toothed seat rotation stop table or the tooth socket insertion pin, so that the toothed seat rotation stop table or the tooth socket insertion pin is free from dust Contamination, water rust, etc., the structure is suitable for the rotation of the side tooth and the side tooth holder, or for the rotation of the tooth body and the main tooth body of the tooth holder, or for the pin type main tooth body and fixing The rotation of the side ring gear, etc.

The side tooth holder comprises a side toothed cone hole, the side tooth head comprises a side tooth shank cone column, the side tooth shank cone column is arranged on the side toothed seat taper hole, and the side tooth side and the side tooth seat pass the taper surface to stop And stopping, or providing a side tooth rotation stop surface at the upper end of the side tooth shank, and a side tooth rotation stop on the side tooth holder corresponding to the side tooth rotation end surface of the side tooth joint and the side tooth joint portion The table, the side tooth stop stop and the side tooth stop surface cooperate to prevent the side tooth from rotating relative to the side tooth.

The axis of the side toothed cone hole is parallel to the axis of the interlocking guide pinion seat or the axis of the side toothed cone hole is set at an angle of 0-45 degrees with the axis of the interlocking guide pinion seat, and the optimal angle is 3- The 10 degree angle setting or the side tooth shank is parallel to the axis of the interlocking guide sealing gear holder, and the side end of the side tooth head and the side tooth holder axis are collinear or the side end of the side tooth head and the side tooth holder axis are set at an angle of 0-45 degrees, which is optimal. The angle is set at an angle of 3-10 degrees.

The side tooth head comprises a side tooth shank and a side impact head, etc., and the side tooth shank and the side impact head joint portion are provided with a circular arc transition to reduce stress concentration and prevent lateral force from side impact head from the side shank and the side impact head. The joint is cut.

The main punching teeth and/or the side tooth heads include an insertion hole reciprocating cone tooth or the like, and the insertion hole reciprocating cone teeth include a through hole reciprocating straight cone tooth or a insertion hole reciprocating oblique cone tooth. The insertion hole reciprocating oblique cone tooth is set as a torsion cone reciprocating guide material to prevent the rotation of the insertion hole tooth, correspondingly, the oblique cone guide material rotation preventing tooth through hole seat is arranged, and the inclined cone reciprocating guide material stops the insertion through hole tooth The end is provided with a tapered cone reciprocating guide material to prevent the rotation of the through hole shank, the inclined cone reciprocating guide material, the rotation preventing insertion hole, the tooth shank is inserted into the oblique cone guide material, the rotation preventing tooth through hole seat hole, the oblique cone guiding material, the rotation preventing tooth through hole The seat hole is disposed in the same direction with respect to the reciprocating impact direction, and the inclined cone reciprocating guide material stopping the insertion hole tooth includes the oblique cone The reciprocating guide rotation preventing tooth or the oblique pyramid reciprocating guide rotation preventing tooth, the oblique conical reciprocating guiding rotation tooth includes the oblique conical reciprocating tooth top tooth, the oblique conical reciprocating tooth guiding body, the oblique conical reciprocating tooth cone seat, and the inclined Conical reciprocating tooth shank and oblique conical reciprocating tooth rotation preventing structure, etc., the inclined conical reciprocating tooth shank includes a slanting conical reciprocating tooth shank or a slanting conical reciprocating toothed cylindrical shank or a slanting conical reciprocating tooth multi-segment shank, etc. The tooth is disposed at an upper end of the inclined conical reciprocating tooth guiding body, and a lower portion of the inclined conical reciprocating tooth guiding body is connected with the inclined conical reciprocating tooth conical seat, and the oblique conical reciprocating tooth conical seat is disposed at an upper end of the inclined conical reciprocating toothed handle, and the inclined cone reciprocates The tooth tip tooth and the oblique cone reciprocating tooth guide body are connected or integrated, and the cone top of the oblique cone reciprocating tooth tip tooth is offset from the oblique cone reciprocating tooth axis, and the tapered cone and the inclined cone reciprocating tooth of the oblique cone reciprocating tooth top tooth The guiding body and the inclined conical reciprocating tooth conical seat are different in heart. The conical top, the oblique conical reciprocating tooth guiding body and the oblique conical reciprocating tooth conical seat of the oblique conical reciprocating tooth top are composed of small to large different core structures. Conical reciprocating guide One side of the rotating tooth is opposite to the other side of the high-angle oblique conical reciprocating guiding material, and the guiding surface of the inclined conical reciprocating tooth and the inclined conical reciprocating tooth is offset from the axis of the inclined conical reciprocating tooth The inclined conical reciprocating guide material anti-rotation tooth guiding surface is opposite to the oblique conical reciprocating guiding material non-rotating tooth guiding surface opposite to the inclined cone reciprocating guiding material, the other side of the anti-rotation insertion hole is curved, or the oblique pyramid reciprocating The guide rotation preventing tooth is provided with a beveled pyramid reciprocating tooth top tooth, a beveled pyramid reciprocating tooth guide body, a beveled pyramid reciprocating tooth cone seat, a beveled pyramid reciprocating tooth handle and a beveled pyramid reciprocating tooth rotation preventing structure, etc., the oblique pyramid reciprocating tooth top tooth The upper part of the beveled reciprocating tooth guide body is arranged, the lower part of the oblique pyramid reciprocating tooth guide body is connected with the oblique pyramid reciprocating tooth cone seat, and the oblique pyramid reciprocating tooth cone seat is arranged at the upper end of the oblique pyramid reciprocating tooth shank, the oblique pyramid reciprocating tooth The top tooth and the oblique pyramid reciprocating tooth guide body are connected or integrated, and the tapered top of the oblique pyramid reciprocating tooth top tooth is offset from the oblique pyramid reciprocating tooth axis, the tapered top of the oblique pyramid reciprocating tooth top tooth, the oblique pyramid reciprocating tooth guide The cross section of the material body and the oblique pyramid reciprocating cone is small Large constituent oblique pyramid reciprocating guide teeth on one side of the anti-rotation tooth is relatively upright and the other is a high-angle guide surface, or in the oblique pyramid reciprocating tooth and/or the beveled reciprocating tooth guide body deviates from the oblique pyramid reciprocating tooth axis The side is provided with a beveled pyramid reciprocating guide material to prevent the rotation of the tooth guide surface.

The main reciprocating tooth comprises a main reciprocating tooth rotation preventing structure or the like, and the main reciprocating tooth rotation preventing structure comprises a pin type main tooth body and/or a fixed side ring gear is provided with a side ring gear rotation preventing structure, and the side ring gear rotation stop The structure comprises a polygonal side ring rotation preventing structure or a card groove side ring rotation preventing structure or a locking pin side ring rotation preventing structure or a block side ring gear rotation preventing structure or a hole pin type side ring rotation preventing structure Or include a tapered side ring gear rotation stop structure or includes a bevel side ring gear rotation stop structure or includes an elliptical side ring gear rotation stop structure or includes two straight side ring gear rotation stop structures or includes a single straight side ring gear rotation stop structure Or including a top wire hole pin rotation preventing structure or including an eccentric pin rotation preventing structure or an eccentric boss rotation preventing structure or a beam sleeve frame rotation preventing structure, etc., the main reciprocating tooth includes a main reciprocating tooth retaining structure, etc., the main reciprocating tooth stop The retracting structure includes the main tooth body of the toothed seat and the toothed body of the toothed joint fixed by a taper surface or the main tooth body of the toothed seat and the augmented tooth body of the augmented tooth body are stopped, etc., the pin type main tooth body and the fixed side tooth body Circumferential taper or pin type main tooth body and fixed side ring gear thread stop or pin type main tooth The body and the fixed side ring gear are provided with a retreating structure to stop or the pin-type main tooth body and the fixed side ring gear are provided with an inner pin hole ring to stop the retreating member, etc., and the rear end of the pin-type main tooth body is fastened in the joint The end of the pin-shaped main tooth body is provided with a pin-type main tooth top tooth, and the pin-type main tooth top tooth is connected with the pin-type main tooth body or In one-piece type, when the pin-type main tooth top tooth is connected with the pin-type main tooth body, the pin-type main tooth top tooth and the pin-type main tooth body are fixed by a taper connection or fixed by a screw connection. Or it can be connected and fixed by the pin type main tooth stop.

The main reciprocating tooth jack is connected with the increased tooth body jack or the main tooth body hole inner partition is arranged between the main reciprocating tooth jack and the increased tooth body jack, and the main reciprocating tooth jack and the increasing tooth When the body jack is connected, the guide seal tooth seat insert column is provided with an eccentric rotation stop groove of the toothed socket, and correspondingly, an eccentric rotation stop groove is provided on the enlarged tooth insertion post. The main tooth body includes a through hole eccentric rotation preventing member, and one end of the through hole eccentric rotation preventing member is inserted into the eccentric insertion hole of the toothed socket, and the other end is inserted into the eccentric rotation hole of the enlarged tooth insertion post, or the guide sealing tooth The seat post is provided with a concentric locking hole groove of the toothed socket, and a concentric locking hole groove is arranged on the enlarged tooth inserting post, and the main tooth body comprises a concentric concentric rotating member of the through hole. One end of the through hole concentric stop member is inserted into the concentric pin and the other end of the concentric pin is inserted into the concentric pin hole of the additional toothed pin, and the concentric concentric member of the through hole is set as an elliptical through hole concentric stop or Set as a polygonal through hole concentric stop member or as a two straight edge through hole concentric rotation member or as a single straight edge through hole concentric rotation member, etc., or guided An eccentric anti-rotation boss of the toothed seat is arranged on the sealing seat, and an eccentric rotation groove of the enlarged toothed column is arranged on the corresponding enlarged toothed column, and the toothed column is eccentrically stopped. The boss is inserted into the eccentric rotation preventing groove of the enlarged toothed pin, or when the main reciprocating tooth insertion hole and the increased tooth opening are provided with the main tooth hole inner partition, the main tooth body inner partition is provided The main tooth body eccentric rotation stop hole or the main tooth body inner partition plate is provided with a main tooth body eccentric rotation anti-rotation boss or a main tooth body hole inner baffle is provided with a main tooth concentric rotation hole or a main tooth body hole The main tooth body concentric rotation preventing boss is arranged on the partition plate. When the main tooth body eccentric rotation preventing hole is arranged, the guiding sealing tooth holder insertion column is correspondingly provided with the toothed socket eccentric hole, and the increased tooth body insertion Correspondingly, the column is provided with an eccentric hole of the enlarged toothed column, the main tooth body comprises a eccentric hole stop member of the partition plate, and the eccentric hole stop member of the partition plate passes through the eccentric stop hole of the main tooth body and is disposed at the toothed insertion post. The other end of the eccentric hole is disposed in the eccentric hole of the enlarged toothed column, or when the main tooth body eccentric rotation preventing boss is disposed, the side of the main tooth body is provided with a buckled toothed seat eccentric end The other side of the boss is provided with an eccentric anti-rotation boss of the engaging and expanding toothed column, and the guiding sealing seat is correspondingly provided with an eccentric concave hole of the toothed socket, and corresponding to the enlarged toothed column The ground is provided with an eccentric concave hole of the enlarged toothed inserting column, and the eccentric concave hole of the toothed inserting column is fastened on the eccentric rotation preventing boss of the toothed inserting column, and the eccentric concave hole of the enlarged toothed inserting column is fastened to the enlarged toothed body When the eccentric rotation preventing boss of the insertion post is arranged, or when the main tooth body concentric rotation preventing hole is provided, the guiding sealing toothed socket is correspondingly provided with the concentric hole of the toothed socket, and the enlarged toothed column is correspondingly set. There is a concentric hole of the enlarged toothed column, the main tooth body comprises a concentric hole rotation preventing member of the partition plate, and the concentric hole rotation preventing member of the partition plate passes through the concentric hole of the main tooth body and is disposed in the concentric hole of the tooth holder insertion column, and One end is disposed in the concentric hole of the joint toothed insert, and the partition concentric hole stop comprises an elliptical concentric hole stop or a polygonal concentric hole stop or includes two straight concentric hole rotation members or includes a single straight edge Concentric hole rotation stop member, or when the main tooth body concentric rotation rotation boss is provided, the main tooth body hole is provided on the side of the partition plate and the buckle tooth holder insertion column is concentrically stopped. On the other side of the boss, there is a concentric anti-rotation boss of the engaging and expanding toothed insertion post, and the guide sealing toothed post is correspondingly provided with concentric recessed holes of the toothed insert, and the enlarged toothed insert is correspondingly The concentric recessed hole of the enlarged toothed insert is arranged, and the concentric recessed hole of the toothed insert is fastened to the concentric anti-rotation boss of the toothed insert, and the concentric recess of the enlarged toothed insert is fastened to the enlarged joint insert Concentric anti-rotation boss The main tooth concentric anti-rotation boss comprises an elliptical concentric anti-rotation boss or a polygonal concentric anti-rotation boss or a two-sided concentric anti-rotation boss or a single straight-sided concentric anti-rotation boss.

The front end of the interlocking guide pinion seat is provided with a reciprocating toothed pinion segment to form a single pinion seat or a linkage guide pinion seat. The front end is provided with two or more reciprocating toothed pinion segments to form a multi-toothed seat The main reciprocating tooth is disposed at the front end of the interlocking guide sealing gear holder, the reciprocating power unit includes a convex shaft mechanism or a hydraulic mechanism or a pneumatic mechanism, and the convex shaft mechanism includes a crank connecting rod or a straight shaft cam connecting rod, etc., when the convex shaft is used In the mechanism, the crank connecting rod or the straight shaft cam connecting rod is hinged with the interlocking guiding sealing gear holder, and one connecting rod drives a single socket to form a single-toothed seat reciprocating impactor, and one connecting rod drives the multi-toothed seat to form a plurality of Toothed seat reciprocating impactor, multi-toothed seat reciprocating impactor including upper and lower toothed seat reciprocating impactor or left and right toothed seat reciprocating impactor or upper and lower left toothed seat reciprocating impactor or upper and lower right toothed seat reciprocating impactor or up and down Left and right toothed seat reciprocating impactor, upper and lower toothed seat reciprocating impactor upper part is provided with upper reciprocating toothed seat connecting section, upper reciprocating toothed seat guiding section, upper reciprocating toothed seat sealing section and upper reciprocating toothed seat Moving guide seal The lower part of the upper and lower toothed seat reciprocating impactor is provided with a lower reciprocating toothed joint linking section, a lower reciprocating toothed seat guiding section, a lower reciprocating toothed seat sealing section and a lower reciprocating toothed toothed inserting section to form a linkage guiding sealing toothed seat. The upper reciprocating toothed link segment and the lower reciprocating toothed seat interlocking segment constitute a reciprocating toothed seat guiding segment connecting member, and the reciprocating toothed seat guiding segment connecting member fixes the upper interlocking guiding and sealing toothed seat and the lower interlocking guiding and sealing toothed seat The connecting or reciprocating toothed guide segment connecting piece is integrated with the upper interlocking guiding sealing gear holder and the lower linkage guiding sealing gear holder, and the integrated block sealing guiding rotation preventing box comprises a rolling guiding rotation stop, and the rolling guiding rotation preventing device The utility model comprises a roller guide rotation stop or a bearing component guide rotation stop. The roller guide rotation stop comprises a bearing A, a bearing B and a guide roller. The bearing A and the bearing B are respectively arranged at two ends of the guide roller to form a roller guide. The rotator, or the bearing member guiding stopper comprises a guiding bearing member and a guiding bearing fixing member, the guiding bearing member is disposed on the guiding bearing fixing member, the guiding bearing member comprises a bearing body member or a protective bearing sleeve is arranged on the outer periphery of the bearing body member, Protection The bearing sleeve is arranged on the bearing body member to form a rotation preventing guiding bearing sleeve, the bearing body member is arranged on the guiding bearing fixing member or the rotation preventing guiding bearing sleeve is arranged on the guiding bearing fixing member; the integrated block sealing guiding rotation preventing box comprises the rolling guiding device The rotation stop assembly block includes a front loading rolling guide rotation preventing assembly plate and a rear loading rolling guiding rotation preventing assembly plate, and the front loading rolling guiding rotation preventing assembly plate and the rear loading rolling guiding rotation preventing assembly plate are parallel to each other. The front and rear rolling guide rotation preventing assembly plates are arranged between the front loading and the rolling guide rotation preventing assembly plate, and the front and rear right guiding guiding rotation preventing blocks are arranged, and the integrated block connecting piece is connected to the front loading rolling guide rotation preventing component plate, and the rear loading rolling guide is stopped. The component plate forms an integrated block sealing guide turnout box, and the front loading rolling guide rotation preventing component plate comprises a front loading reciprocating toothed seat guiding section single hole integrated block or a front loading rolling guiding rotation preventing component plate including a front mounting reciprocating toothed guiding section porous integration The block, the rear loading rolling guide rotation preventing component plate comprises a rear loading reciprocating toothed seat guiding section single hole integrated block or a rear loading rolling guiding rotation preventing group The plate comprises a porous integrated block of the rear-mounted reciprocating toothed guide section, and the rolling guide rotation-stopping component plate increases the guiding cohesion force, increases the guiding and righting force, and reduces the swinging impact of the reciprocating toothed seat sealing section on the guiding anti-rotating box sealing member; The single-hole integrated block of the reciprocating toothed seat guiding section is provided with a front reciprocating toothed seat guiding section hole and the rear reciprocating toothed seat guiding section of the single-hole integrated block is provided with a rear reciprocating Two or more front rolling guide stopper holes are provided on two or more side portions of the front reciprocating tooth holder guide section holes, and two or more side portions of the rear reciprocating tooth holder guiding section holes are provided in two or more sides a rear rolling guide stop hole, the front side of the front rolling guide stop hole abutting the front reciprocating toothed guide hole hole and the front reciprocating toothed guide hole side wall of the front rolling guide stop hole The side wall of the rear rolling guide stop hole of the rear reciprocating tooth holder guiding section hole is connected with the side wall of the rear reciprocating toothed seat guiding section hole of the rolling guide vane hole, and the front reciprocating toothed seat guiding section is disposed at In the front reciprocating toothed seat guiding section hole, the rear reciprocating toothed seat guiding section is disposed in the rear reciprocating toothed seat guiding section hole, and two or more front rolling guiding non-rotating devices are disposed in two or more front rolling guiding stop hole, two More than one rear rolling guide stop is disposed in two or more rear rolling guide retainer holes, and two or more front rolling guide retainer side walls and two front side reciprocating toothed sides of the front reciprocating toothed guide guiding section respectively Fitted in the guide section hole, more than two rear rolling guides And respectively, two or more sides of the rear reciprocating toothed guide segment are fitted in the rear reciprocating toothed guide segment hole, or the front reciprocating toothed guide segment porous integrated block is provided with a plurality of front reciprocating toothed guide segment holes and then reciprocally mounted a plurality of rear reciprocating toothed guide hole holes are arranged on the porous guide block of the toothed guide segment, and two or more front rolling guide stop holes are provided at two or more sides of each front reciprocating toothed guide hole and each rear reciprocating Two or more rear rolling guide stop holes are provided at two or more side portions of the toothed guide hole, and a plurality of front reciprocating tooth guide guiding segments are disposed in the plurality of front reciprocating toothed guide hole holes, and the plurality of rear reciprocating tooth holders The guiding section is disposed in the plurality of rear reciprocating toothed guide hole holes, and two or more front rolling guide rotation stoppers are disposed on the two or more side portions of each front reciprocating toothed seat guiding section at two or more front rolling guide rotation stops In the hole, two or more rear rolling guide stoppers are disposed in two or more rear rolling guide rotation holes on two or more side portions of each rear reciprocating tooth holder guiding section, and two or more front rolling guides are stopped. Transducer side wall and front reciprocating tooth holder guide Two or more sides are fitted in the front reciprocating toothed guide hole, and two or more rear rolling guide retainer side walls are respectively fitted with two or more sides of the rear reciprocating toothed guide section in the rear reciprocating toothed guide section hole The rolling guide rotation preventing assembly block forms a plurality of support members supporting the plurality of rolling guide rotation stoppers into an integral plate, and the integral plate makes the space intensive support for supporting the plurality of rolling guide rotation stops, and improves the multi-directional The positioning accuracy of the rolling guide stopper reduces the space waste and material waste added to enhance the strength of each support member when using a plurality of support members, and the rolling guide rotation preventing assembly block improves the plurality of rolling guide rotation stops and The supporting strength of the interlocking guide pinion seat simplifies the structure to improve the strength, reduces the oscillating impact damage of the interlocking guide pinion seat to the reciprocating power unit, and the reciprocating tooth block sealing section and the guide chock seal are matched and sealed. Block sealing guide rotation stop box, front loading rolling guide rotation stop assembly plate and rear loading rolling guide rotation stop assembly plate support linkage guide sealing gear holder, interlocking guide sealing gear holder end The main reciprocating tooth is arranged to be a linkage-guided sealing toothed reciprocating impactor, and the reciprocating power unit is connected with the reciprocating toothed joint linking section, and the reciprocating power generator drives the reciprocating impact of the interlocking guiding sealing toothed reciprocating impactor.

The guide roller is provided with a bearing A inner ring stop and a bearing B inner ring stop. The diameter of the bearing A inner ring stop is larger than the bearing A inner hole is smaller than the outer diameter of the bearing A outer ring, and the bearing B inner ring stop The diameter of the inner diameter of the bearing B is smaller than the inner diameter of the outer ring of the bearing B, the inner ring of the bearing A and the inner ring of the bearing B block the bearing A and the bearing B along the guiding roller, and the rolling guide The rotary device comprises an anti-bearing swaying member, the anti-bearing swaying member comprises a bearing sleeve and an end cover, the bearing sleeve and the end cover are separated or integrated, and the bearing anti-rotation member makes the bearing outer ring in the rolling guide rotator The positioning in the hole prevents the bearing A and the bearing B from swaying, ensuring that the guiding roller surface and the guiding surface of the reciprocating tooth holder are in contact with the rolling friction, or the rolling guiding rotation stop includes the bearing inner ring A and the bearing inner ring. B retaining sleeve and fixed bearing body shaft, retaining bearing body inner ring A retaining sleeve and retaining bearing body inner ring B retaining sleeve inner diameter is greater than or equal to bearing inner diameter, retaining bearing body inner ring A retaining sleeve and retaining bearing body inner ring B block The outer diameter of the sleeve is smaller than the inner diameter of the outer ring of the bearing, and the inner end of the rolling guide retainer hole is provided with the inner ring A of the retaining bearing body member, and the bearing body member is disposed on the inner ring A of the retaining bearing body member, and the fixed bearing body shaft One end of the bearing body passes through the bearing body hole and passes through the bearing body. The inner ring A is disposed in the hole of the bearing member guiding the rotation preventing hole of the rolling guide rotation preventing assembly block, and the bearing body inner ring B is set. At the other end of the bearing body member, the fixed shaft The main body shaft is connected to the inner ring of the fixed bearing body, the inner ring A, the bearing body part and the retaining bearing body inner ring B baffle sleeve, the fixed bearing main body shaft and the retaining bearing body inner ring B baffle sleeve are connected or integrated, so that The inner ring of the bearing is positioned in the hole of the rolling guide stop to ensure that the bearing body surface and the guiding surface of the reciprocating tooth holder are in contact with the rolling friction, and the positioning of the rolling guide rotation preventing assembly block is once mounted, that is, the rolling guiding and stopping assembly block is installed. The upper reciprocating toothed seat guide segment hole is machined into a plurality of rolling guide stop holes on the rolling guide rotation preventing assembly block, and the processed rolling guide rotation preventing assembly block retains the wall of each hole to the maximum The thickness and the overall joint strength between the wall of the hole and the wall of the hole ensure the positional accuracy between the plurality of rolling guide retainer holes and the positional accuracy of the plurality of rolling guide retainer holes and the reciprocating toothed guide hole, and improve the guiding Accuracy, reducing the complexity of the machining, so that the center line of the reciprocating toothed guide segment is perpendicular to the axis of the convex axis, maximally protecting the reciprocating power unit.

The front left bearing A hole, the front left bearing B hole and the front left guiding roller hole are processed into through holes on the rolling guide rotation preventing assembly block, and the front right bearing A hole is arranged on the rolling guiding rotation preventing assembly block. The front right bearing B hole and the front right guiding roller hole are processed into through holes, and the front left guiding roller is swayed toward the front left bearing A hole or the front left bearing B hole. The front left guiding roller and the reciprocating tooth holder The distance between the bonding line of the guiding section plane and the bonding line of the front right guiding roller and the plane of the reciprocating toothed guiding section is constant, and the front loading rolling guide rotation preventing assembly block and the rear loading rolling guiding rotation preventing assembly block making the reciprocating tooth holder The center line of the guiding section is perpendicular to the axis of the convex axis, which improves the guiding precision and reduces the complexity of the machining. The rotation preventing guiding plane protects the connecting rod to the greatest extent.

The front loading rolling guide rotation preventing assembly block comprises a front reciprocating toothed seat guiding section left hole and a front reciprocating toothed seat guiding section right hole, and the rear loading rolling guiding rotation preventing component block comprises a rear reciprocating toothed guiding section left hole and rear reciprocating Right side of the toothed guide segment, the left hole axis of the front reciprocating toothed guide segment is coaxial or parallel with the left hole axis of the rear reciprocating toothed guide segment and the right reciprocating toothed guide segment right hole axis and the rear reciprocating toothed guide segment right hole axis Coaxial or parallel, front right side of the left side of the front reciprocating toothed guide section and the front side of the right side of the right side of the front reciprocating toothed guide section are provided with a front middle rolling guide stop hole, front middle rolling guide The rotation stopper is disposed in the front middle rolling guide rotation preventing hole, and the front left rolling guide rotation stopper in the front middle rolling guide rotation preventing hole is fitted on the left side and the front left reciprocating tooth holder guiding surface, and the front middle rolling guide The front middle scroll guide in the stop hole is right and front The right reciprocating toothed seat guiding section surface is fitted, the rear reciprocating toothed seat guiding section left side right side and the rear reciprocating toothed seat guiding section right side left side of the rear loading rolling guide rotation preventing component block is provided with a rear middle rolling guiding stop hole The rear intermediate rolling guide stop is disposed in the rear middle rolling guide rotation stop hole, and the rear middle rolling guide rotation stop in the rear middle rolling guide rotation stop is fitted to the left and rear left reciprocating tooth guide guiding surface And the rear middle rolling guide rotation stopper in the rear middle rolling guide rotation stopper fits the right side and the rear right reciprocating tooth guide guiding surface, and the crank connecting rod or the straight shaft cam connecting rod is provided with the left convex shaft and the right convex The axis, the left convex axis and the right convex axis are set at 180 degrees, the left convex axis drives the left toothed seat to reciprocate impact, and the right convex axis drives the right toothed seat to reciprocate impact, when the left convex axis drives the left toothed seat to move forward, right The convex shaft drives the right lance base to move backward. When the left convex shaft drives the left pedestal seat to move backward, the right convex shaft drives the right pedestal seat to move forward, and the left and right toothed seat and the right pedestal seat move forward and backward. The space where two front rolling guide stops need to be set is combined into one, and two will be set. After rolling guide detent space is combined, to improve the rolling guide means rotation stop block assembly space utilization, to reduce the length of the crankshaft, increasing the relative strength of the equipment, manufacturing cost savings, reducing the width of the impact surface thereby reducing impact resistance.

The multi-toothed reciprocating impactor comprises a left upper and lower lance holder and a right upper and lower lance holder, and the left upper and lower lance holders and the right upper and lower lance holders are arranged left and right, and the left convex shaft drives the left upper and lower lance holders, and the right convex The shaft drives the right upper and lower gear holders, and the front loading rolling guide rotation preventing assembly block is provided with a front left upper reciprocating toothed seat guiding section hole, a front left lower reciprocating toothed seat guiding section hole, and a front right upper reciprocating toothed seat guiding section hole, front lower right Reciprocating toothed seat guide section hole, etc., the rear loading rolling guide rotation preventing assembly block is provided with a rear left upper reciprocating toothed seat guiding section hole, a rear left lower reciprocating toothed seat guiding section hole, and a rear right upper reciprocating toothed seat guiding section hole, rear lower right Reciprocating toothed seat guide section hole, etc., left front upper reciprocating toothed seat guiding section hole left side is provided with left front upper guiding rod left rolling guiding stop hole, front left upper reciprocating toothed seat guiding section lower side is provided with left front upper guiding rod rolling The steering stopper hole is provided on the right side of the front right upper reciprocating tooth holder guiding section hole, and the right front upper guiding rod is provided with a right rolling guiding stop hole and a right front upper guiding rod lower rolling guiding is arranged on the lower side of the front right upper reciprocating toothed guiding section hole Stopper hole, front left upper reciprocating toothed seat guide section hole and front The front loading rolling guide rotation preventing assembly block between the upper reciprocating tooth holder guiding section holes is provided with a front upper middle rolling guiding stop hole, and the front upper middle rolling guiding stop hole in the front upper middle rolling guiding stop hole The left side of the device is in contact with the front left upper reciprocating toothed guide segment surface, and the front upper middle rolling guide rotation stopper in the front upper middle rolling guide rotation stop is fitted to the front right upper reciprocating tooth guide guiding surface; The left side of the lower left reciprocating toothed guide hole is provided with a left front lower guide rod left rolling guide stop hole, and the front left lower reciprocating tooth base guide section hole upper side is provided with a left front lower guide rod on the rolling guide stop hole, front right lower The right side of the reciprocating toothed guide hole is provided with a right front lower guide rod and a right rolling guide stop hole. On the upper right lower reciprocating tooth holder guiding section hole upper side, a right front lower guiding rod is arranged on the rolling guiding stop hole, and the front left lower reciprocating The front loading rolling guide rotation preventing assembly block between the tooth guide guiding section hole and the front right lower reciprocating toothing guiding section hole body is provided with a front lower middle rolling guiding stop hole, and the front lower middle rolling guiding rotation stop hole Front lower middle scroll guide stop left and front left The tooth guide guiding surface fits and the front right middle rolling guide rotation stopper in the front lower middle rolling guide rotation preventing hole is fitted to the front right lower reciprocating tooth positioning guiding surface; the rear upper left reciprocating tooth positioning guiding section The left side of the hole is provided with a left rear upper guide rod left rolling guide stop hole, and the rear left upper reciprocating tooth holder guiding section The lower side of the hole is provided with a left rear upper guide bar and a lower rolling guide stop hole, and the right upper reciprocating toothed seat guide section has a right rear upper guide bar right rolling guide stop hole and a rear right upper reciprocating toothed seat guide. The lower side of the segment hole is provided with a rear right upper guide bar lower rolling guide stop hole, and the rear left upper reciprocating tooth holder guiding segment hole and the rear right upper reciprocating toothed seat guiding segment hole are disposed on the rear loading rolling guide rotation preventing assembly block The upper middle rolling guide rotation stop hole, the rear upper middle middle rolling guide rotation stopper in the rear upper middle rolling guide rotation stopper hole is fitted to the rear left upper reciprocating tooth holder guiding section surface, and the rear upper middle rolling guide is prevented from rotating The rear upper middle rolling guide stopper in the hole is fitted to the rear right upper reciprocating tooth guide guiding surface; the rear left lower reciprocating tooth guiding guiding section left side is provided with a left rear lower guiding rod left rolling guiding stop hole The upper left lower reciprocating tooth holder guiding section hole upper side is provided with a left rear lower guiding rod on the rolling guiding stop hole, and the rear right lower reciprocating toothed seat guiding section hole right side is provided with a right rear lower guiding rod right rolling guiding non-rotating device a hole and a right rear lower guide rod is rolled on the upper side of the rear right lower reciprocating tooth holder guide section hole a guide rotation stop hole, a rear lower rolling guide rotation stop assembly block between the rear left lower reciprocating tooth holder guide segment hole and the rear right lower reciprocating tooth holder guide segment hole is provided with a rear lower middle rolling guide stop hole, The lower left intermediate rolling guide stopper in the lower middle rolling guide stopper hole is fitted to the rear left lower reciprocating tooth holder guiding section surface, and the rear lower middle rolling guide is stopped in the rear lower middle rolling guide hole in the stop hole The right side of the converter is attached to the rear right lower reciprocating toothed guide section surface; the crank connecting rod or the straight shaft cam connecting rod is provided with a left convex axis and a right convex axis, and the left convex axis and the right convex axis are 180 degrees, left convex The shaft drives the left and right upper teeth to reciprocate, and the right convex shaft drives the right upper and lower teeth to reciprocate. When the left convex shaft drives the left upper and lower teeth to move forward, the right convex shaft drives the right upper and lower teeth to move backward. When the left convex axis drives the left upper and lower lance holders to move backward, the right convex axis drives the right upper and lower pedestal seats to move forward. The left and right arbor seats and the right upper and lower pedestal seats move forward and backward. The space of the guiding stop is combined into one, and two front and lower will be set. The space of the movable guiding stopper is combined into one, and the space for setting the two rear upper rolling guiding stoppers is combined into one, and the space for setting the two rear lower rolling guiding stoppers is combined into one. Improve the space utilization rate of the rolling guide rotation stop assembly block, reduce the length of the crankshaft, increase the equipment strength, save the manufacturing cost, reduce the width of the impact surface and reduce the impact resistance; the left upper upper and lower reciprocating teeth are arranged at both ends of the left upper and lower gear holders, a left front lower reciprocating tooth and a left rear upper reciprocating tooth, a left rear lower reciprocating tooth, and right front upper reciprocating teeth, right front lower reciprocating teeth, right rear upper reciprocating teeth, right rear lower reciprocating teeth, or One end of the left upper and lower gear holders is provided with a left front upper reciprocating tooth and a left front lower reciprocating tooth, and right end upper reciprocating teeth and right front lower reciprocating teeth are disposed at one end of the right upper and lower pinning seats, and the left front lower guide is arranged when the material is up to the upper left and right upper teeth. The on-rod rolling guide stop and the left rear upper guide lower rolling guide stop correct the left upper and lower pin holders.

The loading rolling guide rotation preventing assembly block comprises a front mounting reciprocating toothed seat guiding section single hole integrated block and a rear mounted reciprocating toothed seat guiding section single hole integrated block, etc., and the front mounted reciprocating toothed seat guiding section single hole integrated block is set to the front Multi-faceted component rotation-stopping guide block, rear-mounted reciprocating toothed seat guide section single-hole integrated block is set as rear multi-faceted component rotation-stopping guide integrated block, front multi-faceted component rotation-stopping guide integrated block is set as front-side roller component guide-stop integration Block or set as the front three-sided roller assembly guide rotation stop block or set as the front four-side roller assembly guide rotation block or set as the front five-sided roller assembly guide rotation block, etc., the rear multi-face assembly stops The guide manifold is set as the rear two-sided roller assembly guide rotation stop block or as the rear three-sided roller assembly guide rotation stop block or as the rear four-side roller assembly guide rotation stop block or as the rear five-sided roller When the front four-side roller assembly is used to guide the rotation preventing integrated block, the front four-side roller assembly guides the rotation preventing integrated block to set the front reciprocating toothed guide segment hole, and the rear four-sided roller assembly guides the anti-rotation integration. The rear reciprocating tooth holder guiding section hole is arranged on the block, and the front reciprocating toothed seat guiding section hole axis is coaxial or parallel with the rear reciprocating toothed seat guiding section hole axis, and the front four-sided roller component of the front side of the front reciprocating toothed guiding section hole is guided. The rotating integrated block is provided with a front left bearing A hole, a front left bearing B hole and a front left guiding roller hole, and the front left bearing A hole, the front left bearing B hole and the front left guiding roller hole are guided from the front four-side roller assembly One side of the anti-rotation block is connected, the front left bearing A hole, the front left bearing B hole and the front left guiding roller hole are coaxial, and the front four-side roller assembly guiding the rotation preventing integrated block on the right side of the front reciprocating toothed guiding section hole Front right bearing A hole, front right bearing B And front right guide roller hole, front right bearing A hole, front right bearing B hole and front right guide roller hole are connected from one side of the front four-side roller assembly to the rotation preventing integrated block side, front right bearing A hole, front right bearing The B hole and the front right guide roller hole are coaxial, and the front four-side roller assembly guiding and stopping integrated block on the lower part of the front reciprocating tooth guide guiding hole hole is provided with a front lower bearing A hole, a front lower bearing B hole and a front lower guiding. The roller hole, the front lower bearing A hole, the front lower bearing B hole and the front lower guiding roller hole are connected from the front four-side roller assembly to the one side of the rotation preventing integrated block, the front lower bearing A hole, the front lower bearing B hole and the front The lower guiding roller hole is coaxial, and the front four-side roller assembly guiding and stopping integral block on the upper part of the front reciprocating toothed guiding section hole is provided with a front upper bearing A hole, a front upper bearing B hole and a front upper guiding roller hole, front The upper bearing A hole, the front upper bearing B hole and the front upper guiding roller hole are connected from the front four-side roller assembly to the rotation preventing integrated block side, the front upper bearing A hole, the front upper bearing B hole and the front upper guiding roller hole Coaxial, rear reciprocating toothed seat guide section hole left side of the rear four-sided roller assembly guide rotation prevention integrated block is placed on the rear left bearing A hole Rear left bearing B hole and rear left guiding roller hole, rear left bearing A hole, rear left bearing B hole and rear left guiding roller hole are connected from the rear four-side roller assembly to the rotation preventing integrated block side, rear left bearing The A hole, the rear left bearing B hole and the rear left guiding roller hole are coaxial, and the rear four-side roller assembly on the right side of the rear reciprocating tooth guide guiding hole is arranged on the rotation preventing integrated block, and the rear right bearing A hole and the rear right bearing are disposed. B hole and rear right guide roller hole, rear right bearing A hole, rear right bearing B hole and rear right guide roller hole are connected from one side of the rear four-side roller assembly to the rotation preventing integrated block, and the rear right bearing A hole, The rear right bearing B hole and the rear right guiding roller hole are coaxial, and the rear four-side roller assembly guiding the rotation preventing integrated block at the lower part of the rear reciprocating toothed guiding section hole is provided with the rear lower bearing A hole, the rear lower bearing B hole and the rear The lower guide roller hole, the rear lower bearing A hole, the rear lower bearing B hole and the rear lower guide roller hole are connected from the rear four-side roller assembly to the rotation preventing integrated block side, and the rear lower bearing A hole and the lower lower portion are worn. The bearing B hole and the rear lower guide roller hole are coaxial, and the rear four-side roller assembly of the rear reciprocating tooth guide guiding section hole is guided by the rotation preventing integrated block After inserting the upper bearing A hole, the rear upper bearing B hole and the rear upper guiding roller hole, the rear upper bearing A hole, the rear upper bearing B hole and the rear upper guiding roller hole are guided from the rear four-sided roller assembly to prevent rotation integration. One side of the block is connected, and the upper bearing A hole, the rear upper bearing B hole and the rear upper guiding roller hole are coaxial, and the front left guiding roller hole is connected with the front reciprocating tooth guide guiding hole, and the front left guiding roller is One end of the shaft is provided with the front left bearing A and the other end is provided. The front left bearing B constitutes the front left roller guide rotation stopper, and the front left roller guide rotation stopper is disposed in the front left guide roller through hole, the front left The side of the guiding roller is in the hole of the guiding portion of the front reciprocating tooth holder and the left side of the guiding portion of the front reciprocating tooth holder, and the front right guiding roller hole is connected with the guiding hole of the front reciprocating tooth holder, at the end of the front right guiding roller The front right bearing A is disposed at the other end, and the front right bearing B is formed to form a front right roller guide rotation stopper, and the front right roller guide rotation stopper is disposed in the front right guide roller through hole, and the front right guide roller side is forwardly reciprocated The inside of the toothed guide segment hole is fitted with the right side surface of the front reciprocating toothed seat guiding section, the front upper guiding roller hole is connected with the front reciprocating toothed seat guiding section hole, and the front upper bearing A is provided at the other end of the front upper guiding roller. The front upper bearing B is arranged to form a front upper roller guide rotation stop, and the front upper roller guide rotation stop is disposed in the front upper guide roller through hole, and the front upper guide roller side is in the front reciprocating toothed guide hole hole and The upper side of the front reciprocating toothed guide section is fitted, the front lower guide roller hole is connected with the front reciprocating toothed guide hole, the front lower guide roller is provided at one end of the front lower guide roller, and the other front end is provided with the front lower bearing B. Roller guide stop, front lower roller guide stop set in front lower bearing A and front lower In the through hole of the bearing B and the front lower guiding roller, the side of the front lower guiding roller is matched with the lower side of the guiding section of the front reciprocating toothed seat, and the rear left guiding roller hole is connected with the guiding hole of the rear reciprocating toothed seat, in the rear left One end of the guide roller is disposed, and the other end of the left bearing A is disposed. The left bearing B constitutes a rear left roller guide rotation stopper, and the rear left roller guide rotation stopper is disposed at the rear left bearing A and the rear left bearing B and the rear left guide roller. In the through hole of the shaft, the side of the rear left guide roller and the left side of the guide section of the rear reciprocating tooth are engaged, and the rear right guide roller hole is connected with the hole of the rear reciprocating tooth guide, and is disposed at one end of the rear right guide roller. After the other end of the right bearing A is disposed, the right bearing B constitutes a rear right roller guide rotation stopper, and the rear right roller guide rotation stopper is disposed in the rear right bearing A and the rear right bearing B and the rear right guide roller through hole, The right guiding roller side surface is in contact with the right rear reciprocating toothed seat guiding section hole and the rear reciprocating toothed seat guiding section right side surface, and the rear upper guiding roller hole is connected with the rear reciprocating toothed positioning section hole, and the rear upper guiding roller shaft is connected One end is set to the rear upper bearing A, the other end is set, and the upper bearing B is composed of the rear upper roller guide rotation stop, the rear upper roller The retaining device is disposed in the rear upper bearing A and the rear upper bearing B and the rear upper guiding roller through hole, and the rear upper guiding roller side is in the rear reciprocating toothed guiding section hole and the rear reciprocating toothed guiding section upper side The rear lower guide roller hole is connected with the rear reciprocating toothed guide hole, and the rear lower guide roller is disposed at one end of the rear lower guide roller, and the other rear end is provided with the rear lower bearing B to form a rear lower roller guide stop, and then the lower The roller guide rotation stopper is disposed in the rear lower bearing A and the rear lower bearing B and the rear lower guide roller through hole, and the rear lower guide roller side is in the rear reciprocating tooth holder guiding section hole and the rear reciprocating toothed positioning section The side is fitted; or the rolling guide rotation preventing assembly block comprises a front reciprocating toothed guide guiding section upper and lower hole integrated block and a rear reciprocating toothed guiding section upper and lower hole integrated block, and a front reciprocating toothed guiding section upper and lower hole integrated block is provided with a front reciprocating tooth The upper part of the guiding section and the lower part of the front reciprocating toothed guiding section, the rear reciprocating toothed guiding section is provided on the upper and lower hole integrated block, the rear reciprocating toothed guiding section upper hole and the rear reciprocating toothed guiding section lower hole, the front reciprocating toothed seat guiding The upper hole axis is coaxial with the upper hole axis of the rear reciprocating tooth guide segment Or parallel and the lower hole axis of the front reciprocating tooth holder guiding section is coaxial or parallel with the lower hole axis of the rear reciprocating toothed guiding section, and the interlocking guiding sealing gear holder comprises the upper insertion seat front rotation stop guiding section and the lower insertion tooth seat front a rotation stop guide section, an upper insertion seat rear rotation stop guide section and a lower insertion socket rear rotation rotation guide section, and an upper insertion seat front rotation stop guide section is disposed in the upper reciprocating toothed seat guide section upper hole, the front reciprocating tooth base The front reciprocating toothed seat guiding section on the left side of the upper part of the guiding section is provided with a front upper left bearing A hole, a front upper left bearing B hole and a front upper left guiding roller hole, and a front upper left bearing A hole, front Upper left bearing The B hole and the front upper left guide roller hole are connected from one side of the upper and lower hole integration block of the front reciprocating tooth guide guiding section, and the front upper left bearing A hole, the front upper left bearing B hole and the front upper left guiding roller hole are coaxial, and go to The front and rear right bearing A hole, the front upper right bearing B hole and the front upper right bearing roller hole, the front upper right bearing A are arranged on the upper and lower right side of the upper and lower right side of the upper part of the upper part of the upper part of the double seat guide section. The hole, the front upper right bearing B hole and the front upper right guiding roller hole are connected from one side of the upper and lower hole integration block of the front reciprocating tooth guide guiding section, the front upper right bearing A hole, the front upper right bearing B hole and the front upper right guiding roller The shaft hole is coaxial, and the front reciprocating toothed seat guiding section of the lower part of the upper reciprocating toothed guiding section is provided with a front upper guiding rod lower bearing A hole, a front upper guiding rod lower bearing B hole and a front upper guiding rod. Lower guiding roller hole, front upper guiding rod lower bearing A hole, front upper guiding rod lower bearing B hole and front upper guiding rod lower guiding roller hole from the front reciprocating toothed guiding section upper and lower hole integrated block side connecting, front upper Guide rod lower bearing A hole, front upper guide rod lower bearing B hole and front upper guide rod lower guide roller hole coaxial, lower insert housing The rotation stop guiding section is disposed in the lower hole of the front reciprocating toothed seat guiding section, and the front reciprocating toothed seat guiding section upper and lower hole upper part of the lower reciprocating toothed seat guiding section is provided with a bearing A hole and a front lower part of the front lower guiding rod Guide rod B on the guide rod and the guide roller hole on the front lower guide rod, the bearing A hole on the front lower guide rod, the bearing B hole on the front lower guide rod and the guide roller hole on the front lower guide rod from the front reciprocating tooth holder guide section One side of the upper and lower hole integration block is connected, the bearing A hole on the front lower guide bar, the bearing B hole on the front lower guide bar and the guide roller hole on the front lower guide bar are coaxial, and the left side of the lower hole of the front reciprocating tooth guide guiding section The upper and lower hole guiding sections of the front reciprocating toothed seat are provided with a front lower guiding rod left bearing A hole, a front lower guiding rod left bearing B hole and a front lower guiding rod left guiding roller hole, and a front lower guiding rod left bearing A hole, The front lower guide rod left bearing B hole and the front lower guide rod left guide roller hole are connected from the front side of the upper and lower hole guide block upper and lower hole integration block, the front lower guide rod left bearing A hole, the front lower guide rod left bearing B hole Coaxial with the front lower guide rod left guide roller hole, the front reciprocating tooth holder guide section lower right side The upper and lower hole guide block upper and lower hole integration blocks are provided with a front lower guide rod right bearing A hole, a front lower guide rod right bearing B hole and a front lower guide rod right guide roller hole, a front lower guide rod right bearing A hole, The front lower guide rod right bearing B hole and the front lower guide rod right guide roller hole are connected from the front side of the upper and lower hole guide block upper and lower hole integration block, the front lower guide rod right bearing A hole, the front lower guide rod right bearing B hole Coaxial with the front lower guide rod right guiding roller hole, the rear reciprocating tooth holder guiding section upper and lower hole integrated block is arranged, the reciprocating toothed seat guiding section upper hole and the rear reciprocating toothed seat guiding section lower hole, the upper inserting toothed seat is stopped The guiding section is disposed in the upper hole of the rear reciprocating toothed guide section, and the rear reciprocating toothed seat guiding section on the left side of the rear reciprocating toothed guiding section is provided with the upper left bearing A hole and the rear upper left bearing B. The hole and the rear upper left guide roller hole, the rear upper left bearing A hole, the rear upper left bearing B hole and the rear upper left guiding roller hole are connected from the rear reciprocating tooth guide guiding section upper and lower hole integrated block side, rear upper left The bearing A hole, the rear upper left bearing B hole and the rear upper left guiding roller hole are coaxial, and the rear reciprocating tooth holder guiding section The rear reciprocating toothed seat guiding section on the right side of the hole is provided with the upper right bearing A hole, the rear upper right bearing B hole and the rear upper right guiding roller hole, the rear upper right bearing A hole, the rear upper right bearing The B hole and the rear upper right guide roller hole are connected from one side of the upper and lower hole integration block of the rear reciprocating tooth guide guiding section, and the rear upper right bearing A hole, the rear upper right bearing B hole and the rear upper right guiding roller hole are coaxial, The rear reciprocating toothed seat guide section of the lower part of the upper reciprocating toothed guide section is provided with the upper and lower guide rod lower bearing A hole, the rear upper guide rod lower bearing B hole and the rear upper guide The lower guide roller hole of the lower rod, the lower bearing A hole of the rear upper guide rod, the lower bearing B hole of the rear upper guide rod and the lower guide roller hole of the rear upper guide rod are connected from one side of the upper and lower holes of the rear reciprocating tooth guide guiding section, The rear upper guide rod lower bearing A hole, the rear upper guide rod lower bearing B hole and the rear upper guide rod lower guiding roller hole are coaxial, and the lower inserting seat rear stop guiding guide section is disposed in the lower reciprocating toothed seat guiding section lower hole , the rear reciprocating toothed seat guiding section of the upper part of the lower hole of the rear reciprocating toothed guide section is provided with a bearing A hole on the lower lower guiding rod, a bearing B hole on the lower lower guiding rod and a guiding roller on the lower lower guiding rod Hole, the bearing A hole on the rear lower guide rod, the bearing B hole on the rear lower guide rod and the guide roller hole on the rear lower guide rod are connected from the side of the upper and lower hole integration block of the rear reciprocating tooth holder guiding section, and the rear lower guiding rod The bearing A hole, the bearing B hole on the rear lower guiding rod and the guiding roller hole on the lower lower guiding rod are coaxial, and the rear reciprocating toothed seat guiding section on the left side of the lower reciprocating toothed guiding section is disposed on the upper and lower hole integration block Lower guide rod left bearing A hole, rear lower guide rod left bearing B hole and rear lower guide rod left guiding roller hole, Lower guide rod left bearing A hole, rear lower guide rod left bearing B hole and rear lower guide rod left guide roller hole are connected from the rear reciprocating tooth holder guiding section upper and lower hole integration block side, rear lower guide rod left bearing A hole The rear left guide bearing B hole and the rear lower guide rod left guide roller hole are coaxial, and the rear reciprocating tooth guide guiding section right side of the rear reciprocating toothed seat guiding section upper and lower hole integrated block is provided with a rear lower guiding rod Right bearing A hole, rear lower guide rod right bearing B hole and rear lower guide rod right guiding roller hole, rear lower guiding rod right bearing A hole, rear lower guiding rod right bearing B hole and rear lower guiding rod right guiding roller The hole is connected from the side of the upper and lower hole integration block of the rear reciprocating tooth holder guiding section, the rear lower guiding rod right bearing A hole, the rear lower guiding rod right bearing B hole and the rear lower guiding rod right guiding roller hole coaxial, the reciprocating tooth holder The guiding section connecting member is connected with the reciprocating toothed joint linking section or the reciprocating toothed seat guiding section connecting member and the reciprocating toothed joint linking section are integrated, and the reciprocating toothed seat guiding section connecting member is disposed on the upper inserting toothed front stop-stop guiding section and upper After the gear holder is stopped between the rotation guide segments and disposed at the front of the lower adapter seat, the rotation guide segment and the lower insertion gear The rear stop guide segments or the reciprocating pin guide segment connecting members are disposed at the upper front end of the upper pin base and the rear end of the anti-rotation guide segment and are disposed at the front of the lower pin holder The rear end of the rotation preventing guide section or the reciprocating toothed seat guiding section connecting member is disposed between the upper insertion seat front rotation stop guide section and the upper insertion tooth holder rear rotation stop guide section and is disposed before the lower insertion tooth holder The guide segment and the lower pedestal rear stop guide segment rear end or the reciprocating tooth shank guide segment connecting member are disposed at the upper pedestal front stop rotation guide segment and the upper pedestal rear stop rotation guide segment rear end and are disposed at the lower insertion tooth The connection between the front rotation stop guide segment and the lower adapter seat rear rotation stop guide segment or the reciprocating tooth holder guide segment connection member is disposed at the front end of the upper insertion gear holder and the front end of the rotation prevention guide portion and is disposed below Between the front stop rotation guide segment of the gear holder and the rear rotation stop guide segment of the lower gear holder, the reciprocating tooth holder guide segment connecting member is connected to the upper tooth holder front rotation stop guide section, the upper insertion tooth holder, the rotation stop guide section, and the lower a front stop rotation guide segment and a lower adapter seat rear stop guide segment or a reciprocating tooth holder guide segment connection member, The front seat stop guide section, the upper insert seat rear stop guide section, the lower insert seat front stop guide section and the lower insert seat rear stop guide section are integrated, and the lower reciprocating toothed seat guide section The roller guide rotation stop and the roller guide rotation stop at the upper reciprocating tooth holder guide section mutually assist the guide rotation; or the rolling guide rotation stop assembly block is set as the front and rear reciprocating tooth guide guiding section upper and lower hole integration block, front reciprocating The upper and lower hole guiding blocks of the toothed guide section are provided with a front reciprocating toothed seat guiding section upper hole and a front reciprocating toothed seat guiding section lower hole, and the rear reciprocating toothed seat guiding section hole integrated block is set as a rear reciprocating toothed seat guiding section upper hole set Blocking, the rear reciprocating toothed seat guiding section upper hole integrated block is arranged on the rear reciprocating toothed seat guiding section upper hole, the front reciprocating toothed seat guiding section upper hole axis and the rear reciprocating toothed seat guiding section upper hole axis are coaxial or parallel and make the way The lower hole axis of the double-toothed seat guiding section is parallel with the upper hole axis of the front reciprocating toothed seat guiding section, and the upper inserting toothed front stop-turning guiding section is disposed in the upper reciprocating toothed seat guiding section upper hole, and the front reciprocating toothed seat guiding section upper hole is left The front and rear left and right left bearing A holes, the front upper left bearing B hole and the front upper left guiding roller hole, the front upper left bearing A hole and the front upper left bearing B hole are arranged on the upper and lower reciprocating toothed guide section upper and lower hole integration blocks. And the front upper left guide roller hole is connected from the front side of the upper and lower hole guide block of the front reciprocating tooth guide guiding section, the front upper left bearing A hole, the front upper left bearing B hole and the front upper left guiding roller hole coaxial, the front reciprocating tooth The front and rear right bearing A hole, the front upper right bearing B hole and the front upper right bearing roller hole, the front upper right bearing A hole, the front upper right bearing A hole, the front and rear right bearing guide block are arranged on the upper and lower reciprocating toothed seat guiding sections on the right side of the upper side of the seat guiding section The front upper right bearing B hole and the front upper right guiding roller hole are connected to the upper and lower hole integrated block side of the front reciprocating toothed guide section Even, the front upper right bearing A hole, the front upper right bearing B hole and the front upper right guiding roller hole are coaxial, and the front reciprocating toothed seat guiding section lower part of the front reciprocating toothed seat guiding section upper and lower hole integration block is disposed before the wearing Upper guide rod lower bearing A hole, front upper guide rod lower bearing B hole and front upper guide rod lower guide roller hole, front upper guide rod lower bearing A hole, front upper guide rod lower bearing B hole and front upper guide rod The guiding roller hole is connected from one side of the upper and lower hole integration block of the front reciprocating tooth guide guiding section, the front upper guiding rod lower bearing A hole, the front upper guiding rod lower bearing B hole and the front upper guiding rod lower guiding roller hole coaxial, under The reciprocating toothed seat guiding section is disposed in the lower hole of the front reciprocating toothed seat guiding section, and the front reciprocating toothed tooth guiding section of the front reciprocating toothed seat guiding section upper upper hole is provided with a bearing A hole and a front part of the upper and lower lower guiding rods The guide B hole on the lower guide rod and the guide roller hole on the front lower guide rod, the bearing A hole on the front lower guide rod, the bearing B hole on the front lower guide rod and the guide roller hole on the front lower guide rod are guided from the front reciprocating tooth holder One side of the upper and lower hole integration block is connected, the front A lower guide rod upper bearing A hole, the front lower guide rod upper shaft The B-hole and the front lower guide bar are coaxial with the guide roller hole, and the front reciprocating toothed seat guide section is provided on the left side of the lower reciprocating toothed seat guide section upper and lower hole integrated block, and the front lower guide bar is disposed on the left bearing A hole, front Lower guide rod left bearing B hole and front lower guide rod left guide roller hole, front lower guide rod left bearing A hole, front lower guide rod left bearing B hole and front lower guide rod left guide roller hole guided from front reciprocating tooth holder The upper and lower hole integration block sides are connected, the front lower guide rod left bearing A hole, the front lower guide rod left bearing B hole and the front lower guide rod left guide roller hole are coaxial, and the front reciprocating tooth guide guiding section lower hole right side The front and rear reciprocating tooth guide segments are provided with a front lower guide bar right bearing A hole, a front lower guide rod right bearing B hole and a front lower guide rod right guide roller hole, and a front lower guide rod right bearing A hole. The front lower guide rod right bearing B hole and the front lower guide rod right guiding roller hole are connected from the front side of the upper and lower hole guiding block of the front reciprocating tooth holder guiding section, the front lower guiding rod right bearing A hole, the front lower guiding rod right bearing B The hole and the front lower guide rod are coaxial with the right guide roller hole, and the rear reciprocating tooth holder guide segment is arranged on the upper block of the hole The upper reciprocating toothed seat guiding section upper hole, the upper inserting toothed seat rear stop guiding section is disposed in the upper reciprocating toothed seat guiding section upper hole, and the rear reciprocating toothed seat guiding section upper left side rear reciprocating toothed seat guiding section upper hole integration The upper left bearing A hole, the rear upper left bearing B hole and the rear upper left guiding roller hole are arranged on the block, and the rear upper left bearing A hole, the rear upper left bearing B hole and the rear upper left guiding roller hole are reciprocated from the rear. The upper side of the upper block of the toothed guide section is connected, the rear upper left bearing A hole, the rear upper left bearing B hole and the rear upper left guiding roller hole are coaxial, and the rear reciprocating toothed seat guiding section is right rearward of the upper hole The upper and lower right bearing A holes, the rear upper right bearing B holes and the rear upper right guiding roller holes, the rear upper right bearing A holes, the rear upper right bearing B holes and the rear upper right are disposed on the upper block of the toothed guide section. The guiding roller hole is connected from the side of the upper block of the rear reciprocating toothed guide section, and the rear upper right bearing A hole, the rear upper right bearing B hole and the rear upper right guiding roller hole are coaxial, and the rear reciprocating toothed seat guiding section The upper reciprocating toothed seat guiding section upper hole integrated block on the lower part of the upper hole is provided with a rear upper guiding rod lower bearing A hole, a rear upper guiding rod lower bearing B hole and a rear upper guiding rod lower guiding roller hole, and a rear upper guiding rod under the rear guiding rod The bearing A hole, the rear upper guide rod lower bearing B hole and the rear upper guide rod lower guiding roller hole are connected from the rear reciprocating tooth holder guiding section upper hole integrated block side, the rear upper guiding rod lower bearing A hole, the rear upper guiding The lower bearing B hole and the lower upper guiding rod lower guiding roller hole are coaxial, and the rear reciprocating toothed seat guiding section upper upper hole of the rear reciprocating toothed guiding section is provided with a bearing A hole on the upper guiding rod The bearing B hole on the rear upper guide rod and the guide roller hole on the rear upper guide rod, the bearing A hole on the rear upper guide rod, and the upper shaft of the upper upper guide rod The guiding hole on the B hole and the rear upper guiding rod is connected from the side of the upper block of the rear reciprocating tooth guide segment, the bearing A hole on the rear upper guiding rod, the bearing B hole on the rear upper guiding rod and the rear upper guiding rod The upper guiding roller hole is coaxial, and the reciprocating toothed seat guiding segment connecting member is disposed between the upper inserting tooth front stop rotation guiding section and the upper inserting toothed seat rear stop guiding section and disposed at the rear end of the lower reciprocating toothed seat guiding section or reciprocating The adapter guiding segment connecting member is disposed at the rear end of the upper locking socket and the rear end of the upper locking bracket, and is disposed at the rear end of the lower reciprocating toothed guiding segment or the reciprocating toothed guiding portion connecting member is disposed on the upper a front seat rotation stop guide section and a front rotation end of the upper insertion tooth holder and disposed at a front end of the lower reciprocating tooth holder guide section or a reciprocating toothed seat guide section connecting member is disposed at the upper insertion tooth holder front rotation stop guide section and the upper insertion Between the rear seat stop guide segments and at the front end of the lower reciprocating tooth block guide segment; or the front loading rolling guide rotation stop assembly block is set as the front axis acute angle guide rotation preventing integrated block on the front axis acute angle guiding rotation preventing integrated block Set the front acute angle reciprocating toothed seat guide section hole, in the rear axis The angle-turning and anti-rotation integrated block is provided with an acute-angle reciprocating toothed seat guiding section hole, so that the front acute-angle reciprocating toothed seat guiding section hole axis is coaxial or parallel with the rear acute-angled reciprocating toothed guiding section hole axis, and the front acute-angle reciprocating toothed seat guiding section The front left axis of the hole on the left axis of the hole is provided with a front left bearing A hole, a front left bearing B hole and a front left guiding roller hole, and the front left bearing A hole, the front left bearing B hole and the front left side are guided The roller hole is connected from the front axis acute angle to the side of the rotation preventing integrated block, so that the front left bearing A hole, the front left bearing B hole and the front left guiding roller hole are coaxial, on the right side of the front acute angle reciprocating toothed guide hole hole The front axle acute angle guide rotation preventing integrated block is provided with a front right bearing A hole, a front right bearing B hole and a front right guiding roller hole, and the front right bearing A hole, the front right bearing B hole and the front right guiding roller hole are formerly The one side of the axis acute angle guiding rotation preventing integrated block is connected, so that the front right bearing A hole, the front right bearing B hole and the front right guiding roller hole are coaxial, and the front axis of the front acute angle reciprocating toothed guiding section hole is acutely guided. The front and lower bearing A holes, the front lower bearing B holes and the front lower guide are arranged on the transfer block The shaft hole connects the front lower bearing A hole, the front lower bearing B hole and the front lower guiding roller hole from the front axis to the side of the rotation preventing integrated block, so that the front lower bearing A hole, the front lower bearing B hole and the front lower side The guiding roller hole is coaxial, so that the angle between the axis of the front left guiding roller hole and the axis of the front lower guiding roller hole is less than 90 degrees, so that the angle between the axis of the front right guiding roller hole and the axis of the front lower guiding roller hole is smaller than 90 degrees, so that the front left guide roller abuts the front end guide roller shaft end to the front right guide roller abuts the front end guide roller shaft end distance greater than the front left guide roller shaft away from the front lower guide roller The distance from the axial end of the shaft to the front right guide roller away from the axial end of the front lower guide roller, so that the front lower guide roller, the front left guide roller and the front right guide roller constitute a front acute angle three-sided roller guide stop. The rear sharp-angled reciprocating toothed guide segment hole is disposed on the rear-axis acute-angle guide rotation-stopping integrated block, and the rear-left rear bearing A-hole is disposed on the rear-axis acute-angle guide rotation-stopping integrated block on the left side of the rear acute-angle reciprocating toothed guide hole The left bearing B hole and the rear left guiding roller hole, the rear left bearing A hole, the rear left bearing B hole and the rear left guiding roller hole are connected from the rear axis acute angle to the rotation preventing integrated block side, so that the rear left bearing A The hole, the rear left bearing B hole and the rear left guiding roller hole are coaxial, and the rear right axis bearing A hole and the rear right bearing B are disposed on the rear axis acute angle guiding rotation preventing integrated block on the right side of the rear acute angle reciprocating toothed seat guiding section hole. The right and rear right guide roller holes, the rear right bearing A hole, the rear right bearing B hole and the rear right guiding roller hole are connected from the rear axis to the side of the rotation preventing integrated block, so that the rear right bearing A hole and the rear The right bearing B hole and the rear right guiding roller hole are coaxial, in the lower part of the rear acute angle reciprocating toothed guide hole The axial acute angle guiding rotation preventing integrated block is provided with a rear lower bearing A hole, a rear lower bearing B hole and a rear lower guiding roller hole, and the rear lower bearing A hole, the rear lower bearing B hole and the rear lower guiding roller hole are rearward The one side of the axis acute angle guiding rotation preventing integrated block is connected, so that the rear lower bearing A hole, the rear lower bearing B hole and the rear lower guiding roller hole are coaxial, so that the rear left guiding roller hole axis and the rear lower guiding roller hole axis The angle of the angle is less than 90 degrees, so that the angle between the rear right guide roller hole axis and the rear lower guide roller hole axis is less than 90 degrees, so that the rear left guide roller abuts the rear end guide roller shaft end to the rear right guide The distance from the roller end to the axial end of the rear lower guide roller is greater than the distance from the rear left guide roller away from the rear end guide roller shaft end to the rear right guide roller shaft away from the rear end guide roller shaft end direction, so that the rear lower guide roller The shaft, the rear left guide roller and the rear right guide roller constitute a rear acute angle three-sided roller guide rotation stop, preventing the rear reciprocating tooth holder guiding section from swinging up and down and to the left and right, and guiding the rear reciprocating toothed seat guiding section to stop rotation, so that Front acute angle three-sided roller guide stop and rear acute angle three-sided roller guide stop pair Complex tooth holder guide section rolling friction guide detent.

The bearing member guiding and stopping device comprises a concave waist bearing member guiding rotation stopper or the like, the concave waist bearing member guiding rotation stopper comprises a concave waist bearing member, and the reciprocating tooth holder guiding portion is provided with a concave surface of the concave waist bearing member. The reciprocating tooth holder convex guiding section comprises a front reciprocating tooth seat convex guiding section, a rear reciprocating toothed seat convex guiding section, and the like, and the front loading rolling guiding rotation preventing component block is provided with a front reciprocating The toothed seat is provided with a guiding section hole, and the rear loading rolling guide rotation preventing assembly block is provided with a rear reciprocating toothed seat convex guiding section hole, the front reciprocating toothed seat convex guiding section hole axis and the rear reciprocating toothed seat protruding guiding section hole axis Coaxial or parallel, the left side of the front reciprocating toothed seat guide section hole is provided with a front concave waist bearing member guide retainer left hole, and the front reciprocating tooth seat convex guide section hole right side is provided with a front concave waist bearing piece The right side of the guide rotation stop, the lower part of the rear of the reciprocating tooth holder, the lower part of the hole of the guide portion of the rear reciprocating tooth is provided with a lower hole for guiding the rear end of the concave lug bearing member, and the upper portion of the rear portion of the reaming tooth holder is provided with a rear concave waist bearing member Guide the upper hole of the stopper, the front concave waist bearing member guides the left hole of the rotation stop and the front reciprocating tooth holder The guiding segment hole is connected, the front concave waist bearing member guiding and stopping device is disposed in the left hole of the front concave waist bearing member guiding and the rotation preventing device, and the front concave waist bearing member guiding the rotation preventing device side is in the front reciprocating tooth holder protruding guiding portion The inner side of the hole is in contact with the left side surface of the front and rear reciprocating tooth holder convex guiding section, and the front concave waist bearing member guide rotation right hole is connected with the front reciprocating tooth seat convex guiding section hole, and the front concave waist bearing member guide rotation stop It is set in the right hole of the front concave waist bearing member guide retainer, and the front concave waist bearing member guide Adhering to the right side of the front reciprocating tooth holder projection guide hole in the front reciprocating tooth holder projection guide section, the rear concave waist bearing member guiding the rotation stop lower hole and the rear reciprocating tooth holder convex guide The segment hole is connected, and the side surface of the rear concave waist bearing member guiding stopper is fitted in the hole of the rear reciprocating tooth holder convex guiding portion and the lower side of the rear reciprocating tooth holder convex guiding portion, and the rear concave waist bearing member is guided on the rotation stopper The hole is connected with the rear reciprocating toothed seat guiding section hole, and the rear concave waist bearing part guiding rotation side is fitted in the rear reciprocating toothed seat guiding guiding section hole and the rear reciprocating toothed seat convex guiding section upper side, concave The concave surface of the lumbar bearing guide vane and the protrusion of the reciprocating toothed projection guiding section prevent the reciprocating toothed lobe guiding section from swinging up and down and left and right.

The flat surface width of the reciprocating tooth holder guiding section and the guiding roller is smaller than the length of the guiding roller on the guiding plane of the reciprocating toothed guiding section, and the reciprocating toothed guiding section plane when the guiding roller moves axially Still adhering to the guide roller to the rolling friction guide rotation, or the guide bearing member on the reciprocating tooth guide guiding section has a plane width smaller than the length of the guide bearing member and the reciprocating tooth guide guiding surface, when the guide bearing When the axial movement of the piece moves, the plane of the guiding portion of the reciprocating tooth holder is still in close contact with the guiding bearing member, and the rolling guide is prevented from rotating, and the guiding width is increased to increase the guiding force, thereby improving the service life of the guiding portion of the reciprocating tooth holder.

The retaining bearing sleeve is provided with an oil inlet hole and an oil outlet hole, and the lubricating oil is stored in the inner cavity of the bearing sleeve or a sponge body is arranged in the inner cavity of the bearing sleeve, and the sponge body stores the lubricating liquid to prolong the lubrication time.

The reciprocating toothed seat sealing section comprises a circular cross-section reciprocating toothed seat sealing section or the like for facilitating sealing, and the reciprocating toothed seat guiding section comprises a left anti-rotating bar guiding plane and a right anti-rotating bar guiding plane and/or a reciprocating toothed seat guiding section comprises The upper rotation guide plane and the lower rotation rotation guide plane are parallel, and the left rotation rotation guide plane is parallel to the right rotation rotation guide plane and/or the upper rotation rotation guide plane is parallel with the lower rotation rotation guide plane, and the two parallel sides are parallel. The plane and the guide roller are in contact with the rolling friction and the rolling guide is stopped.

The reciprocating toothed seat guiding section comprises a guiding and abutting section, and the guiding and rightening section comprises a front guiding righting section and a rear guiding righting section, and an anti-friction gap is provided between the guiding righting section and the reciprocating toothed seat guiding section hole wall, and the anti-friction gap Avoid sliding friction between the guiding and righting sections and any components during reciprocating impact.

The crank connecting rod comprises a connecting rod shaft, etc., the reciprocating power device is arranged at the shaft end of the connecting rod or the gear transmission box is arranged outside the integrated block sealing guiding choke box, and the main gear and the auxiliary gear are arranged in the gear transmission box. The auxiliary gear is disposed at the upper end of the main gear and/or the lower end of the main gear, the reciprocating power unit is connected with the main gear, the reciprocating power machine drives the main gear to rotate, the main gear drives the auxiliary gear to rotate, and the auxiliary gear drives the connecting rod or the auxiliary gear and the main gear to drive the connection. The rod movement, the integrated block sealing guide to the rotation box is provided with lubricating liquid, and the connecting rod drives the lubricating fluid to rotate and lubricate the integrated block sealing guide to the anti-rotation box.

The crank connecting rod comprises a crankshaft and a bearing sleeve, and the crankshaft and/or the bearing sleeve is provided with an oil skimmer, and the oil skimmer comprises a brush oil skimmer or a tooth oil skimmer or a blade oil skimmer or scoop. Oil or pit bowl skimmer, etc. The crankshaft and/or bearing retaining sleeve includes an oil skid gear, the skimmer includes an oil skid transmission gear, the oil skid gear drives the oil skimmer transmission gear to rotate the oil, and the oil skimmer oil Lubricate and cool down.

a water passage or a water tank or a water pipe is arranged in the front and rear righting guide rotation stop distance between the front loading rolling guide rotation preventing assembly block and the rear loading rolling guide rotation preventing assembly block, or at the bottom or the side of the sealing guiding rotation preventing box There is a water channel or a water tank or a water pipe, and the water is cooled and cooled by a water channel or a water tank or a water pipe.

The main reciprocating tooth or the side reciprocating tooth or the interlocking guiding pinion seat or the integrated block sealing guiding toe box is provided with a water spraying mechanism, etc., when the main reciprocating tooth is provided with a water spraying mechanism, the integrated block sealing guiding to turn the box There is a tank water channel on the upper side, and the interlocking guide pinion seat is provided with a linkage guide sealing toothed seat water channel, and the tank water channel is connected or integrated in the integrated block sealing guide rotation stop box and the interlocking guide sealing toothed seat water channel. The block seal guide outer turnout box is connected with the interlocking guide seal pinion seat water channel or the tank water channel is connected with the main reciprocating tooth outside the integrated block seal guide turnout box, and the main tooth body comprises a main tooth body water channel, a main tooth body water channel and The interlocking guide seals the toothed seat waterway connection, and the front seal and the rear seal are arranged at both ends of the water outlet of the linkage guide pinion seat, and the front seal is disposed at the front end of the water outlet of the interlocking guide seal socket. The rear seal is disposed at the rear end of the water outlet of the interlocking guide pinion seat, and the main tooth water channel on the main tooth jack member is connected with the linked guide seal socket water passage, and the front seal rear seal prevents water from being Main tooth body and interlocking guide The gap between the sealing plug adapters with effluent.

The interlocking guide sealing socket water channel comprises a circulating water channel or a one-way water channel, and the main reciprocating tooth comprises a reciprocating tooth channel, and the circulating water channel comprises a water inlet channel and a water outlet channel, and the water flows from the guide sealing socket socket. The reciprocating tooth channel flows out from the water outlet to cool the main reciprocating tooth or the side reciprocating tooth.

The water channel of the box comprises a water channel in the box body and a water channel outside the box body, and the linkage guiding sealing gear holder is provided with a linkage guiding sealing socket water channel, and the linkage guiding sealing gear seat water channel comprises a linkage guiding sealing tooth The water inlet of the joint guide sealing socket is arranged in the box body or outside the box body. When the water inlet of the interlocking guide pinion seat is arranged in the box body, the water path in the box body and the interlocking guide sealing pinion A hose connection member or a reciprocating sealing connection member or a telescopic tube connection member is arranged between the water inlets of the seat, and the water passage in the tank body is fixed on the tank body, one end of the hose connecting member is connected with the water passage in the tank body, and the other end is linked with the joint. The water inlet of the sealed gear holder is connected. When the interlocking guide pinion seat reciprocates, the hose of the hose connecting piece reciprocates with the interlocking guide pinion seat to prevent water from being transported from the tank body to the interlocking guide seal. Leakage during the inlet of the gear holder.

The integrated block sealing guiding toe box is provided with a tumbler drive or the like, the length of the integrated block connecting piece is larger than the outer diameter of the rolling drive, and the integrated block connecting piece comprises the connecting block on the integrated block, and the front loading rolling guide is turned off. The connecting block on the upper block of the assembly block and the rear loading rolling guide rotation preventing assembly block is downwardly displaced, so that the bottom surface of the connecting plate on the integrated block is close to the interlocking guiding sealing gear holder and a gap is provided, so that the front loading rolling guide is prevented from rotating. A fixed tumbler drive groove is formed between the component block and the rear loading rolling guide rotation stop assembly block, and the tumbler drive is disposed in the fixed tumbler drive groove to reduce the height of the tumbler drive from the ground, thereby avoiding the rolling drive and the roadway The collision and friction of the top wall reduce the height required for the mining roadway, saving manpower, material resources and time.

The rolling drive comprises a left roll drive, a right roll drive, etc., a left roll drive, a right roll drive Set in the groove of the fixed roller drive, the left roll drive and the right roll drive jointly drive the same roll drive, the roll drive drives the roll swivel arm to rotate, the left roll drive, the right roll drive outer diameter It is smaller than the outer diameter of the rolling drive driving roller drive with one rolling drive, which reduces the height of the rolling drive from the ground, avoids the collision and friction between the rolling drive and the top wall of the roadway, reduces the height required for the mining roadway, and saves manpower. , material resources, time.

The left roll drive comprises a left roll drive gear, etc., the right roll drive comprises a right roll drive gear, etc., the roll drive comprises a roll drive gear or a roll drive sprocket, etc., the roll drive gear or roll耙The drive sprocket is arranged on the side of the integrated block seal guide turnout box, the left roll drive gear, the right roll drive gear and the roll drive gear buckle drive or the left roll drive gear, the right roll drive gear and the roll Drive sprocket buckle drive, etc.

The integrated block connecting member comprises an integrated block lower connecting plate and the like, and the front mounting rolling guide rotation preventing assembly block and the rear loading rolling guiding rotation preventing assembly block lower part of the integrated block lower connecting plate are upwardly displaced, so that the integrated block lower connecting plate is The bottom surface is adjacent to the interlocking guide sealing pin holder and is provided with a gap, so that a roll-through through-axis recessed groove is formed between the front loading rolling guide rotation preventing assembly block and the rear loading rolling guiding rotation preventing assembly block, and the rolling through shaft includes the rolling Through the shaft support member, etc., the roll through shaft support member is disposed on both sides of the roll through shaft inverted groove, the roll through shaft further includes a bearing or a sleeve, and the roll through shaft further includes a transmission through shaft, etc., the bearing or The sleeve is arranged on the rolling through shaft support member, and the transmission through shaft is passed through the bearing or the sleeve, and the bearing or the sleeve and the transmission through shaft are separated from the reciprocating toothed guide section through the lower block of the integrated block to avoid the transmission through shaft pair The reciprocating toothed seat guide section causes damage and pollution, increases the height of the roller through shaft relative to the ground, and avoids the collision of the rolling through shaft with the ground; or sets the left roll at the front end of the telescopic sheathing box plate and near the lower part of the reciprocating toothed seat sealing section. Support member, right roll support, will The bearing sleeve or the bushing is arranged on the left rolling support member and the right rolling support member, and the transmission through shaft passes through the bearing or the sleeve to prevent the transmission through shaft from causing damage and pollution to the guiding portion of the reciprocating tooth holder, and increasing the rolling through shaft Relative to the height of the ground, avoid rolling the shaft through the ground.

The integrated block sealing guide rotation stop box comprises a reciprocating tooth retractor or the like, and the reciprocating tooth retracting device comprises an unloading main reciprocating tooth or an unloading main toothing or unloading side tooth or unloading tooth or unloading side The length of the main reciprocating tooth to the main reciprocating tooth to the pushing and unloading mechanism is smaller than the maximum distance from the rear end of the main reciprocating tooth to the outer end of the integrated block sealing guide to the thrusting mechanism The value is greater than the minimum value of the rear end of the main reciprocating tooth relative to the distance from the inner block of the integrated block sealing guide to the thrusting gear mechanism, and the strength of the main reciprocating tooth is greater than that of the main reciprocating tooth and the interlocking guide pinion The fastening strength of the unloading main reciprocating toother is on the integrated block sealing guide to the anti-rotation box or on the integrated block sealing guide to the anti-rotation box, and the other end of the main reciprocating tooth is placed on the main reciprocating tooth to be disassembled , the reciprocating power machine drives the main reciprocating tooth to retract the direction of the integrated block sealing guide to the anti-rotation box, the main reciprocating toothing device pushes the main reciprocating toothed gear off, or unloads the main punching device to tighten the main punching tooth to the thrusting unloading device The length of the mechanism is smaller than the rear end of the main punch relative to the integrated block The maximum value of the distance from the extension of the guide to the top of the thruster to the thruster mechanism is greater than the minimum of the distance from the rear end of the main punch to the end of the integrated block seal guide to the pusher mechanism, and the main thrust is unloaded. The strength of the toothed device is greater than the fastening strength of the main punching tooth and the main tooth body, and the unloading main punching device is attached to the supporting block in the integrated block sealing guide turnout box Up or adsorbed on the integrated block sealing guide to the turn-over box, the other end of the main punching head is placed on the main punching tooth to be disassembled, and the reciprocating power machine drives the main punching tooth to retract toward the integrated block sealing guide turntable box, and the main unloading main body The punching device pushes the main toothing gear off, or the length of the unloading side gear to the top toothing head to the pushing gear mechanism is smaller than the side of the side toothing head and the outer block sealing guiding to the outer to the outer The maximum value of the distance of the thrust gear mechanism is greater than the minimum value of the rear end of the side tooth head relative to the inner diameter of the integrated block sealing guide to the top thrust gear mechanism, and the strength of the unloading side gear is greater than the side tooth With the fastening strength of the side tooth holder, the unloading side gear holder is attached to the integrated block sealing guide rotation box or adsorbed on the integrated block sealing guide rotation box, and the other end of the unloading side gear is required to be disassembled. On the side tooth head, the reciprocating power drive driving side tooth head is retracted toward the integrated block sealing guide turnout box, the unloading side tooth head device pushes the side tooth head stop off, or the unloading main toother end supports the integrated block Sealing guide on the anti-rotation box, the end of the main punching gear pushing the main punching teeth is provided with a card stop main punch The end face and the shape of the main end face of the retaining block prevent the main punching from retracting when the main punching tooth moves toward the direction of the integrated block sealing guide turnout box, and the main end face of the latching main toothing body and the main tooth body are driven by the strong pulling force of the reciprocating power machine. The main punching teeth are separated, or one end of the unloading side gear holder is supported on the integrated block sealing guiding turntable box, and one end of the unloading side toothed tooth pushing side tooth head is provided with a latching side tooth end face, and the latching side tooth end The shape of the end face is to prevent the side tooth retracting when the side tooth head moves toward the block sealing guide turnout box, and the end face of the latching side tooth head separates the side tooth head from the side tooth seat by the strong pulling force of the reciprocating power machine, and utilizes The powerful power of the reciprocating power unit quickly removes the main reciprocating tooth or the main or side tooth to realize fast tooth unloading and improve efficiency, or unloading the end of the toothed body in the integrated block sealing guide The end of the unloading and increasing toothing device is provided with a latching and increasing tooth end face, and the shape of the end face of the latching gear is increased when the toothed body is oriented toward the integrated block sealing guide Prevents the expansion of the tooth body from retracting during movement, and the end face of the toothed body The strong pulling force of the reciprocating power unit separates the increased tooth body from the toothed tooth body, or the one end of the fixed side ring gear is supported on the integrated block sealing guide turntable box, and the fixed side ring gear pusher fixed side ring gear is unloaded. One end of the card retaining side ring gear end face, the shape of the pin gear fixed side ring gear end face is to prevent the side tooth head from retracting when the fixed side ring gear moves toward the integrated block sealing guide turnout box, and the retaining side tooth is blocked. The end face of the ring separates the fixed side ring gear from the pin-type main tooth body by the strong pulling force of the reciprocating power.

The unloading reciprocating gear includes a block unloader or a push plate unloader or a steel cylinder unloader or a ferrule unloader.

The unloading reciprocating tooth device comprises a magnet unloading device, etc., and the magnet unloading device is provided with a magnet material, etc., and the magnet unloading device is adsorbed at a position suitable for disassembling the reciprocating tooth of the integrated block sealing guiding chute box, and the unloading tooth is adjusted. After the position, the magnet unloader is attached to the integrated block sealing guide to the turntable, which is reliable, flexible and simple to use.

The unloading main punching device comprises a pushing box body part and a pushing main punching part, etc., and the pushing top box body part is connected with the pushing main punching part separately or is integrated, and the integrated block sealing guiding to turn box The utility model also includes a top pushing and unloading main toothing table or a top pushing main toothing surface or a top pushing and unloading main toothing hole groove, etc., one end of the pushing top body member is placed on the box guiding hole plate or the top pushing and unloading main toothing The top or the top of the table is pushed or unloaded on the main toother surface or stuck in the top pushing and unloading main tooth hole, etc., and the other end is connected with the main thrusting toothing member, and the other end of the pushing main toothing member is provided with a blocking main body. The end face of the punching tooth, the shape of the end face of the main tooth of the latching gear is such that when the main punching tooth is directed to the integrated block, the sealing guide is stopped. When the box moves in the direction of the box, the main tooth is prevented from retracting, and the end face of the main block is separated from the main tooth by the strong pulling force of the reciprocating power.

The main punching tooth comprises a main punching handle, etc., and the main punching tooth shank comprises a main punching taper shank or a main punching cylindrical shank or a main punching elliptical shank or a main punching polygonal prism shank or a card slot type main spur Shank or T-shaped main shank or inverted T-shaped main shank or dovetail slot main shank or sleeve main shank, or side shank including side shank or side shank or side ovate Pole handle or side tooth multi-prism shank or slotted side shank or T-shaped main side shank or inverted T-shaped main side shank or dovetail groove side shank or sleeve side shank.

The main tooth taper shank and/or the side tooth taper shank include a post-cone taper stroke section, etc., and the main tooth body includes a main punching cone hole seat, etc., in the main punching taper shank and the main punching taper hole seat cone The main taper shank on the upper part of the tight top end face is provided with a post-cone tight stroke section, etc., and the taper of the post-cone tight stroke section is equal to the taper of the main punch taper shank or less than the taper of the main punch taper shank, and the main punch taper hole seat Between the main punching teeth and the main punching teeth, the main punching cone hole seat surface does not support the main punching space when moving to the main punching cone hole seat, and the high-impact reciprocating impact reaction force makes the main punching tooth When the taper shank continues to move into the main punching cone seat, the conical tight running section moves to the main punching cone seat to ensure that the main punching taper shank and the main punching cone seat continue to taper tightly.

The side reciprocating tooth comprises a stop rotation preventing structure, and the stop rotation preventing structure comprises a taper shank stop rotation structure or a tooth body stop rotation rotation structure, and the like, when the taper shank stop rotation preventing structure is used, the side teeth The seat is arranged as a reciprocating toothed cone cone seat, the side tooth handle is arranged as a through hole reciprocating punching taper taper shank, and a plugging through hole reciprocating punching taper shank is arranged at the lower end of the inserting through hole reciprocating punching table taper shank The table is correspondingly provided with a reciprocating punching cone lower seat of the reciprocating toothed taper shank block at the lower part of the reciprocating toothed table taper hole seat, and a reciprocating punching cone hole lower block The utility model is disposed in the reciprocating toothing table cone hole hole or the reciprocating toothing table cone hole seat hole, etc., and inserts the insertion hole reciprocating toothing table taper shank into the reciprocating toothing table cone hole seat to be inserted The hole reciprocating tooth taper handle block and the reciprocating punching cone hole seat lower block and the like are matched and stopped, and the height of the inserted through hole reciprocating tooth taper handle block is greater than the height of the lower block of the reciprocating punching cone seat, and the insertion The height difference between the through-hole reciprocating toothed cone handle block and the reciprocating punching cone hole seat lower block is greater than or equal to the post-cone tightening stroke The stroke of the movement in the taper hole seat of the toothed table, the height difference of the reciprocating punching cone handle block and the lower stop of the reciprocating punching cone hole seat are set on the upper end of the reciprocating punching cone seat lower end to the insertion Through-hole reciprocating tooth taper shank between the top surface of the block, when the post-cone tightening stroke moves toward the reciprocating toothed table cone hole seat, the insertion hole reciprocates the toothed cone handle block on the top surface at the same distance The height difference between the reciprocating punching cone handle block and the reciprocating punching cone hole lower bracket is ensured that the top surface of the reciprocating punching cone handle block is not in the lower part of the reciprocating punching cone seat When the upper end face collides, or when the tooth body stop rotation preventing structure is used, the insertion hole of the upper end of the side tooth shank is provided with the insertion hole reciprocating tooth rotation stop surface, etc., correspondingly The side tooth holder is provided with a reciprocating punching through hole upper block, and the height of the upper block of the reciprocating punching through hole seat is greater than the height of the retaining section of the recirculating cone, so that the reciprocating punching through hole upper block is inserted and inserted The hole reciprocating teeth stop the rotation stop surface and the like to prevent rotation.

The main tooth body is provided with a main tooth material flowing out of the guiding surface toward the material outflow surface, or the side tooth arm is facing the material outflow surface. The side tooth arm material flows out of the guiding surface, or the side tooth seat is provided with the side tooth material flowing out of the guiding surface toward the material outflow surface, or the punching frame is provided with the punching material flowing out of the guiding surface or the beam sleeve toward the material outflow surface The punching frame is provided with the beam sleeve punching material flowing out of the guiding surface toward the material outflow surface, or the main tooth material flowing out of the guiding surface, the side toothing material flowing out of the guiding surface, the side toothing material flowing out of the guiding surface and the punching tooth The material flowing out of the guiding surface is combined into a multi-directional material flowing out of the guiding surface of the punching frame, or the main tooth material flowing out of the guiding surface, the side tooth material flowing out of the guiding surface, the side tooth material flowing out of the guiding surface and the beam sleeve punching The outflow guiding surface of the rack material is combined into a multi-directional material of the beam sleeve and flows out of the guiding surface.

The increased tooth column and/or the pin type main tooth body comprises a reserved cone tight stroke section, etc., and the reserved cone tight stroke section comprises a tapered cone tight section of the rear section of the cone column and/or comprises a middle section of the cone column The conical pin-shaped stroke section is reserved, and the pin-type main tooth body includes a main body of the conical column, and the main tooth body of the conical column is provided with a conical column, a conical section of the conical section, and the like, and the main tooth body and the conical column are fixed. The main cone of the tapered cone on the rear side of the initial tapered end of the side ring gear is provided with a conical section of the tapered section at the rear of the conical column. The taper of the conical section of the conical section is equal to the main tooth of the cone and the fixed cone. The mating taper of the side ring gear is smaller than the mating taper of the main tooth body of the cone column and the fixed side ring gear, and the rear side of the tapered column is arranged on the main tooth body of the tapered column between the rear end surface of the fixed side ring gear and the rear end surface of the main tooth body of the cone column. Preserving the conical tight stroke section, when the high-strength reciprocating impact reaction force causes the fixed side ring gear to continue to move toward the rear part of the cone main tooth body, the fixed side ring gear extension cone column rear section is reserved for the conical tight stroke section, and the cone column is moved. The length of the conical tight section of the rear section is the fixed side ring gear. When the rear end surface moves, the rear end surface of the main tooth body of the cone column does not push the fixed side ring gear. Column tapered cone reservation period immediately after the stroke equal to or greater than the length of the main bevel gear column is not always urging the end face from the side of the fixed face gear, to ensure that the fixed-side ring gear and bevel gear main body of the column continued tight cone,

Or the main tooth body of the cone column is provided with a conical section of the conical column in the middle of the cone, and the fixed side ring gear includes a front fixed side ring gear and a rear fixed side ring gear, etc., and the main tooth body of the cone column and the front fixed side ring gear. And the main cone of the tapered column between the front fixed side ring gear and the rear fixed side ring gear of the fixed front ring gear and the rear fixed side ring gear are provided with a conical section of the conical column in the middle of the cone, and a conical tight stroke of the middle section of the cone The taper of the segment is equal to the mating taper of the main tooth body of the cone and the fixed side ring gear or less than the mating taper of the main tooth body of the cone column and the fixed side ring gear, and between the rear end face of the front fixed side ring gear and the front end face of the rear fixed side ring gear The main cone of the cone column is provided with a conical tight section of the middle section of the cone column. The high-strength reciprocating impact reaction force causes the front fixed side ring gear to continue to move toward the middle of the main tooth body of the cone column. The conical section of the conical section is moved backward, and the length of the conical section of the conical section is reserved. The length of the front side of the front fixed ring gear is rearward and the rear end of the rear side of the ring gear is not pushed forward. , the length of the conical section of the conical column is greater than or equal to the front end of the rear fixed ring gear After the fixed side do not push the front end surface of the ring gear from the ring gear to ensure that the front and the rear side of the fixed ring gear and the fixed-side bevel gear main body of the column continued tightening cone.

The increased tooth column and/or the pin type main tooth body comprises an increased tooth body rotation preventing structure, and the increased tooth body rotation preventing structure comprises a pin rotation preventing structure or a boss rotation preventing structure, and the pin type The main tooth body includes a reserved stroke section of the pin column, and the rear end of the pin type main tooth body is provided with a pin post rotation pin hole or a pin column rotation protrusion boss, etc., correspondingly at the inner side wall of the rear side hole of the fixed side ring gear. The side ring gear rotation stop pin groove or the side ring gear rotation preventing groove is provided, and the length of the side ring gear rotation stop pin groove or the side ring gear rotation preventing groove is the length of the side ring gear rotation pin The length of the stroke column is reserved for the stroke length of the stroke section or the length of the rotation of the pinning post of the pinning post. The fixed side ring gear includes the side ring gear stop pin, etc., and the side ring gear pin is disposed at Pin pin stop pin hole, etc., side ring ring stop pin slot is fastened to the side ring gear stop pin, side ring ring stop pin groove and side ring gear stop pin and pin pin stop pin hole cooperate to prevent fixing The side ring gear rotates relative to the pin-type main tooth body or the side ring gear rotation preventing groove and the pin rotation preventing boss are locked and locked, and the fixed side ring gear side wall blocks the side ring gear rotation preventing pin to prevent the side ring gear The resale disappears, preventing dust, water, materials, etc. from entering.

The beneficial effects of the invention are:

1. The main reciprocating tooth socket member or the like is disposed on the guiding post or the main reciprocating tooth stud is disposed on the guiding jack seat; the main reciprocating tooth jack member and the guiding post are fixed by a cone connection or are used by the main The tooth retaining member is connected to the main reciprocating tooth jack member and the guiding post, and the side reciprocating tooth is disposed on the main tooth or the side reciprocating tooth is disposed on the main tooth body or the side reciprocating tooth is disposed on the interlocking guide pinion seat or Providing side reciprocating teeth on the main teeth and the main tooth body or side reciprocating teeth on the main teeth, the main tooth body and the interlocking guide pinion socket or on the main tooth body and the interlocking guide pinion socket Side reciprocating teeth or side reciprocating teeth are arranged on the main punching teeth and the interlocking guide pinion sockets, so that the inserting side perforations are provided as through-to-side tooth through holes or as inserting side tooth blind holes, etc., after the side teeth a side tooth shank or the like is disposed, the side tooth shank is disposed on the through side tooth through hole or the insertion side tooth blind hole, and the one end or both ends of the interlocking guide sealing arbor protrudes from the integrated block sealing guide to the turnout box. Connecting with the main reciprocating tooth, the interlocking guide and the sealing toothed seat drive the reciprocating impact of the main reciprocating tooth and the side reciprocating tooth It has the following outstanding benefits:

1. Since the side reciprocating teeth are arranged on the main reciprocating teeth, a plurality of impact teeth arranged longitudinally and laterally on one column type impact tooth increase the mining area, thereby greatly improving the working efficiency, etc., especially in swinging the impact material left and right. When the side reciprocating teeth impact the material of the side wall, the main reciprocating teeth are protected by the falling off of the side wall material, the impact resistance when sweeping the material is greatly reduced, the service life of the motor or the motor is greatly improved, and the motor or the motor is avoided. Damaged;

2. When the original mining machine needs to widen the one-time mining area, use the shovel plate with the same width and height as the front section of the integrated block sealing guide, and juxtapose the same plane perpendicularly on a wide shovel plate. The method and structure for setting a plurality of single-headed tooth holders avoids that the plurality of tooth holders on the shovel tooth plate are arranged side by side in a dense arrangement, so that the collected materials cannot flow out from the tooth gap, because the material is sandwiched between the tooth holder and the tooth holder. After the filling, the material impacted by the tooth head cannot be smoothly exported, so that the mining material is crushed, and in a serious situation, the state in which the impacted teeth are filled with materials cannot be continuously operated;

Third, the original shovel tooth plate is provided with a plurality of long toothed seats, and the structural arrangement of the reciprocating teeth, the guiding mechanism and the power mechanism is damaged due to the lengthening of the toothed seat, and the reciprocating teeth, the guiding mechanism and the power mechanism are protected;

Fourth, the original reciprocating impact mining machine can only remove the unreasonable structure of the tooth head from the front position of the reciprocating tooth, realizing the strong back from the reciprocating tooth back end against the reciprocating tooth shank by the reciprocating impact stroke The quick release of the tooth head by pushing the top of the tooth head greatly improves the mining efficiency and the block rate of the material to be collected;

5. The original reciprocating impact shearer and the roadheader are modified to use the screw nut to fix the reciprocating teeth and the power guiding member. The structure together avoids the occurrence of failures such as the nut being quickly detached by the vibration or the thread being impacted by the strong reciprocating impact reaction force, causing the reciprocating teeth to fall off or causing the thread deformation to be lost and unable to replace the reciprocating teeth;

Sixth, the main reciprocating tooth on the three-dimensional set side reciprocating tooth scheme is clever, reasonable structure, high performance, easy to disassemble and replace, to ensure that energy-saving and environmentally friendly reciprocating impact shearer and reciprocating impact boring machine can provide efficient service for the production site;

7. The through-hole tooth holder can be used for the side reciprocating tooth and the main reciprocating tooth. The use of the through-hole tooth seat fundamentally solves the powerful reaction caused by the reciprocating impact rock wall, coal wall and concrete wall. The force makes the reciprocating tooth shank inevitably move to the blind hole end of the blind hole reciprocating toothing seat, causing the reciprocating tooth shank to frequently shear or shear deformation of the stopping piece, causing the retreating piece to fail and the reciprocating tooth shank to fall off or cause the stop The deformation of the returning piece is difficult to disassemble for a long time or the structural design obstacles such as the loss of the reversing tooth can not be replaced due to the failure to replace the retractable tooth, which solves the problem of the reciprocating impact on the rock wall, the coal wall, the concrete wall, etc. The strong reaction force makes the reciprocating tooth taper shank move to the blind hole end of the reciprocating punching cone blind hole seat, causing the reciprocating tooth taper shank and the reciprocating toothing cone blind hole seat cone to be locked, but only The reciprocating tooth taper shank is removed from the front end of the reciprocating toothed cone blind hole seat, so that it is difficult to remove the reciprocating tooth taper shank by pulling or knocking or pushing with a jack, or even reciprocating tooth cone Handle from reciprocating The toothed cone blind hole seat is disassembled, and the use of the extra large jack to disassemble the reciprocating tooth taper shank leads to the use of the site. Due to the insufficient manpower of the maintenance personnel, it is difficult to move the extra large jack and must wait for the multi-person assistance, resulting in a major problem of long-term maintenance and shutdown. ;

8. The original shearer and the roadheader are changed to use the threaded connection between the reciprocating tooth shank and the blind hole reciprocating toothing seat. Under the action of strong reciprocating impact reaction force, the thread is impacted and deformed by the sliding wire, causing the reciprocating tooth to fall off or cause The structural principle of the reciprocating tooth can not be replaced by the thread deformation. The reciprocating toothed through hole seat is used to disengage the reciprocating toothing handle from the reciprocating toothing seat to the reciprocating toothing handle to cut off the part, and the jack is reciprocated. The rear end of the tooth shank and the reciprocating tooth shank stop member are arranged at the rear end of the reciprocating punching through hole seat, which completely changes the practical performance of the original reciprocating impact mining machine, the length of time for disassembly and replacement, and cannot be used for The actual exploitation of defects in the production site ensures the performance of rapid installation and disassembly of reciprocating punching teeth to improve production efficiency;

IX. By arranging the main punching teeth and the side tooth heads in the longitudinal direction of the power box body, the main punching teeth and the side tooth heads are formed with a multi-layer height difference, and the multi-layer height difference is easy to impact the rock surface to be tapped into a step shape, and the material is graded and lowered. The ground pressure forms a free surface for mining, which reduces the energy consumption of unit material mining and improves the efficiency of mining.

2. The oblique conical reciprocating guide material on one side of the anti-rotation tooth is relatively erected on the other side of the high-angle oblique conical reciprocating guide material to prevent the rotation of the tooth guide surface, or the oblique pyramid reciprocating guide material on the side of the anti-rotation tooth is relatively upright and the other is High-angle guide surface, oblique-cone reciprocating guide rotation-stopping tooth or oblique pyramid reciprocating guide material, one side of the anti-rotation tooth is opposite to the vertical tooth surface, etc., which is beneficial to the vertical impact of the reciprocating impact tooth and a large amount of blanking; the oblique cone reciprocating guide The other side of the rotating tooth or the oblique pyramid reciprocating guide pin is a high-angle guide surface, which is beneficial to the impact. At the same time of blanking, the material to be washed out is quickly deduced to the output material mechanism. The other side of the inclined cone reciprocating guide rotation preventing insertion hole opposite to the oblique cone reciprocating guide rotation preventing tooth guiding surface is a curved surface, which is beneficial to reducing the resistance of the reciprocating impact reciprocating impact blanking of the insertion hole. Moreover, it is beneficial to reduce the resistance of the rear material of the reciprocating punching surface of the insertion hole and the reciprocating punching of the insertion hole, so that the rear material can pass smoothly.

3. The inclined cone reciprocating guide insertion hole tooth rotation preventing structure is set as a tapered surface rotation preventing structure or is set as a single-side rotation preventing structure or is set as an elliptical rotation preventing structure or as a inclined surface rotation preventing structure or as a stop stop. The rotating structure is either set as a pin stop structure or as a polyhedron stop structure or as an eccentric screw stop structure or as an eccentric pin stop structure or as an eccentric convex stop structure or as a bond stop structure or setting For the multi-edge rotation preventing structure or the anti-rotation structure of the inclined table or the anti-rotation structure of the key, when the single-sided rotation-stopping structure is used, a single-plane groove is arranged on the side of the torsion-cone feed stop-through hole seat or Providing a single-plane stop, etc., correspondingly, a single-plane cone that is engaged with the single-plane groove in the beveled reciprocating guide rotation-stopping-through hole tooth, so that the single-plane cone and the single-plane groove are engaged and stopped, or Correspondingly, a single-plane plane that is fastened to the single-plane stop is arranged on the torsion cone of the torsion guide material, and the single-plane stop is fastened to the single-plane plane, and the single-plane cone is closed. The body is fastened with a single plane slot or the single plane stop is fastened to the single side plane of the rotation stop The structure of the rotation stop is simple, the manufacturing is simple, the labor consumption is small, the component removal material has less structural strength, the component volume and weight are relatively reduced, the cost is saved, and the installation and disassembly are simple and quick.

4, the use of reciprocating punching through hole seat fundamentally solved from the structural principle: due to the reciprocating impact of the rock wall, coal wall, concrete wall, etc., the strong reaction force makes the reciprocating tooth handle reciprocating to the blind hole The blind hole end is seriously misplaced, causing the reciprocating tooth shank to frequently shear or shear deformation of the stop member, causing the retracting member to fail. The reciprocating tooth shank is detached or the deformation of the retaining member is difficult to disassemble for a long time or caused by disassembly. The structural design obstacles that can not replace the reciprocating teeth and the huge loss caused by the rescission of the reciprocating teeth are solved, and the strong reaction force generated by the reciprocating impact rock wall, the coal wall, the concrete wall, etc. is solved, so that the reciprocating tooth taper shank must reciprocate. The blind hole end of the punched cone blind hole seat is seriously moved, and the reciprocating punching taper shank and the reciprocating punching cone blind hole seat cone face are locked, but only the reciprocating punch can be removed from the front end of the reciprocating punching cone blind hole seat. The taper shank makes it difficult to remove the reciprocating tooth taper shank by pulling or knocking or pushing it with a jack, and even the reciprocating tooth taper shank cannot be removed from the reciprocating toothed cone blind hole seat. Use special The large-scale jack disassembles the reciprocating toothed taper shank and causes the use of the site. Because the maintenance personnel are not enough, it is difficult to move the extra large jack. It has to wait for the multi-person assistance, which causes a major problem of long-term maintenance and shutdown, and changes the original shearer and roadheader. The reciprocating tooth shank and the blind hole reciprocating tooth holder are threadedly connected, and the thread is impacted and deformed by the strong reciprocating impact reaction force, causing the reciprocating tooth to fall off or causing the thread deformation to be bitten and unable to replace the reciprocating toothing structure. The principle is that the reciprocating toothed through hole seat is used to disengage the reciprocating toothing handle retaining member from the reciprocating toothing seat to the reciprocating toothing handle retaining member shearing portion, and the jack reciprocating punching handle rear end and the reciprocating tooth handle are stopped. The returning device is set in the structural arrangement of the rear end of the reciprocating punching through-hole seat, which completely changes the practical use of the original reciprocating impact mining machine. The poor performance, the length of time for disassembly and replacement, and the inability to be used in the actual mining production site ensure the rapid installation and disassembly of the reciprocating teeth to improve the production efficiency, and improve the firm fit of the reciprocating teeth and the reciprocating punching through-hole seat.

5, the insertion hole reciprocating tooth is set as the insertion hole multi-tooth reciprocating tooth or the insertion hole main and side tooth reciprocating tooth or the insertion hole multi-layer reciprocating tooth or the insertion hole hole saw tooth Reciprocating punching, etc., multi-tooth reciprocating teeth or inserting holes, main and side teeth reciprocating teeth or inserting holes, multi-layer reciprocating teeth or inserting holes, serrations, reciprocating teeth, etc. The impact cross-sectional area of the excavated material is increased, and the function of flushing the side wall material at the same time as the vertical impact blanking of the reciprocating punching hole is increased, and the performance of the reciprocating punching of the inserted through hole is improved, and the performance of the blanking material is greatly improved. Productivity.

6. The inclined conical reciprocating guide material on one side of the anti-rotation tooth is relatively upright on the other side of the high-angle oblique conical reciprocating guide material to prevent the rotation of the tooth guide surface, or the oblique pyramid reciprocating guide material on the side of the anti-rotation tooth is relatively upright and the other is High-angle guide surface, oblique-cone reciprocating guide rotation-stopping tooth or oblique pyramid reciprocating guide material, one side of the anti-rotation tooth is opposite to the vertical tooth surface, etc., which is beneficial to the vertical impact of the reciprocating impact tooth and a large amount of blanking; the oblique cone reciprocating guide The other side of the rotating tooth or the oblique pyramid reciprocating guide pin is a large-angle guide surface, which is beneficial to the material to be washed out to the output material mechanism at the same time as the impact blanking.

7. The other side of the inclined cone reciprocating guide material of the oblique cone reciprocating guide material is not curved, which is beneficial to reduce the reciprocating impact of the reciprocating punching of the insertion hole. The resistance is beneficial to reduce the resistance of the rear material of the reciprocating punching surface of the insertion hole and the reciprocating tooth of the insertion hole, so that the rear material passes smoothly.

8. The inclined cone reciprocating guide insertion hole tooth rotation preventing structure is set as a tapered surface rotation preventing structure or is set as a single-side rotation preventing structure or is set as an elliptical rotation preventing structure or as a inclined surface rotation preventing structure or as a stop stop. The rotating structure is either set as a pin stop structure or as a polyhedron stop structure or as an eccentric screw stop structure or as an eccentric pin stop structure or as an eccentric convex stop structure or as a bond stop structure or setting For the multi-edge rotation preventing structure or the anti-rotation structure of the inclined table or the anti-rotation structure of the key, when the single-sided rotation-stopping structure is used, a single-plane groove is arranged on the side of the torsion-cone feed stop-through hole seat or Providing a single-plane stop, etc., correspondingly, a single-plane cone that is engaged with the single-plane groove in the beveled reciprocating guide rotation-stopping-through hole tooth, so that the single-plane cone and the single-plane groove are engaged and stopped, or Correspondingly, a single-plane plane that is fastened to the single-plane stop is arranged on the torsion cone of the torsion guide material, and the single-plane stop is fastened to the single-plane plane, and the single-plane cone is closed. The body is fastened with a single plane slot or the single plane stop is fastened to the single side plane of the rotation stop The structure of the rotation stop is simple, the manufacturing is simple, the labor consumption is small, the component removal material has less structural strength, the component volume and weight are relatively reduced, the cost is saved, and the installation and disassembly are simple and quick.

9. The side tooth arm supporting the side reciprocating tooth is arranged on the cylindrical main tooth body, the side tooth seat is arranged on the side tooth arm, and more than one side tooth arm is arranged on the cylindrical main tooth body, and one side tooth arm is arranged More than one side tooth holder is disposed, and a gap is provided between each side tooth arm, and the side tooth seat is disposed on the beam type main tooth body, and the cylindrical tooth main tooth body or the cylindrical cone main tooth body or the side tooth is satisfied. The main body of the arm or the main body of the beam and the main body of the beam, the cylindrical main tooth body or the cylindrical main tooth body or the side tooth main tooth body or beam The cross-section of the main tooth body and the like is directed toward the integrated block sealing guide turnout box, and the orientation of the cylindrical main tooth body or the cylindrical main tooth body or the side tooth main tooth body or the beam main tooth body is reduced. The block of the integrated block sealing guide to the blockage of the material to be harvested increases the water spray space on the integrated block seal guide to the main reciprocating tooth and/or the side reciprocating tooth, changing the wide shovel plate The structure and shape of a plurality of long shovel teeth are arranged on the same plane, so that the single toothed seat on the original shovel tooth plate avoids a long reciprocating impact, and the tooth head and the tooth holder are too tightly locked or cannot be locked from the rear of the tooth holder. Disassemble the occurrence of the tooth head fault, avoiding the fact that the material between the scraper tooth plate and the integrated block sealing guide turnout box cannot be discharged, and the material forms a block, and the block causes the scraper plate to fail to retract when the reciprocating impact occurs. Due to the excessively large area of the shovel tooth plate, in order to reduce the weight, the shovel tooth plate is made thinner, and the shovel tooth plate deforms under the strong reciprocating impact reaction force due to the thin shovel tooth plate; The large area of the plate blocked the spray The water and cooling device sprays water to the impact tooth to cool down, so that the reciprocating impact tooth quickly overheats and damages; the original reciprocating impact shearer and the roadheader are sprayed to reciprocate the reciprocating tooth on the shovel tooth plate. Cooling, that is, the water channel and the water spout are made on the wide reciprocating shovel plate. However, due to the reciprocating impact of the shovel tooth plate, the accumulated material will quickly block the faucet, causing the water spray and cooling system to fail. The water channel is arranged in multiple places in the horizontal direction of the flat plate, which causes the strength of the flat plate structure to be reduced, and the manufacturing process is complicated and unpractical, so that the water sprayed from the water spray nozzle provided on the integrated block sealing guide rotation box is directly sprayed on each reciprocating punch. On the teeth, the reciprocating teeth are fully cooled, the cooling effect on the main reciprocating teeth and the side reciprocating teeth is improved, the service life of the main reciprocating teeth and the side reciprocating teeth is prolonged, the loss cost of the mining parts is reduced, and the reciprocating teeth are avoided. An accident caused by waterless cooling caused by sparks and splashes, causing dust explosions or causing major personal injury or death such as gas explosion.

10. Providing a side toothed through hole on the side tooth holder, and setting a side toothed shank spring groove on the side tooth shank stop section passing through the side toothed seat through hole or setting a pin hole to set the circlip on the card slot or The stop pin is disposed on the pin hole or the like to make it cooperate with the side tooth stop stop, and the material is impacted by the reciprocating impact tooth, and the side taper shank is more tapered and firmer in the side tooth taper hole. The performance is such that the circlip or the retaining pin on the side shank exposing the side shank of the side flank is not subjected to lateral force shearing and pulling, so that the circlip or the retaining pin and the like only bear the force of pulling the side shank outward, and the The structure does not produce the force of pulling the side shank outward in the actual work, thereby greatly improving the service life of the circlip or the stop pin, and at the same time, the structure performance of the quick installation and disassembly by the circlip or the stop pin is greatly improved, and the site is greatly improved. Work efficiency reduces the waste of manpower and material resources.

11. The upper interlocking guide pinion seat and the lower interlocking guide pinion seat are fixedly connected in the integrated block sealing guide turnout box, and the upper main tooth body is arranged at the end of the upper interlocking guide pinion seat. The lower main tooth body is disposed at the end of the lower interlocking guide pinion seat, and the beam sleeve frame fastens the upper linkage guide seal adapter seat and the lower linkage guide seal adapter seat into an integral type, and the upper linkage guide The sealing gear holder and the lower linkage guiding sealing gear holder drive the reciprocating impact of the upper main tooth body, the lower main tooth body and the beam sleeve punching frame, and the beam sleeve punching frame is arranged outside the integrated block sealing guiding turnout box The interlocking guide pinion seat and the lower interlocking guide pinion seat are fixed, so that the upper interlocking guide pinion seat and the lower interlocking guide pinion seat form structural strength The frame with large, stable orientation and wide impact width greatly improves the mutual support and mutual support between the upper linkage-guided sealing gear holder and the lower linkage-guided sealing gear holder, and protects the floating seal and other benefits. Prevent dust, water, etc. from entering the cabinet and the consumable parts are easy to replace.

12. The pin-type main tooth body and/or the fixed side ring gear are provided with a side ring gear rotation preventing structure, or one end of the through hole eccentric rotation preventing member is inserted into the tooth holder insertion column and the other end of the rotation hole is inserted into the expansion tooth. The eccentric locking hole of the body insert is stopped in the groove, or one end of the concentric rotating member of the through hole is inserted into the concentric pin of the toothed insert, and the other end of the hole is inserted into the concentric notch of the enlarged toothed insert, and the rotation is stopped. Or insert the eccentric locking projection of the adapter post into the eccentric rotation stop groove of the increased tooth insertion post, or pass the eccentric hole rotation stop of the partition plate through the eccentric rotation stop hole of the main tooth body and set at the tooth holder. The other end of the eccentric hole of the insertion post is arranged to stop in the eccentric hole of the enlarged toothed column, or the eccentric concave hole of the toothed socket is fastened to the eccentric rotation support boss of the toothed socket, and the enlarged tooth body is inserted The eccentric concave hole of the column is locked on the eccentric rotation preventing boss of the enlarged toothed column, or the concentric hole rotation preventing member of the partition plate is passed through the concentric hole of the main tooth body and is disposed in the concentric hole of the toothed socket. The rotation is stopped, and the other end is set to stop in the concentric hole of the enlarged toothed inserting column, and the concentric recessed hole of the toothed inserting post is fastened to the concentric locking boss of the toothed inserting column, and the rotation is stopped. The concentric recessed hole of the enlarged toothed pin is locked on the concentric anti-rotation boss of the enlarged toothed pin, and the rotation preventing structure prevents the main tooth from rotating relative to the interlocking guide sealing socket, or the rotation preventing structure blocks The main punch rotates relative to the main tooth body, or the rotation stop structure prevents the side tooth head from rotating relative to the side tooth holder, or the rotation stop structure prevents the joint tooth body from rotating relative to the tooth tooth body, etc., ensuring the main and side reciprocating teeth The optimal position between the components of the impact device enhances the firmness between the components of the main and side reciprocating tooth impact devices, improves the stability of the work of the main and side reciprocating tooth impact devices, and utilizes the polygonal fit to prevent zero The effect of relative rotation of the components.

13. The anti-rotation structure is set to a tapered surface stop structure or is set as a single-sided rotation-stop structure or is set as an elliptical rotation-stop structure or as a bevel-stop structure or as a stop-stop structure or as a pin-stop structure. Or as a polyhedral stop-rotation structure or as an eccentric screw stop-rotation structure or as an eccentric pin stop-rotation structure or as an eccentric convex stop-rotation structure or as a bond-stop structure or as a multi-edge stop-rotation structure or as The anti-rotation structure of the inclined table or the anti-rotation structure is set as the key anti-rotation structure. When the single-sided anti-rotation structure is used, a single-plane groove or a single-plane stop is arranged on the side of the torsion-cone feed stop through-hole seat, corresponding to The single-plane cone which is engaged with the single-plane groove in the reciprocating guide material of the inclined cone reciprocating guide material allows the single-plane cone to be fastened to the single-plane groove, or correspondingly in the inclined cone reciprocating guide The rotation preventing insertion hole is provided with a single rotation plane which is engaged with the single plane stop, so that the single plane stop and the single side plane of the rotation stop are buckled, and the single plane cone and the single plane slot are combined and stopped. Or the structure of the single-plane stop and the one-side plane of the rotation stop is simple, Work is simple to manufacture, consume less time-consuming work, less material components other large structural strength, relatively reduced weight and volume of the parts, cost savings, installation and removal simple and quick.

14. The unloading main toothing device is supported on the integrated block sealing guide to turn the box, and the other end of the unloading main reciprocating tooth is placed on the main reciprocating tooth to be disassembled, so that the reciprocating power machine drives the main reciprocating tooth to the integrated block to seal The direction of the guide rotation box is retracted, so that the main reciprocating tooth unit pushes off the main reciprocating tooth block, or the unloading main tooth cutter is affixed to the integrated block sealing guide rotation box, and will be unloaded. The other end of the main toothbrush is placed on the main tooth to be disassembled, so that the reciprocating power machine drives the main tooth to retract the direction of the integrated block sealing guide, so that the main tooth punch pushes the main tooth block off. The unloading side toother is affixed to the integrated block sealing guide turnout box, and the other end of the unloading side toothed head is placed on the side tooth to be disassembled, so that the reciprocating power drive driving side tooth head is sealed to the integrated block. The direction of the stop box is retracted, so that the unloading side gears push the side gears off, which is convenient and quick.

15. Or the end of the unloading main toother is supported on the integrated block sealing guide turntable, so that the end of the main punching tooth of the unloading main toothing device is provided with a main end face of the main block of the gear, so that the main tooth is blocked. The shape of the end face is to prevent the main tooth from being retracted when the main tooth moves toward the integrated block sealing guide rotation box, so that the main end face of the card stop is separated from the main tooth by the strong pulling force of the reciprocating power, or One end of the unloading side toothed pin rests on the integrated block sealing guide turnout box, so that one end of the unloading side toothed tooth pushing side tooth head is provided with a latching side tooth end face, so that the shape of the end face of the latching side tooth end In order to prevent the side tooth head from retracting when the side tooth head moves toward the integrated block sealing guide turnout box, the end face of the latching side tooth head is separated from the side tooth seat by the strong pulling force of the reciprocating power machine, thereby realizing quick unloading Tooth change, improve efficiency.

16. Or support one end of the unloading and increasing toothed body on the integrated block sealing guide to turn the box, so that the end of the unloading and increasing toothed body push-locking and increasing the toothed body is provided with a latching and increasing tooth end face, so that the card The shape of the end face of the gear-increasing tooth body is to prevent the expansion tooth body from retracting when the joint tooth body moves toward the integrated block sealing guide turn-stop box, so that the end face of the block gear-increasing tooth body is increased by the strong pulling force of the reciprocating power machine. The tooth body is separated from the tooth body of the tooth, or one end of the unloading side ring gear is supported on the integrated block sealing guide turnout box, so that the end of the fixed side ring gear pusher fixed side ring gear is provided with a blocking gear Fixing the end face of the ring gear so that the shape of the end face of the retaining ring of the retaining ring prevents the side tooth retracting when the fixed side ring gear moves toward the direction of the integrated block sealing guide anti-rotation box, so that the end face of the retaining ring of the retaining ring is reciprocated by means of reciprocating The powerful pulling force of the power unit separates the fixed side ring gear from the pin-type main tooth body, and the main reciprocating tooth or the main tooth or the side tooth or the joint tooth body or the fixed tooth is fastened by the unloading device and the powerful power of the reciprocating power machine. The side ring gear is unloaded, etc., the concept is clever, the operation is simple and convenient, and it is guaranteed The reciprocating impact component that needs to be disassembled and retracted by the reciprocating impact can be dismantled at the site, realizing the rapid unloading of teeth and improving the efficiency, and the solution completely solves the reciprocating toothing after being subjected to the strong reciprocating impact reaction force for a long time. Difficult to disassemble, long-term obstacles to the use of reciprocating impact mining machines for production sites.

17. One end of the main tooth body of the tooth holder is provided with a main reciprocating tooth insertion hole or a main reciprocating tooth insertion post, so that the other end of the main tooth body of the tooth holder is provided with an enlarged toothed body insertion hole or an enlarged joint tooth column. Correspondingly, an enlarged tooth column or an increased tooth hole is arranged on the enlarged tooth of the inserted column, and the enlarged tooth column is inserted into the enlarged tooth hole or the enlarged tooth hole and the inserted tooth are inserted. On the body column, or the inner holes of the two or more fixed side ring gears are sleeved on the outer circumference of the pin-type main teeth, so that more than two fixed side ring gears increase the height of the side tooth heads, and the fixed side ring gears The circular positioning side reciprocating tooth is arranged on the upper part to facilitate partial replacement of the side tooth partially damaged by the main tooth body, and the insertion column augmenting tooth body is added on the main tooth body of the toothed seat provided with the side reciprocating tooth, which relatively increases the main tooth body of the toothed seat. The height is convenient for the partial replacement of the main tooth body of the tooth holder, which is advantageous for providing a side reciprocating tooth arm on the enlarged tooth body of the insertion post, so that the side reciprocating The tooth arm is provided with a through-toothed through-hole for facilitating the side tooth to be placed on the side shank of the rear end of the side tooth when the side tooth is damaged, and the side tooth is pulled from the side shank by the backward pulling force of the reciprocating power Push out, set side reciprocating teeth on the increased tooth body or set the fixed side ring gear or set the main tooth tooth frame or set the beam cover frame or set the main tooth or set the tooth to increase the tooth, etc. The height of the main tooth or the side tooth head is increased, and the side reciprocating teeth are arranged up and down and laterally matched, which changes the original design defect that the drainage of the plurality of reciprocating impact teeth is difficult to discharge and the water spray is difficult to cool. The main tooth body is divided into multi-section settings, which is convenient for local maintenance and replacement of the impact part with local damage. In addition, the use of the increased tooth pin reduces the use cost from multiple aspects and reduces the need to replace due to a small piece of damage. The loss of the large parts to which the small parts belong and the waste of manpower, material resources and time for replacing large parts improve the mining efficiency, increase the area and depth of the reciprocating impact material, and improve the material rate and output of the washed materials. Reciprocating tooth holder It is convenient to observe the mining conditions and timely maintenance. The fixed side ring gear is sleeved on the main reciprocating teeth to protect the main reciprocating teeth, improve the strength of the main reciprocating teeth, and achieve the rapid replacement of the reciprocating teeth, realizing the mining machine by The non-utility prototype turned to the generalization of industrialization, and the breakthrough realized the function that the mining machine can sweep the mining materials, so that the mining machine can easily realize the work of excavation, trimming and clearing the bottom in the roadway excavation, and solve the industrialization process of the reciprocating impact mining machine. The technical bottlenecks and difficulties in China.

18. The reciprocating tooth joint linking section, the reciprocating toothed seat guiding section, the reciprocating toothed seat sealing section and the reciprocating toothed seat inserting section are integrated structures, so that the main reciprocating teeth are interlocked to guide the sealing toothed seat in the integrated block sealing guide The rolling guide mechanism is used to ensure the stability of the linear reciprocating impact of the main reciprocating tooth, and the structural strength of the interlocking guiding and sealing toothed seat is improved, and the manufacturing is easy, and the precision of the parts is good.

19. The reciprocating toothed seat sealing section is disposed on the inner surface of the sealing reciprocating toothed seat member or the floating sealing sleeve, and the outer side of the guiding box plate is provided with a sealing reciprocating toothed member or a floating sealing sleeve wall, and a box plate protective telescopic sealing sleeve is disposed. The tooth body protection telescopic seal sleeve is disposed on the inner side or the outer side of the box plate protection telescopic seal sleeve, and the length of the overlapping portion of the main tooth body telescopic seal sleeve and the box plate telescopic seal sleeve overlaps the reciprocating impact of the main reciprocating tooth The impact stroke is provided with an outer sheath seal between the main tooth body telescopic seal sleeve and the box plate guard telescopic seal sleeve. When the main reciprocating tooth reciprocates, the outer sheath seal is located in the main tooth body telescopic seal sleeve In the overlapping section with the box plate telescopic seal sleeve, the box plate protection telescopic seal sleeve is used alone or the main tooth body protection telescopic seal sleeve is used alone or the box plate protection telescopic seal sleeve and the main tooth body protection telescopic seal The sleeve telescopic protection or the main tooth body protection telescopic seal sleeve, the outer sheath seal and the box plate protection telescopic seal sleeve cooperate with the telescopic seal, etc., preventing the dust and mud water from corroding the reciprocating tooth seat sealing section, preventing the material from slamming damage and reciprocating. Seat seal segment.

20. The integrated block sealing guide rotation stop box and the reciprocating tooth seat sealing section are provided with a sealed reciprocating toothed seat or a floating sealing sleeve, etc. The floating sealing sleeve comprises an outer floating sealing member, an inner floating sealing member and an intermediate skeleton, etc. The sealing member is disposed on the outer ring of the intermediate frame, the inner floating sealing member is disposed on the inner ring of the intermediate frame, the reciprocating sealing portion of the tooth seat passes through the inner floating sealing member, the inner floating sealing member is pressed against the reciprocating sealing section of the tooth holder, and the end of the telescopic protective cover is buckled. Fitted on the reciprocating seal section of the tooth holder and fastened at the other end On the intermediate frame, the telescopic shield prevents material damage and contaminates the reciprocating sealing section of the tooth holder.

21. The reciprocating toothed seat sealing section is disposed in the inner surface of the sealing reciprocating toothed seat or the floating sealing sleeve, and the outer side of the guiding box plate is provided with a sealing reciprocating toothed part or a floating sealing sleeve hole wall, and a box plate protective telescopic sealing sleeve is arranged. The tooth body protection telescopic seal sleeve is disposed on the inner side or the outer side of the box plate protection telescopic seal sleeve, and the length of the overlapping portion of the main tooth body telescopic seal sleeve and the box plate telescopic seal sleeve overlaps the reciprocating impact of the main reciprocating tooth The impact stroke is provided with an outer sheath seal between the main tooth body telescopic seal sleeve and the box plate guard telescopic seal sleeve. When the main reciprocating tooth reciprocates, the outer sheath seal is located in the main tooth body telescopic seal sleeve In the overlapping section with the box plate telescopic seal sleeve, the box plate protection telescopic seal sleeve is used alone or the main tooth body protection telescopic seal sleeve is used alone or the box plate protection telescopic seal sleeve and the main tooth body protection telescopic seal The sleeve telescopic protection or the main tooth body protection telescopic seal sleeve, the outer sheath seal and the box plate telescopic seal sleeve cooperate with the telescopic seal, etc., to prevent dust, muddy water and other reciprocating toothed seat sealing sections, and prevent material and other slamming damage. to Tooth holder sealing section.

22. The main tooth body is provided with a main tooth body protection telescopic seal sleeve retaining piece or a main tooth body protection telescopic seal sleeve and the main tooth body through a threaded connection to stop or the main tooth body protection telescopic seal sleeve and the main tooth body The main tooth body telescopic seal sleeve is fixed by the tapered surface stop or the main tooth body telescopic seal sleeve retaining member, and the main tooth body is provided with a main tooth body telescopic seal sleeve to remove the top wire hole and/or The main tooth body protection and telescopic seal sleeve is provided with a disassembling wire hole, and the top wire hole is convenient for disassembling the main tooth body protection telescopic seal sleeve.

23. The main tooth body is provided with a main tooth body telescopic seal sleeve at the rear of the main tooth body, and the main tooth body protection telescopic seal sleeve is fastened on the interlocking guide seal gear holder to block dust, water or material from entering the main perforation hole. The inner or inner tooth shoulder and the punch shoulder joint cause the reciprocating tooth impact direction to be inclined, the main tooth body telescopic seal member sleeves support the reciprocating tooth, and the main tooth body protection telescopic seal sleeve set not only has the dynamic sealing effect, but also Effective dustproof and good use.

24. The main reciprocating tooth jack member is fastened with the guide sealing toothed socket, and the rear end of the main reciprocating tooth extends into the integrated block sealing guiding turnout box, and the rear end of the main reciprocating tooth is slidingly sealed with the box sealing device. The rear end of the main reciprocating tooth is advantageous for sliding sealing.

25. The side reciprocating tooth is provided with a material dividing surface at the front end surface of the telescopic sealing sleeve of the box plate, and the material is distributed to the two sides to guide the material, and the side reciprocating teeth are led to the material accumulated at the front end surface of the box plate protective telescopic sealing sleeve. The material layer is not formed between the box guard telescopic seal sleeve and the main tooth body or the side reciprocating teeth, and the material layer is prevented from resisting the reciprocating impact of the main reciprocating teeth and/or the side reciprocating teeth.

26. The sheath guards are arranged at the rear of the main tooth body, and the shape of the sheath guard does not form an extrusion surface with the end surface of the box plate telescopic seal sleeve, preventing the material from being in the sheath guard and the box plate retaining and sealing seal. The stacking between the sleeves prevents the material from impacting and damaging the main tooth body to protect the telescopic seal sleeve.

27. The main tooth connecting beam on the front frame beam frame is convex outward with respect to the integrated block sealing guide turn box, and the main tooth connecting beam on the rear beam cover frame is sealed with respect to the integrated block. The to-reverse box is recessed inward, and the main tooth connecting beam of the front row and the main tooth connecting beam of the rear row of the rear row form a discharging port, which is favorable for the rapid outflow of the mined material.

28, the side reciprocating teeth are evenly arranged along the radial direction of the main punching teeth or the staggered arrangement or the side reciprocating teeth along the axial direction of the main punching multi-layer cloth Set, so that the mining machine is suitable for mining different materials, suitable for different environments and spaces.

29. The main punching teeth are multi-head punching teeth or single-head punching teeth, and the main punching teeth and the side top teeth are arranged in a plane or in a curved surface, and the main punching teeth and the side top teeth are matched with the blanking materials while clearing the material wall.

30. The center line of the main tooth body insertion column is coincident or parallel with the reciprocating impact power direction, so that the main tooth body is firmly fitted on the interlocking guide sealing gear holder, which is beneficial to the vertical reciprocating impact of the main reciprocating tooth relative to the material.

31. The shoulder of the tooth and the shoulder of the tooth are subjected to the impact reaction force. The shoulder cone surface of the tooth seat is closely engaged with the groove of the shoulder surface of the tooth to prevent dust, water, slime, corrosive material or material from entering. Insert the reciprocating perforations.

32. A retaining elastic body is disposed between the front side wall of the unloading main tooth groove and the conical head, and the anti-retracting column is inserted into the main tooth handle retaining hole groove, and the front side wall and the outer body tapered nut are unloaded at the main tooth groove. A nut portion elastic body is disposed between the retaining screw and the retaining nut to prevent the retaining elastic body and the nut portion elastic body from falling off, and the elastic body prevents the reciprocating tooth from swaying.

33. A sealing member is arranged between the main toothed retaining hole groove and the blind hole outer tapered nut, the blind hole and the sealing member prevent the rusting and stopping thread, and the side toothed elastic body is disposed on the side toothed seat elastic body hole, The side shank is inserted into the side shank elastic body hole and passes through the side shank elastic body, and the side tooth shank elastic body structure is arranged at the rear end of the side shank to press the side shank elastic body, and the side shank is in the initial installation It is already in the pre-tightening state.

34. The side shank elastic body is disposed at the rear of the side shank, the side shank is fitted into the through hole and passes through the side shank elastic body, and the stagnation structure is disposed at the rear end of the side shank. Body, the side shank is pre-tightened at the time of initial installation.

35. The sealing and unloading main tooth groove member is arranged on the main tooth groove of the unloading, and the sealing main tooth groove member is fixedly sealed by plugging or sealing with an end tapered backing piece or fixed by a circlip or sealed with a wire rope or used. Bonding or sealing with a card slot or fixing with a screw or fixing the seal with a hose clamp.

36. The main reciprocating tooth anti-rotation structure and the side reciprocating tooth anti-rotation structure prevent the main reciprocating tooth and the side reciprocating tooth from rotating relative to the reciprocating impact power box, and ensure the shape of the main reciprocating tooth and the side reciprocating tooth according to the required mining material in actual work. For maintaining the structure, the straight rib side shank on the lower cone is disposed on the straight rib side shank through hole on the lower cone or the straight rib side shank on the lower cone is disposed on the lower cone on the straight rib side shank blind hole, etc. The upper straight edge of the side tooth holder and the upper straight edge of the side tooth holder are fastened to prevent the side reciprocating tooth from rotating, and the structure is simple, convenient to manufacture, and the rotation strength is large, and the direction of the tooth shape of the main reciprocating tooth and the side reciprocating tooth is ensured. At the same time, premature failure of related parts is avoided.

37. The reciprocating tooth rotation preventing groove and the guiding rod rotation preventing protrusion are fastened to prevent the main reciprocating tooth from rotating relative to the interlocking guiding sealing gear holder, and the side toothing rotation preventing groove and the side toothing rotation preventing protrusion are fastened to block The side tooth head rotates relative to the side tooth holder.

38. The main tooth head is an alloy tooth head, the alloy tooth head is fixed on the main punching body, the alloy tooth head is wear-resistant, impact-resistant and has a long service life; the inclined surface guiding surface or the curved guiding surface or the plane guiding surface Or the curved surface of the curved surface, etc., the material is smoothly guided out during the impact blanking; the concave surface is reduced to reduce the direct contact area between the main tooth and/or the side tooth and the material, reducing wear and reducing wear The concave surface reduces the weight of the punch and reduces the impact resistance.

39. A toothed shoulder seal is arranged between the interlocking guide pinion seat and the main reciprocating tooth, and the tooth shoulder seal is disposed between the tooth shoulder and the tooth shoulder or disposed on the main tooth handle and the main punch hole Between or between the side shank and the side hole, the shoulder seal prevents the chipping and muddy water from entering the gap between the main reciprocating tooth and the interlocking guide pinion seat. The dustproof effect is good, and the shoulder is extended. Seal life.

40. The main reciprocating tooth and/or the side of the side reciprocating tooth are provided with wear-resistant ribs or wear-resistant alloy blocks, etc., and wear-resistant ribs or wear-resistant alloy blocks are welded on the side of the main reciprocating tooth and/or the side reciprocating tooth. To reduce the wear of the reciprocating teeth, the unloading groove is disposed at the main tooth body and the main tooth bonding portion and/or the unloading groove is disposed at the side tooth holder and the side tooth head bonding portion, so as to facilitate the disassembly and replacement of the main tooth.

41. The hard wear sleeve is sleeved on the guiding portion of the reciprocating tooth holder, and the hard wear sleeve and the reciprocating tooth holder guiding section are provided with a hard wear sleeve rotation stop structure, or the hard wear block and the reciprocating tooth holder guide The segment is fixedly connected by a card slot or fixedly connected by a screw or fixedly connected by a tapered surface or fixedly connected by a wear block stopper. The hard wear sleeve and/or the hard wear block increase the resistance of the reciprocating toothed guide segment. Impact, anti-wear strength.

42. The side reciprocating tooth comprises a multi-tooth row arranged along the longitudinal direction of the main reciprocating tooth and/or longitudinally along the interlocking guiding sealing pin holder, the multi-tooth row being arranged along the side of the main reciprocating tooth or the periphery, the circumference When the multi-tooth row is set, the multi-tooth row multi-directional movement multi-side impact blanking is provided, and a gap is provided between the multi-tooth row and the multi-tooth row, and the material to be washed out is discharged from the gap.

43. The distance between the teeth and the teeth of the reciprocating teeth of the insertion hole is not more than three times of the reciprocating impact stroke, not less than one third of the reciprocating impact stroke, and the inserting hole serration reciprocating teeth are laterally oscillated and excavated. Through-hole sawtooth reciprocating punching straight-line reciprocating impact while sawing the side wall material, reducing the lateral damage of the reciprocating impact power guiding member, and increasing the lateral mining function of the reciprocating punching tooth of the insertion hole.

44. The insertion side perforation groove is longitudinally disposed along the surface of the main tooth body, the side tooth shank and the insertion side perforation groove cooperate with the fixed side tooth head, and one end of the insertion side tooth shank groove is provided with a insertion side tooth shank opening, and the other end side is provided with a side tooth The handle member is provided with a fixed side impact tooth groove between the insertion side handle opening and the side tooth handle, and the side tooth handle is inserted into the insertion side tooth groove from the open end of the insertion side handle, and the side tooth protrudes from the fixed side The impact tooth groove, the structure is advantageous for setting the side tooth head into a tooth row, and cutting the material with the tooth row.

45. The tooth cap structure is provided with a toothed cap jack or a toothed cap, and the insertion hole is provided with a toothed cap fixing post or a toothed cap fixing jack at the front of the reciprocating punching tooth, and the tooth cap jack is disposed on the tooth cap. The fixing post or the tooth cap insert is arranged on the fixed cap of the tooth cap, and the setting of the tooth cap is advantageous for separating the reciprocating tooth top of the insertion hole from the tooth body, and partially replacing the easily damaged tooth tip, thereby saving cost. .

46. The main tooth body tooth frame and the main tooth body cone surface are stopped or the main tooth body tooth frame retaining piece is arranged to prevent the main tooth body tooth frame from falling off from the main tooth body, and the tooth frame side reciprocating tooth and the toothing tooth The tapered surface of the frame is retracted or the toothed side of the toothed frame is retracted or the threaded frame of the toothed frame is retracted or the side of the toothed frame is reciprocated with the toothed frame. The shank is fixed through the through-hole reciprocating tooth through hole, and the side reciprocating tooth is arranged on the punching frame to increase the mining area of the main reciprocating tooth, and the main tooth toothing frame is close to the main tooth body The protective telescopic seal sleeve and/or the side of the telescopic seal sleeve adjacent to the box plate are provided with a guide surface, and the guide surface will be accumulated on the main tooth body frame and the main tooth body telescopic seal sleeve or stacked on the main tooth Material extraction between the body frame and the box plate telescopic seal sleeve.

47, a gap is provided between the side reciprocating tooth and the side reciprocating tooth, and a sprinkler is arranged on the telescopic sheathing box plate opposite to the main reciprocating tooth and the rear side of the side reciprocating tooth, and the water spout is opposite to the side reciprocating tooth The gap is arranged, the water flow is sprayed to the side reciprocating tooth and/or the main reciprocating tooth head through the gap between the side reciprocating teeth, and the gap between the side reciprocating teeth is arranged to facilitate the discharge of the material to be harvested, which is beneficial to the side reciprocating tooth, the main The reciprocating tooth cools down.

48. The other end of the main tooth body of the tooth holder is provided with an enlarged toothed body insertion hole or an enlarged joint tooth column, and the corresponding enlarged tooth body column or the increased tooth body hole is arranged on the inserted column enlarged tooth body. Inserting the enlarged tooth column into the enlarged tooth hole or inserting the enlarged tooth hole and inserting the enlarged tooth ring, or fitting the inner holes of the two or more fixed side ring gears to the pin The main teeth of the main teeth, etc., so that more than two fixed side ring gears increase the height of the side tooth heads, and the ring side positioning side reciprocating teeth are arranged on the fixed side ring gears, which facilitates partial replacement of the side teeth partially damaged by the main tooth body. In the main tooth body of the toothed seat with the side reciprocating teeth, a pinned joint tooth body is added, which relatively increases the height of the main tooth body of the tooth seat, and facilitates partial replacement of the main tooth body of the toothed seat, which is beneficial to adding a tooth body in the inserting column. The side reciprocating tooth arm is disposed on the side, and the side reciprocating tooth arm is disposed on the side tooth through hole, which is beneficial to the side tooth shank of the rear end of the side tooth head when the side tooth head is damaged, and the back of the reciprocating power machine is used The pulling force pushes the side tooth head out from the side tooth shank, and the side toothed tooth is provided with the side reciprocating tooth or the fixed side ring gear or the setting The main tooth body frame or the beam cover frame or the main tooth or the addition of the tooth body, the height of the main tooth or the side tooth is increased, so that the side reciprocating teeth are arranged up and down and laterally matched. The original design defect that is difficult to discharge due to the horizontal plane arrangement of multiple reciprocating impact teeth and difficult to spray water is changed. The main tooth body is divided into multiple sections to facilitate local repair and replacement of the impact part with local damage. The use of the increased tooth pin reduces the cost of use from multiple aspects and structures, reduces the loss of the large parts to which the small part belongs due to a small piece of damage, and the waste of manpower, material resources and time for replacing large parts, and improves the waste. Mining efficiency.

49. The side reciprocating teeth are arranged in a single layer or a plurality of layers along the axial direction of the main tooth body, or the side reciprocating teeth are arranged in a single layer or a plurality of layers along the axial direction of the main teeth, and the side teeth and/or the side tooth holders are arranged. The auxiliary side tooth, the ring hole of the fixed side ring gear is sleeved on the outer circumference of the pin type main tooth, and one or more ring positioning side reciprocating teeth are arranged on the outer circumference of the fixed side ring gear, and the pin type main tooth body and the inner pin hole side reciprocate Tooth taper stop or pin type main tooth body and inner pin eyelet side reciprocating tooth thread stop or pin type main tooth body and inner pin hole ring side reciprocating tooth are provided with anti-return structure stop or pin type main tooth body The inner pin hole side reciprocating tooth is provided with the inner pin hole ring retaining member to be retracted, and two or more fixed side ring gears are arranged up and down to increase the mining height of the main reciprocating tooth and the side reciprocating tooth.

50. The rear inner pin hole side reciprocating tooth is disposed at the rear of the pin type main tooth body, the front inner pin hole side side reciprocating tooth is disposed at the front part of the pin type main tooth body, and the rear inner pin hole side side tooth shank It is arranged with front and rear misalignment of the front pin hole side shank or linearly spaced forward or backward, or when the front inner pin hole side shank is aligned with the front inner pin hole side shank. The inner pin hole side shank and the front inner pin hole side shank form a side tooth row tooth or form a side tooth head tooth row, and the side tooth head tooth row reciprocates the material while sawing the material.

51. The rear inner pin hole side reciprocating tooth, the front inner pin hole side reciprocating tooth and the pin type main tooth body taper surface, the rear inner pin hole side side reciprocating tooth and the front inner pin hole side side reciprocating tooth The inner pin hole side reciprocating tooth gap is provided, and the inner pin inner ring hole side reciprocating tooth sways along the pin type main tooth body toward the integrated block sealing guide turnout box, and the front inner pin hole ring side reciprocating tooth occupies the inner pin hole ring The side reciprocating tooth gap, the inner pin hole side reciprocating tooth gap causes the front inner pin eyelet side reciprocating tooth and the rear inner pin eyelet side reciprocating tooth not to push each other, increasing the front inner pin hole ring side reciprocating tooth and the rear inner pin hole ring The strength of the side reciprocating gear pinning pin type main tooth body.

52. A side ring gear pin hole is arranged at a joint portion of the pin type main tooth body and the fixed side ring gear, and a side ring gear stop pin is disposed in the side ring ring stop pin hole, and the side ring ring stop pin prevents the fixing pin from being fixed. The side ring gear rotates relative to the pin-type main tooth body.

53. A rear side ring gear pin hole is disposed at a joint portion of the pin type main tooth body and the rear fixed side ring gear, and a side ring gear stop pin is disposed in the rear side ring ring stop pin hole, and the side tooth is provided. The ring stop pin prevents the rear fixed side ring gear from rotating relative to the pin type main tooth body or the side ring gear stop pin preventing the rear fixed side ring gear and the front fixed side ring gear from rotating relative to the pin type main tooth body When the side ring rotation preventing pin prevents the rear fixed side ring gear and the front fixed side ring gear from rotating relative to the pin type main tooth body, the side fixed side ring gear is disposed on the front fixed side ring gear. The front side ring gear stop pin hole is fastened, the front side ring gear stop pin hole is fastened to the side ring gear stop pin, and the side ring ring stop pin is matched with the rear side ring ring stop pin hole At the same time, the front fixed side ring gear and the rear fixed side ring gear are prevented from rotating, and one side ring ring stop pin prevents the rotation of the front fixed side ring gear and the rear fixed side ring gear, thereby reducing the pin type main tooth body. A plurality of anti-rotating pin holes are arranged on the top to improve the strength of the pin-type main tooth body, and the structure is simple and reliable, and the front fixed side ring gear and the rear fixed side ring gear block the side ring gear stop Sales fall off.

54. The rear end of the pin-shaped main tooth tooth top tooth head is larger than the pin end type main tooth body end end face, and the pin-type main tooth body top tooth tooth head rear end is at the end of the front inner pin hole ring side reciprocating tooth, Pin-type main tooth body and pin type main tooth body top tooth taper surface stop or pin type main tooth body and pin type main tooth body top tooth thread stop or pin type main tooth body and pin type main The tooth body top teeth are stopped by the retaining member, and the pin-type main tooth body top teeth prevent the front inner pin hole ring side reciprocating teeth from falling off from the pin-type main tooth body, and the structure is simple and practical.

55. A side ring rotation preventing sliding hole is arranged at a position corresponding to the main tooth body rotation preventing screw hole of the fixed side ring gear, and the longitudinal direction of the side ring ring rotation preventing sliding hole is parallel with the main reciprocating tooth impact direction, and the main tooth body stops. The rotating bolt passes through the side ring rotation stop sliding hole and is fixedly connected with the main tooth body rotation preventing screw hole, and the main tooth body rotation preventing bolt is disposed near the side ring gear rotation preventing sliding hole, and the main tooth body rotation preventing bolt and the side tooth The sliding hole spacing is arranged between the hole wall of the front sliding ring and the front side ring gear is moved relative to the pin type main tooth body to the direction of the integrated block sealing guiding turnout box, and the side ring gear is prevented from rotating the front hole wall of the sliding hole Moving to the direction of the integrated block sealing guide turnout box, the sliding hole spacing is such that the main tooth body rotation preventing bolt is not sheared by the front ring wall and the rear hole wall of the side ring rotation preventing sliding hole, thereby improving the main tooth body rotation preventing bolt The service life.

56. Or, the side ring gear pin hole is disposed at a position corresponding to the main tooth body stop pin sliding hole of the fixed side ring gear, and the longitudinal direction of the main tooth body rotation preventing hole is parallel with the impact direction of the main reciprocating tooth, and the side tooth The ring-stopping pin is fixedly fixed to the side ring-stopping pin hole and disposed in the main tooth body sliding hole, and the side ring-shaped turning pin is disposed near the front tooth wall of the main tooth body stopping sliding hole, and the side ring-shaped turning pin A sliding distance is provided between the wall of the hole behind the main tooth body stop sliding hole, and the side ring gear is in the main direction when the fixed side ring gear moves relative to the pin type main tooth body toward the integrated block sealing guide rotation preventing box. The tooth rotation preventing sliding hole is moved toward the direction of the anti-rotation box of the integrated block sealing guide, and the sliding hole spacing is such that the side ring rotation preventing pin is not cut by the main tooth body rotation hole and the front hole wall, and the side ring ring is closed. The rotation hole and the side ring rotation stop pin closely cooperate to prevent dust and water from entering the main tooth body rotation preventing sliding hole, thereby reducing the corrosion of the fixed side ring gear, the side ring gear rotation stop pin and the pin type main tooth body.

57. The main reciprocating tooth socket member and the guide sealing tooth socket are connected by a cone surface, and the reaction force of the reciprocating impact causes the main reciprocating tooth jack member to closely engage with the tapered surface of the guide sealing tooth socket, or the main The tapered joint portion of the reciprocating toothed socket member and the guide sealing toothed socket is provided with a tapered pin hole, and the open elastic pin is disposed on the tapered pin hole. When the tapered surface moves the shearing opening elastic pin, the diameter of the opening elastic pin is reduced to avoid being Shearing, or providing a main reciprocating tooth retaining member hole on the main reciprocating tooth socket member, and providing a guiding sealing toothed socket retaining member sliding hole on the guiding sealing toothed inserting post, and setting the main tooth retaining member to The main reciprocating tooth retaining member hole is in the sliding hole of the guiding seal tooth seat insert retaining member, and the main tooth retaining member is closely matched with the main reciprocating tooth retaining member hole to prevent dust, water, mud and material from entering.

58. The main tooth body is provided with a main tooth body insertion post, and a main tooth retracting hole groove is arranged on the main tooth body pin hole groove, and the main tooth tooth groove is arranged on the main tooth body insertion post, and the main tooth body insertion column The hole slot is connected with the main tooth groove of the unloading, so that the diameter of the main tooth stop hole is smaller than or the diameter of the main tooth groove, and the main tooth stop groove is disposed in the main tooth groove, and the main tooth stop includes the main The main tooth retracting member is disposed in the main tooth retreating hole and is disposed in the main tooth groove, and the main tooth retreating member and the main tooth groove side wall cooperate to prevent the main tooth body pin hole The slot is detached from the main tooth body insertion post, and the side wall of the main tooth retreating hole is spaced apart from the side wall of the main tooth groove, and the retracting member includes a gear unloader, the end face of the main tooth body and the side of the main tooth groove The wall is provided with a space for inserting the unloader or a groove for the main tooth body, and the groove for the main gear is arranged perpendicular to the impact of the material, and the hole of the main tooth body is pushed by the impact reaction force to the main tooth body. When moving, the main tooth retreating member moves toward the main tooth groove, and the distance between the side wall of the main tooth retreating hole and the side wall of the main tooth groove is so that the main tooth retreating piece is not sheared, and the main tooth is Need more When the main toothed retaining piece is taken out from the main toothing retaining hole groove, the main tooth body inserting hole is arranged from the main toothed pin by the inclined surface of the unloading device at the end of the main toothed pin. Falling down.

59. A side tooth holder is disposed on the main tooth body. When the side tooth handle is disposed on the side tooth tooth blind hole, a side tooth retaining hole groove is disposed on the side tooth handle, and the side tooth seat is provided with a discharge side tooth groove, and the side tooth hole is inserted. The side tooth retreating hole is disposed in the unloading side groove, the side tooth retreating hole groove diameter is less than or equal to the unloading side cogging diameter, and the side tooth retracting member is disposed on the side tooth retreat. The hole groove is disposed on the unloading side groove, and the side tooth stop member and the front side groove of the unloading side groove cooperate to prevent the side tooth shank from falling off from the insertion side hole, and the side tooth stop hole groove The rear side wall and the rear side of the unloading side groove are provided with a spacing. When the side tooth head is impacted and the side tooth shank moves into the insertion side perforation, the rear side of the side tooth retracting hole groove and the rear side of the unloading side groove The spacing of the walls is such that the side tooth retaining members are not sheared.

60. At the rear end of the guide sealing toothed socket, a toothed pin insertion stop or a toothed pin insertion pin hole is arranged, and a main reciprocating tooth socket rotation groove is arranged at the rear end of the main reciprocating tooth insertion hole, and the main reciprocating tooth insertion is inserted. The hole stopping groove is open toward the direction of the integrated block sealing guide rotation box, and the main reciprocating tooth socket rotation preventing groove is fastened on the tooth holder plunger to prevent the main reciprocating tooth insertion hole from rotating relative to the guiding sealing toothed socket A toothed pin insertion stop pin or the like is disposed in the rotation preventing pin hole of the toothed socket, and the main reciprocating tooth insertion groove is fastened to the toothed pin to prevent the main reciprocating tooth insertion hole from being opposite to the guiding sealing tooth holder. The insertion column rotates, and the outer side wall of the main reciprocating tooth jack rotation stop groove covers the tooth holder insertion post rotation stop table or the tooth socket insertion pin rotation stop pin, so that the tooth holder insertion stop rotation table or the tooth socket insertion pin rotation pin is free from dust pollution, Water rust.

61. A side tooth rotation stop stop is arranged on a side tooth seat corresponding to the side tooth rotation end surface of the side tooth joint and the side tooth head joint portion, and the side tooth seat rotation stop block cooperates with the side tooth head rotation stop surface. The side tooth tip is prevented from rotating relative to the side tooth holder.

62. The axis of the side toothed cone hole is parallel with the axis of the interlocking guide sealing gear holder or the axis of the side toothed cone hole is set at an angle of 0-45 degrees with the axis of the linkage guiding sealing gear holder, and the optimal angle is 3-10 The angle, the setting or the side shank is parallel to the axis of the interlocking guide pinion seat, the apex of the side tooth tip and the side tooth holder axis or the side of the side tooth tip and the side tooth holder axis are set at an angle of 0-45 degrees, preferably The angle is 3-10 degrees, and the best angle of 3-10 degrees is beneficial to the shearer to cut the coal wall.

63. The joint between the side shank and the side impact head is provided with a circular arc transition to reduce stress concentration, and prevent lateral force from shearing the side impact head from the joint of the side shank and the side impact head, thereby improving the service life of the side reciprocating teeth.

64. The reciprocating punching through hole is arranged in the same direction with respect to the reciprocating impact direction of the reciprocating punch, and the reciprocating punching handle of the through hole is disposed in the reciprocating through hole seat, and the through hole through the reciprocating punching through hole The insertion hole reciprocating punch handle is provided on the retracting section of the retracting section, and the retracting stopper pin is inserted into the insertion hole, and the retracting tooth is retracted by the reciprocating punching handle. Or set the retaining nut to be retracted on the retracting section of the reciprocating punching handle of the insertion hole, or set the retracting member of the top wire hole pin to the retracting hole of the reciprocating punching handle of the insertion through hole and the reciprocating punching through hole seat The hole prevents the insertion hole from reciprocating and the tooth shank is detached, the top wire hole is convenient for removing the top wire hole pin, or the insertion hole is reciprocated on the retracting portion of the reciprocating tooth shank through the insertion hole of the reciprocating punching through hole through hole The circlip handle retaining section circlip groove is arranged in the insertion hole, the reciprocating tooth shank retracting section circlip groove makes the circlip and the reciprocating punching through hole hole end face cooperate with the retreat, because the circlip does not be inserted The through-hole reciprocating tooth shank is displaced by the strong reciprocating impact reaction force and is sheared into the reciprocating punching through-hole hole, so the circlip will not be stuck. The misalignment of the reaming toothed through hole seat and the insertion hole reciprocating tooth shank can be quickly removed when the need to disassemble and replace the circlip at the rear end of the reciprocating punching shank. The punching through hole is pushed out in the through hole seat to realize quick installation and removal of the inserted through hole reciprocating punching.

65. The use of the reciprocating punching through-hole seat fundamentally solves the structural principle: the reciprocating impact of the rock wall, the coal wall, the concrete wall, etc., makes the reciprocating tooth shank reciprocate toward the blind hole. The blind hole end is seriously misplaced, The reciprocating tooth shank frequently cuts or shears the retracting member, causing the retreating member to fail. The reciprocating tooth shank is detached or the deformation of the retracting member is difficult to disassemble for a long time or the retracting member cannot be replaced due to the disassembly. The structural design obstacles caused by the huge loss caused by the tooth-cutting, and the strong reaction force generated by the reciprocating impact rock wall, coal wall, concrete wall, etc., make the reciprocating tooth taper shank inevitably to the reciprocating punching cone blind hole seat blind The hole end is seriously moved, causing the reciprocating tooth taper shank and the reciprocating toothed cone blind hole seat cone to be locked, but only the reciprocating tooth taper shank can be removed from the front end of the reciprocating toothed cone blind hole seat, resulting in the use of the pull handle It is difficult to disassemble the reciprocating toothed taper shank even if it is knocked or pushed by a jack, or even the reciprocating tooth taper shank can be removed from the reciprocating toothed cone blind hole seat, and the reciprocating punch is disassembled by using an extra large jack. The taper shank also causes the use of the site because the maintenance personnel are not enough to move the extra large jacks and must wait for the multi-person assistance, resulting in a major problem of long-term maintenance and shutdown, and changed the original shearer and roadheader. The reciprocating tooth shank and the blind hole reciprocating toothing seat are threadedly connected, and under the action of strong reciprocating impact reaction force, the thread is impact-deformed, the sliding wire causes the reciprocating tooth to fall off or the thread deformation is lost, and the reciprocating toothing structure cannot be replaced. Reciprocating punching through hole seat is used to disengage the reciprocating toothing handle retaining member from the reciprocating toothing seat to the reciprocating toothing handle retaining member shearing portion, and the jack reciprocating punching handle rear end and the reciprocating punching handle retaining member The structural setting scheme set at the rear end of the reciprocating punching through hole seat completely changes the defects of the original reciprocating impact mining machine, such as poor practical performance, length of disassembly and replacement maintenance, and can not be used for actual mining production site, ensuring quick installation and disassembly. Punching teeth improve production efficiency.

66, the insertion hole reciprocating tooth is set as the insertion hole multi-tooth reciprocating tooth or the insertion hole main and side tooth reciprocating tooth or the insertion hole multi-layer reciprocating tooth or the insertion hole hole saw tooth Reciprocating punching, etc., multi-tooth reciprocating teeth or inserting holes, main and side teeth reciprocating teeth or inserting holes, multi-layer reciprocating teeth or inserting holes, serrations, reciprocating teeth, etc. The impact cross-sectional area of the excavated material is increased, and the function of flushing the side wall material at the same time as the vertical impact blanking of the reciprocating punching hole is increased, and the performance of the reciprocating punching of the inserted through hole is improved, and the performance of the blanking material is greatly improved. Productivity.

67. The oblique conical reciprocating guide material on one side of the anti-rotation tooth is relatively erected on the other side of the high-angle oblique conical reciprocating guide material, and the side of the anti-rotation tooth of the oblique pyramid reciprocating guide is relatively erected. High-angle guide surface, oblique-cone reciprocating guide rotation-stopping tooth or oblique pyramid reciprocating guide material, one side of the anti-rotation tooth is opposite to the vertical tooth surface, etc., which is beneficial to the vertical impact of the reciprocating impact tooth and a large amount of blanking; the oblique cone reciprocating guide The other side of the rotating tooth or the beveled reciprocating guide pin is a high-angle guide surface, which facilitates the rapid derivation of the flushed material to the output material mechanism while impacting the blank.

68. The other side of the oblique cone reciprocating guide material of the oblique cone reciprocating guide material is not curved, which is beneficial to reduce the reciprocating impact of the reciprocating tooth of the insertion hole. The resistance is beneficial to reduce the resistance of the rear material of the reciprocating punching surface of the insertion hole and the reciprocating tooth of the insertion hole, so that the rear material passes smoothly.

69. The inclined cone reciprocating guide material insertion hole hole rotation preventing structure is set as a tapered surface rotation preventing structure or is set as a single side rotation preventing structure or is set as an elliptical rotation preventing structure or is set as a slope rotation preventing structure or is set as a stop stop. Transfer structure or set to pin stop structure or It is provided as a polyhedral rotation stop structure or as an eccentric screw rotation preventing structure or as an eccentric pin rotation preventing structure or as an eccentric convex rotation preventing structure or as a bonding rotation preventing structure or as a multi-edge rotation preventing structure or as an oblique The anti-rotation structure of the table is set as a key anti-rotation structure, etc. When a single-sided anti-rotation structure is used, a single-plane groove or a single-plane stop is arranged on one side of the torsion-cone feed stop hole through-hole seat, correspondingly The single-plane cone which is engaged with the single-plane groove is arranged in the inclined cone reciprocating guide material to prevent the single-plane cone from being fastened to the single-plane groove, or correspondingly to the reciprocating guide at the inclined cone The rotation of the through hole is provided with a single-plane plane that is engaged with the single-plane stop, so that the single-plane stop and the single-sided plane of the rotation stop are locked, and the single-plane cone and the single-plane groove are locked or stopped. The structure of the single-plane stop and the single-side plane of the rotation stop is simple, the manufacturing is simple, the labor and time are small, the component removal is small, the structural strength is large, the component volume and weight are relatively reduced, the cost is saved, and the installation is saved. Disassembly is quick and easy.

70. The rear end of the pin-type main tooth body is fastened at the end of the interlocking guide pinion socket, and the front end of the pin-type main tooth body is provided with a pin-type main tooth top tooth, and the pin-type main tooth body top The tooth and the pin-type main tooth body are fixed by a taper connection or fixed by a screw connection or connected by a pin-type main tooth body stop member, and the side ring gear rotation preventing structure includes a polygonal side ring gear rotation preventing structure or a card slot. Side ring rotation stop structure or lock pin side ring rotation stop structure or stop side ring gear rotation stop structure or hole pin type side ring rotation stop structure or tapered side ring gear rotation stop structure or bevel side ring gear rotation stop Structure or elliptical side ring gear rotation preventing structure or two straight side ring gear rotation preventing structures or single straight side ring gear rotation preventing structure or top wire hole pin rotation preventing structure, etc., side ring ring rotation preventing structure prevents fixed side ring gear Rotate relative to the pin-type main tooth.

71. The main reciprocating tooth jack is connected with the increased tooth body jack or a main tooth body inner baffle is disposed between the main reciprocating tooth jack and the increased tooth body jack, and one end of the through hole eccentric stop member is inserted into the tooth holder The other end of the eccentric rotation stop groove of the insertion post is inserted into the eccentric rotation stop hole of the increased tooth insertion post, and the expansion tooth body is prevented from rotating relative to the interlocking guide sealing socket. One end of the through hole concentric rotation member is inserted into the tooth holder. The other end of the concentric thrust hole groove is inserted into the concentric rotation hole of the joint tooth insertion post to prevent the joint tooth from rotating relative to the interlocking guide pin socket, and the through hole concentric rotation member is set to elliptical The hole concentric rotation preventing member or the polygonal through hole concentric rotation preventing member or the two straight side through hole concentric rotation preventing members or the single straight edge through hole concentric rotation preventing member and the like prevent the joint tooth body from being interlocked The guide sealing pedestal seat rotates, and the eccentric locking projection of the toothed socket is inserted into the eccentric rotation preventing groove of the enlarged toothed pin to prevent the increased tooth from rotating relative to the interlocking guiding sealing pedestal, or the eccentricity of the partition The hole rotation preventing member passes through the main tooth body, and one end of the eccentric rotation preventing hole is disposed at the other end of the toothed socket eccentric hole Positioned in the eccentric hole of the enlarged toothed pin, preventing the increased tooth from rotating relative to the interlocking guide pinion seat, or the eccentric recess of the toothed seat is fastened to the eccentric stop of the adapter post, The eccentric recessed hole of the enlarged toothed pin is fastened on the eccentric stop boss of the enlarged toothed pin, preventing the joint tooth from rotating relative to the interlocking guide pinion seat, or the concentric hole stop of the partition plate is worn One end of the concentric thrust hole of the main tooth body is disposed in the concentric hole of the toothed insert, and the other end is disposed in the concentric hole of the joint tooth insert, preventing the joint tooth from rotating relative to the interlocking guide pin socket, or The concentric pin hole of the toothed socket is fastened to the concentric notch of the toothed insert, and the concentric groove of the toothed insert is enlarged. The button is fastened to the concentric locking boss of the enlarged toothed pin to prevent the additional tooth from rotating relative to the interlocking guiding and sealing socket.

72. The crank connecting rod or the straight shaft cam connecting rod is hinged with the interlocking guiding and sealing gear holder, one connecting rod drives a single socket to form a single-toothed seat reciprocating impactor, and one connecting rod drives the multi-pinted seat to form a multi-plug The reciprocating impactor of the toothed seat, the upper part of the reciprocating impactor of the upper and lower toothed seat is provided with an upper reciprocating toothed joint linking section, an upper reciprocating toothed seat guiding section, an upper reciprocating toothed seat sealing section and an upper reciprocating toothed toothed toothed section, etc. The guide sealing lance holder and the lower part of the upper and lower pedestal reciprocating impactor are provided with a lower reciprocating tooth base linkage section, a lower reciprocating toothed seat guiding section, a lower reciprocating toothed seat sealing section and a lower reciprocating toothed seat arranging section The guiding sealing toothed seat, the upper reciprocating toothed interlocking section and the lower reciprocating toothed toothed interlocking section constitute a reciprocating toothed seat guiding section connecting member, and the reciprocating toothed seat guiding section connecting piece connects the upper interlocking guiding and sealing toothed seat to the lower joint The guide sealing pedestal fixed connection or the reciprocating toothed locating section connecting piece is integrated with the upper interlocking guiding sealing lance holder and the lower linkage guiding sealing arranging seat, and the rolling guiding rotation stopper comprises a roller guiding rotation stopper Or bearing member guide stop, roller guide The rotary device comprises a bearing A, a bearing B and a guiding roller. The bearing A and the bearing B are respectively arranged at two ends of the guiding roller to form a roller guiding and stopping device, or the bearing member guiding and stopping device comprises a guiding bearing member and a guiding bearing fixed The guiding bearing member is disposed on the guiding bearing fixing member, the guiding bearing member comprises a bearing body member or a protective bearing sleeve is disposed on the outer periphery of the bearing body member, and the protective bearing sleeve is disposed on the bearing body member to form a rotation preventing guiding bearing sleeve, the bearing body member Provided on the guide bearing fixing member or the rotation preventing guide bearing sleeve is disposed on the guiding bearing fixing member; the front loading rolling guide rotation preventing assembly plate and the rear loading rolling guiding rotation preventing assembly plate are arranged in parallel in front and rear and the front loading rolling guiding rotation preventing component plate The front and rear righting guide rotation stop spacing is arranged between the rear loading and rolling guide rotation preventing assembly plate, the integrated block connecting piece is connected to the front loading rolling guide rotation preventing component plate, and the rear loading rolling guiding rotation preventing component plate is formed into an integrated block sealing guiding to turntable box The front loading rolling guide rotation preventing component plate comprises a front loading reciprocating toothed seat guiding section single hole integrated block or a front loading rolling guiding rotation preventing component plate package The front loading reciprocating toothed seat guiding section is a porous integrated block, and the rear loading rolling guiding rotation preventing component plate comprises a rear mounted reciprocating toothed seat guiding section single hole integrated block or a rear mounted rolling guiding rotation preventing component plate including a rear mounted reciprocating toothed guiding section porous The integrated block and the like, the rolling guide and the rotation preventing component plate increase the guiding cohesion force, increase the guiding and righting force, and reduce the swinging impact of the reciprocating toothed seat sealing section on the guiding to the rotating box sealing member;

73. The front reciprocating toothed seat guiding section single hole integrated block is provided with a front reciprocating toothed seat guiding section hole and the rear reciprocating toothed seat guiding section single hole integrated block is provided with a rear reciprocating toothed seat guiding section hole, the front reciprocating toothed seat Two or more front rolling guide stopper holes are provided at two or more side portions of the guide segment hole, and two or more rear rolling guide rotation holes are provided at two or more side portions of the rear reciprocating tooth holder guide segment hole, and abutting The front side of the front reciprocating toothed guide hole of the front reciprocating toothed seat is connected to the side wall of the front reciprocating toothed guide hole of the front rolling guide stop hole and abuts the rear reciprocating toothed guide hole The side wall of the rear rolling guide stopper hole is connected with the side wall of the rear reciprocating tooth holder guiding section hole of the rolling guide rotation stopper hole, and the front reciprocating tooth holder guiding section is disposed in the front reciprocating tooth holder guiding section hole, The reciprocating toothed guide segment is disposed in the rear reciprocating toothed guide segment hole, and two or more front rolling guide retainers are disposed in the two or more front rolling guide retainer holes, and two or more rear rolling guide retainers are disposed at Two or more front rolling guide retainer side walls, two or more front rolling guide retainer side walls respectively and two or more sides of the front reciprocating tooth base guiding section are respectively fitted in the front reciprocating toothed seat guiding section holes, two or more The side wall of the rear rolling guide stop is respectively fitted with two or more sides of the rear reciprocating tooth holder guiding section in the rear reciprocating toothed seat guiding section hole, or a plurality of front reciprocating teeth are arranged on the front reciprocating toothed seat guiding section porous integrated block. a plurality of rear reciprocating toothed guide hole holes are arranged on the porous guide block of the rear side of the front and rear reciprocating toothed seat guide segment holes, and two or more front rolling guides are arranged on two or more side portions of each front reciprocating toothed seat guide section hole Two or more rear rolling guide stop holes are provided at two or more side portions of each of the rear reciprocating tooth holder guiding section holes, and the plurality of front reciprocating toothed seat guiding sections are disposed on the plurality of front reciprocating toothed seat guiding section holes a plurality of rear reciprocating adapter guiding segments are disposed in the plurality of rear reciprocating adapter guiding segment holes, and two or more front rolling guiding stoppers are disposed at two or more sides of each of the front reciprocating adapter guiding segments More than two front rolling guides in the hole of the stop, Two or more side portions of each rear reciprocating toothed guide segment are disposed in two or more rear rolling guide rotation stoppers in two or more rear rolling guide rotation stopper holes, and two or more front rolling guide rotation stopper side walls respectively Two or more sides of the front reciprocating toothed guide section are fitted in the front reciprocating toothed guide section hole, and two or more rear rolling guide retainer side walls and the rear reciprocating toothed seat guiding section respectively have two or more sides on the rear reciprocating tooth The sleeve guiding section is fitted in the hole, and the rolling guiding rotation preventing assembly block forms a plurality of supporting members supporting the plurality of rolling guiding stoppers into an integral plate, and the integral plate makes the space intensive supporting the plurality of rolling guiding stoppers Materialization, improve the positioning accuracy of multiple rolling guides, reduce the space waste and material waste added to enhance the strength of each support when using multiple supports, and increase the number of rolling guides The righting strength of the rolling guide stop and the interlocking guide pinion seat simplifies the structure to improve the strength, and reduces the impact shock damage of the interlocking guide pinion seat to the reciprocating power machine. Segment and guide chute seal fitting sealing block sealing guide anti-rotation box, front loading rolling guide anti-rotation component plate and rear loading rolling guide anti-rotation component plate support interlocking guide sealing gear holder, interlocking guide sealing pinion The main reciprocating tooth is arranged at the end of the seat to form a reciprocating impactor of the interlocking guide sealing seat. The reciprocating power unit is connected with the reciprocating toothed interlocking section, and the reciprocating power unit drives the interlocking guiding sealing tooth reciprocating impactor to reciprocate impact, which will support multiple rolling The plurality of support ears of the guiding and stopping device are formed as an integral plate, and the integrated plate makes the space intensively supporting the plurality of rolling guides to be intensively realized, thereby improving the positioning precision of the plurality of rolling guides and reducing the use. In the case of multiple support members, the space waste and material waste increased by enhancing the strength of each support member, and the rolling guide rotation preventing assembly block improves the righting strength of the plurality of rolling guide rotation stoppers and the linkage guide sealing sockets, simplifying The structure improves the strength and reduces the oscillating impact damage of the interlocking guide pinion seat to the reciprocating power unit.

74. The diameter of the inner ring of the bearing A is larger than the inner diameter of the bearing A is smaller than the inner diameter of the outer ring of the bearing A. The diameter of the inner ring of the bearing B is larger than the inner diameter of the bearing B than the outer diameter of the outer ring of the bearing B, the inner ring of the bearing A and the bearing B inner ring stop block bearing A, bearing B sway along the guide roller, anti-bearing swaying member makes the bearing outer ring position in the rolling guide retainer hole to prevent bearing A and bearing B from swaying, ensuring guiding roller surface Fits the rolling friction with the surface of the reciprocating toothed guide segment, or blocks the inner ring of the bearing body The inner diameter of the B-sleeve of the inner ring is greater than or equal to the inner diameter of the bearing body. The inner ring of the bearing body is blocked by the A-shaped sleeve and the inner ring of the inner ring. The outer diameter of the B-shaped sleeve is smaller than the inner diameter of the outer ring of the bearing. The inner end is provided with a retaining ring for the inner ring of the bearing body member, and the bearing body member is disposed on the inner ring A of the retaining bearing body member. One end of the shaft of the fixed bearing body passes through the inner hole of the bearing body and passes through the inner ring of the bearing body. The A retaining sleeve is disposed in a hole of one end of the bearing member guiding the stopping hole of the rolling guiding rotation preventing assembly block, and the retaining ring of the bearing body body B is disposed at the other end of the bearing body member, and the fixed bearing body shaft is connected with the fixed block The inner ring A of the bearing body part, the bearing body part and the brace of the inner ring of the bearing body, the inner ring of the bearing is positioned in the hole of the rolling guide stop to ensure the rolling of the bearing body surface and the guiding surface of the reciprocating tooth holder Friction improves the service life of the rolling guide.

75. The tooling positioning of the rolling guide rotation stop assembly block is performed on the rolling guide rotation preventing assembly block into the front reciprocating tooth holder guiding segment hole and is processed into a plurality of rolling guides on the rolling guiding rotation preventing assembly block. The revolving hole, the processed rolling guide rotation stop assembly block retains the thickness of each hole wall and the overall connection strength between the hole wall and the hole wall, ensuring the position between the plurality of rolling guide stop holes Accuracy and position accuracy of a plurality of rolling guide retainer holes and reciprocating toothed guide hole holes, improve guiding precision, reduce machining complexity, and make the center line of the reciprocating tooth guide guiding section perpendicular to the axis of the convex axis, thereby maximally protecting the reciprocating Power unit.

76. The front left bearing A hole, the front left bearing B hole and the front left guiding roller hole are processed into through holes on the rolling guide rotation preventing component block, and the front right bearing A hole is arranged on the rolling guiding rotation preventing component block, The front right bearing B hole and the front right guiding roller hole are machined into through holes, and the front left guiding roller is guided to the front left bearing A hole or the front left bearing B hole to the front left guiding roller and the reciprocating toothing guide The distance between the bonding line of the segment plane and the bonding line of the front right guiding roller and the plane of the guiding portion of the reciprocating tooth holder is constant, and the front loading rolling guide rotation preventing assembly block and the rear loading rolling guiding rotation preventing assembly block guiding the reciprocating tooth holder The center line of the segment is perpendicular to the axis of the convex axis, which improves the guiding precision and reduces the complexity of the machining. The rotation preventing guiding plane protects the connecting rod to the greatest extent.

77. The left hole axis of the front reciprocating toothed guide segment is coaxial or parallel with the left hole axis of the rear reciprocating toothed guide segment and the right reciprocating toothed guide segment right hole axis is coaxial or parallel with the right reciprocating toothed guide segment right hole axis. The front loading rolling guide rotation preventing assembly block on the right side of the left side of the front reciprocating tooth holder guiding section and the right side of the right reciprocating toothing guiding section is provided with a front middle rolling guide rotation stop hole, and the front middle rolling guide rotation stop is disposed at In the front middle rolling guide rotation stop hole, the front middle rolling guide rotation stopper in the front middle rolling guide rotation stopper is fitted on the left side and the front left reciprocating tooth holder guiding section surface, and the front middle rolling guide is in the rotation of the rotation stop hole The right middle rolling guide rotation stopper is fitted to the front right reciprocating toothed seat guide section surface, the rear reciprocating toothed seat guiding section left side right side and the rear reciprocating toothed seat guiding section right side left side of the right side of the right side of the right direction of the rolling guide rotation stop The component block is provided with a rear middle rolling guide stop hole, the rear middle rolling guide stop is disposed in the rear middle rolling guide stop hole, and the rear middle rolling guide is in the rear middle rolling guide stop left in the stop hole Side and rear left reciprocating toothed guide section After the intermediate rolling and the intermediate guide hole detent member rolling guide detent and the rear right side of the right tooth holder guide section reciprocally bonded surface, (with BRIEF DESCRIPTION OF) Crank or straight The left cam shaft and the right convex shaft are arranged on the shaft cam link, and the left convex shaft and the right convex shaft are set at 180 degrees. The left convex shaft drives the left toothed seat to reciprocate impact, and the right convex shaft drives the right toothed seat to reciprocate impact. When the left convex shaft drives the left adapter seat to impact forward, the right convex shaft drives the right adapter seat to move backward. When the left convex shaft drives the left adapter seat to move backward, the right convex shaft drives the right adapter to move forward. The characteristics of the left and right toothed seats and the right and left toothed seats will be set to two, and the space of the two front rolling guides is set to be one, and the space of the two rear rolling guides is required to be combined. The space utilization of the rolling guide rotation stop assembly block reduces the length of the crankshaft, relatively increases the strength of the equipment, saves the manufacturing cost, reduces the width of the impact surface, and reduces the impact resistance.

78. The left upper and lower lance holders and the right upper and lower lance holders are arranged left and right, the left convex shaft drives the left upper and lower lance holders, the right convex shaft drives the right upper and lower lance holders, the front left upper reciprocating toothed seat guide section holes and the front right upper reciprocating shank The front loading rolling guide rotation preventing assembly block between the guiding section holes is provided with a front upper middle rolling guiding stop hole, and the front upper middle rolling guiding rotation stop hole in the front upper middle rolling guiding stopper The front left upper reciprocating toothed guide guiding surface fits and the front upper middle rolling guiding stopper in the front upper middle rolling guiding stop hole is fitted with the front right upper reciprocating toothed guiding section surface, and the front left lower reciprocating toothed seat The front loading rolling guide rotation preventing assembly block body between the guiding section hole and the front right lower reciprocating tooth holder guiding section hole is provided with a front lower middle rolling guiding stop hole, and the front lower middle rolling guiding front of the rotation preventing hole The left side of the lower intermediate rolling guide stopper is engaged with the front left lower reciprocating toothed guide guiding surface, and the front lower middle rolling guide is in the front lower middle rolling guide rotation stopper right side and front right lower reciprocating tooth holder Guide section surface fit, rear left upper reciprocating tooth holder guide section hole The rear upper rolling guide rotation stop assembly block is disposed on the rear right upper reciprocating toothed guide segment hole, and the rear upper middle rolling guide rotation stop hole is arranged in the rear upper middle rolling guide rotation stop hole. The left side of the device and the rear left upper reciprocating tooth holder guiding section surface are fitted together, and the rear upper middle rolling guiding stopper in the rear upper middle rolling guiding stopper hole is fitted to the rear right upper reciprocating toothed guiding section surface, and then The rear loading rolling guide rotation preventing assembly block between the lower left reciprocating tooth holder guiding section hole and the rear right lower reciprocating toothing guiding section hole body is provided with a rear lower middle rolling guiding rotation stop hole, and a rear lower middle rolling guiding rotation stop The left and right intermediate rolling guides in the hole are fitted to the left and right lower reciprocating toothed guide sections, and the rear lower middle rolling guides the rear lower middle rolling guides in the stop hole to the right and the rear right The lower reciprocating toothed seat guide surface is fitted, the left convex axis and the right convex axis are set at 180 degrees, the left convex axis drives the left upper and lower pin gear seats to reciprocate impact, and the right convex axis drives the right upper and lower pin gear seats to reciprocate impact, when the left convex axis Drive the left upper and lower pedestal seats to move forward, and the right convex shaft drives The right upper and lower lance holders move backwards. When the left convex shaft drives the left upper and lower lance holders to move backward, the right convex shaft drives the right upper and lower lance holders to move forward, and the left and right upper lance holders and the right upper and lower lance holders are moved forward and backward. The feature is that the space of the two front upper rolling guide stops need to be combined into one, and the space for setting the two front lower rolling guide stops is combined into one, and two rear upper rolling guides are required to be set. The space of the converter is combined into one, and the space of the two rear rolling guides is set to be one, which improves the space utilization ratio of the rolling guide rotation stop assembly block, reduces the length of the crankshaft, and relatively increases the equipment strength. Save manufacturing costs and reduce the distance between the left upper and lower adapters and the right upper and lower adapters. The upper and lower lance holders are disposed adjacent to the right upper and lower lance holders, so that the left upper and lower lance holders cooperate with the right upper and lower lance holders to assist in enhancing the impact force.

79. The left upper upper reciprocating tooth, the left front lower reciprocating tooth, the left rear upper reciprocating tooth, the left rear lower reciprocating tooth and the right upper upper reciprocating tooth are disposed at both ends of the left upper and lower pedestal holder, and the right front upper reciprocating tooth is disposed at the two ends of the right upper and lower lance holders The reciprocating tooth and the right rear upper reciprocating tooth, the right rear lower reciprocating tooth, or one end of the left upper and lower pinning seat are provided with a left front upper reciprocating tooth, a left front lower reciprocating tooth, and a right front upper reciprocating tooth, a right front lower part is disposed at one end of the right upper and lower toothing seat Reciprocating teeth, etc., when the material is lifted up and down the upper and lower gear holders, the left front lower guide bar rolling guide stop and the left rear upper guide lower rolling guide stop right and left left and right pin holders, so that the upper and lower reciprocating impact teeth are arranged Increase the impact area while assisting each other and increasing the strength.

80. The axis of the front reciprocating tooth guide guiding section is coaxial or parallel with the axis of the rear reciprocating toothed guiding section, and the front left bearing A hole, the front left bearing B hole and the front left guiding roller hole are guided and stopped from the front four-sided roller assembly. One side of the integrated block is connected, the front left bearing A hole, the front left bearing B hole and the front left guiding roller hole are coaxial, the front right bearing A hole, the front right bearing B hole and the front right guiding roller hole from the front four side roller One side of the component guiding and stopping integrated block is connected, the front right bearing A hole, the front right bearing B hole and the front right guiding roller hole are coaxial, the front lower bearing A hole, the front lower bearing B hole and the front lower guiding roller hole The front four-side roller assembly is connected to the one side of the anti-rotation block, the front lower bearing A hole, the front lower bearing B hole and the front lower guide roller hole are coaxial, the front upper bearing A hole, the front upper bearing B hole and the front upper The guide roller hole is connected from the front four-side roller assembly to the one side of the rotation preventing integrated block, and the rear left bearing A hole, the rear left bearing B hole and the rear left guiding roller hole are guided from the rear four-side roller assembly to the rotation preventing integrated block side Through, the rear right bearing A hole, the rear right bearing B hole and the rear right guiding roller hole are guided from the rear four-side roller assembly to the rotation preventing integrated block Through the connection, the rear lower bearing A hole, the rear lower bearing B hole and the rear lower guiding roller hole are connected from the rear four-side roller assembly to the rotation preventing integrated block side, and the rear upper bearing A hole and the rear upper bearing B hole are worn. And the rear upper guiding roller hole is connected from one side of the rear four-side roller assembly to the rotation preventing integrated block, the front left guiding roller hole is connected with the front reciprocating toothed guiding section hole, and the front left guiding roller side is in front of the reciprocating tooth The seat guiding section hole is fitted with the left side surface of the front reciprocating toothed seat guiding section, the front right guiding roller hole is connected with the front reciprocating toothed seat guiding section hole, and the front right guiding roller side is in the front reciprocating toothed guiding section hole. Adhering to the right side surface of the front reciprocating toothed guide section, the front upper guiding roller hole is connected with the front reciprocating toothed seat guiding section hole, and the front upper guiding roller side is in the front reciprocating toothed guiding section hole and the front reciprocating toothed seat The upper side of the guiding section is fitted, the front lower guiding roller hole is connected with the front reciprocating toothed guiding section hole, the front lower guiding roller side surface is matched with the lower side of the front reciprocating toothed guiding section, and the rear left guiding roller hole and the rear The reciprocating toothed guide segment hole is connected, and the rear left guiding roller side surface is attached to the left side surface of the rear reciprocating toothed seat guiding section, The right guiding roller hole is connected with the rear reciprocating toothed guide hole, and the rear right guiding roller side is in the rear right reciprocating toothed guiding section hole and the rear reciprocating toothed guiding section right side surface, and the rear upper guiding roller hole Cooperating with the rear reciprocating toothed guide hole, the rear upper guiding roller side is engaged with the upper side of the rear reciprocating toothed guiding section in the rear reciprocating toothed guiding section hole, and the rear lower guiding roller hole and the rear reciprocating toothed seat are guided. The segment hole is connected, and the side surface of the rear lower guide roller is fitted in the hole of the rear reciprocating tooth guide portion and the lower side of the rear reciprocating tooth holder guiding portion, and the front four-side roller assembly guides the rotation preventing integrated block and The rear four-side roller assembly guiding rotation preventing integrated block occludes the rolling friction rotation preventing guide to the front four-side wear-resistant guiding surface of the reciprocating toothed guiding section, and the rolling friction friction of the four-side wear-resistant guiding surface behind the reciprocating toothed guiding section Turning the guide, and using the distance between the front four side wear-resistant guide surface and the rear four-side wear-resistant guide surface to increase the centering guiding force of the reciprocating impact tooth.

81. The upper hole axis of the front reciprocating toothed guide segment is coaxial or parallel with the upper hole axis of the rear reciprocating toothed guide segment and the lower reciprocating toothed guide segment lower hole axis is coaxial or parallel with the lower reciprocating toothed guide segment lower hole axis. The front upper left bearing A hole, the front upper left bearing B hole and the front upper left guiding roller hole are connected from one side of the upper and lower hole guiding block of the front reciprocating toothed guide section, the front upper right bearing A hole, the front upper right bearing B hole and The front upper right guide roller hole is connected to the upper and lower hole integration block side of the front reciprocating toothed guide section, the front upper guide rod lower bearing A hole, the front upper guide rod lower bearing B hole and the front upper guide rod lower guide roller hole are in front The reciprocating toothed guide section is connected to one side of the upper and lower hole integration block, and the bearing A hole on the front lower guide bar, the bearing B hole on the front lower guide bar and the guide roller hole on the front lower guide bar are integrated from the upper and lower holes of the front reciprocating tooth guide segment One side of the block is connected, the front lower guide rod left bearing A hole, the front lower guide rod left bearing B hole and the front lower guide rod left guiding roller hole are connected from the front reciprocating tooth guide guiding section upper and lower hole integrated block side, front lower Guide rod right bearing A hole, front lower guide rod right bearing B hole and front lower guide rod right guide The shaft hole is connected from one side of the upper and lower hole integration block of the front reciprocating tooth holder guiding section, the rear upper left bearing A hole, the rear upper left bearing B hole and the rear upper left guiding roller hole from the rear reciprocating toothed seat guiding section upper and lower hole integration block Side connection, rear upper right bearing A hole, rear upper right bearing B hole and rear upper right guiding roller hole are connected from one side of the upper and lower hole integration block of the rear reciprocating toothed guide section, and the rear upper guide bar lower bearing A hole, The rear upper guide rod lower bearing B hole and the rear upper guide rod lower guide roller hole are connected from the rear reciprocating toothed guide section upper and lower hole integrated block side, the rear lower guide rod upper bearing A hole, the rear lower guide rod upper bearing B The guide roller hole on the hole and the rear lower guide rod is connected from the side of the upper and lower hole integration block of the rear reciprocating tooth guide guiding section, the rear lower guide rod left bearing A hole, the rear lower guide rod left bearing B hole and the rear lower guide rod left The guiding roller hole is connected from one side of the upper and lower hole integration block of the rear reciprocating tooth guide guiding section, and the rear lower guiding rod left bearing A hole, the rear lower guiding rod left bearing B hole and the rear lower guiding rod left guiding roller hole are coaxial, Rear lower guide rod right bearing A hole, rear lower guide rod right bearing B hole and rear lower guide rod right guiding roller hole reciprocating from behind The upper and lower holes of the seat guide section are connected to one side of the block, and the rear lower guide rod right bearing A hole, the rear lower guide rod right bearing B hole and the rear lower guide rod right guide roller hole are coaxial, the reciprocating toothed seat guide section connecting piece, The upper bracket rotation stop guide section, the upper adapter seat rear rotation stop guide section, the lower adapter seat front rotation stop guide section and the lower insertion seat rear rotation stop guide section are integrated, and the lower reciprocating tooth base guide section The roller guide rotation stop at the position and the roller guide rotation stop at the upper reciprocating tooth holder guide section assist each other and guide the rotation by the force, thereby saving the use quantity and installation space of the guide roller guide rotation stop, and reducing the manufacturing cost. .

82. The upper hole axis of the front reciprocating toothed guide segment is coaxial or parallel with the upper hole axis of the rear reciprocating toothed guide segment, and the lower reciprocating toothed guide segment lower hole axis is parallel with the upper reciprocating toothed guide segment upper hole axis, and the reciprocating tooth The seat guiding section connecting member is disposed between the upper inserting seat front rotation preventing guiding section and the upper insertion toothed seat rearing rotation guiding section, and is disposed at the rear end of the lower reciprocating toothed seat guiding section or the reciprocating toothed seat guiding section connecting member is disposed on the upper insertion a front stop rotation guide section and a rear rotation stop guide section rear end and are disposed at The rear reciprocating tooth guide guiding section rear end or the reciprocating toothed seat guiding section connecting member is disposed at the upper front end of the upper sprocket seat and the front end of the lower sprocket seat and the reciprocating tooth The seat guiding section connecting member is disposed between the upper inserting seat front rotation preventing guiding section and the upper insertion toothed seat rearing rotation guiding section, and is disposed at the front end of the lower reciprocating toothed seat guiding section, etc., the structure is arranged to enable the crank connecting rod to be set to be reciprocated downward The rear part of the toothed guide section reduces the height of the integrated block seal guide turnout box, increases the reciprocating impact mining machine to adapt to the mining ability of thin coal seams and small roadways, and uses the crank connecting rod to set between the front and rear rolling guide rotation stop assembly blocks. The structure improves the lubricating effect of the crank connecting rod on the rolling guides of the rolling guides.

83. The front acute angle reciprocating tooth guide guiding section hole axis is coaxial or parallel with the rear acute angle reciprocating toothed guiding section hole axis, and the front left bearing A hole, the front left bearing B hole and the front left guiding roller hole are guided from the front axis to the acute angle. The one side of the stop-stop integrated block is connected so that the front left bearing A hole, the front left bearing B hole and the front left guiding roller hole are coaxial, and the front right bearing A hole, the front right bearing B hole and the front right guiding roller hole From the front axis acute angle to the side of the anti-rotation block, the front lower bearing A hole, the front lower bearing B hole and the front lower guiding roller hole are connected from the front axis to the anti-rotation block side, so that the front left guide roll The angle between the axis of the shaft hole and the axis of the front lower guide roller hole is less than 90 degrees, so that the angle between the axis of the front right guide roller hole and the axis of the front lower guide roller hole is less than 90 degrees, so that the front left guide roller abuts before The distance from the axial end of the lower guide roller to the front end guide roller against the axial end of the front lower guide roller is greater than the axial end of the front left guide roller away from the front lower guide roller to the front right guide roller away from the front lower guide roller The distance between the shaft ends of the shaft, the front lower guide roller, the front left guide roller and the front right guide roller set The front acute angle three-sided roller guide rotation stop, the rear left bearing A hole, the rear left bearing B hole and the rear left guiding roller hole are connected from the rear axis acute angle to the rotation preventing integrated block side, and the rear right bearing A hole, The rear right bearing B hole and the rear right guiding roller hole are connected from the rear axis acute angle to the rotation preventing integrated block side, and the rear lower bearing A hole, the rear lower bearing B hole and the rear lower guiding roller hole are guided from the rear axis to the acute angle The one side of the rotation preventing integrated block is connected so that the rear lower bearing A hole, the rear lower bearing B hole and the rear lower guiding roller hole are coaxial, so that the angle between the rear left guiding roller hole axis and the rear lower guiding roller hole axis Less than 90 degrees, the angle between the rear right guide roller hole axis and the rear lower guide roller hole axis is less than 90 degrees, so that the rear left guide roller abuts the rear lower guide roller shaft end to the rear right guide roller The distance from the axial end of the rear lower guide roller is greater than the distance from the rear end of the rear left guide roller away from the rear end guide roller to the rear end guide roller away from the axial end of the rear lower guide roller, so that the rear lower guide roller and the rear The left guide roller and the rear right guide roller form a rear acute angle three-sided roller guide stop to prevent the rear reciprocating tooth guide The segment swings up and down and to the left and right, and the rear reciprocating toothed guide segment guides the rotation stop, so that the front acute angle three-sided roller guide rotation stop and the rear acute angle three-sided roller guide rotation stop cooperate with the reciprocating toothed guide section rolling friction guide Turning, saving the number of roller guides used and the installation space, reducing manufacturing costs.

84. The reciprocating toothed seat guiding section is provided with a reciprocating toothed seat protruding guiding section which is engaged with the concave surface of the concave waist bearing component, and the front loading rolling guiding rotation preventing component block is provided with a front reciprocating toothed seat convex guiding section hole, and the rear loading The rolling guide rotation preventing assembly block is provided with a rear reciprocating tooth holder convex guiding section hole, and the front reciprocating toothed seat convex guiding section hole axis is coaxial or flat with the rear reciprocating toothed seat convex guiding section hole axis Row, the right side of the front reciprocating tooth holder convex guide section hole is provided with a front concave waist bearing member guiding the right side hole of the rotation stop, and the lower rear part of the rear reciprocating tooth holder convex guiding section hole is provided with a rear concave waist bearing member guiding rotation stop The lower hole and the rear reciprocating tooth holder are provided with a rear concave waist bearing member guiding the upper hole of the rotation guide member, and the front concave waist bearing member guiding the rotation preventing device left hole and the front reciprocating tooth holder protruding guiding portion hole through Further, the front concave waist bearing member guide rotation stopper is disposed in the left hole of the front concave waist bearing member guide rotation stopper, and the front concave waist bearing member guide rotation stopper side is in the front reciprocating tooth holder convex guide portion hole and front reciprocating The left side of the toothed convex guiding section is fitted, the right concave waist bearing member guiding the right side hole of the rotation stop is connected with the front reciprocating toothed seat convex guiding section hole, and the front concave waist bearing member guiding and stopping device is disposed at the front concave waist The bearing member is guided in the right hole of the rotation stop, and the side surface of the front concave waist bearing member guide is fixed in the hole of the front reciprocating tooth holder and the right side of the front reciprocating tooth holder guide portion, and the rear concave waist bearing The lower end of the guiding and stopping device is connected with the hole of the rear reciprocating toothed protrusion guiding section, and the rear concave waist bearing member is guided to the side of the stopping device The rear side of the rear reciprocating tooth seat protrusion guiding section is engaged with the lower side surface of the rear reciprocating tooth piece convex guiding section, and the rear concave waist bearing part guiding rotation stop upper hole is connected with the rear reciprocating tooth piece convex guiding section hole, and the concave back groove The side surface of the waist bearing member guiding stopper is matched with the upper side surface of the rear reciprocating tooth holder convex guiding section in the rear reciprocating tooth holder convex guiding section hole, and the concave waist bearing member guides the concave surface of the rotation stopper and the reciprocating tooth holder convex guiding The protruding snapping of the segment prevents the reciprocating toothed seat convex guiding section from swinging up and down, left and right, and the structure can realize the guiding and correcting of the interlocking guiding and sealing toothed seat by using only two sets of concave waist bearing members to guide the rotation stop, thereby reducing the guiding and correcting The use of the concave waist bearing guide and the installation space reduces the manufacturing cost and reduces the height of the reciprocating impact portion. The rolling guide rotation stopper uses only one bearing, has a simple structure, takes up less space, and has low manufacturing cost.

85. The plane width of the guiding roller on the guiding portion of the reciprocating tooth holder is smaller than the length of the guiding surface of the guiding roller on the guiding roller, and the plane of the guiding portion of the reciprocating tooth holder is still moving when the guiding roller moves axially. And the guide roller is in close contact with the rolling friction guide rotation, or the guiding plane of the reciprocating tooth guide guiding section is smaller than the length of the guiding bearing component and the plane of the reciprocating toothed guiding section, when the guiding bearing part When the axial movement is performed, the plane of the guiding portion of the reciprocating tooth holder is still in close contact with the guiding bearing member, and the rolling guide is prevented from rotating, and the guiding direction is increased to increase the guiding force, thereby improving the service life of the guiding portion of the reciprocating tooth holder.

86. The bearing sleeve is provided with an oil inlet hole and an oil outlet hole, and the lubricating sleeve of the bearing sleeve is stored or a sponge body is arranged in the inner cavity of the bearing sleeve, the sponge body stores the lubricating liquid, and the lubrication of the roller guide rotation stopper is extended. Time to increase the service life of the roller guide.

87. The left rotation stop guide plane is parallel to the right rotation rotation guide plane and/or the upper rotation rotation guide plane is parallel to the lower rotation rotation guide plane, and the two parallel planes are in contact with the guide roller and are rolled and guided. The rotation stop increases the anti-rotation and righting force of the interlocking guide pinion seat, and an anti-friction gap is provided between the righting section and the wall of the reciprocating toothed guide section, and the anti-friction gap avoids the guiding and correcting section during the reciprocating impact Produces sliding friction with any part.

88. The reciprocating power device is arranged at the shaft end of the connecting rod or the gear transmission box is arranged outside the integrated block sealing guiding turnout box, the auxiliary gear is arranged at the upper end of the main gear and/or the lower end of the main gear, and the reciprocating power machine is connected with the main gear, and reciprocating Power drive main gear turn The main gear drives the auxiliary gear to rotate, the auxiliary gear drives the connecting rod or the auxiliary gear and the main gear to drive the connecting rod, and the like, the integrated block sealing guide rotation box is provided with lubricating liquid, and the connecting rod drives the lubricating fluid to rotate and lubricate the integrated block sealing guide. The transfer box and the gear transmission box realize the function of one power source to drive two or more crank linkage mechanisms.

89. An oil skimmer is arranged on the crankshaft and/or the bearing retaining sleeve, and the crank connecting rod is disposed between the upper and lower hole integrated blocks of the front reciprocating toothed seat guiding section and the upper and lower hole integrated blocks of the rear reciprocating toothed guiding section and is disposed on the upper reciprocating tooth Between the seat guiding section and the lower reciprocating toothed seat guiding section, the guiding rotation distance of the upper and lower hole integrated block of the front reciprocating toothed seat guiding section and the upper and lower hole integrated block of the rear reciprocating toothed guiding section are fully utilized, and the crank connecting rod is beneficial to the crank connecting rod The rotating force pushes the lubricating liquid between the upper and lower hole assembly blocks of the front reciprocating toothed guide section and the upper and lower hole integrated blocks of the rear reciprocating toothed guide section to a rolling guide stop, and the oily gear drives the oil skid transmission gear to rotate the oil The oil skimmer is lubricated and cooled by the rolling guide.

90. A water passage or a water tank or a water pipe is arranged in the front and rear righting guide rotation stop interval between the front loading rolling guide rotation stop assembly block and the rear loading rolling guide rotation preventing assembly block, or at the bottom or side of the sealing guide rotation preventing box There are waterways or water tanks or water pipes, etc., and the water is cooled and cooled by the water channel or the water tank or the water pipe.

91. When the main reciprocating tooth is provided with a water spraying mechanism, the integrated block sealing guiding turnout box is provided with a box water channel, and the interlocking guiding sealing gear holder is provided with a linkage guiding sealing toothed seat waterway, and the tank water channel is in the integrated block. The sealing guide rotation stop box is connected with the linkage guide seal socket water passage or outside the integrated block seal guide rotation box and the linkage guide seal socket water passage or the tank water passage is outside the integrated block seal guide rotation box The main reciprocating tooth connection, etc., the main tooth water channel and the interlocking guide sealing pinion seat water channel connection, and the front sealing member and the rear sealing member are provided at both ends of the water guiding outlet of the interlocking guiding pinion seat water, and the front sealing member is arranged in the joint The front end of the water guide outlet of the gear guide seat is fixed, and the rear seal member is disposed at the rear end of the water outlet of the interlocking guide pinion seat, and the main tooth water channel on the main tooth body is connected with the joint and the movable guide seal socket water passage. The front seal rear seal prevents water from flowing out from the gap between the main tooth body and the interlocking guide sealing pin holder. The main reciprocating tooth includes a reciprocating tooth channel, and the reciprocating tooth channel includes a circulating water channel or a one-way water channel, and the circulating water channel includes And a water outlet channel, the water flows from the water inlet reciprocating teeth waterways, watercourses flowing out from the main side of the reciprocating reciprocating teeth or tooth cool.

92. The interlocking guide pinion seat is provided with a linkage guide sealing pinion seat waterway, and the water inlet of the interlocking guide pinion seat is arranged in the box body or disposed outside the box body, and when the interlocking guide seals the toothed seat into When the nozzle is arranged in the box body, a hose connecting member or a reciprocating sealing connecting member or a telescopic tube connecting member is arranged between the water passage in the box body and the water inlet of the interlocking guide and the plug housing, and the water passage in the box body is fixed on the box body, and the soft One end of the pipe connecting piece is connected with the water pipe in the tank body, and the other end is connected with the water inlet of the interlocking guiding and sealing socket. When the interlocking guiding and sealing toothed seat reciprocates, the hose of the hose connecting piece is connected with the interlocking guide. The toothed seat reciprocates to prevent water from leaking from the water supply in the tank to the water inlet of the interlocking guide and the toothed seat.

93. The integrated block sealing guide rotation stop box is provided with a rolling drive, the length of the integrated block connecting piece is larger than the outer diameter of the rolling drive driver, and the front loading rolling guide rotation preventing assembly block and the rear loading rolling guiding rotation preventing assembly block upper part The connector board on the integrated block is down Moving, so that the bottom surface of the connecting plate on the integrated block is close to the interlocking guiding and sealing pin holder and provided with a gap, so that a fixed roller drive groove is formed between the front loading rolling guide rotation preventing assembly block and the rear loading rolling guiding rotation preventing assembly block. The rolling drive is arranged in the groove of the fixed rolling drive to reduce the height of the rolling drive from the ground, avoiding collision and friction between the rolling drive and the top wall of the roadway, reducing the height required for the mining roadway, saving manpower, material resources and time.

94. The left roll drive and the right roll drive are disposed in the fixed roll drive groove, and the left roll drive and the right roll drive jointly drive the same roll drive member, and the roll drive member drives the roll swivel arm to rotate, left The outer diameter of the tumbler drive and the right tumbler drive are smaller than the outer diameter of the tumbler drive that drives the tumbler drive with a tumbler drive, reducing the height of the tumbler drive from the ground, avoiding the collision of the tumbler drive with the top wall of the roadway. Friction reduces the height required for mining roadways, saving manpower, material resources and time.

95. The upper connecting plate of the front piece of the rolling guide rotation stop assembly block and the rear part of the rolling guide rotation stop assembly block are upwardly displaced, so that the bottom surface of the lower block of the integrated block is close to the interlocking guide sealing gear holder and has a gap. Between the front loading rolling guide rotation preventing assembly block and the rear loading rolling guiding rotation preventing assembly block, forming a rolling through shaft inverted groove, and setting the rolling through shaft supporting member on both sides of the rolling through shaft inverted groove, The bearing or bushing is arranged on the rolling through shaft support member, and the transmission through shaft is passed through the bearing or the sleeve, and the bearing or the sleeve and the transmission through shaft are separated from the reciprocating toothed guide section through the lower block of the integrated block to avoid the transmission. The shaft damages and pollutes the guiding portion of the reciprocating toothed seat, increases the height of the rolling through shaft relative to the ground, and avoids the collision of the rolling through shaft with the ground; or sets the left side of the front end of the telescopic sheathing plate plate near the sealing portion of the reciprocating toothed seat The rolling support member and the right rolling support member are arranged on the left rolling support member and the right rolling support member, and the transmission through shaft passes through the bearing or the sleeve to prevent the transmission through shaft from guiding the reciprocating tooth holder. Segment causing damage, pollution, increase Through the rake shaft relative height of the ground, to avoid the roller collides with the ground through shaft rake.

96. The block unloader or the push plate unloader or the steel cylinder unloader or the ferrule unloader or the steel rod unloader has the advantages of simple structure, high strength, convenient use and no fragile parts.

97. The magnet unloading device is adsorbed on the position of the reciprocating punching tooth of the integrated block sealing guide rotation stop box, and the position of the reciprocating punching device of the unloading through hole is adjusted, so that the magnet unloading device is attached to the integrated block seal. The guiding to the turn-over box eliminates the external cooperation components of the external force supporting and unloading the through-hole reciprocating punch, which is reliable, flexible, simple and easy to operate.

98. One end of the pushing top body member is placed on the box guiding hole plate or on the top pushing and unloading main toothing table or in the top pushing and unloading main tooth hole, etc., and the other end and the pushing main punching piece The other end of the main toothing member is provided with a latching main tooth end face, and the shape of the main tooth end face of the latching block prevents the main punching tooth from retracting when the main punching tooth moves toward the integrated block sealing guide turntable box. The main end face of the latching main tooth is separated from the main tooth by the strong pulling force of the reciprocating power.

99. Reciprocating punching through hole seat stop pin hole axis and insertion hole reciprocating toothing stop pin hole axis parallel with the axis of the insertion hole reciprocating punching handle, the insertion hole reciprocating toothing stop pin is arranged in the insertion Hole reciprocating toothing stop pin hole and reciprocating toothing through hole seat The rotation hole is stopped in the rotation hole, the insertion hole reciprocating tooth rotation stop pin hole outer side wall and the reciprocating toothing through hole seat stop rotation pin hole outer side wall cover insertion hole reciprocating tooth rotation stop pin, the structure ensures the insertion hole The reciprocating tooth-stopping pin is free from dust pollution and water rust, and does not occupy the outer space of the reciprocating punching hole and the reciprocating punching through-hole seat of the insertion hole, and does not hinder the smooth outflow of the flushed material.

100. A post-cone tight stroke section is arranged on the main punch taper shank of the main punch taper shank and the main punch taper top end of the main punch cone seat, and the taper of the post-cone tight stroke section is equal to the main taper taper taper. Or less than the taper of the main tooth taper shank, the main punching cone hole seat and the main punching teeth are left with the post-cone tightening stroke section to the main punching cone hole seat when the main punching cone hole seat surface is not supported by the main punching In the space of the tooth, when the high-impact reciprocating impact reaction force causes the main tooth taper shank to continue to move into the main burr hole seat, the post-cone tight stroke section moves to the main burr hole seat to ensure the main burr taper shank. Continuously taper with the main cone cone seat, the principle of taper and tighter taper surface structure will make the reciprocating punching cone hole larger and larger and make the insertion hole reciprocate due to the strong impact reaction force in use. The unfavorable factors of the tapered taper shank do not affect the continuous operation of the reciprocating impact tooth, improve the long-term practicability of the reciprocating punching of the through hole, reduce the number and number of repairs and replacements, and improve the production efficiency to save the cost of the accessory.

101. When the tooth body stop rotation preventing structure is used, the insertion hole of the reciprocating tooth taper shank at the upper end of the reciprocating punching shank is provided with a reciprocating tooth retracting surface on the side of the reciprocating tooth body, correspondingly in the The reciprocating punching through hole seat is provided with a reciprocating punching through hole upper upper stop block, and the height of the reciprocating punching through hole upper block is greater than the height of the post-cone tight running section, so that the reciprocating punching through hole upper upper stop and the The insertion hole reciprocates the rotation stop surface to fit the rotation stop, and the stop is stopped at the upper part of the reciprocating punching through hole seat, the structure is simple, the processing is convenient, and the manufacturing cost is saved.

102. When the taper shank stop rotation preventing structure is used, the reciprocating punching through hole seat is set as a reciprocating punching table taper hole seat, and the inserting through hole reciprocating punching shank is set as a through hole reciprocating punching block taper shank, A reciprocating punching taper handle block is arranged at the lower end of the taper shank of the reciprocating punching table of the insertion hole, and correspondingly, a reciprocating toothed cone handle block is arranged at the lower part of the reaming toothed table cone hole seat. The lower stop of the reciprocating punching cone seat, the lower stop of the reciprocating cone, the lower stop of the reciprocating toothed cone, or the reciprocating punching cone, the lower stop is set in the reciprocating tooth Outside the taper hole hole, the inserting hole reciprocating punching block taper shank is connected to the reciprocating punching table taper hole seat so that the inserting hole reciprocating punching taper shank stop and the reciprocating punching cone seat lower lower stop The height of the reciprocating toothed cone handle block is greater than the height of the lower block of the reciprocating toothed cone seat, the insertion hole reciprocating toothed cone handle block and the reciprocating toothed cone seat lower block The height difference is greater than or equal to the stroke of the post-cone tight section to the reciprocating toothed cone cone seat, and the insertion hole reciprocating cone The height difference between the stop block and the lower stop of the reciprocating toothed cone seat is set between the upper end surface of the lower block of the reciprocating toothed cone seat and the top surface of the reciprocating toothed cone handle block of the insertion hole. When the stroke section moves into the reciprocating tooth block cone hole seat, the insertion hole reciprocates the tooth taper handle block on the top surface of the block, and the insertion hole reciprocates the tooth taper handle block and the reciprocating toothed cone seat lower part The height difference of the stop ensures that the top surface of the reciprocating toothed cone handle block does not collide with the upper end surface of the lower stop of the reciprocating toothed cone seat, and the stop stop is disposed at the lower part of the reciprocating toothed cone seat to avoid the cause The reciprocating impact material causes the material to be plugged in the gap of the rotation stop stop, and the rotation stop block is disposed in the insertion hole The rear end of the re-shrinking tooth reduces the barrier of the smooth stop of the material that is stopped by the rotation stop, and the spatial structure design is simple, optimized and reasonable.

103. The main tooth material flows out of the guiding surface, the side tooth material flows out of the guiding surface, the side tooth material flows out of the guiding surface and the punching material flows out of the guiding surface, and the like, and the multi-directional material outflow guiding surface of the punching frame , or the main tooth material flowing out of the guiding surface, the side tooth material flowing out of the guiding surface, the side tooth material flowing out of the guiding surface and the beam sleeve punching material out of the guiding surface and the like into a beam sleeve multi-directional material outflow guide Face, multi-directional material out of the guiding surface increases the space for material outflow, reduces the resistance to the material outflow, ensures the smooth outflow of materials, improves the efficiency of material outflow, and enhances the protection of the material blocks. It reduces the wear of materials on the equipment and improves the economic value of the use of reciprocating impact shearers and roadheaders.

104. On the main tooth body of the cone of the main body of the cone and the front end of the fixed front ring gear, a tapered cone is arranged on the rear part of the cone, and a conical tight section is reserved in the rear part of the cone. The taper is equal to the mating taper of the main tooth body of the cone and the fixed side ring gear or less than the mating taper of the main tooth body of the cone column and the fixed side ring gear. The high-strength reciprocating impact reaction force causes the fixed side ring gear to the main tooth body of the cone column. When the rear part continues to move, the fixed side ring gear is extended, and the conical section of the conical section is moved backward. The length of the conical section of the conical section is the fixed side ring. The distance between the rear end face of the fixed side ring gear is not pushed at all, and the length of the reserved cone tight stroke section of the rear section of the cone column is greater than or equal to the rear end face of the main tooth body of the cone column, and the rear end face distance of the fixed side ring gear is not pushed to ensure the fixed side ring gear. Continuously taper with the main tooth body of the cone column, so that the tapered surface of the fixed side ring gear and the main tooth body of the cone column can play the function of stopping and stopping for a long time, so that the impact tooth provided on the fixed side ring gear maintains the optimal impact direction. Extend the service life of the fixed side ring gear.

105. When the high-strength reciprocating impact reaction force causes the front fixed side ring gear to continue to move toward the middle part of the main tooth body of the cone column, the middle part of the front fixed side ring gear extension cone column is reserved for the conical tight stroke section, and the cone section is reserved for the middle section of the cone column. The length of the stroke section is the front fixed side ring gear rear end face rearward movement, the rear fixed side ring gear front end surface is not pushed forward, the fixed side ring gear rear end face distance is always pushed, the cone cone middle section reserved cone tight stroke section length is greater than or equal to the rear fixed The front end face of the side ring gear does not push the front end ring to fix the rear end face distance, ensuring that the front fixed side ring gear and the rear fixed side ring gear and the main cone of the cone column continue to taper tightly, and the front fixed side ring gear and the rear fixed side are improved. The ring gear keeps working on the main tooth body of the cone column for a long time in the harsh environment of mining rock. The front fixed side ring gear and the rear fixed side ring gear are increased and the mining amount is lengthened, and the main reciprocating tooth and the side reciprocating tooth are increased. The jointing method enhances the joint strength of the side reciprocating teeth and the main reciprocating teeth, prolongs the service life of the side reciprocating teeth, and facilitates the rapid disassembly of the high-strength side reciprocating teeth by the reciprocating tooth reciprocator, thereby improving the quick mounting and fixing, quick disassembly and replacement effects. .

106. The length of the side ring gear stop pin groove or the side ring gear rotation stop groove is the side ring gear stop pin length. The length of the pinning column reserved stroke length or the length of the pinning column stop pin. The length of the stroke of the stroke section is favorable for ensuring that the side ring gear is not moved by the high-strength reciprocating impact reaction force to the rear end of the pin-type main tooth body to ensure that the side ring gear pin or the pin rotation boss is not Shearing, the side ring gear stop pin groove and the side ring gear stop pin and the pin stop pin hole cooperate to prevent the fixed side for a long time The ring gear rotates relative to the pin-type main tooth body or the side ring gear rotation preventing groove is fastened to the pin rotation preventing boss to prevent the fixed side ring gear from rotating off, and the fixed side ring gear side wall blocks the side ring gear to stop rotating. The pin prevents the side ring gear from falling off, preventing dust, water and material from entering, reducing the side ring gear stop pin groove, the side ring ring stop pin and the pin pin pin hole rust, facilitating the installation of the fixed side ring gear and Disassembled, the appearance is neat and practical.

DRAWINGS

Figure 1 is a front elevational view showing the main and side reciprocating tooth impacting device of the mining machine jack in the first embodiment;

Figure 2 is a front elevational view showing the main and side reciprocating tooth impacting device of the mining machine jack in the second embodiment;

Figure 3 is a front elevational view showing the main and side reciprocating tooth impacting device of the mining machine jack in the third embodiment;

Figure 4 is a partial cross-sectional view showing the main and side reciprocating tooth impact device of the mining machine jack in the third embodiment;

Figure 5 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the fourth embodiment;

Figure 6 is a partial cross-sectional view showing the main and side reciprocating tooth impact device of the mining machine jack in the fifth embodiment;

Figure 7 is a structural schematic view showing the reciprocating teeth of the main and side reciprocating tooth impacting device of the mining machine jack in the sixth embodiment;

Figure 8 is a schematic view showing the structure of the reciprocating teeth of the main and side reciprocating tooth impacting device of the mining machine jack in the sixth embodiment;

Figure 9 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the seventh embodiment;

Figure 10 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the eighth embodiment;

Figure 11 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 9;

Figure 12 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 10;

Figure 13 is a partial enlarged view of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 10;

Figure 14 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the eleventh embodiment;

Figure 15 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 12;

Figure 16 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 13;

Figure 17 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 14;

Figure 18 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 15;

Figure 19 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 16;

Figure 20 is a cross-sectional view showing the direction of the main and side reciprocating tooth impact device A-A of the mining machine jack in the embodiment 16;

Figure 21 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 17;

Figure 22 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 18;

Figure 23 is a front elevational view showing the main and side reciprocating tooth impacting device of the mining machine jack in the embodiment 19;

Figure 24 is a left side elevational view of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 19;

Figure 25 is a schematic view showing the structure of the main punch of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 20;

Figure 26 is a schematic view showing the structure of the main punch of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 20;

Figure 27 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 21;

Figure 28 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 22;

Figure 29 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 23;

Figure 30 is a schematic view showing the structure of the reciprocating tooth of the main and side reciprocating tooth impacting device of the excavator jack in the embodiment 24;

Figure 31 is a schematic view showing the structure of the reciprocating teeth of the main and side reciprocating teeth impacting device of the mining machine jack in the embodiment 25;

Figure 32 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 26;

Figure 33 is a schematic view showing the structure of the main punch of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 27;

Figure 34 is a schematic view showing the structure of the main tooth body of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 27;

Figure 35 is a schematic view showing the structure of the side gear of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 27;

Figure 36 is a cross-sectional view taken along the line A-A in Figure 35;

Figure 37 is a schematic view showing the structure of the side of the excavator jack of the main machine and the side reciprocating tooth impact device in the embodiment 27;

Figure 38 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 28;

Figure 39 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 29;

Figure 40 is a schematic view showing the structure of the reciprocating teeth of the main and side reciprocating tooth impacting device of the mining machine jack in the embodiment 30;

Figure 41 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 31;

Figure 42 is a schematic view showing the structure of the main reciprocating tooth of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 32;

Figure 43 is a schematic view showing the structure of the interlocking guide pinion holder in Embodiment 33;

Figure 44 is a schematic structural view of a main reciprocating tooth in Embodiment 34;

Figure 45 is a schematic structural view of a main reciprocating tooth in Embodiment 35;

Figure 46 is a schematic left side view of Figure 45;

Figure 47 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 36;

Figure 48 is a schematic structural view of a main tooth body in Embodiment 36;

Figure 49 is a cross-sectional view taken along line A-A of Figure 47;

Figure 50 is a cross-sectional view taken along line A-A of Figure 47;

Figure 51 is a partial cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 37;

Figure 52 is a partial perspective view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 37;

Figure 53 is a left side structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 37;

Figure 54 is a schematic structural view of the main reciprocating tooth and the side reciprocating tooth in Embodiment 38;

Figure 55 is a schematic structural view of a main reciprocating tooth and a side reciprocating tooth in Embodiment 39;

Figure 56 is a schematic structural view of a main reciprocating tooth and a side reciprocating tooth in Embodiment 40;

57 is a schematic structural view of a main reciprocating tooth and a side reciprocating tooth in Embodiment 41;

Figure 58 is a cross-sectional view showing the structure taken along line A-A of Figure 57;

59 is a schematic structural view of a main reciprocating tooth and a side reciprocating tooth in Embodiment 42;

Figure 60 is a schematic structural view of a main reciprocating tooth and a side reciprocating tooth in Embodiment 43;

Figure 61 is a schematic view showing the structure of the main reciprocating tooth and the side reciprocating tooth in Embodiment 44;

Figure 62 is a cross-sectional structural view of the main reciprocating tooth of Embodiment 45;

Figure 63 is a cross-sectional structural view of the main reciprocating tooth of Embodiment 45;

Figure 64 is a schematic structural view of the main reciprocating tooth and the side reciprocating tooth in Embodiment 46;

Figure 65 is a cross-sectional structural view showing a side reciprocating tooth in Embodiment 46;

Figure 66 is a partial cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 47;

Figure 67 is a schematic structural view of a main reciprocating tooth and a side reciprocating tooth in Embodiment 48;

Figure 68 is a schematic structural view of a side reciprocating tooth in Embodiment 48;

Figure 69 is a schematic structural view of a side tooth in Embodiment 49;

Figure 70 is a schematic view showing the structure of a side tooth in Embodiment 50;

Figure 71 is a partial cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 51;

Figure 72 is a partial cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 52;

Figure 73 is a cross-sectional view taken along line A-A of Figure 72;

Figure 74 is a partial cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 53;

Figure 75 is a partial cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 54;

Figure 76 is a partial cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 55;

Figure 77 is a cross-sectional view showing the main tooth concentric anti-rotation boss in Embodiment 55;

Figure 78 is a partial cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 56;

Figure 79 is a partial cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 57;

Figure 80 is a schematic structural view of the main reciprocating tooth and the side reciprocating tooth in Embodiment 58;

Figure 81 is a partial structural schematic view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 59;

Figure 82 is a partial cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 60;

Figure 83 is a partial cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 61;

Figure 84 is a schematic structural view of a main reciprocating tooth in Embodiment 61;

Figure 85 is a partial cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 62;

Figure 86 is a partial structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 63;

Figure 87 is a partial structural schematic view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 64;

Figure 88 is a cross-sectional view taken along the line A-A in Figure 87;

Figure 89 is a partial structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 65;

Figure 90 is a cross-sectional view taken along the line A-A in Figure 89;

Figure 91 is a partial structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 66;

Figure 92 is a partial structural schematic view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 67;

Figure 93 is a partial structural schematic view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 68;

Figure 94 is a partial structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 69;

Figure 95 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 70;

Figure 96 is a cross-sectional view taken along line C-C of Figure 95;

Figure 97 is a schematic cross-sectional view taken along line D-D of Figure 95;

Figure 98 is a cross-sectional view showing the structure of E-E in Figure 95;

Figure 99 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 71;

Figure 100 is a cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 71;

Figure 101 is a partial cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 71;

Figure 102 is a schematic view showing the structure of the interlocking guide pinion holder in Embodiment 71;

Figure 103 is a cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 72;

Figure 104 is a schematic structural view of a guide roller in Embodiment 72;

Figure 105 is a cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in Embodiment 73;

Figure 106 is a schematic structural view showing the main and side reciprocating tooth impact device of the mining machine jack in Embodiment 74;

Figure 107 is a cross-sectional view showing the structure taken along line F-F of Figure 106;

Figure 108 is a cross-sectional view showing the structure of the G-G in Figure 106;

Figure 109 is a schematic structural view showing the main and side reciprocating tooth impact device of the mining machine jack in Embodiment 75;

Figure 110 is a schematic cross-sectional view of the H-H in Figure 109;

Figure 111 is a cross-sectional view showing the structure of the I-I in Figure 109;

Figure 112 is a cross-sectional view showing the structure of J-J in Figure 109;

Figure 113 is a first schematic structural view of the interlocking guide pinion holder of Embodiment 75;

Figure 114 is a second schematic structural view of the interlocking guide pinion holder of Embodiment 75;

Figure 115 is a third structural view of the interlocking guide pinion holder of Embodiment 75;

Figure 116 is a cross-sectional structural view showing the front loading rolling guide rotation preventing assembly block in Embodiment 76;

Figure 117 is a cross-sectional structural view showing the post-loading rolling guide rotation preventing assembly block in Embodiment 76;

Figure 118 is a partial cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 76;

Figure 119 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in Embodiment 77;

Figure 120 is a schematic cross-sectional view taken along line N-N of Figure 119;

Figure 121 is a cross-sectional view showing the structure of the O-O in Figure 119;

Figure 122 is a schematic structural view of the front three-sided roller assembly guiding and stopping integrated block;

Figure 123 is a schematic structural view of a front five-sided roller assembly guide rotation preventing integrated block;

Figure 124 is a schematic structural view showing the main and side reciprocating tooth impact device of the mining machine jack in Embodiment 78;

Figure 125 is a cross-sectional view showing the structure of the P-P in Figure 124;

Figure 126 is a schematic cross-sectional view of the Q-Q diagram of Figure 124;

Figure 127 is a schematic structural view of the interlocking guide sealing lance holder in Embodiment 79;

Figure 128 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 80;

Figure 129 is a cross-sectional view showing the structure of R-R in Figure 128;

Figure 130 is a cross-sectional view showing the structure of the S-S in Figure 128;

Figure 131 is a cross-sectional structural view showing the front loading rolling guide rotation preventing assembly block in Embodiment 81;

Figure 132 is a cross-sectional structural view showing the post-loading rolling guide rotation preventing assembly block in Embodiment 81;

Figure 133 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 82;

Figure 134 is a schematic cross-sectional view taken along line AA-AA of Figure 133;

Figure 135 is a schematic cross-sectional view taken along line BB-BB of Figure 133;

Figure 136 is a schematic view showing the structure of the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 83;

Figure 137 is a cross-sectional view showing the structure of CC-CC in Figure 136;

Figure 138 is a schematic cross-sectional view of the DD-DD of Figure 136;

Figure 139 is a partial cross-sectional structural view showing the main and side reciprocating tooth impacting device of the mining machine jack in Embodiment 84;

Figure 140 is a partial cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 85;

Figure 141 is a schematic structural view of a side reciprocating tooth in Embodiment 86;

Figure 142 is a schematic structural view of a side tooth in Embodiment 86;

Figure 143 is a schematic structural view of a side tooth in Embodiment 87;

Figure 144 is a schematic structural view of a side reciprocating tooth in Embodiment 88;

Figure 145 is a schematic structural view of a side reciprocating tooth in Embodiment 89;

Figure 146 is a schematic structural view of a side reciprocating tooth in Embodiment 90;

Figure 147 is a partial cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 91;

Figure 148 is a partial cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 92;

Figure 149 is a partial cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in Embodiment 93;

Figure 150 is a partial cross-sectional structural view showing the main and side reciprocating tooth impact device of the mining machine jack in the embodiment 94;

In the figure: 1, integrated block sealing guide to turn box; 2, reciprocating power; 3, interlocking guide sealing gear holder; 4, main reciprocating teeth; 5, side reciprocating teeth; 6, guiding post; 7, main Reciprocating tooth jack member; 8, main tooth; 9, main tooth body; 10, side tooth head; 11, side tooth seat; 12, insert side tooth hole; 13, through side tooth through hole; ;15, side teeth retaining parts; 16, main tooth retaining parts; 17, insert side teeth blind holes; 18, retaining parts; 19, upper main tooth body; 20, lower main tooth body; 21, beam sleeve punching Bracket; 22, upper main tooth body connecting sleeve; 23, lower main tooth body connecting sleeve; 24, main tooth body connecting beam; 25, upper interlocking guiding and sealing toothed seat; 26, lower interlocking guiding and sealing toothed seat 27, plug-in anti-off bolt; 28, jack piece stop baffle; 29, jack piece screw hole; 30, insert post retaining threaded hole; 31, reciprocating tooth block linkage section; 32, reciprocating tooth Seat guiding section; 33, reciprocating toothed seat sealing section; 34, reciprocating toothed seat pinning section; 35, toothed main tooth body; 36, additional tooth body; 37, inserting and guiding guide sealing tooth hole; 38, insertion increase Tooth body hole; 39, increased tooth column; 40, fixed side teeth 41, increased tooth pin; 42, the main tooth body string increases the body hole; 43, the increased body string increases the tooth hole; 44, the front loading rolling guide stop block; 45, telescopic sheath box Plate; 46, guide box plate; 47, box plate protection telescopic seal sleeve; 48, through the reciprocating tooth seat seal section hole; 49, sealed reciprocating tooth seat; 50, telescopic shield; 51, floating seal sleeve; Outer floating seal; 53, inner floating seal; 54, intermediate frame; 55, main tooth body telescopic seal sleeve; 56, outer sheath seal; 57, main tooth body telescopic seal sleeve retaining member; 58. Disassemble the wire hole; 59, the box sealing device; 60, the rear end of the main reciprocating tooth; 61, the dividing surface; 62, the sheath guard; 63, the side top teeth; 64, the side top handle; , tooth shoulder; 66, tooth shoulder; 67, tapered protrusion; 68, tapered groove; 69, end conical retaining member; 70, conical head; 71, main tooth retracting hole groove 72, anti-backup column; 73, anti-retraction thread; 74, outer body conical nut; 75, unloading main tooth groove; 76, anti-snagging elastic body; 77, nut part elastic body; 78, seal; 79, side Adapter seat hole; 80 Side shank elastic body; 81, side tooth shank elastic body structure; 82, retaining structure; 83, retaining member seal; 84, column anti-rotation structure; 85, hole anti-rotation structure; 86, upper rib lower cone Anti-rotation structure; 87, reciprocating tooth rotation groove; 88, guide rod rotation preventing protrusion; 89, main punching body; 90, main tooth head; 91, guide surface; 92, wear-reducing concave surface; Shoulder seal; 94, wear-resistant alloy block; 95, hard wear-resistant parts; 96, hard wear-resistant block; 97, hard wear-resistant sleeve; 98, hard wear-resistant sleeve stop structure; Cogging; 100, multi-tooth row; 101, insert side perforation groove; 102, insert side tooth groove; 103, fixed side impact tooth groove; 104, tooth cap; 105, tooth cap jack; 106, tooth cap fixing Inserting column; 107, main tooth body tooth frame; 108, main tooth body tooth frame retaining piece; 109, water spout; 110, pin type main tooth body; 111, inner pin hole ring side reciprocating tooth; Connecting rod; 113, ring positioning side reciprocating tooth; 114, auxiliary side tooth; 115, rear inner pin hole side reciprocating tooth; 116, Front inner pin eyelet side reciprocating tooth; 117, rear inner pin eyelet side tooth head; 118, rear inner pin eyelet side tooth shank; 119, front inner pin eyelet side tooth head; 120, front inner pin hole side Handle; 121, inner pin hole side reciprocating tooth gap; 122, side ring gear stop pin hole; 123, side ring gear stop pin; 124, rear fixed side ring gear; 125, front fixed side ring gear; 126, rear side ring gear stop pin hole; 127, front side ring gear stop pin hole; 128, pin type main tooth body top teeth; 129, main tooth body stop threaded hole; 130, main tooth body Stop bolt; 131, main tooth stop pin slide hole; 132, side ring gear stop slide hole; 133, main reciprocating tooth stop member hole; 134, guide seal tooth holder insert; 135, guide seal adapter Inserting column retaining member sliding hole; 136, main tooth body inserting column; 137, main tooth body inserting column hole groove; 138, main punching tooth retreating hole groove; 139; gear removing device; 140, unloading side tooth groove; , the side tooth retaining hole groove; 142, the toothed seat inserting rotation stop table; 143, the toothed seat insertion pin stop pin hole; 144, the main reciprocating tooth socket rotation stop groove; 145, the toothed seat insertion pin rotation pin; , side toothed cone hole; 147, side shank cone 148, side tooth head rotation stop surface; 149, side tooth seat rotation stop block; 150, side impact head; 151, arc transition; 152, main punching shank; 153, beam sleeve frame rotation stop structure; 154, increased tooth body jack; 155, tooth seat insert eccentric rotation hole groove; 156, increased tooth body insertion column; 157, increased tooth body insertion column eccentric rotation hole groove; 158, through hole eccentric 159, increased tooth body retaining member; 160, toothed seat column concentric rotation hole groove; 161, increased tooth body insert column concentric rotation hole groove; 162, through hole concentric rotation member; The eccentric insert rotation yoke of the toothed socket; 164, the eccentric rotation stop groove of the enlarged tooth body insertion post; 165, the inner tooth plate inner partition plate; 166, the main tooth body eccentric rotation stop hole; 167, the tooth seat insertion post Eccentric hole; 168, eccentric hole of the enlarged tooth insertion column; 169, eccentric hole rotation stop of the partition plate; 170, concentric rotation stop boss of the main tooth body; 171, concentric locking rotation boss of the buckle tooth holder; 172 174, concentric recessed hole of the toothed insert; 174, concentric recessed hole of the enlarged toothed insert; 175, cylindrical sleeve main tooth; 176, cylindrical Main tooth body; 177, cylindrical cone main tooth body 178; main reciprocating tooth insert; 179, side tooth arm; 180, upper main tooth body; 181, lower main tooth body; 182, rear loading rolling guide rotation stop assembly block; 183, water tank; 184, water pipe; 185, water channel 186, water spray mechanism; 187, tank waterway; 188, interlocking guide seal socket water channel; 189, main tooth water channel; 190, front seal; 191, rear seal; 192, reciprocating water channel; Water tank in the tank; 194, water tank outside the tank; 195, water inlet of the interlocking guide socket; 196, hose connector; 197, roller drive; 198, integrated block connector; 199, integrated block connection Plate; 200, fixed roll drive groove; 201, left roll drive; 202, right roll drive; 203, roll drive; 204, roll swivel arm; 205, left roll drive gear; 206, right Rolling drive gear; 207, rolling drive gear; 208, integrated block lower connecting plate; 209, rolling through shaft inverted groove; 210, rolling through shaft; 211, rolling through shaft support; 212, bushing ;213, transmission through shaft; 214, left roll support; 215, right roll support; 216, unloading main reciprocating gear; 217, pushing the gear unloading mechanism; 218, unloading the main punching device; 219, pushing the top box body; 220, pushing the main punching part; 221, pushing the main punching table; 222, unloading the side gear 223, magnet material; 224, unloading fixed side ring gear; 225, rolling guide stop; 226, bearing A; 227, bearing B; 228, guiding roller; 229, front reciprocating toothed guide hole; 230 , bearing A hole; 231, bearing B hole; 232, guiding roller hole; 233, rear reciprocating tooth holder guiding section hole; 234, crank connecting rod; 235, convex axis mechanism; 236, front rolling guide stop hole; 237, rear rolling guide stop hole; 238, front rolling guide stop side wall; 239, front reciprocating toothed guide section; 240, rear rolling Guide rotator side wall; 241, rear reciprocating tooth holder guiding section; 242, upper reciprocating toothed seat interlocking section; 243, upper reciprocating toothed seat guiding section; 244, upper reciprocating toothed seat sealing section; 245, upper reciprocating toothed seat Inserting section; 246, lower reciprocating toothed joint section; 247, lower reciprocating toothed seat guiding section; 248, lower reciprocating toothed seat sealing section; 249, lower reciprocating toothed seat inserting section; 250, reciprocating toothed seat guiding section connection 251, end cover; 252, oil inlet; 253, oil outlet; 254, reciprocating tooth guide guiding plane; 255, sponge; 256, retaining bearing sleeve; 257, front left guiding roller; Right guide roller; 259, bearing A inner ring stop; 260, bearing B inner ring stop; 261, fixed bearing body shaft; 262, retaining bearing body ring A block; 263, block bearing body ring B block 264, front left bearing A hole; 265, front right bearing A hole; 266, front left guiding roller hole; 267, front right guiding roller hole; 268, front Bearing B hole; 269, front right bearing B hole; 270, left lance holder; 271, right spigot seat; 272, front left reciprocating tooth holder guiding section surface; 273, front right reciprocating toothed seat guiding section surface; Front reciprocating toothed guide section left hole; 275, front reciprocating toothed guide section right hole; 276, front middle rolling guide stop hole; 277, front intermediate rolling guide stop; 278, rear reciprocating toothed guide left Hole; 279, rear reciprocating toothed seat guiding section right hole; 280, rear left reciprocating toothed seat guiding section surface; 281, rear right reciprocating toothed seat guiding section surface; 282, rear intermediate rolling guiding stop hole; 283, rear middle Rolling guide rotation stop; 284, circular section reciprocating toothed housing sealing section; 285, left convex axis; 286, right convex axis; 287, reciprocating toothed housing sealing section; 288, reciprocating toothed mounting punching section ; 289, front upper middle rolling guide stop hole; 290, front upper middle rolling guide stop; 291, front left upper reciprocating tooth guide section hole; 292, front right upper reciprocating toothed guide section hole; 293, left front Guide rod left rolling guide stop hole; 294, right front upper guide rod left rolling guide stop hole; 295, left front upper guide Roller guide roller stop hole; 296, left front lower guide rod rolling guide stop hole; 297, left front lower guide rod left rolling guide stop hole; 298, front left lower reciprocating tooth holder guide section hole; The right front upper guide rod is rolled downward to guide the stop hole; 300, the right front lower guide rod is rolled to guide the stop hole; 301, the right front lower guide rod is rightly rolled to guide the stop hole; 302, the front lower middle scroll guide stop Hole; 303, front right lower reciprocating toothed guide hole; 304, front lower middle rolling guide stop; 305, rear upper middle rolling guide stop hole; 306, rear upper middle rolling guide stop; Rear left upper reciprocating tooth holder guiding section hole; 308, left rear upper guiding rod left rolling guiding stop hole; 309, rear right upper reciprocating toothing guiding section hole; 310, right rear upper guiding rod right rolling guiding stop hole; 311, the left rear upper guide rod is rolled downward to guide the stop hole; 312, the left rear lower guide rod is rolled to guide the stop hole; 313, the left rear lower guide rod is left to guide the stop hole; 314, right rear upper The guide rod is rolled downward to guide the stop hole; 315, the right rear lower guide rod is rolled to guide the stop hole; 316, right rear The guide rod is rightly guided to the stop hole; 317, the rear left lower reciprocating tooth guide section hole; 318, the rear right lower reciprocating toothed seat guide section hole; 319, the rear lower middle rolling guide stop hole; 320, the lower middle Rolling guide rotation stop; 321, anti-friction clearance; 322, front upper guide roller hole; 323, front upper guide roller; 324, front upper bearing A; 325, front upper bearing B; 326, front reciprocating tooth holder Guide section single hole integrated block; 327, front upper bearing A hole; 328, front upper bearing B hole; 329, insertion hole reciprocating cone tooth; 330, Inserting hole reciprocating oblique cone teeth; 331, front left bearing A; 332, front right bearing A; 333, front left guiding roller hole; 334, front right guiding roller hole; 335, front left guiding roller; , front right guide roller; 337, front left bearing B; 338, front right bearing B; 339, inclined cone reciprocating guide material to prevent the rotation of the through hole; 340, oblique cone guide rotation tooth through hole seat; Remove the rolling guide stop pad; 342, remove the rolling guide stop pad threaded through hole; 343, front lower bearing A; 344, front lower bearing B; 345, front lower bearing A hole; 346, front lower bearing B hole 347, front lower guide roller hole; 348, front lower guide roller; 349, rear upper guide roller hole; 350, rear upper guide roller; 351, rear upper bearing A; 352, rear upper bearing B; , rear upper bearing A hole; 354, rear mounted reciprocating toothed seat guiding section single hole integrated block; 355, rear left bearing A hole; 356, rear upper bearing B hole; 357, rear left bearing A; 358, rear left guiding roller Shaft hole; 359, rear left guide roller; 360, rear left bearing B; 361, rear left bearing B hole; 362, rear lower bearing A; 363, rear lower bearing A hole; 364, rear lower guide roller hole; 365, rear down guide Shaft; 366, rear lower bearing B hole; 367, rear lower bearing B; 368, rear right bearing B; 369, rear right bearing B hole; 370, rear right guide roller; 371, rear right guide roller hole; , rear right bearing A; 373, rear right bearing A hole; 374, guiding roller top wire hole; 375, front three-sided roller assembly guiding rotation preventing integrated block; 376, front five-sided roller assembly guiding and stopping integrated block; 377, front and rear reciprocating tooth holder guiding section upper and lower hole integrated block; 378, rear reciprocating toothed seat guiding section upper and lower hole integrated block; 379, upper interpolating seat front anti-rotation guiding section; 380, front reciprocating toothed seat guiding section upper hole; 381 , front upper left bearing A hole; 382, front upper left guiding roller hole; 383, front upper left bearing B hole; 384, front upper guiding rod lower bearing A hole; 385, front upper guiding rod lower guiding roller hole; 386, guide roller hole on the front lower guide rod; 387, bearing A hole on the front lower guide rod; 388, front lower guide rod left bearing A hole; 389, front lower guide rod left guide roller hole; 390, front lower Guide rod left bearing B hole; 391, lower gear holder front stop rotation guide section; 392, front reciprocating tooth holder guide section lower hole; 393, front lower guide rod right bearing B hole; 394 Front lower guide rod right guide roller hole; 395, front lower guide rod right bearing A; 396, front lower guide rod upper bearing B hole; 397, front upper guide rod lower bearing B hole; 398, front upper right bearing B hole ; 399, front upper right guide roller hole; 400, front upper right bearing A hole; 401, upper insert seat rear stop guide section; 402, rear upper left bearing A hole; 403, rear upper left guide roller hole 404, rear upper left bearing B hole; 405, rear upper guide rod lower bearing A hole; 406, rear upper guide rod lower guiding roller hole; 407, rear lower guiding rod upper guiding roller hole; 408, rear lower guiding Rod A hole; 409, rear lower guide left bearing A hole; 410, rear lower guide rod left guide roller hole; 411, rear lower guide rod left bearing B hole; 412, lower insert seat rear stop guide Section; 413, rear reciprocating tooth holder guiding section upper hole; 414, rear upper right bearing A hole; 415, rear upper right guiding roller hole; 416, rear upper right bearing B hole; 417, rear upper guiding rod lower bearing B Hole; 418, bearing B hole on the lower lower guide rod; 419, rear lower guide rod right bearing A hole; 420, rear lower guide rod right guiding roller hole; 421, rear lower guide rod right bearing B hole; 422, Rear reciprocating tooth holder guiding section lower hole; 423, front lower guiding rod right bearing A hole; 424, rear upper guiding rod upper guiding roller hole; 425, rear upper guiding rod upper bearing A hole; 426, rear upper guiding rod Bearing B hole; 427, front acute angle reciprocating toothed seat guiding section hole; 428, front axis acute angle guiding rotation preventing integrated block; 429, rear acute angle reciprocating toothed seat guiding section hole; 430, rear axis acute angle guiding rotation preventing integrated block; Front reciprocating tooth holder convex guiding section; 432, Front concave waist bearing member guide rotation stopper; 433, front concave waist bearing member guide rotation stopper side; 434, front concave waist bearing member guide rotation stopper left hole; 435, front concave waist bearing member guide rotation stopper right hole 436, the left side of the front reciprocating tooth holder convex guiding section; 437, the front side of the front reciprocating toothed seat convex guiding section; 438, the gear transmission box; 439, the auxiliary gear; 440, the main gear; 441, the bearing retaining sleeve ; 442, scoop oil slinger; 443, front guiding righting section; 444, rear guiding righting section; 445, rear concave waist bearing guide vane side; 446, rear reciprocating toothed convex guiding section; 447, rear reciprocating The upper side of the toothed convex guiding section; 448, the rear concave waist bearing member guides the upper hole of the rotation stop; 449, the lower side of the rear reciprocating toothed seat convex guiding section; 450, the rear concave waist bearing member guides the lower hole of the rotation stop; 451, inclined cone reciprocating guide material rotation preventing insertion hole tooth shank; 452, oblique cone guide material rotation preventing tooth through hole seat hole; 453, oblique cone reciprocating guide rotation preventing tooth; 454, oblique conical reciprocating tooth top tooth; 455 , oblique conical reciprocating tooth guide body; 456, oblique conical reciprocating tooth cone seat; 457, oblique cone reciprocating guide material anti-rotation tooth guide surface; 458, oblique Conical reciprocating tooth rotation preventing structure; 459, oblique conical reciprocating tooth shank; 460, oblique pyramid reciprocating tooth guiding body; 461, oblique pyramid reciprocating tooth top teeth; 462, oblique pyramid reciprocating guiding rotation preventing tooth; 463, oblique pyramid reciprocating Cone seat; 464, oblique pyramid reciprocating tooth shank; 465, oblique pyramid reciprocating tooth rotation structure; 466, post-cone tapered stroke section; 467, insertion hole reciprocating tooth cone handle block; 468, reciprocating tooth cone Lower seat of the hole seat; 469, stop rotation structure; 470, taper shank stop rotation structure; 471, insertion hole reciprocating tooth block taper shank; 472, reciprocating tooth block cone seat; Tooth body stop rotation structure; 474, insertion hole reciprocating tooth body; 475, reciprocating toothing hole seat upper block; 476, insertion hole reciprocating tooth rotation stop surface; 477, cone rear section Preserved cone tight stroke section; 478, cone cone middle section reserved cone tight stroke section; 479, front fixed side ring gear; 480, rear fixed side ring gear; 481, pin reserved stroke section; 482, pin stop Pin hole; 483, side ring gear stop pin groove; 484, side ring gear stop pin; 485, pin column rotation boss; 486, side ring gear rotation groove.

detailed description

The invention will be further described below in conjunction with the accompanying drawings.

Example 1

1 is a main and side reciprocating tooth impact device of the mining machine jack described in Embodiment 1, including an integrated block sealing guide rotation stop box 1, a reciprocating power unit 2, a linkage guide sealing gear holder 3, and a main reciprocating tooth 4, the side reciprocating teeth 5, etc., the end of the interlocking guide pinion holder 3 is provided with a guide post 6 or the like, the main reciprocating tooth 4 is provided with a side reciprocating tooth 5, etc., and the main reciprocating tooth 4 is provided with a main reciprocating tooth The jack member 7 and the like, the main reciprocating tooth jack member 7 and the like are disposed on the guide post 6, the main reciprocating tooth jack member 7 and the guide post 6 are connected by a taper connection, and the main reciprocating tooth 4 includes a main punching tooth. 8 and the main tooth body 9 and the like, the main teeth 8 are connected to the main tooth body 9 in equal parts, and the side main body 9 is provided with side reciprocating teeth 5 and the like, and the side reciprocating teeth 5 include the side tooth head 10 and the side tooth holder. 11 or the like, the side tooth head 10 and the side tooth holder 11 are connected in a separate manner, and the side tooth holder 11 and the main tooth body 9 are integrated, and the side tooth hole 11 is provided with the insertion side perforation 12 or the like, and the insertion side perforation is provided. 12 is disposed to pass through the side tooth through hole 13 or the like, the side tooth portion 10 is provided with a side tooth shank 14 or the like at the rear, the side tooth shank 14 is disposed at the through side tooth through hole 13 and the like, and the side reciprocating tooth 5 includes the side tooth retaining member 15 Etc., side tooth retaining member 15 and side The reciprocating gear 5 is connected to the side shank 14 and the side pedestal 11 and the like, and the reciprocating power unit 2 is disposed in the integrated block sealing guide rotation preventing box 1 and the reciprocating power unit 2 is in the integrated block. The inside of the sealing guide rotation preventing box 1 is connected with the interlocking guide sealing socket 3, and one end of the interlocking guiding sealing socket 3 protrudes out of the integrated block sealing guiding tonning box 1, and the end of the guiding and guiding sealing socket 3 is interlocked. The guide post 6 is connected to the main reciprocating tooth jack member 7 and the like, and the interlocking guide pinion holder 3 drives the reciprocating impact of the main reciprocating tooth 4 and the side reciprocating tooth 5.

The end portion of the interlocking guide pinion holder 3 may further be provided with a guiding jack seat or the like, and the main reciprocating tooth 4 is provided with a main reciprocating tooth inserting column and the like, and the main reciprocating tooth stud is disposed on the guiding jack member. Wait.

The main reciprocating tooth 4 may further include a main tooth retaining member, the main tooth retaining member is connected to the main reciprocating tooth or integrated, and the main reciprocating member is connected to the main reciprocating tooth jack member and the guiding body. Insert the column and so on.

The main punching teeth 8 and the main tooth body 9 may also be integrated or the like.

The side reciprocating teeth 5 may also be disposed on the main punching teeth or on the interlocking guide sealing gear holder or on the main punching teeth and the main tooth body or on the main punching teeth, the main tooth body and the linkage The guide seal socket is disposed on the main tooth body and the interlocking guide pinion seat or on the main tooth and the interlocking guide pinion seat.

The side tooth head 10 and the side tooth holder 11 may also be an integral type or the like.

The side tooth holder 11 and the main tooth body 9 can also be connected separately or the like.

The insertion side perforation 12 can also be provided as a blind side hole or the like.

The side shank 14 and the side shank 11 can also be retracted by a tapered connection or the side shank and the side shank can be retracted by a screw connection or the like.

This embodiment also includes the following methods:

6. Providing a linkage guide sealing gear holder, etc., and providing a guiding post or a guiding jack seat at the end of the interlocking guiding sealing gear holder;

7. Set the main reciprocating teeth, etc., and set side reciprocating teeth on the main reciprocating teeth, and set main reciprocating tooth jacks or main reciprocating tooth inserts on the main reciprocating tooth base, and set the main reciprocating tooth jacks in Positioning the post or placing the main reciprocating tooth post on the guiding jack seat;

8. The main reciprocating tooth jack member and the guide post are fixed by a taper surface, or the main reciprocating tooth jack member and the guide post are fixed by a screw connection, or the main reciprocating member is connected to the main reciprocating tooth jack. Parts and guide posts, etc.;

9. The main punching tooth and the main tooth body are arranged on the main reciprocating tooth, so that the main punching tooth and the main tooth body are connected separately or integrated, and side reciprocating teeth are arranged on the main punching tooth or set on the main tooth body. Side reciprocating teeth or side reciprocating teeth on the interlocking guide pinion holder or side reciprocating teeth on the main and main teeth or on the main teeth, the main tooth body and the interlocking guide pinion seat Providing side reciprocating teeth or providing side reciprocating teeth on the main tooth body and the interlocking guide pinion socket or side reciprocating teeth on the main toothing and the interlocking guide pinion seat, and setting the side reciprocating teeth as side teeth a head and a side tooth holder, etc., such that the side tooth head and the side tooth holder are connected separately or in one piece;

10. When the side tooth head is connected with the main tooth and/or the main tooth body, that is, a side tooth seat is arranged on the main tooth and/or the main tooth body, so that the side tooth seat is connected to the main tooth body or For the integrated type, etc., the side tooth hole is provided on the side tooth holder, and the insertion side tooth hole is set as the through side tooth through hole or the insertion side tooth blind hole, and the side tooth handle is disposed at the rear of the side tooth head. The side shank is disposed on the through side tooth through hole or the insertion side tooth blind hole;

11. The side shank and the side shank are connected by a tapered surface to be retracted or the side shank and the side shank are screwed back or the side shank and the side shank are connected by a side tooth retaining member;

The integrated block sealing guide turnout box, etc., the reciprocating power generator, etc., the reciprocating power generator are arranged in the integrated block sealing guide turntable box, etc., and the reciprocating power generator is set as the crankshaft connecting rod driving member or as the piston type driving member. The reciprocating power unit is connected to the interlocking guide pinion socket in the integrated block sealing guide to the rotation box, and one end or both ends of the interlocking guide pinion holder protrudes from the integrated block sealing guide to the outer box and the main reciprocating tooth The connection and the interlocking guide pinion seat drive the reciprocating impact of the main reciprocating tooth and the side reciprocating tooth.

Example 2

2 is a main and side reciprocating tooth impact device of the mining machine jack described in Embodiment 2, including an integrated block sealing guide rotation stop box 1, a reciprocating power unit 2, a linkage guide sealing gear holder 3, and a main reciprocating tooth. 4, the side reciprocating teeth 5, etc., the end of the interlocking guide pinion holder 3 is provided with a guide post 6 or the like, the main reciprocating tooth 4 is provided with a side reciprocating tooth 5, etc., and the main reciprocating tooth 4 is provided with a main reciprocating tooth The jack member 7 and the like, the main reciprocating tooth jack member 7 is disposed on the guide post 6, the main reciprocating tooth 4 includes the main tooth retaining member 16 and the like, and the main tooth retaining member 16 is a conical head retaining member, etc. The tooth retracting member 16 is connected to the main reciprocating tooth 4 or the like, and the main reciprocating tooth member 7 is connected to the main reciprocating tooth insertion member 7 and the guide post 6 and the like. The main reciprocating tooth 4 includes the main punching tooth 8 and the main tooth body. 9 or the like, the main teeth 8 are connected to the main tooth body 9 or the like, and the side teeth 5 are provided with the side reciprocating teeth 5, and the side reciprocating teeth 5 include the side tooth head 10 and the side tooth holder 11, etc. The head 10 and the side toothed seat 11 are connected in a separate manner, and the side toothed seat 11 or the like is provided on the main punching tooth 8, and the side toothed seat 11 and the main toothing 8 are integrated, and the side toothed hole 11 is provided with the inserting side perforation. 12, etc., the insertion side perforation 12 is set as the insertion side tooth The blind hole 17 and the like are provided with a side tooth shank 14 or the like at the rear of the side tooth head 10, the side tooth shank 14 is disposed at the insertion side tooth blind hole 17, and the side reciprocating tooth 5 includes the side tooth retaining member 15 and the like, and the side tooth retaining member 15 is connected to the side reciprocating teeth 5, etc., and is connected to the side shank 14 and the side pedestal 11 by the side tooth retracting member 15, and the reciprocating power unit 2 is disposed in the integrated block sealing guide rotation preventing box 1, the reciprocating power unit 2 The integrated block sealing guide rotation box 1 is connected with the linkage guide sealing socket 3, and one end or both ends of the linkage guide sealing socket 3 protrudes out of the integrated block sealing guide rotation box 1, and the linkage guide seal Guide post 6 at the end of the pedestal 3 and the main The multi-tooth jack member 7 is connected or linked to the guide jack seat of the end of the seal pinion holder 3, and is connected with the main reciprocating tooth plunger, and the interlocking guide pinion holder 3 drives the main reciprocating tooth 4 and the side reciprocating tooth 5, etc. Reciprocating impact.

The main tooth retaining member 16 can also be a wedge head stop member or a flat head retaining member or a T-shaped head retaining member or a cylindrical pin retaining member or a split pin retaining member or an elastic pin retaining member or a thread. Pin stop or taper pin stop or arc V-shaped pin stop or upshift stop or T-shaped pin stop or stop pin stop or circlip stop or elastic pin stop Or lock pin stop or lock nut check piece, etc.

Others are the same as in the first embodiment.

Example 3

3 and FIG. 4 are main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 3. The main tooth body 9 includes an upper main tooth body 19 and a lower main tooth body 20, and the main reciprocating tooth 4 further includes a beam. The set of the tooth frame 21, the beam cover frame 21 comprises an upper main tooth body connecting sleeve 22, a lower main tooth body connecting sleeve 23 and a main tooth body connecting beam 24, and the upper main tooth body 19 and the upper main tooth body connecting sleeve 22 The lower main tooth body 20 is connected to the lower main tooth body connecting sleeve 23, and the main tooth body connecting beam 24 is disposed on the upper main tooth body connecting sleeve 22, and the other end is disposed on the lower main tooth body connecting sleeve 23, The main tooth connecting beam 24 connects and fixes the upper main tooth connecting sleeve 22 and the lower main tooth connecting sleeve 23, and the main tooth connecting beam 24, the upper main tooth connecting sleeve 22 and the lower main tooth connecting sleeve 23 are integrated. The main tooth connecting beam 24 is provided with side reciprocating teeth 5, and the upper main tooth connecting sleeve 22 and the lower main tooth connecting sleeve 23 are respectively engaged with the upper main tooth body 19 and the lower main tooth body 20, and the interlocking guide sealing plug is inserted. The tooth holder 3 includes an upper linkage guide sealing socket 25 and a lower linkage guide sealing socket 26, and the upper linkage guiding sealing socket 25 and the lower linkage guiding sealing socket 26 are extended at both ends. The upper main guide toothed pin holder 25 is connected to the lower interlocking guide pinion seat 26 in the integrated block sealing guide to the outer turntable 1 and the upper main tooth body 19 is disposed on the upper side. The end of the movable guide pinion holder 25 is disposed at the end of the lower interlocking guide pinion holder 26, and the beam sleeve frame 21 is connected to the upper and lower sealing pinion holder 25, and the lower linkage The guiding and sealing gear holder 26 is fastened into a unitary type, and the reciprocating power unit 2 drives the upper and lower guiding guide pinion holders 25 and the lower linkage guiding and sealing pinion holder 26 in the integrated block sealing and guiding rotation box 1 The guide seal adapter seat 25 and the lower linkage guide seal adapter 26 drive the upper main tooth body 19 and the lower main tooth body 20 and the beam sleeve frame 21 to reciprocate impact.

The side reciprocating teeth 5 may also be disposed on the upper main tooth connecting sleeve or on the lower main tooth connecting sleeve or on the main tooth connecting beam or on the upper main tooth connecting sleeve and the lower main tooth body. The connecting sleeve is disposed on the upper main tooth connecting sleeve and the main tooth connecting beam or on the lower main tooth connecting sleeve and the main tooth connecting beam or on the upper main tooth connecting sleeve and the lower main tooth connecting sleeve Connected to the main tooth body and so on.

The upper main tooth body 19 and the upper main tooth body connecting sleeve 22 may also be an integral type, and the lower main tooth body 20 and the lower main tooth body connecting sleeve 26 are integrated.

The main tooth connecting beam 24, the upper main tooth connecting sleeve 22 and the lower main tooth connecting sleeve 23 are also connected in a separate manner.

Others are the same as in the first embodiment.

Example 4

5 is a main and side reciprocating tooth impact device of the mining machine jack described in Embodiment 4. The main tooth retaining member 16 is a post retaining bolt 27, and the main reciprocating tooth jack member 7 is provided with a jack member at the bottom. The baffle plate 28, the jack member stop baffle 28 is provided with a jack member screw hole 29, the end of the guide post 6 is provided with a post retracting screw hole 30, and the post retaining bolt 27 passes through the jack member screw light. The hole 29 cooperates with the plunger stop threaded hole 30 to prevent the main reciprocating tooth 4 from falling off, and the jack member screw hole 29 is eccentrically disposed on the jack member stop plate 28, and the plug retaining bolt 27 and the jack member screw The light hole 29 cooperates to prevent the main tooth body 9 from rotating relative to the interlocking guide seal socket 3.

The jack member screw aperture 29 can also be concentrically disposed on the jack member stop plate 28.

Others are the same as in the first embodiment.

Example 5

6 is a main and side reciprocating tooth impact device of the mining machine jack described in Embodiment 5, and the interlocking guide pinion holder 3 includes a reciprocating tooth base interlocking section 31, a reciprocating toothed seat guiding section 32, and a reciprocating toothed seat. The sealing section 33 and the reciprocating toothed pinion section 34, the reciprocating toothed interlocking section 31, the reciprocating toothed seat guiding section 32, the reciprocating toothed seat sealing section 33 and the reciprocating toothed pinion section 34 are of unitary construction.

The reciprocating tooth joint linking section 31, the reciprocating toothed seat guiding section 32, the reciprocating toothed seat sealing section 33 and the reciprocating toothed inserting section 34 may also be of a split structure.

Others are the same as in the first embodiment.

Example 6

7 and FIG. 8 are side reciprocating teeth of the main body and side reciprocating tooth impact device of the mining machine jack described in Embodiment 6, and the side tooth shank 14 of FIG. 7 includes a side tooth taper shank, correspondingly on the side The toothed seat 11 is provided with a side toothed taper hole, and the side tooth taper shank cooperates with the side toothed seat taper hole to stop; the side tooth handle 14 illustrated in FIG. 8 includes a side toothed handle retaining hole groove, correspondingly in the side tooth The seat 11 is provided with a side toothed retaining hole groove, and the side tooth retaining member 15 is disposed at the side toothed retaining hole groove and the side toothed retaining hole groove prevents the side toothed handle 14 from coming off.

The side shank 14 may further include a side shank retaining spring groove or a side shank retaining thread or a side shank top wire pin hole.

The side toothed seat 11 can also be provided with a side toothed seat retaining spring groove or a side toothed retaining thread or a toothed retaining through hole or a side toothed retaining plate spring set or There is a side gear stop stop or a side pin hole pin hole.

Others are the same as in the first embodiment.

Example 7

9 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 7, wherein the main tooth body 9 includes a tooth main tooth body 35 and an increased tooth body 36, and one end of the tooth main tooth body 35 is provided with a plug. The movable guide sealing seat hole 37 is provided with an enlarged joint tooth hole 38 at the other end of the main tooth body 35, and the corresponding enlarged tooth body 36 is provided with an enlarged tooth body column 39, and the enlarged tooth body column 39 is inserted The toothed hole 38 is provided, and the fixed side ring gear 40 is disposed on the main tooth body 35 of the tooth base, and the side reciprocating tooth 5 and the main punching tooth 8 are disposed on the increased tooth body 36.

One end of the main tooth body 35 of the tooth holder may further be provided with a plug-in guide sealing seat post, and the other end of the tooth main body is provided with an enlarged joint tooth column, and the corresponding increased tooth body is provided with an increased tooth body. The hole and the enlarged tooth hole are sleeved on the inserted tooth column.

The tooth main tooth body 35 may further be provided with side reciprocating teeth or a main tooth body tooth frame or a beam sleeve frame.

The fixed tooth body 36 can also be provided with a fixed side ring gear or a main tooth body tooth frame or a beam cover tooth frame or an increased tooth body.

Others are the same as in the first embodiment.

Example 8

10 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 8, wherein the main tooth body 9 includes an enlarged tooth pin 41, and one end of the main tooth body 35 of the tooth holder is provided with a plug-in guide sealing seat. The hole 37, the other end of the main tooth body 35 is provided with a main tooth string increasing tooth hole 42 , and the corresponding increased tooth body 36 is provided with an increased body string increasing tooth hole 43 , which will increase the tooth pin One end of the 41 is inserted into the main tooth string increasing tooth hole 42 and the other end is inserted into the increased body string increasing tooth hole 43. The enlarged tooth pin 41 fixedly connects the tooth main tooth body 35 with the increased tooth body 36.

The main punching teeth 9 may also include an increased tooth pin.

The end of the main tooth body 35 of the tooth holder may also be provided with a plug-in guide sealing seat post.

Others are the same as in the first embodiment.

Example 9

11 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 9, the integrated block sealing guide rotation box 1 includes a front loading rolling guide rotation preventing assembly block 44, and a front loading rolling guide rotation preventing assembly block. The front part of the 44 is provided with a telescopic sheathing box plate 45, and the telescopic sheathing box board 45 is separately connected with the front loading rolling guide rotation preventing assembly block 44. The telescopic sheathing box board 45 includes a guiding box board 46 and a box board telescopic sealing member. The sleeve 47, the guiding box plate 46 is provided with a reciprocating toothed seat sealing section hole 48, and the reciprocating toothed seat sealing section hole 48 is provided with a sealing reciprocating toothed member 49, and the reciprocating toothed seat sealing section 33 is disposed on the sealing reciprocating toothed part 49 inner holes.

The floating reciprocating toothed sealing section hole 48 may further be provided with a floating sealing sleeve. The reciprocating toothed seat sealing section is disposed in the floating sealing sleeve inner hole, and the box sealing retractable sealing sleeve is disposed outside the floating sealing sleeve hole wall.

Others are the same as in the first embodiment.

Example 10

12 and FIG. 13 are main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 10. The interlocking guide pinion holder 3 includes a reciprocating tooth block sealing portion 33, and the reciprocating tooth block sealing portion 33 includes a telescopic tube. The protective cover 50, the integrated block sealing guide rotation box 1 and the reciprocating tooth holder sealing section 33 are provided with a floating sealing sleeve 51. The floating sealing sleeve 51 comprises an outer floating sealing member 52, an inner floating sealing member 53 and an intermediate skeleton 54. The floating seal 52 is disposed on the outer ring of the intermediate frame 54, the inner floating seal 53 is disposed on the inner ring of the intermediate frame 54, the toothed reciprocating seal portion 33 passes through the inner floating seal 53, and the inner floating seal 53 is in close contact with the tooth holder. The segment 33 is sealed, and one end of the telescopic shield 50 is fastened to the toothed seat reciprocating sealing section 33, and the other end is fastened to the intermediate frame 54. The telescopic shield 50 prevents material damage and contaminates the toothed seat reciprocating sealing section 33.

Others are the same as in the first embodiment.

Example 11

14 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 11, wherein a main tooth body telescopic seal sleeve 55 is disposed at a rear portion of the main tooth body 9, and the main tooth body 9 and the main tooth body are stretched and contracted. The seal sleeve 55 is connected separately, and the main tooth body telescopic seal sleeve 55 is disposed outside the box guard telescopic seal sleeve 47, and the box guard telescopic seal sleeve 47 is sleeved with the main tooth guard telescopic seal sleeve 55. Telescopic protection prevents dust and mud from entering.

The main tooth body 9 and the main tooth body telescopic seal sleeve 55 may also be integrated.

The main tooth body telescopic seal sleeve 55 can also be disposed inside the box plate telescopic seal sleeve 47.

Others are the same as in the first embodiment.

Example 12

15 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 12, wherein a main tooth body telescopic seal sleeve 55 is disposed at a rear portion of the main tooth body 9, and the main tooth body 9 and the main tooth body are stretched and contracted. The seal sleeve 55 is connected separately, and the main tooth body telescopic seal sleeve 55 is disposed on the inner side of the box guard telescopic seal sleeve 47, between the box guard telescopic seal sleeve 47 and the main tooth guard telescopic seal sleeve 55 An outer sheath sealing member 56 is provided, and the main tooth body telescopic sealing sleeve 55 and the outer sheath sealing member 56 are combined with the box plate telescopic sealing sleeve 47 provided on the integrated block sealing guiding rotation preventing box 1 to cooperate with the telescopic sealing to prevent Dust and muddy water enter, the main tooth body 9 is provided with a main tooth body protection telescopic seal sleeve retaining member 57, and the main tooth body telescopic seal member sleeve retaining member 57 is fixed to the main tooth body protection telescopic seal sleeve 55, the main tooth The body protection telescopic seal sleeve retaining member 57 is a screw retaining member.

The main tooth body telescopic seal sleeve 55 and the main tooth body 9 can also be stopped by a threaded connection or by a tapered surface.

The main tooth body telescopic seal sleeve retaining member 57 may further comprise a nut retaining member, a retaining ring retaining member, a pin retaining member, an adhesive retaining member, a card slot retaining member or a retaining spring. Pieces or upswings or top wire hole pin backstops, etc.

The length of the overlapping portion of the main tooth body telescopic seal sleeve 55 and the box plate telescopic seal sleeve 47 is greater than the impact stroke of the reciprocating impact of the main reciprocating tooth, and the outer sheath seal 56 when the main reciprocating tooth reciprocates The main tooth body telescopic seal sleeve 55 and the box plate telescopic seal sleeve 47 are overlapped in the overlapping section.

The outer jacket seal 56 also includes a floating gland seal or seal seal or skeleton seal or the like.

Others are the same as in the first embodiment.

Example 13

16 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 13, wherein a main tooth body telescopic seal sleeve 55 is disposed at a rear portion of the main tooth body 9, and the main tooth body 9 and the main tooth body are stretched and contracted. The seal sleeve 55 is connected separately, and the main tooth body telescopic seal sleeve 55 is provided with a disassembly wire hole 58.

The rear portion of the main tooth body 9 may be provided with a main tooth body telescopic seal sleeve to remove the top wire hole.

Others are the same as in the first embodiment.

Example 14

17 is a main and side reciprocating tooth impact device of the mining machine jack according to the embodiment 14. The main tooth body 9 is provided with a main tooth body telescopic seal sleeve 55 at the rear, and the main tooth body 9 and the main tooth body are stretched and contracted. The seal sleeve 55 is connected separately, and the main tooth body telescopic seal sleeve 55 is fastened on the interlocking guide seal socket 3 to block dust, water or chips from entering the main reciprocating tooth socket member 7 or into the tooth holder. The shoulder and the tooth shoulder joint cause the main reciprocating tooth to be inclined in the impact direction, and the main tooth body telescopic seal sleeve 55 supports the main reciprocating tooth.

Others are the same as in the first embodiment.

Example 15

18 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 15, the integrated block sealing guide rotation box 1 includes a box sealing device 59, and the main reciprocating tooth socket member 7 includes a main reciprocating tooth The end round sleeve 60, the main reciprocating tooth jack member 7 is connected to the main reciprocating tooth rear end sleeve 60, the main reciprocating tooth jack member 7 is engaged with the guide post 6, and the main reciprocating tooth rear end sleeve 60 is extended. The integrated block seal guides the turntable 1 and the main reciprocating rear end sleeve 60 is slidably sealed with the case sealing device 59.

The main reciprocating tooth jack member 7 and the main reciprocating tooth rear end sleeve 60 may also be integral.

Others are the same as in the first embodiment.

Example 16

19 and FIG. 20 are the main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 16, and the side reciprocating teeth 5 are provided with a material dividing surface 61 at the front end surface of the box plate telescopic seal sleeve 47. The material surface 61 transports the materials to both sides, and the side reciprocating teeth 5 are led out toward the front end surface of the box plate telescopic seal sleeve 47, so that the box plate telescopic seal sleeve 47 and the main tooth body 9 or the side reciprocating teeth A material layer is not formed between 5, and the material layer is prevented from blocking the reciprocating impact of the main reciprocating teeth 4 and/or the side reciprocating teeth 5.

Others are the same as in the first embodiment.

Example 17

21 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 17, a sheath guard 62 is disposed at the rear of the main tooth body 9, and the sheath guard 62 is spaced apart at the rear of the main tooth body 9. The shape of the sheath guard 62 does not form an extrusion surface with the end surface of the box guard telescopic seal sleeve 47, and prevents material from accumulating between the sheath guard 62 and the box guard telescopic seal sleeve 47. The sheath guard 62 The material is prevented from impacting and damaging the main tooth body to protect the telescopic seal sleeve 55.

Others are the same as in the first embodiment.

Example 18

Figure 22 is a perspective view of the excavator jack of the embodiment of the present invention. The side tooth 10 includes a side top tooth 63 and a side top tooth 64. The side top tooth 63 and the side top tooth 64 are In one piece, the main punching teeth 8 are single-headed teeth, and the main punching teeth 8 and the side top teeth 63 are arranged in a curved surface, and the main punching teeth 8 and the side top teeth 63 are matched with the blanking while clearing the material wall.

The side top teeth 63 and the side top teeth 64 may be separate connections.

The main punching teeth 8 and the side top teeth 63 may be arranged in a plane.

The main punch 8 can be a multi-head punch.

Others are the same as in the first embodiment.

Example 19

23 and FIG. 24 are main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 19. The beam sleeve frame 21 is arranged in multiple rows, and the main tooth body connection on the front beam cover frame is provided. The beam 24 is outwardly convex with respect to the integrated block sealing guide rotation box 1, and the main tooth body connection beam 24 on the rear row beam sleeve frame is recessed inwardly with respect to the integrated block sealing guide rotation box 1, and the front row is convex. The main tooth connecting beam 24 and the rear main tooth connecting beam 24 form a discharge opening.

The beam sleeves 21 can also be arranged in a single row.

Others are the same as in the first embodiment.

Example 20

25 and FIG. 26 are main teeth of the main body and side reciprocating tooth impact device of the mining machine jack described in Embodiment 20, FIG. 23 The side reciprocating teeth 5 are equally distributed along the radial direction of the main teeth 8, and the side reciprocating teeth 5 described in FIG. 24 are arranged in the radial direction of the main teeth 8, and the side reciprocating teeth 5 are along the main teeth 8 Axial multilayer arrangement.

Others are the same as in the first embodiment.

Example 21

27 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 21, the interlocking guide pinion holder 3 includes a tooth shoulder 65, and the main reciprocating tooth 4 includes a tooth shoulder 66, a shoulder shoulder 65 is attached to the toothed shoulder 66 to bear the impact reaction force, the tooth shoulder 65 is provided with a tapered protrusion 67, the tooth shoulder 66 is provided with a tapered groove 68, the tooth shoulder 65 is a tapered surface protrusion 67 and a tooth shoulder The 66 tapered groove 68 is tightly fastened to prevent dust, water, slime, corrosives or chips from entering the reciprocating perforations.

Others are the same as in the first embodiment.

Example 22

28 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 22, wherein the main tooth retaining member 16 includes an end conical retaining member 69, and the end conical retaining member 69 is formed at one end. The tapered head 70, the end conical retaining member 69 penetrates into the retreating hole slot segment retracting post 72, the main punching tooth 8 includes a main toothed retaining hole groove 71, and the retaining post 72 extends out of the main toothed handle to retreat The end portion of the hole groove 71 is provided with a retaining thread 73, the end tapered retaining member 69 includes a retaining nut, the retaining nut is an outer body tapered nut 74, and the main tooth body 9 is provided with a main tooth groove 75. A retaining elastic body 76 is disposed between the front side wall of the unloading main groove 75 and the tapered head 70, and the retaining post 72 is inserted into the main toothed retaining hole groove 71, and the front side wall and the outer body of the main tooth groove 75 are unloaded. A nut portion elastic body 77 is disposed between the tapered nuts 74. The retaining screw 73 cooperates with the retaining nut to prevent the retaining elastic body 76 and the nut portion elastic body 77 from falling off, and the elastic body prevents the reciprocating teeth from swaying.

The side tooth retaining member or the increased tooth stopping member may include an end tapered backing member.

Others are the same as in the first embodiment.

Example 23

29 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 23, wherein the outer body conical nut 74 is a blind hole outer body conical nut, and the main tooth retracting hole groove 71 and the blind hole are provided. A seal 78 is disposed between the outer tapered nuts 74, and the blind holes and seals 78 prevent the rust stop threads 73.

The outer body tapered nut 74 can also be a through hole outer body tapered nut.

Others are the same as in the first embodiment.

Example 24

Figure 30 is a side reciprocating tooth of the main body and side reciprocating tooth impact device of the mining machine jack described in Embodiment 24, the side tooth holder 11 a side toothed elastic plate hole 79 is provided, the side tooth shank 14 includes a side tooth shank elastic body 80 and a side tooth shank elastic body structure 81, and the side shank elastic body 80 is disposed on the side toothed seat elastic body hole 79, The side shank 14 is inserted into the side shank elastic body hole 79 and passes through the side shank elastic body 80, and the side shank elastic body structure 81 is disposed at the rear end of the side shank 14 to press the side shank elastic body 80, side The shank 14 is already pre-tensioned at the time of initial installation.

Others are the same as in the first embodiment.

Example 25

31 is a side reciprocating tooth of the main body and side reciprocating tooth impact device of the mining machine jack described in Embodiment 25. The side shank 14 is provided with a retracting structure 82, and the side shank 14 includes a side shank elastic body 80. The side shank elastic body 80 is disposed at the rear of the side shank 11 , the side shank 14 is inserted into the insertion side perforation 12 and passes through the side shank elastic body 80 , and the retracting structure 82 is disposed at the rear end of the side shank 14 The side shank elastomer 80 is pressed, and the side shank 14 is already pre-tensioned at the time of initial installation.

Others are the same as in the first embodiment.

Example 26

32 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 26, wherein the main tooth retaining member 16 includes a retaining member seal 83, and the retaining member seal member 83 is a sealed unloading main chock member. The sealing main tooth groove member is disposed on the unloading main tooth groove 75, and the sealing main discharge tooth groove member is sealed by the plug expansion.

The side tooth retaining member or the increased tooth stopping member may further include a retaining member seal or the like.

The retaining member seal 83 may further include a sealing insert main perforating member or a sealing insert side perforating member or the like.

The sealing main unsealing member can also be fixed by sealing with an end conical retaining piece or by a circlip fixed sealing or by wire rope sealing or by adhesive sealing or fixing with a card slot or by screw fixing or hoop hoop Fixed seals, etc.

Others are the same as in the first embodiment.

Example 27

33 to 37 are main and side reciprocating tooth impact devices of the mining machine jack according to Embodiment 27, wherein the main reciprocating tooth 4 and the side reciprocating tooth 5 comprise an anti-rotation structure, and the anti-rotation structure comprises a main reciprocating tooth anti-rotation structure. Or the side reciprocating tooth anti-rotation structure, the main tooth body 9 comprises a column anti-rotation structure 84, that is, a hole anti-rotation structure 85 is arranged on the interlocking guide pinion socket 3, and the hole anti-rotation structure 85 cooperates with the column anti-rotation structure 84 to block The reciprocating tooth rotates relative to the interlocking guide pinion holder 3, and the main reciprocating tooth anti-rotation structure is disposed as an upper rib lower cone anti-rotation structure 86, and correspondingly in the side tooth head when the hole anti-rotation structure 85 is disposed on the side tooth holder 11 10 is provided with a column anti-rotation structure 84. The hole anti-rotation structure 85 cooperates with the column anti-rotation structure 84 to prevent the side tooth head 10 from rotating relative to the side tooth holder 11, and the side reciprocating tooth anti-rotation structure is set as a polygonal column anti-rotation structure.

The main reciprocating tooth anti-rotation structure may further comprise a lower round upper prism anti-rotation structure or a square column anti-rotation structure or a triangular column anti-rotation structure or a polygonal column anti-rotation structure or an upper round lower edge anti-rotation structure or a convex anti-rotation structure. Or concave anti-rotation structure or pin anti-rotation structure or inclined anti-rotation structure or key anti-rotation structure or screw anti-rotation structure.

The side reciprocating tooth anti-rotation structure may further comprise an upper rib lower cone anti-rotation structure or a lower round upper prism anti-rotation structure or a square column anti-rotation structure or a triangular column anti-rotation structure or an upper round lower rib anti-rotation structure or a convex anti-rotation structure Rotating structure or concave anti-rotation structure or pin anti-rotation structure or inclined anti-rotation structure or key anti-rotation structure or screw anti-rotation structure.

The side shank 14 can also be arranged as a rib side shank on the lower cone, and correspondingly disposed on the side pedestal on the lower rib side flank through hole or on the lower rib rib side locating blind hole The upper edge of the taper is disposed on the upper side of the lower taper of the lower taper or the upper side of the lower taper is disposed on the upper side of the lower taper side of the lower taper, the upper edge of the side tooth and the upper side of the side handle The ribs are connected to each other.

Others are the same as in the first embodiment.

Example 28

38 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 28, wherein the main reciprocating tooth jack member 7 includes a reciprocating tooth rotation preventing groove 87, and the corresponding interlocking guide pinion housing 3 The guide rod rotation preventing projection 88 is provided, and the reciprocating tooth rotation preventing groove 87 is engaged with the guide rod rotation preventing projection 88 to prevent the main reciprocating tooth 4 from rotating relative to the interlocking guide sealing socket 3.

The side tooth head 10 may include a side tooth rotation stop groove or a side tooth rotation stop protrusion, and correspondingly, a side tooth rotation stop protrusion or a side tooth rotation stop groove is provided on the side tooth holder, and the side The toothed rotation preventing groove and the side toothed rotation preventing projection are engaged to prevent the side tooth from rotating relative to the side tooth.

The main reciprocating tooth insertion member 7 may include a reciprocating tooth rotation preventing protrusion, and correspondingly, a guiding rod rotation preventing groove is arranged on the interlocking guiding sealing gear holder, the reciprocating tooth rotation preventing groove and the guiding rod rotation preventing convexity The snap-fit prevents the main reciprocating teeth from rotating relative to the linked guide seal adapter.

Others are the same as in the first embodiment.

Example 29

39 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 29, wherein the main tooth 8 includes a main tooth body 89 and a main tooth head 90, and the main tooth head 90 is an alloy tooth head and an alloy tooth. The head is fixed on the main punching body 89, the main punching body 89 is connected to the alloy tooth head, and the fixing manner of the main punching body and the alloy tooth head is threaded.

The main tooth head 90 can be the same material as the main tooth body 89.

The main punching body 89 and the alloy tooth head may be integrated.

The fixing manner of the main punching body 89 and the alloy tooth head may include a jack type or a buckle type or a welded type or a lock type Or shoulders and so on.

Others are the same as in the first embodiment.

Example 30

40 is a main and side reciprocating tooth impact device of the mining machine jack described in Embodiment 30. The main reciprocating tooth 4 and/or the side reciprocating tooth 5 include a guiding surface 91, and the guiding surface 91 includes a beveled surface or The curved guiding surface or the plane guiding surface or the curved guiding surface, etc., the guiding surface 91 smoothly leads out the material during impact blanking, and the main reciprocating tooth 4 and/or the side reciprocating tooth 5 are provided with a reduced wear concave surface 92, The wear concave surface 92 reduces the direct contact area between the main punch and/or the side tooth and the material, reduces wear, and reduces the wear concave surface 92 to reduce the weight of the punch and reduce the impact resistance.

Others are the same as in the first embodiment.

Example 31

41 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 31, and a tooth shoulder seal 93 is provided between the interlocking guide pinion holder 3 and the main reciprocating tooth 4, and the shoulder shoulder is provided. The seal 93 is disposed between the shoulder 66 and the shoulder 65, and the shoulder seal 93 is disposed between the side shank 14 and the insert side bore 12.

The shoulder seal 93 can also be disposed between the main tooth shank and the main punch hole.

Others are the same as in the first embodiment.

Example 32

42 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 32. The side of the main reciprocating tooth 4 is provided with a wear resistant alloy block 94, and the wear resistant alloy block 94 is welded to the side of the main reciprocating tooth 4. Reduce the wear on the reciprocating teeth.

The main reciprocating tooth 4 may further be provided with a wear-resistant reinforcing rib, and the wear-resistant reinforcing rib is welded to the side of the main reciprocating tooth.

The side of the side reciprocating tooth 5 may also be provided with a wear-resistant rib or a wear-resistant alloy block, etc., and a wear-resistant rib or a wear-resistant alloy block is welded to the side of the side reciprocating tooth.

Others are the same as in the first embodiment.

Example 33

43 is a main and side reciprocating tooth impact device of the mining machine jack described in Embodiment 33. The reciprocating tooth holder guiding portion 32 is provided with a hard wear-resistant member 95, and the hard wear-resistant member 95 includes a hard wear-resistant member. The block 96 or the hard wear sleeve 97, the hard wear part 95 is connected to the reciprocating toothed guide section 32, and the hard wear sleeve 97 is fitted on the reciprocating seat guide section 32. The hard wear sleeve 97 A rigid wear sleeve stop structure 98 is disposed on the reciprocating toothed guide segment 32, and the rigid wear sleeve stop structure 98 is connected to the rigid wear sleeve 97 separately, or the hard wear block 96 and the reciprocating tooth The seat guiding section 32 is fixedly connected by a card slot, and the card slot is set as a T-shaped slot.

The hard wear part 95 and the reciprocating tooth base guide section may be integrated.

The rigid wear sleeve stop structure 98 and the hard wear sleeve 97 may be integrated.

The hard wear block 96 and the reciprocating toothed guide segment 32 may be connected by screwing or by a tapered surface or by a wear block retaining connection or the like.

The card slot further includes a dovetail slot or a polygonal slot or the like.

Others are the same as in the first embodiment.

Example 34

44 is a main and side reciprocating tooth impact device of the mining machine jack described in Embodiment 34. The main reciprocating tooth 4 and/or the side reciprocating tooth 5 include a dislodging groove 99, and the dislodging groove 99 is disposed in the main tooth body 9. The bonding portion with the main teeth 8 and/or the unloading groove 99 are provided in the bonding portion of the side tooth holder 11 and the side tooth portion 10.

Others are the same as in the first embodiment.

Example 35

45 and 46 are main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 35. The side reciprocating teeth 5 include a multi-tooth row 100, and the multi-tooth row 100 is longitudinally arranged along the main reciprocating teeth 4, and has a plurality of teeth. The row 100 is disposed along the side of the main reciprocating tooth 4 or is arranged at the periphery. When the multi-tooth row 100 is arranged at the circumference, the multi-tooth row 100 is multi-directionally moved and multi-side impact blanking is provided, and a gap is provided between the multi-tooth row 100 and the multi-tooth row 100. The material to be washed out is discharged from the gap, and the multi-tooth row 100 includes a sawtooth row. The distance between the serrated teeth and the teeth is not more than three times the reciprocating impact stroke, not less than one third of the reciprocating impact stroke, and the sawtooth row During horizontal oscillating mining, the saw teeth are linearly reciprocatingly impacted while sawing the side wall material.

The multi-tooth row 100 can also be arranged longitudinally along the interlocking guide seal adapter.

Others are the same as in the first embodiment.

Example 36

47 to FIG. 50 are the main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 36. The main tooth body 9 includes an insertion side perforation groove 101, and the insertion side perforation groove 101 is along the surface of the main tooth body 9. The longitudinally disposed side handle 14 and the insertion side perforation groove 101 cooperate with the fixed side tooth head 10, the insertion side perforation groove 101 includes the insertion side tooth groove groove 102, and the insertion side tooth groove groove 102 has an insertion side tooth opening. The other end is provided with a side tooth shank, and a fixed side impact tooth groove 103 is disposed between the insertion side shank opening and the side tooth shank, and the side shank 14 is inserted into the insertion side shank groove 102 from the open side of the insertion side shank. The side tooth 10 protrudes from the fixed side impact tooth groove 103, and the cross-sectional shape of the insert side perforation groove 102 and the side tooth shank 14 includes a circular inverted T shape, and the toothed cap 104 is disposed at the front portion of the main punching tooth, and the toothed cap 104 is The main punching teeth 8 are connected separately, the toothed cap 104 is a vertebral body type, and the toothed cap 104 is provided with a toothed cap insertion hole 105, and the front part of the main punching tooth 8 is provided. The toothed cap is fixed to the post 106, and the toothed cap insertion hole 105 is disposed on the toothed cap fixing post 106.

The cross-sectional shape of the insert side perforation groove 101 and the side shank 14 further includes a rectangle or a square or a triangle or a polygon or a dovetail shape or the like.

The toothed cap 104 and the main punching teeth 8 may also be an integral type or the like.

The toothed cap 104 can also be serrated or multi-toothed or the like.

The toothed cap 104 may be provided with a toothed cap, the front of the main punching tooth is provided with a toothed cap fixing jack, and the toothed cap is disposed on the toothed cap fixing jack.

Others are the same as in the first embodiment.

Example 37

51 to 53 are main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 37. The main tooth body 9 is provided with a main tooth tooth frame 107, a main tooth body frame 107 and a main tooth The tooth body 9 is connected in a separate body, and the main tooth body frame 107 is connected to the main tooth body 9 in a tapered manner. The main tooth body frame stop member 108 is disposed to prevent the main tooth body frame 107 from falling off the main tooth body 9. The main tooth body frame 107 is disposed adjacent to the main tooth body telescopic seal sleeve 55 and/or adjacent to the side of the box plate telescopic seal sleeve 47. The guide surface 91 is stacked on the main tooth body. The carrier 107 and the main tooth body telescopic seal sleeve 55 or the material accumulated between the main tooth body frame 107 and the box plate telescopic seal sleeve 47 are led out, and the main tooth body frame stop member 108 is a pin. For the retaining member, the main tooth tooth frame 107 is provided with a through-toothed through hole 13 , and the side reciprocating tooth 5 and the punch frame are provided with a side tooth retaining member to be retracted, and the side pin 14 passes through the through-theft tooth through hole 13 . Fixed, the main tooth body frame 107 and/or the beam cover frame 21 are provided with more than one side reciprocating tooth, and a gap is provided between the side reciprocating tooth 5 and the side reciprocating tooth 5, and the main reciprocating tooth 4 and the side reciprocating The opposite extension of the back of the tooth 5 The shrinking jacket plate 45 is provided with a water spout 109, the spout 109 is disposed with respect to the gap between the side reciprocating teeth 5, and the water flow is sprayed to the side reciprocating teeth and/or the main reciprocating force through the gap between the side reciprocating teeth 5. The gap between the tooth heads and the side reciprocating teeth 5 facilitates the discharge of the material being picked up.

The main tooth body frame 107 and the main tooth body 9 may be integrated.

The main tooth body frame 107 and the main tooth body may also be a cylindrical surface connection or a multi-faceted connection or the like.

The main tooth body frame stop member 108 further includes a nut stop member or a retaining ring stop member or a snap spring retaining member or a claw retaining member.

The main tooth body frame 107 can also be provided with a side tooth blind hole.

Others are the same as in the first embodiment.

Example 38

54 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 38, wherein the main tooth body 9 includes a pin-type main tooth body 110, and the side reciprocating tooth 5 includes an inner pin eyelet side reciprocating tooth 111, and the inner pin The eyelet side reciprocating tooth 111 includes a fixed side ring gear 40. The ring hole of the fixed side ring gear 40 is fitted around the outer circumference of the pin type main tooth body 110, and one or more ring positioning side reciprocating teeth 113 are provided on the outer circumference of the fixed side ring gear 40. The fixed side ring gear 40 is connected to the ring positioning side reciprocating tooth 113, and the fixed side ring gear 40 includes a cylindrical hole fixed side ring gear. The pin type main tooth body 110 and the inner pin hole side side reciprocating tooth 111 are tapered. .

The fixed side ring gear 40 further includes a cylindrical hole fixed side ring gear or a tapered hole fixed side ring gear or a polygonal hole fixed side ring gear.

The pin type main tooth body 110 and the inner pin eyelet side reciprocating tooth 111 are threaded to be retracted or the pin type main tooth body 110 and the inner pin eyelet side reciprocating tooth 111 are provided with a retreating structure stop or pin type main tooth The body 110 and the inner pin eyelet side reciprocating tooth 111 are provided with an inner pin eyelet stop member, and the like.

The fixed side ring gear 40 and the ring positioning side reciprocating tooth 113 may also be integrated.

Others are the same as in the first embodiment.

Example 39

55 is a main and side reciprocating tooth impact device of the mining machine jack described in Embodiment 39. The side reciprocating teeth 5 are arranged in a single layer in the axial direction of the main tooth body 9, and the side toothings 11 are provided on the side tooth holders 11.

The side reciprocating teeth 5 may also be arranged in multiple layers along the axial direction of the main tooth body 9, or the side reciprocating teeth 5 may be arranged in a single layer or a plurality of layers in the axial direction of the main punching teeth 9, and the side tooth heads 10 may be provided with a pair of side teeth. Side teeth 114.

Others are the same as in the first embodiment.

Example 40

Figure 56 is a perspective view showing the main body and side reciprocating tooth impacting device of the excavator jack of the embodiment 40. The inner pin eyelet side reciprocating tooth 111 includes a plurality of inner pin eyelet side reciprocating teeth, and the plurality of inner pin eyelet side reciprocating teeth includes a rear The inner pin eyelet side reciprocating tooth 115, the front inner pin eyelet side reciprocating tooth 116, the rear inner pin eyelet side reciprocating tooth setting 115 are at the rear of the pin type main tooth body 110, and the front inner pin eyelet side reciprocating tooth 116 Provided at the front portion of the pin-type main tooth body 110, the rear inner pin eyelet side reciprocating tooth 115 includes a rear inner pin eyelet side tooth 117 and a rear inner pin eyelet side tooth shank 118, and the front inner pin eyelet side reciprocating The tooth 116 includes a front inner pin eyelet side tooth 119 and a front inner pin eyelet side tooth shank 120, and the rear inner pin eyelet side tooth shank 118 and the front inner pin eyelet side tooth shank 120 are linearly arranged forward and backward, and the rear inner pin hole is provided. The ring side shank 118 and the front inner pin eyelet side shank 120 form a side tooth serration row, and the side tooth serration row reciprocates the sawing material.

The rear inner pin eyelet side shank 118 and the front inner pin eyelet side shank 120 may also be disposed in front and rear offset or linearly spaced apart from each other.

Others are the same as in the first embodiment.

Example 41

57 and 58 are main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 41, rear inner pin eyelet side reciprocating teeth 115, front inner pin eyelet side reciprocating teeth 116 and pin type main The tooth body 110 is tapered, and the inner pin eyelet side reciprocating tooth 115 and the front inner pin eyelet side reciprocating tooth 116 are disposed with an inner pin eyelet side reciprocating tooth gap 121, and the inner inner pin eyelet side reciprocating tooth 116 When the pin-type main tooth body 110 is tilted in the direction of the integrated block sealing guide rotation box 1, the front inner pin hole side reciprocating tooth 116 occupies the inner pin hole side side reciprocating tooth gap 121, and the inner pin hole side side reciprocating tooth gap 121 makes the front The inner pin eyelet side reciprocating tooth 116 and the rear inner pin eyelet side reciprocating tooth 115 do not push each other, and the front inner pin eyelet side reciprocating tooth 116 and the rear inner pin eyelet side reciprocating tooth 115 are engaged with the pin type main tooth. The strength of the body 110 is provided with a side ring rotation preventing pin hole 122 at a joint portion of the pin type main tooth body 110 and the fixed side ring gear 40, and a side ring gear rotation preventing pin 123 is disposed in the side ring ring rotation preventing pin hole 122, The side ring rotation preventing pin 123 prevents the fixed side ring gear 40 from rotating relative to the pin type main tooth body 110.

Others are the same as in the first embodiment.

Example 42

59 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 42, the fixed side ring gear 40 includes a rear fixed side ring gear 124 and a front fixed side ring gear 125, and the pin type main The joint portion of the tooth body 110 and the rear fixed side ring gear 124 is provided with a rear side ring gear rotation preventing pin hole 126, and the rear side ring gear rotation preventing pin hole 126 is provided with a side ring gear rotation preventing pin 123, and the side ring gear is closed. The rotation pin 123 prevents the rear fixed side ring gear 124 and the front fixed side ring gear 125 from rotating relative to the pin type main tooth body 110, and is disposed on the front fixed side ring gear 125 to be interlocked with the side ring gear stop pin 123. The front side ring gear rotation preventing pin hole 127, the front side ring gear rotation preventing pin hole 127 is engaged with the side ring gear rotation preventing pin 123, and the side ring gear rotation preventing pin 123 and the rear side ring gear rotation stop The pin holes 126 cooperate to prevent the front fixed side ring gear 125 and the rear fixed side ring gear 124 from rotating, and one side ring gear stop pin 123 prevents the front fixed side ring gear 125 and the rear fixed side ring gear 124 from rotating. The plurality of anti-rotation pin holes are arranged on the pin-type main tooth body 110, the strength of the pin-type main tooth body 110 is improved, the structure is simple and reliable, and the front end of the pin-type main tooth body 110 is provided. Pin-type main tooth top tooth 128, pin-type main tooth top tooth 128 tooth head rear end is larger than pin-type main tooth body 110 top end face, pin-type main tooth body top tooth 128 tooth head rear end top The end portion of the inner pin eyelet side reciprocating tooth 116, the pin type main tooth body 110 and the pin type main tooth body top tooth 128 are stopped by the retaining member, and the pin type main tooth body top tooth 128 blocks the front inner pin hole The ring side reciprocating teeth 116 are detached from the pin type main tooth body 110.

The pin-type main tooth body 110 and the pin-type main tooth body top tooth 128 are tapered or the pin-type main tooth body and the pin-type main tooth body top tooth thread are retracted.

Others are the same as in the first embodiment.

Example 43

60 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 43, the pin main tooth body 110 includes a main tooth body rotation screw hole 129 and a main tooth body rotation screw 130 or includes a main body. The tooth body stop pin sliding hole 131 and the side ring gear stop pin 123 are provided with a side ring gear rotation preventing hole 132 at a position corresponding to the main body body rotation preventing screw hole 129, and the side ring gear is stopped. The longitudinal direction of the sliding hole 132 is parallel to the impact direction of the main reciprocating tooth 4, and the main tooth body rotation preventing bolt 130 is fixedly connected to the main tooth body rotation preventing screw hole 129 through the side ring rotation preventing sliding hole 132, and the main tooth body rotation preventing bolt 130 is disposed adjacent to the side ring rotation stop sliding hole 132. The main tooth body rotation preventing bolt 130 and the side ring rotation preventing sliding hole 132 are provided with a sliding hole spacing, and the fixed side ring gear 40 is opposite to the pin. When the column main tooth body 110 moves in the direction of the integrated block sealing guide rotation stop box 1, the front hole wall of the side ring rotation stop slide hole 132 moves toward the integrated block seal guide rotation stop box 1, and the slide hole spacing makes the main tooth body stop. The rotating bolt 130 is not sheared by the front hole wall and the rear hole wall of the side ring rotation preventing sliding hole 132, and corresponds to the same main tooth body stop pin sliding hole 131 of the fixed side ring gear 40. Positioning the side ring rotation preventing pin hole 122, the longitudinal direction of the main tooth body rotation preventing pin sliding hole 131 is parallel to the impact direction of the main reciprocating tooth 4, and the side ring gear rotation preventing pin 123 is connected and fixed to the side ring gear rotation preventing pin hole. 122, and disposed in the main tooth body sliding hole, the side ring gear stop pin 123 is disposed near the front hole wall of the main tooth body rotation preventing sliding hole 131, the side ring gear rotation preventing pin 123 and the main tooth body rotation preventing sliding hole 131 rear hole A sliding distance is provided between the walls, and when the fixed side ring gear 40 moves relative to the pin type main tooth body 110 toward the integrated block sealing guide rotation preventing box 1, the side ring gear rotation preventing pin 123 is in the main tooth body rotation preventing sliding hole 131 inward integrated block sealing guide rotation box 1 direction, the slide hole spacing is such that the side ring rotation stop pin 123 is not cut by the main tooth body rotation sliding hole 131 after the hole wall and the front hole wall, the side ring rotation stop pin The hole 122 closely cooperates with the side ring rotation preventing pin 123 to prevent dust and water from entering the main tooth rotation preventing sliding hole 131.

Others are the same as in the first embodiment.

Example 44

61 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 44, wherein a main reciprocating tooth retaining member hole 133 is provided in the main reciprocating tooth insertion hole, and is disposed on the guiding sealing tooth holder 134. The guide toothed seat insert retaining member sliding hole 135, the main tooth retaining member 16 is disposed in the main reciprocating tooth retaining member hole 133 and the guiding sealing toothed insert retaining member sliding hole 135, the main tooth retaining member 16 is in close cooperation with the main reciprocating tooth stop member hole 133 to prevent dust, water, mud, materials, etc. from entering.

The main reciprocating tooth insertion hole and the guiding sealing toothed socket can also be connected by a taper surface, and the reaction force of the reciprocating impact causes the main reciprocating tooth insertion hole to closely engage with the tapered surface of the guiding sealing toothed socket, or The main reciprocating tooth insertion hole and the guide sealing toothed seat post taper joint portion are provided with a tapered pin hole, the open elastic pin is disposed on the tapered pin hole, and when the tapered surface moves the shear opening elastic pin, the opening elastic pin diameter is reduced to avoid being Cut.

Others are the same as in the first embodiment.

Example 45

62 and 63 are main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 45. The main tooth 8 includes a main tooth body insertion post 136, and the main tooth body 9 is provided with a main tooth body insertion post. The hole groove 137 is provided with a main toothing relief groove 138 on the main tooth body insertion post 136, and a main tooth groove 75 is provided on the main tooth body insertion hole hole groove 137, and the main tooth body is inserted into the column hole groove 137 and the main body. The tooth groove 75 is connected to each other such that the diameter of the main tooth stop hole 138 is smaller than or equal to the diameter of the main tooth groove 75. The main tooth stop hole groove 138 is disposed in the main tooth groove 75, and the main tooth stop member 16 includes The main tooth retracting member 16 is disposed on the main tooth retreating hole 138 and is disposed on the main tooth groove 75. The main tooth retreating piece and the main tooth groove 75 side wall cooperate to block the main part. The tooth body insertion post 136 is detached from the main tooth body insertion hole hole 137. The side wall of the main toothing relief hole 138 is spaced apart from the side wall of the main discharge tooth groove 75, and the retaining member 18 includes a gear 139. The end surface of the tooth body insertion post 136 and the side wall of the unloading main tooth groove 75 are provided with a space for inserting the unloader 139 or the main tooth body of the pin hole 137. The main tooth 8 is perpendicular to the material impact, and the main tooth is Body insert 136 is impacted by impact When the force is pushed to move toward the main tooth body insertion hole 137, the main tooth retreating member moves to the main tooth groove 75, and the distance between the side wall of the main tooth retreating hole 138 and the side wall of the main tooth groove 75 is made. The main toothing backing member is not sheared. When the main toothing 8 needs to be replaced, the main toothing stopping member is taken out from the main toothing stopping hole groove 138, and the inclined surface of the gear removing device 139 is placed on the main tooth body. The end of the post 136 drops the main toothed plunger 136 from the main toothed pin slot 137.

Others are the same as in the first embodiment.

Example 46

64 and 65 are main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 46, wherein the side reciprocating teeth 5 are connected to the main tooth body 9 separately, and the main tooth body 9 is provided with a side tooth holder 11 When the side shank 14 is disposed on the insertion side tooth blind hole 17, the side tooth yoke 14 is provided with a side tooth relief hole 141, and the side tooth holder 11 is provided with the discharge side gullet 140, the insertion side hole 12 and the discharge side The tooth groove 140 is in communication, and the side tooth stop hole groove 141 is disposed in the discharge side groove 140. The side tooth stop hole groove 141 has a diameter smaller than or equal to the diameter of the discharge side groove 140, and the side tooth stop member 15 is disposed on the side. The tooth stop groove 141 is disposed on the unloading side groove 140, and the side tooth retaining member 15 and the front side groove of the unloading side groove 140 cooperate to prevent the side pin 14 from falling out from the insertion side perforation 12, and the side tooth retracting hole The rear side wall of the groove 141 is spaced apart from the rear side wall of the unloading side groove 140. When the side tooth head 10 is impacted to move the side tooth shank 14 into the insertion side perforation 12, the side wall of the side tooth retracting hole 141 is rear side wall. The spacing provided with the rear side wall of the unloading side slot 140 prevents the side tooth retaining member 15 from being sheared.

Others are the same as in the first embodiment.

Example 47

66 is a main and side reciprocating tooth impact device of the mining machine jack described in Embodiment 47, and a toothed pin insertion stop 142 or a toothed pin insertion pin hole is provided at a rear end of the guide seal adapter post 134. 143, a main reciprocating tooth socket rotation preventing groove 144 is disposed at a rear end of the main reciprocating tooth insertion hole, and the main reciprocating tooth hole rotation preventing groove 144 is opened toward the integrated block sealing guide rotation box 1 and the main reciprocating tooth insertion groove 144 snaps onto the adapter post stop 142 to prevent the main reciprocating tooth receptacle from being inserted relative to the guide seal adapter The column 134 rotates or provides a toothed pin rotation preventing pin 145 in the toothed pin insertion pin hole 143. The main reciprocating tooth hole rotation preventing groove 144 is fastened to the toothed pin insertion pin 145 to prevent the main reciprocating tooth. The jack rotates relative to the guide seal socket 134, and the outer side wall of the main reciprocating tooth socket rotation stop groove 144 covers the adapter post rotation stop 142 or the adapter post rotation stop pin 145, so that the adapter insertion post rotation stop 142 Or the seat pin stop pin 145 is free from dust pollution, water rust, and the like.

The structure is also suitable for the rotation of the side tooth and the side tooth, or for the rotation of the tooth body and the tooth main tooth body, or for the pin type main tooth body and the fixed side ring gear. Stop turning and so on.

Others are the same as in the first embodiment.

Example 48

67 and 68 are main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 48. The side tooth holder 11 includes a side toothed cone hole 146, and the side tooth head 10 includes a side toothed cone column 147. The side shank taper 147 is disposed on the side pedestal taper hole 146, the side flank 10 and the side flank 11 are retracted and stopped by the tapered surface, or the side flank stop 148 is disposed at the upper end of the side shank 14 . A side tooth lock stop 149 is provided on the side tooth holder 11 corresponding to the side tooth end stop surface 148 of the joint portion of the side tooth holder 11 and the side tooth head 10, and the side tooth lock stop block 149 and the side teeth are provided. The head rotation preventing surface 148 cooperates to prevent the side tooth head 10 from rotating relative to the side tooth holder 11, and the side toothed seat taper hole 146 axis is arranged in parallel with the interlocking guide sealing pin holder axis or the side toothed cone hole axis 146 and the interlocking guide seal. The axis of the gear holder is set at an angle of 0-45 degrees, the optimum angle is set at an angle of 3-10 degrees or the side shank 14 is parallel to the axis of the interlocking guide pinion seat, and the top end of the side tooth head 10 and the axis of the side tooth holder 11 are The top end of the line or side tooth head 10 is disposed at an angle of 0-45 degrees from the axis of the side tooth holder 11, and the optimum angle is set at an angle of 3-10 degrees.

Others are the same as in the first embodiment.

Example 49

69 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 49, the side tooth head 10 includes a side tooth shank 14 and a side impact head 150, and the side tooth shank 14 and the side impact head 150 are combined with each other. There is a circular arc transition 151 that reduces stress concentration and prevents lateral forces from shearing the side impact head 150 from the joint of the side shank 14 and the side impact head 150.

The side tooth shank 14 may be a side tooth taper shank or a side tooth cylindrical shank or a side tooth elliptical shank or a side tooth polygonal shank or a card slot type side shank or a T-shaped main side shank or an inverted T-shaped main side. Tooth shank or dovetail groove side shank or sleeve side shank.

Others are the same as in the first embodiment.

Example 50

70 is a main and side reciprocating tooth impact device of the mining machine jack described in Embodiment 50. The main punching tooth 8 includes a main punching shank 152, and the main punching shank 152 is a main punching taper shank.

The main punching handle 152 further comprises a main punching cylindrical handle or a main punching elliptical cylinder handle or a main punching polygonal prism handle or a card slot type Main punching shank or T-shaped main shank or inverted T-shaped main shank or dovetail slot main shank or sleeve type main shank.

Others are the same as in the first embodiment.

Example 51

71 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 51. The main reciprocating tooth includes a main reciprocating tooth rotation preventing structure, and the main reciprocating tooth rotation preventing structure includes a pin type main tooth body 110 and/or Or the fixed side ring gear 40 is provided with a side ring gear rotation stop structure, the side ring gear rotation stop structure is a beam sleeve frame rotation stop structure 153, the main reciprocating tooth comprises a main reciprocating tooth stop structure, and the main reciprocating tooth stop structure comprises The main tooth body 35 and the increased tooth body 36 are fixed by a tapered surface. The pin-type main tooth body 110 and the fixed side ring gear 112 are tapered, and the rear end of the pin-type main tooth body 110 is engaged with the joint. The end of the guide pinion holder 3 is connected, and the main reciprocating tooth insertion hole communicates with the additional toothed body insertion hole 154. The guide seal toothed seat post 34 is provided with a toothed post eccentric rotation stop hole groove 155, and correspondingly The enlarged tooth body inserting column 156 is provided with an eccentric locking hole 157 for the enlarged toothed body, the main tooth body 9 includes a through hole eccentric rotation preventing member 158, and one end of the through hole eccentric rotation preventing member 158 is inserted into the toothed socket eccentricity. The other end of the anti-rotation hole groove 155 is inserted into the eccentric rotation hole groove 157 of the joint tooth insertion post.

The side ring rotation preventing structure further includes a polygonal side ring rotation preventing structure or a card groove side ring rotation preventing structure or a lock pin side ring rotation preventing structure or a block side ring gear rotation preventing structure or includes The hole pin type side ring rotation preventing structure or includes a tapered side ring gear rotation preventing structure or includes a bevel side ring gear rotation preventing structure or includes an elliptical side ring gear rotation preventing structure or includes two straight side ring gear rotation preventing structures or includes The single straight side ring gear rotation preventing structure or the top wire hole pin rotation preventing structure or the eccentric pin rotation preventing structure or the eccentric boss rotation preventing structure.

Others are the same as in the first embodiment.

Example 52

72 and 73 are main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 52. The main reciprocating teeth include a main reciprocating tooth retracting structure, and the main tooth main body 35 and the increased tooth body 36 are increased. The tooth body stop member 159 is retracted, and the main reciprocating tooth insertion hole is in communication with the increased tooth body insertion hole 154. The guide seal tooth holder insertion post 134 is provided with a toothed socket concentric rotation hole groove 160, and is in an additional section. The toothed pin 156 is provided with a concentric toothed pin concentric stop hole 161. The main tooth body 9 includes a through hole concentric stop member 162, and one end of the through hole concentric rotation preventing member 162 is inserted into the toothed post and is concentrically stopped. The other end of the slot 160 is inserted into the concentric toothed pin concentric hole stop hole 161, and the through hole concentric stop member 162 is disposed as a polygonal through hole concentric stop member.

The through-hole concentric stop member 162 can also be configured as an elliptical through-hole concentric stop member or as a two-sided through-hole concentric stop member or as a single straight-sided through-hole concentric stop member or the like.

Others are the same as in the first embodiment.

Example 53

74 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 53, the main reciprocating tooth jack is in communication with the increased tooth jack 154, and the guide sealing seat 134 is provided with a tooth holder. The eccentric anti-rotation boss 163 is inserted into the column, and the knuckle pin 156 is provided on the knuckle pin 156, and the eccentric anti-rotation boss 163 is inserted into the knuckle The body insert is in the eccentric rotation stop groove 164.

Others are the same as in the first embodiment.

Example 54

75 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 54, wherein the main reciprocating tooth jack and the additional tooth jack 154 are provided with a main tooth hole inner partition 165, the main tooth body. A main tooth eccentric rotation preventing hole 166 is disposed on the inner partition plate 165, and the guiding sealing tooth socket 134 is correspondingly provided with a toothed socket eccentric hole 167, and the enlarged toothed body inserting column 156 is correspondingly provided. The toothed body is inserted into the eccentric hole 168, the main tooth body 9 includes a partition eccentric hole stop member 169, and the partition eccentric hole stop member 169 passes through the main tooth body and the eccentric stop hole 166 is disposed at the toothed post eccentric The other end of the bore 167 is disposed within the eccentric bore 168 of the addendum toothed insert.

The main tooth body inner partition plate 165 is provided with a main tooth body eccentric rotation preventing boss or a main tooth body inner partition plate, and a main tooth body concentric rotation preventing hole or a main tooth body hole inner partition plate is arranged thereon. There are main tooth concentric locking bosses and so on.

Others are the same as in the first embodiment.

Example 55

76 and 77 are main and side reciprocating tooth impact devices of the mining machine jack according to Embodiment 55, wherein the main reciprocating tooth jack and the additional tooth jack 154 are provided with a main tooth hole inner partition 165. The main tooth body inner partition plate 165 is provided with a main tooth concentric anti-rotation boss 170, and the main tooth body hole inner baffle plate 165 is provided with a buckle tooth holder post concentric anti-rotation boss 171 and the other side is provided with a buckle. The concentric toothed insertion post concentric anti-rotation boss 172 is provided, and the guide sealing toothed post 134 is correspondingly provided with a concentric recessed hole 173 of the toothed socket, and the additional toothed insertion post 156 is correspondingly provided with an additional tooth The concentric recess 175 of the body insertion post, the concentric recess 173 of the adapter post is fastened to the concentric anti-rotation boss 171 of the adapter post, and the concentric recess 174 of the enlarged tooth insertion post is fastened to the addition of the toothed insertion post On the concentric anti-rotation boss 172, the main tooth concentric anti-rotation boss 170 is provided as an elliptical concentric anti-rotation boss.

The main tooth concentric anti-rotation boss 170 further includes a polygonal concentric anti-rotation boss or a two-sided concentric anti-rotation boss or a single straight-sided concentric anti-rotation boss.

Others are the same as in the first embodiment.

Example 56

78 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 56. The main tooth body 9 includes a cylindrical sleeve main tooth body 175, and the main tooth body 9 is set as a cylindrical main tooth body 176. The rear end of the cylindrical main tooth body 176 is provided with a main reciprocating tooth jack member 7. The main reciprocating tooth socket member 7 is sleeved on the interlocking guide pinion holder 3, and the side tooth holder 11 is disposed on the cylindrical main tooth body 176 when the impact resistance of the cylindrical sleeve main tooth body 175 is satisfied. At the same time, the cross section of the cylindrical sleeve main tooth body 175 toward the integrated block sealing guide rotation box 1 is reduced, and the cross section of the cylindrical sleeve main tooth body 175 toward the integrated block sealing guide rotation box 1 is blocked. The water spray device provided on the integrated block sealing guide to the transfer box 1 is sprayed to the main reciprocating tooth and/or the side reciprocating tooth.

Others are the same as in the first embodiment.

Example 57

79 is a main and side reciprocating tooth impact device of the mining machine jack described in Embodiment 57. The main tooth body 9 includes a cylindrical cone main tooth body 177, and the main reciprocating tooth at the rear end of the cylindrical cone main tooth body 177 is inserted. The column 178 is inserted into the interlocking guide pinion holder 3, and the side toothed seat 11 is disposed on the cylindrical cone main tooth body 177, and the cylindrical cone main tooth body is reduced while satisfying the impact resistance of the cylindrical cone main tooth body 177. 177 is oriented toward the cross section of the integrated block sealing guide to the turntable 1 to reduce the blockage of the cylindrical cone main tooth body 177 toward the section of the integrated block sealing guide to the transfer box 1 and to increase the block sealing guide to the turntable The water spray device provided on the water spray space of the main reciprocating tooth and/or the side reciprocating tooth.

Others are the same as in the first embodiment.

Example 58

80 is a main and side reciprocating tooth impact device of the mining machine jack according to the embodiment 58. The main tooth body 9 includes a side tooth main tooth body, and the main tooth body is set as a cylindrical main tooth body 176. A side tooth arm 179 supporting the side reciprocating tooth 5 is disposed on the main tooth body 176, the side toothed seat 11 is disposed on the side tooth arm 179, and one or more side tooth arms 179 are disposed on the cylindrical main tooth body 176, one side One or more side tooth holders 11 are disposed on the tooth arm 179, and a gap is provided between each side tooth arm 179, so that the side tooth arm 179 and the cylindrical main tooth body 176 form a punch frame, and when the side tooth arm main tooth body is satisfied Simultaneously reducing the impact strength, reducing the cross section of the main tooth body of the side tooth arm toward the integrated block sealing guide turnout box, and reducing the blockage of the side material of the main tooth body of the side tooth arm toward the integrated block sealing guide rotation box, increasing The large integrated block seals the water spray device provided on the anti-rotation box to the spray space of the main reciprocating tooth and/or the side reciprocating tooth.

Others are the same as in the first embodiment.

Example 59

81 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 59, wherein the main tooth body comprises a beam type main tooth body, that is, the main tooth body is set as a cylindrical main tooth body 176, and the column main body The tooth body 176 includes an upper main tooth body 180 and a lower main tooth body 181, and a main tooth body connecting beam 24 is disposed between the upper main tooth body 180 and the lower main tooth body 181, and the main tooth body connecting beam 24 will be the upper main tooth body 180 and The lower main tooth body 181 is fixedly connected, and the side toothed seat 11 is disposed on the beam type main tooth body, and when the beam type main tooth body is resistant to impact At the same time, the cross section of the beam main tooth body toward the integrated block sealing guide to the turn box is reduced, and the cross section of the beam main tooth body toward the integrated block sealing guide turn box is blocked, and the blockage of the falling material is increased. The integrated block seals the water spray device provided on the anti-rotation box to the spray space of the main reciprocating tooth and/or the side reciprocating tooth.

The main tooth connecting beam 24 can also be integrated with the upper main tooth body 180 and the lower main tooth body 181.

Others are the same as in the first embodiment.

Example 60

82 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 60, wherein the front and rear rolling guide rotation preventing assembly block 44 and the rear loading rolling guide rotation preventing assembly block 182 are front and rear right and right. A water tank 183 and a water pipe 184 are disposed in the guiding rotation stop interval, and a water passage 185 is provided at the bottom or side of the integrated block sealing guide rotation box 1, and the water is passed through the water passage 185 or the water tank 183 or the water pipe 184 to mount the rolling guide rotation preventing assembly block. Cool down and cool down.

Others are the same as in the first embodiment.

Example 61

83 and 84 are main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 61. The main reciprocating tooth 4 is provided with a water spraying mechanism 186, and the integrated block sealing guiding rotation box 1 is provided with a box body. The water channel 187, the interlocking guide sealing pin holder 3 is provided with a linkage guiding sealing socket water channel 188, and the tank water channel 187 is connected with the interlocking guiding sealing socket water channel 188 in the integrated block sealing guiding tonning box 1 The outer block seal guide rotation stop box 1 is connected with the interlocking guide seal socket water channel 188, and the tank water channel 187 is connected with the main reciprocating tooth 4 outside the integrated block seal guide rotation box 1, and the main tooth body 9 includes the main tooth body. The water channel 189, the main tooth water channel 189 and the interlocking guide pinion seat water channel 188 are connected, and the two ends of the interlocking guide pinion seat water channel 188 are provided with a front seal member 190 and a rear seal member 191, and the front seal member 190. The front seal 191 is disposed at the front end of the outlet of the interlocking guide pinion seat water passage 188, and the rear seal member 191 is disposed at the rear end of the outlet of the interlocking guide pinion seat water passage 188, and connects the main tooth water channel 189 on the main tooth jack member. The movable guide seal socket water passage 188 is connected, and the front seal member 190 rear seal member 191 is blocked. Water flows from the gap between the main tooth body 9 and the interlocking guide pinion socket 3, and the interlocking guide seal pinion water channel 188 includes a circulating water channel. The main reciprocating tooth 4 includes a reciprocating tooth channel 192, and the circulating water channel includes a water inlet and In the water outlet, water flows from the guide seal socket receptacle 3 into the reciprocating tooth channel 192, and flows out of the water outlet to cool the main reciprocating tooth or the side reciprocating tooth.

The interlocking guide seal adapter water channel 188 also includes a one-way water channel.

Others are the same as in the first embodiment.

Example 62

85 is a main and side reciprocating tooth impact device of the mining machine jack described in Embodiment 62. The tank water passage 187 includes a tank internal water passage 193 and a tank external water passage 194, and the interlocking guide sealing lance holder 3 is provided. Linking the guide to the socket water passage 188, The interlocking guide pinion seat water channel 188 includes a linkage guide sealing pin socket water inlet 195, and the interlocking guide pinion socket water inlet 195 is disposed in the box body, and the tank body water path 193 and the interlocking guide sealing pin socket water inlet A hose connecting member 196 is disposed between the 195, and the water passage 193 in the tank body is fixed on the tank body. One end of the hose connecting member 196 is connected to the water passage 193 in the tank body, and the other end is connected to the water inlet 195 of the interlocking guide sealing socket. When the interlocking guide pinion holder 3 reciprocates, the hose of the hose connecting member 196 reciprocates with the interlocking guide pinion holder 3, preventing water from being transported from the tank body water path 193 to the interlocking guide sealing pin holder. The nozzle 195 leaks during the process.

The interlocking guide sealing socket water inlet 195 can also be disposed outside the casing.

A reciprocating sealing connector or a telescopic tube connecting member may be disposed between the in-tank water passage 193 and the interlocking guide sealing lug inlet 195.

Others are the same as in the first embodiment.

Example 63

86 is a main and side reciprocating tooth impact device of the mining machine jack described in Embodiment 63. The integrated block sealing guide rotation box 1 is provided with a tumbler driver 197, and the length of the integrated block connector 198 is greater than the tumbler drive. The outer diameter of the outer diameter of the 197, the integrated block connector 198 includes an integrated block upper connecting plate 199 for downwardly displacing the front loading rolling guide rotation preventing assembly block 44 and the integrated block upper connecting plate 199 of the rear loading rolling guide rotation preventing assembly block 182. The bottom surface of the connecting plate 199 on the integrated block is brought close to the interlocking guide pinion holder 3 and provided with a gap to form a fixed roll driver between the front loading rolling guide rotation preventing assembly block 44 and the rear loading rolling guide rotation preventing assembly block 182. The groove 200 is disposed in the fixed roll driver groove 200 to reduce the height of the roll drive 197 from the ground, avoiding the collision and friction between the roll drive 197 and the top wall of the roadway, and reducing the height required for the mining roadway. Save manpower, material resources and time.

Others are the same as in the first embodiment.

Example 64

87 and 88 are main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 64. The roll drive 197 includes a left roll drive 201, a right roll drive 202, a left roll drive 201, and a right The roll drive 202 is disposed in the fixed roll drive groove 200. The left roll drive 201 and the right roll drive 202 jointly drive the same roll drive member 203. The roll drive member 203 drives the roll rotating arm 204 to rotate. The outer diameters of the cymbal drive 201 and the right hoist drive 202 are smaller than the outer diameter of the tumbler drive 203 for driving the tumbler drive 203, and the height of the tumbler drive 197 from the ground is reduced to avoid the roll drive 197 and the roadway. The top wall collides, frictions, reduces the height required for the mining roadway, saves manpower, material resources, time, the left roll drive 201 includes a left roll drive gear 205, and the right roll drive 202 includes a right roll drive gear 206, the roll drive member 203 includes a tumble drive gear 207, and the tumble drive gear 207 is disposed in the integration The block seal guides the side of the toil box 1, and the left roll drive gear 205, the right roll drive gear 206 and the roll drive gear 207 are engaged and driven.

The tumbler transmission member 203 further includes a tumble drive sprocket or the like.

Others are the same as in the first embodiment.

Example 65

89 and FIG. 90 are the main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 65. The integrated block connecting member 198 includes an integrated block lower connecting plate 208, and the front loading rolling guide rotation preventing assembly block 44 and The lower block connecting plate 208 of the lower portion of the rear rolling guide rotation preventing assembly block 182 is displaced upward, so that the bottom surface of the lower block connecting plate 208 is close to the interlocking guide sealing pin holder 3 and is provided with a gap to prevent the front loading rolling guide from rotating. A roll-to-shaft inverted groove 209 is formed between the assembly block 44 and the rear-mounted rolling guide rotation-stop assembly block 182. The roll-through shaft 210 includes a roll-through shaft support 211, and the roll-through shaft support 211 is set on the roll The two sides of the through-shaft recessed groove 209 further include a sleeve 212. The roll-through shaft 210 further includes a transmission through shaft 213, and the sleeve 212 is disposed on the roll-through shaft support member 211 to drive The through shaft 213 passes through the sleeve 212, and the sleeve 212 and the transmission through shaft 213 are separated from the reciprocating seat guide segment 32 by the integrated block lower connecting plate 208, thereby preventing the transmission through shaft 213 from causing damage and pollution to the reciprocating toothed guide portion 32. Increasing the height of the roll-through shaft 210 relative to the ground to prevent the roll-through shaft 210 from colliding with the ground A left roll support member 214 and a right roll support member 215 are disposed at a front end of the telescopic boot box plate 45 near the lower portion of the reciprocating tooth block seal portion 33, and the sleeve 212 is disposed on the left roll support member 214 and the right roll support member. 215, the transmission through shaft 213 passes through the sleeve 212 to prevent the transmission through shaft 213 from causing damage and pollution to the reciprocating toothed guide portion 32, increasing the height of the roller through shaft 210 relative to the ground, and avoiding rolling the through shaft 210 and the ground. collision.

The roll through shaft 210 further includes a bearing, the bearing is disposed on the roll through shaft support member, the transmission through shaft is passed through the bearing, and the bearing and the drive through shaft are separated from the reciprocating tooth holder guiding portion through the lower block connecting plate of the integrated block .

Others are the same as in the first embodiment.

Example 66

91 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 66. The integrated block sealing guide rotation box 1 includes a reciprocating tooth retractor, and the reciprocating tooth retractor is an unloading main reciprocating tooth 216, and is unloaded. The length of the main reciprocating tooth 216 tightening the main reciprocating tooth 4 to the thrust displacer mechanism is smaller than the maximum value of the rear end of the main reciprocating tooth relative to the outer block sealing guide rotation box 1 and the thrusting gear mechanism The rear end of the main reciprocating tooth is fixed to the minimum value of the distance from the inner end of the anti-rotation box 1 to the thrust displacer mechanism, and the strength of the main reciprocating tooth unit 216 is greater than that of the main reciprocating tooth 4 and the interlocking guide pinion holder. 3, the fastening strength, the unloading main reciprocating tooth 216 is attached to the integrated block sealing guide to the rotating box 1, and the other end of the main reciprocating toothing 216 is placed on the main reciprocating tooth 4 to be disassembled, and the reciprocating power unit 2 is driven. Main reciprocating tooth 4 sealing guide to the turntable 1 The direction is retracted, and the main reciprocating tooth 216 pushes the main reciprocating tooth 4 downward.

The unloading reciprocating gear further includes an unloading main or a side gear or an unloading tooth or a fixed side ring gear.

Others are the same as in the first embodiment.

Example 67

92 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 67, wherein the integrated block sealing guide rotation box 1 includes a reciprocating tooth unit, and the reciprocating tooth unit is an unloading main tooth unit 218, and is unloaded. The length of the main punch 218 tightening the main punching to the thrusting gear mechanism 217 is smaller than the maximum distance from the rear end of the main punch 8 to the thrusting gear mechanism 217 after the outer block sealing guide rotation box 1 is extended. And greater than the minimum distance of the rear end of the main punching tooth 8 relative to the inner block sealing guide rotation box 1 to the thrusting gear mechanism 217, the strength of the main punching gear 218 is greater than the main toothing 8 and the main tooth body. The snap-off strength of the unloading main toother 218 includes a push-up box body member 219 and a push-over main punching member 220, and the push-up box body member 219 and the push-stop main punching member 220 are connected separately, and the integrated block sealing guide is provided. The toe-returning box 1 further includes a top pushing and unloading main toothing table 221, one end of the pushing top body member 219 is placed on the top pushing and unloading main toothing table 221, and the other end is connected with the pushing main punching piece 220, and the main body is pushed. The other end of the punching member 220 is provided with a latching main punching end surface, and the shape of the latching main punching end surface is such that when the main punching tooth 8 is directed to the integrated block sealing guide When the box 1 moves, the main punch 8 is prevented from retracting, and the main end face of the latching main tooth 9 is separated from the main tooth 8 by the strong pulling force of the reciprocating power unit 2.

Others are the same as in the first embodiment.

Example 68

93 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 68, wherein the integrated block sealing guide rotation preventing box comprises a reciprocating tooth retractor, and the reciprocating toothing device is a reversing side tooth gear 222, and the unloading side The tooth tipper 222 includes a magnet gear remover, and the magnet gear remover is provided with a magnet material 223. The magnet gear remover is adsorbed at a position suitable for the dismounting side reciprocating tooth of the integrated block seal guide rotation stop box 1, and the position of the unloading tooth is adjusted. The magnet unloader is attached to the integrated block sealing guide turntable 1 for reliable, flexible and simple use.

Others are the same as in the first embodiment.

Example 69

94 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 69, wherein the integrated block sealing guide rotation stop box comprises a reciprocating tooth retractor, and the reciprocating tooth retractor is a unloading fixed side ring gear 224, unloading The fixed side ring gear 224 is a ferrule unloader, and one end of the unloading side ring gear 224 is supported on the integrated block sealing guide turntable 1 , and the fixed side ring gear 224 is pushed to push the end of the fixed side ring gear 40 The end face ring end face of the retaining ring is fixed, and the shape of the end face ring of the retaining ring is fixed when the side ring gear 112 is fixed The side toothed head 10 is prevented from retracting when moving toward the integrated block sealing guide rotation box 1 , and the fixed side ring gear end surface of the blocking block separates the fixed side ring gear 40 from the pin type main tooth body 110 by the strong pulling force of the reciprocating power unit 2 .

The unloading fixed side ring gear 224 further includes a block unloader or a push plate unloader or a steel cylinder unloader.

Others are the same as in the first embodiment.

Example 70

95 to 98 are main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 70. The front end of the interlocking guide pinion holder 3 is provided with a reciprocating toothed pinion segment to form a single-toothed seat main reciprocating The teeth are disposed at the front end of the interlocking guide pinion holder 3, and the reciprocating power unit 2 is a male shaft mechanism 235. The male shaft mechanism includes a crank link 234 or a straight shaft cam link. When the male shaft mechanism 235 is used, the crank link 234 is provided. Or the straight-axis cam link is hinged with the interlocking guide sealing pin holder 3, and one connecting rod drives a single-pinning seat to form a single-toothed seat reciprocating impactor.

The integrated block seal guide rotation stop box 1 includes a rolling guide rotation stopper 225 including a roller guide rotation stopper including a bearing A226, a bearing B227 and a guide roller 228, and a bearing A226 The bearing B227 is respectively disposed at two ends of the guiding roller 228 to form a roller guiding stopper, and the integrated block sealing guiding rotation box 1 comprises a rolling guiding rotation preventing assembly block, and the rolling guiding rotation preventing assembly block comprises a front loading rolling guide The rotation preventing assembly block 44, the rear loading rolling guide rotation preventing assembly block 182 and the integrated block connecting member 198, the front loading rolling guide rotation preventing assembly block 44 and the rear loading rolling guiding rotation preventing assembly block 182 are arranged in parallel in front and rear and the front loading rolling guide A front and rear centering guide rotation preventing pitch is provided between the rotary assembly block 44 and the rear loading rolling guide rotation preventing assembly block 182, and the integrated block connecting member 198 is connected to the front loading rolling guide rotation preventing assembly block 44 and the rear loading rolling guiding rotation preventing assembly block 182. Forming an integrated block sealing guide to turn box 1, the front loading rolling guide rotation preventing assembly block 44 includes a front loading reciprocating toothed seat guiding section single hole integrated block 326 or a front loading rolling guiding rotation preventing assembly plate including a front mounted reciprocating toothed seat guide The porous integrated block, the rear mounted rolling guide rotation preventing assembly block 182 includes a rear mounted reciprocating toothed seat guiding section single hole integrated block 354 or a rear mounted rolling guiding rotation preventing assembly block 182 including a rear mounted reciprocating toothed seat guiding section porous integrated block, which is loaded with rolling The guiding and stopping component plate increases the guiding cohesion force, increases the guiding and righting force, and reduces the swinging impact of the reciprocating toothed seat sealing section on the guiding to the rotating box sealing member.

The front reciprocating tooth guide guiding section single hole integrated block 326 is provided with a front reciprocating toothed seat guiding section hole 229 and the rear reciprocating toothed seat guiding section single hole integrated block 354 is provided with a rear reciprocating toothed seat guiding section hole 233, and the front reciprocating Two or more front rolling guide stopper holes 236 are provided at two or more side portions of the adapter guide hole 229, and two or more rear rolling guide rotation holes are provided at two or more side portions of the rear reciprocating tooth holder guiding portion hole 233 The hole 237 of the front reciprocating toothed guide hole 229 abuts against the front side of the front reciprocating toothed guide hole 229 of the front reciprocating toothed guide hole 236 The rear rolling guide stopper hole side wall 240 of the rear reciprocating tooth holder guiding portion hole 233 is in contact with the side wall of the rear reciprocating tooth holder guiding portion hole 237 of the rear rolling guide rotation preventing hole 237, and the front reciprocating tooth holder The guiding section 239 is disposed in the front reciprocating toothed seat guiding section hole 229, the rear reciprocating toothed seat guiding section 241 is disposed in the rear reciprocating toothed seat guiding section hole 233, and two or more front rolling guiding stoppers are disposed in two In more than one front rolling guide stop hole 236, two or more rear rolling guide stops are disposed in two or more rear rolling guide stop holes 237, and two or more front rolling guide stop side walls 238 are respectively Two or more sides of the front reciprocating toothed guide section 239 are fitted in the front reciprocating toothed guide hole 229, and two or more rear rolling guide retainer side walls 240 are respectively opposite to the rear reciprocating toothed guide section 241. The rear reciprocating tooth holder guiding section hole 233 is fitted together, and the rolling guiding rotation preventing assembly block is used to form a plurality of supporting members for supporting the plurality of rolling guiding rotation stoppers 225 into an integral plate, and the integrated slab supports supporting a plurality of rolling guides. The space intensive materialization of the rotator 225 improves the positioning accuracy of the plurality of rolling guide stoppers 225, and reduces space waste and material waste added to enhance the strength of each support member when using a plurality of support members. The rotation stop assembly block improves the righting strength of the plurality of rolling guide rotation stoppers 225 and the interlocking guide sealing gear holders 3, simplifies the structure, improves the strength, and reduces the swing of the interlocking guide socket 3 to the reciprocating power unit 2 Shock Bad, the reciprocating toothed seat sealing section and the guiding and anti-rotating box sealing member are matched with the sealing block, the integrated sealing and guiding rotation preventing box 1, the front loading rolling guide rotation preventing assembly block 44 and the rear loading rolling guiding rotation preventing assembly block 182 supporting the interlocking guiding sealing insert The toothed seat 3, the end of the interlocking guide pinion seat 3 is provided with a main reciprocating tooth 4 to form a interlocking guide seal tooth reciprocating impactor, the reciprocating power unit 2 is connected with the reciprocating tooth base interlocking section, and the reciprocating power unit 2 drives the interlocking guide Sealing tooth holder 3 reciprocating impactor reciprocating impact.

The reciprocating power unit 2 can also be a hydraulic mechanism or a pneumatic mechanism.

The rolling guide stopper 225 can also be a bearing member guiding rotation stopper. The bearing member guiding rotation stopper includes a guiding bearing member and a guiding bearing fixing member. The guiding bearing member is disposed on the guiding bearing fixing member, and the guiding bearing member includes the bearing body member. Or a bearing sleeve is arranged on the outer circumference of the bearing body member, the bearing sleeve is disposed on the bearing body member to form a rotation-stopping bearing sleeve, the bearing body member is disposed on the guiding bearing fixing member or the rotation-stop guiding bearing sleeve is disposed on the guiding bearing fixing member Superior.

Others are the same as in the first embodiment.

Example 71

99 to 102 are the main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 71, and the front end of the interlocking guide pinion holder 3 is provided with two or more reciprocating toothed pin segments to form a multi-toothed tooth. The main reciprocating tooth 4 is disposed at the front end of the interlocking guide pinion holder 3, the reciprocating power unit 2 is a male shaft mechanism 235, and the male shaft mechanism 235 includes a crank link 234 or a straight shaft cam link when the convex shaft mechanism 235 is used. When the crank link 234 or the straight-axis cam link is hinged to the interlocking guide pinion holder 3, one link drives the multi-pin holder to form a multi-toothed reciprocating impactor, and the multi-toothed reciprocating impactor includes up and down insertion Reciprocating impactor for toothed seat or reciprocating impactor for left and right pedestal seats or reciprocating impactor for upper and lower left pedestal or reciprocating impactor for upper and lower right pedestal or reciprocating impactor for upper and lower left and right pedestal The upper reciprocating tooth joint linking section 242, the upper reciprocating toothed seat guiding section 243, the upper reciprocating toothed seat sealing section 244 and the upper reciprocating toothed seat inserting tooth section 245 constitute an upper interlocking guide pinion seat and the upper and lower pinning seats reciprocate impact The lower part of the device is provided with a lower reciprocating toothed joint section 246, down to Adapters guide section 247, the reciprocal tooth holder segment 248 and the sealing seat under the reciprocating gear shaper segment 249 linking the composition onto the sealing plug adapters, reciprocating interlocking tooth holder The segment 242 and the lower reciprocating tooth carrier interlocking section 246 constitute a reciprocating toothed seat guiding segment connecting member 250, and the reciprocating toothed seat guiding segment connecting member 250 fixes the upper interlocking guiding sealing pinion holder 25 and the lower interlocking guiding and sealing pinion holder 26 The connecting or reciprocating toothed guide segment connecting member 250 is integrally formed with the upper interlocking guide pinion holder 25 and the lower interlocking guide pinion holder 26, and the integrated block sealing guide rotation preventing box 1 includes a rolling guide rotation stopper 225. The rolling guide stopper 225 includes a roller guide rotation roller. The roller guide rotation stopper includes a bearing A226, a bearing B227 and a guide roller 228. The bearing A226 and the bearing B227 are respectively disposed at both ends of the guide roller 228 to constitute a roller guide. The anti-rotation device, the integrated block sealing guide rotation box 1 comprises a rolling guide rotation preventing assembly block, and the rolling guide rotation preventing assembly block comprises a front loading rolling guide rotation preventing assembly block 44, a rear loading rolling guiding rotation preventing assembly block 182 and integration. The block connector 198, the front loading rolling guide rotation preventing assembly block 44 and the rear loading rolling guide rotation preventing assembly block 182 are disposed in parallel with each other and are disposed between the front loading rolling guide rotation preventing assembly block 44 and the rear loading rolling guiding rotation preventing assembly block 182. Front and rear support Turning pitch, the integrated block connector 198 is connected to the front loading rolling guide rotation preventing assembly block 44, and the rear loading rolling guiding rotation preventing assembly block 182 is formed into an integrated block sealing guiding rotation preventing box 1 which includes a front mounting The reciprocating toothed guide segment single hole integrated block 326 or the front mounted rolling guide rotation preventing assembly plate comprises a front mounted reciprocating toothed guide segment porous integrated block, and the rear mounted rolling guide rotation preventing assembly block 182 includes a rear mounted reciprocating toothed guide segment single hole The integrated block 354 or the rear mounted rolling guide rotation preventing assembly block 182 includes a rear assembled reciprocating toothed seat guiding section porous integrated block, and the rolling guiding and stopping rotation preventing plate section increases the guiding cohesion force, increases the guiding and righting force, and reduces the reciprocating toothed seat sealing section. For the oscillating impact of the guiding anti-rotation box seal, a plurality of front reciprocating toothed seat guiding section holes 229 are arranged on the front reciprocating toothed seat guiding section porous integrated block, and a plurality of rear reciprocating heads are arranged on the rear reciprocating toothed seat guiding section porous integrated block. Two or more front rolling guide stopper holes 236 and two rear and rear reciprocating tooth holder guiding hole holes 233 are provided at two or more side portions of each of the front reciprocating tooth holder guiding portion holes 229. Two or more rear rolling guide rotation holes 237 are provided at the side portions, and a plurality of front reciprocating tooth holder guiding portions 239 are disposed in the plurality of front reciprocating tooth holder guiding portion holes 229, and a plurality of rear reciprocating tooth holder guiding portions 241 are disposed at the plurality In the rear reciprocating adapter guiding section hole 233, two or more front rolling guide retainers are disposed on the two or more front rolling guide stopper holes 236 at two or more side portions of each of the front reciprocating adapter guiding sections 239. Further, two or more rear rolling guide stoppers are disposed in two or more rear rolling guide stopper holes 237 at two or more side portions of each rear reciprocating tooth holder guiding section 241, and two or more front rolling guides are stopped. The rotating side wall 238 is respectively engaged with the front and rear reciprocating tooth holder guiding sections 239 in the front reciprocating toothed seat guiding section hole 229, and the two or more rear rolling guiding retaining side walls 240 are respectively guided by the rear reciprocating toothed seat. Two or more sides of the segment 241 are fitted in the rear reciprocating tooth holder guiding section hole 233, and the rolling guiding rotation preventing assembly block is used to form a plurality of supporting members of the plurality of rolling guiding stoppers 225 into an integral plate, the integral plate Space set for supporting a plurality of rolling guide stops 225 The materialization is improved, the positioning accuracy of the plurality of rolling guide stoppers 225 is improved, and the space waste and material waste added to enhance the strength of each support member when using the plurality of support members are reduced, and the rolling guide rotation preventing assembly block is improved. The righting strength of the plurality of rolling guide rotation stoppers 225 and the interlocking guide sealing sockets 3 simplifies the structure to improve the strength, and reduces the impact shock damage of the interlocking guide socket 3 to the reciprocating power unit 2, the reciprocating tooth holder Sealing section and guiding anti-rotation box The sealing member is matched with the sealing block sealing guide rotation preventing box, the front loading rolling guiding rotation preventing assembly block 44 and the rear loading rolling guiding rotation preventing assembly block 182 supporting the interlocking guiding sealing socket 3, and the interlocking guiding sealing socket 3 end The main reciprocating tooth 4 is arranged to form a interlocking guide sealing seat reciprocating impactor, the reciprocating power unit 2 is connected with the reciprocating toothed joint linking section, and the reciprocating power unit 2 drives the reciprocating impact of the interlocking guiding sealing toothed reciprocating impactor.

Others are the same as in the first embodiment.

Example 72

103 and 104 are main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 72. The guide roller 228 is provided with a bearing A inner ring stop 259 and a bearing B inner ring stop 260, and a bearing The diameter of the inner ring stop 259 is larger than the inner diameter of the bearing A226 is smaller than the inner diameter of the outer ring of the bearing A226, the diameter of the inner ring stop 260 of the bearing B is larger than the inner diameter of the bearing B227 is smaller than the inner diameter of the outer ring of the bearing B227, the inner ring stop 259 of the bearing A and the bearing The B inner ring stop 260 blocks the bearing A226 and the bearing B227 from swaying along the guide roller 228. The rolling guide stop includes an anti-bearing swaying member, and the anti-bearing swaying member includes a bearing sleeve 256 and an end cover 251, and the bearing sleeve 256 and end cover 251 separate structure, anti-bearing swaying member makes the bearing outer ring position in the rolling guide retainer hole to prevent the bearing A226, bearing B227 from swaying, ensuring that the guiding roller 228 surface and the reciprocating toothed guide guiding surface Rolling friction, one-time rolling guide rotation stop assembly block tooling positioning, that is, processing the front reciprocating tooth holder guide segment hole 229 on the rolling guide rotation preventing assembly block and processing into a plurality of rolling guide rotation preventing assembly blocks Rolling guide stop hole, processed rolling guide The rotation stop assembly block retains the thickness of each hole wall and the overall connection strength between the hole wall and the hole wall to ensure the positional accuracy between the plurality of rolling guide stop holes and the plurality of rolling guide stop holes With the positional accuracy of the reciprocating toothed guide segment hole, the guiding precision is improved, the processing complexity is reduced, and the center line of the reciprocating toothed guide guiding section is perpendicular to the convex axis, thereby maximally protecting the reciprocating power.

The bearing sleeve 256 is provided with an oil inlet hole and an oil outlet hole, the lubricating oil is stored in the inner cavity of the bearing sleeve 256 or the sponge body 255 is arranged in the inner cavity of the bearing sleeve 256, and the sponge body 255 stores the lubricating liquid to prolong the lubrication time.

The retaining bearing sleeve 256 and the end cap 251 can also be a unitary structure.

Others are the same as in the first embodiment.

Example 73

Figure 105 is the main and side reciprocating tooth impact device of the mining machine jack described in Embodiment 73. The rolling guide rotation stop includes a retaining bearing body inner ring A retaining sleeve 262, a retaining bearing body inner ring B retaining sleeve 263 and a fixed Bearing body shaft 261, block bearing body ring A block 262 and block bearing body inner ring B block 263 inner diameter is greater than or equal to the bearing body inner diameter, block bearing body ring A block 262 and block bearing body ring B block The outer diameter of 263 is smaller than the inner diameter of the outer ring of the bearing. The inner end of the rolling guide retainer hole is provided with the inner ring A of the retaining bearing body part, and the bearing body part is arranged on the inner ring A of the retaining bearing body part, and is fixed. One end of the bearing body shaft 261 passes through the bearing body bore and passes through the retaining ring. The inner ring A of the bearing sleeve 262 is disposed in the hole of the bearing member guiding the stop hole of the rolling guide rotation preventing assembly block, and the bearing body is blocked. The ring B sleeve 263 is disposed at the other end of the bearing body member, and the fixed bearing body shaft 261 is connected to the fixed ring bearing body inner ring A, the bearing body member and the bearing body ring B sleeve 263, and the fixed bearing body shaft 261 is connected with the brace sleeve 263 of the inner ring of the retaining bearing body, so that the inner ring of the bearing is positioned in the hole of the rolling guide retainer, ensuring that the bearing body surface and the guiding surface of the reciprocating toothed seat are in contact with the rolling friction, and the rolling guide is once mounted. The rotation stop assembly block tooling positioning is processed into a front reciprocating toothed seat guide segment hole 229 on the rolling guide rotation preventing assembly block and processed into a plurality of rolling guide rotation stop holes on the rolling guide rotation preventing assembly block, after processing The rolling guide rotation stop assembly block retains the thickness of each hole wall and the overall connection strength between the hole wall and the hole wall, ensuring the positional accuracy between the plurality of rolling guide stop holes and the plurality of rolling guides. Stopper hole The positional accuracy of the reciprocating guide toothed segment socket for improved guiding accuracy, reduce the complexity of the process, the guide protrusion section perpendicular to the axis centerline of the tooth holder reciprocally, reciprocating power maximum protection device.

It is also possible to fix the bearing body shaft 261 and the retaining bearing body inner ring B retaining sleeve 263 as a one-piece structure.

Others are the same as in the first embodiment.

Example 74

Figure 106 to Figure 108 are the main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 74. The front left bearing A hole 264, the front left bearing B hole 268 and the front are mounted on the rolling guide rotation preventing assembly block. The left guide roller hole 266 is processed into a through hole, and the front right bearing A hole 265, the front right bearing B hole 269 and the front right guide roller hole 267 are processed into through holes on the rolling guide rotation preventing assembly block, and the front left guide When the roller 257 is swayed toward the front left bearing A hole 264 or the front left bearing B hole 268, the front left guiding roller 257 and the reciprocating tooth guide guiding surface 254 are aligned with the front right guiding roller 258 and reciprocated The distance of the fitting line of the tooth guide guiding plane 254 is constant, and the front loading rolling guide rotation preventing assembly block and the rear loading rolling guiding rotation preventing assembly block make the center line of the reciprocating tooth holder guiding section perpendicular to the convex axis axis, thereby improving the guiding precision. Reduce machining complexity and stop the guide plane to maximize the protection of the connecting rod.

Others are the same as in the first embodiment.

Example 75

109 to 115 are main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 75. The front loading rolling guide rotation preventing assembly block includes a front reciprocating tooth holder guiding section left hole 274 and a front reciprocating tooth holder. The guiding section right hole 275, the rear loading rolling guiding rotation preventing assembly block comprises a rear reciprocating toothed seat guiding section left hole 278 and a rear reciprocating toothing guiding section right hole 279, the front reciprocating toothed guiding section left hole 274 axis and the rear reciprocating toothed seat The guiding section left hole 278 axis is coaxial and the front reciprocating toothed guiding section right hole 275 axis is coaxial with the rear reciprocating toothed guiding section right hole 279 axis, and the front reciprocating toothed guiding section left hole 274 right side and front reciprocating toothed seat guiding The front loading rolling guide rotation preventing assembly block on the left side of the right side hole 275 is provided with a front middle rolling guide rotation preventing hole 276, and the front middle rolling The guide stopper 277 is disposed in the front middle rolling guide stopper hole 276, and the left side of the front middle rolling guide stopper 277 in the front middle rolling guide stopper hole 276 is attached to the front left reciprocating tooth holder guiding section surface 272. The right middle rolling guide stopper 277 in the front middle rolling guide stopper hole 276 is fitted to the front right reciprocating tooth holder guiding section surface 273, and the rear reciprocating toothing guiding section left hole 278 is right and rear reciprocating. The rear loading rolling guide rotation preventing assembly block on the left side of the right side hole 279 of the adapter guiding section is provided with a rear intermediate rolling guiding stopper hole 282, and the rear intermediate rolling guiding rotation preventing stopper 283 is disposed in the rear intermediate rolling guiding stopper hole 282. The rear middle rolling guide stopper 283 in the rear intermediate rolling guide stopper hole 282 is fitted to the rear left reciprocating tooth holder guiding section surface 280 and the rear intermediate rolling guiding rotation preventing hole 282 is formed in the rear intermediate rolling guide. The right side of the rotation stopper 283 is fitted to the rear right reciprocating tooth holder guiding section surface 281, and the crank connecting rod 234 or the straight shaft cam connecting rod is provided with a left convex shaft 285 and a right convex shaft 286, and the left convex shaft 285 and the right convex shaft. 286 is set at 180 degrees, and the left convex shaft 285 drives the left lance holder 270 to reciprocate impact, and the right convex shaft 286 The right right-pinning seat 271 reciprocates, and when the left convex shaft 285 drives the left-shaped socket 270 to move forward, the right convex shaft 286 drives the right-shaped toothed seat 271 to move backward, and when the left convex shaft 285 drives the left-shaped fixed-toothed seat 270 During the rear movement, the right convex shaft 286 drives the right toothed seat 271 to strike forward, and the left and right toothed seat 270 and the right toothed seat 271 move forward and backward, and the space of the two front rolling guide stops is required to be combined into one. The space of the two rear rolling guides is required to be combined into one. The space utilization ratio of the rolling guide rotation preventing assembly block is increased, the length of the crankshaft is reduced, the equipment strength is relatively increased, the manufacturing cost is saved, and the width of the impact surface is reduced. Thereby reducing the impact resistance.

The reciprocating toothed seat sealing section includes a circular cross-section reciprocating toothed seat sealing section for facilitating sealing, and the reciprocating toothed seat guiding section includes a left anti-rotating rod guiding plane and a right anti-rotating rod guiding plane and/or a reciprocating toothed seat guiding section including an upper anti-rotating rod The guiding plane and the lower rotation rod guiding plane, the left rotation rod guiding plane is parallel with the right rotation rotation rod guiding plane and/or the upper rotation rotation rod guiding plane is parallel with the lower rotation rotation rod guiding plane, and the mutually parallel two planes and the guiding roller The shaft 228 fits the rolling friction and the rolling guide stops.

Alternatively, the front reciprocating adapter guiding section left aperture 274 axis is coaxial with the rear reciprocating adapter guiding section left aperture 278 axis and the front reciprocating adapter guiding section right aperture 275 axis is parallel to the rear reciprocating adapter guiding section right aperture 279 axis.

Alternatively, the front reciprocating adapter guide segment left aperture 274 axis is parallel to the rear reciprocating adapter guide segment left aperture 278 axis and the front reciprocating adapter guide segment right aperture 275 axis is coaxial with the rear reciprocating adapter guide segment right aperture 279 axis.

Alternatively, the front reciprocating adapter guide segment left aperture 274 axis is parallel to the rear reciprocating adapter guide segment left aperture 278 axis and the front reciprocating adapter guide segment right aperture 275 axis is parallel to the rear reciprocating adapter guide segment right aperture 279 axis.

Others are the same as in the first embodiment.

Example 76

116 to FIG. 118 are the main and side reciprocating impact devices of the mining machine jack described in Embodiment 76. The multi-tray reciprocating impactor includes a left upper and lower lance holder and a right upper and lower lance holder, and the left and right plunging teeth are arranged. The seat and the right upper and lower pin holders are disposed to the left and right, the left convex shaft 285 drives the left upper and lower pin holders, the right convex shaft 286 drives the right upper and lower pin holders, and the front loading rolling guide rotation preventing assembly block is provided before The upper left reciprocating tooth holder guiding section hole 291 and the front left lower reciprocating toothed seat guiding section hole 298 are provided with a front right upper reciprocating toothed seat guiding section hole 292, a front right lower reciprocating toothed seat guiding section hole 303, and a rear loading rolling guide rotation preventing component block. The rear left upper reciprocating toothed seat guiding section hole 307 and the rear left lower reciprocating toothed seat guiding section hole 317 are provided with a rear right upper reciprocating toothed seat guiding section hole 309, a rear right lower reciprocating toothed seat guiding section hole 318, and a front left upper reciprocating toothed seat. The left side of the guide section hole 291 is provided with a left front upper guide rod left rolling guide stop hole 293, and the lower left upper reciprocating tooth holder guide section hole 291 is provided with a left front upper guide rod lower rolling guide stop hole 295, front right upper reciprocating The right side upper guide rod is disposed on the right side of the toothed guide portion hole 292, and the right front upper guide rod is provided on the lower side of the front right upper reciprocating tooth holder guide portion hole 292. The front loading rolling guide rotation preventing assembly block Between the upper left reciprocating tooth holder guiding section hole 291 and the front right upper reciprocating toothing guiding section hole 292 is provided with a front upper middle rolling guiding stop hole 289, and the front upper middle rolling guide is stopped. Front upper middle rolling guide stop 290 in the rotor hole 289 left Adhering to the front left upper reciprocating toothed guide segment surface and engaging the front upper middle rolling guide stop 290 in the front upper middle rolling guide stop hole 289 with the front right upper reciprocating toothed guide guiding surface, front left lower The left side front lower guide rod left rolling guide stop hole 297 is disposed on the left side of the reciprocating tooth holder guiding section hole 298, and the left front lower lower guiding rod upper rolling guiding stop hole 296 is disposed on the upper left lower reciprocating toothed seat guiding section hole 298. The right front lower lower reciprocating tooth holder guiding section hole 303 is provided with a right front lower guiding rod right rolling guiding stop hole 301 on the right side and a right front lower guiding rod upper rolling guide stop rotation on the upper right lower reciprocating toothed seat guiding section hole 303 upper side The front hole-down rolling guide rotation preventing member hole 302 is disposed on the front loading guide rolling stop assembly block 302 between the front left lower reciprocating tooth holder guiding portion hole 298 and the front right lower reciprocating tooth holder guiding portion hole 303. The left side of the front lower middle rolling guide stopper 304 in the front lower middle rolling guide stopper hole 302 is fitted to the front left lower reciprocating tooth holder guiding section surface, and the front lower middle rolling is guided to the front lower side in the stopper hole 302. Intermediate rolling guide stop 304 right side and front right lower reciprocating tooth holder guiding section The left upper rear reciprocating tooth guide segment hole 307 is provided with a left rear upper guide bar left rolling guide stop hole 308, and the rear left upper reciprocating tooth block guiding segment hole 307 is provided with a left rear upper guide bar lower rolling guide. The stopper hole 311, the right upper right reciprocating tooth holder guide section hole 309 is provided with a right rear upper guide rod right rolling guide rotation stop hole 310 on the right side and a rear right upper guide on the lower right rear reciprocating tooth holder guide section hole 309. The lower rolling guide vane hole, the rear upper left reciprocating tooth guide section hole 307 and the rear right upper reciprocating toothed seat guide section hole 309 are disposed on the rear loading rolling guide rotation preventing assembly block The hole 305, the rear upper middle rolling guide stop 306 in the rear upper middle rolling guide stop hole 305 is fitted on the left side and the rear left upper reciprocating tooth guide guiding surface, and the rear upper middle rolling guide is arranged in the stop hole 305. The rear upper middle rolling guide stopper 306 is fitted to the right rear upper reciprocating tooth guide guiding surface, and the rear left lower reciprocating tooth guiding guiding hole 317 is provided with a left rear lower guiding rod left rolling guiding stop hole 313. , the upper left lower reciprocating tooth holder guiding section hole 317 upper side is provided with a left rear lower guiding rod rolling guide To the right side of the rear right lower lower reciprocating tooth holder guiding section hole 318, a right rear lower guiding rod right rolling guiding stop hole 316 is provided to the outer side of the rear right lower reciprocating toothed seat guiding section hole 318 and is provided on the upper side of the rear right lower reciprocating toothed seat guiding section hole 318 a rolling guide rotation stop hole 315 is formed on the right rear lower guide rod, and a rear loading rolling guide rotation preventing assembly block is disposed between the rear left lower reciprocating tooth holder guiding section hole 317 and the rear right lower reciprocating toothed seat guiding section hole 318. Lower middle rolling guide stop hole 319, rear lower middle rolling guide stop hole 319 The inner left rear middle rolling guide rotation stop 320 is fitted to the left rear lower reciprocating tooth holder guiding section surface and the rear lower middle rolling guiding rotation preventing hole 319 is disposed on the right side of the rear lower middle rolling guiding rotation stop 320. The rear right lower reciprocating tooth guide guiding surface is fitted, and the crank connecting rod 234 or the straight shaft cam connecting rod is provided with a left convex shaft 285 and a right convex shaft 286, and the left convex shaft 285 and the right convex shaft 286 are 180 degrees, left convex The shaft 285 drives the left and right upper teeth to reciprocate, and the right convex shaft 286 drives the right upper and lower teeth to reciprocate. When the left convex shaft 285 drives the left upper and lower teeth to move forward, the right convex shaft 286 drives the right upper and lower teeth. After the left movement axis 285 drives the left upper and lower lance holders to move backward, the right convex shaft 286 drives the right upper and lower lance holders to move forward, and the left and right arbor seats and the right upper and lower lance holders are required to move forward and backward. The space for setting the two front upper rolling guide stops is combined into one, and the space for setting the two front lower rolling guide stops is combined into one, and the space of two rear upper rolling guide stops is required. Combine the two into one, and the space for the two rear lower rolling guide stops will be combined into one. Improve the space utilization rate of the rolling guide rotation stop assembly block, reduce the length of the crankshaft, increase the equipment strength, save the manufacturing cost, reduce the width of the impact surface and reduce the impact resistance, and set the left front upper reciprocating tooth at both ends of the left upper and lower gear holders, a left front lower reciprocating tooth and a left rear upper reciprocating tooth, a left rear lower reciprocating tooth, and right front upper reciprocating teeth, right front lower reciprocating teeth, right rear upper reciprocating teeth, right rear lower reciprocating teeth, or One end of the left upper and lower gear holders is provided with a left front upper reciprocating tooth and a left front lower reciprocating tooth, and right end upper reciprocating teeth, right front lower reciprocating teeth, etc. are arranged at one end of the right upper and lower pinning seats, and the left front lower part is left when the material is up and left to the upper and lower teeth. The rolling guide stop on the guide rod and the left rear upper guide lower rolling guide stop correct the left upper and lower insert holders.

Others are the same as in the first embodiment.

Example 77

119 to 123 are the main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 77. The rolling guide rotation preventing assembly block includes a front mounting reciprocating tooth holder guiding section single hole integrated block 326 and a rear loading and reciprocating assembly. The toothed guide section single hole integrated block 354, the front mounted reciprocating toothed seat guide section single hole integrated block 326 is set as the front multi-faceted component rotation stop guide integrated block, and the rear mounted reciprocating toothed seat guide section single hole integrated block 354 is set as the rear multi-faceted component The anti-rotation guiding integrated block, the front multi-faceted component rotation-stopping guiding integrated block is set as the front four-side roller component guiding and stopping integrated block, and the rear multi-faceted component anti-rotation guiding integrated block is set as the rear four-sided roller component guiding and stopping integrated block or setting. When the front four-side roller assembly is used to guide the rotation preventing integrated block, the front four-side roller assembly guiding the rotation preventing integrated block is provided with the front reciprocating toothed seat guiding section hole 229, and the rear four-sided roller component guiding the rotation preventing integrated block is provided with the rear reciprocating toothed seat The guide segment hole 233, the front reciprocating tooth holder guiding portion hole 229 axis is coaxial or parallel with the rear reciprocating tooth holder guiding portion hole 233 axis, and the front four-side roller assembly guiding the rotation preventing integrated block on the left side of the front reciprocating tooth holder guiding portion hole 229 on There are a front left bearing A hole 264, a front left bearing B hole 268 and a front left guiding roller hole 333, a front left bearing A hole 264, a front left bearing B hole 268 and a front left guiding roller hole 333 from the front four side roller assembly The guiding and stopping integrated block is connected on one side, the front left bearing A hole 264, the front left bearing B hole 268 and the front left guiding roller hole 333 are coaxial, and the front four-side roller assembly on the right side of the front reciprocating toothed guiding section hole 229 The guiding and stopping integrated block is provided with a front right bearing A hole 265, a front right bearing B hole 269 and a front right guiding roller hole 334, a front right bearing A hole 265, a front right The bearing B hole 269 and the front right guide roller hole 334 are connected from the front four-side roller assembly to the side of the rotation preventing integrated block, and the front right bearing A hole 265, the front right bearing B hole 269 and the front right guiding roller hole 334 are coaxial. The front four-side roller assembly guiding and stopping integrated block on the lower part of the front reciprocating toothed guide hole 229 is provided with a front lower bearing A hole 345, a front lower bearing B hole 346 and a front lower guiding roller hole 347, a front lower bearing The A hole 345, the front lower bearing B hole 346 and the front lower guide roller hole 347 are connected from the front four-side roller assembly to the one side of the rotation preventing integrated block, the front lower bearing A hole 345, the front lower bearing B hole 346, and the front lower guide. The roller hole 347 is coaxial, and the front four-side roller assembly guiding and stopping integrated block on the upper portion of the front reciprocating toothed guide hole 229 is provided with a front upper bearing A hole 327, a front upper bearing B hole 328 and a front upper guiding roller hole. 322, the front upper bearing A hole 327, the front upper bearing B hole 328 and the front upper guiding roller hole 322 are connected from the front four-side roller assembly to the rotation preventing integrated block side, the front upper bearing A hole 327, the front upper bearing B hole 328 is coaxial with the front upper guide roller hole 322, and the rear four-side roller assembly on the left side of the rear reciprocating adapter guide hole 233 is guided to the rotation preventing integrated block After the left bearing A hole 355, the rear left bearing B hole 361 and the rear left guiding roller hole 358, the rear left bearing A hole 355, the rear left bearing B hole 361 and the rear left guiding roller hole 358 are taken from the rear four-sided roller The component guide rotation preventing integrated block is connected at one side, the rear left bearing A hole 355, the rear left bearing B hole 361 and the rear left guiding roller hole 358 are coaxial, and the rear reciprocating tooth holder guiding segment hole 233 is the right four-sided roller. A rear right bearing A hole 373, a rear right bearing B hole 369 and a rear right guiding roller hole 371, a rear right bearing A hole 373, a rear right bearing B hole 369 and a rear right guiding roller are disposed on the component guiding rotation preventing integrated block. The hole 371 is connected from the side of the rear four-side roller assembly to the rotation preventing integrated block, and the rear right bearing A hole 373, the rear right bearing B hole 369 and the rear right guiding roller hole 371 are coaxial, and the rear reciprocating tooth holder guiding segment hole 233 The lower rear four-side roller assembly guiding and stopping integrated block is provided with a rear lower bearing A hole 363, a rear lower bearing B hole 366 and a rear lower guiding roller hole 364, and a rear lower bearing A hole 363 and a rear lower bearing B hole. The 366 and the rear lower guide roller hole 364 are connected from one side of the rear four-side roller assembly to the rotation preventing integrated block, and are worn through the lower bearing A hole 363, the rear lower bearing B hole 366 and the rear. The guide roller hole 364 is coaxial, and the rear four-side roller assembly guide rotation preventing integrated block on the upper portion of the rear reciprocating tooth guide guiding hole 233 is provided with a rear upper bearing A hole 353, a rear upper bearing B hole 356 and a rear upper guiding roller. The hole 349, the rear upper bearing A hole 353, the rear upper bearing B hole 356 and the rear upper guide roller hole 349 are connected from the rear four-side roller assembly to the rotation preventing integrated block side, and the rear bearing A hole 353 and the rear The upper bearing B hole 356 and the rear upper guide roller hole 349 are coaxial, the front left guide roller hole 333 is connected to the front reciprocating tooth holder guide hole 229, and the front left bearing A331 is provided at the other end of the front left guide roller 335. The front left bearing B337 is arranged to constitute a front left roller guide rotation stopper, the front left roller guide rotation stopper is disposed in the through hole of the front left guide roller 335, and the front left guide roller 335 is in the front reciprocating tooth holder guide section hole 229 is fitted to the left side of the front reciprocating toothed guide segment, the front right guide roller hole 334 is connected to the front reciprocating toothed guide hole 229, and the front right guide roller 336 is disposed at the other end of the front right guide roller 336. The front right bearing B constitutes the front right roller guide rotation stopper, and the front right roller guide rotation stopper is disposed on the front right guide roller In the 336 through hole, the front right guide roller 336 side is engaged with the right side surface of the front reciprocating tooth holder guiding portion in the front reciprocating tooth holder guiding portion hole 229, and the front upper guiding roller hole 322 and the front reciprocating tooth holder guiding portion hole. 229 is connected, and a front upper bearing A324 is disposed at one end of the front upper guide roller 323, and a front upper bearing B325 is formed at the other end to form a front upper roller guide stop. The front upper roller guide rotation stopper is disposed in the through hole of the front upper guide roller 323, and the side of the front upper guide roller 323 is fitted in the front reciprocating tooth holder guide hole 229 with the upper side of the front reciprocating tooth guide guiding section, front The lower guide roller hole 347 is connected to the front reciprocating toothed guide hole 229, and the front lower bearing A343 is disposed at one end of the front lower guide roller 348, and the front lower bearing B is disposed at the other end to form a front lower roller guide stop, front lower The roller guide stopper is disposed in the through hole of the front lower bearing A343 and the front lower bearing B and the front lower guide roller 348, and the side of the front lower guide roller 348 is fitted to the lower side of the front reciprocating tooth guide guiding section, and the rear left guide The roller hole 358 is connected to the rear reciprocating toothed guide hole 233, and is disposed at one end of the rear left guide roller 359. The left bearing A357 is disposed at the other end, and the left bearing B360 constitutes a rear left roller guide stop, and the rear left roller The guiding stopper is disposed in the through hole of the rear left bearing A357 and the rear left bearing B360 and the rear left guiding roller 359, and the side of the rear left guiding roller 359 is fitted to the left side of the rear reciprocating toothed guiding section, and the rear right guiding roller is attached. The shaft hole 371 is connected to the rear reciprocating tooth holder guiding section hole 233, and is disposed at one end of the rear right guiding roller 370. The rear right bearing A372 is disposed at the other end, and the right bearing B368 constitutes a rear right roller guide rotation stopper, and the rear right roller guide rotation stopper is disposed in the through hole of the rear right bearing A372 and the rear right bearing B368 and the rear right guide roller 370. The rear right guide roller 370 side is in contact with the rear right reciprocating tooth guide portion hole and the rear reciprocating tooth holder guide portion right side surface, and the rear upper guide roller hole 349 is connected with the rear reciprocating tooth holder guide portion hole 233. The rear upper guide roller 350 is disposed at one end of the rear upper bearing A351, and the rear upper bearing B352 is formed to constitute a rear upper roller guide rotation stopper, and the rear upper roller guide rotation stopper is disposed at the rear upper bearing A351 and the rear upper bearing B352 and the rear. The upper guide roller 350 is in the through hole, and the rear upper guide roller 350 side is engaged with the upper side of the rear reciprocating tooth guide guiding portion in the rear reciprocating tooth guide guiding hole 233, and the rear lower guiding roller hole 364 and the rear reciprocating tooth holder The guide section hole 233 is connected, and the rear lower bearing A362 is disposed at one end of the rear lower guide roller 365, and the rear lower bearing B367 is formed by the rear lower bearing B367 to form a rear lower roller guide rotation stopper, and the rear lower roller guide rotation stopper is disposed at the rear lower bearing. A362 and rear lower bearing B367 and rear lower guide roller 365 through hole, rear lower guide The side of the roller 365 is engaged with the lower side of the rear reciprocating toothed guide section in the rear reciprocating toothed guide hole 233.

The front multi-faceted assembly rotation-stopping integrated block can also be set as the front two-side roller assembly-oriented rotation-stopping integrated block or as the front three-side roller assembly-oriented steering-stop integrated block 375 or as the front five-sided roller assembly-oriented steering-stop integration Block 376, the rear multi-faceted assembly rotation-stopping integrated block can also be set as the rear two-side roller assembly-guided anti-rotation integrated block or as the rear three-sided roller assembly-oriented anti-rotation integrated block or as the rear five-sided roller assembly. Transfer to the integration block,

Others are the same as in the first embodiment.

Example 78

124 to 126 are the main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 78. The rolling guide rotation preventing assembly block includes a front reciprocating tooth holder guiding section upper and lower hole assembling block 377 and a rear reciprocating tooth holder. a guiding section upper and lower hole integrating block 378, a front reciprocating toothed seat guiding section upper and lower hole integrating block 377 is provided with a front reciprocating toothed seat guiding section upper hole 380 and a front reciprocating toothed seat guiding section lower hole 392, and the rear reciprocating toothed positioning section upper and lower holes are integrated The block 378 is provided with a rear reciprocating toothed seat guiding section upper hole 413 and a rear reciprocating toothed seat guiding section lower hole 422. The front reciprocating toothed seat guiding section upper hole 380 axis is the same as the rear reciprocating toothed seat guiding section upper hole 413 axis. The shaft and the front reciprocating toothed seat guiding section lower hole 392 axis are coaxial with the rear reciprocating toothed guiding section lower hole 422 axis, and the interlocking guiding and sealing toothed seat comprises the upper inserting seat front stop guiding section 379 and the lower inserting seat The rotation stop guide section 391, the upper insertion seat rear rotation stop guide section 401 and the lower insertion socket rear rotation stop guide section 412, the upper insertion seat front rotation stop guide section 379 is disposed in the front reciprocating adapter guide section upper hole 380 The front reciprocating tooth holder guiding section upper and lower hole integration block 377 on the left side of the front reciprocating tooth holder guiding section upper hole 380 is provided with a front upper left bearing A hole 381, a front upper left bearing B hole 383 and a front upper left guiding roller hole. 382, the front upper left bearing A hole 381, the front upper left bearing B hole 383 and the front upper left guiding roller hole 382 are connected from the front reciprocating toothed guide section upper and lower hole integration block 377 side, the front upper left bearing A hole 381, The front upper left bearing B hole 383 and the front upper left guiding roller hole 382 are coaxial, and the front reciprocating toothed seat guiding section upper right hole 380 right side front reciprocating toothed seat guiding section upper and lower hole integrating block 377 is provided with a front upper right bearing A Hole 400, front upper right bearing B hole 398 and front upper right guiding roller hole 399, front upper right bearing A hole 400, front upper right bearing B hole 398 and front upper right guide The roller hole 399 is connected from the side of the upper and lower hole integration block 377 of the front reciprocating tooth guide segment, and the front upper right bearing A hole 400, the front upper right bearing B hole 398 and the front upper right guide roller hole 399 are coaxial, and the front reciprocating The front reciprocating toothed seat guiding section upper and lower hole integrating block 377 of the upper part of the upper hole 380 of the toothed guide section is provided with a front upper guide bar lower bearing A hole 384, a front upper guide bar lower bearing B hole 397 and a front upper guide bar lower guiding roller The shaft hole 385, the front upper guide rod lower bearing A hole 384, the front upper guide rod lower bearing B hole 397 and the front upper guide rod lower guide roller hole 385 are connected from the front reciprocating tooth holder guiding section upper and lower hole integration block 377 side, The front upper guide rod lower bearing A hole 384, the front upper guide rod lower bearing B hole 397 and the front upper guide rod lower guide roller hole 385 are coaxial, and the lower insert seat front stop rotation guide portion 391 is disposed at the front reciprocating toothed seat guide In the lower hole 392, the front reciprocating toothed guide portion of the front reciprocating toothed guide lower hole 392 is provided with a bearing A hole 387 on the front lower guide bar and a bearing B hole 396 on the front lower guide bar. And the guide roller hole 386 on the front lower guide rod, the bearing A hole 387 on the front lower guide rod, and the bearing B hole 3 on the front lower guide rod 96 and the front lower guide rod upper guide roller hole 386 are connected from the front reciprocating tooth guide guiding section upper and lower hole integration block 377 side, the front lower guiding rod upper bearing A hole 387, the front lower guiding rod upper bearing B hole 396 and the front lower The guiding rod upper guiding roller hole 386 is coaxial, the front reciprocating tooth holder guiding section lower hole 392 left side front reciprocating toothed seat guiding section upper and lower hole integrating block 377 is provided with a front lower guiding rod left bearing A hole 388, front lower guiding The rod left bearing B hole 390 and the front lower guide rod left guiding roller hole 389, the front lower guiding rod left bearing A hole 388, the front lower guiding rod left bearing B hole 390 and the front lower guiding rod left guiding roller hole 389 reciprocally reciprocally The adapter guide section is connected to one side of the upper and lower hole integration block 377, and the front lower guide rod left bearing A hole 388, the front lower guide rod left bearing B hole 390 and the front lower guide rod left guide roller hole 389 are coaxial, and the front reciprocating tooth The front reciprocating tooth holder guiding section on the right side of the lower side hole 392 of the seat guiding section is provided with a front lower guiding rod right bearing A hole 423, a front lower guiding rod right bearing B hole 393, and a front lower guiding rod right guiding roller. Shaft hole 394, front lower guide rod right bearing A hole 423, front lower guide rod right bearing B hole 393 and front lower guide rod right guide The roller hole 394 is connected from the side of the front and rear hole guide block upper and lower hole integration block 377, the front lower guide bar right bearing A hole 423, the front lower guide bar right bearing B hole 393, and the front lower guide bar right guide roller hole 394. Coaxial, rear reciprocating toothed seat guiding section upper and lower hole integration block 378 is disposed on the rear reciprocating toothed seat guiding section upper hole 413 and rear reciprocating toothed seat guiding section The hole 422, the upper insert seat rear stop guide segment 401 is disposed in the rear reciprocating tooth holder guide segment upper hole 413, and the rear reciprocating tooth holder guide portion upper left hole 413 on the left side of the rear reciprocating tooth holder guide segment upper and lower hole integration block 378 The rear upper left bearing A hole 402, the rear upper left bearing B hole 404 and the rear upper left guiding roller hole 403, the rear upper left bearing A hole 402, the rear upper left bearing B hole 404 and the rear upper left guiding roller hole are provided. 403 is connected from the side of the upper and lower hole integration block 378 of the rear reciprocating tooth holder guiding section, and the rear upper left bearing A hole 402, the rear upper left bearing B hole 404 and the rear upper left guiding roller hole 403 are coaxial, and the rear reciprocating toothed seat is guided. The rear reciprocating tooth holder guiding section on the right side of the upper hole 413 is provided with a rear upper right bearing A hole 414, a rear upper right bearing B hole 416 and a rear upper right guiding roller hole 415, and a rear upper right bearing. The A hole 414, the rear upper right bearing B hole 416 and the rear upper right guide roller hole 415 are connected from the rear reciprocating tooth guide guiding section upper and lower hole integrating block 378 side, the rear upper right bearing A hole 414, the rear upper right bearing B The hole 416 and the rear upper right guide roller hole 415 are coaxial, and the rear reciprocating tooth holder guiding portion of the lower reciprocating tooth holder guiding portion upper hole 413 is disposed on the upper and lower hole assembling block 378. Upper guide rod lower bearing A hole 405, rear upper guide rod lower bearing B hole 417 and rear upper guide rod lower guide roller hole 406, rear upper guide rod lower bearing A hole 405, rear upper guide rod lower bearing B hole 417 and The rear upper guide rod lower guide roller hole 406 is connected from the rear reciprocating tooth holder guide section upper and lower hole integration block 378 side, the rear upper guide rod lower bearing A hole 405, the rear upper guide rod lower bearing B hole 417 and the rear upper guide The lower rod guide roller hole 406 is coaxial, the lower insert seat rear rotation stop guide portion 412 is disposed in the rear reciprocating tooth holder guiding portion lower hole 422, and the rear reciprocating tooth holder guiding portion lower hole 422 is at the upper rear reciprocating tooth holder guiding portion. The upper and lower hole integration block 378 is provided with a bearing A hole 408 on the lower rear guide rod, a bearing B hole 418 on the rear lower guide rod, and a guide roller hole 407 on the rear lower guide rod, and a bearing A hole 408 on the rear lower guide rod, The lower guide rod upper bearing B hole 418 and the rear lower guide rod upper guide roller hole 407 are connected from the rear reciprocating toothed guide section upper and lower hole integration block 378 side, and the rear lower guide rod upper bearing A hole 408 and the rear lower guide rod The upper bearing B hole 418 and the rear lower guide bar are guided coaxially with the guide roller hole 407, and the rear reciprocating toothed seat guiding section is located at the left side of the lower hole 422. The upper and lower hole guide block 378 is provided with a rear lower guide rod left bearing A hole 409, a rear lower guide rod left bearing B hole 411 and a rear lower guide rod left guide roller hole 410, and a rear lower guide rod left bearing The A hole 409, the rear lower guide rod left bearing B hole 411 and the rear lower guide rod left guide roller hole 410 are connected from the rear reciprocating tooth holder guiding portion upper and lower hole integration block 378 side, and the rear lower guide rod left bearing A hole 409 The rear lower guide rod left bearing B hole 411 and the rear lower guide rod left guide roller hole 410 are coaxial, and the rear reciprocating tooth holder guiding portion lower hole 422 on the right side of the rear reciprocating tooth holder guiding portion is disposed on the upper and lower hole integration block 378. Rear lower guide rod right bearing A hole 419, rear lower guide rod right bearing B hole 421 and rear lower guide rod right guide roller hole 420, rear lower guide rod right bearing A hole 419, rear lower guide rod right bearing B hole 421 And the rear lower guide rod right guiding roller hole 420 is connected from the rear reciprocating tooth holder guiding section upper and lower hole integrating block 378 side, the rear lower guiding rod right bearing A hole 419, the rear lower guiding rod right bearing B hole 421 and the lower rear The guide rod right guiding roller hole 420 is coaxial, and the reciprocating tooth holder guiding section connecting member is connected with the reciprocating tooth base linking section or the reciprocating toothed seat guide The segment connecting piece and the reciprocating tooth base interlocking section are integrated, and the reciprocating toothed seat guiding section connecting piece is disposed at the rear end of the upper inserting toothed front stop rotation guiding section 379 and the upper inserting toothed rear stopping guiding section 401 and is disposed under The pedestal front stop rotation guide section 391 and the lower spigot seat rear rotation stop guide section 412 rear end, the reciprocating toothed seat guide section connecting piece is connected to the upper pedestal front stop rotation guide Segment 379, upper insert seat rear stop guide section 401, lower insert seat front stop guide section 391 and lower insert seat rear stop guide section 412 or reciprocating adapter guide section connecting piece, upper insert seat front stop The turning guide section 379, the upper insert seat back rotation stop guide section 401, the lower insert head front stop rotation guide section 391 and the lower insert seat back rotation stop guide section 412 are integrated, and the lower reciprocating toothed seat guide section is rolled The shaft guide rotation stop and the roller guide rotation stop at the upper reciprocating tooth holder guide section assist each other to guide the rotation.

Alternatively, the axis of the front reciprocating adapter guide segment upper bore 380 is coaxial with the rear reciprocating adapter guide segment upper bore 413 axis and the front reciprocating adapter guide segment lower bore 392 axis is parallel to the rear reciprocating adapter guide segment lower bore 422 axis.

Alternatively, the axis of the front reciprocating adapter guiding section upper hole 380 is parallel to the axis of the rear reciprocating adapter guiding section upper hole 413 and the front reciprocating adapter guiding section lower opening 392 axis is coaxial with the rear reciprocating adapter guiding section lower opening 422 axis.

Alternatively, the front reciprocating adapter guide segment upper bore 380 axis may be parallel to the rear reciprocating adapter guide segment upper bore 413 axis and the front reciprocating adapter guide segment lower bore 392 axis may be parallel to the rear reciprocating adapter guide segment lower bore 422 axis.

Others are the same as in the first embodiment.

Example 79

127 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 79, wherein the reciprocating tooth holder guiding section connecting member is disposed at the upper pedestal front stop rotation guiding section 379 and the upper arranging seat, and then stops. Between the guide segments 401 and between the lower pedestal front stop guide segment 391 and the lower pedestal rear stop guide segment 412.

The reciprocating adapter guide segment connecting member is disposed between the upper latch front stop rotation guide segment 379 and the upper insert seat rear stop rotation guide segment 401 and disposed in the lower insert adapter front stop rotation guide segment 391 and the lower insertion gear The rear end of the seat stop rotation guide segment 412 or the reciprocating tooth holder guide segment connection member is disposed at the rear end of the upper insertion block front rotation stop guide portion 379 and the upper insertion seat rear rotation stop guide portion 401 and is disposed at the front of the lower insertion seat Between the turning guide segment 391 and the lower pedestal rear stop guide segment 412 or the reciprocating yoke guide segment connecting member is disposed at the front end of the upper pedestal front stop rotation guide segment 379 and the upper pedestal rear stop rotation guide segment 401 and is disposed Between the lower shifting guide front stop rotation guide section 391 and the lower insert seat rear stop rotation guide section 412 and the like.

Others are the same as in the first embodiment.

Example 80

128 to 130 are main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 80. The rolling guide rotation preventing assembly block is provided as a front reciprocating tooth holder guiding section upper and lower hole assembling block 377, front reciprocating tooth The front and lower hole guide block upper block 377 is provided with a front reciprocating tooth block guide section upper hole 380 and a front reciprocating tooth block guide section lower hole 392, and the rear reciprocating toothed seat guide section hole 233 is provided as a rear reciprocating toothed seat guide section upper hole The integrated block, the rear reciprocating toothed guide segment upper hole integrated block is provided with a rear reciprocating toothed seat guiding section upper hole 413, the front reciprocating toothed seat guiding section upper hole 380 axis is coaxial with the rear reciprocating toothed seat guiding section upper hole 413 axis and makes The axis of the front reciprocating tooth guide guiding section lower hole 392 is parallel to the axis of the front reciprocating toothed seat guiding section upper hole 380, and the upper inserting toothed front stop preventing guiding section 379 is disposed in the front reciprocating toothed guiding section upper hole 380, the front reciprocating toothed seat Go to the left of the hole 380 on the guide section The upper and lower left bearing A holes 381, the front upper left bearing B holes 383 and the front upper left guiding roller holes 382, the front upper left bearing A holes 381, the front upper left bearing The B hole 383 and the front upper left guide roller hole 382 are connected from the front side of the front reciprocating tooth guide section upper and lower hole integration block 377, the front upper left bearing A hole 381, the front upper left bearing B hole 383, and the front upper left guide roller. The hole 382 is coaxial, and the front reciprocating toothed seat guiding section on the right side of the upper reciprocating toothed seat guiding section 380 is provided with a front right upper bearing A hole 400, a front upper right bearing B hole 398 and a front upper right. The guide roller hole 399, the front upper right bearing A hole 400, the front upper right bearing B hole 398 and the front upper right guide roller hole 399 are connected from the front reciprocating tooth guide guiding section upper and lower hole integration block 377 side, front upper right bearing The A hole 400, the front upper right bearing B hole 398 and the front upper right guiding roller hole 399 are coaxial, and the front reciprocating toothed seat guiding section lower portion of the front reciprocating toothed guiding section upper 380 is disposed on the upper and lower hole integrating block 377. Guide rod lower bearing A hole 384, front upper guide rod lower bearing B hole 397 and front upper guide rod lower guide roller hole 385, front upper guide rod lower bearing A hole 384 The front upper guide rod lower bearing B hole 397 and the front upper guide rod lower guide roller hole 385 are connected from the front reciprocating tooth holder guide section upper and lower hole integration block 377 side, the front upper guide rod lower bearing A hole 384, the front upper guide rod The lower bearing B hole 397 and the front upper guide rod lower guide roller hole 385 are coaxial, and the lower reciprocating tooth holder guiding portion is disposed in the front reciprocating tooth holder guiding section lower hole 392, and the front reciprocating toothed seat guiding section lower hole 392 is advanced. The upper and lower hole guide block 377 is provided with a bearing A hole 387 on the front lower guide rod, a bearing B hole 396 on the front lower guide rod, and a guide roller hole 386 on the front lower guide rod, and a bearing on the front lower guide rod The A hole 387, the front lower guide rod upper bearing B hole 396 and the front lower guide rod upper guide roller hole 386 are connected from the front reciprocating toothed guide section upper and lower hole integration block 377 side, and the front lower guide rod upper bearing A hole 387, The front lower guide rod upper bearing B hole 396 and the front lower guide rod upper guide roller hole 386 are coaxial, and the front reciprocating tooth holder guiding section lower hole 392 is arranged on the left side of the front reciprocating toothed guide section upper and lower hole integration block 377. Lower guide rod left bearing A hole 388, front lower guide rod left bearing B hole 390 and front lower guide rod left guide roller The shaft hole 389, the front lower guide rod left bearing A hole 388, the front lower guide rod left bearing B hole 390 and the front lower guide rod left guide roller hole 389 are connected from the front reciprocating tooth holder guiding portion upper and lower hole integration block 377 side, The front lower guide rod left bearing A hole 388, the front lower guide rod left bearing B hole 390 and the front lower guide rod left guide roller hole 389 are coaxial, and the front reciprocating tooth holder guide section lower hole 392 right side front reciprocating tooth holder guide The upper and lower hole integration block 377 is provided with a front lower guide rod right bearing A hole 423, a front lower guide rod right bearing B hole 393 and a front lower guide rod right guide roller hole 394, a front lower guide rod right bearing A hole 423, The front lower guide rod right bearing B hole 393 and the front lower guide rod right guiding roller hole 394 are connected from the front reciprocating tooth holder guiding section upper and lower hole integrating block 377 side, the front lower guiding rod right bearing A hole 423, the front lower guiding rod The right bearing B hole 393 and the front lower guide rod right guiding roller hole 394 are coaxial, the rear reciprocating tooth holder guiding section upper hole integrated block is provided with the rear reciprocating toothed seat guiding section upper hole 413, and the upper inserting toothed seat rear stop guiding guiding section 401 is disposed in the rear reciprocating tooth holder guiding section upper hole 413, and the rear reciprocating toothing guiding section upper left side rear hole 413 is reciprocating toothed seat A rear upper left bearing A hole 402, a rear upper left bearing B hole 404 and a rear upper left guiding roller hole 403, a rear upper left bearing A hole 402, a rear upper left bearing B hole 404 and a rear upper left bearing A hole 402 are disposed on the guiding section upper hole integrated block. The rear upper left guide roller hole 403 is connected from the side of the upper block of the rear reciprocating tooth guide guiding section, the rear upper left bearing A hole 402, the rear upper left bearing B hole 404 And the rear upper left guide roller hole 403 is coaxial, and the rear reciprocating tooth holder guiding section upper right hole 413 is disposed on the right rear reciprocating toothed seat guiding section upper hole integrated block, and the rear upper right bearing A hole 414 and the rear upper right bearing B are disposed. The hole 416 and the rear upper right guide roller hole 415, the rear upper right bearing A hole 414, the rear upper right bearing B hole 416 and the rear upper right guide roller hole 415 pass from the rear reciprocating toothed guide segment upper hole integrated block side Then, the rear upper right bearing A hole 414, the rear upper right bearing B hole 416 and the rear upper right guiding roller hole 415 are coaxial, and the rear reciprocating tooth holder guiding section upper hole 413 lower rear reciprocating toothed seat guiding section upper hole assembling block The upper rear guide rod lower bearing A hole 405, the rear upper guide rod lower bearing B hole 417 and the rear upper guide rod lower guide roller hole 406 are provided, and the rear upper guide rod lower bearing A hole 405 and the rear upper guide rod lower bearing The B hole 417 and the rear upper guide bar lower guide roller hole 406 are connected from one side of the upper reciprocating toothed guide segment upper hole integration block, the rear upper guide bar lower bearing A hole 405, the rear upper guide bar lower bearing B hole 417 and The rear upper guide rod lower guide roller hole 406 is coaxial, and the rear reciprocating tooth holder guide section upper hole 413 upper rear reciprocating toothed seat guide section is arranged on the upper block Upper bearing rod bearing A hole 425, rear upper guiding rod upper bearing B hole 426 and rear upper guiding rod upper guiding roller hole 424, rear upper guiding rod upper bearing A hole 425, rear upper guiding rod upper bearing B hole 426 and The upper upper guide rod upper guide roller hole 424 is connected from the rear reciprocating toothed guide section upper hole integration block side, the rear upper guide rod upper bearing A hole 425, the rear upper guide rod upper bearing B hole 426 and the rear upper guide rod The upper guide roller hole 424 is coaxial, and the reciprocating pin guide segment connecting member is disposed between the upper insert seat front stop guide segment 379 and the upper insert seat rear stop guide segment 401 and disposed behind the lower reciprocating tooth block guide segment The end or reciprocating toothed seat guide segment connecting member is disposed at the rear end of the upper pedestal front stop rotation guide segment 379 and the upper pedestal rear stop rotation guide segment 401 and disposed at the rear end of the lower reciprocating toothed seat guide segment or the reciprocating toothed seat guide portion The connecting member is disposed at the front end of the upper insert seat stop rotation guide section 379 and the upper insert seat back rotation stop guide section 401 and is disposed at the front end of the lower reciprocating tooth holder guide section or the reciprocating toothed seat guide section connecting piece is disposed in front of the upper insert seat Between the anti-rotation guide section 379 and the upper arbor rear stop guide section 401 and disposed on the lower reciprocating adapter The front-end segment.

Alternatively, the front reciprocating adapter guide segment upper bore 380 axis may be parallel to the rear reciprocating adapter guide segment upper bore 413 axis and the front reciprocating adapter guide segment lower bore 392 axis may be parallel to the front reciprocating adapter guide segment upper bore 380 axis.

Others are the same as in the first embodiment.

Example 81

Figure 131 and Figure 132 are the main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 81. The front loading rolling guide rotation preventing assembly block is arranged as a front axis acute angle guiding rotation preventing integrated block 428, and the front axis acute angle guiding The rotation preventing integrated block 428 is provided with a front acute angle reciprocating toothed seat guiding section hole 427, and the rear loading rolling guiding rotation preventing assembly block is arranged as a rear axis acute angle guiding rotation preventing integrated block 430, and the front acute angle reciprocating toothed seat guiding section hole 427 axis and rear The acute angle reciprocating toothed seat guiding section hole 429 is coaxial, and the front acute angle reciprocating toothed guiding section hole 427 is provided on the left side of the front axis acute angle guiding rotation preventing integrated block 428. The front left bearing A hole 264 and the front left bearing B hole 268 are provided. And the front left guide roller hole 333, the front left bearing A hole 264, the front left bearing B hole 268 and the front left guide roller hole 333 are connected from the front axis acute angle guiding rotation preventing integrated block 428 side, and the front left bearing A hole 264 The front left bearing B hole 268 and the front left guiding roller hole 333 are coaxial, and the front acute axis reciprocating toothed seat guiding section hole 427 has a front axis acute angle guiding rotation stop The integrated block 428 is provided with a front right bearing A hole 265, a front right bearing B hole 269 and a front right guiding roller hole 334, a front right bearing A hole 265, a front right bearing B hole 269 and a front right guiding roller hole 334. The front right bearing A hole 265, the front right bearing B hole 269 and the front right guiding roller hole 334 are coaxially connected from the front axis acute angle guiding rotation preventing block 428 side, and the front acute angle reciprocating tooth holder guiding section hole 427 is lower. The axis acute angle guiding rotation preventing integrated block 428 is provided with a front lower bearing A hole 345, a front lower bearing B hole 346 and a front lower guiding roller hole 347, a front lower bearing A hole 345, a front lower bearing B hole 346 and a front lower The guide roller hole 347 is connected from the front axis acute angle to the side of the rotation preventing integrated block 428, and the front lower bearing A hole 345, the front lower bearing B hole 346 and the front lower guiding roller hole 347 are coaxial, and the front left guiding roller hole 333 is coaxial. The angle between the axis and the axis of the front lower guide roller hole 347 is less than 90 degrees, and the angle between the axis of the front right guide roller hole 334 and the axis of the front lower guide roller hole 347 is less than 90 degrees, and the front left guide roller 335 abuts The axial end of the lower guide roller 348 to the front right guide roller 336 abuts the axial end of the front lower guide roller 348 at a greater distance than the front left guide roller 335 is farther away. The axial end of the lower guide roller 348 to the front right guide roller 336 is away from the axial end of the front lower guide roller 348, and the front lower guide roller 348, the front left guide roller 335 and the front right guide roller 336 form a front acute angle. The three-sided roller guide rotation stop, the rear axis acute angle guide rotation preventing integrated block 430 is provided with a rear acute angle reciprocating toothed seat guiding section hole 429, and the rear acute angle reciprocating toothed seat guiding section hole 429 is the left axis of the rear axis acute angle guiding and stopping integrated block The rear bearing A hole 355, the rear left bearing B hole 361 and the rear left guiding roller hole 358 are provided on the 430, and the rear left bearing A hole 355, the rear left bearing B hole 361 and the rear left guiding roller hole 358 are rearward. The axis acute angle guiding rotation preventing integrated block 430 is connected on one side, the rear left bearing A hole 355, the rear left bearing B hole 361 and the rear left guiding roller hole 358 are coaxial, and the rear acute angle reciprocating toothed seat guiding section hole 429 is behind the right side. The axis acute angle guiding rotation preventing integrated block 430 is provided with a rear right bearing A hole 373, a rear right bearing B hole 369 and a rear right guiding roller hole 371, a rear right bearing A hole 373, a rear right bearing B hole 369 and a rear right The guide roller hole 371 is connected from the rear axis acute angle to the side of the rotation preventing integrated block 430, and the rear right bearing A hole 373 and the rear right bearing B hole 3 69 and the rear right guide roller hole 371 are coaxial, and the rear axis of the rear acute angle reciprocating tooth guide portion hole 429 is provided with a rear lower bearing A hole 363 and a rear lower bearing B hole 366. The rear lower guide roller hole 364, the rear lower bearing A hole 363, the rear lower bearing B hole 366 and the rear lower guide roller hole 364 are connected from the rear axis acute angle to the side of the rotation preventing integrated block 430, and the rear lower bearing A hole 363 The rear lower bearing B hole 366 and the rear lower guiding roller hole 364 are coaxial, and the angle between the rear left guiding roller hole 358 axis and the rear lower guiding roller hole 364 axis is less than 90 degrees, and the rear right guiding roller hole 371 axis The angle with the axis of the lower rear guide roller hole 364 is less than 90 degrees, and the rear left guide roller 359 abuts the shaft end of the rear lower guide roller 365 to the rear right guide roller 370 against the axis of the rear lower guide roller 365 The distance of the end is greater than the distance from the rear left guide roller 359 away from the axial end of the rear lower guide roller 365 to the rear end guide roller 370 away from the axial end of the rear lower guide roller 365, the rear lower guide roller 365, the rear left guide roller The rear right guide roller 370 and the rear right guide roller 370 form a rear acute angle three-sided roller guide rotation stop, preventing the rear reciprocating tooth holder guiding section from going up and down. Right swing, the rear reciprocating toothed guide section guides the rotation stop, the front acute angle three-sided roller guide rotation stop and the rear acute angle three-sided roller guide rotation stop cooperate with the reciprocating toothed guide section rolling friction guide rotation, saving the roller The number of use of the steering stopper and the installation space reduce the manufacturing cost.

Alternatively, the front acute angle reciprocating adapter guide bore 427 axis may be parallel to the rear acute reciprocating adapter guide bore 429 axis.

Others are the same as in the first embodiment.

Example 82

133 to 135 are the main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 82. The bearing member guide rotation stopper includes a concave waist bearing member guide rotation stopper, and a concave waist bearing member guide rotation stopper The utility model comprises a concave waist bearing member, wherein the reciprocating toothed seat guiding section is provided with a reciprocating toothed seat guiding guiding section which is engaged with the concave surface of the concave waist bearing member, the reciprocating toothed seat guiding guiding section comprises a front reciprocating toothed seat convex guiding section 431, and a rear The reciprocating tooth holder convex guiding section 446, the front loading rolling guide rotation preventing assembly block is provided with a front reciprocating toothed seat convex guiding section hole, and the rear loading rolling guiding rotation preventing component block is provided with a rear reciprocating toothed seat convex guiding section hole The front reciprocating tooth holder convex guiding section hole axis is coaxial with the rear reciprocating toothed seat convex guiding section hole axis, and the front reciprocating toothed seat convex guiding section hole left side is provided with a front concave waist bearing member guiding stopper left hole 434, the right side of the front reciprocating tooth holder protrusion guiding section hole is provided with a front concave waist bearing member guiding rotation stop right hole 435, and the rear reciprocating tooth holder convex guiding section hole lower part is provided with a rear concave waist bearing member guiding rotation stop Lower hole 450, rear reciprocating tooth holder convex guide section hole upper portion is provided with a rear concave waist bearing member To the stopper upper hole 448, the front concave waist bearing member guide stopper left hole 434 is in communication with the front reciprocating tooth holder projection guide hole, and the front concave waist bearing member guide stopper 432 is disposed on the front concave waist bearing member. In the left hole 434 of the guide rotation stop, the front concave waist bearing member guide rotation stopper side surface 433 fits in the front reciprocating tooth holder convex guide portion hole with the left side surface of the front reciprocating tooth holder convex guide portion 431, and the front concave waist The bearing member guide rotation stopper right hole 435 is in communication with the front reciprocating tooth holder convex guide portion hole, and the front concave waist bearing member guide rotation stopper 432 is disposed in the front concave waist bearing member guide rotation stopper right hole 435, the front concave portion The waist bearing member guiding stopper side surface 433 is engaged with the right side surface of the front reciprocating tooth holder convex guiding portion 431 in the front reciprocating tooth holder protruding guiding portion hole, and the rear concave waist bearing member is guided to the rotation preventing device lower hole 450 and rear. The reciprocating tooth holder protrusion guiding section hole is connected, and the rear concave waist bearing member guiding stopper side surface 445 is fitted in the rear reciprocating tooth holder convex guiding section hole and the lower reciprocating toothed seat guiding guiding section 446 lower side, and the concave side is concave The waist bearing member guide rotation stopper upper hole 448 is connected with the rear reciprocating tooth holder convex guide portion hole, and the rear concave waist bearing member guides the rotation stopper side The surface 445 fits in the rear of the rear reciprocating toothed projection guiding section and the upper side of the rear reciprocating toothed projection guiding section 446, and the concave waist bearing member guides the concave surface of the rotation stopper and the convex buckle of the reciprocating toothed convex guiding section The anti-reciprocating toothed seat guiding section is prevented from swinging up and down, left and right, and the rolling guide rotation stop uses only one bearing, and the structure is simple to set up, the occupied space is small, and the manufacturing cost is low.

It is also possible that the axis of the front reciprocating tooth holder projection guide hole is parallel to the axis of the rear reciprocating tooth holder projection guide hole. .

Others are the same as in the first embodiment.

Example 83

136 to 138 are the main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 83. The guiding plane of the reciprocating tooth holder guiding section and the guiding roller are smaller than the reciprocating teeth on the guiding roller. The seat guiding section fits the length of the plane, and when the guiding roller moves axially, the reciprocating toothed seat guiding section plane 254 is still in close contact with the guiding roller, and the rolling friction guide stops, and the widening guide The strength is increased toward the amplitude to improve the service life of the reciprocating toothed guide segment.

The guiding portion of the reciprocating tooth base comprises a guiding and correcting section, and the guiding and rightening section comprises a front guiding rightening section 443 and a rear guiding rightening section 444, and an anti-friction gap 321 is provided between the guiding righting section and the hole wall of the guiding section of the reciprocating toothed seat, and the anti-friction gap 321 Avoid sliding friction between the guiding and righting sections and any components during reciprocating impact.

The sliding plane of the guiding bearing member on the guiding portion of the reciprocating tooth holder may be smaller than the length of the guiding bearing member on the plane of engagement with the guiding portion of the reciprocating tooth holder. When the guiding bearing member moves axially, the reciprocating tooth holder guiding portion plane 254 Still close to the guide bearing member to the rolling friction guide to stop the rotation, widen the guide amplitude to increase the guiding force, and improve the service life of the reciprocating toothed guide segment.

Others are the same as in the first embodiment.

Example 84

139 is a main and side reciprocating tooth impact device of the mining machine jack described in Embodiment 84. The integrated block sealing guide rotation box is provided with a gear transmission box 438. The gear transmission box 438 is provided with a main gear 440 and a pair. A gear 439, a sub-gear 439 is disposed at an upper end of the main gear 440 and a lower end of the main gear 440. The reciprocating power unit is coupled to the main gear 440, the reciprocating power unit drives the main gear 440 to rotate, the main gear 440 drives the sub-gear 439 to rotate, and the sub-gear 439 drives the joint. The rod movement, the integrated block seal guiding torsion box is provided with lubricating liquid, the connecting rod drives the lubricating fluid to rotate and lubricate the integrated block sealing guiding to turn box, and the gear transmission box 438 realizes the function of one power source to drive two or more crank connecting rod mechanisms.

The sub gear 439 may also be disposed at the upper end of the main gear 440 or the lower end of the main gear 440.

The secondary gear 439 and the main gear 440 can also drive the link motion 75.

Others are the same as in the first embodiment.

Example 85

140 is a main and side reciprocating tooth impact device of the mining machine jack described in Embodiment 85. The crank link 234 includes a crankshaft and a bearing retainer 441. The crankshaft and the bearing retaining sleeve 441 are provided with an oil skimmer. The spoon is an oil skimmer 442, and the spoon oil skimmer 442 is directly disposed on the bearing sleeve 441.

The reciprocating adapter guide segment can also be hinged to the link.

The crankshaft and the bearing retaining sleeve 441 may also include an oil skid gear, and the oil skimmer includes an oil skimmer transmission gear, and the oil skid gear drives the oil skimmer transmission gear to rotate the oil.

The skimmer can also be a brush oil skimmer or a tooth oil skimmer or a vane skimmer or a pit bowl skimmer.

Others are the same as in the first embodiment.

Example 86

141 and 142 are main and side reciprocating tooth impact devices of the mining machine jack described in Embodiment 86. The side tooth head 10 includes an insertion hole reciprocating tooth 329, and the insertion hole reciprocating tooth 329 is set to The insertion hole reciprocating oblique tooth 330 is provided, and the insertion hole reciprocating cone tooth 330 is disposed as a beveled reciprocating guide rotation preventing insertion hole tooth 339, and correspondingly, a beveled cone rotation preventing tooth through hole seat 340 is disposed. The back end of the inclined cone reciprocating guide rotation preventing insertion hole tooth 339 is provided with a beveled cone reciprocating guide rotation preventing insertion hole tooth shank 451, and the inclined cone reciprocating guiding material rotation preventing insertion hole tooth shank 451 is inserted into the inclined cone guide material to stop rotation. The tooth through hole seat hole 452, the oblique cone guide rotation stop tooth through hole seat hole 452 are disposed in the same direction with respect to the reciprocating impact direction, and the inclined cone reciprocating guide rotation preventing insertion hole tooth 339 includes the oblique cone reciprocating guide rotation preventing tooth 453 The oblique cone reciprocating guide rotation preventing tooth 453 includes a slanting conical reciprocating tooth 454, a slanting conical reciprocating tooth guide 455, a slanting conical reciprocating stalk 456, a slanting conical reciprocating shank 459, and a slanting conical reciprocating tooth rotation preventing structure 458, the inclined conical reciprocating tooth shank 460 comprises a slanted conical reciprocating tooth shank, and the oblique conical reciprocating tooth 454 is disposed on the inclined conical reciprocating tooth guiding body The upper end of the 455, the lower portion of the oblique-cone reciprocating tooth guide body 455 is connected with the oblique-cone reciprocating tooth cone 456, and the oblique-cone reciprocating tooth cone 456 is disposed at the upper end of the oblique-cone reciprocating tooth shank 459, the oblique-cone reciprocating tooth 454 and The inclined conical reciprocating tooth guide body 455 is an integral type, and may also be connected separately. The cone top of the oblique conical reciprocating tooth top tooth 454 deviates from the oblique cone reciprocating tooth shank 459 axis, and the conical top and oblique cone of the oblique conical reciprocating tooth top tooth 454 The reciprocating tooth guide body 455 and the oblique conical reciprocating tooth cone 456 are different in center, and the oblique conical reciprocating tooth 454 and the oblique conical reciprocating tooth guide body 455 are provided with an oblique cone reciprocating guide material on the side of the oblique cone reciprocating tooth shank 459 The non-rotating tooth guide surface 457 has a curved surface on the other side of the inclined cone reciprocating guide rotation preventing insertion hole tooth 339 opposite to the oblique conical reciprocating guide rotation preventing tooth guiding surface 457.

It is also possible that the main punching teeth include the insertion hole reciprocating cone teeth, and the insertion hole reciprocating cone teeth may also include the insertion hole reciprocating straight cone teeth.

The oblique-cone reciprocating tooth shank 459

It is also possible that the tapered top, the inclined conical reciprocating tooth guide body 455 and the oblique conical reciprocating tooth cone seat 456 of the oblique conical reciprocating tooth top teeth 454 are composed of small to large different core structures, and the oblique conical reciprocating guide rotation preventing teeth 453 A high-angle oblique-conical reciprocating guide pin stop tooth guide surface 457 on one side of the other side.

Others are the same as in the first embodiment.

Example 87

143 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 87, wherein the inclined cone reciprocating guide rotation preventing insertion hole tooth comprises a beveled pyramid reciprocating guide rotation preventing tooth 462, and the oblique pyramid reciprocating guide material The anti-rotation tooth 462 is provided with a beveled pyramid reciprocating tooth tip 461, a beveled pyramid reciprocating tooth guide body 460, a beveled pyramid reciprocating toothed cone 463, a beveled pyramid reciprocating tooth 464 and a beveled pyramid reciprocating tooth stop structure 465, and the oblique pyramid reciprocating The addendum teeth 461 are disposed at an upper end of the beveled pyramid reciprocating tooth guide body 460. The lower portion of the beveled pyramid reciprocating tooth guide body 460 is coupled to the beveled pyramid reciprocating toothed cone seat 463, and the beveled pyramid reciprocating toothed cone seat 463 is disposed at the oblique pyramid The upper end of the reciprocating tooth 464, the beveled reciprocating tooth 461 is connected to the beveled reciprocating tooth guide body 460 separately or in one piece, and the tapered top of the beveled reciprocating tooth 461 is offset from the beveled reciprocating tooth 464. The axis, the tapered top of the beveled reciprocating tooth 461, the tapered pyramid reciprocating tooth guide body 460 and the oblique pyramid reciprocating toothed cone seat 463 each of the sections from small to large, the oblique pyramidal reciprocating guide rotation preventing tooth 462 side is relatively erect The other is a high-angle guide surface.

It is also possible to provide a beveled tapered reciprocating anti-rotation tooth 462 guide surface on the side of the axis of the beveled reciprocating tooth 461 and/or the beveled reciprocating tooth guide 460 from the beveled reciprocating tooth 464.

Others are the same as in the first embodiment.

Example 88

144 is a main and side reciprocating tooth impact device of the mining machine jack described in Embodiment 88. The side reciprocating tooth includes a stop rotation preventing structure 469, and the stop rotation preventing structure 469 includes a taper shank stop rotation structure 470. The side tooth holder is disposed as a reciprocating tooth block cone hole seat 472, the side tooth handle is arranged as a through hole reciprocating tooth block taper 471, and the insertion hole is reciprocated at the lower end of the insertion hole reciprocating tooth block taper 471 The toothed taper shank stop 467 is correspondingly disposed at a lower portion of the reciprocating toothed table taper hole seat 472, and a reciprocating punching cone seat lower block 468 is engaged with the inserting hole reciprocating toothed taper shank 467. The reciprocating toothed cone seat lower block 468 is disposed in the reaming tooth block cone hole 472 hole, and the insertion hole reciprocating tooth block taper 471 is connected to the reciprocating tooth block cone hole 472 to insert The through-hole reciprocating toothed cone handle block 467 is matched with the reciprocating toothed cone hole seat lower block 468, and the height of the inserted through hole reciprocating toothed cone handle block 467 is greater than the reciprocating toothed cone seat lower block 468. The height of the insertion hole reciprocating toothed cone handle 467 and the reciprocating toothed cone seat lower block 468 are greater than or equal to the post-cone tightness The stroke of the section 466 moving into the reciprocating toothed cone hole holder 472, the height difference of the insertion hole reciprocating toothed cone handle block 467 and the reciprocating toothed cone hole seat lower block 468 is set in the reciprocating toothed cone hole The upper end surface of the lower block 468 is between the top surface of the reciprocating toothed taper shank 467 of the insertion hole, and the insertion hole reciprocates when the post-cone tightening stroke 466 moves into the reciprocating toothed cone seat 472. The top surface of the toothed taper shank stop 467 is moved down by the same distance, and the height difference between the reciprocating punch taper shank 467 and the reciprocating punching cone lower block 468 ensures the insertion hole reciprocating tooth taper shank The top surface of the table 467 does not collide with the upper end surface of the lower stop 468 of the reciprocating toothed cone seat.

Others are the same as in the first embodiment.

Example 89

145 is a main and side reciprocating tooth impact device of the mining machine jack described in Embodiment 89. The reciprocating punching cone hole lower block 468 is provided with a reciprocating punching block taper hole seat 472.

Others are the same as in Example 88.

Example 90

146 is a main and side reciprocating tooth impact device of the mining machine jack described in Embodiment 90. The stop rotation preventing structure 469 uses the tooth body stop rotation preventing structure 473, and the insertion hole at the upper end of the side tooth shank reciprocates. One side of the tooth body 474 is provided with a through hole reciprocating tooth stop surface 476, and correspondingly, a reciprocating toothed through hole seat upper stop 475 is disposed on the side tooth holder, and the reciprocating toothed through hole seat upper stop 475 The height is greater than the height of the post-cone tight stroke section 466, so that the reciprocating punching through-hole upper stop 475 and the insertion-through reciprocating to-stop stop surface 476 are fitted and stopped.

Others are the same as in Example 88.

Example 91

147 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 91, wherein the increased tooth column 39 and the pin type main tooth body 110 comprise a reserved cone tight stroke section, and the conical tight stroke is reserved. The segment includes a conical tight section 477 in the rear section of the cone, the main body of the pin type 110 includes a main tooth body of the cone column, and the main tooth body of the cone column is provided with a conical column, and a conical section 477 is reserved in the rear section. The main tooth body of the column and the main cone body 110 of the rear side of the first tapered end surface of the fixed side ring gear 40 are provided with a tapered cone rear section of the conical column, and a conical tight section 477 is reserved for the rear section of the cone. The taper is equal to the mating taper of the cone main tooth body 110 and the fixed side ring gear 40 or less than the mating taper of the cone main tooth body 110 and the fixed side ring gear 40. After the rear side ring 40 is fixed to the main body of the cone column The conical column main tooth body between the end faces is provided with a conical column rear section to reserve a conical tight stroke section 477, and the fixed side tooth is fixed when the fixed side ring gear 40 continues to be displaced toward the rear part of the cone main tooth body by the high-strength reciprocating impact reaction force. After the circle 40 is extended, the conical section 477 is moved backward, and the length of the conical section of the conical column is 417. The length of the conical section 477 is the fixed side ring gear 40. The rear end surface of the tooth body does not push the rear end surface of the fixed side ring gear 40. The length of the tapered cone stroke section 477 of the rear section of the cone column is greater than or equal to the rear end surface of the main tooth body of the cone column. The distance ensures that the fixed side ring gear 40 and the main cylinder of the cone column are continuously tapered.

Others are the same as in the first embodiment.

Example 92

148 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 92. The pin-type main tooth body 110 includes a reserved cone tight stroke section, and the reserved cone tight stroke section includes a middle section of the cone column. The tapered pin-shaped stroke section 478, the pin-type main tooth body 110 comprises a cone-shaped main tooth body, the cone-shaped main tooth body is provided with a cone-shaped middle section reserved cone-tight section 478, and the fixed-side ring gear 40 comprises a front fixed-side ring gear 479 and the rear fixed side ring gear 480, the cone between the front fixed side ring gear 479 and the rear fixed side ring gear 480 of the tapered main tooth body and the front fixed side ring gear 479 and the rear fixed side ring gear 480 The main tooth body of the column is provided with a conical section of the conical column in the middle of the cone, and the taper of the conical section of the conical column is equal to the taper of the main tooth body of the cone and the fixed side ring gear 40 or less than the main cone of the cone. a matching taper of the tooth body and the fixed side ring gear 40, a tapered cone middle stroke section 478 is arranged on the main cylinder of the cone column between the rear end surface of the front fixed side ring gear 479 and the front end surface of the rear fixed side ring gear 480. The front fixed side ring gear 479 extension cone when the high-strength reciprocating impact reaction force causes the front fixed side ring gear 479 to continue to move toward the middle of the main cylinder of the cone column Middle tapered reservation 478 immediately after the shift stroke section, the middle column reserved cone taper 478 after moving a fixed length of the front side of the ring gear 479 tightly stroke section when the rear end face The front end surface of the rear fixed side ring gear 480 is not pushed at the rear end of the front fixed side ring gear 479. The length of the conical section of the tapered cone is 470. The length of the tapered section 478 is greater than or equal to the front end of the fixed side ring gear 480. The rear end face distance of the side ring gear 479 ensures that the front fixed side ring gear 479 and the rear fixed side ring gear 480 and the main body of the cone column are continuously tapered.

Others are the same as in the first embodiment.

Example 93

149 is a main and side reciprocating tooth impact device of the mining machine jack according to Embodiment 93, wherein the increased tooth column 39 and/or the pin main tooth body 110 includes an increased tooth body rotation preventing structure, and an increased section The tooth body rotation preventing structure includes a pin rotation preventing structure, the pin type main tooth body 110 includes a pin column extending stroke portion 481, and a pin post rotation pin hole 482 is provided at a rear end of the pin type main tooth body 110, correspondingly The side ring inner side wall of the fixed side ring gear 40 is provided with a side ring rotation stop pin groove 483, and the length of the side ring gear rotation stop pin groove 483 is the length of the side ring gear rotation stop pin 484. The stroke length, the fixed side ring gear 40 includes a side ring rotation stop pin 484, the side ring gear rotation stop pin 484 is disposed on the pin rotation stop pin hole 482, and the side ring gear rotation stop pin 484 is fastened to the side ring gear rotation. On the pin groove 483, the side ring rotation preventing pin groove 483 cooperates with the side ring rotation preventing pin 484 and the pin rotation preventing pin hole 482 to prevent the fixed side ring gear 40 from rotating relative to the pin type main tooth body 110, and the fixed side teeth are fixed. The side wall of the ring 40 blocks the side ring stop pin 484 to prevent the side ring gear stop pin 484 from falling off, preventing dust, water and materials from entering.

Others are the same as in the first embodiment.

Example 94

150 is a main and side reciprocating tooth impact device of the mining machine jack described in Embodiment 94. The increased tooth column 39 and/or the pin main tooth body 110 includes an increased tooth body rotation preventing structure, and an increased section The tooth body rotation preventing structure comprises a boss rotation preventing structure, the pin type main tooth body 110 includes a pin column reserved stroke section 481, and the pin type main tooth body 110 has a pin column rotation preventing boss 485 at the rear end of the pin type main tooth body 110, correspondingly A side ring rotation preventing groove 486 is disposed on the inner side wall of the rear end hole of the fixed side ring gear 40, and the length of the side ring rotation preventing groove 486 is the length of the pinning column 485 length fixing pin reserved stroke section 481 The length of the stroke, the side ring rotation preventing groove 486 and the pin rotation preventing boss 485 are buckled and stopped, and the side wall of the fixed side ring gear 40 blocks the pin rotation preventing boss 485 to prevent dust, water and materials from entering.

Others are the same as in the first embodiment.

Claims

A method for implementing a main-side reciprocating tooth with a linkage-guided sealing spigot socket, characterized in that:

1. Providing a linkage guiding sealing gear holder, and providing a guiding post or a guiding jack seat at an end of the interlocking guiding sealing gear holder;

Second, the main reciprocating tooth is set, the side reciprocating tooth is arranged on the main reciprocating tooth, the main reciprocating tooth jack is arranged on the main reciprocating tooth base or the main reciprocating tooth insert is arranged, and the main reciprocating tooth jack is arranged on the guiding post Or placing the main reciprocating tooth plunger on the guiding jack seat;

3. The main reciprocating tooth jack member and the guiding post are fixed by a taper connection, or the main reciprocating tooth jack member and the guiding post are fixed by a screw connection, or the main reciprocating member is connected to the main reciprocating tooth jack and Guide post

4. The main punching tooth and the main tooth body are arranged on the main reciprocating tooth, so that the main punching tooth and the main tooth body are connected or integrated, and side reciprocating teeth are arranged on the main punching teeth or side reciprocating on the main tooth body. Tooth or to provide side reciprocating teeth on the interlocking guide pinion seat or to provide side reciprocating teeth on the main and main teeth or to provide side reciprocation on the main teeth, the main tooth body and the interlocking guide pinion seat Tooth or to provide side reciprocating teeth on the main tooth body and the interlocking guide pinion socket or to provide side reciprocating teeth on the main toothing and the interlocking guide pinion socket, and to set the side reciprocating teeth as side teeth and side teeth Seat, the side tooth and the side toothing are connected or integrated;

5. When the side tooth head is connected with the main tooth and/or the main tooth body, that is, a side tooth seat is arranged on the main tooth and/or the main tooth body, so that the side tooth seat is connected to the main tooth body or For the integral type, the insertion side perforation is provided on the side tooth holder, so that the insertion side perforation is set as the through side tooth through hole or the insertion side tooth blind hole, and the side tooth handle is arranged at the rear of the side tooth head, and the side tooth is provided. The handle is disposed on the through side tooth through hole or in the inserted side tooth blind hole;

6. The side shank and the side shank are connected by the tapered surface to be retracted or the side shank and the side shank are screwed back or the side shank and the side shank are connected by the side tooth retaining member;

7. Set the integrated block sealing guide turn-stop box, set the reciprocating power unit, set the reciprocating power unit to the integrated block sealing guide turn-stop box, set the reciprocating power unit as the crank rod connecting rod drive member or set as the piston type drive member, so that The reciprocating power unit is connected with the interlocking guide pinion socket in the integrated block sealing guide rotation box, and one end or both ends of the interlocking guide pinion socket extend out of the integrated block sealing guide to the outer rotation tooth outside the sealing guide rotation box. The interlocking guide sealing pin holder drives the reciprocating impact of the main reciprocating tooth and the side reciprocating tooth.
The method for implementing the main and side reciprocating teeth of the interlocking guide pinion socket according to claim 1, wherein the main tooth body is set as a cylindrical sleeve main tooth body or as a cylindrical cone main tooth. The body is either set as the main tooth body of the side tooth arm or as the main body of the beam type. When the cylindrical tooth main body is used, the main tooth body is set as the cylindrical main tooth body, and the rear end of the cylindrical main tooth body is set. The main reciprocating tooth jack member, the main reciprocating tooth jack member is sleeved on the interlocking guide sealing pin holder, and the side tooth holder is It is disposed on the cylindrical main tooth body, or when the cylindrical main tooth body is used, the main reciprocating tooth insertion post at the rear end of the main body of the cylindrical cone is inserted into the interlocking guide pinion seat, and the side tooth holder is arranged on the column shape. On the main tooth body of the cone, or when the main tooth body of the side tooth arm is used, the main tooth body is set as a cylindrical main tooth body, and the side tooth arm supporting the side reciprocating tooth is arranged on the cylindrical main tooth body, so that the side tooth holder is set. On the side tooth arm, more than one side tooth arm is arranged on the cylindrical main tooth body, and one side tooth seat is arranged on one side tooth arm, and a gap is provided between each side tooth arm to make the side tooth arm and the column The main tooth body forms a tooth frame, or when the beam type main tooth body is used, the main tooth body is set as a cylindrical main tooth body, and the cylindrical main tooth body is set as an upper main tooth body and a lower main tooth body, A main tooth connecting beam is arranged between the upper main tooth body and the lower main tooth body, and the main tooth connecting beam fixedly connects the upper main tooth body and the lower main tooth body or the main tooth body connecting beam and the upper main tooth body and the lower main tooth The body is a one-piece type, and the side toothed seat is arranged on the beam main tooth body, and when the cylindrical tooth main tooth body or the cylindrical cone main tooth body or the side tooth main tooth body or the beam type is satisfied The impact resistance of the tooth body is reduced, and the cross section of the cylindrical sleeve main tooth body or the cylindrical cone main tooth body or the side tooth main tooth body or the beam main tooth body toward the integrated block sealing guide rotation stop box is reduced and reduced. The cylindrical sleeve main tooth body or the cylindrical cone main tooth body or the side tooth main tooth body or the beam type main tooth body faces the block of the integrated block sealing guide to the blocked material, and the integrated block seal is enlarged. The water spray space on the torsion box to the main reciprocating tooth and/or the side reciprocating tooth.
The method for implementing the main and side reciprocating teeth of the interlocking guide pinion socket according to claim 1, characterized in that: the side shank is provided with a side shank retracting hole groove or the side shank is retracted. Locating or setting side shank to stop thread or set side shank to stop the shank or set side shank taper or side pin hole pin hole, correspondingly set side shank on side pedestal Retreating the groove or setting the side gear to stop the card slot or to set the side tooth to stop the thread or to provide the toothed stop back hole or to set the side toothed cone hole or to set the side tooth block spring or set the side seat The back stop or the side pin hole pin hole is provided, and the side tooth retaining member is disposed on the side tooth retaining hole groove and the side tooth retaining hole groove to prevent the side tooth off, or the side tooth is stopped The returning member is disposed on the side shank retaining slot and the side yoke retaining slot to prevent the side shank from falling off, or the side shank retaining thread is passed through the side yoke through hole and the side shank retaining nut to match the side The toothed retaining nut cooperates with the side toothed stop stop to retreat, or the side tooth taper handle and the side toothed seat taper hole cooperate to stop, or the side tooth retaining piece is set to the side toothed handle to stop The slot is configured to be retracted in cooperation with the side yoke stop, or the shank pin hole is retracted on the side shank stop of the side shank through the side yoke through hole, or in the side pedestal The side toothed through hole is disposed on the side tooth shank stop hole passing through the side toothed seat through hole, and the side toothed circlip groove is arranged to set the circlip on the card slot to cooperate with the side toothed stop stop , or the top wire hole pin stop member is disposed on the side tooth shank stop hole and the side tooth seat stop hole to prevent the side tooth shank from falling off, the top wire hole is convenient for conveniently disassembling the top wire hole pin; or the main reciprocating tooth is set to be retracted The main tooth body comprises a pin-type main tooth body, so that the main reciprocating tooth retaining structure is arranged such that the main tooth body of the tooth holder and the enlarged tooth body of the insertion post are fixed by a cone connection or the main tooth body and the insertion post of the tooth holder are augmented. The tooth body is fixed by a threaded connection or the toothed main tooth body and the inserted column augmented tooth body are stopped by the augmented tooth body stop member, or the pin type main tooth body and the fixed side ring gear cone surface are stopped or pinned Main tooth body and fixed side ring gear thread stop or pin type main tooth body and fixed side ring gear are provided with anti-return structure The retaining or pin type main tooth body and the fixed side ring gear are provided with the inner pin hole ring retaining piece to be retracted, or the respective retaining pieces and the retaining structure are complemented each other.
The method for implementing the main and side reciprocating teeth of the interlocking guide pinion socket according to claim 1, wherein: the main reciprocating tooth rotation preventing structure is arranged, and the main reciprocating tooth rotation preventing structure is set to make the pin The main tooth body and/or the fixed side ring gear are provided with a side ring gear rotation preventing structure, and the side ring gear rotation preventing structure is set to a polygonal side ring gear rotation preventing structure or is set as a card groove side ring gear rotation preventing structure or is set to The lock pin side ring rotation preventing structure or the block side ring gear rotation preventing structure or the hole pin type side ring rotation preventing structure or the tapered side ring gear rotation preventing structure or the bevel side ring gear The rotating structure or the elliptical side ring gear rotation preventing structure or the two straight side ring gear rotation preventing structure or the single straight side ring gear rotation preventing structure or the top wire hole pin rotation preventing structure or the eccentricity The pin rotation preventing structure is set as an eccentric groove rotation preventing structure or is set as an eccentric convex rotation preventing structure or as a key rotation preventing structure; the rear end of the pin type main tooth body is fastened at the end of the interlocking guiding sealing socket seat, The front end of the pin-type main tooth body is provided with a pin-type main tooth top tooth, and a pin-type main tooth body The tooth and the pin-type main tooth body are connected or integrated, and when the pin-type main tooth body top tooth is connected with the pin-type main tooth body, the pin-type main tooth body top tooth and the pin type main body The tooth body is fixed by a taper connection or by a threaded connection or by a pin-type main tooth stop.
The method for implementing the main and side reciprocating teeth of the interlocking guide pinion socket according to claim 1, wherein:

First, the reciprocating toothed device is arranged, so that the length of the main reciprocating tooth to the main reciprocating tooth to the pushing and unloading mechanism is smaller than the rear end of the main reciprocating tooth, and the outer end of the sealing guide to the outer anti-rotation box The maximum value of the mechanism distance is greater than the minimum value of the distance between the rear end of the main reciprocating tooth and the inner end of the integrated block sealing guide to the torsion gear, so that the strength of the main reciprocating tooth is greater than that of the main reciprocating tooth and linkage The fastening strength of the guiding and sealing gear holder is to affix the main reciprocating tooth holder to the integrated block sealing guiding to turn box or to the integrated block sealing guiding to turn box, and the other end of the main reciprocating tooth unit is unloaded. When the main reciprocating tooth needs to be disassembled, the reciprocating power machine drives the main reciprocating tooth to retract the direction of the integrated block sealing guiding to the turntable, so that the main reciprocating toothing device pushes the main reciprocating toothed gear off, or the main punching gear is unloaded. The length of the top-loading main-to-top thruster mechanism is smaller than the maximum value of the rear end of the main punch relative to the outer block sealing guide turn-out box to the thrust-off gear mechanism and greater than the rear end of the main punch relative to Integrated block seal guide to prevent the transfer box from shrinking The minimum distance of the thruster mechanism is pushed so that the strength of the unloading main punch is greater than the fastening strength of the main punch and the main tooth, and the unloading main punch is attached to the integrated block sealing guide box. Or adsorbing on the integrated block sealing guide to turn the box, and the other end of the unloading main punching head is placed on the main punching tooth to be retracted, so that the reciprocating power machine drives the main punching tooth to retract the direction of the integrated block sealing guiding turnout box, so that The unloading main toothing device pushes the main toothing gear off, or the length of the unloading side toothed tooth to the side toothing head to the pushing gear unloading mechanism is smaller than the side of the side toothing head relative to the set The maximum value of the distance from the extension of the block-shaped guide to the thrust-tolerant mechanism is greater than the minimum distance from the rear end of the side-toothed head to the position of the thrust-stopper mechanism The strength of the unloading side gear is greater than the fastening strength of the side tooth and the side tooth, and the unloading side gear is attached to the integrated block sealing guide box or adsorbed on the integrated block sealing guide box Upper, the other end of the unloading side gear is placed on the side tooth to be disassembled, so that the driving side tooth of the reciprocating power machine is retracted toward the sealing block of the integrated block, so that the side gear is blocked by the side gear. Push off

Second, or the end of the unloading main toothbrush is supported on the integrated block sealing guide turnout box, so that one end of the main punching tooth of the unloading main punching tooth is provided with a main end face of the retaining tooth, so that the main gear is blocked. The shape of the end face is to prevent the main tooth from being retracted when the main tooth moves toward the integrated block sealing guide rotation box, so that the main end face of the card stop is separated from the main tooth by the strong pulling force of the reciprocating power, or One end of the unloading side toothed pin rests on the integrated block sealing guide turnout box, so that one end of the unloading side toothed tooth pushing side tooth head is provided with a latching side tooth end face, so that the shape of the end face of the latching side tooth end The side tooth head is prevented from retracting when the side tooth head moves toward the integrated block sealing guide rotation box, so that the side end of the locking side tooth head is separated from the side tooth holder by the strong pulling force of the reciprocating power machine;

3. Or support one end of the unloading and increasing toothed body on the integrated block sealing guide to the turn-over box, so that the end of the unloading and increasing toothed body push-locking and increasing the toothed body is provided with a card-blocking and increasing tooth end face, so that the card The shape of the end face of the gear-increasing tooth body is to prevent the expansion tooth body from retracting when the joint tooth body moves toward the integrated block sealing guide turn-stop box, so that the end face of the block gear-increasing tooth body is increased by the strong pulling force of the reciprocating power machine. The tooth body is separated from the tooth body of the tooth, or one end of the unloading side ring gear is supported on the integrated block sealing guide turnout box, so that the end of the fixed side ring gear pusher fixed side ring gear is provided with a blocking gear Fixing the end face of the ring gear so that the shape of the end face of the retaining ring of the retaining ring prevents the side tooth retracting when the fixed side ring gear moves toward the direction of the integrated block sealing guide anti-rotation box, so that the end face of the retaining ring of the retaining ring is reciprocated by means of reciprocating The powerful pulling force of the power unit separates the fixed side ring gear from the pin-type main tooth body, and quickly removes the main reciprocating tooth or the main punching tooth or the side tooth head by using the powerful power of the reciprocating power machine, thereby realizing quick tooth unloading and improving teeth. effectiveness.
The method for implementing the main and side reciprocating teeth of the interlocking guide pinion socket of claim 1 and the main and side reciprocating tooth impact device of the mining machine jack are characterized in that: the integrated block sealing guide rotation box and the reciprocating The power unit, the interlocking guide pinion seat, the main reciprocating tooth and the side reciprocating tooth, the end of the interlocking guide pinion seat is provided with a guide post or a guide jack seat, and the main reciprocating tooth is provided with a side reciprocating a tooth, a main reciprocating tooth is provided with a main reciprocating tooth jack member or a main reciprocating tooth insert, the main reciprocating tooth jack member is disposed on the guiding post or the main reciprocating tooth stud is disposed on the guiding rod jack member, The main reciprocating tooth comprises a main tooth retaining member, the main tooth retaining member is connected to the main reciprocating tooth or integrated, and the main reciprocating tooth jack member and the guiding post are connected by a cone connection or the main reciprocating tooth jack The main reciprocating tooth includes a main punching tooth and a main tooth body, and the main toothing body is separated from the main tooth body by a threaded connection or by a main tooth stopping member. Connection or integral, set side reciprocating teeth on the main teeth or set on the main tooth body Side reciprocating teeth or in linkage a side reciprocating tooth is disposed on the guiding sealing gear holder or a side reciprocating tooth is arranged on the main toothing and the main tooth body or a side reciprocating tooth or a main tooth is arranged on the main toothing, the main tooth body and the interlocking guiding sealing gear holder a side reciprocating tooth is disposed on the body and the interlocking guide socket, or a side reciprocating tooth is disposed on the main tooth and the interlocking guide pinion seat, the side reciprocating tooth comprises a side tooth and a side tooth, the side tooth and the side The toothed seat is connected or integrated. When the side tooth head is connected to the main toothing and/or the main tooth body, the side toothing is provided on the main toothing and/or the main tooth body, and the side toothing seat is The main tooth body is connected or integrated, and the side tooth hole is provided on the side tooth seat, the insertion side tooth hole is set as the through side tooth through hole or the insertion side tooth blind hole, and the side of the side tooth head is provided with the side a tooth shank, the side tooth shank is disposed on the through side tooth through hole or is disposed on the insertion side tooth blind hole, the side reciprocating tooth includes a side tooth retracting member, the side tooth retracting member and the side reciprocating tooth are connected or integrated, the side The tooth shank and the side toothed seat are connected by a tapered surface to be retracted or the side tooth shank and the side toothed seat are screwed back or the side tooth shank and the side toothed seat are connected by the side tooth retaining member. The power unit is disposed in the integrated block sealing guide turnout box, and the reciprocating power unit is connected with the interlocking guide pinion socket in the integrated block sealing guide rotation box, and one end or both ends of the linkage guide sealing socket are extended and integrated. The guide pin of the end of the joint guide pinion socket is connected with the main reciprocating tooth jack member or the guide jack seat of the end of the seal pinion seat and the main reciprocating tooth insert. The connection and the interlocking guide pinion seat drive the reciprocating impact of the main reciprocating tooth and the side reciprocating tooth.
The excavator jack of claim 6 is provided with main and side reciprocating tooth impact devices, wherein the main tooth body comprises a cylindrical sleeve main tooth body or comprises a cylindrical cone main tooth body or a side tooth main tooth body. Or including a beam-type main tooth body, when the cylindrical sleeve main tooth body is used, the main tooth body is set as a cylindrical main tooth body, and the rear end of the cylindrical main tooth body is provided with a main reciprocating tooth socket member, so that the main reciprocating tooth The jack member is sleeved on the interlocking guide pinion seat, the side tooth holder is disposed on the cylindrical main tooth body, or the main reciprocating tooth at the rear end of the cylindrical cone main tooth body when the cylindrical cone main tooth body is used The insertion post is inserted into the interlocking guide pinion seat, and the side tooth holder is disposed on the main body of the cylindrical cone, or when the main tooth body of the side tooth arm is used, the main tooth body is set as the cylindrical main tooth body, in the column shape The side tooth arm of the supporting side reciprocating tooth is disposed on the main tooth body, the side tooth seat is disposed on the side tooth arm, and more than one side tooth arm is disposed on the cylindrical main tooth body, and one side arm is disposed on one side tooth arm a tooth holder, a gap is provided between each side arm, so that the side tooth arm and the cylindrical main tooth body form a tooth frame, or when the beam type main tooth body is used When the main tooth body is set as a cylindrical main tooth body, the cylindrical main tooth body includes an upper main tooth body and a lower main tooth body, and a main tooth body connecting beam is arranged between the upper main tooth body and the lower main tooth body, and the main tooth body The connecting beam fixedly connects the upper main tooth body and the lower main tooth body or the main tooth body connecting beam is integrated with the upper main tooth body and the lower main tooth body, and the side toothed seat is disposed on the beam main tooth body, when satisfied The cylindrical sleeve main tooth body or the cylindrical cone main tooth body or the side tooth main tooth body or the beam type main tooth body resists the impact strength while reducing the cylindrical sleeve main tooth body or the cylindrical cone main tooth body or the side tooth The arm main tooth body or the beam main tooth body is directed toward the integrated block to guide the cross section of the toil box, and the cylindrical main tooth body or the cylindrical cone main tooth body or the side tooth main tooth body or the beam main tooth is reduced. The body faces the blockage of the integrated block sealing guide to the blocked material, and increases the water spray space of the water jet device disposed on the integrated block sealing guide to the main reciprocating tooth and/or the side reciprocating tooth.
The mining machine jack according to claim 6 is characterized in that: the main tooth body comprises an upper main tooth body and a lower main tooth body, and the main reciprocating tooth further comprises a beam sleeve punching frame and a beam The set of the toothed frame comprises an upper main tooth connecting sleeve, a lower main tooth connecting sleeve and a main tooth connecting beam, and the upper main tooth body and the upper main tooth connecting sleeve are separately connected or integrated, the lower main tooth body and the lower part The main tooth body connecting sleeve is connected or integrated, and one end of the main tooth connecting beam is disposed on the upper main tooth connecting sleeve, and the other end is disposed on the lower main tooth connecting sleeve, and the main tooth connecting beam will be the upper main tooth body The connecting sleeve and the lower main tooth connecting sleeve are fixedly connected, and the main tooth connecting beam, the upper main tooth connecting sleeve and the lower main tooth connecting sleeve are separated or integrated, and the upper main tooth connecting sleeve is provided with side reciprocating a side reciprocating tooth or a main tooth body connecting beam is disposed on the tooth or the lower main body connecting sleeve, and a side reciprocating tooth or an upper main tooth connecting sleeve and a lower main tooth connecting sleeve are disposed on the side or the main main body connecting sleeve And the main tooth body connecting beam is provided with a side reciprocating tooth or a lower main tooth connecting sleeve and a main tooth connecting beam Providing a side reciprocating tooth or an upper main tooth connecting sleeve and a lower main tooth connecting sleeve and a main tooth connecting beam, and providing a side reciprocating tooth when the beam sleeve frame is connected to the upper main tooth body and the lower main tooth body The upper main tooth connecting sleeve and the lower main tooth connecting sleeve are respectively engaged with the upper main tooth body and the lower main tooth body, and the interlocking guiding sealing gear tooth base comprises an upper interlocking guiding sealing gear holder and a lower linkage guiding seal The gear holder, the upper linkage guide sealing gear holder and the lower linkage guiding sealing gear holder one end or both ends protrude from the integrated block sealing guide rotation preventing box, and the upper linkage guiding sealing gear holder and the lower linkage guiding seal The gear holder is connected in the integrated block sealing guide rotation box, the upper main tooth body is disposed at the end of the upper linkage guide sealing socket, and the lower main tooth body is disposed at the end of the lower linkage guide sealing socket, the beam The set of the toothed frame is fastened to the upper interlocking guide pinion seat and the lower interlocking guide pinion seat, and the reciprocating power unit drives the upper joint guide pinion seat in the integrated block sealing guide rotation box. Lower linkage guide seal adapter seat, upper linkage guide seal adapter seat, lower linkage guide seal Driven teeth on the tooth holder main body and the lower main body and the teeth of the tooth-carrier red beam sets reciprocating impact.
The excavator jack of claim 6 is provided with main and side reciprocating tooth impacting devices, wherein: said main tooth retaining member comprises a wedge-shaped head retaining member or a tapered head retaining member or a flat head retaining member Or T-shaped head stop or cylindrical pin stop or open pin stop or elastic pin stop or threaded pin stop or taper pin stop or arc V-shaped pin stop or increase Retracting member or T-shaped pin stop or stop pin stop or circlip stop or elastic pin stop or lock pin stop or lock nut stop.
The main machine and the side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein the main tooth retaining member comprises a plug retaining bolt, and the bottom of the main reciprocating tooth jack member is provided with a retaining member. The jack of the jack member is provided with a screw hole of the jack member, and the end of the guide pin holder is provided with a screw hole for stopping the plug, and the bolt for preventing the bolt is passed through the screw hole of the jack member and the plug. The retracting hole is matched to prevent the main reciprocating tooth from falling off, and the screw hole of the jack member is concentrically arranged or eccentrically disposed on the retaining plate of the jack member, and the optical hole of the screw of the jack member is eccentrically set on the retaining plate of the jack member. When the insertion post retaining bolt cooperates with the screw hole of the jack member, the main tooth body is prevented from rotating relative to the interlocking guide seal socket.
The excavator jack of claim 6 is provided with main and side reciprocating tooth impacting devices, wherein the side shank comprises a side shank retracting hole slot or comprises a side shank retracting circlip groove or comprises a side shank The retaining thread or the side handle retaining stem or the side taper shank or the side shank hole pin hole, correspondingly providing a side toothed retaining hole groove or side on the side toothed seat The toothed seat retains the retaining groove or is provided with a side tooth retaining thread or a toothed retaining through hole or a side toothed taper hole or a side toothed retaining ring spring or a side toothed seat The retracting table or the side pin hole pin hole is provided, the side tooth retaining member is disposed on the side tooth retracting hole groove and the side tooth retracting hole groove prevents the side tooth shank from falling off, or the side tooth retaining member is set The side shank retracting circlip groove and the side yoke retracting circlip groove prevent the side shank from falling off, or the side shank retracting thread passes through the side yoke through hole and the side shank retracting nut cooperates to make the side shank The retaining nut cooperates with the side toothed stop stop to retreat, or the side tooth taper shank and the side toothed seat taper hole cooperate to stop, or the side tooth retaining member is disposed on the side toothed retaining hole groove and the side tooth Block back The stop is matched with the stop, or the handle pin hole is provided on the side shank stop of the side shank passing through the side shank through hole, or the side shank through hole is provided on the side pedestal The side shank of the side shank through hole is provided with a side shank retracting circlip groove, and the circlip is disposed on the circlip groove so as to cooperate with the side yoke stop stop, or the top wire hole pin The retaining pin is disposed on the side pin hole pin hole and the side pin stop hole prevents the side pin from falling off, and the top wire hole is convenient for disassembling the top wire hole pin.
The mining machine jack of claim 6 is provided with main and side reciprocating tooth impacting devices, wherein: the interlocking guiding and sealing gear holder comprises a reciprocating tooth base linking section, a reciprocating toothed seat guiding section, and a reciprocating toothed seat sealing section. And the reciprocating tooth seat pinning section, the reciprocating tooth base interlocking section, the reciprocating toothed seat guiding section, the reciprocating toothed seat sealing section and the reciprocating toothed seat inserting section are a split structure or a reciprocating toothed joint linking section, a reciprocating toothed seat guiding section The reciprocating toothed seat sealing section and the reciprocating toothed inserting section are an integral structure.
The main body and the side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein the main tooth body comprises a main tooth body of the tooth base and an increased tooth body, and one end of the main tooth body of the tooth base is provided with a plugging guide seal. The tooth hole is provided with a plug-in guide sealing seat post, and the other end of the tooth main body is provided with an enlarged tooth hole or an enlarged joint tooth column, and the corresponding increased tooth body is provided with an additional joint a tooth column or an enlarged tooth hole, the enlarged tooth column is inserted into the enlarged tooth hole or the enlarged tooth hole is sleeved on the inserted tooth column, and the main tooth body of the tooth holder is provided with side reciprocating teeth or Set the fixed side ring gear or set the main tooth tooth frame or set the beam cover frame. The added tooth body is provided with side reciprocating teeth or set fixed side ring gear or set main tooth body frame or set beam sleeve punch The carrier is either equipped with a main tooth or an additional tooth.
The excavator jack of claim 6 is provided with main and side reciprocating tooth impact devices, wherein the main tooth body or the main punching tooth comprises an increased tooth pin, and one end of the tooth main body body is provided with a plug-in guide seal. The tooth hole is provided with a plug-in guide sealing seat post, and the other end of the tooth main body is provided with a main tooth string increasing tooth hole, and the corresponding increased tooth body is provided with an increased body string increasing tooth body The hole inserts one end of the enlarged tooth pin into the main tooth body to increase the tooth hole, and the other end is inserted into the increased body string increasing tooth hole, and the enlarged tooth pin fixes the tooth main tooth and the added tooth fixedly. .
The mining machine jack according to claim 6 is provided with main and side reciprocating tooth impact devices, wherein the integrated block sealing guide rotation preventing box comprises a front loading rolling guide rotation preventing assembly block, and the front loading rolling guide rotation preventing assembly block The part is provided with a telescopic sheathing box plate, and the telescopic sheathing box board is separately connected or integrated with the front loading rolling guide rotation preventing assembly block, and the telescopic sheathing box board comprises a guiding box board and a box board protective telescopic sealing sleeve, guiding The box plate is provided with a reciprocating toothed seat sealing section hole, and a sealing reciprocating toothed seat or a floating sealing sleeve is arranged in the hole of the reciprocating toothed seat sealing section, and the reciprocating toothed seat sealing section is arranged in the inner hole of the sealing reciprocating toothed part or is arranged in the hole The inner hole of the floating sealing sleeve is provided with a box-shaped telescopic sealing sleeve on the outside of the floating sealing sleeve wall.
The excavator jack of claim 6 is provided with main and side reciprocating tooth impacting devices, wherein: the interlocking guide pinion socket comprises a reciprocating toothed seat sealing section, and the reciprocating toothed seat sealing section comprises a telescopic protective cover, an integrated block A sealing reciprocating toothed seat or a floating sealing sleeve is arranged between the sealing guiding tonnage box and the reciprocating toothed seat sealing section, the floating sealing sleeve comprises an outer floating sealing member, an inner floating sealing member and an intermediate skeleton, and the outer floating sealing member is arranged in the middle skeleton The outer ring, the inner floating seal is disposed on the inner frame inner ring, the toothed seat reciprocating sealing section passes through the inner floating seal, the inner floating seal is pressed against the toothed seat reciprocating sealing section, and the telescopic shield is fastened at one end to the toothed seat reciprocating seal On the segment, the other end is fastened to the intermediate frame, and the telescopic shield prevents material damage and contaminates the reciprocating sealing section of the tooth holder.
The main body and the side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein the main tooth body is provided with a main tooth body telescopic sealing sleeve, the main tooth body and the main tooth body telescopic sealing member. The sleeve body is connected or integrated, and the main tooth body protection and expansion seal sleeve is disposed on the inner side or the outer side of the box plate protection and expansion seal sleeve, and the box plate protection telescopic seal sleeve and the main tooth body protection telescopic seal sleeve are sleeved and telescopic protection. Or an outer sheath seal is arranged between the box plate telescopic seal sleeve and the main tooth body telescopic seal sleeve, and the outer sheath seal comprises a floating seal seal or a seal seal or a skeleton seal, the main tooth The body protection telescopic seal sleeve, the outer sheath seal and the integrated block seal guide turnout box are provided with a telescopic seal sleeve to cooperate with the telescopic seal to prevent dust and muddy water from entering.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein the main tooth body is provided with a main tooth body telescopic seal sleeve retaining member or a main tooth body telescopic seal sleeve. Threaded connection with the main tooth body or the main tooth body telescopic seal sleeve and the main tooth body through the tapered surface stop or the main tooth body telescopic seal sleeve retaining member fixed the main tooth body telescopic seal sleeve, the main The tooth body telescopic seal sleeve retaining member includes a nut stop member, a screw stop member, a retaining ring retaining member, a pin retaining member, a bonding retaining member, a card slot retaining member or a snap retaining member or Up-and-down pin or top wire pin stop or key stop.
The main machine and the side reciprocating tooth impact device of the mining machine jack according to claim 17 or 18, wherein the length of the overlapping portion of the main tooth body telescopic seal sleeve and the box plate telescopic seal sleeve is greater than that of the main body. The impact stroke of the reciprocating impact of the reciprocating tooth, the outer sheath seal member is arranged between the main tooth body protection telescopic seal sleeve and the box plate protection telescopic seal sleeve, and the main reciprocating When the tooth reciprocates, the outer sheath seal is in the overlapping section of the main tooth body telescopic seal sleeve and the box plate telescopic seal sleeve.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein the main tooth body is provided with a main tooth body telescopic seal sleeve, a disassembling top wire hole and/or a main tooth body protection. The telescopic seal sleeve is provided with a disassembled wire hole.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 17 or 18, wherein the main tooth body telescopic sealing member sleeve is fastened on the interlocking guide sealing gear holder to block Dust, water or material debris enters into the main reciprocating tooth socket or enters the joint of the tooth shoulder and the shoulder of the tooth to cause the main reciprocating tooth to be inclined in the impact direction, and the main tooth body telescopic seal sleeve supports the main reciprocating tooth.
The excavator jack of claim 6 is provided with main and side reciprocating tooth impact devices, wherein: the integrated block sealing guide rotation stop box comprises a box sealing device, and the main reciprocating tooth socket member comprises a main reciprocating tooth rear end circle The main reciprocating tooth jack member is separately connected with the main reciprocating tooth rear end round sleeve or is integrated, the main reciprocating tooth jack member is engaged with the guiding sealing toothed seat post, and the main reciprocating tooth rear end round sleeve is extended into the integrated The block seal guides the turn-around box, and the rear end of the main reciprocating tooth is slidingly sealed with the box sealing device.
The main machine and the side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein the side reciprocating tooth is provided with a material dividing surface facing the front end surface of the box plate telescopic sealing sleeve, and the material is facing Conducting materials on both sides, and discharging the side reciprocating teeth toward the front end surface of the box plate telescopic seal sleeve, so that no material layer is formed between the box plate telescopic seal sleeve and the main tooth body or the side reciprocating teeth, thereby preventing The material layer prevents reciprocating impact of the main reciprocating teeth and/or the side reciprocating teeth.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein a sheath guard is disposed at a rear portion of the main tooth body, and the sheath guard is arranged at a rear portion of the main tooth body, and the sheath is disposed. The shape of the guard does not form an extrusion surface with the end face of the telescopic seal sleeve of the box plate, preventing the material from accumulating between the sheath guard and the box cover telescopic seal sleeve, and the sheath guard prevents material impact damage to the main tooth body protection Telescopic seal sleeve.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 8, wherein the beam sleeve frame is arranged in a single row or in multiple rows, and when the beam sleeve frame is arranged in multiple rows, The main tooth connecting beam on the front beam cover frame is convex outward with respect to the integrated block sealing guide turnout box, and the main tooth connecting beam on the rear beam cover frame is sealed with respect to the integrated block sealing guide The box is recessed inward, and the main row connecting beam of the front row and the main tooth connecting beam of the rear row of the rear row form a discharge port.
The excavator jack of claim 6 is provided with main and side reciprocating tooth impact devices, wherein: said side reciprocating teeth are equally arranged or staggered along the radial direction of the main teeth or the side reciprocating teeth are along the main punch. The axial multi-layer arrangement of the teeth or the side reciprocating teeth are arranged in a single layer in the axial direction of the main teeth.
The excavator jack of claim 6 is provided with main and side reciprocating tooth impact devices, wherein the side tooth head comprises a side top tooth and a side top tooth handle, and the side top tooth and the side top tooth handle are separated. The connection or the integral type, the main punching teeth are multi-head punching or single-head punching, the main punching teeth and the side top teeth are arranged in a plane or in a curved surface, and the main punching teeth and the side top teeth are matched with the blanking materials while the material wall is clear. surface.
The excavator jack of claim 6 is provided with main and side reciprocating tooth impact devices, wherein: the main reciprocating tooth comprises a main tooth body insertion post, and the center line of the main tooth body insertion post coincides with the reciprocating impact power direction. Or parallel.
The mining machine jack of claim 6 is provided with main and side reciprocating tooth impact devices, wherein: the interlocking guide sealing socket comprises a tooth shoulder, and the main reciprocating tooth comprises a tooth shoulder, a tooth shoulder Fits against the shoulder of the tooth to withstand the impact reaction.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 29, wherein the tooth shoulder is provided with a tapered protrusion, the tooth shoulder is provided with a tapered groove, and the shoulder is provided. The tapered projection is tightly engaged with the shoulder groove of the punching tooth to prevent dust, water, slime, corrosives or chips from entering the reciprocating perforations.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 6 or 13, wherein the additional tooth body comprises an increased tooth stopping member, a main tooth retaining member or a side tooth The retaining member or the increased tooth retaining member comprises an end conical retaining member, and the end of the end conical retaining member is formed as a conical head, and the end conical retaining member penetrates into the retaining hole slot portion The main punching teeth include a main toothed retaining hole groove, the retaining post extends out of the main toothed handle, and the retaining hole groove section is provided with a retaining thread, and the end tapered retaining piece comprises a retaining nut, and the retaining nut is The outer body tapered nut is provided with a main tooth groove on the main tooth body, and a retaining elastic body is arranged between the front side wall of the main tooth groove and the conical head, and the anti-retracting column is inserted into the main tooth handle retaining hole groove. A nut portion elastic body is disposed between the front side wall of the main tooth groove and the outer body tapered nut, and the retaining thread and the retaining nut cooperate to prevent the elastic body of the nut and the elastic portion of the nut from falling off, and the elastic body prevents the reciprocating tooth from moving. .
The excavator jack of claim 31 is provided with a main and side reciprocating tooth impact device, wherein the outer body conical nut comprises a blind hole outer body conical nut or a through hole outer body conical nut. A seal is arranged between the main toothed retaining hole groove and the blind hole outer tapered nut, and the blind hole and the sealing member prevent the rust stop thread.
The excavator jack of claim 6 is provided with main and side reciprocating tooth impact devices, wherein: the side tooth holder is provided with a side tooth holder elastic body hole, and the side tooth holder comprises a side tooth shank elastic body and The side tooth shank elastic body structure, the side tooth shank elastic body is disposed on the side toothed body elastic body hole, the side tooth shank is inserted into the side toothed seat elastic body hole and passes through the side tooth shank elastic body, and the side tooth shank elastic body The body structure is arranged at the rear end of the side shank to press the side shank elastic body, and the side shank is in a pre-tight state at the time of initial installation.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein: the side tooth handle is provided The utility model has a non-returning structure, the side tooth shank comprises a side tooth shank elastic body, the side tooth shank elastic body is arranged at the rear part of the side toothed seat, the side tooth shank is inserted into the through side tooth hole and passes through the side tooth shank elastic body, and the stopping structure is The side shank elastic body is pressed at the rear end of the side shank, and the side shank is pre-tightened at the time of initial installation.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 6 or 31, wherein the main tooth retaining member or the side tooth retaining member or the additional tooth retaining member comprises The return seal, the retaining member seal comprises a sealing plug main perforating member or a sealing insert side perforating member or a sealing unloading main cogging member, the sealing unloading main cogging member is disposed on the unloading main tooth groove, and the sealing main dislocation groove is sealed. The piece is sealed by plug expansion or fixed by end conical retaining piece or fixed by circlip or fixed by wire rope or sealed by adhesive or fixed by slot or fixed by screw or sealed by hose clamp .
The main machine and the side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein the main reciprocating tooth and the side reciprocating tooth comprise an anti-rotation structure, and the anti-rotation structure comprises a main reciprocating tooth anti-rotation structure or The side reciprocating tooth anti-rotation structure, the main tooth body comprises a hole anti-rotation structure, that is, a column anti-rotation structure is arranged on the interlocking guide sealing pin holder, and the hole anti-rotation structure cooperates with the column anti-rotation structure to prevent the reciprocating tooth from being linked with the interlocking guide The sealing gear holder rotates, and the main reciprocating tooth anti-rotation structure comprises an upper rib lower cone anti-rotation structure or a lower round upper prism anti-rotation structure or a square column anti-rotation structure or a triangular column anti-rotation structure or a polygonal column anti-rotation structure or an upper circle The rib anti-rotation structure or the convex anti-rotation structure or the concave anti-rotation structure or the pin anti-rotation structure or the inclined table anti-rotation structure or the key anti-rotation structure or the screw anti-rotation structure, or correspondingly when the hole anti-rotation structure is arranged on the side tooth holder A column anti-rotation structure is arranged on the side tooth head, or a hole anti-rotation structure is correspondingly arranged on the side tooth head when the column anti-rotation structure is arranged on the side tooth seat, and the hole anti-rotation structure cooperates with the column anti-rotation structure to block the side tooth head Side reciprocating tooth protection relative to the side tooth holder The rotating structure comprises an upper edge lower cone anti-rotation structure or a lower round upper prism anti-rotation structure or a square column anti-rotation structure or a triangular column anti-rotation structure or a polygonal column anti-rotation structure or an upper round lower edge anti-rotation structure or a convex anti-rotation structure or a concave anti-rotation structure or a pin anti-rotation structure or a tilting table anti-rotation structure or a key anti-rotation structure or a screw anti-rotation structure, or a corresponding setting on the side tooth holder when the side tooth shank is set as a lower taper upper side tooth shank The lower tapered upper side toothed seat through hole or the lower tapered upper side side toothed seat blind hole, the lower tapered upper edge side toothed handle is disposed on the lower tapered upper edge side of the toothed handle through hole or the lower tapered upper side of the upper toothed handle The upper edge of the side rib of the lower cone is blinded, and the upper edge of the side yoke is fastened to the upper edge of the side shank.
The main machine and the side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein the main reciprocating tooth jack member comprises a reciprocating tooth rotation preventing groove or a reciprocating tooth rotation preventing protrusion, corresponding to The linkage guide pinion seat is provided with a guide rod rotation preventing protrusion or a guide rod rotation preventing groove, and the reciprocating tooth rotation preventing groove and the guide rod rotation preventing protrusion are fastened to prevent the main reciprocating tooth from being interlocked with the interlocking guide pinion The seat rotates, or the side tooth head includes a side tooth rotation stop groove or a side tooth rotation stop protrusion, and correspondingly, a side tooth rotation stop protrusion or a side tooth rotation stop groove, side teeth are provided on the side tooth holder The head rotation preventing groove and the side toothing rotation preventing protrusion are engaged to prevent the side tooth head from rotating relative to the side tooth holder.
The mining machine jack according to claim 6 is characterized in that: the main punching tooth comprises a main punching body and a main toothing head, and the main toothing head is identical to the main toothing body. The material or the main tooth head is an alloy tooth head, the alloy tooth head is fixed on the main punching body, the main punching body and the alloy tooth head are connected or integrated, and the fixing manner of the main punching body and the alloy tooth head includes inserting Hole or buckled or welded or lock pin or shoulder or threaded.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein the main or main tooth body or the side tooth or the side tooth head comprises a guiding surface, and the main reciprocating tooth And/or the side reciprocating tooth comprises a guiding surface, the guiding surface comprises a beveled guiding surface or a curved guiding surface or a plane guiding surface or a curved guiding surface, and the guiding surface smoothly leads out the material when the impact is blanked.
The mining machine jack according to claim 6 is characterized in that: the main reciprocating tooth and/or the side reciprocating tooth are provided with a wear-reducing concave surface, and the wear-reducing concave surface reduces the main punching tooth and / or the direct contact area of the side tooth head with the material, reducing wear, reducing the wear concave surface to reduce the weight of the tooth and reduce the impact resistance.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein: the interlocking guide pinion holder and the main reciprocating tooth are provided with a shoulder seal, the tooth holder The shoulder seal is disposed between the shoulder and the shoulder of the tooth or between the main tooth and the main punch hole or between the side tooth and the side hole.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein the main reciprocating tooth and/or the side of the side reciprocating tooth are provided with wear-resistant reinforcing ribs or wear-resistant alloy blocks. Wear-resistant ribs or wear-resistant alloy blocks are welded to the sides of the main reciprocating teeth and/or side reciprocating teeth to reduce wear on the reciprocating teeth.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 12, wherein the reciprocating tooth holder guiding section is provided with a hard wear-resistant member, and the hard wear-resistant member comprises a hard wear-resistant member. Grinding block or hard wear-resistant sleeve, the hard wear-resistant part and the reciprocating toothed seat guiding section are connected separately or in one piece. When the hard wear-resistant part is connected with the reciprocating toothed seat guiding section separately, the hard wear-resistant sleeve Cooperating on the guiding portion of the reciprocating tooth holder, the hard wear sleeve and the reciprocating tooth holder guiding section are provided with a hard wear sleeve rotation preventing structure, and the rigid wear sleeve rotation preventing structure is connected with the rigid wear sleeve separately or In one piece, or the hard wear block and the reciprocating toothed guide segment are fixedly connected by a slot or by a threaded connection or by a tapered connection or by a wear block stop, the slot includes a dovetail slot or T Groove or polygonal groove.
The mining machine jack according to claim 6 is characterized in that: the main reciprocating tooth and/or the side reciprocating tooth comprise a dislodging groove, and the unloading groove is disposed on the main tooth body. The main tooth bonding portion and/or the unloading groove are provided at the side tooth holder and the side tooth tip bonding portion.
The excavator jack of claim 6 is provided with main and side reciprocating tooth impacting devices, wherein said side reciprocating teeth comprise a multi-tooth row arranged along the longitudinal direction of the main reciprocating tooth and/or along the linkage Guided seal adapter seat longitudinally arranged, more The tooth row is arranged along the side of the main reciprocating tooth or is arranged at the periphery, and the multi-tooth row of the multi-tooth row is multi-directionally moved and multi-side impact blanking is arranged in the circumference, and a gap is provided between the multi-tooth row and the multi-tooth row, and is washed off. The material is discharged from the gap.
The excavator jack of claim 45 is provided with a main and side reciprocating tooth impact device, wherein the multi-tooth row comprises a sawtooth row, and the distance between the serration teeth and the teeth is not more than three times the reciprocating impact stroke, Less than one-third of the reciprocating impact stroke, when the sawtooth row is oscillated laterally, the sawtooth row is linearly reciprocatingly impacted while sawing the side wall material.
The excavator jack of claim 6 is provided with main and side reciprocating tooth impact devices, wherein: the main tooth body comprises an insert side perforation groove, and the insertion side perforation groove is longitudinally disposed along the surface of the main tooth body, the side tooth handle. The side tooth is fixed with the insertion side perforation groove.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 47, wherein the insertion side perforation groove comprises an insertion side tooth groove, and one end of the insertion side tooth groove is provided with an insertion side tooth opening. The other end is provided with a side toothed handle, and a fixed side impact tooth groove is disposed between the insertion side tooth handle opening and the side tooth handle, and the side tooth handle is inserted into the insertion side tooth groove from the open end of the insertion side tooth handle, the side The tooth head protrudes from the fixed side impact tooth groove, and the cross-sectional shape of the insertion side hole groove and the side tooth shank includes a circular or rectangular or square or triangular or polygonal shape or an inverted T shape or a dovetail shape.
The mining machine jack according to claim 6 is provided with a main and side reciprocating tooth impact device, wherein a tooth cap is arranged on the front part of the main punching tooth, and the tooth cap is connected with the main punching body or is integrated, and the tooth cap is Vertebral or serrated or multi-toothed.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 49, wherein the tooth cap is provided with a toothed cap or a toothed cap, and the front part of the main punch is fixed by a toothed cap. The post or the tooth cap fixing jack, the tooth cap jack is disposed on the tooth cap fixing post or the tooth cap plug is disposed on the tooth cap fixing jack.
The main body and the side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein the main tooth body is provided with a main tooth body tooth frame, and the main tooth body tooth frame is connected with the main tooth body. Or in one piece, when the main tooth body frame is connected to the main tooth body, the main tooth body frame is connected to the main tooth body by a cone surface or is connected by a cylindrical surface or is multi-faceted, the main tooth body frame Retreating from the main tooth cone or setting the main tooth body to prevent the main tooth frame from falling off the main tooth body, the main tooth body frame is close to the main tooth body telescopic seal sleeve and / Or a guide surface near the side of the box plate telescopic seal sleeve, the guide surface will be accumulated in the main tooth body frame and the main tooth body protection telescopic seal sleeve or stacked on the main tooth body frame and the box plate The material transfer between the telescopic seal sleeves includes a nut stop member or a retaining ring retaining member or a pin retaining member or a snap retaining member or a claw retaining member.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 13 or 51, wherein: the main tooth body tooth frame is provided with a side tooth blind hole or a through side tooth through hole, or a beam sleeve punching Inserting a side tooth blind hole or a side tooth through hole, a side reciprocating tooth and a toothed frame tapered surface stop or side reciprocating tooth and a toothed frame thread stop or side reciprocating tooth and a tooth on the tooth frame The retaining member is retracted, and the side shank is fixed through the through-tooth through hole.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 8 or 13 or 51, wherein one or more side reciprocating teeth are arranged on the main tooth body frame and/or the beam cover frame. a gap is provided between the side reciprocating tooth and the side reciprocating tooth, and a sprinkler or a water spray hole, a spout or a water spray is provided on the telescopic sheath box plate opposite to the main reciprocating tooth and the rear side of the side reciprocating tooth The hole is disposed with respect to the gap between the side reciprocating teeth, and the water flow is sprayed to the side reciprocating tooth and/or the main reciprocating tooth head through the gap between the side reciprocating teeth, and the gap between the side reciprocating teeth is arranged to facilitate the material to be collected. discharge.
The excavator jack of claim 6 is characterized in that: the main tooth body comprises a pin-type main tooth body, and the side reciprocating tooth comprises an inner pin hole side reciprocating tooth, and the inner pin The ring-side reciprocating tooth comprises a fixed side ring gear, the ring hole of the fixed side ring gear is sleeved on the outer circumference of the pin-type main tooth, and more than one ring positioning side reciprocating tooth is arranged on the outer circumference of the fixed side ring gear, and the fixed side ring gear is fixed The ring positioning side reciprocating tooth is connected or integrated, and the fixed side ring gear includes a cylindrical hole fixed side ring gear or a tapered hole fixed side ring gear or an elliptical hole fixed side ring gear or a polygonal hole fixed side ring gear, pin Column type main tooth body and inner pin hole side side reciprocating tooth taper surface stop or pin type main tooth body and inner pin hole side side reciprocating tooth thread stop or pin type main tooth body and inner pin hole side side reciprocating tooth are provided The retracting structure or the pin type main tooth body and the inner pin hole side reciprocating tooth are provided with the inner pin hole ring retaining piece to stop.
The excavator jack of claim 6 is provided with a main and side reciprocating tooth impact device, wherein the side reciprocating teeth are arranged in a single layer or a plurality of layers along the axial direction of the main tooth body, or a side reciprocating tooth edge. The axial teeth are arranged in a single layer or in a plurality of layers, and the side teeth and/or the side teeth are provided with auxiliary side teeth.
The excavator jack of claim 54 is characterized in that: the inner pin eyelet side reciprocating tooth comprises a plurality of inner pin eyelet side reciprocating teeth, and the plurality of inner pin eyelet side reciprocating teeth The teeth include a rear inner pin eyelet side reciprocating tooth, a front inner pin eyelet side reciprocating tooth, a rear inner pin eyelet side reciprocating tooth disposed at a rear portion of the pin type main tooth body, and a front inner pin eyelet side reciprocating tooth disposed at the rear The front portion of the pin-type main tooth body, the rear inner pin eyelet side reciprocating tooth includes a rear inner pin eyelet side tooth head and a rear inner pin eyelet side tooth shank, and the front inner pin eyelet side side reciprocating tooth includes a front inner pin hole The ring side tooth head and the front inner pin hole ring side tooth shank, the rear inner pin hole ring side tooth shank and the front inner pin hole ring side shank side misalignment setting or front and rear linear spacing or front and rear straight line setting, when the rear inner pin hole ring When the side shank is linearly arranged with the front inner pin rim side shank, the rear inner pin rim side shank and the front inner pin rim side shank form a side tooth row tooth or form a side tooth head tooth row, side tooth head The sawtooth row reciprocates impact sawing material.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 56, wherein: the rear inner pin eyelet side reciprocating tooth, the front inner pin eyelet side reciprocating tooth and the pin type main tooth The body taper surface is fastened, and the inner pin hole side side reciprocating tooth and the front inner pin hole side side reciprocating tooth are provided with an inner pin hole side side reciprocating tooth gap, and the inner part inner pin hole side side reciprocating tooth along the pin type main tooth body When the block is tilted toward the direction of the anti-rotation box of the integrated block, the front inner pin hole side reciprocating teeth occupy The inner pin hole side reciprocating tooth gap, the inner pin hole side side reciprocating tooth gap makes the front inner pin hole ring side reciprocating tooth and the rear inner pin eyelet side reciprocating tooth do not push each other, increasing the front inner pin hole ring side reciprocating tooth and the rear part The inner pin hole side reciprocating toothed pin joint pin type main tooth body strength.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 54 or 57, wherein a side ring gear pin hole is provided at a joint portion between the pin main tooth body and the fixed side ring gear, A side ring rotation stop pin is disposed in the side ring rotation stop pin hole, and the side ring rotation stop pin prevents the fixed side ring gear from rotating relative to the pin type main tooth body.
The mining machine jack according to claim 13, 54 or 58, wherein the fixed side ring gear comprises a rear fixed side ring gear and a front fixed side ring gear, at the pin column. The joint portion of the main tooth body and the rear fixed side ring gear is provided with a rear side ring gear stop pin hole, and the rear side ring gear pin stop pin hole is provided with a side ring gear stop pin, and the side ring gear stop pin prevents The rear fixed side ring gear rotates relative to the pin type main tooth body or the side ring gear stop pin prevents the rear fixed side ring gear and the front fixed side ring gear from rotating relative to the pin type main tooth body, when the side ring gear When the stop pin prevents the rear fixed side ring gear and the front fixed side ring gear from rotating relative to the pin type main tooth body, the front fixed side ring gear is provided with a front portion that is engaged with the side ring gear stop pin Side ring gear stop pin hole, front side ring gear stop pin hole is fastened to the side ring gear stop pin, side ring ring stop pin and rear side ring ring stop pin hole cooperate to prevent front fixing The side ring gear rotates with the rear fixed side ring gear, and one side ring gear stop pin prevents the rotation of the front fixed side ring gear and the rear fixed side ring gear, which reduces Setting a plurality of column main body teeth retaining pin holes, the strength of the main tooth body pin column, simple and reliable structure.
The mining machine jack according to claim 54 or 56 or 57 or 58 or 59, wherein the front end of the pin-type main tooth body is provided with a pin-type main tooth. The top end of the pin-shaped main tooth body is larger than the top end face of the pin-type main tooth body, and the rear end of the pin-type main tooth body tooth head is on the pin-type main tooth body tooth head End of the inner pin hole side reciprocating tooth, the pin type main tooth body and the pin type main tooth body top tooth taper surface stop or the pin type main tooth body and the pin type main tooth body top tooth thread The retracting or pin-type main tooth body and the pin-type main tooth body top teeth are stopped by the retaining piece, and the pin-type main tooth body top teeth prevent the inner pin hole side of the rear part of the pin-type main tooth body top tooth head The reciprocating teeth are detached from the pin-type main tooth body.
The mining machine jack according to claim 54 or 56 or 57 or 58 or 59, wherein the main body and the side reciprocating tooth impacting device are characterized in that: the pin type main tooth body comprises a main tooth body rotation preventing screw hole and a main tooth body. The rotation preventing bolt or the main tooth body rotation preventing pin sliding hole and the side ring gear rotation preventing pin, the side ring gear rotation preventing hole is arranged at the position corresponding to the main tooth body rotation preventing screw hole of the fixed side ring gear, and the side ring gear is closed. The longitudinal direction of the rotary sliding hole is parallel to the impact direction of the main reciprocating tooth, and the main tooth body rotation preventing bolt is fixedly connected to the main tooth body rotation preventing screw hole through the side ring rotation preventing sliding hole, and the main tooth body rotation preventing bolt is close to the side ring gear. After the sliding hole is stopped, the hole wall is arranged, and the main tooth body rotation screw and the side ring rotation preventing sliding hole are provided with a sliding hole spacing, and the fixed side ring gear is opposite to the pin. When the column main tooth body moves toward the integrated block sealing guide turnout box, the front ring wall of the side ring rotation stop slide hole moves toward the integrated block seal guide turnout box, and the slide hole pitch makes the main tooth body stop bolt not The side ring wall and the rear hole wall of the side ring rotation stop sliding hole are sheared, or the side ring gear pin hole is arranged at the corresponding position of the fixed side ring gear corresponding to the main tooth body stop pin sliding hole, and the main tooth body is stopped. The longitudinal direction of the sliding hole is parallel to the impact direction of the main reciprocating tooth, and the side ring retaining pin is fixedly connected to the side ring retaining pin hole and disposed in the main tooth sliding hole, and the side ring retaining pin is adjacent to the main tooth body. The front wall of the anti-slip hole is arranged, and the sliding gap between the side ring rotation stop pin and the main tooth body rotation preventing hole is provided, and the fixed side ring gear is sealed with respect to the pin-type main tooth body to the integrated block. When the direction of the transfer box moves, the side ring rotation stop pin moves in the direction of the integrated block sealing guide rotation stop box in the main tooth rotation stop slide hole, and the slide hole spacing makes the side ring rotation stop pin not be prevented from slipping by the main tooth body. After the hole, the hole wall and the front hole wall are sheared, and the side ring gear stop pin hole and the side ring gear stop pin closely cooperate to prevent dust and water from entering the main tooth body. Slippery hole.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 6 or 7 or 10, wherein the main reciprocating tooth insertion hole and the guide sealing tooth socket are connected by a cone surface, and the reaction force of the reciprocating impact The main reciprocating tooth insertion hole is tightly engaged with the tapered surface of the guide sealing toothed socket, or the main reciprocating tooth insertion hole and the guiding sealing toothed pin are combined with a cylindrical pin hole, and the opening elastic pin is disposed at Cylindrical pin hole, when the cylindrical surface moves and cuts the elastic pin of the opening, the diameter of the opening elastic pin is reduced to avoid being cut, or the main reciprocating tooth retaining hole is provided on the main reciprocating tooth insertion hole, on the guide sealing toothed socket The guide tooth sealing post retaining member sliding hole is arranged, and the main tooth retaining member is disposed in the main reciprocating tooth retaining member hole and the guiding sealing toothed insert post retaining member sliding hole, the main tooth retaining member and the main reciprocating member The tooth retaining hole closes to prevent dust, water, mud and materials from entering.
The main machine and the side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein the main tooth comprises a main tooth body insertion post, and the main tooth body is provided with a main tooth body pin hole, in the main body The main tooth insertion groove is arranged on the tooth insertion post, and the main tooth groove is arranged on the main tooth body insertion hole groove, and the main tooth body insertion hole groove is connected with the unloading main tooth groove, so that the main tooth is stopped. The diameter of the hole groove is less than or equal to the diameter of the main tooth groove of the unloading main body, the main tooth retreating hole groove is disposed in the main tooth groove of the unloading main body, the main tooth retracting member comprises a main tooth retreating piece, and the main tooth retreating piece is set in the main punching The tooth stop groove is disposed in the main tooth groove, and the main tooth stop member and the main tooth groove side wall cooperate to prevent the main tooth body pin from falling out from the main tooth body pin hole, and the main tooth stop hole The side wall of the groove is spaced apart from the side wall of the main tooth groove, and the stopping member comprises a gear removing device, and the end surface of the main tooth body and the side wall of the main tooth groove are provided with a space for inserting the unloader or a hole for the main tooth body. The upper teeth are arranged to cooperate with the gear unloading groove, the main tooth is perpendicular to the material impact, and the main tooth body pin is pushed by the impact reaction force to move toward the main tooth body pin hole slot. The tooth groove moves, the distance between the side wall of the main punching back hole and the side wall of the main tooth groove is so that the main tooth backing piece is not sheared, and when the main tooth needs to be replaced, the main tooth backing piece is The main tooth body is inserted from the main tooth body insertion hole into the column end of the main tooth body by the inclined surface of the main tooth body.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein the side reciprocating tooth is integrated with the main tooth body or the side reciprocating tooth is connected with the main tooth body, and the side is When the reciprocating tooth is connected to the main tooth body, a side tooth holder is disposed on the main tooth body, and a side tooth retracting hole groove is disposed on the side tooth shank when the side tooth shank is disposed on the insertion side tooth blind hole, and the side tooth holder is provided The side tooth groove is disconnected, the insert side hole is connected with the unloading side groove, the side tooth stop hole groove is arranged in the unloading side groove, the side tooth stop hole groove diameter is less than or equal to the unloading side groove diameter, the side tooth The retaining member is disposed on the side tooth retaining hole groove and is disposed on the unloading side groove, and the side tooth retaining member and the unloading side groove front side wall cooperate to prevent the side tooth shank from falling out from the inserted side tooth hole, and the side tooth retaining hole The rear side wall of the groove and the rear side wall of the unloading side groove are provided with a spacing. When the side tooth head is impacted to move the side tooth shank toward the insertion side tooth hole, the rear side wall of the side tooth retracting hole groove and the rear side tooth groove are removed. The spacing of the side walls is such that the side tooth retaining members are not sheared.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein: a toothed pin insertion stop or a toothed pin insertion pin hole is arranged at a rear end of the guide sealing toothed insert. A main reciprocating tooth insertion groove is arranged at a rear end of the main reciprocating tooth insertion hole, and the main reciprocating tooth insertion groove is open toward the direction of the integrated block sealing guide rotation box, and the main reciprocating tooth insertion groove is fastened to the tooth holder The pin retracting table prevents the main reciprocating tooth jack from rotating relative to the guiding sealing toothed socket or the toothed pin locking pin in the toothed pin locking pin hole, and the main reciprocating tooth socket is locked The main reciprocating tooth insertion hole is prevented from rotating relative to the guide sealing toothed socket on the rotation pin of the adapter pin, and the outer side wall of the main reciprocating tooth insertion groove covers the toothed pin rotation stop or the toothed pin rotation pin Therefore, the toothed seat rotation stop table or the toothed seat pin rotation pin is free from dust pollution and water corrosion. The structure is suitable for the rotation of the side tooth and the side tooth seat, or is suitable for adding the tooth body and the tooth main tooth. The rotation of the body is suitable for the rotation of the pin-type main tooth body and the fixed side ring gear.
The excavator jack of claim 6 is provided with a main and side reciprocating tooth impact device, wherein the side tooth holder comprises a side toothed cone hole, the side tooth head comprises a side tooth shank cone column, and the side tooth shank cone column is arranged. In the side toothed cone hole, the side tooth side and the side tooth seat pass the taper surface to stop and stop, or the side end of the side tooth shank is provided with the side tooth head rotation preventing surface, and the joint between the side tooth part and the side tooth head A side tooth lock stop is disposed on the side tooth corresponding to the side tooth rotation stop surface, and the side tooth rotation stop and the side tooth rotation stop surface cooperate to prevent the side tooth from rotating relative to the side tooth.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 11, wherein the side toothed cone hole axis is parallel with the interlocking guide sealing pin holder axis or the side toothed cone hole axis and the connecting body The axis of the movable guide pinion seat is set at an angle of 0-45 degrees, the optimum angle is set at an angle of 3-10 degrees or the side shank is parallel to the axis of the interlocking guide pinion seat, and the top end of the side tooth is aligned with the axis of the side tooth The top of the line or side tooth tip is set at an angle of 0-45 degrees from the axis of the side tooth holder, and the optimum angle is set at an angle of 3-10 degrees.
The excavator jack of claim 6 is provided with a main and side reciprocating tooth impact device, wherein the side tooth head comprises a side tooth shank and a side impact head, and the side tooth shank and the side impact head joint portion are provided with a circular arc transition. , reduce stress concentration and prevent lateral orientation The force shears the side impact head from the side shank and the side impact head joint.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein the main punching teeth and/or the side tooth heads comprise a through hole reciprocating cone tooth, and the insertion hole reciprocating cone The body tooth comprises a reciprocating straight bevel tooth of the insertion hole or a reciprocating bevel tooth provided as the insertion hole, and the reciprocating oblique tooth of the insertion hole is set as a beveled reciprocating guide material to prevent the rotation of the insertion hole tooth, correspondingly set obliquely Cone guide material rotation preventing tooth through hole seat, inclined cone reciprocating guide material rotation preventing insertion hole tooth rear end is provided with inclined cone reciprocating guide material rotation preventing insertion hole tooth handle, inclined cone reciprocating guide material rotation preventing insertion hole tooth handle Inserting the oblique cone guide material to prevent the rotation of the through hole of the tooth hole, the oblique cone guide rotation stop tooth through hole seat hole is arranged in the same direction with respect to the reciprocating impact direction, and the inclined cone reciprocating guide material rotation preventing insertion hole tooth comprises the oblique cone reciprocating guide material The anti-rotation tooth or the anti-rotation tooth including the oblique pyramid reciprocating guide material includes the oblique conical reciprocating tooth tip tooth, the oblique cone reciprocating tooth guide body, the oblique cone reciprocating tooth cone seat, the oblique cone reciprocating tooth handle. And a slanted conical reciprocating tooth stop structure, the slanted conical reciprocating tooth shank comprises a slanted conical reciprocating tooth taper shank a cylindrical shank or a multi-edge shank comprising a slanted conical reciprocating tooth, the slanted conical reciprocating tooth is disposed at an upper end of the inclined conical reciprocating tooth guide body, and the lower portion of the oblique conical reciprocating tooth guiding body is connected with the inclined conical reciprocating toothed cone, oblique The conical reciprocating tooth cone is arranged at the upper end of the inclined conical reciprocating tooth shank, the oblique conical reciprocating tooth top tooth is connected with the oblique conical reciprocating tooth guiding body separately or is integrated, and the cone top of the oblique conical reciprocating tooth top tooth is offset from the oblique cone The shank axis, the conical top of the oblique conical reciprocating tooth, the oblique conical reciprocating tooth guide body and the oblique conical reciprocating tooth conical seat are different, the conical top of the oblique conical reciprocating tooth top tooth, the oblique conical reciprocating tooth guiding body and the oblique The cross-section of each section of the conical reciprocating tooth cone is composed of small to large different core structures, and the inclined conical reciprocating guide material has one side of the anti-rotation tooth and the other side of the other side of the high-angle oblique conical reciprocating guide material to prevent the rotation of the tooth guide surface, or The inclined cone reciprocating tooth top tooth and the oblique cone reciprocating tooth guiding body are offset from the oblique cone reciprocating tooth shank side, and the oblique cone reciprocating guiding material anti-rotating tooth guiding surface is opposite to the inclined cone reciprocating guiding material non-rotating tooth guiding surface Oblique cone reciprocating guide material The other side is a curved surface, or the oblique pyramid reciprocating guide rotation tooth is provided with a beveled pyramid reciprocating tooth tip tooth, a beveled pyramid reciprocating tooth guide body, a beveled pyramid reciprocating tooth cone seat, a beveled pyramid reciprocating tooth handle and a beveled pyramid reciprocating tooth The anti-rotation structure, the helical pyramid reciprocating tooth is disposed at the upper end of the oblique pyramid reciprocating tooth guide body, the lower portion of the oblique pyramid reciprocating tooth guide body is connected with the oblique pyramid reciprocating tooth cone seat, and the oblique pyramid reciprocating tooth cone seat is disposed on the oblique pyramid cone The upper end of the reciprocating tooth shank, the oblique pyramid reciprocating tooth top tooth and the oblique pyramid reciprocating tooth guiding body are connected or integrated, and the tapered top of the oblique pyramid reciprocating tooth top tooth is offset from the oblique pyramid reciprocating tooth axis, the oblique pyramid reciprocating tooth top The cross section of the tooth cone, the oblique pyramid reciprocating tooth guide body and the oblique pyramid reciprocating tooth cone seat cross section from small to large, the oblique pyramid cone reciprocating guide material, the rotation tooth side is relatively upright, and the other is a high slope guide surface. Or, the beveled pyramid reciprocating tooth and/or the beveled reciprocating tooth guide body are provided with a beveled pyramid reciprocating guide pin tooth guiding surface away from the oblique pyramidal reciprocating tooth axis side.
The excavator jack of claim 6 is provided with a main and side reciprocating tooth impact device, wherein the main reciprocating tooth comprises a main reciprocating tooth stop structure, and the main reciprocating tooth stop structure comprises a pin type main tooth body and/or Or the fixed side ring gear is provided with a side ring gear rotation preventing structure, and the side ring gear rotation preventing structure comprises a polygonal side ring gear rotation preventing structure or a card groove side ring gear rotation preventing structure or package The lock pin side ring rotation preventing structure or includes a block side ring gear rotation preventing structure or a hole pin type side ring rotation preventing structure or a tapered side ring gear rotation preventing structure or a bevel side ring gear rotation preventing structure or The invention includes an elliptical side ring gear rotation preventing structure or includes two straight side ring gear rotation preventing structures or includes a single straight side ring gear rotation preventing structure or includes a top wire hole pin rotation preventing structure or includes an eccentric pin rotation preventing structure or an eccentric boss The rotation stop structure or the beam sleeve frame rotation stop structure, the main reciprocating tooth comprises a main reciprocating tooth stop structure, the main reciprocating tooth stop structure comprises a tooth main tooth body and an increased tooth body fixed by a cone connection or a tooth main tooth The body and the added tooth body are retracted by the joint tooth retaining piece, the pin type main tooth body and the fixed side ring gear taper surface stop or the pin type main tooth body and the fixed side ring gear thread stop or pin The main tooth body and the fixed side ring gear are provided with a retreating structure to stop or the pin type main tooth body and the fixed side ring gear are provided with the inner pin hole ring retaining piece to be retracted, and the rear end of the pin type main tooth body is fastened. At the end of the interlocking guide pinion seat, the front end of the pin-type main tooth body is provided with a pin-type main tooth top tooth, and a pin-type main tooth The top teeth and the pin-type main tooth body are connected or integrated, and when the pin-type main tooth body top teeth are connected with the pin-type main tooth body, the pin-type main tooth body top teeth and the pin type The main tooth body is fixed by a taper connection or by a screw connection or by a pin-type main tooth stop member.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 6 or 13, wherein the main reciprocating tooth jack is connected with the increased tooth jack or the main reciprocating tooth jack and the increased tooth body There is a main tooth hole inner partition between the jacks. When the main reciprocating tooth jack is connected with the increased tooth jack, the guide seal socket is provided with a toothed insert eccentric stop hole groove, and the phase Correspondingly, an eccentric anti-rotation hole groove is arranged on the enlarged tooth body insertion post, and the main tooth body includes a through hole eccentric rotation stop member, and one end of the through hole eccentric rotation preventing member is inserted into the tooth holder insertion column to be eccentrically stopped. The other end of the slot is inserted into the eccentric stop hole of the increased toothed pin, or the guide pin holder is provided with a concentric pin stop groove of the toothed insert, and is provided on the enlarged tooth insert The auxiliary tooth body includes a concentric rotation stop hole, the main tooth body includes a through hole concentric rotation member, and one end of the through hole concentric rotation member is inserted into the concentric seat pin concentric rotation hole groove and the other end is inserted into the expansion tooth body insertion post. In the concentric rotation hole groove, the through hole concentric rotation member is set as an elliptical through hole concentric rotation member or a polygonal through hole concentric rotation member or device The two straight-sided through-hole concentric rotating members or the single straight-sided through-hole concentric rotating member, or the guiding sealing-toothed mounting post is provided with a toothed-rod eccentric anti-rotation boss, and correspondingly increasing the teeth The body inserting column is provided with an eccentric rotation preventing groove of the enlarged toothed column, and the eccentric locking protrusion of the toothed seat is inserted into the eccentric rotation groove of the enlarged toothed column, or when the main reciprocating tooth jack and the additional section When the tooth body jack is provided with the main tooth body inner partition plate, the main tooth body inner baffle is provided with a main tooth body eccentric rotation stop hole or the main tooth body hole inner baffle is provided with a main tooth body eccentric rotation preventing convexity The main tooth body concentric rotation stop hole or the main tooth body inner partition plate is provided with a main tooth concentric rotation preventing boss on the inner plate of the main tooth body hole, and when the main tooth body eccentric rotation preventing hole is set, The guide sealing toothed socket is correspondingly provided with an eccentric hole of the toothed socket, and the enlarged toothed column is correspondingly provided with an eccentric hole of the enlarged toothed insertion column, and the main tooth body comprises the eccentric hole rotation of the partition plate The eccentric hole rotation preventing member of the partition plate passes through the main tooth body, and one end of the eccentric rotation preventing hole is disposed in the eccentric hole of the tooth holder plunger, and the other end is disposed in the eccentric hole of the enlarged tooth body insertion column, or when the main tooth is disposed Stopping rotation of the eccentric boss, a separator main gear body bore The side of the eccentric anti-rotation boss on the side is provided with a knuckle and an eccentric anti-rotation boss on the other side of the eccentric anti-rotation boss. The guide sealing pedestal is correspondingly provided with a eccentric recess of the toothed post. a hole, and an eccentric concave hole of the enlarged toothed inserting column is arranged correspondingly in the enlarged toothed column, and the eccentric concave hole of the toothed seat is fastened on the eccentric locking boss of the toothed insert, and the tooth is enlarged The eccentric concave hole of the insertion post is fastened on the eccentric rotation preventing boss of the enlarged tooth body insertion column, or when the main tooth body concentric rotation preventing hole is provided, the guiding sealing toothed insertion column is correspondingly provided with the concentric hole of the toothed socket And the enlarged toothed pin is correspondingly provided with a concentric hole of the enlarged toothed insertion post, the main tooth body comprises a concentric hole rotation stop of the partition plate, and the concentric hole rotation stop of the partition plate passes through the concentric rotation stop hole of the main tooth body One end is disposed in the concentric hole of the toothed socket, and the other end is disposed in the concentric hole of the enlarged toothed column, and the partition concentric hole rotation preventing member comprises an elliptical concentric hole rotation member or a polygonal concentric hole rotation member or includes two Straight edge concentric hole stop member or single straight side concentric hole rotation stop member, or when the main tooth body concentric rotation rotation boss is provided, the main tooth body hole inner partition plate The other side of the concentric anti-rotation boss of the fastening toothed seat is provided with a concentric interlocking projection of the interlocking toothed insertion post, and the guide sealing seat is correspondingly provided with a concentric hole of the toothed insertion post. And the concentric pin insertion hole of the enlarged tooth body insertion column is correspondingly arranged, and the concentric concave hole of the tooth socket is engaged on the concentric rotation rotation boss of the tooth socket, and the concentric tooth insertion column concentric concave The hole is fastened on the concentric thrusting boss of the enlarged toothed body, and the main tooth concentric anti-rotation boss comprises an elliptical concentric anti-rotation boss or a polygonal concentric anti-rotation boss or a two-sided concentric anti-rotation boss Or include a single straight-sided concentric anti-rotation boss.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein the front end of the interlocking guide pinion holder is provided with a reciprocating toothed pinion segment to form a single pin holder or a linkage guide. The front end of the sealed gear holder is provided with two or more reciprocating toothed teeth, and the main reciprocating tooth is disposed at the front end of the interlocking guiding and sealing toothed seat. The reciprocating power machine includes a convex shaft mechanism or a hydraulic mechanism or a pneumatic mechanism. The convex shaft mechanism includes a crank connecting rod or a straight shaft cam connecting rod. When the convex shaft mechanism is used, the crank connecting rod or the straight shaft cam connecting rod is hinged with the interlocking guiding sealing gear holder, and one connecting rod drives a single socket. The utility model comprises a single-toothed reciprocating impactor, a connecting rod drives the multi-pinning seat to form a multi-toothed reciprocating impactor, and the multi-toothed reciprocating impactor comprises a reciprocating impactor of the upper and lower toothed seats or a reciprocating impactor of the left and right toothed seats or Up and down left pedestal reciprocating impactor or upper and lower right pedestal reciprocating impactor or upper and lower left and right spur reciprocating impactors, upper and lower spur reciprocating impactor upper part is provided with upper reciprocating toothed joint section and upper reciprocating toothed seat guiding Segment, upper The reciprocating toothed seat sealing section and the upper reciprocating toothed seat inserting tooth segment form an upper interlocking guide pinion seat and the upper and lower pinning seat reciprocating impactor is provided with a lower reciprocating tooth base linking section, a lower reciprocating toothed seat guiding section, and a lower reciprocating section The toothed seat sealing section and the lower reciprocating toothed seat inserting segment form a lower linkage guiding sealing toothed seat, and the upper reciprocating toothed interlocking section and the lower reciprocating toothed toothed interlocking section constitute a reciprocating toothed seat guiding section connecting piece, and the reciprocating toothed seat guiding The segment connecting member fixedly connects the upper interlocking sealing pinion seat and the lower interlocking guiding pinion socket or the reciprocating toothed seat guiding segment connecting member and the upper interlocking guiding sealing gear socket and the lower linkage guiding sealing socket The integrated, integrated block sealing guide rotation stop box comprises a rolling guide rotation stop, the rolling guide rotation stop comprises a roller guide rotation stop or a bearing member guide rotation stop, and the roller guide rotation stop comprises a bearing A, a bearing B and Guide roller, bearing A, bearing B are respectively set in The two ends of the guiding roller constitute a roller guiding stopper, or the bearing member guiding stopper comprises a guiding bearing member and a guiding bearing fixing member, the guiding bearing member is disposed on the guiding bearing fixing member, and the guiding bearing member comprises a bearing body member or A bearing sleeve is disposed on the outer circumference of the bearing body member, and the bearing sleeve is disposed on the bearing body member to form a rotation preventing guide bearing sleeve, the bearing body member is disposed on the guiding bearing fixing member or the rotation preventing guiding bearing sleeve is disposed on the guiding bearing fixing member; The integrated block sealing guide rotation stop box comprises a rolling guide rotation stop assembly block, and the rolling guide rotation rotation stop assembly block comprises a front loading rolling guide rotation preventing assembly plate and a rear loading rolling guiding rotation preventing assembly plate, and the front loading rolling guiding rotation preventing component plate The front and rear rolling guide rotation preventing assembly plate and the rear loading rolling guide rotation preventing assembly plate are arranged in parallel with the rear loading and rolling guide rotation preventing assembly plate, and the front and rear righting guiding rotation stop spacing is arranged between the front block and the front loading and guiding rotation preventing assembly plate, and the integrated block connecting piece is connected with the front loading rolling guide. The anti-rotation component plate and the rear-mounted rolling guide rotation-stop assembly plate form an integrated block sealing guide turnout box, and the front loading rolling guide stops The plate comprises a front-mounted reciprocating toothed guide segment single-hole integrated block or a front-mounted rolling guide rotation-stop assembly plate comprising a front-mounted reciprocating toothed guide segment porous integrated block, and the rear-mounted rolling guide rotation-stop assembly plate comprises a rear-mounted reciprocating toothed guide The segment single hole integrated block or the rear loading rolling guide rotation preventing assembly plate comprises a rear assembled reciprocating toothed seat guiding section porous integrated block, and the rolling guiding and stopping rotation component plate increases the guiding cohesion force, increases the guiding righting force, and reduces the reciprocating tooth seat sealing. The oscillating impact of the segment on the guide to the anti-rotation box seal; the front reciprocating toothed seat guide section single-hole integrated block is provided with a front reciprocating toothed seat guide section hole and the rear reciprocating toothed seat guiding section single-hole integrated block is provided with a rear reciprocating Two or more front rolling guide stopper holes are provided on two or more side portions of the front reciprocating tooth holder guide section holes, and two or more side portions of the rear reciprocating tooth holder guiding section holes are provided in two or more sides a rear rolling guide stop hole, the front side of the front rolling guide stop hole abutting the front reciprocating toothed guide hole hole and the front reciprocating toothed guide hole side wall of the front rolling guide stop hole Reciprocate after abutment The side wall of the rear rolling guide stop hole of the seat guiding section hole is connected with the side wall of the rear reciprocating toothed seat guiding section hole of the rolling guide vane hole, and the front reciprocating toothed seat guiding section is disposed at the front reciprocating toothed seat guide In the segment hole, the rear reciprocating tooth holder guiding segment is disposed in the rear reciprocating tooth holder guiding segment hole, and two or more front rolling guide rotation stoppers are disposed in the two or more front rolling guide rotation preventing holes, and two or more rear rolling guiding guides The stopper is disposed in the two or more rear rolling guide stopper holes, and the two or more front rolling guide rotation side walls are respectively attached to the front and rear reciprocating tooth holder guiding sections In combination, two or more rear rolling guide retainer side walls are respectively fitted with two or more sides of the rear reciprocating toothed seat guiding section in the rear reciprocating toothed seat guiding section hole, or a front mounting reciprocating toothed seat guiding section porous integrated block is arranged a plurality of front reciprocating toothed seat guiding section holes and a rear reciprocating toothed seat guiding section porous integrated block are provided with a plurality of rear reciprocating toothed seat guiding section holes, and each front reciprocating toothed seat guiding section hole is provided with two or more side portions Above the front rolling guide stop hole and each Two or more rear rolling guide stop holes are provided at two or more side portions of the rear reciprocating tooth holder guiding section hole, and a plurality of front reciprocating toothed seat guiding sections are disposed in the plurality of front reciprocating toothed seat guiding section holes, and a plurality of rear reciprocating The adapter guiding segment is disposed in the plurality of rear reciprocating adapter guiding segment holes, and two or more front rolling guiding stoppers are disposed on the two or more front rolling guides at two or more sides of each front reciprocating adapter guiding segment Inside the stop hole, in each rear reciprocating tooth Two or more side portions of the seat guiding section are arranged in two or more rear rolling guide rotation stoppers in two or more rear rolling guide rotation preventing holes, and two or more front rolling guide rotation preventing side walls respectively and the front reciprocating tooth holder Two or more sides of the guiding section are fitted in the hole of the front reciprocating toothed guide segment, and two or more rear rolling guide retainer side walls and two rear side of the rear reciprocating toothed seat guiding section are respectively in the rear reciprocating toothed seat guiding section hole Fitted, the rolling guide rotation preventing assembly block forms a plurality of support members supporting a plurality of rolling guide rotation stoppers into an integral plate, and the integrated plate body enables the space intensive support of the plurality of rolling guide rotation stoppers to be improved The positioning accuracy of the plurality of rolling guide stops reduces the space waste and material waste added to enhance the strength of each support when using the plurality of supports, and the rolling guide rotation preventing assembly block improves the rolling stop of the plurality of rolling guides The righting strength of the interlocking and guiding sealing gear holder simplifies the structure to improve the strength, reduces the oscillating impact damage of the interlocking guide pinion seat to the reciprocating power machine, and the reciprocating toothed seat sealing section and the guiding rotation stop The sealing member cooperates with the sealing integrated block sealing guide to turn the box, the front loading rolling guide rotation preventing assembly plate and the rear loading rolling guiding rotation preventing assembly plate supporting the interlocking guiding sealing gear holder, and the main end of the interlocking guiding sealing gear holder end is arranged The tooth is composed of a linkage-guided sealing toothed reciprocating impactor, the reciprocating power unit is connected with the reciprocating toothed joint linking section, and the reciprocating power generator drives the interlocking guiding sealing toothed seat reciprocating impactor to reciprocate impact.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 72, wherein the guide roller is provided with a bearing A inner ring stop and a bearing B inner ring stop, and the bearing A inner ring stop The diameter of the bearing A is smaller than the inner diameter of the bearing A outer ring, the diameter of the inner ring of the bearing B is larger than the inner diameter of the bearing B is smaller than the inner diameter of the outer ring of the bearing B, the inner ring of the bearing A and the inner ring of the bearing B block the bearing A The bearing B is swayed along the guiding roller, the rolling guiding stopper comprises an anti-bearing swaying member, the anti-bearing swaying member comprises a bearing sleeve and an end cover, the bearing sleeve and the end cover are separated or integrated, and the bearing is prevented The swaying member positions the bearing outer ring in the rolling guide retainer hole to prevent the bearing A and the bearing B from swaying, ensuring that the guiding roller surface and the reciprocating toothed guide guiding surface are in contact with the rolling friction, or the rolling guiding stop includes the blocking Bearing body inner ring A block, block bearing body ring B block and fixed bearing body shaft, block bearing body ring A block and block bearing body inner ring B block inner diameter is greater than or equal to the bearing body inner diameter, block bearing body Inner ring A retaining sleeve and retaining bearing body inner ring B retaining sleeve outer diameter is smaller than The inner diameter of the bearing outer ring, the inner end of the rolling guide stop hole is provided with the inner ring A of the bearing body part, and the bearing body part is arranged on the inner ring A of the bearing body part, and one end of the fixed bearing body shaft passes through The inner hole of the bearing body and the inner ring of the bearing body are arranged in the hole of one end of the bearing member guiding the rotation preventing hole of the rolling guiding rotation preventing assembly block, and the b sleeve of the inner ring of the bearing body is disposed on the bearing body part The other end of the fixed bearing body shaft through the fixed gear bearing body inner ring A retaining sleeve, bearing body part and retaining bearing body inner ring B retaining sleeve, fixed bearing body shaft and retaining bearing body inner ring B retaining sleeve separate connection Or integral, positioning the inner ring of the bearing in the hole of the rolling guide stop, ensuring that the bearing body surface and the guiding surface of the reciprocating tooth holder are in contact with the rolling friction, and the positioning of the rolling guide rotation preventing assembly block is once installed, that is, loading The rolling guide rotation stop assembly block is machined into a front reciprocating tooth holder guide segment hole and is mounted with a rolling guide rotation preventing assembly The block is processed into a plurality of rolling guide stop holes, and the processed rolling guide rotation preventing block block retains the thickness of each hole wall and the overall connection strength between the hole wall and the hole wall to ensure multiple rolling. The positional accuracy between the guide retainer holes and the positional accuracy of the plurality of rolling guide retainer holes and the reciprocating toothed guide section holes improve the guiding precision and reduce the processing complexity, so that the center line and the convex portion of the reciprocating toothed guide section The axis of the shaft is vertical to maximize protection of the reciprocating power unit.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 72 or 73, wherein the front left bearing A hole, the front left bearing B hole and the front left are guided on the rolling guide rotation preventing assembly block. The roller hole is processed into a through hole, and the front right bearing A hole, the front right bearing B hole and the front right guiding roller hole are processed into through holes on the rolling guide rotation preventing assembly block, and the front left guiding roller is worn to the front left When the bearing A hole or the front left bearing B is tilted, the distance between the front left guide roller and the reciprocating tooth guide guiding plane and the front right guiding roller and the reciprocating tooth guiding guiding plane plane are not The front loading rolling guide rotation preventing assembly block and the rear loading rolling guiding rotation preventing assembly block make the center line of the reciprocating tooth holder guiding section perpendicular to the convex axis, thereby improving guiding precision and reducing processing complexity, and the rotation guiding plane is maximally Protect the connecting rod.
The mining machine jack according to claim 15 or claim 74, wherein the front loading rolling guide rotation preventing assembly block comprises a front reciprocating toothed guide guiding section left hole and a front reciprocating toothed seat guiding. Segment right hole, rear loading rolling guide rotation preventing assembly block including rear reciprocating tooth holder guiding section left hole and rear reciprocating toothing guiding section right hole, front reciprocating toothing guiding section left hole axis and rear reciprocating toothing guiding section left hole axis Coaxial or parallel and right reciprocating toothed guide segment right hole axis is coaxial or parallel with rear reciprocating toothed guide segment right hole axis, front reciprocating toothed guide segment left hole right side and front reciprocating toothed seat guiding section right hole left side The front loading rolling guide rotation preventing assembly block is provided with a front middle rolling guide rotation preventing hole, and the front middle rolling guiding rotation preventing device is disposed in the front middle rolling guiding rotation preventing hole, and the front middle rolling guiding is in front of the rotation preventing hole The left side of the middle rolling guide stopper is matched with the front left reciprocating toothed guide guiding surface, and the front middle rolling guide rotation stopper in the front middle rolling guide rotation preventing hole is fitted to the front right reciprocating toothed guide guiding surface , rear reciprocating toothed guide section left hole right The rear loading rolling guide rotation preventing assembly block on the left side of the right side of the side and rear reciprocating tooth holder guiding sections is provided with a rear middle rolling guide rotation preventing hole, and the rear middle rolling guiding rotation preventing device is disposed in the rear middle rolling guiding rotation preventing hole , the rear middle rolling guide stopper in the rear middle rolling guide rotation stopper is fitted on the left side and the rear left reciprocating tooth holder guiding section surface, and the rear middle rolling guiding rotation in the stopper hole is the rear middle rolling guide rotation stopper right The side and rear right reciprocating toothed seat guiding section surface fits, the crank connecting rod or the straight shaft cam connecting rod is provided with a left convex axis and a right convex axis, the left convex axis and the right convex axis are set by 180 degrees, and the left convex axis drives the left The reciprocating impact of the gear holder and the right convex shaft drive the reciprocating impact of the right lance. When the left convex shaft drives the left lance to move forward, the right convex shaft drives the right pedestal to move backward. When the left convex shaft drives the left spigot. When the seat moves backwards, the right convex shaft drives the right pedestal seat to impact forward. The left and right toothed seat and the right pedestal seat move forward and backward, and the space of the two front rolling guide rotators needs to be combined into one. It is necessary to set the space of the two rear rolling guides to be combined into one. Detent assembly block space utilization, to reduce the length of the crankshaft, increasing the relative strength of the equipment, manufacturing cost savings, reducing the width of the impact surface thereby reducing impact resistance.
The excavator jack of claim 72 is provided with main and side reciprocating tooth impact devices, wherein: the multi-tray reciprocating impactor comprises a left upper and lower lance holder and a right upper and lower lance holder, and the left upper and lower lance holders are The right upper and lower pin holders are arranged to the left and right, the left convex shaft drives the left upper and lower pin holders, the right convex shaft drives the right upper and lower pin holders, and the front loading rolling guide rotation preventing assembly block is provided with a front left upper reciprocating toothed seat guiding section hole, front left lower reciprocating The tooth holder guiding section hole is provided with a front right upper reciprocating toothed seat guiding section hole, a front right lower reciprocating toothed seat guiding section hole, and a rear loading rolling guiding rotation preventing component block is provided with a rear left upper reciprocating toothed seat guiding section hole and a rear left lower reciprocating tooth The seat guiding section hole is provided with a rear right upper reciprocating toothed seat guiding section hole and a rear right lower reciprocating toothed seat guiding section hole, and a left front upper guiding rod left rolling guiding stop hole is arranged on the left side of the front left upper reciprocating toothed seat guiding section hole, The lower left side of the front left upper reciprocating toothed guide hole is provided with a left front upper guide bar lower rolling guide stop hole, and the front right upper reciprocating toothed seat guide section right side is provided with a right front upper guide bar right rolling guide stop hole and in front Right lower reciprocating tooth holder guide section hole has a right side The upper guide roller lowers the guide rotation stop hole, and the front upper and lower rolling guide rotation preventing assembly block between the front left upper reciprocating toothed seat guide section hole and the front right upper reciprocating toothed seat guide section hole is provided with a front upper middle rolling guide rotation stop The front hole of the front upper middle scroll guide vane in the front upper middle scroll guide stop is fitted to the front left upper reciprocating tooth guide guide surface and the front upper middle roll is guided to the front of the retainer hole The right side of the middle rolling guide stop is matched with the front right upper reciprocating tooth guide guiding section; the left front lower lower reciprocating toothed guiding section hole left side is provided with a left front lower guiding rod left rolling guiding stop hole, and the front left lower reciprocating toothed seat guiding The upper side of the segment hole is provided with a rolling guide stop hole on the left front lower guide bar, and the right front lower right reciprocating tooth block guiding segment hole has a right front lower guide bar right rolling guide stop hole and a front right lower reciprocating tooth holder. The upper side of the guiding section hole is provided with a rolling guide stop hole on the right front lower guiding rod, and the front loading rolling guiding rotation preventing component block is arranged between the front left lower reciprocating toothed seat guiding section hole and the front right lower reciprocating toothed guiding section hole There is a front lower middle scroll guide stop hole, front lower middle scroll The left front and middle intermediate rolling guides in the guide rotation stop are fitted to the front left lower reciprocating tooth guide guiding surface, and the front lower middle rolling guide is in the front lower middle rolling guide stop right in the rotation of the rotation preventing hole The side is matched with the front right lower right reciprocating toothed guide section surface; the left upper reciprocating toothed seat guiding section hole has a left rear upper guide rod left rolling guide stop hole on the left side, and a lower left upper reciprocating toothed seat guiding section hole lower side side is provided There is a left rear upper guide rod under the rolling guide stop hole, and a right rear upper reciprocating tooth holder guide section hole has a right rear upper guide rod right rolling guide stop hole and a lower right upper reciprocating tooth holder guide section hole lower side The rear right upper guide rod is provided with a lower rolling guide stop hole, and the rear left upper reciprocating tooth holder guiding section hole and the rear right upper reciprocating toothed seat guiding section hole are arranged on the rear loading rolling guide rotation preventing assembly block. The stopper hole, the rear upper middle rolling guide stopper in the rear upper middle rolling guide rotation stopper is fitted on the left side and the rear left upper reciprocating tooth holder guiding section surface, and the rear upper middle rolling guide is in the rotation of the rotation preventing hole Rear upper middle scroll guide stop right and rear right upper reciprocating tooth guide The rear surface of the rear left lower reciprocating toothed guide hole is provided with a left rear lower guide rod left rolling guide stop hole, and the upper left lower reciprocating tooth base guide section hole upper side is provided with a left rear lower guide rod on the rolling guide The right side of the rear right lower lower reciprocating toothed seat guide section hole is provided with a right rear lower guide rod right rolling guide stop hole and a right rear lower guide rod on the upper side of the rear right lower reciprocating toothed seat guiding section hole Upper rolling guide stop hole, rear left lower reciprocating tooth holder guide section hole and rear The rear loading rolling guide rotation preventing assembly block between the right lower reciprocating tooth holder guiding section holes is provided with a rear lower middle rolling guiding rotation stop hole, and the rear lower middle rolling guiding rotation stop hole in the rear lower middle rolling guide The left side of the converter and the rear left lower reciprocating tooth holder guiding section surface are fitted together, and the rear lower middle rolling guiding stopper in the rear lower middle rolling guiding stopper hole is fitted on the right side and the rear right lower reciprocating toothed guiding section surface. The left and right convex shafts are arranged on the crank connecting rod or the straight shaft cam connecting rod, and the left convex shaft and the right convex shaft are set at 180 degrees, the left convex shaft drives the left upper and lower gear teeth to reciprocate impact, and the right convex shaft drives the right upper and lower shafts. The reciprocating impact of the pinion seat, when the left convex axis drives the left upper and lower pinning seats to move forward, the right convex axis drives the right upper and lower pinning seats to move backward, and when the left convex axis drives the left upper and lower toothed seats to move backward, the right convex axis Drive the right upper and lower pedestal seats to impact forward. The left and right arbor seats and the right upper and lower pedestal seats move forward and backward. The space of the two front upper rolling guide stops is required to be combined. The space of the front lower rolling guide stop is combined into one, and two sets will be required. The space of the upper rolling guide stop is combined into one, and the space for setting the two rear lower rolling guide stops is combined into one, which improves the space utilization ratio of the rolling guide rotation stop assembly block and reduces the length of the crankshaft. Increase the strength of the equipment, save the manufacturing cost, reduce the width of the impact surface and reduce the impact resistance; the left upper upper reciprocating tooth, the left front lower reciprocating tooth and the left rear upper reciprocating tooth, the left rear lower reciprocating tooth and the The right upper upper reciprocating tooth, the right front lower reciprocating tooth and the right rear upper reciprocating tooth, the right rear lower reciprocating tooth, or one end of the left upper and lower pinning seat are disposed at both ends of the right upper and lower pin holders, and the left front upper reciprocating tooth and the left front lower reciprocating tooth are disposed. The right front upper reciprocating tooth and the right front lower reciprocating tooth are disposed at one end of the right upper and lower toothed seat, and the rolling guide stop and the left rear upper guide are rolled downward when the material is up and down to the upper and lower inserts. The right and left of the upper and right inserts.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 72 or 73, wherein the rolling guide rotation preventing assembly block comprises a front mounting reciprocating toothed guide segment single hole integrated block and a rear mounted reciprocating tooth. The single-hole integrated block of the guiding section, the single-hole integrated block of the front-mounted reciprocating toothed seat is set as the front multi-faceted component rotation-stopping integrated block, and the rear-mounted reciprocating toothed guiding section single-hole integrated block is set as the rear multi-faceted component. The block, front multi-faceted component rotation-stopping integration block is set as the front two-side roller assembly-oriented rotation-stopping integrated block or as the front three-sided roller component-oriented steering-stop integrated block or as the front four-sided roller component-oriented steering-stop integrated block or Set as the front five-sided roller assembly guide rotation stop block, the rear multi-face assembly stop rotation guide block is set as the rear two-side roller assembly guide rotation stop integrated block or set as the rear three-sided roller assembly guide rotation stop integrated block or setting For the rear four-sided roller assembly guiding the anti-rotation block or the rear five-sided roller assembly guiding the anti-rotation block, the front four-sided roller assembly guides the rotation when the front four-sided roller assembly is used to guide the anti-rotation block The front reciprocating toothed seat guiding section hole is arranged on the integrated block, and the rear four-side rolling element component is arranged on the anti-rotation integrated block, and the rear reciprocating toothed guiding section hole axis is the same as the rear reciprocating toothed guiding section opening axis Shaft or parallel, the front four-side roller assembly guide rotation preventing integrated block on the left side of the front reciprocating toothed guide hole is provided with a front left bearing A hole, a front left bearing B hole and a front left guiding roller hole, and a front left bearing A hole, front left bearing B hole and front left guide roller hole are guided from the front four-sided roller assembly to prevent rotation integration One side of the block is connected, the front left bearing A hole, the front left bearing B hole and the front left guiding roller hole are coaxial, and the front four-side roller assembly guiding and stopping integrated block on the right side of the front reciprocating toothed guiding section hole is provided Wear the front right bearing A hole, the front right bearing B hole and the front right guiding roller hole, the front right bearing A hole, the front right bearing B hole and the front right guiding roller hole from the front four-sided roller assembly to the side of the rotation preventing integrated block Through, the front right bearing A hole, the front right bearing B hole and the front right guiding roller hole are coaxial, and the front four-side roller assembly guiding and stopping integrated block on the lower part of the front reciprocating toothed guiding section hole is provided with a front lower bearing A hole, front lower bearing B hole and front lower guiding roller hole, front lower bearing A hole, front lower bearing B hole and front lower guiding roller hole are connected from one side of the front four-side roller assembly to the rotation preventing integrated block side, front The lower bearing A hole, the front lower bearing B hole and the front lower guiding roller hole are coaxial, and the front four-side roller assembly on the upper portion of the front reciprocating toothed guide segment hole is arranged on the rotation preventing integrated block, and the front upper bearing A hole and the front upper portion are disposed. Bearing B hole and front upper guide roller hole, front upper bearing A hole, front upper bearing B hole and front upper guide roller hole from front four-sided roller assembly Connecting to the side of the anti-rotation block, the front upper bearing A hole, the front upper bearing B hole and the front upper guiding roller hole are coaxial, and the rear four-side roller assembly guiding and stopping integration of the rear side of the rear reciprocating toothed guiding section hole The rear left bearing A hole, the rear left bearing B hole and the rear left guiding roller hole are arranged on the block, and the rear left bearing A hole, the rear left bearing B hole and the rear left guiding roller hole are guided and stopped from the rear four-side roller assembly. One side of the integrated block is connected, the rear left bearing A hole, the rear left bearing B hole and the rear left guiding roller hole are coaxial, and the rear four-side roller assembly on the right side of the rear reciprocating toothed guiding section hole is arranged on the steering stop integrated block After the right bearing A hole, the rear right bearing B hole and the rear right guiding roller hole, the rear right bearing A hole, the rear right bearing B hole and the rear right guiding roller hole are guided from the rear four-side roller assembly to the rotation preventing integrated block Side connection, rear right bearing A hole, rear right bearing B hole and rear right guiding roller hole coaxial, rear reciprocating toothed guide hole lower part of the rear four-side roller assembly guiding and stopping integrated block is provided with the rear lower bearing A hole, rear lower bearing B hole and rear lower guide roller hole, through the lower bearing A hole, the rear lower bearing B hole and the rear lower guide roller hole The four-sided roller assembly guides the one end of the rotation preventing integrated block, and the rear lower bearing A hole, the rear lower bearing B hole and the rear lower guiding roller hole are coaxial, and the rear four-side roller assembly of the upper portion of the rear reciprocating tooth guide guiding section hole The guide rotation preventing integrated block is provided with a rear upper bearing A hole, a rear upper bearing B hole and a rear upper guiding roller hole, and the rear upper bearing A hole, the rear upper bearing B hole and the rear upper guiding roller hole are rolled from the rear four sides. The shaft assembly is connected to one side of the rotation preventing integrated block, and the upper bearing A hole, the rear upper bearing B hole and the rear upper guiding roller hole are coaxial, and the front left guiding roller hole is connected with the front reciprocating tooth guide guiding hole. The front left bearing A is disposed at one end of the front left guiding roller, and the front left bearing B is disposed to form a front left roller guiding stopper, and the front left roller guiding stopper is disposed in the front left guiding roller through hole, front The left guiding roller side surface is in contact with the left side surface of the front reciprocating tooth holder guiding section in the front reciprocating toothed seat guiding section hole, and the front right guiding roller hole is connected with the front reciprocating toothed seat guiding section hole, and the front right guiding roller is in front. One end is provided with the front right bearing A and the other end is provided. The front right bearing B constitutes the front right roller guide rotation stop, and the front right roller guide is stopped. The rotating device is disposed in the front right guiding roller through hole, and the front right guiding roller side is in the front reciprocating toothed guiding section hole and the front reciprocating toothed guiding section right side surface, the front upper guiding roller hole and the front reciprocating The toothed guide section hole is connected, and the front upper bearing A is disposed at one end of the front upper guide roller, and the front upper bearing B is disposed at the other end of the front upper guide roller to form a front upper roller guide rotation stopper, front upper The roller guide rotation stopper is disposed in the front upper guide roller through hole, and the front upper guide roller side surface fits in the front reciprocating tooth holder guide segment hole and the upper reciprocating tooth holder guide segment upper side surface, and the front lower guide roller hole It is connected with the front reciprocating toothed guide hole, and the front lower bearing A is disposed at one end of the front lower guide roller, and the front lower bearing B is disposed to form a front lower roller guide stop. The front lower roller guide is disposed at the front end. In the front lower bearing A and the front lower bearing B and the front lower guide roller through hole, the front lower guide roller side surface and the front reciprocating tooth holder guiding section lower side surface fit, the rear left guide roller hole and the rear reciprocating tooth holder guide section Hole through, at the end of the rear left guide roller, the rear left bearing A is disposed at the other end, the left bearing B constitutes the rear left roller guide stop, and the rear left roller guide is disposed at the rear left bearing A and the rear left In the bearing B and the rear left guiding roller through hole, the rear left guiding roller side surface and the rear side of the rear reciprocating tooth holder guiding section are fitted, and the rear right guiding roller hole is connected with the rear reciprocating toothed guiding section hole, after After the right guide roller is disposed at one end, the right bearing A is disposed at the other end, and the right bearing B is composed, and the right roller guide is stopped. The rear right roller guide stopper is disposed in the rear right bearing A and the rear right bearing B and the rear right guide roller through hole, and the rear right guiding roller side is in the rear right reciprocating toothed seat guiding section hole and the rear reciprocating tooth The right side of the seat guiding section is fitted, the rear upper guiding roller hole is connected with the rear reciprocating toothed seat guiding section hole, the rear upper bearing A is disposed at one end of the rear upper guiding roller, and the rear upper bearing B is arranged to form the rear upper roller. a guide rotation stop, a rear upper roller guide rotation stop is disposed in the rear upper bearing A and the rear upper bearing B and the rear upper guide roller through hole, and the rear upper guide roller side is in the rear reciprocating tooth guide guiding hole and The upper side of the rear reciprocating toothed guide section is fitted, the rear lower guide roller hole is connected with the rear reciprocating toothed guide hole, the rear lower guide roller is disposed at one end of the rear lower bearing A, and the other end is provided with the rear lower bearing B. Roller guide stop, rear lower roller guide stop is disposed in the rear lower bearing A and the rear lower bearing B and the rear lower guide roller through hole, and the rear lower guide roller side is at the rear reciprocating tooth guide guide hole Fitting the lower side of the inner and rear reciprocating toothed guide segments; or mounting the rolling guide rotation preventing assembly block including the front reciprocating tooth holder The upper and lower hole integration block of the guiding section and the upper and lower hole integration block of the rear reciprocating toothed seat guiding section, the upper and lower hole guiding block of the front reciprocating toothed seat guiding section are provided with the upper hole of the front reciprocating toothed seat guiding section and the lower hole of the front reciprocating toothed guiding section, and then reciprocating The upper and lower reciprocating toothed guiding section upper holes and the rear reciprocating toothed guiding section lower holes are arranged on the upper and lower hole integration blocks of the toothed guide section, and the upper reciprocating toothed guiding section upper hole axis is coaxial with the upper reciprocating toothed guiding section upper hole axis or The axis of the lower hole of the parallel and front reciprocating toothed guide guiding section is coaxial or parallel with the axis of the lower hole of the rear reciprocating toothed guiding section, and the interlocking guiding and sealing toothed seat comprises the upper locking toothed front stop rotation guiding section and the lower insertion toothed seat front end The turning guide section, the upper inserting seat rear stop rotation guiding section and the lower inserting tooth back rotation stopping guiding section, the upper inserting seat front rotation stopping guiding section is arranged in the upper reciprocating toothed seat guiding section upper hole, and the front reciprocating toothed seat guiding The upper and lower reciprocating toothed guide segments on the left side of the upper hole of the segment are provided with a front upper left bearing A hole, a front upper left bearing B hole and a front upper left guiding roller hole, and a front upper left bearing A hole and a front upper portion. The left bearing B hole and the front upper left guiding roller hole are from the front reciprocating toothed guide section One side of the hole integrated block is connected, the front upper left bearing A hole, the front upper left bearing B hole and the front upper left guiding roller hole are coaxial, and the front reciprocating toothed guide guiding section right side of the front reciprocating toothed seat guiding section The hole assembly block is provided with a front right upper bearing A hole, a front upper right bearing B hole and a front upper right guiding roller hole, a front upper right bearing A hole, a front upper right bearing B hole and a front upper right guiding roller hole. Reciprocating toothed guide segment One side of the upper and lower hole integrated block is connected, the front upper right bearing A hole, the front upper right bearing B hole and the front upper right guiding roller hole are coaxial, and the front reciprocating toothed guide guiding section lower part of the front reciprocating toothed seat guiding section The hole integration block is provided with a front upper guide rod lower bearing A hole, a front upper guide rod lower bearing B hole and a front upper guide rod lower guide roller hole, a front upper guide rod lower bearing A hole, and a front upper guide rod lower bearing B. The lower guide hole of the hole and the front upper guide rod are connected from one side of the upper and lower hole of the front reciprocating tooth guide, and the upper upper guide rod lower bearing A hole, the front upper guide rod lower bearing B hole and the front upper guide rod lower guide The roller hole is coaxial, and the lower pin guide front stop rotation guiding section is disposed in the lower hole of the front reciprocating toothed seat guiding section, and the front reciprocating toothed seat guiding section lower part of the front reciprocating toothed seat guiding section is arranged on the upper and lower hole integration block Bearing A hole on front lower guide rod, bearing B hole on front lower guide rod and guide roller hole on front lower guide rod, bearing A hole on front lower guide rod, bearing B hole on front lower guide rod and front lower guide rod The upper guide roller hole is connected from the side of the upper and lower hole integration block of the front reciprocating toothed guide section, and the front lower guide bar The bearing B hole on the A hole, the front lower guiding rod and the guiding roller hole on the front lower guiding rod are coaxial, and the front reciprocating toothed seat guiding section on the left side of the lower reaming guiding section is disposed on the upper and lower hole integration block Lower guide rod left bearing A hole, front lower guide rod left bearing B hole and front lower guide rod left guide roller hole, front lower guide rod left bearing A hole, front lower guide rod left bearing B hole and front lower guide rod left The guiding roller hole is connected from one side of the upper and lower hole integration block of the front reciprocating tooth guide guiding section, the front lower guiding rod left bearing A hole, the front lower guiding rod left bearing B hole and the front lower guiding rod left guiding roller hole are coaxial, go to The front and rear reciprocating toothed guide segments on the right side of the lower hole of the double-toothed seat guide section are provided with a front lower guide rod right bearing A hole, a front lower guide rod right bearing B hole and a front lower guide rod right guide roller hole. The front lower guide rod right bearing A hole, the front lower guide rod right bearing B hole and the front lower guide rod right guiding roller hole are connected from the front reciprocating tooth guide guiding section upper and lower hole integrated block side, the front lower guiding rod right bearing A The hole, the front lower guide rod, the right bearing B hole and the front lower guide rod, the right guide roller hole, and the rear reciprocating tooth holder The upper and lower reciprocating tooth guide guiding section upper hole and the rear reciprocating toothed seat guiding section lower hole are arranged on the upper and lower hole integration blocks of the guiding section, and the upper locking toothing seat is arranged in the upper reciprocating toothed guiding section upper hole, the rear reciprocating tooth The rear reciprocating toothed seat guiding section on the left side of the upper part of the seat guiding section is provided with a rear upper left bearing A hole, a rear upper left bearing B hole and a rear upper left guiding roller hole, and a rear upper left bearing A hole, The rear upper left bearing B hole and the rear upper left guiding roller hole are connected from one side of the upper and lower hole integration block of the rear reciprocating tooth guide guiding section, the rear upper left bearing A hole, the rear upper left bearing B hole and the rear upper left guiding roller The hole is coaxial, the rear reciprocating toothed seat guiding section on the right side of the upper reciprocating toothed guide section is provided with a rear right upper bearing A hole, a rear upper right bearing B hole and a rear upper right guiding roller hole. The rear upper right bearing A hole, the rear upper right bearing B hole and the rear upper right guiding roller hole are connected from one side of the upper and lower hole integration block of the rear reciprocating tooth guide guiding section, the rear upper right bearing A hole, the rear upper right bearing B hole Coaxial with the rear upper right guide roller hole, and the rear reciprocating tooth guide guiding section of the lower rear hole of the rear reciprocating tooth guide guiding section After the insertion, the upper guide rod lower bearing A hole, the rear upper guide rod lower bearing B hole and the rear upper guide rod lower guide roller hole, the rear upper guide rod lower bearing A hole, the rear upper guide rod lower bearing B hole and the rear upper portion The lower guide roller hole of the guide rod is connected from the side of the upper and lower holes of the rear reciprocating tooth guide, and the lower bearing A of the upper upper guide rod, the lower bearing B of the upper upper guide rod and the lower rear guide rod The guide roller hole is coaxial, and the lower pin guide post is disposed in the lower hole of the rear reciprocating tooth guide guiding section, and the rear reciprocating toothed seat guiding section upper rear lower reciprocating toothed seat guiding section is arranged on the upper and lower hole integration block Wear the bearing A hole on the lower guide bar, the bearing B hole on the rear lower guide bar and the guide roller hole on the rear lower guide bar, the bearing A hole on the rear lower guide bar, the bearing B hole on the rear lower guide bar, and the rear lower guide The upper guide roller hole of the rod is connected from one side of the upper and lower hole integration block of the rear reciprocating tooth holder guiding section, the bearing A hole of the rear lower guiding rod, the bearing B hole of the rear lower guiding rod and the guiding roller hole of the rear lower guiding rod are the same Shaft, rear reciprocating toothed seat guide section, rear reciprocating toothed seat guide section on the left side of the lower hole, upper and lower hole integration block, rear and lower guide rod left bearing A hole, rear lower guide rod left bearing B hole and rear lower guide rod left guide Roller hole, rear lower guide rod left bearing A hole, rear lower guide rod left bearing B hole and rear lower guide rod left guide roller hole are connected from the rear reciprocating tooth holder guiding section upper and lower hole integrated block side, rear lower guiding The rod left bearing A hole, the rear lower guide rod left bearing B hole and the rear lower guiding rod left guiding roller hole are coaxial, The rear reciprocating toothed seat guiding section on the right side of the lower side of the reciprocating toothed guide section is provided with a lower rear bearing A right arm, a rear lower guiding rod right bearing B hole and a rear lower guiding rod right guiding roller hole. , the rear lower guide rod right bearing A hole, the rear lower guide rod right bearing B hole and the rear lower guide rod right guiding roller hole are connected from the rear reciprocating tooth holder guiding section upper and lower hole integrated block side, the rear lower guiding rod right bearing The A hole, the rear lower guide rod right bearing B hole and the rear lower guide rod right guiding roller hole are coaxial, and the reciprocating toothed seat guiding section connecting member is connected to the reciprocating tooth base linking section or the reciprocating toothed seat guiding section connecting piece and the reciprocating toothed seat The interlocking section is an integral type, and the reciprocating toothed seat guiding section connecting member is disposed between the upper inserting tooth front rotation preventing guiding section and the upper insertion toothed seat rearing rotation guiding section, and is disposed at the lower insertion toothed front stop rotation guiding section and the lower part The rear seat rotation guide segments or the reciprocating tooth holder guide segment connecting members are disposed at the upper front end of the upper pedestal and the rear end of the upper pedestal and the anti-rotation guide Segment and lower pedestal rear stop guide segment rear end or reciprocating toothed seat guide segment connection Between the upper pre-rotation guide segment and the upper trocar rear stop guide segment and disposed at the lower trocar base front rotation stop guide segment and the lower trocar base rear rotation guide segment rear end or the reciprocating tooth holder guide portion The connecting member is disposed at the rear end of the upper sprocket seat and the rear end of the anti-rotation guide segment and is disposed between the lower sprocket front stop rotation guide segment and the lower sprocket seat rear stop guide segment or the reciprocating tooth The seat guide segment connecting member is disposed at the front end of the upper pin holder rotation stop guide segment and the upper pin holder seat and is disposed between the lower pin holder front rotation stop guide segment and the lower adapter seat rear stop rotation guide segment The reciprocating toothed guide segment connecting member is connected to the upper toothed seat front rotation stop guide section, the upper insert toothed seat rear rotation stop guide section, the lower insert toothed front stop rotation guide section and the lower insert tooth seat rear stop rotation guide section or reciprocating The toothed seat guiding section connecting piece, the upper inserting seat front rotation preventing guiding section, the upper insertion toothed seat rear rotation preventing guiding section, the lower insertion toothed front rotation stopping guiding section and the lower insertion toothed seat rear rotation stopping guiding section are integrated, The roller guide stop at the lower reciprocating toothed guide segment and the roller guide stop at the upper reciprocating toothed guide segment assist each other Orientation to stop rotation; or to install the rolling guide rotation stop assembly block as the front reciprocating tooth holder guide section upper and lower hole integration block, the front reciprocating tooth holder guide section upper and lower hole integration block is provided on the front reciprocating toothed seat guide section upper hole and the front reciprocating tooth holder The lower section of the guiding section, the integrated block of the rear reciprocating toothed guiding section is arranged as the upper block of the rear reciprocating toothed guiding section, and the upper hole of the reciprocating toothed guiding section is arranged on the upper block of the rear reciprocating toothed guiding section. The upper hole axis of the front reciprocating tooth holder guiding section is coaxial or parallel with the upper hole axis of the rear reciprocating toothed seat guiding section, and the lower reciprocating toothed guiding section lower hole axis is parallel with the upper reciprocating toothed guiding section upper hole axis, and the upper inserting toothed seat The front rotation stop guiding section is disposed in the upper hole of the front reciprocating toothed seat guiding section, and the front reciprocating toothed seat guiding section on the left side of the front reciprocating toothed seat guiding section is provided with a front upper left bearing A hole and a front upper side The left bearing B hole and the front upper left guiding roller hole, the front upper left bearing A hole, the front upper left bearing B hole and the front upper left guiding roller hole are connected from the front side of the upper and lower hole guiding block of the front reciprocating toothed guide section, front The upper left bearing A hole, the front upper left bearing B hole and the front upper left guiding roller hole are coaxial, and the front reciprocating toothed seat guiding section on the right side of the front reciprocating toothed seat guiding section is arranged on the upper and lower hole integrated blocks. Bearing A hole, front upper right bearing B hole and front upper right guide roller hole, front upper right bearing A hole, front upper right bearing B hole and front upper right guiding roller hole from front reciprocating toothed guide section upper and lower hole integration block One side is connected, the front upper right bearing A hole, the front upper right bearing B hole and the front upper right guiding roller hole are coaxial, go to The front reciprocating toothed seat guiding section of the upper part of the upper part of the toothed guiding section is provided with a lower upper arm A hole, a front upper guiding rod lower bearing B hole and a front upper guiding rod lower guiding B hole, and the front upper guiding rod lower bearing integrated hole The upper guide rod lower bearing A hole, the front upper guide rod lower bearing B hole and the front upper guide rod lower guide roller hole are connected from the front reciprocating toothed guide section upper and lower hole integrated block side, the front upper guide rod lower bearing A hole, The front upper guide rod lower bearing B hole and the front upper guide rod lower guide roller hole are coaxial, and the lower reciprocating tooth holder guiding section is disposed in the lower hole of the front reciprocating toothed seat guiding section, and the upper reciprocating toothed seat guiding section lower upper part of the lower hole The upper and lower hole assembly blocks of the double-toothed seat are provided with a bearing A hole on the front lower guide rod, a bearing B hole on the front lower guide rod, and a guide roller hole on the front lower guide rod, and a bearing A hole on the front lower guide rod. The bearing B hole of the lower guiding rod and the guiding roller hole of the front lower guiding rod are connected from one side of the upper and lower hole integration block of the front reciprocating toothed guiding section, the bearing A hole of the front lower guiding rod, the bearing B hole of the front lower guiding rod and The guide roller hole on the front lower guide rod is coaxial, and the front reciprocating tooth guide guide section is on the left side of the lower hole The upper and lower hole guiding sections of the front reciprocating toothed seat are provided with a front lower guiding rod left bearing A hole, a front lower guiding rod left bearing B hole and a front lower guiding rod left guiding roller hole, and a front lower guiding rod left bearing A hole, The front lower guide rod left bearing B hole and the front lower guide rod left guide roller hole are connected from the front side of the upper and lower hole guide block upper and lower hole integration block, the front lower guide rod left bearing A hole, the front lower guide rod left bearing B hole Coaxial with the left lower guide roller hole of the front lower guide rod, the front reciprocating toothed seat guide section on the right side of the lower reciprocating toothed guide section is provided with a front lower guide rod, a right bearing A hole, and a front lower guide rod. Right bearing B hole and front lower guide rod right guide roller hole, front lower guide rod right bearing A hole, front lower guide rod right bearing B hole and front lower guide rod right guide roller hole from front reciprocating tooth holder guide section upper and lower holes One side of the integrated block is connected, the front lower guide rod right bearing A hole, the front lower guide rod right bearing B hole and the front lower guide rod right guiding roller hole are coaxial, and the rear reciprocating toothed seat guiding section upper hole is integrated on the block The upper end of the reciprocating toothed guide segment, the upper inserting of the toothed seat and the anti-rotation guiding section are arranged at the rear reciprocating toothed guide The upper left bearing A hole, the rear upper left bearing B hole and the rear upper left guiding roller are disposed on the upper block of the rear reciprocating toothed guide segment on the left side of the upper and lower reciprocating toothed guide segments. The hole, the rear upper left bearing A hole, the rear upper left bearing B hole and the rear upper left guiding roller hole are connected from the rear reciprocating toothed guide section upper hole integrated block side, the rear upper left bearing A hole, the rear upper left bearing B hole and The rear upper left guide roller hole is coaxial, and the rear reciprocating tooth base guide section is provided on the right side of the rear reciprocating toothed seat guide section. The upper hole assembly block is provided with a rear right upper bearing A hole, a rear upper right bearing B hole and a rear upper plate. The right guide roller hole, the rear upper right bearing A hole, the rear upper right bearing B hole and the rear upper right guiding roller hole are connected from the rear reciprocating tooth guide guiding section upper hole integrated block side, the rear upper right bearing A hole, The rear upper right bearing B hole and the rear upper right guiding roller hole are coaxial, and the rear reciprocating toothed seat guiding section lower part of the lower reciprocating toothed seat guiding section upper hole integrated block is disposed on the upper rear guiding rod lower bearing A hole, after Upper guide rod lower bearing B hole and rear upper guide rod lower guide roller hole, rear upper guide rod lower bearing A hole, rear upper guide rod lower bearing B hole and rear upper guide rod lower guide roller hole from rear reciprocating tooth holder One side of the upper block of the guiding section is connected, and the lower bearing A hole of the upper upper guiding rod, the lower bearing B hole of the rear upper guiding rod and the lower guiding roller hole of the rear upper guiding rod are coaxial, and the upper part of the upper hole of the rear reciprocating toothed guiding section The upper rear block of the rear reciprocating toothed guide segment is provided with a bearing A hole on the upper rear guide bar, a bearing B hole on the rear upper guide bar, and a rear upper bearing plate Guide the roller hole to the rod, the bearing A hole on the rear upper guide rod, the bearing B hole on the rear upper guide rod and the guide roller hole on the rear upper guide rod are connected from the side of the upper block of the rear reciprocating tooth guide guiding section The bearing A hole on the rear upper guide rod, the bearing B hole on the rear upper guide rod and the guide roller hole on the rear upper guide rod are coaxial, and the connecting portion of the reciprocating toothed guide portion is disposed at the front rotation preventing guide portion of the upper socket Between the upper and lower rotation guide segments, and at the rear end of the lower reciprocating tooth guide guide portion or the reciprocating tooth holder guide portion, the connecting member is disposed at the upper pedestal front stop rotation guide portion and the upper pedestal support rear rotation guide portion a rear end and a rear end of the lower reciprocating toothed guide segment or a reciprocating toothed guide segment connecting member is disposed at the upper front end of the upper pedestal and the front end of the upper pedestal and is disposed at the lower reciprocating toothed guide The front end or the reciprocating toothed guide segment connecting member is disposed between the upper inserting seat front rotation preventing guide section and the upper inserting toothed rear rotation preventing guiding section and disposed at the front end of the lower reciprocating toothed seat guiding section; or the front loading rolling guide is prevented from rotating The component block is set to the front axis acute angle guide rotation stop integrated block, in the front axis sharp The front anti-rotation block is provided with a front sharp-angle reciprocating toothed guide segment hole, and the rear-end acute-angle guide anti-rotation integrated block is provided with an acute-angle reciprocating toothed seat guide segment hole, so that the front acute-angle reciprocating toothed guide segment hole axis and the rear acute angle reciprocate The axis of the tooth guide guiding section is coaxial or parallel, and the front left bearing A hole, the front left bearing B hole and the front left guiding roller are arranged on the front axis acute angle guiding and stopping integrated block on the left side of the front acute angle reciprocating toothed guiding section hole. The shaft hole connects the front left bearing A hole, the front left bearing B hole and the front left guiding roller hole from the front axis to the side of the rotation preventing integrated block, so that the front left bearing A hole, the front left bearing B hole and the front left The guiding roller hole is coaxial, and the front right bearing A hole, the front right bearing B hole and the front right guiding roller hole are arranged on the front axis acute angle guiding and stopping integrated block on the right side of the front acute angle reciprocating toothed guiding section hole, The front right bearing A hole, the front right bearing B hole and the front right guiding roller hole are connected from the front axis acute angle to the rotation preventing integrated block side, so that the front right bearing A hole, the front right bearing B hole and the front right guiding roller hole Coaxial, the front axis acute angle guide in the lower part of the front acute angle reciprocating toothed guide hole The front lower bearing A hole, the front lower bearing B hole and the front lower guiding roller hole are arranged on the rotation preventing integrated block, and the front lower bearing A hole, the front lower bearing B hole and the front lower guiding roller hole are guided from the front axis at an acute angle The one side of the rotation preventing integrated block is connected so that the front lower bearing A hole, the front lower bearing B hole and the front lower guiding roller hole are coaxial, so that the angle between the front left guiding roller hole axis and the front lower guiding roller hole axis small At 90 degrees, the angle between the axis of the front right guiding roller hole and the axis of the front lower guiding roller hole is less than 90 degrees, so that the front left guiding roller abuts the axial end of the front lower guiding roller to the front right guiding roller The distance from the axial end of the front lower guiding roller is greater than the distance from the axial end of the front left guiding roller away from the front lower guiding roller to the axial end of the front right guiding roller away from the front lower guiding roller, so that the front lower guiding roller, front The left guide roller and the front right guide roller constitute a front acute angle three-sided roller guide rotation stop, and the rear sharp angle reciprocating tooth guide guide hole is arranged on the rear axis acute angle guide rotation stop integrated block, and the rear acute angle reciprocating tooth base guide segment hole The rear left axis of the left axis is arranged on the anti-rotation integrated block, and the rear left bearing A hole, the rear left bearing B hole and the rear left guiding roller hole are arranged, and the rear left bearing A hole, the rear left bearing B hole and the rear left guiding roller are arranged. The shaft hole is connected from the acute angle of the rear axis to the side of the rotation preventing integrated block, so that the rear left bearing A hole, the rear left bearing B hole and the rear left guiding roller hole are coaxial, and the right side of the rear sharp angle reciprocating toothed guide hole is The rear axis acute angle guide rotation preventing integrated block is provided with a rear right bearing A hole, a rear right bearing B hole and The right guide roller hole, the rear right bearing A hole, the rear right bearing B hole and the rear right guiding roller hole are connected from the rear axis acute angle to the side of the rotation preventing integrated block, so that the rear right bearing A hole and the rear right bearing B The hole and the rear right guide roller hole are coaxial, and the rear lower bearing A hole, the rear lower bearing B hole and the rear lower guide roller are disposed on the rear axis acute angle guiding rotation preventing integrated block at the lower part of the rear acute angle reciprocating tooth guide guiding hole hole. The hole, the rear lower bearing A hole, the rear lower bearing B hole and the rear lower guiding roller hole are connected from the rear axis acute angle to the one side of the rotation preventing integrated block, so that the rear lower bearing A hole, the rear lower bearing B hole and the lower lower hole The guiding roller hole is coaxial, so that the angle between the axis of the rear left guiding roller hole and the axis of the rear lower guiding roller hole is less than 90 degrees, so that the angle between the axis of the rear right guiding roller hole and the axis of the lower lower guiding roller hole is smaller than 90 degrees, the rear left guide roller abuts the rear end guide roller shaft end to the rear right guide roller abuts the rear end guide roller shaft end distance greater than the rear left guide roller shaft away from the rear lower guide roller shaft The distance from the end to the rear right guide roller away from the axial end of the rear lower guide roller, so that the rear lower guide roller and the rear left guide roller And the rear right guide roller constitutes a rear acute angle three-sided roller guide rotation stop, preventing the rear reciprocating tooth holder guiding section from swinging up and down and to the left and right, and guiding the rear reciprocating toothed seat guiding section to stop rotation, so that the front acute angle three-sided roller guides The rotating device and the rear acute angle three-sided roller guiding stopper cooperate with the rolling friction guiding of the reciprocating toothed guide section to stop the rotation.
The mining machine jack according to claim 72 or 73, wherein the bearing member guide rotation stopper comprises a concave waist bearing member guide rotation stopper, and the concave waist bearing member guides. The rotation stop device comprises a concave waist bearing member, the reciprocating tooth holder guiding portion is provided with a reciprocating tooth holder convex guiding portion which is engaged with the concave surface of the concave waist bearing member, and the reciprocating tooth holder convex guiding portion comprises the front reciprocating tooth holder convex guiding portion The rear reciprocating tooth holder convex guiding section is provided with a front reciprocating toothed seat convex guiding section hole on the front loading rolling guide rotation preventing component block, and the rear reciprocating toothed seat convex guiding section is arranged on the rear loading rolling guiding rotation preventing component block The hole, the front reciprocating tooth holder convex guiding section hole axis is coaxial or parallel with the rear reciprocating toothed seat guiding guiding section hole axis, and the front reciprocating toothed seat convex guiding section hole left side is provided with a front concave waist bearing member guiding rotation stop The left side of the hole, the right side of the front reciprocating toothed seat guide section hole is provided with a front concave waist bearing member guiding the right end of the rotation stop, and the lower part of the rear reciprocating tooth seat convex guiding section hole is provided with a rear concave waist bearing member guiding Rotator lower hole, rear reciprocating tooth holder convex guide section hole upper part is provided with a rear concave Waist bearing guide The upper hole of the rotor, the left concave hole of the front concave waist bearing member and the front hole of the front reciprocating tooth holder are connected with the guide hole of the front reciprocating tooth holder, and the front concave waist bearing member is arranged at the front concave waist bearing member to guide the rotation stop device left In the hole, the front concave waist bearing member guide rotation side is fitted in the front reciprocating tooth holder convex guide section hole and the front reciprocating tooth holder convex guide section left side surface, and the front concave waist bearing member guide rotation stop right hole The front concave waist bearing member guiding and stopping device is disposed in the right hole of the front concave waist bearing member guiding and the rotation preventing device, and the front concave waist bearing member guiding the rotation preventing device side forward and backward The hole in the protruding portion of the toothed protrusion is in contact with the right side surface of the protruding guiding portion of the front reciprocating tooth holder, and the lower concave bearing member guides the lower hole of the rotation preventing device and the rear reciprocating tooth holder protruding guiding portion hole, and the rear concave waist The side surface of the bearing member guiding stopper is fitted in the hole of the rear reciprocating tooth holder and the lower side of the rear reciprocating tooth holder guiding portion, and the rear concave waist bearing member guides the upper hole of the rotation stop and the rear reciprocating tooth holder The guide section hole is connected, and the rear concave waist bearing member guides the side of the rotation stop in the rear reciprocating tooth holder convex guide section hole and the rearward Adapters section side guide projection fit, the bearing member guide concave waist detent projection guide section is concave and convex tooth holder reciprocally engaging projection to prevent tooth holder guide section reciprocate vertically and horizontally swing.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 12, wherein the reciprocating tooth holder guiding section has a flat surface width smaller than that of the guiding roller and reciprocating The length of the toothed guide section conforms to the plane. When the guide roller moves axially, the plane of the reciprocating toothed guide segment is still in contact with the guide roller and the rolling friction guide is stopped, or the guide bearing member on the guide portion of the reciprocating tooth holder is attached. The width of the joint plane is smaller than the length of the guide bearing member that fits the plane of the guide portion of the reciprocating tooth holder. When the guide bearing member moves axially, the plane of the guide portion of the reciprocating tooth holder is still in close contact with the guide bearing member, and the rolling friction guide is stopped and widened. The guiding amplitude increases the guiding force and improves the service life of the reciprocating toothed guide segment.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 73, wherein the retaining bearing sleeve is provided with an oil inlet hole and an oil outlet hole, and the lubricating sleeve of the bearing sleeve is stored or A sponge body is arranged in the inner cavity of the bearing sleeve, and the sponge body stores lubricating liquid to prolong the lubrication time.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 12 or 16 or 72, wherein the reciprocating tooth block sealing section comprises a circular cross-section reciprocating toothed seat sealing section, which is favorable for sealing and reciprocating. The tooth guide guiding section includes a left rotation stop guide plane and a right rotation stop guide plane and/or a reciprocating adapter guide section including an upper stop rotation guide plane and a lower rotation rotation guide plane, and the left rotation rotation guide plane and the right end The guiding plane of the rotating rod is parallel and/or the guiding plane of the upper sliding rod is parallel with the guiding plane of the lower stopping rod, and the two planes parallel to each other are in rolling friction with the guiding roller and the rolling guide stops.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 12 or 43 or 73 or 74, wherein the reciprocating tooth holder guiding section comprises a guiding righting section, and the guiding righting section comprises a front guiding righting The segment and the rear guiding and rightening section are provided with an anti-friction gap between the guiding and righting section and the hole wall of the reciprocating toothed guide section, and the anti-friction gap avoids sliding friction between the guiding and righting section and any component during the reciprocating impact.
The excavator jack of claim 72 is provided with main and side reciprocating tooth impacting devices, wherein said crank connecting rod comprises a connecting rod shaft, and the connecting rod shaft end is provided with a reciprocating power machine or is sealed at the integrated block. There is a gear transmission box outside the transfer box. The gear transmission box is provided with a main gear and a sub gear. The sub gear is disposed at the upper end of the main gear and/or the lower end of the main gear. The reciprocating power unit is connected with the main gear, and the reciprocating power unit drives the main gear to rotate. The main gear drives the auxiliary gear to rotate, the auxiliary gear drives the connecting rod or the auxiliary gear and the main gear to drive the connecting rod movement, and the integrated block sealing guide rotation preventing box is provided with lubricating liquid, and the connecting rod drives the lubricating liquid to rotate and lubricate the integrated block sealing guiding to turn the rotating box .
The mining machine jack according to claim 72, wherein the crank connecting rod comprises a crankshaft and a bearing sleeve, and the crankshaft and/or the bearing sleeve are provided with an oil skimmer. The skimmer includes a brush oil skimmer or a tooth oil skimmer or a vane skimmer or a scoop oil skimmer or a pit bowl skimmer, the crankshaft and/or the bearing retaining sleeve includes an oil skid gear, and the skimmer includes an oil The transmission gear, the oil-receiving gear drives the oil-sucker transmission gear to rotate the oil, and the oil-filler oil lubrication cools down.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 15 or 74 or 75 or 76 or 77 or 78, characterized in that: the front loading rolling guide rotation preventing assembly block and the rear loading rolling guide A water channel or a water tank or a water pipe is arranged in the front and rear righting guide rotation stop distance between the rotation stop assembly blocks, or a water channel or a water tank or a water pipe is provided at the bottom or side of the seal guide rotation rotation box, and the water is installed through the water channel or the water tank or the water pipe. The rolling guide rotation stop assembly block performs cooling and cooling.
The main machine and the side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein the main reciprocating tooth or the side reciprocating tooth or the interlocking guide pinion seat or the integrated block sealing guide rotation box is provided with a spray The water mechanism, when the main reciprocating tooth is provided with a water spray mechanism, the integrated block seal guide turnout box is provided with a tank water passage, and the interlocking guide seal plug seat is provided with a linkage guide seal socket water passage, and the tank water passage is integrated. The block seal guide rotation stop box is connected with the linkage guide seal socket water passage or outside the integrated block seal guide rotation box and the linkage guide seal socket water passage or the tank water passage is outside the integrated block seal guide rotation box Connected with the main reciprocating tooth, the main tooth body comprises a main tooth body water channel, the main tooth body water channel and the interlocking guide sealing pinion seat water channel connection, and the front sealing member and the rear end of the linked guide pinning seat water channel outlet are provided at both ends a sealing member, the front sealing member is disposed at a front end of the water outlet of the interlocking guiding sealing socket, and the rear sealing member is disposed at a rear end of the water outlet of the interlocking guiding sealing socket, and the main tooth water channel on the main tooth socket member Linkage seal The socket water passage is connected, and the front seal rear seal prevents water from flowing out from the gap between the main tooth body and the interlocking guide seal socket.
The mining machine jack according to claim 6 is characterized in that: the interlocking guide sealing socket water channel comprises a circulating water channel or a one-way water channel, and the main reciprocating tooth comprises a reciprocating tooth channel and a circulating water channel. Including the water inlet and the water outlet, the water flows into the reciprocating tooth channel from the socket of the guide sealing socket, and flows out from the water outlet to cool the main reciprocating tooth or the side reciprocating tooth.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 86, wherein the tank water channel comprises a water passage in the tank body and a water tank outside the tank body, and the linkage guiding seal gear holder is provided with a linkage guide. Sealing the toothed seat waterway, the interlocking guide sealing gear seat water channel comprises a linkage guide sealing gear socket water inlet, and the linkage guiding sealing gear socket water inlet is arranged in the box body or disposed outside the box body, when the linkage guide seal When the water inlet of the gear holder is disposed in the box body, a hose connecting member or a reciprocating sealing connecting member or a telescopic tube connecting member is arranged between the water passage in the box body and the water inlet of the interlocking guide sealing socket, and the water passage in the box body is fixed in the box body. Upper end of the hose connecting piece is connected with the water passage in the tank body, and the other end is connected with the water inlet of the interlocking guiding and sealing socket. When the interlocking guiding and sealing socket is reciprocating, the hose of the hose connecting piece is linked The guide seal pin holder reciprocates to prevent water from leaking from the water supply in the tank to the inlet of the interlocking guide pinion seat.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein the integrated block sealing guide rotation box is provided with a tumbler drive, and the length of the integrated block connection member is greater than the tumbler. The outer diameter of the driver, the integrated block connector includes the connecting block on the integrated block, and the connecting block on the upper block of the front part of the rolling guide rotation stop assembly block and the rear loading rolling guide rotation stop assembly block is downwardly displaced to make the connection on the integrated block The bottom surface of the plate is adjacent to the interlocking guide sealing pin holder and is provided with a gap, so that a fixed tumbler driver groove is formed between the front loading rolling guide rotation preventing assembly block and the rear loading rolling guiding rotation preventing assembly block, and the tumbler drive is arranged at The groove of the fixed roller drive reduces the height of the roller drive from the ground, avoids the collision and friction between the rolling drive and the top wall of the roadway, reduces the height required for the mining roadway, and saves manpower, material resources and time.
The excavator jack of claim 89, wherein the tumbler drive comprises a left roll drive, a right roll drive, a left roll drive, and a right roll drive. Set in the groove of the fixed roller drive, the left roll drive and the right roll drive jointly drive the same roll drive, the roll drive drives the roll swivel arm to rotate, the left roll drive, the right roll drive outer diameter It is smaller than the outer diameter of the rolling drive drive roller driven by a rolling drive, which reduces the height of the rolling drive from the ground, avoids collision and friction between the rolling drive and the top wall of the roadway, reduces the height required for the mining roadway, and saves manpower. Material resources, time.
The excavator jack of claim 90 is provided with main and side reciprocating tooth impact devices, wherein: the left tumbler drive comprises a left tumble drive gear, and the right tumbler drive comprises a right tumble drive gear, which is rolled. The 耙 transmission component includes a rolling transmission gear or a rolling transmission sprocket, and the rolling transmission gear or the rolling transmission sprocket is disposed at the side of the integrated block sealing guiding turnout box, the left rolling driving gear, the right rolling driving gear and the rolling耙Drive gear fastening drive or left roll drive gear, right roll drive gear and roll drive sprocket buckle drive.
The mining machine jack according to claim 72 or 89, wherein the main and side reciprocating tooth impacting device is characterized in that: The integrated block connecting piece comprises an integrated block lower connecting plate, and the upper connecting rolling block of the front loading rolling guide rotation preventing component block and the rear loading rolling guiding rotation preventing component block are upwardly displaced, so that the bottom surface of the lower connecting plate of the integrated block is close to the connecting plate The movable guide seals the toothed seat and is provided with a gap, so that a roll-through through-axis recessed groove is formed between the front-mounted rolling guide rotation-stop assembly block and the rear-mounted rolling guide rotation-stop assembly block, and the roll-through shaft includes a roll-through shaft support And the rolling through shaft support member is disposed on both sides of the rolling through shaft inverted groove, the rolling through shaft further comprises a bearing or a sleeve, the rolling through shaft further comprises a transmission through shaft, and the bearing or the sleeve is set on the rolling On the through-shaft support member, the transmission through-shaft is passed through the bearing or the sleeve, and the bearing or the sleeve and the transmission through-shaft are separated from the reciprocating toothed guide section through the lower block of the integrated block, so as to avoid the transmission through-axis to the reciprocating toothed guide segment Cause damage, pollution, increase the height of the roller through the shaft relative to the ground, avoid collision of the roller through the shaft and the ground; or set the left roll support, right roll at the front end of the telescopic sheath plate, near the lower part of the reciprocating tooth seal耙 support, bearing or bushing It is placed on the left roll support and the right roll support. The drive through shaft passes through the bearing or bushing to prevent the drive through shaft from causing damage and pollution to the guide portion of the reciprocating tooth holder, and increasing the height of the roll through shaft relative to the ground. To avoid the collision of the through shaft with the ground.
The excavator jack of claim 6 is provided with a main and side reciprocating tooth impact device, wherein the integrated block sealing guide rotation stop box comprises a reciprocating tooth retractor, and the unloading reciprocating gear comprises unloading the main reciprocating tooth or unloading main body. The tooth cutter or the unloading side gear or the unloading tooth or the unloading side ring gear, the length of the main reciprocating tooth to the main reciprocating tooth to the thrusting gear mechanism is smaller than the rear end of the main reciprocating tooth The maximum distance of the integrated block sealing guide to the torsion box after the extension of the torsion box is greater than the minimum distance between the rear end of the main reciprocating tooth and the end of the integrated block sealing guide to the thrusting mechanism. The strength of the main reciprocating tooth is greater than the fastening strength of the main reciprocating tooth and the interlocking guide pinion seat, and the unloading main reciprocating tooth stick is supported on the integrated block sealing guide turnout box or adsorbed on the integrated block sealing guide. On the transfer box, the other end of the unloading main reciprocating tooth is placed on the main reciprocating tooth to be disassembled, and the reciprocating power machine drives the main reciprocating tooth to retract the direction of the integrated block sealing guide turntable box, and the main reciprocating tooth unit pushes the main reciprocating toothed gear Fall down, or unload the main punching device The length of the tooth-to-top thruster mechanism is smaller than the maximum value of the rear end of the main punch relative to the outer block seal guide to the top of the push-tooth mechanism and larger than the rear end of the main punch relative to the integrated block The minimum distance from the inner end of the guide to the top of the thrust gear mechanism, the strength of the main punch is greater than the strength of the main tooth and the main tooth, and the main punch is attached to the block. The sealing guide is stopped on the anti-rotation box or adsorbed on the integrated block sealing guide to the turn-over box, and the other end of the main tooth-punching device is placed on the main tooth to be disassembled, and the reciprocating power machine drives the main tooth to the direction of the integrated block sealing guide Retracting, unloading the main toothing device pushes the main toothing gear off, or the length of the unloading side toothed tooth to the top toothing head to the pushing gear unloading mechanism is smaller than the side of the side toothed head and the sealing guide of the integrated block The maximum distance from the outer extension of the box to the thrust gear mechanism and greater than the minimum value of the rear end of the side tooth head relative to the inner end of the integrated block sealing guide rotation box to the thrust gear mechanism, the side gear of the unloading side gear The strength is greater than the fastening strength of the side tooth and the side tooth, the unloading side gear Hanging lug on the manifold seal guide detent adsorbed on the manifold tank or seal tank detent guide, unloading-side tooth head at the other end of the top side of the teeth to be torn head, a reciprocating power unit The driving side tooth head is retracted toward the integrated block sealing guide rotation stop box, the unloading side tooth head device pushes the side tooth head stop off, or the unloading main toother end is supported on the integrated block sealing guide rotation stop box, and is unloaded One end of the main punching tooth of the main toothing is provided with a main end face of the latching main toothing, and the shape of the end face of the main toothing of the retaining block prevents the main punching tooth from retracting when the main punching tooth moves toward the direction of the integrated block sealing guide turntable box. The main end face of the card stop is separated from the main tooth by the strong pulling force of the reciprocating power machine, or the end of the unloading side tooth piece is supported on the integrated block sealing guide turnout box, and the thrust side of the unloading side tooth head is pushed. One end of the tooth head is provided with a latching side tooth end face, and the shape of the latching end tooth end face is to prevent the side tooth retracting when the side tooth head moves toward the integrated block sealing guide turntable box, and the latching side tooth end face By separating the side tooth head from the side tooth seat by the powerful pulling force of the reciprocating power machine, the main reciprocating tooth or the main punching tooth or the side tooth head is quickly removed by the powerful power of the reciprocating power machine, thereby realizing quick tooth unloading and improving the efficiency. Or one end of the unloading toothed bracket is supported on the integrated block sealing guide turnout box, One end of the toothed body of the increased toothed body is provided with a latching end face of the toothed body, and the shape of the end face of the latching tooth is blocked when the joint tooth body moves toward the block sealing guide box of the integrated block. The increased tooth body is retracted, and the end face of the gear block is increased by the strong pulling force of the reciprocating power machine to separate the toothed body from the toothed tooth body, or the end of the fixed side ring gear is supported at the integrated block sealing guide. On the box, one end of the fixed side ring gear of the fixed side ring gear is fixed with a retaining side ring gear end face, and the shape of the end face of the ring gear fixed side ring gear is a fixed turn ring to the integrated block sealing guide When the direction moves, the side tooth head is prevented from retracting, and the fixed side ring gear end face of the card stop is separated from the pin type main tooth body by the strong pulling force of the reciprocating power.
The excavator jack of claim 93 is provided with main and side reciprocating tooth impacting devices, wherein: said reciprocating reciprocating gear comprises a pad unloader or a push plate unloader or a steel cylinder unloader or Card sleeve unloader.
The extractor jack of claim 93 is provided with a main and side reciprocating tooth impact device, wherein the unloading reciprocating gear comprises a magnet unloader, and the magnet unloader is provided with a magnet material, and the magnet is unloaded. The device is adsorbed on the position of the integrated block sealing guide to prevent the reciprocating tooth, and the position of the unloading tooth is adjusted, so that the magnet unloader is attached to the integrated block sealing guiding to turn box, which is reliable, flexible and simple.
The excavator jack of claim 93 is provided with a main and side reciprocating tooth impact device, wherein the unloading main toother comprises a pusher box body member and a pusher main punching member, and the pusher box body member and the pusher are pushed. The main toothing part is connected or integrated, and the integrated block sealing guiding to turn box further comprises a top pushing main toothing table or a top pushing main toothing surface or a top pushing main toothing hole slot, and the pushing top box One end of the piece is placed on the box guide hole plate or on the top pushing and unloading main toother table or on the side of the main thruster or the top of the main thruster, and the other end is pushed against the main thruster. The toothed member is connected, and the other end of the pusher main punching member is provided with a latching main punching end surface, and the shape of the main toothing end surface of the latching block is to prevent the main punching and contracting when the main punching tooth moves toward the integrated block sealing guide turnout box. Back, the main end of the card stop main tooth is separated from the main tooth by the strong pulling force of the reciprocating power.
The excavator jack of claim 6 is provided with main and side reciprocating tooth impact devices, wherein the main punching tooth comprises a main punching handle, and the main punching handle comprises a main punching taper or a main punching cylindrical handle or Main punch elliptical shank or main punch multi-prism shank or slotted main shank or T-shaped main shank or inverted T-shaped main shank or dovetail slot main shank or sleeve main shank , or side shank includes side shank taper or side shank or side shank elbow shank or side flank shank or shank side shank or T-shaped main shank or inverted T-shaped main shank or Dovetail groove side handle or sleeve side handle.
The mining machine jack according to claim 97 is characterized in that: the main tooth taper shank and/or the side tooth taper shank comprise a post-cone tightening stroke section, and the main tooth body comprises a main punching machine. The taper hole seat is provided with a post-cone tightening stroke section on the main punch taper shank of the main punch taper shank and the upper punching taper end of the main punching cone seat, and the taper of the post-cone tight section is equal to the main punching The taper of the taper shank is smaller than the taper of the taper of the main punching cone, and the main punching cone is not supported between the main punching cone seat and the main punching tooth. In the space of the main punching tooth, when the high-strength reciprocating impact reaction force causes the main punching taper shank to continue to move into the main punching cone seat, the post-cone tightening stroke moves to the main punching cone seat to ensure the main punch. The taper shank and the main punching cone seat are continuously tapered.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein the side reciprocating tooth comprises a stop rotation preventing structure, and the stop rotation preventing structure comprises a taper shank stop rotation preventing structure Or the tooth stop stop rotation structure, when the taper shank stop rotation structure is used, the side tooth seat is set as a reciprocating tooth block cone hole seat, and the side tooth shank is set as a insertion hole reciprocating tooth block taper shank, A reciprocating punching taper handle block is arranged at the lower end of the taper shank of the reciprocating punching table of the insertion hole, and correspondingly, a reciprocating toothed cone handle block is arranged at the lower part of the reaming toothed table cone hole seat. The lower stop of the reciprocating punching cone seat, the lower stop of the reciprocating punching cone seat is arranged in the reaming toothed table taper hole hole or the reciprocating toothing table taper hole seat hole, the insertion hole is inserted The reciprocating tooth block taper shank is connected to the reciprocating toothed table cone hole seat so that the inserting hole reciprocating tooth taper shank block and the reciprocating punching cone hole seat lower block fit and stop, the insertion hole reciprocating tooth The height of the taper shank is greater than the height of the lower stop of the reciprocating punching cone seat, and the inserting hole reciprocates the toothed taper shank and the reciprocating tooth The height difference of the lower stop of the cone seat is greater than or equal to the stroke of the conical tight section of the post-cone to the reciprocating toothed cone, the reciprocating toothed cone handle and the lower part of the reciprocating cone The height difference of the stop is set between the upper end surface of the lower block of the reciprocating toothed cone seat and the top surface of the reciprocating toothed cone handle block of the insertion hole. When the seat moves, the insertion hole is reciprocated, the top surface of the toothed cone handle is moved down by the same distance, and the height difference between the reciprocating toothed cone handle block and the lower stop of the reciprocating toothed cone seat ensures that the insertion hole reciprocates. The top surface of the toothed cone handle block does not collide with the upper end surface of the lower stop of the reciprocating toothed cone seat, or when the tooth body stop rotation preventing structure is used, the insertion hole at the upper end of the side tooth holder reciprocates the tooth body One side is provided with a reciprocating punching stop surface of the insertion hole, and correspondingly, a reciprocating punching through hole upper upper stop is arranged on the side toothed seat, and the height of the upper stop of the reciprocating punching through hole seat is greater than the post-cone tightening stroke The height of the segment is such that the upper stop of the reciprocating punching through hole seat and the reciprocating punching stop surface of the insertion through hole are fitted and stopped.
The main body and the side reciprocating tooth impact device of the mining machine jack according to claim 6, wherein the main tooth body is provided with the main tooth material flowing out of the guiding surface toward the material outflow surface, or the side tooth arm faces the material outflow surface. The side tooth arm material is provided to flow out of the guiding surface, or the side toothing seat is provided with the side toothing material flowing out of the guiding surface toward the material outflow surface, or the punching frame is provided with the punching material flowing out of the guiding surface or the beam toward the material outflow surface The punching frame is provided with the beam sleeve punching material flowing out of the guiding surface toward the material outflow surface, or the main tooth material flowing out of the guiding surface, the side toothing material flowing out of the guiding surface, the side toothing material flowing out of the guiding surface and the punching The outflow guiding surface of the rack material is combined into a multi-directional material flowing out of the guiding surface of the punching frame, or the main tooth material flows out of the guiding surface, the side tooth material flows out of the guiding surface, the side tooth material flows out of the guiding surface and the beam sleeve The material of the punching frame out of the guiding surface is combined into a multi-directional material of the beam sleeve and flows out of the guiding surface.
The main body and side reciprocating tooth impact device of the mining machine jack according to claim 13 or 54, wherein the increased tooth column and/or the pin main tooth body comprises a reserved cone tight stroke section, reserved The conical tight section comprises a conical tight section of the rear section of the conical column and/or a conical tight section of the conical section, wherein the main pole body of the pin column comprises a main tooth body of the cone column, and the main tooth body of the cone column is provided. The conical section of the cone is reserved in the rear section of the cone, and the cone main section of the main cylinder of the conical column and the conical section of the conical end of the fixed side ring is provided with a conical section of the conical section. The taper of the conical tight section of the rear section of the column is equal to the mating taper of the main tooth body of the cone and the fixed side ring gear or the mating taper of the main tooth body of the cone and the fixed side ring gear, and the rear end face of the fixed side ring gear to the cone The conical column of the main tooth body between the rear end faces of the main tooth body is provided with a conical section in the rear part of the conical column. The high-strength reciprocating impact reaction force fixes the fixed side ring gear to the rear part of the main tooth body of the conical column. The rear of the side ring of the tapered cone is reserved for the tapered section of the tapered section, and the length of the tapered section of the tapered section is the fixed side of the ring gear. When moving, the rear end surface of the main tooth body of the cone column does not push the distance of the rear end surface of the fixed side ring gear. The length of the conical section of the conical column is greater than or equal to the rear end surface of the main tooth body of the cone column. The rear end distance ensures that the fixed side ring gear and the main body of the cone column continue to be tightly tightened.

Or the main tooth body of the cone column is provided with a conical tight section of the middle section of the cone column, and the fixed side ring gear comprises a front fixed side ring gear and a rear fixed side ring gear, and the main tooth body of the cone column and the front fixed side ring gear and the rear The main tooth body of the tapered column between the front fixed side ring gear and the rear fixed side ring gear of the fixed side ring gear is provided with a conical section in the middle of the conical column, and the conical section of the conical column is reserved. The taper is equal to the mating taper of the main tooth body of the cone and the fixed side ring gear or the taper of the main tooth body of the cone and the fixed side ring gear, and the cone between the front end face of the front fixed side ring gear and the front end face of the rear fixed side ring gear. The main conical body of the column is provided with a conical tight section of the middle section of the conical column. When the high-strength reciprocating impact reaction force causes the front fixed side ring gear to continue to move toward the middle part of the conical main tooth body, the middle part of the front fixed side ring gear extension cone column is reserved. The tapered section is moved backward, and the length of the conical section of the cone is reserved. The length of the front side of the front fixed ring is rearward. When the rear end of the ring gear is not pushed, the front end of the ring gear is not pushed. The length of the reserved cone in the middle section of the column is greater than or equal to the front end of the rear fixed ring gear. From the end surface of the front push-side ring gear fixed to ensure that the front side of the fixed ring gear and the rear side of the fixed ring gear and the bevel gear main body of the column continued tightening cone.
The mining machine jack according to claim 13 or claim 54 is characterized in that: the enlarged tooth column and/or the pin type main tooth body comprises an increased tooth body rotation stop. The structure, the increased tooth rotation preventing structure comprises a pin rotation preventing structure or a boss rotation preventing structure, the pin type main tooth body comprises a pin reserved stroke section, and the pin type main tooth body rear end is provided with a pin column rotation preventing pin a hole or pin rotation boss, correspondingly disposed on the inner side wall of the rear side hole of the fixed side ring gear, a side ring rotation pin groove or a side ring rotation groove, a side ring rotation pin groove or side tooth The length of the ring-stop groove is the side ring gear stop pin length. The pin-retaining column reserved stroke length or the length of the pin-column stop pin. The pin-retaining column is reserved for the stroke length. The fixed side ring gear includes the side. The ring gear stop pin, the side ring rotation stop pin is disposed on the pin rotation stop pin hole, the side ring rotation stop pin groove is fastened on the side ring rotation stop pin, the side ring gear rotation stop pin groove and the side ring gear The stop pin and the pin stop pin hole cooperate to prevent the fixed side ring gear from rotating relative to the pin type main tooth body or the side ring ring rotation preventing groove and the pin rotation preventing boss to be locked and fixed Side shutter side sidewall ring gear stopper pin preventing off-side ring gear detent pin, to prevent dust, water, into the material.