WO2016141894A1 - 实施装滚动导向止转组件块导向止转方法的装滚动导向止转组件块往复冲击采掘机 - Google Patents

实施装滚动导向止转组件块导向止转方法的装滚动导向止转组件块往复冲击采掘机 Download PDF

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Publication number
WO2016141894A1
WO2016141894A1 PCT/CN2016/076298 CN2016076298W WO2016141894A1 WO 2016141894 A1 WO2016141894 A1 WO 2016141894A1 CN 2016076298 W CN2016076298 W CN 2016076298W WO 2016141894 A1 WO2016141894 A1 WO 2016141894A1
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WIPO (PCT)
Prior art keywords
hole
guide
reciprocating
bearing
guiding
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PCT/CN2016/076298
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English (en)
French (fr)
Inventor
刘素华
Original Assignee
刘素华
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Publication of WO2016141894A1 publication Critical patent/WO2016141894A1/zh

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    • EFIXED CONSTRUCTIONS
    • E21EARTH OR ROCK DRILLING; MINING
    • E21CMINING OR QUARRYING
    • E21C25/00Cutting machines, i.e. for making slits approximately parallel or perpendicular to the seam
    • E21C25/02Machines slitting solely by one or more percussive tools moved through the seam
    • EFIXED CONSTRUCTIONS
    • E21EARTH OR ROCK DRILLING; MINING
    • E21CMINING OR QUARRYING
    • E21C25/00Cutting machines, i.e. for making slits approximately parallel or perpendicular to the seam
    • EFIXED CONSTRUCTIONS
    • E21EARTH OR ROCK DRILLING; MINING
    • E21CMINING OR QUARRYING
    • E21C25/00Cutting machines, i.e. for making slits approximately parallel or perpendicular to the seam
    • E21C25/02Machines slitting solely by one or more percussive tools moved through the seam
    • E21C25/04Cutting crowns or other tools
    • EFIXED CONSTRUCTIONS
    • E21EARTH OR ROCK DRILLING; MINING
    • E21CMINING OR QUARRYING
    • E21C25/00Cutting machines, i.e. for making slits approximately parallel or perpendicular to the seam
    • E21C25/68Machines for making slits combined with equipment for removing, e.g. by loading, material won by other means
    • EFIXED CONSTRUCTIONS
    • E21EARTH OR ROCK DRILLING; MINING
    • E21CMINING OR QUARRYING
    • E21C31/00Driving means incorporated in machines for slitting or completely freeing the mineral from the seam
    • E21C31/02Driving means incorporated in machines for slitting or completely freeing the mineral from the seam for cutting or breaking-down devices
    • EFIXED CONSTRUCTIONS
    • E21EARTH OR ROCK DRILLING; MINING
    • E21CMINING OR QUARRYING
    • E21C35/00Details of, or accessories for, machines for slitting or completely freeing the mineral from the seam, not provided for in groups E21C25/00 - E21C33/00, E21C37/00 or E21C39/00
    • EFIXED CONSTRUCTIONS
    • E21EARTH OR ROCK DRILLING; MINING
    • E21CMINING OR QUARRYING
    • E21C35/00Details of, or accessories for, machines for slitting or completely freeing the mineral from the seam, not provided for in groups E21C25/00 - E21C33/00, E21C37/00 or E21C39/00
    • E21C35/08Guiding the machine
    • EFIXED CONSTRUCTIONS
    • E21EARTH OR ROCK DRILLING; MINING
    • E21CMINING OR QUARRYING
    • E21C35/00Details of, or accessories for, machines for slitting or completely freeing the mineral from the seam, not provided for in groups E21C25/00 - E21C33/00, E21C37/00 or E21C39/00
    • E21C35/18Mining picks; Holders therefor
    • EFIXED CONSTRUCTIONS
    • E21EARTH OR ROCK DRILLING; MINING
    • E21CMINING OR QUARRYING
    • E21C35/00Details of, or accessories for, machines for slitting or completely freeing the mineral from the seam, not provided for in groups E21C25/00 - E21C33/00, E21C37/00 or E21C39/00
    • E21C35/18Mining picks; Holders therefor
    • E21C35/183Mining picks; Holders therefor with inserts or layers of wear-resisting material
    • EFIXED CONSTRUCTIONS
    • E21EARTH OR ROCK DRILLING; MINING
    • E21CMINING OR QUARRYING
    • E21C35/00Details of, or accessories for, machines for slitting or completely freeing the mineral from the seam, not provided for in groups E21C25/00 - E21C33/00, E21C37/00 or E21C39/00
    • E21C35/18Mining picks; Holders therefor
    • E21C35/187Mining picks; Holders therefor with arrangement of fluid-spraying nozzles
    • EFIXED CONSTRUCTIONS
    • E21EARTH OR ROCK DRILLING; MINING
    • E21CMINING OR QUARRYING
    • E21C35/00Details of, or accessories for, machines for slitting or completely freeing the mineral from the seam, not provided for in groups E21C25/00 - E21C33/00, E21C37/00 or E21C39/00
    • E21C35/18Mining picks; Holders therefor
    • E21C35/19Means for fixing picks or holders
    • EFIXED CONSTRUCTIONS
    • E21EARTH OR ROCK DRILLING; MINING
    • E21CMINING OR QUARRYING
    • E21C35/00Details of, or accessories for, machines for slitting or completely freeing the mineral from the seam, not provided for in groups E21C25/00 - E21C33/00, E21C37/00 or E21C39/00
    • E21C35/20General features of equipment for removal of chippings, e.g. for loading on conveyor
    • EFIXED CONSTRUCTIONS
    • E21EARTH OR ROCK DRILLING; MINING
    • E21CMINING OR QUARRYING
    • E21C35/00Details of, or accessories for, machines for slitting or completely freeing the mineral from the seam, not provided for in groups E21C25/00 - E21C33/00, E21C37/00 or E21C39/00
    • E21C35/22Equipment for preventing the formation of, or for removal of, dust
    • EFIXED CONSTRUCTIONS
    • E21EARTH OR ROCK DRILLING; MINING
    • E21DSHAFTS; TUNNELS; GALLERIES; LARGE UNDERGROUND CHAMBERS
    • E21D9/00Tunnels or galleries, with or without linings; Methods or apparatus for making thereof; Layout of tunnels or galleries
    • E21D9/10Making by using boring or cutting machines
    • E21D9/106Making by using boring or cutting machines with percussive tools, e.g. pick-hammers
    • EFIXED CONSTRUCTIONS
    • E21EARTH OR ROCK DRILLING; MINING
    • E21DSHAFTS; TUNNELS; GALLERIES; LARGE UNDERGROUND CHAMBERS
    • E21D9/00Tunnels or galleries, with or without linings; Methods or apparatus for making thereof; Layout of tunnels or galleries
    • E21D9/10Making by using boring or cutting machines
    • E21D9/1086Drives or transmissions specially adapted therefor
    • EFIXED CONSTRUCTIONS
    • E21EARTH OR ROCK DRILLING; MINING
    • E21DSHAFTS; TUNNELS; GALLERIES; LARGE UNDERGROUND CHAMBERS
    • E21D9/00Tunnels or galleries, with or without linings; Methods or apparatus for making thereof; Layout of tunnels or galleries
    • E21D9/10Making by using boring or cutting machines
    • E21D9/1093Devices for supporting, advancing or orientating the machine or the tool-carrier
    • EFIXED CONSTRUCTIONS
    • E21EARTH OR ROCK DRILLING; MINING
    • E21DSHAFTS; TUNNELS; GALLERIES; LARGE UNDERGROUND CHAMBERS
    • E21D9/00Tunnels or galleries, with or without linings; Methods or apparatus for making thereof; Layout of tunnels or galleries
    • E21D9/12Devices for removing or hauling away excavated material or spoil; Working or loading platforms
    • EFIXED CONSTRUCTIONS
    • E21EARTH OR ROCK DRILLING; MINING
    • E21FSAFETY DEVICES, TRANSPORT, FILLING-UP, RESCUE, VENTILATION, OR DRAINING IN OR OF MINES OR TUNNELS
    • E21F13/00Transport specially adapted to underground conditions

Definitions

  • the invention belongs to the field of machinery, and in particular relates to a reciprocating impact mining machine equipped with a rolling guide rotation preventing assembly block which is equipped with a rolling guide rotation stop assembly block guiding and stopping method.
  • the reciprocating impact boring machine impacts the coal wall, rock wall, concrete and other excavation processes, the hard rock wall, concrete and so on make the reciprocating impact part with strong reaction force, and the super strong reaction force has the reciprocating impact part.
  • the super destructive force causes the box seals, reciprocating impact dynamic parts and reciprocating impact guiding parts of the reciprocating impact boring machine to be damaged frequently and the maintenance amount is extremely large.
  • the main reasons are as follows: 1.
  • the original reciprocating impact boring machine guides the rolling
  • the support of the components is that the ear plates supporting the rollers are respectively disposed on the inner wall of the box body formed by the four-sided box plates, and the other ear plates are suspended except that one side is connected with the box body, and the ear plates are not connected to each other.
  • the axial positioning difference of the installation of more than two bearings causes the axis after the installation of the two bearings is difficult to be perpendicular to the reciprocating impact guiding rod, so that the rolling element surface supported by the bearing
  • the surface of the reciprocating impact guide rod is poorly fitted, and a part of the surface has excessive clearance, and a part of the surface is excessively pressed.
  • the degree difference makes the box sealing section of the reciprocating impact guiding rod eclipse the box sealing member, so that the sealing member is quickly damaged, so that the power component in the box body is heated due to the loss of lubricating cooling liquid, and the severe high temperature deforms the power component.
  • the design of the surface of the rolling element supporting the reciprocating impact guiding rod and the surface of the reciprocating impact guiding rod is not designed. When the reciprocating impact guiding rod is subjected to a strong lateral impact, even if the impact guiding rod has a certain swing, the sticker The structure of the joint surface still does not produce sliding friction; 6.
  • the surface of the rolling element supporting the reciprocating impact guide rod and the reciprocating impact guide The design of the surface abutment surface is not designed and manufactured.
  • the present invention proposes a reciprocating impact mining machine equipped with a rolling guide rotation preventing assembly block which is equipped with a rolling guide rotation preventing assembly block guide rotation preventing method.
  • the present invention provides a rolling guide rotation preventing assembly block reciprocating impact mining machine which is equipped with a rolling guide rotation preventing assembly block guiding rotation preventing method
  • the rolling guiding rotation preventing assembly block reciprocating impact mining machine comprises a linkage guiding sealing insertion tooth Seat, reciprocating power machine, rolling guide rotation stop, rolling guide rotation preventing assembly block, integrated block connecting piece, guiding tonning box sealing member and reciprocating punching, etc., interlocking guiding sealing gear holder including reciprocating toothed seat linkage Segment, reciprocating toothed seat guiding section, reciprocating toothed seat sealing section and reciprocating toothed seat inserting section, reciprocating toothed joint linking section, reciprocating toothed seat guiding section, reciprocating toothed seat sealing section and reciprocating toothed toothed toothed section Or the reciprocating tooth joint linking section, the reciprocating toothed seat guiding section, the reciprocating toothed seat sealing section and the reciprocating toothed seat inserting tooth section are integrated, and the front end of the interlocking guiding and sealing toothe
  • 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 one
  • the single-toothed seat forms a single-toothed reciprocating impactor
  • one of the connecting rods drives the multi-toothed seat to form a multi-toothed reciprocating impactor
  • the multi-toothed reciprocating impactor includes a reciprocating impactor or a left and right spigot Reciprocating impactor or upper and lower left pedestal reciprocating impactor or upper and lower right pedestal reciprocating impactor or upper and lower left and right pedestal reciprocating impactors, etc.
  • upper and lower spur reciprocating impactors are provided with upper reciprocating toothed joints
  • the upper reciprocating toothed seat guiding section, the upper reciprocating toothed seat sealing section and the upper reciprocating toothed toothed inserting segment form an upper interlocking guide pinion seat and the upper and lower toothed seat reciprocating impactor is provided with a lower reciprocating tooth
  • a roller guide rotation stop is formed at both ends of the guide roller, or the bearing member guide rotation stopper includes a guide bearing member and a guide bearing fixing member, and the guide bearing member is disposed on the guide bearing fixing member, and the guide bearing member includes the bearing body.
  • a bearing sleeve is arranged 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 guiding 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 upper rolling guide rotation preventing assembly block comprises a front loading rolling guide rotation preventing assembly block and a rear loading rolling guiding rotation preventing assembly block, etc., the front loading rolling guiding rotation preventing component block and the rear loading rolling guiding block
  • the assembly block is arranged in parallel in front and rear, and the front and rear rolling guide rotation preventing assembly block and the rear loading rolling guide rotation preventing assembly block are provided
  • the rolling guide rotation preventing assembly block forms an integrated block sealing guiding rotation stop box
  • the front loading rolling guiding rotation preventing assembly block comprises a front loading reciprocating toothed seat guiding section single hole integrated block or a front loading rolling guiding rotation preventing component block including a front mounting reciprocating toothed seat Guide section porous integrated block, rear mounted rolling guide rotation preventing assembly block including rear mounted reciprocating toothed seat guiding section single hole integrated block or rear mounted rolling guiding rotation preventing component block including rear mounted reciprocating toothed seat guiding
  • the segmented porous integrated block is equipped with a rolling guide rotation preventing component block to increase the guiding cohesion force, increase the guiding and righting force, reduce the swinging impact of the reciprocating toothed seat sealing section on the guiding to the rotating box sealing member, and the front mounting reciprocating toothed seat guiding section single hole
  • the 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
  • Two or more front rolling guide stopper holes are provided at two or more side portions of each front reciprocating tooth holder guide segment hole, and two or more rear rolling guides are provided for two or more side portions of each rear reciprocating tooth holder guide segment hole a plurality of front reciprocating adapter guiding segments are disposed in the plurality of front reciprocating adapter guiding segments, and a plurality of rear reciprocating adapter guiding segments are disposed in the plurality of rear reciprocating adapter guiding segments, respectively More than two sides of the front reciprocating toothed guide segment
  • Two or more front rolling guide stoppers are disposed in two or more front rolling guide stopper holes, and two or more rear rolling guide rotation stoppers are disposed on two or more side portions of each rear reciprocating tooth holder guiding section
  • two or more front rolling guide retainer side walls are respectively fitted with two or more sides of the front reciprocating toothed seat guiding section in the front reciprocating toothed seat guiding section holes, two The two sides of the rear rolling guide retainer are respectively engaged with the
  • the plurality of support lugs are formed as a one-piece slab, and the integrated slab makes the space supporting the plurality of rolling guide rotators intensively materialized, improves the positioning accuracy of the plurality of rolling guide rotators, and reduces the use of the plurality of support members.
  • the rolling guide rotation preventing assembly block improves the righting strength of the plurality of rolling guide rotation stoppers and the linkage guide sealing socket, thereby simplifying the structure and improving the structure.
  • the reciprocating tooth block sealing section and the guide rotation box seal are matched with the sealing block sealing guide turnout box, the front loading rolling guide rotation stop component block and The rear loading rolling guide rotation preventing component block supports the interlocking guiding sealing toothed seat, and the end of the interlocking guiding sealing gear holder is provided with reciprocating punching teeth to form a linkage guiding sealing toothed seat reciprocating impactor, and the reciprocating power unit is connected with the reciprocating toothed seat linkage In the segment, the reciprocating power unit drives the reciprocating impact of the interlocking guide sealing seat 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 inner ring stop 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 hole of the bearing B is smaller than the inner diameter of the outer ring of the bearing B
  • the inner ring block of the bearing A and the inner ring of the bearing B block the bearing A and the bearing B from swaying along the guiding roller
  • the rolling guiding stop includes the bearing preventing swaying part, etc.
  • the anti-bearing swaying member includes a bearing sleeve and an end cover, and the bearing sleeve and the end cover are separated or integrated.
  • the anti-bearing swaying member positions the bearing outer ring in the rolling guide rotator hole to prevent the bearing A and the bearing.
  • the rolling guide rotation stop includes the retaining bearing body inner ring A retaining sleeve, the retaining bearing body inner ring B retaining sleeve and the fixed bearing body shaft Wait, the bearing body body ring A block and the block bearing body inner ring B block inner diameter is greater than or equal to the bearing body inner diameter, the block bearing body ring A block and the block bearing body ring B block outer diameter is smaller than the bearing body Inner diameter of the ring, one end of the rolling guide stop hole is provided with a bearing body part Ring A retaining sleeve, the bearing body member is disposed on the inner ring A of the retaining bearing body member, one end of the fixed bearing body shaft passes through the inner hole of the bearing body and passes through the retaining ring of the inner ring of the bearing body.
  • the bearing member of the rotating component block is guided into the hole at one end of the stopping hole of the bearing body, and the retaining ring of the inner ring of the bearing body is disposed at the other end of the bearing body member, and the fixed bearing body shaft is connected to the inner ring of the fixed bearing bearing inner ring A, Bearing body part and retaining bearing body inner ring B block, etc., fixed bearing body shaft and retaining bearing body ring B block is connected or integrated, so that the bearing inner ring is positioned in the rolling guide stop hole to ensure
  • the bearing body surface and the reciprocating toothed seat guiding section surface are in contact with the rolling friction, and the one-time rolling guiding and guiding rotation-stopping component block tooling positioning is performed on the rolling guiding and guiding rotation-stopping component block to form the front reciprocating toothed seat guiding section hole and is mounted in the rolling
  • the guide rotation preventing assembly block is processed into a plurality of rolling guide rotation stop holes, and the processed rolling guide rotation rotation stop assembly block retains the thickness of each hole wall and the
  • 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 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, front right is mounted on the rolling guide rotation preventing assembly block
  • the bearing B hole and the front right guide roller hole are machined into a through hole, and the front left guide roller axially passes through the front left bearing A hole or the front left left bearing B hole is tilted when the front left guiding roller and the reciprocating toothed guide guiding plane are
  • the distance between the bonding line and the bonding line of the front right guiding roller and the plane of the reciprocating tooth guide 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 center of the reciprocating toothed guiding section
  • the line 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 front loading rolling guide rotation preventing assembly block comprises a front reciprocating toothed seat guiding section left hole and a front reciprocating toothed guiding section right hole
  • the rear loading rolling guiding rotation preventing assembly block comprises a rear reciprocating toothed guiding section left hole and a rear reciprocating toothed seat
  • the right side of the guiding section, the left hole axis of the front reciprocating toothed guide section is coaxial or parallel with the left hole axis of the rear reciprocating toothed guide section
  • the right reciprocating toothed guiding section of the right reaming axis is the same as the right reaming axis of the rear reciprocating toothed guiding section Axis or parallel, right reciprocating toothed seat guide section left hole right side and front reciprocating toothed seat guiding section right hole left
  • the front front 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
  • rear reciprocating toothed guide section left side right side and rear reciprocating toothed seat guiding section right side left side of the rear loading rolling guide rotation stop assembly block is provided with a rear middle rolling guide stop hole, etc., the middle intermediate rolling guide
  • the rotator is disposed in the rear middle rolling guide stopper hole, and the rear middle rolling guide rotation stopper in the rear middle rolling guide rotation stopper is fitted to the left and rear left reciprocating toothed guide guiding surface, and the rear middle rolling guide is stopped.
  • the rear middle rolling guide rotation stopper in the rotor hole is fitted to the right rear reciprocating tooth holder guiding section surface, and the crank connecting rod or the straight shaft cam connecting rod is provided with a left convex shaft and a right convex shaft, and the left convex shaft And the right convex axis is set at 180 degrees, and the left convex axis drives the left lance holder
  • the right convex axis drives the reciprocating impact of the right toothed seat.
  • the left convex axis drives the left pedestal seat to move forward
  • the right convex axis drives the right pedestal seat to move backward.
  • the left convex axis drives the left pedestal seat backwards.
  • the right convex axis drives the right pedestal seat to impact forward.
  • the left and right toothed seat and the right pedestal seat move forward and backward.
  • the space of the two front rolling guide stops is required to be combined into one.
  • the space of the rear rolling guide stop is combined to improve the space utilization ratio of the rolling guide rotation stop assembly block, reduce the length of the crankshaft, relatively increase the equipment strength, save the manufacturing cost, reduce the width of the impact surface and reduce the impact resistance.
  • the multi-toothed reciprocating impactor includes 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 disposed to the left and right, the left convex shaft drives the left upper and lower lance holders, and the right convex shaft drives the upper right
  • the lower toothed seat, 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, a front right lower reciprocating toothed seat
  • the guide segment hole and the like, the rear loading rolling guide rotation preventing assembly block is provided with a rear left upper reciprocating tooth holder guiding section hole, a rear left lower reciprocating toothed seat guiding section hole, and a rear right upper reciprocating toothed seat guiding section hole, and a rear right lower reciprocating toothed seat.
  • the left upper reciprocating toothed seat guide section hole is provided with a left front upper guide bar left rolling guide stop hole on the left side, and a front left upper reciprocating toothed seat guide section hole lower side is provided with a left front upper guide bar lower rolling guide stop rotation
  • the right side of the front right upper reciprocating toothed seat guiding section hole is provided with a right front upper guiding rod right rolling guiding stop hole and a right front upper guiding rod lower rolling guiding stop on the lower right side of the front right upper reciprocating toothed guiding section hole Hole, front left upper reciprocating toothed seat guide section hole and front right upper side
  • the front loading rolling guide rotation preventing assembly block between the hole 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 stop hole
  • the side is matched with the front left upper reciprocating toothed guide guiding surface, and the front upper middle rolling guide rotation stopper in the front upper middle rolling guiding stopper hole is fitted to
  • the left convex shaft drives the left upper and lower gear holders to reciprocate impact
  • the right convex shaft drives the right upper and lower gear teeth to reciprocate impact
  • the left convex axis drives the left upper and lower pedestal seats to move forward
  • the right convex axis drives the right upper and lower lance holders to move backward
  • 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 lance holders.
  • Forward impact using the characteristics of the left and right upper and lower right and the right and left sockets to move forward and backward, the space of the two front upper rolling guides is required to be combined into one, and two front and lower rolling guides are required to be set.
  • the space of the device is combined into one, and the space for setting the two rear upper rolling guides is combined into one, and the space for setting the two rear lower rolling guides is combined into one, and the rolling guide is improved.
  • the left rear upper reciprocating tooth, the left rear lower reciprocating tooth, and the right front upper reciprocating tooth, the right front lower reciprocating tooth, the right rear upper reciprocating tooth, the right rear lower reciprocating tooth, or the left upper and lower reciprocating teeth are disposed at both ends of the right upper and lower pinning seats.
  • One end of the seat is placed on the left front
  • the reciprocating tooth, the left front lower reciprocating tooth and the right front upper reciprocating tooth and the right front lower reciprocating tooth are disposed at one end of the right upper and lower pinning seat, and the left front lower guiding bar rolls the guiding stop and the left rear when the material is up to the left upper and lower pinning seat
  • the rolling guide rotation preventing assembly block comprises a front hole reciprocating toothed seat guiding section single hole integrated block and a rear mounted reciprocating toothed seat guiding section single hole integrated block, and the like.
  • the front-loading reciprocating toothed guide section single-hole integrated block is set as a front multi-faceted component rotation-stopping integrated block.
  • the seat guiding section single hole integrated block is set as a rear multi-faceted component rotation preventing guiding integrated block.
  • the front multi-face assembly anti-rotation guide manifold is set as the front two-sided roller assembly guide rotation stop block or as the front three-side roller assembly guide rotation stop block or as the front four-sided roller assembly guide rotation stop block or set to The first five-sided roller assembly guides the anti-rotation manifold, etc.
  • the rear multi-face assembly anti-rotation guide assembly block is set as the rear two-sided roller assembly guide rotation prevention integration block or as the rear three-side roller assembly guide rotation prevention integration block or as the rear four-side roller assembly guide rotation prevention integration block or as The rear five-sided roller assembly guides the anti-rotation manifold, etc.
  • the front four-sided roller assembly guide rotation preventing integrated block is provided with a front reciprocating toothed guide hole
  • the rear four-side roller assembly guides the rotation-stopping integrated block to set the rear reciprocating toothed guide segment hole
  • the axis of the front reciprocating toothed guide segment is coaxial or parallel with the axis of the rear reciprocating toothed guide segment.
  • the front four-side roller assembly guiding and stopping integrated block on the left side of the front reciprocating toothed guide hole is provided with a front left bearing A hole, Front left bearing B hole and front left guide roller hole, etc.
  • Front left bearing A hole, The front left bearing B hole and the front left guiding roller hole are connected from one side of the front four-side roller assembly to the rotation preventing integrated block, Front left bearing A hole, The front left bearing B hole and the front left guiding roller hole are coaxial,
  • the front four-side roller assembly guiding and stopping integral block on the right side of the front reciprocating toothed guide hole is provided with a front right bearing A hole, Front right bearing B hole and front right guide roller hole, etc.
  • Front right bearing A hole, The front right bearing B hole and the front right guiding roller hole are connected from the front four-side roller assembly to the side of the rotation preventing integrated block, Front right bearing A hole, The front right bearing B hole and the front right guiding roller hole are coaxial,
  • the front four-side roller assembly guiding and stopping integrated block on the lower part of the front reciprocating toothed guide hole is provided with a front lower bearing A hole, Front lower bearing B hole and front lower guide roller hole, etc.
  • Front lower bearing A hole, The front lower bearing B hole and the 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 lower bearing A hole, The front lower bearing B hole and the front lower guide roller hole are coaxial, The front four-side roller assembly on the upper portion of the front reciprocating toothed guide segment hole is provided with a front bearing A hole, Front upper bearing B hole and front upper guiding roller hole, etc.
  • Front 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 side of the rotation preventing integrated block, Front upper bearing A hole, The front upper bearing B hole and the front upper guiding roller hole are coaxial,
  • the rear four-side roller assembly on the left side of the rear reciprocating toothed guide hole is provided with a rear left bearing A hole, Rear left bearing B hole and rear left guiding roller hole, etc.
  • Rear left bearing A hole, The rear left bearing B hole and the rear left guiding roller hole are connected from one side of the rear four-side roller assembly to the rotation preventing integrated block, Rear left bearing A hole, The rear left bearing B hole and the rear left guiding roller hole are coaxial,
  • the rear four-side roller assembly on the right side of the rear reciprocating toothed guide hole is provided with a right bearing A hole, Rear right bearing B hole and rear right guiding roller hole, etc.
  • Rear right bearing A hole, The rear right bearing B hole and the rear right guiding roller hole are connected from the rear four-side roller assembly to the side of the rotation preventing integrated block, Rear right bearing A hole, The rear right bearing B hole and the rear right guiding roller hole are coaxial,
  • the rear four-side roller assembly of the lower portion of the rear reciprocating toothed guide segment is provided with a rear bearing A hole, Rear lower bearing B hole and rear lower guide roller hole, etc.
  • the rear lower bearing B hole and the rear lower guiding roller hole are connected from one side of the rear four-side roller assembly to the rotation preventing integrated block, Wear the lower bearing A hole, The rear lower bearing B hole and the rear lower guide roller hole are coaxial, The rear four-side roller assembly on the upper part of the rear reciprocating toothed guide section hole is provided with a rear bearing A hole, Rear upper bearing B hole and rear upper guiding roller hole, etc.
  • the four-sided roller assembly guides one side of the stop-stop integrated block, Wear the upper bearing A hole, Rear upper bearing B hole and rear upper guiding roller hole from rear
  • Wear the upper bearing A hole, The rear upper bearing B hole and the rear upper guiding roller hole are coaxial
  • the front left guide roller hole is connected to the front reciprocating tooth guide guide 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 at the other end to form a front left roller guiding stop.
  • the front left roller guide stopper is disposed in the front left guide roller through hole,
  • the front left guide roller side surface is fitted into the left side of the front reciprocating tooth holder guiding section in the front reciprocating toothed seat guiding section hole,
  • the front right guiding roller hole is connected with the front reciprocating toothed guide hole.
  • the front right bearing A is disposed at one end of the front right guide roller, and the front right bearing B is disposed at the other end to form a front right roller guide stop.
  • the front right roller guide stopper is disposed in the front right guide roller through hole,
  • the front right guide roller side surface is fitted into the right side surface of the front reciprocating tooth holder guiding section in the front reciprocating toothed seat guiding section hole,
  • the front upper guiding roller hole is connected with the front reciprocating toothed guide hole.
  • the front upper bearing A is disposed at one end of the front upper guiding roller, and the front upper bearing B is disposed at the other end to constitute a front upper roller guiding stopper.
  • the front upper roller guide stopper is disposed in the front upper guide roller through hole,
  • the front upper guide roller side surface fits in the front reciprocating tooth holder guiding section hole and the upper reciprocating toothed seat guiding section upper side surface,
  • the front lower guide roller hole is connected to the front reciprocating tooth guide guiding hole,
  • the front lower bearing A is disposed at one end of the front lower guide roller, and the front lower bearing B is disposed at the other end to form a front lower roller guide stop.
  • the front lower roller guide stopper is disposed 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 is fitted to the lower side of the front reciprocating tooth guide guiding section,
  • the rear left guide roller hole is connected to the rear reciprocating tooth guide guiding hole,
  • the rear left bearing A is disposed at the other end, and the left bearing B is formed to form a rear left roller guide stop.
  • the rear left roller guide stopper is disposed in the rear left bearing A and the rear left bearing B and the rear left guide roller through hole,
  • the rear left guide roller side surface is fitted to the left side surface of the rear reciprocating tooth holder guide section,
  • the rear right guide roller hole is connected to the rear reciprocating tooth guide guiding hole,
  • the right bearing A is disposed at the other end, and the right bearing B constitutes a rear right roller guide stop.
  • 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,
  • the rear right guide roller side surface is fitted on the right rear reciprocating toothed seat guide section hole and the rear right side of the rear reciprocating toothed guide section.
  • the rear upper guide roller hole is connected to the rear reciprocating tooth guide guiding hole,
  • the rear upper bearing A is disposed at one end of the rear upper guide roller, and the rear upper bearing B is formed to constitute a rear upper roller guide rotation stop.
  • a rear upper roller guide stopper is disposed in the rear upper bearing A and the rear upper bearing B and the rear upper guide roller through hole,
  • the side of the rear upper guide roller is fitted into the upper side of the rear reciprocating toothed guide section in the rear reciprocating toothed guide section hole,
  • the rear lower guide roller hole is connected to the rear reciprocating tooth guide guiding hole,
  • the rear lower bearing A is disposed at one end of the rear lower guide roller, and the rear lower bearing B is disposed at the other end to form a rear lower roller guide rotation stop.
  • the rear lower roller guide stopper is disposed in the rear lower bearing A and the rear lower bearing B and the rear lower guide roller through hole, The side of the rear lower guide roller is fitted into the lower side of the rear reciprocating toothed guide section in the rear reciprocating toothed guide section hole,
  • the rolling guide rotation stop assembly block comprises a front reciprocating toothed guide section upper and lower hole integration block and a rear reciprocating toothed guide section upper and lower hole integration block,
  • the upper and lower hole integration block of the front reciprocating tooth holder guiding section is provided with a front reciprocating toothed seat guiding section upper hole and a front reciprocating toothed seat guiding section lower hole,
  • the upper and lower hole integration blocks of the rear reciprocating tooth holder guiding section are provided with a rear reciprocating toothed seat guiding section upper hole and a rear reciprocating toothed seat guiding section lower hole,
  • the upper hole axis of the front reciprocating toothed guide segment is coaxial or parallel with the upper hole axis of the rear reciprocating toothe
  • a front rotation stop guide section is disposed in the upper hole of the front reciprocating tooth holder guiding section,
  • the front and rear left and right side bearing A holes are arranged on the upper and lower hole guiding blocks of the front reciprocating toothed seat guiding section on the left side of the upper reciprocating toothed seat guiding section.
  • 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 integration block of the front reciprocating toothed guide section, Front upper left bearing A hole, The front upper left bearing B hole is coaxial with the front upper left guiding roller hole, The front reciprocating toothed seat guiding section on the right side of the upper hole of the front reciprocating toothed guide section is provided with a front right upper bearing A hole, Front upper right bearing B hole and front upper right guiding roller hole, etc.
  • Front upper right bearing A 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, Front upper right bearing A hole, The front upper right bearing B hole is coaxial with the front upper right guiding roller hole, The front reciprocating toothed seat guiding section of the lower part of the upper reciprocating toothed guide section is provided with a hole for the lower bearing A of the upper and lower guiding rods Front upper guide rod lower bearing B hole and front upper guide rod lower guide roller hole, etc.
  • 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 connected from the front and rear hole integration block side of the front reciprocating tooth holder guiding section, 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,
  • the lower pin gear front stop rotation guide section is disposed in the lower hole of the front reciprocating tooth holder guiding section, a front reciprocating toothed seat guiding section of the upper portion of the lower reciprocating toothed guide section is provided with a bearing A hole on the upper and lower guiding rods a bearing B hole on the front lower guide rod and a guide roller hole on the front lower guide rod, etc.
  • the bearing B hole on the front lower guide rod and the guide roller hole on the front lower guide rod are connected from one side of the upper and lower hole integration block of the front reciprocating tooth guide guiding section, Bearing A hole on the front lower guide rod,
  • the bearing B hole on the front lower guide rod is coaxial with the guide roller hole on the front lower guide rod,
  • the front and rear reciprocating toothed seat guiding sections on the left side of the lower side of the front reciprocating toothed guide section are provided with a front bearing lower rod left bearing A hole, Front lower guide rod left bearing B hole and front lower guide rod left guide roller hole, etc.
  • 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 connected from one side of the upper and lower hole integration block of the front reciprocating tooth guide guiding section, 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, The front and rear reciprocating toothed guide segments on the right side of the lower hole of the front reciprocating toothed guide segment are provided with a right bearing A hole for the front lower guide bar. Front lower guide rod right bearing B hole and front lower guide rod right guide roller hole, etc.
  • 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 upper and lower hole integration block side of the front reciprocating tooth holder guiding section, 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 coaxial,
  • the rear reciprocating tooth holder guiding section is provided on the upper and lower hole integration block, and the rear reciprocating toothed seat guiding section upper hole and the rear reciprocating toothed seat guiding section lower hole are arranged, After the upper gear holder, the rotation stop guiding section is disposed in the upper hole of the rear reciprocating tooth holder guiding section,
  • the rear reciprocating toothed seat guide section on the left side of the upper hole of the rear reciprocating toothed guide section is provided with a rear upper left bearing A hole, Rear upper left bearing B hole and rear upper left guiding roller hole, etc.
  • 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 toothed guide section, Rear upper left bearing A hole, The rear upper left bearing B hole and the rear upper left guiding roller hole are coaxial,
  • the rear reciprocating toothed seat guide section on the right side of the upper hole of the rear reciprocating toothed guide section is provided with a rear right upper bearing A hole, Rear upper right bearing B hole and rear upper right Guide roller hole, etc.
  • 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 toothed guide section, 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 guiding section of the lower part of the upper part of the rear reciprocating toothed guide section is provided with a hole for the lower bearing A of the upper and lower guide rods Rear upper guide rod lower bearing B hole and rear upper guide rod lower guide roller hole, etc.
  • Rear 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 are connected from one side of the upper and lower hole integration block of the rear reciprocating tooth holder guiding section, Rear 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 are coaxial,
  • the rotation stop guide section is disposed in the lower hole of the rear reciprocating tooth holder guiding section
  • 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 and lower guiding rods, a bearing B hole on the rear lower guide rod and a guide roller hole on the rear lower guide rod, etc.
  • the bearing B hole on the rear lower guide rod and the guide roller hole on the rear lower guide rod are connected from one side of the upper and lower hole integration block of the rear reciprocating tooth holder guiding section, Bearing A hole on the lower 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 coaxial,
  • the rear reciprocating toothed seat guide section on the left side of the lower hole of the rear reciprocating toothed guide section is provided with a left bearing A hole for wearing the lower lower guide rod, Rear lower guide rod left bearing B hole and rear lower guide rod left guide roller hole, etc.
  • Rear lower guide rod left bearing A hole, The rear lower guide rod left bearing B hole and the rear lower guide rod left guiding roller hole are connected from one side of the upper and lower hole integration block of the rear reciprocating tooth holder guiding section, Rear lower guide rod left bearing A hole, The rear lower guide rod left bearing B hole and the rear lower guide rod left guide roller hole are coaxial,
  • the rear reciprocating toothed seat guiding section on the right side of the lower hole of the rear reciprocating toothed guide section is provided with a right bearing A hole for the lower rear guiding rod Rear lower guide rod right bearing B hole and rear lower guide rod right guide roller hole, etc.
  • 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 one side of the upper and lower hole integration block of the rear reciprocating tooth holder guiding section, 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 guiding section connecting member is connected with the reciprocating toothed tooth connecting section or the reciprocating toothed seat guiding section connecting piece and the reciprocating toothed joint linking section are integrated,
  • the reciprocating toothed seat guide segment connecting member is disposed between the upper inserting tooth front rotation preventing guiding section and the upper inserting toothed rear rotation preventing guiding section, and is disposed at the lower insertion toothed front stop rotation guiding section and the lower insertion toothed seat, and the rotation preventing guiding is provided
  • the segments between the segments or the reciprocating toothed guide segment are disposed at the rear end of the upper pin holder and the rear
  • 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 to prevent rotation.
  • the upper locking seat front rotation stop guiding section and the upper insertion tooth seat rear rotation stopping guiding section form an upper reciprocating toothed seat guiding section
  • the lower sprocket front stop rotation guide section and the lower sprocket seat rear rotation stop guide section constitute a lower reciprocating toothed seat guide section
  • the crank connecting rod is disposed between 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, and is disposed between the upper reciprocating toothed seat guiding section and the lower reciprocating toothed seat guiding section, Make full use of the guiding and stopping distance of the upper and lower hole integration block of the front reciprocating toothed guide section and the upper and lower hole integration block of the rear reciprocating toothed guide section.
  • the rotation force of the crank connecting rod is beneficial to the lubricating liquid between the upper and lower hole assembly blocks of the front reciprocating toothed guide guiding section and the upper and lower hole integration blocks of the rear reciprocating toothed guiding section to the rolling guide rotation stopper,
  • the rolling guide rotation stop assembly block is set as the upper and lower hole guide section upper and lower hole integration block
  • the upper and lower hole integration block of the front reciprocating tooth holder guiding section is provided with a front reciprocating toothed seat guiding section upper hole and a front reciprocating toothed seat guiding section lower hole
  • the rear reciprocating toothed seat guiding section hole integrated block is set as a hole assembling block on the rear reciprocating toothed seat guiding section
  • the upper block of the rear reciprocating tooth guide guiding section is provided with a rear hole of the rear reciprocating toothed seat guiding section
  • 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
  • Front upper left bearing B hole and front upper left guiding roller hole etc.
  • 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 integration block of the front reciprocating toothed guide section, Front upper left bearing A hole, The front upper left bearing B hole is coaxial with the front upper left guiding roller hole,
  • the front reciprocating toothed seat guiding section on the right side of the upper hole of the front reciprocating toothed guide section is provided with a front right upper bearing A hole, Front upper right bearing B hole and front upper right guiding roller hole, etc.
  • Front upper right bearing A 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, Front upper right bearing A hole, The front upper right bearing B hole is coaxial with the front upper right guiding roller hole, The front reciprocating toothed seat guiding section of the lower part of the upper reciprocating toothed guide section is provided with a hole for the lower bearing A of the upper and lower guiding rods Front upper guide rod lower bearing B hole and front upper guide rod lower guide roller hole, etc.
  • 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 connected from the front and rear hole integration block side of the front reciprocating tooth holder guiding section, 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,
  • the lower reciprocating toothed seat guiding section is disposed in the lower hole of the front reciprocating toothed seat guiding section, a front reciprocating toothed seat guiding section of the upper portion of the lower reciprocating toothed guide section is provided with a bearing A hole on the upper and lower guiding rods a bearing B hole on the front lower guide rod and a guide roller hole on the front lower guide rod, etc.
  • the bearing B hole on the front lower guide rod and the guide roller hole on the front lower guide rod are connected from one side of the upper and lower hole integration block of the front reciprocating tooth guide guiding section, Bearing A hole on the front lower guide rod,
  • the bearing B hole on the front lower guide rod is coaxial with the guide roller hole on the front lower guide rod,
  • the front and rear reciprocating toothed seat guiding sections on the left side of the lower side of the front reciprocating toothed guide section are provided with a front bearing lower rod left bearing A hole, Front lower guide rod left bearing B hole and front lower guide rod left guide roller hole, etc.
  • 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 connected from one side of the upper and lower hole integration block of the front reciprocating tooth guide guiding section, 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, The front and rear reciprocating toothed guide segments on the right side of the lower hole of the front reciprocating toothed guide segment are provided with a right bearing A hole for the front lower guide bar. Front lower guide rod right bearing B hole and front lower guide rod right guide roller hole, etc.
  • 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 upper and lower hole integration block side of the front reciprocating tooth holder guiding section, 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 coaxial,
  • the upper hole of the reciprocating toothed guide guiding section is arranged on the upper block of the rear reciprocating toothed guide section, After the upper gear holder, the rotation stop guiding section is disposed in the upper hole of the rear reciprocating tooth holder guiding section,
  • the rear upper and lower left bearing A holes are arranged on the upper block of the rear reciprocating toothed seat guiding section on the left side of the upper hole of the reciprocating toothed seat guiding section, Rear upper left bearing B hole and rear upper left guiding roller hole, etc.
  • 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 block integrated block of the rear reciprocating toothed guide section, Rear upper left bearing A hole, The rear upper left bearing B hole and the rear upper left guiding roller hole are coaxial, a rear reciprocating toothed seat guiding section on the right side of the upper hole of the rear reciprocating toothed guide section is provided with a rear right upper bearing A hole, Rear upper right bearing B hole and rear upper right guiding roller hole, etc.
  • 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 side of the upper block of the rear reciprocating toothed guide segment.
  • Rear upper right bearing A hole, The rear upper right bearing B hole and the rear upper right guiding roller hole are coaxial, a rear reciprocating toothed seat guiding section on the lower portion of the upper portion of the rear reciprocating toothed guide segment is provided with a hole for the lower bearing A of the rear upper guiding rod Rear upper guide rod lower bearing B hole and rear upper guide rod lower guide roller hole, etc.
  • Rear 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 are connected from the upper block side of the rear reciprocating tooth holder guiding section, Rear 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 are coaxial,
  • the upper reciprocating toothed seat guiding section of the upper part of the upper portion of the rear reciprocating toothed guide segment is provided with a bearing A hole on the upper rear guiding rod, a bearing B hole on the rear upper guide rod and a guide roller hole on the rear upper guide rod, etc.
  • 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 toothed guide segment.
  • 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,
  • the reciprocating toothed seat guide segment 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 at a front rotation stop guide section and an upper insertion seat rear rotation stop guide section rear end and disposed at a rear end of the lower reciprocating tooth holder guide section or a reciprocating toothed seat guide section connection member is disposed at the upper insertion prong seat front rotation stop guide section And the front end of the lower rotation guide guide segment and the lower reciproc
  • the rolling guide rotation stop assembly block is set as the upper and lower hole guide section upper and lower hole integration block
  • the upper and lower hole integration block of the front reciprocating tooth holder guiding section is provided with a front reciprocating toothed seat guiding section upper hole and a front reciprocating toothed seat guiding section lower hole
  • the rear assembled reciprocating toothed seat guiding section porous integrated block is set as the upper and lower hole integrated block of the rear reciprocating toothed seat guiding section
  • the upper and lower hole integration blocks of the rear reciprocating tooth holder guiding section are provided with a rear reciprocating toothed seat guiding section upper hole and a rear reciprocating toothed seat guiding section lower hole
  • 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
  • the lower reciprocating toothed guiding section lower hole axis is coaxial or parallel with the lower reciprocating toothed guiding section lower hole axis
  • 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 integration block of the front reciprocating toothed guide section, Front upper left bearing A hole, The front upper left bearing B hole is coaxial with the front upper left guiding roller hole, The front reciprocating toothed seat guiding section on the right side of the upper hole of the front reciprocating toothed guide section is provided with a front right upper bearing A hole, Front upper right bearing B hole and front upper right guiding roller hole, etc.
  • Front upper right bearing A 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, Front upper right bearing A hole, The front upper right bearing B hole is coaxial with the front upper right guiding roller hole, a front reciprocating toothed seat guiding section on the upper part of the upper reciprocating toothed guide section is provided with a bearing A hole on the upper and lower guiding rods a bearing B hole on the front upper guide rod and a guide roller hole on the front upper guide rod, etc.
  • the bearing A hole on the front upper guide rod, The bearing B hole on the front upper guide rod and the guide roller hole on the front upper guide rod are connected from one side of the upper and lower hole integration block of the front reciprocating tooth guide guiding section, The bearing A hole on the front upper guide rod, The bearing B hole on the front upper guide rod is coaxial with the guide roller hole on the front upper guide rod, The front and rear reciprocating toothed seat guiding sections of the lower portion of the lower reciprocating toothed guide section are provided with a lower bearing A hole for the front lower guiding rod. Front lower guide rod lower bearing B hole and front lower guide rod lower guide roller hole, etc.
  • Front lower guide rod lower bearing A hole, The front lower guide rod lower bearing B hole and the lower lower guide rod lower guide roller hole are connected from the upper and lower hole integration block side of the front reciprocating tooth holder guiding section, Front lower guide rod lower bearing A hole, The front lower guide rod lower bearing B hole and the lower lower guide rod lower guide roller hole are coaxial,
  • the front and rear reciprocating toothed seat guiding sections on the left side of the lower side of the front reciprocating toothed guide section are provided with a front bearing lower rod left bearing A hole, Front lower guide rod left bearing B hole and front lower guide rod left guide roller hole, etc.
  • 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 connected from one side of the upper and lower hole integration block of the front reciprocating tooth guide guiding section, 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, The front and rear reciprocating toothed guide segments on the right side of the lower hole of the front reciprocating toothed guide segment are provided with a right bearing A hole for the front lower guide bar. Front lower guide rod right bearing B hole and front lower guide rod right guide roller hole, etc.
  • 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 upper and lower hole integration block side of the front reciprocating tooth holder guiding section, 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 coaxial,
  • the upper and lower hole integration blocks of the rear reciprocating tooth holder guiding section are provided with a rear reciprocating toothed seat guiding section upper hole and a rear reciprocating toothed seat guiding section lower hole,
  • the rear reciprocating toothed seat guide section on the left side of the upper hole of the rear reciprocating toothed guide section is provided with a rear upper left bearing A hole, Rear upper left bearing B hole and rear upper left guiding roller hole, etc.
  • 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 toothed guide section, Rear upper left bearing A hole, The rear upper left bearing B hole and the rear upper left guiding roller hole are coaxial,
  • the rear reciprocating toothed seat guide section on the right side of the upper hole of the rear reciprocating toothed guide section is provided with a rear right upper bearing A hole, Rear upper right bearing B hole and rear upper right guiding roller hole, etc.
  • 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 toothed guide section, 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 guiding section of the upper part of the upper reciprocating toothed guide section is provided with an upper and lower hole integrated block Upper bearing A hole on the guide rod, a bearing B hole on the rear upper guide rod and a guide roller hole on the rear upper guide rod, etc.
  • 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 one side of the upper and lower hole integration 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,
  • the rear reciprocating toothed seat guiding section of the lower part of the lower hole of the rear reciprocating toothed guide section is provided with a lower bearing A hole for wearing the lower lower guiding rod, Rear lower guide rod lower bearing B hole and lower lower guide rod lower guide roller hole, etc.
  • Rear lower guide rod lower bearing A hole The lower guide rod lower bearing B hole and the lower lower guide rod lower guide roller hole are connected from one side of the upper and lower hole integration block of the rear reciprocating tooth guide guiding section, Rear lower guide rod lower bearing A hole, The lower lower guide rod lower bearing B hole and the lower lower guide rod lower guide roller hole are coaxial,
  • the rear reciprocating toothed seat guide section on the left side of the lower hole of the rear reciprocating toothed guide section is provided with a left bearing A hole for wearing the lower lower guide rod, Rear lower guide rod left bearing B hole and rear lower guide rod left guide roller hole, etc.
  • Rear lower guide rod left bearing A hole, The rear lower guide rod left bearing B hole and the rear lower guide rod left guiding roller hole are connected from one side of the upper and lower hole integration block of the rear reciprocating tooth holder guiding section, Rear lower guide rod left bearing A hole, The rear lower guide rod left bearing B hole and the rear lower guide rod left guide roller hole are coaxial,
  • the rear reciprocating toothed seat guiding section on the right side of the lower hole of the rear reciprocating toothed guide section is provided with a right bearing A hole for the lower rear guiding rod Rear lower guide rod right bearing B hole and rear lower guide rod right guide roller hole, etc.
  • 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 one side of the upper and lower hole integration block of the rear reciprocating tooth holder guiding section, 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, Or the front loading rolling guide rotation preventing assembly block is set as the front axis acute angle guiding rotation preventing integrated block, The front axis acute angle guiding and stopping integrated block is provided with a front acute angle reciprocating toothed seat guiding section hole, The rear loading rolling guide rotation preventing assembly block is set as a rear axis acute angle guiding rotation preventing integrated block, The front acute angle reciprocating toothed seat guiding section hole axis is coaxial or parallel with the rear acute angle reciprocating toothed seat guiding section hole axis, The front axis of the front sharp-angled reciprocating toothed seat guide section hole is provided with a front left bearing A hole, Front left bearing B
  • Front left bearing A hole, The front left bearing B hole and the front left guiding roller hole are connected from the front axis acute angle to the side of the rotation preventing integrated block, Front left bearing A hole, The front left bearing B hole and the front left guiding roller hole are coaxial, The front axis of the front sharp-angle reciprocating toothed guide hole is located on the right side of the front-axis acute-angle guide rotation-stopping integrated block, and the front right bearing A hole is provided. Front right bearing B hole and front right guide roller hole, etc.
  • 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 side of the rotation preventing integrated block, Front right bearing A hole, The front right bearing B hole and the front right guiding roller hole are coaxial, The front axis of the front sharp-angled reciprocating toothed guide hole is provided with a front-lower bearing A hole, Front lower bearing B hole and front lower guide roller hole, etc.
  • Front lower bearing A hole, The front lower bearing B hole and the front lower guiding roller hole are connected from the front axis acute angle to the side of the rotation preventing integrated block, Front lower bearing A hole, The front lower bearing B hole and the front lower guide roller hole are coaxial, The angle between the axis of the front left guide roller hole and the axis of the front lower guide roller hole is less than 90 degrees. 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.
  • the guide roller constitutes a front acute angle three-sided roller guide stop
  • the rear axis acute angle guiding and stopping integrated block is provided with a rear acute angle reciprocating toothed seat guiding section hole
  • Rear acute angle reciprocating toothed seat guide section hole left side of the rear axis acute angle guide rotation stop integrated block is provided with a rear left bearing A hole, Rear left bearing B hole and rear left guiding roller hole, etc.
  • 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 side of the rotation preventing integrated block, Rear left bearing A hole, The rear left bearing B hole and the rear left guiding roller hole are coaxial, Rear sharp angle reciprocating toothed seat guide section hole right side of the rear axis acute angle guide rotation stop integrated block is provided with a rear right bearing A hole, Rear right bearing B hole and rear right guiding roller hole, etc.
  • 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, Rear right bearing A hole, The rear right bearing B hole and the rear right guiding roller hole are coaxial, The rear axis of the rear corner of the rear corner of the reaming toothed seat guide section hole is provided with an A-hole for the lower bearing A, Rear lower bearing B hole and rear lower guide roller hole, etc.
  • 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 side of the rotation preventing integrated block, Rear lower bearing A hole, The rear lower bearing B hole and the rear lower guide roller hole are coaxial, The angle between the axis of the rear left guide roller hole and the axis of the rear lower guide roller hole is 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.
  • 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 end to the rear right
  • the rear left guide roller and the rear right guide roller constitute a rear acute angle three-sided roller guide stop, Prevent the rear reciprocating toothed guide segment from going up and down, Swing to the left and right, Guide the rotation of the rear reciprocating toothed guide segment,
  • the front acute angle three-sided roller guide rotation stop and the rear acute angle three-sided roller guide rotation stop cooperate with the rolling friction guide rotation stop of the reciprocating toothed guide section.
  • the front of the reciprocating toothed seat guiding section porous integrated block is set as the front and rear reciprocating toothed guiding section left and right hole integration block
  • the left and right hole integration blocks of the front reciprocating tooth holder guiding section are provided with a front reciprocating toothed seat guiding section left hole and a front reciprocating toothed seat guiding section right hole
  • the rear-mounted reciprocating toothed seat guiding section porous integrated block is arranged as a left and right hole integrated block of the rear reciprocating toothed seat guiding section
  • the left and right hole integration blocks of the rear reciprocating tooth holder guiding section are provided with a rear reciprocating toothed seat guiding section left hole and a rear reciprocating toothed seat guiding section right hole
  • 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
  • Front left and left bearing A hole, The front left left bearing B hole and the front left and left guiding roller holes are connected from one side of the left and right hole integration block of the front reciprocating toothed guide section, Front left and left bearing A hole,
  • the front left left bearing B hole is coaxial with the front left and left guide roller holes,
  • the front reciprocating toothed seat guide section on the upper side of the left side of the front reciprocating toothed guide section is provided with a front left upper bearing A hole, Front left upper bearing B hole and front left upper guide roller hole, etc.
  • Front left upper bearing A hole, The front left upper bearing B hole and the front left upper guide roller hole are connected from one side of the left and right hole integration block of the front reciprocating tooth guide guiding section, Front left upper bearing A hole, The front left upper bearing B hole is coaxial with the front left upper guide roller hole, The front reciprocating toothed seat guide section on the lower side of the left side of the front reciprocating toothed guide section is provided with a front left lower bearing A hole, Front left lower bearing B hole and front left lower guide roller hole, etc.
  • the front left lower bearing B hole is coaxial with the front left lower guide roller hole
  • the left and right hole integration blocks of the front reciprocating toothed seat guiding section of the front right hole of the front reciprocating toothed guide section are provided with a bearing A hole on the front right guiding rod, a bearing B hole on the front right guide rod and a guide roller hole on the front right guide rod, etc.
  • the bearing B hole on the front right guide rod and the guide roller hole on the front right guide rod are connected from the side of the left and right hole integration block of the front reciprocating tooth guide guiding section, Bearing A hole on the front right guide rod, The bearing B hole on the front right guide rod is coaxial with the guide roller hole on the front right guide rod.
  • the front reciprocating toothed seat guiding section of the right reciprocating toothed guide segment right side of the right reciprocating toothed seat guiding section is provided with a front right guiding rod right bearing A hole, Front right guide rod right bearing B hole and front right guide rod right guide roller hole, etc.
  • Front right guide rod right bearing A hole, The right right guide rod right bearing B hole and the front right guide rod right guiding roller hole are connected from the left and right hole integration block side of the front reciprocating tooth holder guiding section, Front right guide rod right bearing A hole, The front right guide rod right bearing B hole and the front right guide rod right guide roller hole are coaxial,
  • the front and rear reciprocating toothed guide segments of the front right reciprocating portion of the right reciprocating toothed guide segment are provided with a front right guide rod lower bearing A hole, Front right guide rod lower bearing B hole and front right guide rod lower guide roller hole, etc.
  • Front right guide rod lower bearing A hole, The front right guide rod lower bearing B hole and the front right guide rod lower guide roller hole are connected from one side of the left and right hole integration block of the front reciprocating tooth holder guiding section, Front right guide rod lower bearing A hole, The front right guide rod lower bearing B hole and the front right guide rod lower guide roller hole are coaxial, a front reciprocating toothed guide section left front hole and a front reciprocating toothed seat guiding section right side between the front reciprocating toothed seat guiding section left and right hole integrated block is provided with a front left intermediate bearing A hole, Front left intermediate bearing B hole, Front left middle guide roller hole, etc.
  • the front reciprocating toothed seat guiding section left front hole and the front reciprocating toothed seat guiding section right side between the front reciprocating toothed seat guiding section left and right hole integrated block is provided with a front right middle bearing A hole, Front right intermediate bearing B hole, Front right center guide roller hole, etc.
  • Front left intermediate bearing A hole, The front left intermediate bearing B hole and the front left intermediate guide roller hole are connected and coaxially constitute a front left middle rolling guide stop hole, Front right intermediate bearing A hole, Front right intermediate bearing B hole, The front right middle guide roller hole coaxially constitutes the front right middle rolling guide stop hole, Front right intermediate bearing A, Front right intermediate bearing B, The front right middle guide roller constitutes a front right middle rolling guide stop, The front left middle rolling guide stop hole and the front right middle rolling guide stop hole are coaxially formed to form a front middle rolling guide stop hole, The front middle rolling guide stop is disposed in the front middle roller stop guide hole, The left side of the front middle rolling guide stop fits with the front left reciprocating toothed guide section surface, and the right middle scroll guide rotation stopper right side and the front right reciprocating tooth base guide section surface are fitted, The rear reciprocating toothed seat guide section on the left side of the rear left side of the reciprocating toothed seat guide section is provided with a rear left and left bearing A hole, Rear left and left bearing B holes and
  • Rear left and left bearing A hole The rear left and left bearing B holes and the rear left and left guiding roller holes are connected from one side of the left and right hole integration block of the rear reciprocating toothed guide section, Rear left and left bearing A hole, The rear left and left bearing B holes and the rear left and left guide roller holes are coaxial,
  • the rear reciprocating toothed seat guiding section on the upper side of the left side of the rear reciprocating toothed guide section is provided with a rear left upper bearing A hole, Rear left upper bearing B hole and rear left upper guiding roller hole, etc.
  • Rear left upper bearing A hole, The rear left upper bearing B hole and the rear left upper guiding roller hole are connected from one side of the left and right hole integration block of the rear reciprocating toothed guide section, Rear left upper bearing A hole, The rear left upper bearing B hole and the rear left upper guiding roller hole are coaxial,
  • the rear reciprocating toothed seat guiding section on the lower side of the left side of the rear reciprocating toothed guide section is provided with a rear left lower bearing A hole, Rear left lower bearing B hole and rear left lower guide roller hole, etc.
  • Rear left lower axis A hole, The rear left lower bearing B hole and the rear left lower guide roller hole are connected from one side of the left and right hole integration block of the rear reciprocating tooth guide guiding section, Rear left lower bearing A hole, The rear left lower bearing B hole and the rear left lower guide roller hole are coaxial,
  • the rear reciprocating toothed seat guiding section of the rear right side of the right side of the reciprocating toothed guide section is provided with a bearing A hole on the right and left guiding rods a bearing B hole on the rear right guide rod and a guide roller hole on the rear right guide rod, etc.
  • Rear A guide rod bearing A hole, The bearing B hole on the rear right guide rod and the guide roller hole on the rear right guide rod are connected from the side of the left and right hole integration block of the rear reciprocating tooth holder guiding section.
  • Rear A guide rod bearing A hole, The bearing B hole on the rear right guide rod and the guide roller hole on the rear right guide rod are coaxial.
  • the rear reciprocating toothed seat guiding section of the upper right hole of the rear reciprocating toothed guide section is provided with a right bearing A hole for the right and left guiding rods on the left and right hole integration block, Rear right guide rod right bearing B hole and rear right guide rod right guide roller hole, etc.
  • Rear right guide rod right bearing A hole, The right right guide rod right bearing B hole and the rear right guide rod right guiding roller hole are connected from the left and right hole integration block side of the rear reciprocating tooth holder guiding section, Right and right right guide rod right bearing A hole, The rear right guide rod right bearing B hole and the rear right guide rod right guide roller hole are coaxial,
  • the rear reciprocating toothed seat guiding section of the rear right side of the right side of the right side of the reciprocating toothed seat guide section is provided with a rear right guide rod lower bearing A hole, Rear right guide rod lower bearing B hole and rear right guide rod lower guide roller hole, etc.
  • Rear right guide rod lower bearing A hole The rear right guide rod lower bearing B hole and the rear right guide rod lower guide roller hole are connected from the left and right hole integration block side of the rear reciprocating tooth holder guiding section, Rear right guide rod lower bearing A hole, The rear right guide rod lower bearing B hole and the rear right guide rod lower guide roller hole are coaxial, a rear reciprocating toothed seat guide section between the left reciprocating toothed guide section and the right reciprocating toothed guide section, and a left and right intermediate bearing A hole, Rear left intermediate bearing B hole, Rear left guide roller hole, etc.
  • a rear reciprocating toothed seat guiding section between the rear reciprocating toothed guide segment left hole and the rear reciprocating toothed guiding section right side hole is provided with a rear right intermediate bearing A hole, Rear right intermediate bearing B hole, Rear right center guide roller hole, etc.
  • Rear left intermediate bearing A hole, The rear left intermediate bearing B hole and the rear left intermediate guiding roller hole are connected and coaxially formed, and the left left intermediate rolling guide stop hole, Rear right intermediate bearing A hole, Rear right intermediate bearing B hole,
  • the rear right middle guide roller hole is coaxially composed of the rear right middle rolling guide stop hole, Rear right intermediate bearing A, Rear right intermediate bearing B,
  • the rear right middle guide roller constitutes a rear right middle rolling guide stop
  • the rear left middle rolling guide stop hole and the rear right middle rolling guide stop hole are coaxially formed to form a rear intermediate rolling guide stop hole
  • the rear intermediate rolling guide stop is disposed in the rear middle roller stop guide hole,
  • the left middle and the rear left reciprocating toothed guide guiding surface of the rear middle rolling guide rotation device are fitted together, and the right middle rolling guide rotation preventing device right side and the rear right reciprocating toothed seat guiding surface are fitted together, a left convex shaft and a right convex shaft are arranged on the crank connecting rod or the straight shaft
  • the left convex shaft drives the left reciprocating toothed seat guiding section to reciprocate
  • the right convex shaft drives the right reciprocating toothed seat guiding section to reciprocate
  • the left convex shaft drives the left reciprocating toothed seat guiding section to impact forward
  • the right convex axis drives the right reciprocating toothed seat guiding section to move backward
  • the left convex shaft drives the left reciprocating toothed seat guiding section to move backward
  • the right convex axis drives the right reciprocating toothed seat guiding section to strike forward.
  • the guiding roller comprises a concave waist guiding roller and the like, and the reciprocating toothed guiding section is provided with a reciprocating toothed seat guiding guiding section which is engaged with the concave waist guiding roller concave surface, and the front mounting reciprocating toothed seat guiding section single hole integration
  • the block includes a front two-side assembly rotation-stopping guide block, etc., and a rear-mounted reciprocating toothed seat guide section single-hole integrated block includes a rear two-side assembly rotation-stopping guide integrated block, etc., when the front two-side roller assembly is used to guide the rotation-stopping integrated block, the front two-side rolling
  • the shaft assembly guiding and stopping integrated block is provided with a front reciprocating toothed seat guiding guide hole, and the rear two-side roller assembly guiding and stopping integrated block is provided with a rear reciprocating toothed seat protruding guiding section hole, and the front reciprocating toothed seat protruding guiding
  • the segment hole axis is coaxial or parallel
  • front right bearing A hole, front right bearing B hole and front right concave waist guiding roller hole are connected from the front two-side roller assembly to the rotation preventing integrated block side, front right bearing A hole, front right bearing B hole Coaxial with the front right concave waist guiding roller hole, the rear two-side roller assembly guiding the rotation preventing integrated block on the lower part of the rear reciprocating toothed seat guiding section hole is provided with the rear lower bearing A hole, the rear lower bearing B hole and the lower lower.
  • the concave waist guide roller hole, etc., the rear lower bearing A hole, the rear lower bearing B hole and the rear lower concave waist guiding roller hole are connected from the rear two-side roller assembly to the rotation preventing integrated block side, and the rear lower bearing A is worn.
  • the hole, the lower rear bearing B hole and the rear lower concave waist guiding roller hole are coaxial, and the rear two-side roller assembly of the rear reciprocating toothed seat guiding guiding section hole is arranged on the rotation preventing integrated block, and the rear bearing A hole is disposed.
  • the surface roller assembly guides one side of the rotation preventing integrated block, and the upper bearing A hole, the rear upper bearing B hole and the rear upper concave waist guiding roller hole are coaxial, and the front left concave waist guiding roller hole and the front reciprocating
  • the toothed protrusion guiding section hole is connected, the front left concave waist guiding roller is disposed at one end of the front left bearing A, the other end is provided, the front left bearing B is composed of the front left roller guiding rotation stop, and the front left roller guiding rotation preventing device is set.
  • the front left concave waist guiding roller side surface fits in the front reciprocating tooth seat convex guiding section hole and the front reciprocating toothed seat convex guiding section left side surface, front right concave waist
  • the guiding roller hole is connected with the front reciprocating tooth holder convex guiding section hole, and the front right concave waist guiding roller is disposed at one end of the front right bearing A and the other end is disposed.
  • the front right bearing B constitutes the front right roller guiding stopper, front right
  • the roller guide rotation stopper is disposed in the front right concave waist guiding roller through hole, and the front right concave waist guiding roller side surface is in the front reciprocating tooth seat convex guiding section hole and the front reciprocating toothing convex guiding section right side surface Fitted, the rear upper concave guide roller hole is connected with the rear reciprocating tooth seat guide guide hole, and the rear upper concave waist guide roller end
  • the rear upper bearing B constitutes a rear upper roller guide rotation stop, and the rear upper roller guide rotation stopper is disposed on the rear upper bearing A and the rear upper bearing B and the rear upper concave guide roller.
  • the rear upper concave waist guiding roller side is fitted in the rear reciprocating tooth seat convex guiding section hole and the upper reciprocating toothing convex guiding section upper side surface, the rear lower concave waist guiding roller hole and the rear reciprocating toothing convex
  • the guide section hole is connected, and the rear lower bearing A is disposed at one end of the rear lower waist guide roller, and the lower end bearing B is formed by the rear lower bearing B.
  • the rear lower roller guide rotation stopper is disposed at the rear end.
  • the rear lower bearing A and the rear lower bearing B and the rear lower concave waist guiding roller through hole, the rear lower concave waist guiding roller side is in the rear reciprocating tooth seat convex guiding section hole and the rear reciprocating toothing convex guiding section
  • the side surface is fitted, and the concave surface of the concave waist guide roller and the protrusion of the reciprocating tooth holder convex guide section are prevented from swinging up and down and left and right.
  • 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
  • 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
  • the front reciprocating tooth seat convex guide section hole right side is provided with a front concave waist bearing piece
  • 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 reciprocating toothed seat sealing section comprises a circular cross-section reciprocating toothed seat sealing section or the like for facilitating sealing
  • the upper rotation guide plane and the lower rotation rotation guide plane are parallel
  • 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 straightening section
  • the guiding and rightening section comprises a front guiding righting section and a rear guiding righting section
  • the anti-friction gap is provided between the guiding righting section and the reaming toothed guiding section hole wall, and the anti-friction is provided.
  • the gap avoids sliding friction between the guiding and the righting section and any component during the reciprocating impact.
  • the reciprocating tooth base linkage segment comprises a rotation preventing rod hinge shaft hole, an articulated shaft, etc.
  • the crank connecting rod or the straight shaft cam connecting rod comprises a connecting rod, etc.
  • the connecting rod comprises a connecting rod hinge shaft hole, etc.
  • the connecting rod hinge shaft hole Concentric with the hinged shaft hole of the anti-rotation rod, the hinge shaft is disposed in the hinge shaft hole of the rotation preventing rod and the hinge shaft hole of the connecting rod, so that the guiding portion of the reciprocating tooth holder is hinged with the connecting rod or the hinge shaft and the connecting rod hinge shaft of the rotation preventing rod
  • the joint bearing is arranged in the hole and connected by the hinge shaft, and the joint bearing prevents the guide rotation rod from damaging the connecting rod.
  • the shaft end of the connecting rod is provided with a reciprocating power device or a gear transmission box is arranged outside the integrated block sealing guiding turnout box, and a main gear and a sub gear are arranged in the gear transmission box, and the auxiliary gear is disposed at the upper end of the main gear and/or 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, 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 seal guides the rotation stop
  • the box is provided with lubricating liquid, and the connecting rod drives the lubricating fluid to rotate and lubricate the integrated block sealing guide turnout box.
  • the crank connecting rod includes a crankshaft and a bearing sleeve
  • the oil gripper is provided on the crankshaft and/or the bearing sleeve
  • the oil skimmer includes a brush oil skimmer or a tooth oil skimmer or a blade oil skimmer or spoon.
  • An oil skimmer or a pit bowl skimmer, etc., the crankshaft and/or bearing retaining sleeve includes an oil skid gear, etc.
  • the skimmer includes an oil skid transmission gear, etc.
  • the oil skid gear drives the oil skid transmission gear to rotate the oil, the oil The oil is lubricated and cooled.
  • the retaining bearing sleeve 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 or the 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 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 comprises an outer floating sealing member, an inner floating sealing member and an intermediate skeleton, the outer floating sealing member is disposed on the outer frame outer ring, the inner floating sealing member is disposed on the intermediate frame inner ring, and the reciprocating tooth holder
  • the sealing section passes through the inner floating sealing member, and the inner floating sealing member is tightly pressed against the sealing portion of the reciprocating toothed seat.
  • the telescopic protective cover is fastened at one end to the sealing portion of the reciprocating toothed seat, and the other end is fastened to the intermediate frame, and the telescopic protective cover blocks the material. Damage and contamination of the reciprocating toothed seat seal section.
  • the reciprocating tooth includes a main tooth body, the main tooth body includes an upper main tooth body and a lower main tooth body, and the main tooth body further includes a beam sleeve punching frame, and the beam cover tooth frame includes an upper main tooth body connecting sleeve and a lower part.
  • the main tooth body connecting sleeve and the main tooth body connecting beam, etc., 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
  • 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 connects and connects the upper main tooth connecting sleeve and the lower main tooth connecting sleeve, Main tooth connecting beam, upper main tooth connecting sleeve and lower main tooth connecting The sleeve is connected or integrated.
  • the upper main tooth body connecting sleeve is provided with a side reciprocating tooth or a lower main tooth connecting sleeve, and a side reciprocating tooth or a main tooth connecting beam is disposed on the side reciprocating tooth or the upper main tooth connecting body.
  • a side reciprocating tooth or a main main body connecting sleeve and a main tooth connecting beam are disposed on the sleeve and the lower main tooth connecting sleeve, and side reciprocating teeth are disposed on the side reciprocating tooth or the lower main tooth connecting sleeve and the main tooth connecting beam or
  • the upper main tooth body connecting sleeve and the lower main tooth body connecting sleeve and the main tooth body connecting beam are provided with side reciprocating teeth, and when the beam sleeve punching frame is connected with the upper main tooth body and the lower main tooth body, the upper main tooth body
  • the connecting sleeve and the lower main tooth connecting sleeve are respectively respectively engaged with the upper main tooth body and the lower main tooth body, and the upper interlocking guide pinion socket and the lower interlocking guide pinion socket are extended at one end or both ends to form an integrated block sealing guide.
  • the upper interlocking guide pinion seat and the lower interlocking guide pinion seat are connected in the integrated block sealing guide to the turntable, 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 linkage guiding sealing gear holder, and the beam sleeve frame is connected to the upper linkage
  • the sealing gear holder and the lower linkage guiding sealing socket are fastened into one body, and the reciprocating power unit drives the upper guiding and guiding sealing gear holder and the lower linkage guiding sealing gear holder in the integrated block sealing guiding rotation box.
  • the upper interlocking guide pinion seat and the lower interlocking guide pinion seat drive the reciprocating impact of the upper main tooth body, the lower main tooth body and the beam sleeve punching frame.
  • the front part of the front loading rolling guide rotation preventing assembly block is provided with a telescopic sheathing box plate, etc.
  • the telescopic sheathing box board is separately connected or integrated with the front loading rolling guide rotation preventing assembly block
  • the telescopic sheathing box board comprises Guide box plate and box plate protection telescopic seal sleeve, etc.
  • the guide plate plate is provided with a reciprocating toothed seat sealing section hole, etc.
  • a reciprocating toothed seat sealing section hole is provided with a sealed reciprocating toothed seat or a floating sealing sleeve, and a reciprocating tooth
  • the seat sealing section is disposed on the inner hole of the sealing reciprocating toothed member or disposed in the inner hole of the floating sealing sleeve
  • the box plate protective telescopic sealing sleeve is disposed outside the floating sealing sleeve hole wall.
  • the main tooth body is provided with a main tooth body protection telescopic seal sleeve, etc., and the main tooth body and the main tooth body protection telescopic seal sleeve are separately connected or integrated, and the main tooth body protection telescopic seal sleeve is set on the box plate to protect the telescopic
  • the inside or the outside of the seal sleeve, the cover plate telescopic seal sleeve and the main tooth body telescopic seal sleeve sleeve telescopic protection or the box plate protection telescopic seal sleeve and the main tooth body protection telescopic seal sleeve are provided with external protection
  • the set of sealing parts, the main tooth body protection telescopic seal sleeve, the outer sheath seal and the integrated block seal guide turnout box are provided with a box guard telescopic seal sleeve matched with a telescopic seal to prevent dust and muddy water 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 body through the cone Face retaining or main tooth body telescopic seal sleeve retaining member fixed main tooth body telescopic seal sleeve, main tooth body telescopic seal sleeve retaining member including nut retaining member, screw retaining member, retaining ring Returning parts, pinting and returning parts, bonding and stopping parts, card slotting or returning parts, or lifting/retracting parts or top wire hole pinting parts.
  • the reciprocating tooth comprises a main reciprocating tooth, etc., the length of the overlapping portion of the main tooth body telescopic sealing sleeve and the box plate telescopic sealing sleeve overlaps the impact stroke of the reciprocating impact of the main reciprocating tooth, and the main tooth body telescopic sealing
  • An outer sheath seal is arranged between the sleeve and the box guard telescopic seal sleeve, and the outer sheath seal is in the main tooth body telescopic seal sleeve when the main reciprocating tooth reciprocates
  • the box plate protection telescopic seal sleeve is overlapped in the overlap section.
  • the side reciprocating tooth is provided with a material dividing surface toward the front end surface of the box plate telescopic sealing sleeve, and the material is distributed to the two sides of the conveying material, and the side reciprocating teeth are stacked toward the front end surface of the box plate telescopic sealing sleeve.
  • the material is not formed between the box-shaped 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 is arranged at the rear of the main tooth body, and the sheath guards are arranged at the rear of the main tooth body.
  • the shape of the sheath guard does not form an extrusion surface with the end surface of the telescopic seal sleeve of the box plate to prevent material from being protected.
  • the protective member is stacked between the protective cover and the telescopic seal sleeve of the box plate, and the sheath guard member prevents the material from impacting and damaging the main tooth body to protect the telescopic seal sleeve.
  • the beam sleeve is arranged in a single row or in multiple rows.
  • the main tooth connecting beam on the front beam sleeve is opposite to the integrated block sealing guide box.
  • 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 row protruding main tooth connecting beam and the rear row concave main
  • the tooth connecting beam forms a discharge port.
  • the integrated block sealing guiding turnout box comprises a reciprocating toothed device, etc.
  • the unloading reciprocating toothing comprises a pushing top box body and a push block reciprocating tooth piece, etc.
  • the pushing top box body part is connected with the pushing block reciprocating tooth piece or is integrated
  • the integrated block sealing guiding turnout box further comprises a top pushing and unloading reciprocating tooth table or a top pushing and unloading reciprocating tooth hole, etc., one end of the pushing top body member is placed on the box guiding hole plate or the top pushing and unloading reciprocating tooth table The upper end is stuck in the top of the reciprocating toothed hole, and the other end is connected with the pusher reciprocating tooth.
  • the other end of the push reciprocating tooth is provided with a latching reciprocating tooth end face, and the shape of the reciprocating tooth end face is a reciprocating tooth.
  • the reciprocating tooth is prevented from retracting when moving toward the direction of the integrated block sealing guide turnout box, and the retaining reciprocating tooth end face is detached by the strong pulling force of the reciprocating power unit to remove the main reciprocating tooth or the side reciprocating tooth.
  • 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 respectively connected or integrated, or the hard wear-resistant block and the reciprocating toothed seat guide section are fixedly connected through the card slot or
  • the card slot includes a dovetail slot or a T-shaped slot or a polygonal slot, etc., by a threaded connection or by a fixed connection with a wear block stop or by a bond.
  • 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
  • the integrated block sealing guide rotation box is provided with a tank water channel, etc.
  • the linkage guide sealing gear holder is provided with a linkage guide sealing socket water passage, etc.
  • the tank water passage is in the integrated block sealing guide rotation stop box and Linkage-guided seal-toothed seat waterway connection or
  • the integrated block sealing guide is arranged outside the transfer box and the linked guide seal socket water passage or the tank water passage is connected with the main reciprocating tooth outside the integrated block seal guide turnout box, and the tank water passage includes the tank body water passage and the tank outer water passage.
  • the interlocking guide pinion seat is provided with a linkage guide seal pinion seat waterway, and the linkage guide seal pinion seat water channel includes a linkage guide seal pinion seat water inlet, etc., and the linkage guide seal toothed seat water inlet setting In the box body or outside the box body, when the water inlet of the interlocking guide pinion socket is disposed in the box body, a hose connector or a reciprocating seal is arranged between the water channel of the box body and the water inlet of the interlocking guide sealing gear holder.
  • the water path in the box body is fixed on the box body, one end of the hose connecting piece is connected with the water pipe in the box body, and the other end is connected with the water inlet of the interlocking guiding sealing pin holder, when the interlocking guide sealing pinion
  • the hose of the hose connecting member reciprocates with the interlocking guide and the socket, so as to prevent water from leaking from the water in the tank to the water inlet of the interlocking guide and the main tooth body.
  • the main tooth water channel and the interlocking guide sealing pinion seat water channel are connected, and the front sealing member and the rear sealing member are provided at both ends of the water outlet of the interlocking guide pinion socket water, and the front sealing member is disposed in the linkage guide Sealing the front end of the water inlet of the gear holder seat, the rear seal member is disposed at the rear end of the water outlet of the interlocking guide pinion seat, and connects the main tooth water channel on the main tooth socket member with the interlocking guide pinion seat water channel.
  • the front seal rear seal prevents water from flowing out of the gap between the main tooth body and the interlocking guide seal adapter.
  • the integrated block sealing guide rotation box is provided with a tumbler drive or the like, the length of the integrated block connection piece is larger than the outer diameter of the tumbler drive, and the integrated block connection piece includes the connection plate on the integrated block, etc.
  • the connecting block on the upper block of the rotating 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 provided with a gap, so that the front loading rolling guide
  • a fixed tumbler driver groove is formed between the rotating 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 tumbler drive and Collision and friction of the top wall of the roadway reduce the height required for the mining roadway, saving manpower, material resources and time.
  • the roll drive comprises a left roll drive, a right roll drive, etc.
  • the left roll drive and the right roll drive are arranged in the fixed roll drive groove, and the left roll drive and the right roll drive jointly drive the same roll.
  • the rolling transmission member drives the rotation arm of the tumbler to rotate, and the outer diameter of the left tumbler drive and the right tumbler drive are smaller than the outer diameter of the tumbler drive driving the tumbler drive with one tumbler drive, and the tumbler drive is lowered. From the height of the ground, avoid collision and friction between the rolling drive and the top wall of the roadway, reduce the height required for the mining roadway, and save manpower, material resources and 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 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
  • the drive sprocket is fastened to the drive.
  • 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, the roller 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 sleeve is disposed 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 portion through the lower block of the integrated block, or in the telescopic protection
  • a left roll support member and a right roll support member are disposed at a front end of the box plate near the lower portion of the reciprocating tooth block sealing portion, and the bearing or the bush sleeve is disposed on the left roll support member and the right roll support member, and the transmission through shaft passes through Bearing or bushing, avoiding drive through shaft to reciprocating tooth guide Segment damage, pollution, increased rake roller through shaft height relative to the ground, to avoid the roller collides with the ground through shaft rake.
  • the reciprocating tooth comprises a main tooth body or the like, and the main tooth body comprises a cylindrical sleeve main tooth body or a cylindrical cone main tooth body or a side tooth main tooth body or a beam type main tooth body, etc.
  • 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, and the main reciprocating tooth socket member is sleeved in the interlocking guide sealing tooth holder
  • Upper side seat is disposed on the cylindrical main tooth body, or when the cylindrical cone main tooth body is used, the main reciprocating tooth insertion post at the rear end of the cylindrical cone main tooth body is inserted into the interlocking guide sealing gear holder, and the side tooth holder is disposed.
  • the main tooth body On the cylindrical main tooth body, or when the side tooth main tooth body is used, the main tooth body is set as a cylindrical main tooth body, and the cylindrical main tooth body is provided with a side tooth arm supporting the side reciprocating tooth, and the side tooth holder
  • the utility model is disposed on the side tooth arm, and the cylindrical main tooth body is provided with more than one side tooth arm, and a gap is arranged between each side tooth arm, the side tooth arm and the cylindrical main tooth body form a tooth frame, or when the beam is used
  • the main tooth body When the main tooth body is arranged, 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, and the upper main tooth body and the lower main tooth body
  • the connecting beam is arranged, and the connecting beam fixedly connects the upper main tooth body and the lower main tooth body or the connecting beam is integrated with the upper main tooth body and the lower main tooth body, and the side tooth seat is disposed on the beam main tooth body,
  • the cross section of the body or side tooth main tooth body or the beam main tooth body or the side tooth holder toward the integrated block sealing guide turntable is reduced, and the cylindrical sleeve main tooth body or the cylindrical cone main tooth body or side tooth is reduced.
  • the arm main tooth body or the beam main tooth body or the side tooth holder faces the block of the integrated block sealing guide turnout box to block the falling material, and increases the integrated block sealing guide turnout box to the main reciprocating tooth and/or The water spray space of the side reciprocating teeth.
  • the rolling guide stopper hole is provided with a detaching rolling guide stopper pad or the like, the detaching rolling guide rotator pad is located at one end of the rolling guide rotator, and the rolling guide rotator pad is provided with a rolling guide rotator pad Threaded through hole or provided with a rolling guide retainer pad thread blind hole and provided with a bearing outer ring stop, the inner diameter of the bearing outer ring stop is greater than or equal to the inner diameter of the bearing outer ring, and the bearing outer ring is in the rolling guide stop Positioning in the hole, the end of the guide roller is provided with a guide roller top wire hole, etc.
  • the rolling guide rotation stop includes a dismantled external screw or a dismantled external screw, etc., when the rolling guide is disassembled, the bearing is removed
  • the externally threaded screw or the externally threaded screw of the dismantled bearing is screwed into the top wire hole of the guide roller to pull out the guide roller and the bearing A, so that the externally threaded screw of the dismantled bearing or the externally threaded screw of the dismantled bearing is screwed on the detachment rolling guide rotator pad thread Pull the bearing B out through the through hole or screw the blind hole in the detachment rolling guide stop pad.
  • the main tooth body comprises a main tooth body gear rack, etc., and one or more side reciprocating teeth are arranged on the main tooth body tooth frame and/or the beam sleeve tooth frame, and a gap is provided between the side reciprocating teeth and the side reciprocating teeth.
  • a telescopic nozzle or a water spray hole is provided on the telescopic sheathing box plate opposite to the main reciprocating tooth and the rear side of the side reciprocating tooth, and a water spout or a water spray hole is disposed with respect to a gap between the side reciprocating teeth, and the water flow
  • the gap between the side reciprocating teeth is facilitated by the gap between the side reciprocating teeth and is sprayed to the side reciprocating teeth and/or the main reciprocating tooth head.
  • the rolling guide rotation stop assembly block reciprocating impact mining machine also includes the following methods:
  • the reciprocating tooth base linkage section, the reciprocating toothed seat guide section, the reciprocating toothed seat sealing section and the reciprocating toothed seat inserting tooth segment are arranged to form a linkage guide sealing gear holder, so that the reciprocating tooth base linkage section and the reciprocating toothed seat guiding section , the reciprocating toothed seat sealing section and the reciprocating toothed seat inserting section are respectively connected or the reciprocating toothed toothed linking section, the reciprocating toothed seat guiding section, the reciprocating toothed seat sealing section and the reciprocating toothed toothing toothed section are integrated;
  • a reciprocating toothed pinion segment is arranged at the front end of the interlocking guide pinion seat to form a single pinion seat or more than two reciprocating toothed pinion segments are arranged at the front end of the interlocking guide pinion block to form a multi-tray holder.
  • a reciprocating tooth is arranged at the front end of the interlocking guide pinion seat, and a reciprocating power device is arranged to set the reciprocating power device as a convex shaft mechanism or a hydraulic mechanism or a pneumatic mechanism, so that the convex shaft mechanism is set as a crank link or a straight shaft cam link Rod, when using the male shaft 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-pinning seat to form a single-toothed seat reciprocating impactor, one will be The connecting rod drives the multi-pin holder to form a multi-toothed seat reciprocating impactor;
  • the multi-toothed reciprocating impactor is provided with a reciprocating impactor for the upper and lower pedestal seats or a reciprocating impactor with left and right spigots or a reciprocating impactor with upper and lower left pedestal seats or a reciprocating impact with upper and lower right pedestal seats.
  • the device is provided with a reciprocating impactor for the upper, lower, left and right sockets, and a reciprocating toothed joint section, an upper reciprocating toothed seat guiding section, an upper reciprocating toothed seat sealing section and an upper reciprocating toothed seat insert are arranged on the upper part of the upper and lower inserting seat reciprocating impactors.
  • the tooth segments are formed by interlocking the guiding and sealing gear holders, and the lower reciprocating tooth base connecting section, the lower reciprocating toothing seat guiding section, the lower reciprocating toothed seat sealing section and the lower reciprocating toothed seat inserting teeth are arranged at the lower part of the upper and lower spigot seat reciprocating impactors.
  • the segment is composed of a linkage guiding sealing gear holder, so that the upper reciprocating tooth joint linking section and the lower reciprocating toothing interlocking section constitute a reciprocating toothed seat guiding section connecting member, so that the reciprocating toothed seat guiding section connecting piece will be connected to the upper guiding guide seal.
  • the gear holder is fixedly connected with the lower linkage guide sealing socket or the reciprocating tooth guide segment connecting member is integrated with the upper linkage guiding sealing socket and the lower linkage guiding sealing socket;
  • a protective bearing sleeve is disposed on the outer periphery of the body member, and 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-proof guiding bearing sleeve is disposed on the guiding bearing fixing member ;
  • the rolling guide rotation stop assembly block and set the rolling guide rotation stop assembly block as the front loading rolling guide rotation stop assembly block and the rear loading rolling guide rotation stop assembly block, so that the front loading rolling guide rotation stop assembly block and the rear
  • the rolling guide rotation stop assembly block is arranged in parallel in front and rear, and a front and rear righting guide rotation stop pitch is arranged between the front loading rolling guide rotation preventing assembly block and the rear loading rolling guide rotation preventing assembly block, and the integrated block connecting piece is arranged to make the integrated block connection
  • the front part of the rolling guide rotation stop assembly block and the rear loading rolling guide rotation stop assembly block form an integrated block seal guide rotation stop box, so that the front loading rolling guide rotation stop assembly block is set as a front reciprocating toothed seat guide section single hole integration block or
  • the front loading rolling guide rotation preventing assembly block is set as the front loading reciprocating toothed seat guiding section porous integrated block, so that the rear loading rolling guiding rotation preventing assembly block is set as the rear loading reciprocating toothed positioning guiding section single hole integrated block or the rear mounting
  • the front reciprocating tooth Two or more front rolling guide retainer holes are provided at two or more side portions of the seat guide segment hole, and two or more rear rolling guide stop holes are provided at two or more side portions of the rear reciprocating tooth holder guide segment hole
  • the front side of the front rolling guide stop hole of the two or more side portions of the front reciprocating toothed guide hole is connected with the side wall of the front reciprocating tooth guide guiding section of the front rolling guide stop hole and will be abutted
  • the side wall of the rear rolling guide stop hole of the reciprocating toothed guide hole is connected with the side wall of the rear reciprocating tooth guide guiding section of the rolling guide stop hole, and the front reciprocating tooth guide guiding section is set forwardly In the hole of the toothed guide segment, the rear reciprocating toothed guide
  • the side wall of the rotor 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 toothed seat guiding sections 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 rear reciprocating toothed seat guide segment porous integrated block, and two or more front rolling guide rotation stops are provided on two or more side portions of each front reciprocating toothed seat guide segment hole And two or more rear rolling guide stop holes are provided at two or more sides of each rear reciprocating toothed guide hole, and a plurality of front reciprocating toothed guide segments are disposed on the plurality of front reciprocating toothed guide segments Inside the hole, multiple rear reciprocating adapters 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 toothe
  • the front loading rolling guide rotation preventing component block and the rear loading rolling guiding rotation preventing component block support the interlocking guiding sealing socket, and the reciprocating punching teeth are arranged at the end of the interlocking guiding sealing gear holder to form the interlocking guiding sealing tooth holder.
  • the reciprocating impactor connects the reciprocating power unit to the reciprocating toothed joint linking section, and the reciprocating power unit drives the reciprocating impact of the interlocking guiding sealing toothed reciprocating impactor.
  • the rolling guide rotation preventing assembly is mounted on the block, so that the anti-bearing swaying member is arranged as the bearing sleeve and the 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 Positioning in the hole of the converter prevents the bearing A and the bearing B from swaying, ensuring that the
  • the bearing body member Supporting the inner ring A of the body member, the bearing body member is disposed on the inner ring A of the retaining bearing body member, and 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 utility model is disposed in a hole of one end of the bearing member guiding the rotation preventing hole of the rolling guiding rotation preventing assembly block, and the main body ring B retaining sleeve of the retaining bearing body is disposed at the other end of the bearing body member, so that the fixed bearing body shaft fixed bearing bearing book 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, so that bearing inner ring is rolling guide Positioning in the hole of the converter ensures that the bearing body surface and the guiding surface of the reciprocating tooth holder fit the rolling friction;
  • the stopper hole, the processed rolling guide rotation preventing block block retains the thickness of each hole wall and the connection strength between the hole wall and the hole wall to ensure the position between the plurality of rolling guide stops 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.
  • 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 and the front are arranged on the rolling guiding rotation preventing assembly block.
  • the right bearing B hole and the front right guiding roller hole are machined into through holes, so that the front left guiding roller axially passes through the front left bearing A hole or the front left guiding bearing B hole is tilted when the front left guiding roller and the reciprocating toothed seat are guided
  • 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 multi-toothed reciprocating impactor is set as the left upper and lower lance holders and the right upper and lower lance holders, so that the left upper and lower lance holders and the right upper and lower lance holders are arranged left and right, so that the left convex shaft drives the left upper and lower lance holders, so that the right
  • the convex shaft drives the right upper and lower lance holders
  • the reciprocating toothed seat guide section holes of the left upper and lower lance holders and the right upper and lower lance holders are arranged on the rolling guide rotation preventing assembly block, so that the front loading rolling guide rotation preventing assembly block is provided before
  • the upper left reciprocating tooth holder guiding section hole, the front left lower reciprocating toothed seat guiding section hole and the front right upper reciprocating toothed seat guiding section hole and the front right lower reciprocating toothed seat guiding section hole, so that the rear loading rolling guide rotation preventing component block is provided
  • the left front upper guide rod is rolled to the left to guide the stop hole, and the left front upper guide rod lower rolling guide stop hole is arranged on the lower left side of the front left upper reciprocating tooth holder guide section hole, and the right front upper side is set on the right front upper right reciprocating toothed seat guide section hole right side
  • the guide rod slides right to the stop hole and is on the front right
  • the lower side of the reciprocating toothed guide hole is provided with a right front upper guide lower rolling guide stop hole, and a front loading rolling guide rotation preventing block block block between the front left upper reciprocating toothed seat guiding section hole and the front right upper reciprocating toothed guiding section hole
  • the front upper middle scroll guiding stopper hole is arranged on the body, so that the left upper front middle rolling guide rotation stopper in the front upper middle rolling guide rotation stopper hole is fitted to the front left upper reciprocating tooth holder guiding section surface and the front upper side is matched
  • the upper side of the segment hole is provided with a rolling guide stop hole on the left front lower guide bar, and a right front lower guide bar right rolling guide stop hole is arranged on the right side of the front right lower lower reciprocating tooth guide guiding hole hole and the front right lower reciprocating tooth holder is guided
  • the upper side of the segment hole is provided with a rolling guide stop hole on the right front lower guide bar, and is arranged on the front loading rolling guide rotation preventing component block between the front left lower reciprocating tooth holder guiding section hole and the front right lower reciprocating toothed guiding section hole.
  • the front lower middle roller guides the rotation of the stopper hole, so that the left side of the front lower middle intermediate rolling guide stopper in the front lower middle rolling guide rotation stop fits with the front left lower reciprocating tooth guide guiding surface and guides the front lower middle rolling guide
  • the right side of the front lower middle rolling guide rotation stopper in the rotation stop hole is fitted to the front right lower reciprocating tooth holder guide section surface, and the left rear upper guide rod left scrolling guide is arranged on the left side of the rear left upper reciprocating tooth holder guide section hole.
  • Transducer hole on the lower left side of the rear left upper reciprocating toothed guide hole Set the left rear upper guide bar to lower the guide vane hole, and set the right rear upper guide rod to the right side of the rear right upper reciprocating tooth holder guide section hole to the right stop guide hole and the lower right side of the rear right reciprocating tooth holder guide section hole After the setting, the right upper guide rod is rolled down to guide the rotation of the rotation stop hole, and the rear upper and middle rolling guides are arranged on the rear loading and rolling guide rotation preventing assembly block between the rear left upper reciprocating tooth holder guiding section hole and the rear right upper reciprocating toothed positioning guiding hole.
  • the stopper hole is arranged such that the rear upper middle rolling guide rotation stopper in the rear upper middle rolling guide rotation stopper fits 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
  • the rear upper middle scroll guide stopper right side and the rear right upper reciprocating tooth holder guide section surface are fitted, and the left rear lower guide rod left scroll guide stop hole is arranged on the left side of the rear left lower reciprocating tooth holder guide section hole, after
  • the upper left side of the lower left reciprocating toothed guide hole is provided with a rolling guide stop hole on the left rear lower guide rod, and a right rear lower guide rod is disposed on the right side of the rear right lower reciprocating toothed guide hole to the right stop guide hole and
  • Right rear lower guide is provided on the upper side of the rear right lower reciprocating toothed guide hole
  • the upper rolling guide rotation stop hole is arranged on the rear loading rolling guide rotation preventing assembly block between the rear left lower reciprocating tooth holder guiding section
  • the degree is set so that the left convex axis drives the reciprocating impact of the left upper and lower lance holders, so that the right convex shaft drives the right upper and lower lance holders to reciprocate impact.
  • the left convex shaft drives the left upper and lower lance holders to move forward
  • the right convex shaft drives the right upper and lower insertions.
  • the tooth holder moves backwards.
  • the left convex shaft drives the left upper and lower tool holders to move backward
  • the right convex shaft drives the right upper and lower gear holders to move forward.
  • the characteristics of the left and right upper and the right upper and lower teeth are forward and backward.
  • the space for setting the two front upper rolling guide stops is combined into one.
  • the space for setting the two front and lower rolling guides is combined into one, and the space for setting the two rear upper rolling guides is combined into one, and two rear lower rolling guides are required to be set.
  • the space is combined into one, which improves the space utilization rate of the rolling guide rotation stop assembly block, reduces the length of the crankshaft, relatively increases the equipment strength, saves the manufacturing cost, reduces the width of the impact surface and reduces the impact resistance, and the upper and lower gear holders
  • the left front upper reciprocating tooth, the left front lower reciprocating tooth and the left rear upper reciprocating tooth, the left rear lower reciprocating tooth or the left upper upper reciprocating tooth, the left front lower reciprocating tooth, the left front lower reciprocating tooth are disposed at both ends
  • the right front upper reciprocating tooth, the right front lower reciprocating tooth and the right rear upper reciprocating tooth, the right rear lower reciprocating tooth or the one end of the right upper and lower pinning seat are disposed at both ends of the gear holder to set the right front upper reciprocating tooth and the right front lower reciprocating tooth as materials
  • the main tooth body is disposed on the reciprocating tooth, and 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,
  • 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 socket member is sleeved in the linkage guide
  • the side tooth holder is disposed on the cylindrical main tooth body, or when the cylindrical cone main tooth body is used, the main reciprocating tooth insertion post at the rear end of the cylindrical cone main tooth body is inserted into the interlocking guide sealing pinion Seat, the side toothed seat is arranged 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 a cylindrical main tooth body, and the supporting side side reciprocating tooth is arranged
  • the side tooth arm is arranged on the side tooth arm, and more than one side tooth arm is arranged on the cylindrical main tooth body, and a gap is provided between each side tooth arm to make the side tooth arm and the cylindrical main tooth
  • the 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 is set as an upper main tooth body and a lower main tooth body.
  • a connecting beam is arranged between the upper main tooth body and the lower main tooth body, and the connecting beam fixedly connects the upper main tooth body and the lower main tooth body or the connecting beam is integrated with the upper main tooth body and the lower main tooth body, and the side is
  • the tooth holder is arranged on the beam main tooth body, and the impact strength 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 or the side tooth seat is satisfied.
  • 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 or the side tooth holder toward the integrated block sealing guide to the turntable box is reduced, and the cylindrical sleeve is reduced
  • the main tooth body or the cylindrical cone main tooth body or the side tooth main tooth body or the beam main tooth body or the side tooth holder faces the block of the integrated block sealing guide rotation box to block the falling material, and the integrated block is enlarged. Sealing the water spray space on the toe box to the main reciprocating tooth and/or the side reciprocating tooth.
  • the interlocking guide pinion seat is provided with a reciprocating tooth joint linking section, a reciprocating toothed seat guiding section, a reciprocating toothed seat sealing section and a reciprocating toothed seat inserting section, and the reciprocating toothed joint linking section and the reciprocating toothed seat
  • the guiding section, the reciprocating toothed seat sealing section and the reciprocating toothed toothing inserting section are integrated, so that the crank connecting rod or the straight shaft cam connecting rod is hinged with the interlocking guiding and sealing toothed seat, and one connecting rod drives a single inserted toothed seat to form
  • the single-toothed reciprocating impactor or a connecting rod drives the multi-toothed seat to form a multi-toothed reciprocating impactor, so that the upper reciprocating toothed interlocking section and the lower reciprocating toothed interlocking section constitute a reciprocating toothed seat guiding section connecting piece
  • the rolling guide stopper is set as a roller guide rotation stopper or as a bearing member
  • a front and rear righting guiding rotation stop pitch is arranged, so that the integrated block connecting piece is connected with the front rolling guiding rotation stop assembly block and the rear loading rolling guiding rotation preventing assembly block is formed.
  • the front loading rolling guide rotation preventing assembly block is set as a front mounting reciprocating toothed seat guiding section single hole integrated block or the front loading rolling guiding rotation preventing component block is set to be front mounted
  • the rear loading rolling guide rotation preventing component block is set as the rear loading reciprocating toothed seat guiding section single hole integrated block or the rear loading rolling guiding rotation preventing component block is set as the rear mounted reciprocating toothed guiding section
  • the porous integrated block is equipped with a rolling guide rotation preventing component block to 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, and the front reciprocating toothed seat guiding section hole two
  • the above side portion is provided with two or more front rolling guide stopper holes and two or more rear rolling guide rotation preventing holes are provided at two or more side portions of the rear reciprocating tooth holder guiding portion holes, and the
  • the side wall of the front rolling guide stop hole of the two or more side portions of the segment hole is connected with the side wall of the front reciprocating tooth holder guiding portion hole of the front rolling guide rotation stop hole and will be abutted against the rear reciprocating tooth holder guiding segment 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 vane hole, and the front reciprocating tooth holder guiding section is disposed in the front reciprocating tooth holder guiding section hole.
  • the rear reciprocating toothed guide section is set behind In the hole of the multi-spindle guiding section, two or more front rolling guide rotation stoppers are arranged in two or more front rolling guide rotation stopper holes, and two or more rear rolling guide rotation stoppers are arranged in two or more rear rolling guides.
  • two or more front rolling guide rotation side walls are respectively fitted with two or more sides of the front reciprocating tooth holder guiding section in the front reciprocating tooth holder guiding section hole, so that two or more rear rolling guides are stopped.
  • the side wall of the rotor 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 toothed seat guiding sections 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 rear reciprocating toothed seat guide segment porous integrated block, and two or more front rolling guide rotation stops are provided on two or more side portions of each front reciprocating toothed seat guide segment hole And two or more rear rolling guide stop holes are provided at two or more sides of each rear reciprocating toothed guide hole, and a plurality of front reciprocating toothed guide segments are disposed on the plurality of front reciprocating toothed guide segments a plurality of rear reciprocating toothed guide segments in the hole Positioned in a plurality of rear reciprocating toothed guide hole holes, two or more front rolling guide rotation stoppers are disposed on two or more front rolling guide rotation stopper holes at
  • the side surface is fitted in the rear reciprocating toothed guide hole, so that the front loading rolling guide rotation preventing assembly block and the rear loading rolling guiding rotation preventing assembly block supporting the interlocking guiding sealing socket, at the end of the interlocking guiding sealing socket seat
  • the reciprocating punching device is arranged to connect the reciprocating impactor of the interlocking guide toothed seat, so that the reciprocating power unit is connected with the reciprocating toothed joint interlocking section, and the reciprocating power machine drives the reciprocating impact of the interlocking guiding sealing tooth reciprocating impactor, and the structure also has the following outstanding Beneficial effects:
  • a rolling guide rotation stop assembly block By using a rolling guide rotation stop assembly block to form a plurality of support ears supporting a plurality of rolling guide retainers into an integral plate, so that the integrated plate will support spatial intensive materialization of a plurality of rolling guide stops The positioning accuracy of the plurality of rolling guide stops is improved, and the space waste and material waste of the power box and the support ear plate which are increased by using the plurality of support ears to increase the strength of each support ear plate are reduced, and the rolling guide is installed.
  • the stop component block improves the scrolling of multiple
  • the righting strength of the guiding stopper and the interlocking guiding and sealing toothed seat simplifies the structure to improve the impact strength and reduces the impact shock damage of the interlocking guide pinion seat to the reciprocating power machine;
  • the installation of the rolling guide rotation stop assembly block reciprocating impact mining machine integrated plate structure support a plurality of rolling guide stops than the use of the ear plate support a plurality of rolling guides to increase the strength of dozens of times, and the space is small, intensive optimization
  • the degree is high, which realizes that the mining machine has turned from the non-utility prototype to the generalization of industrialization, which reduces the use cost, reduces the loss of large parts belonging to small parts due to a small piece of damage, and eliminates the need to replace large parts. Waste of material resources and time;
  • the side reciprocating teeth are arranged on the reciprocating teeth to make the reciprocating impact mining machine reciprocate impact material, the breakthrough realizes the function that the mining machine can sweep the mining materials, so that the mining machine can easily realize the excavation, trimming and clearing in the roadway excavation.
  • the bottom work has solved the technical bottleneck and difficulty in the industrialization process of the reciprocating impact mining machine, so that one impact tooth increases the mining area, especially when the impact material is oscillated left and right, the material of the side reciprocating tooth impacts the side wall, the side The falling off of the wall material protects the main reciprocating teeth, greatly reducing the impact resistance when sweeping the material, greatly improving the service life of the motor or the hydraulic motor, and avoiding the damage of the motor or the hydraulic motor;
  • the main punching teeth and the side tooth heads are formed into a multi-layer height difference, and the multi-layer height difference is easy to impact the rock face to be tapped into a step shape, and the material is graded and lowered.
  • Ground pressure forming free surface for mining, reducing energy consumption per unit of material extraction and improving mining efficiency;
  • the structural layout of multiple single-headed teeth is arranged in parallel on the flat-toothed plate with the same width and height as the front section of the mining power box.
  • the plurality of tooth holders on the flat plate of the shovel tooth are densely arranged, so that the material falling out cannot flow out from the gap of the tooth holder. Because the material impacted by the tooth head is filled after the material between the tooth seat and the tooth holder is filled, the material can not be smoothly exported, resulting in the mining material. Being crushed, causing a state in which the impacting teeth are filled with materials to cause continuous operation;
  • 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;
  • the structure of the flat surface of the shovel tooth is greatly blocked, and the structure of the water spray cooling device is cooled to the impact tooth, and the optimal structural setting of the water spray cooling from the front of the power box directly to each reciprocating tooth is realized, which avoids Damage caused by overheating of reciprocating teeth;
  • the reciprocating impact device of the original reciprocating impact mining machine is carried out.
  • the fundamental reform, shortening the length of the tooth holder relatively increases the strength of the tooth holder, protects the wearing parts, eliminates the heavy labor and material waste of using the jack to disassemble the reciprocating teeth, has a simple structure and few auxiliary parts. Simple, low manufacturing cost and high use value;
  • the main reciprocating tooth jack member is arranged in the same direction with respect to the reciprocating impact direction of the reciprocating tooth, and the reciprocating impact mining machine is perpendicular to the working principle of the reciprocating impact of the material, so that the reciprocating tooth is continuously reciprocating under the action of the reciprocating impact reaction force.
  • the through-hole of the punching tooth is tight, which avoids the shearing of the reciprocating punching of the through-hole hole wall, and improves the firm fitting degree of the reciprocating punching and the reciprocating punching through-hole seat;
  • Adding more than one fixed side ring gear or tooth body on the main tooth body of the toothed seat increases the positioning height of the bottom side of the side tooth seat, which facilitates partial replacement of the partial tooth on the main tooth body, which is relatively high.
  • the height of the main tooth body of the tooth holder improves the area and depth of the impact material of the reciprocating punching tooth, improves the material rate and output of the punched material, and makes the side tooth holder move outward to facilitate the observation of the mining condition and timely maintenance.
  • the fixed side ring gear is socketed. Above the main reciprocating tooth, the main reciprocating tooth is protected, the strength of the main reciprocating tooth is improved, and the local maintenance of the main tooth body of the tooth holder is facilitated;
  • the side tooth holder is arranged on the surface to increase the height of the main tooth body and/or the side tooth head, so that the side tooth holders are arranged up and down and the side tooth heads are laterally matched, thereby increasing the mining width and depth, and changing the original plurality of reciprocating
  • the lateral arrangement of the toothed seat on the same flat plate makes it difficult to discharge the flat plate and the toothed seat, so that the flat tooth plate hinders the design defects such as water spray cooling to the reciprocating punching tooth;
  • the original shearer and the roadheader are changed to use a threaded connection between the reciprocating tooth shank and the blind hole reciprocating toothing seat.
  • the thread 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
  • the connection mode and structural arrangement of the reciprocating tooth can not be replaced by the thread deformation, so that the reciprocating tooth shank passes through the reciprocating toothed through hole seat, so that the reciprocating tooth handle retracting section and the reciprocating toothing handle retreating piece are separated from the reciprocating punch
  • the tooth holder is arranged on the cutting part of the reciprocating tooth handle retaining piece, and the rear end of the reciprocating punching handle and the reciprocating toothing handle retaining member are arranged at the rear end of the reciprocating punching through hole seat, completely eliminating the original arrangement.
  • the reciprocating impact mining machine has poor practical performance, long time for disassembly and replacement, and can not be used for the actual structural obstacles in the actual production site,
  • the diameter of the inner ring stop 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, so that 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, so that the inner ring of the bearing A is blocked.
  • the inner ring of the table and the bearing B block the bearing A and the bearing B from swaying along the guiding roller, and the anti-bearing swaying member is arranged on the rolling guide rotation preventing assembly block, and the anti-bearing swaying member is caused to make the outer ring of the bearing.
  • the positioning of the rolling guide stop hole prevents the bearing A and the bearing B from swaying, and ensures that the guiding roller surface and the guiding surface of the reciprocating tooth holder are in contact with the rolling friction, or the inner ring of the bearing body is blocked by the A and the inner ring of the bearing body.
  • the inner diameter of the B retaining sleeve is greater than or equal to the inner diameter of the bearing body, so that the outer diameter of the retaining ring of the bearing body and the outer ring of the inner ring of the retaining ring are smaller than the inner diameter of the outer ring of the bearing, and the inner end of the rolling guide retainer is provided with a bearing body.
  • Inner ring A block, etc., the bearing body member is placed on the inner ring A of the retaining bearing body member, and one end of the fixed bearing body shaft passes through the bearing The inner hole passes through the retaining ring.
  • the inner ring A is disposed in the hole of the bearing member guiding the stop hole of the rolling guide rotation preventing assembly block, and the inner ring B sleeve of the retaining bearing is disposed on the bearing body member.
  • the fixed bearing body shaft is fixed to the inner ring A of the bearing body member, the bearing body member and the bearing body inner ring B sleeve, etc., so that the bearing inner ring is positioned in the rolling guide retainer hole to ensure the bearing body.
  • the surface and the reciprocating toothed guide segment surface are in contact with the rolling friction.
  • the stopper hole, the processed rolling guide rotation preventing block block retains the thickness of each hole wall and the connection strength between the hole wall and the hole wall to ensure the position between the plurality of rolling guide stops 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.
  • 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, so that the front left guiding roller axially passes through the front left bearing A hole or the front left bearing B hole is tilted to the front left guiding roller and the reciprocating tooth
  • the distance between the bonding line of the seat 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 component block and the rear loading rolling guiding rotation preventing component block make the reciprocating tooth
  • the center line of the seat 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
  • 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 with the rear reciprocating toothed guide segment right hole axis or Parallel
  • the front middle rolling guide rotation stopper or the like is disposed in the front middle rolling guide rotation preventing hole, so that the front middle rolling guide rotation preventing device left front and front left reciprocating tooth positioning guides in the front middle rolling guide rotation preventing hole
  • the segment surface is fitted so that the right middle rolling guide vane in the front middle rolling guide stop is fitted to the front right reciprocating tooth guide guiding surface, so that the rear intermediate rolling guides the rear middle in the retaining hole
  • the left side of the rolling guide stopper and the rear left reciprocating tooth guide guiding surface are fitted together, and the rear middle rolling guiding stopper in the rear middle rolling guiding stopper hole is fitted to the right rear reciprocating toothed guiding section surface.
  • the left convex axis and the right convex axis are set at 180 degrees, so that the left convex axis drives the left toothed seat to reciprocate impact, so that the right convex axis drives the right toothed seat to reciprocate impact, and when the left convex axis drives the left toothed seat to move forward
  • the right convex axis drives the right lance seat to move backwards
  • the left convex axis drives the left
  • the gear holder moves backward
  • 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.
  • 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 right convex shaft drives the right upper and lower gear holders to move forward.
  • the front and rear movement of the gear holder and the right upper and lower gear holders will require the space of the two front upper rolling guides to be combined into one, and the space for setting the two front and lower rolling guides to be combined into one.
  • the space of the two rear upper rolling guides is required to be combined into one, and the space of the two lower rolling guides is set to be one, and the space utilization ratio of the rolling guide rotation preventing component is improved. Reduce 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 front upper reciprocating tooth, the left front lower reciprocating tooth and the left rear upper reciprocating tooth are arranged at the two ends of the left upper and lower toothed seat.
  • the left rear lower reciprocating tooth or the left upper upper reciprocating tooth and the left front lower reciprocating tooth are disposed at one end of the left upper and lower pinning seat, and the right front upper reciprocating tooth, the right front lower reciprocating tooth and the right rear upper reciprocating tooth are disposed at both ends of the right upper and lower pinning seat.
  • the rear lower reciprocating tooth or the right upper upper reciprocating tooth and the right front lower reciprocating tooth are disposed at one end of the right upper and lower pedestal seats, and the left front lower guiding rod rolls the guiding guide and the left rear upper guiding rod when the material is up and down to the upper left and right accommodating seats.
  • the lower rolling guide stops the right upper and lower pin holders.
  • 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.
  • the component guiding and stopping integrated block is connected on one side, and 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 rotation preventing integrated block side, the front 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 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 from the rear four-sided roller
  • the component guiding and stopping integrated block is connected on one 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 four-side roller assembly to the rotation preventing integrated block side, and the rear lower bearing A is worn.
  • the hole, the rear lower bearing B hole and the rear lower guide roller hole are connected from one side of the rear four-side roller assembly to the rotation preventing integrated block, and are worn.
  • the upper bearing A hole, the rear upper bearing B hole and the rear upper guiding roller hole are connected from one side of the rear four-side roller assembly to the rotation preventing integrated block, and the rear upper bearing A hole, the rear upper bearing B hole and the rear upper guiding roller are worn.
  • Axis hole coaxial, front left guide roller hole and front reciprocating The tooth guide guiding hole is connected, and the front left guiding roller side is in the front reciprocating toothed guiding section hole and the left side of the front reciprocating toothed guiding section, and the front right guiding roller hole and the front reciprocating toothed guiding section hole
  • the front right guiding roller side is in the front reciprocating toothed guide hole and the right side of the front reciprocating toothed guiding section
  • the front upper guiding roller hole is connected with the front reciprocating toothed guiding section hole, front upper
  • the side of the guiding roller is in the hole of the guiding portion of the front reciprocating tooth holder and the upper side of the guiding portion of the front reciprocating tooth holder, and the front lower guiding roller hole is connected with the guiding hole of the front reciprocating tooth holder, and the front lower guiding roller side and the head
  • the lower side of the guide portion of the double-toothed seat is fitted, the rear left guide roller hole is connected with the rear
  • 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
  • front The 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 right bearing block of the front and rear right bearing guide section, the front upper right bearing A hole, the front upper right bearing B hole and the front
  • the upper right guide roller hole is connected from the upper and lower hole integrated 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 reciprocated from the front.
  • the upper and lower holes of the toothed guide section are connected to one side of the block, the upper A lower guide bar upper bearing A hole, the front lower lower guide bar upper bearing B hole and the lower lower guide bar upper guide roller hole, the front reciprocating toothed seat guide section upper and lower hole integrated block
  • One side 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 and the bottom hole integration block side of the front reciprocating tooth guide guiding section, front lower guiding Rod right bearing A hole, front lower guide rod right bearing B hole and front lower guide rod right guide roller
  • the hole is connected from one side of the upper and lower hole integration block of the front reciprocating toothed guide section, and the rear reciprocating toothed seat guide section of the left side of the rear reciprocating toothed seat guiding section is provided with a rear upper left bearing A hole and a rear upper part.
  • the left bearing B hole and the rear upper left guiding roller hole, etc., 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 and lower hole integration 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 connected from one side of the upper and lower hole integration block of the rear reciprocating tooth guide guiding section, and the rear upper guiding rod lower bearing A hole, rear upper guiding
  • the lower bearing B hole and the rear upper guiding rod lower 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 bearing A hole of the rear lower guiding rod, the bearing B hole of the rear lower guiding rod and the rear
  • the guide roller hole on the lower guide rod is connected from the side of the upper and lower holes of the rear reciprocating tooth guide, the left rear bearing A hole, the rear lower guide rod left bearing B hole and the rear lower guide rod left guiding roller Hole
  • 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, front upper left
  • the 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 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
  • the guide roller hole is connected from 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 from the front reciprocating tooth holder
  • One side of the upper and lower hole integration block of the guiding section is connected, the bearing A hole of the front lower guiding rod, the bearing B hole of the front lower guiding rod and the guiding roller
  • 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
  • the lower reciprocating toothed guiding section lower hole axis is coaxial or parallel with the lower reciprocating toothed guiding section 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 tooth guide guiding section, the front upper guide rod upper bearing A hole, the front upper guiding rod upper bearing B hole and the front upper guiding rod upper guiding roller hole are in front The side of the upper and lower hole of the reciprocating toothed seat is connected, and the lower bearing A hole of the front lower guiding rod, the lower bearing B hole of the front lower
  • 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
  • the side connection, 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 holder guiding section, and the bearing A hole on the rear upper guiding 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 one side of the upper and lower hole integration block of the rear reciproc
  • front acute angle reciprocating adapter 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 anti-rotation set.
  • 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, the front lower bearing A hole, the front lower bearing B hole and The front lower guiding roller hole is connected from the front axis acute angle to the side of the rotation preventing integrated block, the angle between the front left guiding roller hole axis and the front lower guiding roller hole axis is less than 90 degrees, and the front right guiding roller hole axis is front and front.
  • the angle of the axis of the lower guide roller hole is less than 90 degrees, and the distance between the front left guide roller abutting the front end guide roller shaft end and the front right guide roller abutting the front end guide roller shaft end is greater than the front left guide roller
  • the shaft is away from the axial end of the front lower guide roller to the distance of the front right guide roller away from the axial end of the front lower guide roller, and the front lower guide roller, the front left guide roller and the front right guide roller constitute the front acute angle three-sided roller
  • the guide rotation stop device is provided with a rear acute angle reciprocating toothed seat guide section hole on the rear axis acute angle guiding 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 by the acute angle of the rear axis.
  • the rear left bearing A hole, the rear left bearing B hole and the rear left guiding roller Coaxial, rear right bearing A hole, rear right bearing B hole and rear right guide roller hole are connected from the rear axis acute angle to the rotation preventing integrated block side, rear right bearing A hole, rear right bearing B hole and rear right guide
  • the roller hole is coaxial, 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 rotation preventing integrated block side, the rear lower bearing A hole, the rear lower bearing B hole and
  • the rear lower guide roller hole is coaxial, the angle between the rear left guide roller hole axis and the rear lower guide roller hole axis is less than 90 degrees, and the angle between the rear right guide roller hole axis and the rear lower guide roller hole axis 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 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 left bearing A hole and the front left bearing are used.
  • the B hole and the front left concave waist guiding roller hole are connected from the front two-side roller assembly to the one side of the rotation preventing integrated block, the front right bearing A hole, the front right bearing B hole and the front right concave waist guiding roller hole from the front two side rollers
  • the component guiding and stopping integrated block is connected at one side, and the rear lower bearing A hole, the rear lower bearing B hole and the rear lower concave guiding roller hole are connected from the rear two-side roller assembly to the one side of the rotation preventing integrated block, and are worn after
  • the upper bearing A hole, the rear upper bearing B hole and the rear upper concave waist guiding roller hole are connected from the rear two-side roller assembly to the rotation preventing integrated block side, and the front left concave waist guiding roller hole and the front reciprocating toothing convex
  • the guiding section hole is connected, and the front left concave waist guiding roller side surface fits in the front reciprocating toothed seat guiding guiding hole hole and the front reciprocating toothed seat convex
  • the axis of the front reciprocating tooth holder projection guide hole is coaxial or parallel with the axis of the rear reciprocating tooth holder projection guide section, and the front concave waist bearing member guide rotation stop left hole and the front reciprocating tooth holder convex guide section hole pass
  • the front side of the front concave waist bearing member guide wrap fits in the front reciprocating tooth holder projection guide hole hole and the front side of the front reciprocating tooth holder projection guide portion, and the front concave waist bearing member guides the rotation stop right hole and
  • the front reciprocating tooth holder protrusion guiding section hole is connected, and the front concave lumbar bearing member guiding rotation side surface is fitted in the front reciprocating tooth holder convex guiding section hole and the front reciprocating toothed seat convex guiding section right side surface, the rear concave surface
  • the lower end of the waist bearing member guide rotation stop is connected with the rear reciprocating tooth holder protrusion guide section hole, and the rear concave waist bearing part guide rotation side surface is in the rear reciprocating tooth
  • 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.
  • 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
  • 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.
  • the circular cross-section reciprocating toothed seat sealing section is advantageous for sealing.
  • the left locking rod guiding plane is parallel with the right stopping rod guiding plane and/or the upper locking rod guiding plane is parallel with the lower stopping rod guiding 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 prevented from rotating, thereby avoiding the sliding friction between the guiding roller and the guiding portion of the reciprocating tooth holder.
  • the anti-friction gap avoids sliding friction between the guiding and righting section and any component during the reciprocating impact.
  • the connecting rod hinge shaft hole and the anti-rotating rod hinge shaft hole are concentric, and the hinge shaft is disposed in the hinge rod shaft hole of the rotation preventing rod and the connecting rod hinge shaft hole, so that the reciprocating tooth holder guiding portion is hinged with the connecting rod or hinged at the rotation preventing rod Joint bearing in shaft hole and connecting rod hinge shaft hole
  • the rear joint is connected by an articulated shaft, and the joint bearing prevents the guide rotation rod from damaging the connecting rod.
  • 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 Drive the connecting rod movement, the integrated block seal guiding turn-stop box is provided with lubricating liquid, the connecting rod drives the lubricating fluid rotary lubrication integrated block sealing guiding turn-stop box, and the gear transmission box realizes the function of one power source to drive more than two crank-link mechanisms .
  • the crankshaft and/or the bearing retaining sleeve are provided with an oil skimmer.
  • the crankshaft and/or the bearing retaining sleeve are provided with an oil skid gear.
  • the oil skimmer is provided with an oil skid transmission gear, and the oil skid gear drives the oil skid gear to rotate.
  • the simmering oil and the oil slinger are lubricated to cool the rolling guide and the rotation stop.
  • the 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.
  • the sponge body stores the lubricating fluid and prolongs the rotation of the roller guide. Lubrication time increases the service life of the roller guide.
  • the integrated block sealing guide rotation stop box and the reciprocating tooth seat sealing section are provided with a sealing reciprocating toothed seat or a floating sealing sleeve, etc.
  • the outer floating sealing member is disposed on the outer frame outer ring
  • the inner floating sealing member is disposed in the intermediate frame.
  • the ring, the reciprocating toothed seat sealing section passes through the inner floating sealing member, and the inner floating sealing member is tightly pressed against the reciprocating toothed seat sealing section, and the telescopic protective cover is fastened at one end to the reciprocating toothed seat sealing section, and the other end is fastened to the intermediate frame.
  • the telescopic shield prevents material damage and contaminates the reciprocating toothed seat seal section.
  • 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 connects and connects the upper main tooth connecting sleeve and the lower main tooth connecting sleeve.
  • 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 upper interlocking guide pinion socket and the lower interlocking guide pinion socket are extended at one end or both ends.
  • the upper interlocking guide pinion seat and the lower interlocking guide pinion seat are connected in the integrated block sealing guide turn-stop box, and the upper main tooth body is arranged on the upper interlocking guide seal plug
  • the end of the tooth holder and the lower main tooth body are disposed at the end of the lower linkage guide sealing socket, and the beam sleeve is fastened to the upper linkage guide sealing socket and the lower linkage guiding sealing socket.
  • the reciprocating power unit drives the upper joint guiding sealing gear holder, the lower linkage guiding sealing socket, the upper linkage guiding sealing socket, and the lower linkage guiding sealing socket in the integrated block sealing guiding rotation box.
  • the rack is fixed on the outer block sealing guide pin box and the lower interlocking guide pin holder to form the upper interlocking guide pinion seat and the lower interlocking guide pinion seat.
  • the frame with large structural strength, stable guiding and wide impact width greatly improves the mutual support and mutual support between the upper interlocking guide and the lower interlocking guide, and protects the floating seal. Damaged parts, prevent dust, water, etc. from entering the cabinet and the consumable parts are easy to replace.
  • the main tooth body protecting and exposing sealing sleeve is disposed on the inner side of the box plate protective telescopic sealing sleeve Or the outer side, 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 are provided with an outer sheath seal, etc.
  • the main tooth body protection telescopic seal sleeve, the outer sheath seal and the integrated block seal guide turnout box are provided with the box plate telescopic seal sleeve matched with the telescopic seal to prevent dust and muddy water from entering, and prevent material and other slamming damage to the reciprocating tooth.
  • the seat sealing section improves the service life of the rolling guide stop and the crank link.
  • the main tooth body protection telescopic seal sleeve and the box plate protection telescopic seal sleeve overlap the length of the overlap section is greater than the impact stroke of the main reciprocating tooth reciprocating impact, the main tooth body protection telescopic seal sleeve and the box plate protection telescopic seal sleeve
  • An outer sheath seal is provided between the outer sheath, and 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 front plate of the box plate protection telescopic seal sleeve is provided with a distribution surface, and the material is fed to the two sides to guide the material, and the side reciprocating teeth are led to the front end surface of the box plate protection telescopic seal sleeve to be exported, so that the box plate is obtained.
  • a material layer is not formed between the telescopic seal sleeve and the main tooth body or the side reciprocating teeth to prevent the material layer from resisting the reciprocating impact of the main reciprocating tooth and/or the side reciprocating tooth.
  • the sheath guard is arranged at the rear of the main tooth body, and the sheath guard is arranged at the rear of the main tooth body.
  • the shape of the sheath guard does not form an extrusion surface with the end surface of the box guard telescopic seal sleeve to prevent the material from being
  • the sheath guard is stacked between the sheath and the telescopic seal sleeve, and the sheath guard prevents 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.
  • 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, and the discharge port is favorable for the smooth and rapid discharge of the mined materials.
  • One end of the push-up box body is placed on the box guiding hole plate or on the top pushing/unloading reciprocating tooth table or in the top pushing and unloading reciprocating tooth hole, and the other end is connected with the push-and-reciprocating tooth piece, pushing
  • the other end of the blocking reciprocating tooth member is provided with a latching reciprocating tooth end surface, and the shape of the latching reciprocating tooth end surface prevents the reciprocating tooth from retracting when the reciprocating tooth moves toward the integrated block sealing guide anti-rotation box, and the latching reciprocating tooth end surface is reciprocated
  • the powerful pulling force of the power unit removes the main reciprocating tooth or the side reciprocating tooth, which is convenient, fast and efficient.
  • 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 a hard wear block and a reciprocating tooth holder.
  • the guiding section is fixedly connected by a slot or fixedly connected by a thread or fixedly connected by a tapered surface or fixedly connected by a wear block, and the hard wear sleeve and/or the hard wear block increases the guiding section of the reciprocating tooth Impact resistance, abrasion resistance.
  • a water channel 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
  • the interlocking guide pinion seat is provided with a linkage guide seal pinion seat water channel, etc., and the tank water channel is connected with the interlocking guide seal pinion seat waterway in the integrated block seal guide rotation turn box or in the integrated block seal guide
  • the outer box of the transfer box and the linked guide seal socket water passage or the tank water passage are connected with the main reciprocating tooth outside the integrated block seal guide turnout box, and the water inlet of the interlocking guide plug socket is set in the box body or is disposed in the box body.
  • a hose connecting member or a reciprocating sealing connecting member or a telescopic tube connecting member is disposed between the water passage in the box body and the water inlet of the interlocking guide sealing socket.
  • 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 connected with the water inlet of the interlocking guiding seal socket, and when the interlocking guide sealing socket reciprocates, the hose connection
  • the hose of the piece reciprocates with the interlocking guide pinion seat to prevent water from leaking from the water channel in the tank to the water inlet of the interlocking guide pinion seat.
  • the main tooth water channel and the interlocking guide sealing toothed seat water channel are connected, and the front sealing member and the rear sealing member are arranged at both ends of the water outlet of the interlocking guide pinion seat, and the front sealing member is arranged in the interlocking guide seal.
  • the front end of the water outlet of the gear holder, the rear seal is disposed at the rear end of the water outlet of the interlocking guide socket, and the main tooth water channel on the main tooth socket is connected with the linkage guide sealing socket water channel.
  • the seal rear seal prevents water from flowing out of the gap between the main tooth body and the interlocking guide seal adapter.
  • the length of the integrated block connector is larger than the outer diameter of the rolling drive
  • the integrated block connecting piece comprises the connecting plate on the integrated block, etc.
  • the front mounting rolling guide rotation preventing component block and the rear loading rolling guiding rotation preventing component block are integrated blocks
  • the upper connecting plate is displaced downward, so that the bottom surface of the connecting plate on the integrated block is close to the interlocking guiding and sealing pin holder and is provided with a gap, so as to form a fixed connection between the front loading rolling guide rotation preventing assembly block and the rear loading rolling guiding rotation preventing assembly block.
  • the rolling drive is placed in the fixed roller drive groove, reducing the height of the rolling drive from the ground, avoiding the 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, time.
  • 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 tumbler drive driven by a tumbler drive, which reduces the height of the tumbler drive from the ground, avoiding collision and friction between the tumbler drive and the top wall of the roadway. Reduce the height required for mining roadways and save manpower, material resources and time.
  • Rolling drive gear or rolling drive sprocket is arranged on the side of the integrated block seal guide turnout box, left roll drive gear, right
  • the rolling drive gear and the rolling transmission gear fastening transmission or the left rolling driving gear, the right rolling driving gear and the rolling transmission sprocket fastening transmission, the setting of the rolling transmission gear or the rolling transmission sprocket is beneficial to adjust the rolling ⁇ Set the position of the swivel arm on the power box.
  • the upper connecting plate of the front mounting rolling guide rotation stop assembly block and the rear loading 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.
  • a rolling through shaft inverted groove is formed, and the rolling through shaft supporting ear plate is arranged on both sides of the rolling through shaft inverted groove.
  • a left roll support ear plate and a right roll support ear plate are arranged at the front end of the telescopic sheath box plate near the lower portion of the reciprocating tooth block sealing portion, and the bearing or the bush sleeve is disposed on the left roll support ear plate and the right roll support ear plate.
  • 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, increasing the height of the rolling through shaft relative to the ground, and avoiding the collision of the rolling through shaft with the ground.
  • the main tooth body is set as a cylindrical main tooth body, the side tooth seat is disposed on the cylindrical main tooth body, or the side tooth seat is disposed on the cylindrical main tooth body, or on the cylindrical main tooth body
  • a side tooth arm supporting the side reciprocating tooth is disposed, 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 a gap is provided between each side tooth arm to make the side tooth arm Forming a punch frame with the cylindrical main tooth body, or providing a connecting beam between the upper main tooth body and the lower main tooth body, and the side tooth seat is disposed on the beam type main tooth body, and satisfying 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 or the side tooth seat and the like, and the cylindrical sleeve main tooth body or the cylindrical cone main tooth body or the side tooth arm main body
  • a rolling guide vane pad is arranged in the hole of the rolling guide stop, the rolling guide vane pad is located at one end of the rolling guide stop, and the rolling guide stop pad is arranged on the rolling guide stop pad.
  • the through hole is provided with a blind hole for the rolling guide retainer pad and is provided with a bearing outer ring stop, etc., the inner diameter of the outer ring stop of the bearing is greater than or equal to the inner diameter of the outer ring of the bearing, and the outer ring of the bearing is in the rolling guide stop Positioning in the hole, the end of the guide roller is provided with a guide roller top wire hole, etc.
  • the externally threaded screw of the dismantled bearing or the externally threaded screw of the dismantled bearing is screwed into the top wire hole of the guide roller. Pull the guide roller and bearing A out, and screw the externally threaded screw or the externally threaded screw of the bearing to the unwinding
  • the guide roller pad threaded through hole or screwed in the unloading rolling guide stopper pad thread blind hole pulls the bearing B, the structure is simple, the purpose of quick disassembly can be achieved, and the working efficiency is improved.
  • 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 an integral structure, so that the interlocking guiding and sealing toothed seat of the main reciprocating tooth is 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 guide sealing gear holder is improved, and the manufacturing is easy, and the precision of the parts is good.
  • One end of the push-up box body 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, and the other end is connected with the pushing main punching piece.
  • the other end of the push main toothing member is provided with a latching main punching end surface, and the shape of the main toothing end surface 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 card
  • the end face of the main tooth is separated from the main tooth by the strong pulling force of the reciprocating power.
  • a toothed pin insertion stop or a toothed pin insertion stop pin hole is arranged, and a main reciprocating tooth insertion groove is arranged at the rear end of the main reciprocating tooth insertion hole, and the main reciprocating groove
  • 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
  • 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, the structure is suitable for the rotation of the side tooth and the side tooth seat, 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 Stopping.
  • One or more side reciprocating teeth are arranged on the main tooth frame and/or the beam cover frame, and a gap is provided between the side reciprocating teeth and the side reciprocating teeth, opposite to the main reciprocating tooth and the rear side of the side reciprocating tooth
  • the telescopic boot box plate 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 reciprocating tooth through the gap between the side reciprocating teeth and/or Or the main reciprocating tooth head, the gap between the side reciprocating teeth is arranged to facilitate the discharge of the material to be harvested.
  • multi-directional material outflow material surface increases the material outflow space, reduces the resistance to material outflow, ensures the smooth outflow of materials, improves the efficiency of material outflow, and enhances the protection of the material blocks.
  • the material wear on the equipment is reduced, and the comprehensive economic value of using the reciprocating impact coal mining machine and the roadheader is improved.
  • FIG. 1 is a schematic structural view of a reciprocating impact mining machine equipped with a rolling guide rotation preventing assembly block in Embodiment 1;
  • FIG. 2 is a schematic structural view of a rolling guide rotation preventing assembly block in Embodiment 1;
  • Figure 3 is a schematic view showing the structure of the rolling guide rotation preventing assembly block in the first embodiment
  • Figure 4 is a cross-sectional view taken along line A-A of Figure 3 in the first embodiment
  • Figure 5 is a cross-sectional view taken along line B-B of Figure 3 in the first embodiment
  • Figure 6 is a schematic view showing the structure of the interlocking guide pinion holder in the first embodiment
  • Figure 7 is a schematic structural view of a reciprocating impact mining machine equipped with a rolling guide rotation preventing assembly block in Embodiment 2;
  • Figure 8 is a schematic view showing the structure of the rolling guide rotation preventing assembly block in the second embodiment
  • Figure 9 is a cross-sectional view taken along line C-C of Figure 8 in Embodiment 2;
  • Figure 10 is a cross-sectional view taken along line D-D of Figure 8 in Embodiment 2;
  • Figure 11 is a cross-sectional view taken along line E-E of Figure 8 in the second embodiment
  • Figure 12 is a schematic view showing the structure of the rolling guide rotation preventing assembly block in the third embodiment
  • Figure 13 is a schematic structural view of a rolling guide stopper in Embodiment 3.
  • Figure 14 is a schematic view showing the structure of the rolling guide rotation preventing assembly block in the fourth embodiment.
  • Figure 15 is a schematic view showing the structure of a rolling guide rotation preventing assembly block in Embodiment 5;
  • Figure 16 is a cross-sectional view taken along line F-F of Figure 15 in Embodiment 5;
  • Figure 17 is a cross-sectional view taken along line G-G of Figure 15 in the fifth embodiment
  • Figure 18 is a schematic view showing the structure of the rolling guide rotation preventing assembly block in the embodiment 6;
  • Figure 19 is a cross-sectional view taken along line H-H of Figure 18 in the sixth embodiment.
  • Figure 20 is a cross-sectional view taken along line I-I of Figure 18 in Embodiment 6;
  • Figure 21 is a cross-sectional view taken along line J-J of Figure 18 in Embodiment 6;
  • Figure 22 is a schematic view showing the structure of the interlocking guide pinion holder in the sixth embodiment
  • Figure 23 is a schematic view showing the structure of the interlocking guide pinion holder in the sixth embodiment.
  • Figure 24 is a schematic view showing the structure of the interlocking guide pinion holder in the sixth embodiment.
  • Figure 25 is a schematic view showing the structure of the rolling guide rotation preventing assembly block in the seventh embodiment.
  • Figure 26 is a cross-sectional view taken along line K-K of Figure 25 in Embodiment 7;
  • Figure 27 is a cross-sectional view taken along line L-L of Figure 25 in the seventh embodiment
  • Figure 28 is a cross-sectional view taken along line M-M of Figure 25 in Embodiment 7;
  • Figure 29 is a schematic view showing the structure of the rolling guide rotation preventing assembly block in the eighth embodiment.
  • Figure 30 is a cross-sectional view taken along line N-N of Figure 29 in Embodiment 8.
  • Figure 31 is a cross-sectional view taken along line O-O of Figure 29 in Example 8.
  • FIG. 32 is a schematic structural view of a front three-sided roller assembly guide rotation preventing integrated block in Embodiment 8;
  • Figure 33 is a schematic structural view of the front five-sided roller assembly guide rotation preventing integrated block in the eighth embodiment.
  • Figure 34 is a schematic view showing the structure of the rolling guide rotation preventing assembly block in the embodiment 9;
  • Figure 35 is a cross-sectional view taken along line P-P of Figure 34 in Embodiment 9;
  • Figure 36 is a cross-sectional view taken along line Q-Q of Figure 34 in Embodiment 9;
  • Figure 37 is a schematic view showing the structure of the interlocking guide pinion holder in the embodiment 10;
  • Figure 38 is a schematic view showing the structure of the rolling guide rotation preventing assembly block in the embodiment 11;
  • Figure 39 is a cross-sectional view taken along line R-R of Figure 38 in Embodiment 11;
  • Figure 40 is a cross-sectional view taken along line S-S of Figure 38 in Embodiment 11;
  • Figure 41 is a schematic structural view showing a rolling guide rotation preventing assembly block in Embodiment 12;
  • Figure 42 is a cross-sectional view taken along line T-T of Figure 41 in Embodiment 12;
  • Figure 43 is a cross-sectional view taken along line U-U of Figure 41 in Embodiment 12;
  • Figure 44 is a schematic structural view of the front-axis acute-angle guide rotation preventing integrated block in Embodiment 13;
  • Figure 45 is a schematic view showing the structure of the rear-axis acute-angle guide rotation preventing integrated block in Embodiment 13;
  • Figure 46 is a schematic view showing the structure of the rolling guide rotation preventing assembly block in the embodiment 14;
  • Figure 47 is a cross-sectional view taken along line V-V of Figure 46 in Embodiment 14;
  • Figure 48 is a cross-sectional view taken along line W-W of Figure 46 in Embodiment 14;
  • Figure 49 is a cross-sectional view taken along line X-X of Figure 46 in Embodiment 14;
  • Figure 50 is a schematic view showing the structure of a rolling guide rotation preventing assembly block in Embodiment 15;
  • Figure 51 is a cross-sectional view taken along line Y-Y of Figure 50 in Embodiment 15;
  • Figure 52 is a cross-sectional view taken along line Z-Z of Figure 50 in Embodiment 15;
  • Figure 53 is a schematic structural view showing a rolling guide rotation preventing assembly block in Embodiment 16.
  • Figure 54 is a cross-sectional view taken along line AA-AA of Figure 53 in Embodiment 16;
  • Figure 55 is a cross-sectional view taken along line BB-BB of Figure 53 in Embodiment 16;
  • Figure 56 is a schematic structural view showing a rolling guide rotation preventing assembly block in Embodiment 17;
  • Figure 57 is a cross-sectional view taken along line CC-CC of Figure 56 in Embodiment 17;
  • Figure 58 is a cross-sectional view taken along line DD-DD of Figure 56 in Embodiment 17;
  • FIG. 59 is a schematic structural view showing a gear transmission box outside the integrated block sealing guide turnout box in Embodiment 18;
  • Figure 60 is a schematic structural view showing the interlocking section of the reciprocating tooth holder in the embodiment 19;
  • Figure 61 is a structural schematic view showing the hinged joint of the reciprocating tooth base and the connecting rod in the embodiment 19;
  • Figure 62 is a schematic structural view showing the arrangement of the water guide of the rolling guide rotation preventing assembly block in the embodiment 20;
  • Figure 63 is a schematic structural view showing a rolling guide rotation preventing assembly block in Embodiment 21;
  • Figure 64 is a schematic structural view showing a rolling guide rotation preventing assembly block in Embodiment 22;
  • Figure 65 is a schematic structural view showing a rolling guide rotation preventing assembly block in Embodiment 22;
  • Figure 66 is a schematic structural view showing a rolling guide rotation preventing assembly block in Embodiment 23;
  • Figure 67 is a schematic view showing the structure of a rolling guide rotation preventing assembly block in Embodiment 24;
  • Figure 68 is a schematic structural view showing a rolling guide rotation preventing assembly block in Embodiment 25;
  • Figure 69 is a schematic structural view showing a rolling guide rotation preventing assembly block in Embodiment 26;
  • Figure 70 is a schematic view showing the rear structure of the main tooth body in Embodiment 27;
  • Figure 71 is a schematic view showing the rear structure of the main tooth body in Embodiment 28;
  • Figure 72 is a cross-sectional view taken along line EE-EE of Figure 71 in Embodiment 28;
  • Figure 73 is a schematic structural view of a main tooth body in Embodiment 29;
  • Figure 74 is a schematic structural view showing a rolling guide rotation preventing assembly block in Embodiment 30;
  • Figure 75 is a schematic structural view showing a rolling guide rotation preventing assembly block in Embodiment 30;
  • Figure 76 is a schematic structural view showing a rigid wear-resistant member on the guide portion of the reciprocating tooth holder in the embodiment 31;
  • 77 is a schematic structural view showing a rigid wear-resistant member on a guide portion of a reciprocating tooth holder in Embodiment 32;
  • Figure 78 is a schematic structural view showing a water tank provided with a rolling guide rotation preventing assembly block in Embodiment 33;
  • Figure 79 is a schematic structural view showing the arrangement of a water guide in a rolling guide rotation preventing assembly block in Embodiment 33;
  • Figure 80 is a schematic structural view of a main tooth water channel in Embodiment 33;
  • Figure 81 is a schematic structural view showing the arrangement of a water guide in a rolling guide rotation preventing assembly block in Embodiment 33;
  • Figure 82 is a schematic view showing the structure of the rolling guide rotation preventing assembly block provided with the tumbler drive in the embodiment 34;
  • Figure 83 is a schematic view showing the structure of a rolling guide rotation preventing assembly block provided with a tumbler driver in Embodiment 35;
  • Figure 84 is a cross-sectional view taken along line FF-FF of Figure 83 in Embodiment 35;
  • Figure 85 is a schematic view showing the structure of the rolling guide rotation preventing assembly block provided with the tumbler driver in the embodiment 36;
  • Figure 86 is a schematic view showing the structure of the rolling guide rotation preventing assembly block provided with the tumbler driver in the embodiment 36;
  • Figure 87 is a schematic structural view of a cylindrical sleeve main tooth body in Embodiment 37;
  • Figure 88 is a schematic structural view of a cylindrical cone main tooth body in Embodiment 38;
  • Figure 89 is a schematic structural view of a main tooth body of a side tooth arm in Embodiment 39;
  • Figure 90 is a schematic structural view of a beam type main tooth body in Embodiment 40.
  • Figure 91 is a schematic structural view of the reciprocating tooth in Embodiment 41;
  • Figure 92 is a schematic view showing the structure in which the rolling guide rotation preventing assembly block of Embodiment 42 is provided with a water spout.
  • the rolling guide rotation stop assembly block reciprocating impact mining machine equipped with the rolling guide rotation preventing assembly block guiding and stopping method shown in the first embodiment
  • the rolling guide rotation preventing assembly block reciprocating impact The mining machine includes a linkage guide sealing socket 5, a reciprocating power unit 9, a rolling guide rotation stopper 44, a rolling guide rotation preventing assembly block 1, an integrated block connecting member 26, a guiding rotation preventing box sealing member and a reciprocating punching tooth 8
  • the interlocking guide pinion holder 5 includes a reciprocating tooth block linking section 73, a reciprocating toothed seat guiding section 33, a reciprocating toothed seat sealing section 71, a reciprocating toothed pinion section 72, and the like, a reciprocating toothed interlocking section 73,
  • the reciprocating toothed seat guiding section 33, the reciprocating toothed seat sealing section 71 and the reciprocating toothed toothed inserting section 72 are integrated, and the front end of the interlocking guiding and sealing toothed seat
  • the guiding section 198, the lower reciprocating toothed seat sealing section 24 and the lower reciprocating toothed seat inserting section 23 constitute a lower interlocking guiding and sealing toothed seat 309
  • the upper reciprocating toothed interlocking section 18 and the lower reciprocating toothed interlocking section 22 constitute a reciprocating
  • the adapter guiding segment connecting member 20, the reciprocating adapter guiding segment connecting member 20 and the upper interlocking guiding sealing socket 308 and the lower linkage guiding sealing socket 309 are integrated
  • the rolling guiding stopper 44 comprises a roller guiding The rotation stopper 11,
  • the roller guide rotation stopper 11 includes a bearing A6, a bearing B7, and a guide roller 4, and the bearing A6 and the bearing B7 are respectively disposed at both ends of the guide roller 4 to constitute a roller guide rotation stopper 11
  • the rolling guide rotation preventing assembly block 1 comprises a front loading rolling guide rotation preventing assembly block 2 and a rear loading
  • Cohesive force increase the guiding and correcting force, reduce the swinging impact of the reciprocating toothed seat sealing section 71 on the guiding and anti-rotating box sealing member, and set a plurality of front reciprocating toothed seat guiding section holes 13 on the front mounting reciprocating toothed seat guiding section porous integrated block and
  • a plurality of rear reciprocating toothed guide hole holes 32 are disposed on the rear reciprocating toothed seat guide segment porous block, and two or more front rolling guide stop holes are provided at two or more side portions of each front reciprocating toothed seat guide segment hole 13 15 and each afterwards
  • Two or more rear side rolling guide stoppers 44 are provided in two or more side portions of the multi-tooth seat guide section hole 32, and a plurality of front reciprocating tooth holder guiding sections 14 are disposed in the plurality of front reciprocating tooth holder guiding section holes 13,
  • the rear reciprocating adapter guiding segments 74 are disposed in the plurality of rear reciprocating adapter guiding segment holes 32, and two or more front rolling
  • the side surface is fitted in the rear reciprocating tooth holder guiding section hole 32, and the rolling guiding rotation preventing assembly block 1 forms a plurality of supporting ear plates supporting the plurality of rolling guiding rotation stoppers 44 into an integral plate, and the integrated plate makes the support more
  • the space intensive materialization of the rolling guide stops 44 improves the positioning accuracy of the plurality of rolling guide stops 44, and reduces the space waste and material waste added to enhance the strength of each support when using multiple supports.
  • the rolling guide rotation preventing assembly block 1 improves the righting strength of the plurality of rolling guide rotation stoppers 44 and the interlocking guide sealing sockets 5, simplifies the structure, improves the strength, and reduces the interlocking guide sealing socket 5 to reciprocate Swing impact damage of the power unit 9 , the reciprocating toothed sealing section 71 and the guiding anti-rotating box sealing member are matched with the sealing block, the sealing guide and the anti-rotation box 295, the front loading rolling guide rotation preventing assembly block 2 and the rear loading rolling guiding rotation preventing assembly block 3 supporting the interlocking guiding sealing plug
  • the toothed seat 5, the end of the interlocking guide pinion seat 5 is provided with a reciprocating tooth 8 to form a interlocking guide seal tooth reciprocating impactor, the reciprocating power machine 9 is connected with the reciprocating tooth joint linking section 73, and the reciprocating power machine 9 drives the interlocking Guided seal tooth reciprocating impactor reciprocating impact.
  • the reciprocating adapter interlocking section 73, the reciprocating adapter guide section 33, the reciprocating adapter sealing section 71 and the reciprocating adapter inserting section 72 may also be connected separately.
  • the multi-toothed reciprocating impactor can also be a reciprocating impactor for the left and right lance holders 56 or a reciprocating impactor for the upper and lower left pedestal 59 or a reciprocating impactor for the upper and lower right pedestal 56 or a reciprocating impact for the upper and lower left and right pedestal 56 Device.
  • the reciprocating adapter guide segment connector 20 can also securely couple the upper linkage guide seal adapter 308 with the lower linkage guide seal adapter 309.
  • the male shaft mechanism 17 may be a straight shaft cam link.
  • the straight shaft cam link is hinged to the interlocking guide pinion holder 5.
  • the reciprocating power unit 9 can also be a hydraulic mechanism or a pneumatic mechanism.
  • the reciprocating tooth joint linking section 73, the reciprocating toothed seat guiding section 33, the reciprocating toothed seat sealing section 71 and the reciprocating toothed seat inserting section 72 constitute a interlocking guiding sealing gear holder 5, so that the reciprocating toothed joint linking section 73
  • a reciprocating toothed pinion segment 72 is formed at the front end of the interlocking guide pinion holder 5 to form a single pin holder or more than two reciprocating toothed pinion segments 21 are formed at the front end of the interlocking guide pinion holder 5 Gear holder, in the linkage guide seal
  • the front end of the seat 5 is provided with a reciprocating toothing 8
  • a reciprocating power machine 9 is provided, and the reciprocating power machine 9 is provided as a male shaft mechanism 17 or a hydraulic mechanism or a pneumatic mechanism, so that the male shaft mechanism 17 is set as a crank connecting rod 16 or a straight shaft cam connecting body.
  • crank connecting rod 16 or the straight shaft cam connecting rod is hinged with the interlocking guiding and sealing socket 5, and a single connecting rod 282 drives a single-pinted seat to form a single-toothed seat reciprocating impact.
  • a connecting rod 282 drives the multi-tray holder to form a multi-toothed seat reciprocating impactor;
  • the multi-toothed reciprocating impactor is provided with a reciprocating impactor for the upper and lower lance holders or a reciprocating impactor with left and right spigots 56 or a reciprocating impactor with upper and lower left lances 59 or upper and lower right pedestals 56 reciprocating impactor or reciprocating impactor with upper and lower left and right inserting seats 56, upper reciprocating toothed joint section 18, upper reciprocating toothed seat guiding section 19, upper reciprocating toothed seat sealing section are arranged on the upper part of the upper and lower inserting seat reciprocating impactor 25 and the upper reciprocating toothed pinion segment 21 are configured to interlock with the guide pinion socket 308 and the lower reciprocating tooth block interlocking section 22, the lower reciprocating toothed seat guiding section 198, and the lower reciprocating portion are disposed at the lower portion of the upper and lower toothed seat reciprocating impactors.
  • the toothed seat sealing section 24 and the lower reciprocating toothed inserting toothed section 23 constitute a lower interlocking guiding and sealing toothed seat 309, so that the upper reciprocating toothed interlocking section 18 and the lower reciprocating toothed interlocking section 22 constitute a reciprocating toothed seat guiding section connection
  • the member 20 is configured to securely connect the upper linkage guide socket connector 308 with the lower linkage guide socket 309 or to the reciprocating bracket guide segment connector 20 and the upper linkage guide seal
  • the gear holder 308 and the lower linkage guide sealing socket 309 are integrated;
  • a rolling guide stopper 44 is provided, and the rolling guide stopper 44 is provided as a roller guide rotation stopper 11 or as a bearing member guide rotation stopper, and when the roller guide rotation stopper 11 is used, the bearing A6 is provided.
  • the bearing B7 and the guide roller 4 respectively set the bearing A6 and the bearing B7 at the two ends of the guide roller 4 to constitute the roller guide stopper 11, or to provide the guide bearing member and the guide when the bearing member is used to guide the rotation stopper.
  • the bearing fixing member is disposed on the guiding bearing fixing member to form the bearing member guiding and stopping device, the guiding bearing member is set as the bearing body member or the protective bearing sleeve is disposed on the outer periphery of the bearing body member, and the bearing bearing sleeve is disposed on the bearing Forming a rotation preventing guide bearing sleeve on the body member, disposing the bearing body member on the guiding bearing fixing member or placing the rotation preventing guiding bearing sleeve on the guiding bearing fixing member;
  • the rolling guide rotation preventing assembly block 1 is arranged, and the rolling guide rotation preventing assembly block 1 is set as the front loading rolling guide rotation preventing assembly block 2 and the rear loading rolling guiding rotation preventing assembly block 3, so that the front loading rolling guide is stopped.
  • the assembly block 2 and the rear loading rolling guide rotation preventing assembly block 3 are arranged in parallel in front and rear, and a front and rear centering guide rotation stop pitch 10 is provided between the front loading rolling guide rotation preventing assembly block 2 and the rear loading rolling guide rotation preventing assembly block 3,
  • the integrated block connector 26 is connected to the front block rolling guide rotation preventing assembly block 2 and the rear loading rolling guide rotation preventing assembly block 3 to form an integrated block sealing guide rotation preventing box 295 for the front loading rolling guide rotation preventing assembly
  • the block 2 is provided as a front-loading reciprocating toothed guide segment single-hole integrated block 27 or the front-mounted rolling guide anti-rotation assembly block 2 is provided as a front-mounted reciprocating toothed-toothed guide segment porous integrated block, so that the rear-
  • the front reciprocating toothed seat guiding section hole 13 is disposed on the front reciprocating toothed seat guiding section single hole integrated block 27, and the rear reciprocating toothed seat guiding section hole 32 is disposed on the rear mounted reciprocating toothed seat guiding section single hole integrated block 31,
  • Two or more front rolling guide stopper holes 15 are provided at two or more side portions of the front reciprocating tooth holder guide segment hole 13 and two or more rear rolling guides are provided at two or more side portions of the rear reciprocating tooth holder guide segment hole 32
  • the hole of the stopper 44 is directed to the front side of the front rolling guide stopper hole 15 of the two or more side portions of the front reciprocating tooth holder guiding section hole 13 and the front reciprocating tooth holder of the front rolling guide rotation preventing hole 15
  • the side wall of the segment hole 13 is continuous and the rear rolling guide of the rear reciprocating tooth holder guiding portion hole 32 is guided to the side wall of the hole of the stopper 44 and the rear reciprocating tooth holder guiding portion hole 32 of the hole of the rear rolling guide
  • the side wall is connected, the front reciprocating toothed seat guiding section 14 is disposed in the front reciprocating toothed seat guiding section hole 13, and the rear reciprocating toothed seat guiding section 74 is disposed in the rear reciprocating toothed positioning section hole 32, which is more than two
  • the rolling guide stopper 44 is disposed in two or more front rolling guide stopper holes 15, and two or more rear rolling guides are provided.
  • the rotator 44 is disposed in the holes of the two or more rear rolling guide rotators 44 such that the two or more front rolling guide rotator side walls 12 and the front reciprocating yoke guiding section 14 respectively have more than two sides of the front reciprocating tooth holder
  • the guide segment holes 13 are fitted together, so that the side walls of the two or more rear rolling guide stoppers 44 and the two or more side surfaces of the rear reciprocating tooth holder guiding portion 74 are respectively fitted in the rear reciprocating tooth holder guiding portion holes 32, or in front of A plurality of front reciprocating toothed guide hole holes 13 are disposed on the porous assembly block of the reciprocating toothed seat guide segment, and a plurality of rear reciprocating toothed seat guide segment holes 32 are disposed on the rear reciprocating toothed seat guide segment porous integrated block, at each of which Two or more front rolling guide stopper holes 15 are provided at two or more side portions of the double-toothed seat guide segment hole 13 and two or more rear rolling guides are provided at two or more side portions of
  • the two or more front rolling guide retainer side walls 12 and the front reciprocating toothed seat guiding section 14 are respectively in the front reciprocating toothed seat guiding section hole 13
  • the two side surfaces of the two rear rolling guide stoppers 44 and the rear side of the rear reciprocating tooth holder guiding portion 74 are respectively fitted in the rear reciprocating tooth holder guiding section holes 32, and the rolling guide rotation preventing assembly is used by using the rolling guide.
  • the block 1 forms a plurality of support ears supporting the plurality of rolling guide stops 44 into an integral plate, so that the integrated plate will solidify the space intensively supporting the plurality of rolling guide stops 44, thereby improving the plurality of rolling guides.
  • the positioning accuracy of the rotation stop 44 reduces the space waste and material waste added to enhance the strength of each support ear when using a plurality of support ears, and the rolling guide rotation preventing assembly block 1 improves the plurality of rolling guide rotation stops 44 and Linking the guiding seal to the toothed seat 5 Strength, improve the strength of the structure is simplified, reducing the interlocking guide seal base 5 slotting reciprocating swinging force of impact damage to 9;
  • the guide chute seal is arranged, so that the reciprocating toothed seal section 71 and the guide anti-rotation box seal cooperate with the seal integrated block seal guide turnout box 295;
  • the front loading rolling guide rotation preventing assembly block 2 and the rear loading rolling guiding rotation preventing assembly block 3 support the interlocking guiding sealing socket 5, and the reciprocating punch 8 is arranged at the end of the interlocking guiding sealing gear holder 5
  • the reciprocating impactor is coupled to the reciprocating power unit 9 to connect the reciprocating power unit 9 to the reciprocating gear unit 73.
  • the reciprocating power unit 9 drives the reciprocating impact of the reciprocating impactor of the interlocking guiding sealing seat.
  • the reciprocating impact mining machine with the rolling guide rotation preventing assembly block shown in the second embodiment is different from the first embodiment in that the front end of the interlocking guide sealing socket 5 is provided with a reciprocating tooth.
  • the seat pin segment 72 constitutes a single pin holder
  • the reciprocating tooth 8 is disposed at the front end of the interlocking guide pinion holder 5
  • the reciprocating power unit 9 is a male shaft mechanism 17
  • the male shaft mechanism 17 includes a crank link 16 and the like.
  • the crank link 16 is hinged with the interlocking guide seal socket 5
  • a link 282 drives a single socket to form a single-pin reciprocating impactor
  • the rolling guide stopper 44 includes a roller guide.
  • the rotation stopper 11, the roller guide rotation stopper 11 includes a bearing A6, a bearing B7, and a guide roller 4, and the bearing A6 and the bearing B7 are respectively disposed at both ends of the guide roller 4 to constitute a roller guide rotation stopper 11
  • the rolling guide rotation preventing assembly block 1 includes a front loading rolling guide rotation preventing assembly block 2 and a rear loading rolling guiding rotation preventing assembly block 3, etc., and the front loading rolling guide rotation preventing assembly block 2 and the rear loading rolling guiding rotation preventing assembly block 3 are parallel to each other.
  • Set and front loading rolling guide rotation preventing assembly block 2 and rear loading rolling guide rotation preventing assembly block 3 is provided between the front and rear centering guide rotation stop spacing 10, the integrated block connecting member 26 is connected to the front loading rolling guide rotation preventing assembly block 2, and the rear loading rolling guiding rotation preventing assembly block 3 is formed into an integrated block sealing guiding rotation preventing box 295, front loading
  • the rolling guide rotation preventing assembly block 2 includes a front loading reciprocating tooth holder guiding section single hole assembling block 27 and the like, and the rear loading rolling guiding rotation preventing assembly block 3 includes a rear loading reciprocating toothed seat guiding section single hole integrated block 31 and the like, and is equipped with a rolling guide.
  • the rotating component block 1 increases the guiding cohesion force, increases the guiding and righting force, reduces the swinging impact of the reciprocating toothed seat sealing section 71 on the guiding and anti-rotating box sealing member, and the front mounting reciprocating toothed seat guiding section single hole integrated block 27 has a going
  • the multi-tooth seat guide segment hole 13 and the rear reciprocating tooth holder guide segment single-hole integration block 31 are provided with a rear reciprocating tooth holder guide segment hole 32, and the front reciprocating tooth holder guide portion hole 13 has two or more side portions provided with two More than two rear rolling guide stoppers 44 are provided on the two sides of the front rolling guide rotation preventing hole 15 and the rear reciprocating toothed positioning guide hole 32, and are in front of the front reciprocating toothed positioning guide hole 13 Rolling guide stop hole 15 side wall and abutting front rolling guide stop
  • the front side of the front reciprocating toothed guide portion hole 13 of the 15 is connected to the rear side of the reciprocating toothed seat guide portion hole 32, and the rear
  • the side wall of the toothed guide segment hole 32 is connected, the front reciprocating tooth holder guiding portion 14 is disposed in the front reciprocating tooth holder guiding portion hole 13, and the rear reciprocating tooth holder guiding portion 74 is disposed in the rear reciprocating tooth holder guiding portion hole 32, More than one front rolling guide stopper 44 is disposed in two or more front rolling guide stopper holes 15, and two or more rear rolling guide rotation stoppers 44 are disposed in the holes of two or more rear rolling guide rotation stoppers 44, More than one front rolling guide retainer side wall 12 is respectively fitted with two or more sides of the front reciprocating toothed seat guiding section 14 in the front reciprocating toothed seat guiding section hole 13 respectively, and two or more rear rolling guide retaining means 44 side walls respectively And two or more sides of the rear reciprocating toothed guide segment 74 are fitted in the rear reciprocating toothed guide hole 32, and the rolling guide rotation preventing assembly is mounted
  • the block 1 is formed as a one-piece plate by supporting a plurality of support lugs of the
  • the positioning accuracy of the rotation stop 44 reduces the space waste and material waste added to enhance the strength of each support member when the plurality of support members are used, and the rolling guide rotation preventing assembly block 1 improves the plurality of rolling guide rotation stops 44 and
  • the righting strength of the interlocking guide pinion holder 5 simplifies the structure and improves the strength, and reduces the oscillating impact damage of the interlocking guide pinion holder 5 to the reciprocating power unit 9, and the reciprocating tooth holder sealing section 71 and the guide rotation box are sealed.
  • the piece is matched with the sealing block sealing guide turntable 295, the front loading rolling guide rotation preventing assembly block 2 and the rear loading rolling guiding rotation preventing assembly block 3 supporting the interlocking guiding sealing socket 5, and the interlocking guiding sealing socket 5 end
  • the reciprocating punch 8 is arranged to form a interlocking guide sealing seat reciprocating impactor, and the reciprocating power unit 9 is connected with the reciprocating toothed interlocking section 73.
  • the reciprocating power unit 9 drives the interlocking guiding sealing seat reciprocating impactor to reciprocate impact.
  • the rolling guide stopper 44 may 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.
  • the bearing body member is disposed on the guide bearing fixing member.
  • a guard bearing sleeve may also be disposed on the outer circumference of the bearing body member, and the guard bearing sleeve is disposed on the bearing body member to form a non-rotation guide bearing sleeve, and the rotation-stop guide bearing sleeve is disposed on the guide bearing fixing member.
  • the rolling guide rotation preventing assembly block reciprocating impact mining machine shown in the third embodiment is different from the first embodiment in that the guide roller 4 is provided with a bearing A inner ring stop 42. And bearing B inner ring stop 43 and so on, bearing A inner ring stop 42 diameter is larger than bearing A6 inner hole is smaller than bearing A6 outer ring inner diameter, bearing B inner ring stop 43 diameter is larger than bearing B7 inner hole is smaller than bearing B7 outer ring Inner diameter, bearing A inner ring stop 42 and bearing B inner ring stop 43 block bearing A6, bearing B7 sway along guide roller 4, rolling guide stop 44 includes anti-bearing swaying member, anti-bearing swaying member includes The bearing sleeve 37 and the end cover 40, the bearing sleeve 37 and the end cover 40 are separated structures, and the bearing anti-rotation member positions the bearing outer ring in the hole of the rolling guide stopper 44 to prevent the bearing A6 and the bearing B7 from moving.
  • the rolling guide rotation preventing assembly block 1 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 holes of the plurality of rolling guide stops 44 and a plurality of
  • the positional accuracy of the hole of the rolling guide stopper 44 and the reciprocating toothed guide section 33 improves the guiding precision and reduces the processing complexity, so that the center line of the reciprocating toothed guide section 33 is perpendicular to the axis of the convex axis, thereby maximally protecting the reciprocating power.
  • the gear bearing sleeve 37 is provided with an oil inlet hole 39 and an oil outlet hole 41.
  • a sponge body 38 is disposed in the inner cavity of the retaining bearing sleeve 37. The sponge body 38 stores the lubricating fluid, prolongs the lubrication time of the roller guide retainer, and improves the service life of the roller guide retainer.
  • the bearing sleeve 37 and the end cover 40 can also be blocked as a one-piece structure.
  • Lubricating fluid lubrication can also be stored in the inner cavity of the bearing sleeve 37.
  • the rolling guide rotation preventing assembly block reciprocating impact mining machine shown in Embodiment 4 is different from Embodiment 1 in that the rolling guide rotation stopper 44 includes a bearing inner ring A-stop 47, Blocking bearing body inner ring B retaining sleeve 46 and fixed bearing body shaft 45, etc., retaining bearing body inner ring A retaining sleeve 47 and retaining bearing body inner ring B retaining sleeve 46 inner diameter greater than or equal to the bearing body inner diameter, retaining bearing body inner ring A
  • the outer diameter of the baffle sleeve 47 and the inner ring of the buckle sleeve 46 is smaller than the inner diameter of the outer ring of the bearing body.
  • the inner end of the hole of the rolling guide retainer 44 is provided with the inner ring A of the retaining bearing body member, and the bearing body member is disposed on the retaining bearing.
  • On the inner ring A of the body member one end of the fixed bearing body shaft 45 passes through the bearing body bore and passes through the retaining ring.
  • the inner ring A of the retaining sleeve 47 is disposed on the bearing member of the rolling guide rotation preventing assembly block 1 to prevent rotation.
  • the ring B of the bearing body is disposed at the other end of the bearing body member, and the fixed bearing body shaft 45 is connected to the inner ring of the fixed bearing body member A, the bearing body member and the bearing body Inner ring B retaining sleeve 46, fixed bearing body shaft 45 and retaining bearing B stopper sleeve inner split connector 46, so that the rolling bearing inner ring rotation stopper guide bore 44 is positioned to ensure that the tooth bearing of the present decent reciprocating guide seat surface segment bonded to the rolling friction.
  • Embodiment 3 and Embodiment 4 correspond to the following corresponding methods:
  • a bearing A inner ring stop 42 and a bearing B inner ring stop 43 are arranged on the guide roller 4, so that the diameter of the inner ring stop 42 of the bearing A is larger than the inner diameter of the bearing A6 is smaller than the inner diameter of the outer ring of the bearing A6, so that the bearing The diameter of the B inner ring stop 43 is larger than the inner hole of the bearing B7 is smaller than the inner diameter of the outer ring of the bearing B7, so that the inner ring stop 42 of the bearing A and the inner ring stop 43 of the bearing B block the bearing A6 and the bearing B7 from swaying along the guide roller 4, And the anti-bearing swaying member is disposed on the rolling guide rotation preventing assembly block 1 so that the anti-bearing swaying member is disposed as the bearing sleeve 37 and the end cover 40, and the bearing sleeve 37 and the end cover 40 are separated or integrated.
  • the anti-bearing swaying member positions the bearing outer ring in the hole of the rolling guide rotator 44 to prevent the bearing A6 and the bearing B7 from swaying, and ensures that the guiding roller surface and the reciprocating toothed guide guiding surface are in contact with the rolling friction, or the bearing body is provided.
  • the outer diameter of the inner ring A of the retaining ring and the outer ring of the inner ring B of the retaining ring are smaller than the inner diameter of the outer ring of the bearing.
  • the inner ring A of the retaining bearing body member is disposed at one end of the hole of the rolling guide stopper 44, and the bearing body member is set On the inner ring A of the retaining bearing body member, one end of the fixed bearing body shaft 45 passes through the bearing body bore and passes through the retaining ring.
  • the inner ring A of the retaining sleeve 47 is disposed on the bearing of the rolling guide rotation preventing assembly block 1.
  • the inner ring B sleeve 46 of the bearing body is disposed at the other end of the bearing body member, so that the fixed bearing body shaft 45 is fixed to the inner ring of the bearing body member, the A sleeve and the bearing body member.
  • bearing body inner ring B baffle 46, the fixed bearing body shaft 45 and the retaining bearing body inner ring B baffle sleeve 46 are connected or integrated, so that the bearing inner ring is positioned in the hole of the rolling guide stop 44, ensuring The bearing body surface and the reciprocating toothed guide segment surface are in contact with the rolling friction.
  • the tooling positioning of the one-piece rolling guide rotation preventing assembly block 1 is performed on the rolling guide rotation preventing assembly block 1 into the front reciprocating tooth holder guiding segment hole 13 and processed on the rolling guiding rotation preventing assembly block 1 a plurality of rolling guide stopper 44 holes, and the processed rolling guide rotation preventing assembly block 1 retains the thickness of each hole wall and the connection strength between the hole wall and the hole wall to ensure a plurality of rolling guide rotations.
  • the positional accuracy between the holes of the device 44 and the positional accuracy of the holes of the plurality of rolling guide retainers 44 and the reciprocating toothed guide segments 33 improve the guiding precision and reduce the processing complexity, so that the center line of the reciprocating toothed guide segment 33
  • the axis of the male shaft is perpendicular to the maximum protection of the reciprocating power unit 9.
  • the reciprocating impact mining machine equipped with the rolling guide rotation preventing assembly block shown in the fifth embodiment is different from the first embodiment in that the front left bearing A is mounted on the rolling guide rotation preventing assembly block 1.
  • the hole 48, the front left bearing B hole 50 and the front left guide roller hole 49 are processed into through holes, and the front right bearing A hole 53, the front right bearing B hole 51 and the front right are guided on the rolling guide rotation preventing assembly block 1
  • the roller hole 52 is machined into a through hole, and the front left guide roller 36 is swayed toward the front left bearing A hole 48 or the front left bearing B hole 50, and the front left guide roller 36 and the reciprocating tooth guide segment plane 34 are
  • the distance between the bonding line and the bonding line of the front right guiding roller 35 and the reciprocating tooth holder guiding section plane 34 is constant, and the front loading rolling guide rotation preventing assembly block 2 and the rear loading rolling guiding rotation preventing assembly block 3 make the reciprocating tooth holder
  • the center line of the guiding section 33 is perpendicular to
  • the front left bearing A hole 48, the front left bearing B hole 50 and the front left guiding roller hole 49 are machined into through holes on the rolling guide rotation preventing assembly block 1, and the front right is mounted on the rolling guide rotation preventing assembly block 1.
  • the bearing A hole 53, the front right bearing B hole 51 and the front right guiding roller hole 52 are machined into through holes, so that the front left guiding roller 36 is swayed toward the front left bearing A hole 48 or the front left bearing B hole 50
  • the distance between the front left guide roller 36 and the reciprocating tooth guide segment plane 34 and the front right guide roller 35 and the reciprocating tooth guide segment plane 34 are the same, and the front loading rolling guide rotation preventing assembly
  • the block 2 and the rear loading rolling guide rotation preventing assembly block 3 make the center line of the reciprocating tooth holder guiding section 33 perpendicular to the axis of the convex axis, improve the guiding precision, reduce the processing complexity, and stop the rotation.
  • the guiding plane protects the link 282 to the utmost extent.
  • the rolling guide rotation preventing assembly block reciprocating impact mining machine shown in Embodiment 6 is different from Embodiment 1 in that the front loading rolling guide rotation preventing assembly block 2 includes a front reciprocating tooth holder. Guide segment left hole 60 and front reciprocating tooth guide segment right hole 55, etc., rear loading rolling guide rotation preventing assembly block 3 includes rear reciprocating tooth holder guiding segment left hole 66 and rear reciprocating tooth holder guiding segment right hole 63, etc.
  • the axis of the left guide hole 60 of the adapter guide segment is coaxial with the axis of the left hole 66 of the rear reciprocating adapter guide segment and the axis of the right reciprocating adapter guide segment right hole 55 is coaxial with the axis of the rear reciprocating adapter guide segment right hole 63, and the front reciprocating tooth holder
  • the front loading rolling guide rotation preventing assembly block 2 on the left side of the guide section left hole 60 and the left side of the front reciprocating tooth holder guiding section right hole 55 is provided with a front middle rolling guide stopper hole 54, and the front middle rolling guide rotation stopper 58 is provided In the front middle rolling guide stopper hole 54, the left side of the front middle rolling guide stopper 58 in the front middle rolling guide stopper hole 54 is fitted to the front left reciprocating tooth holder guiding section surface 61 and the front middle rolling guide
  • the front middle rolling guide stop 58 in the retainer hole 54 has a right side and a front right reciprocating tooth guide The step surface 57 is fitted, and the rear reciproc
  • the rear loading rolling guide rotation preventing assembly block 3 is provided with a rear intermediate rolling guide rotation preventing hole 62.
  • the rear intermediate rolling guide stopper 65 is disposed in the rear intermediate rolling guide stopper hole 62, and the rear intermediate rolling guide stopper 65 in the rear intermediate rolling guiding stopper hole 62 is guided to the left and the rear left reciprocating tooth holder 65.
  • the segment surface 67 is fitted and the right intermediate rolling guide stopper 65 in the rear intermediate rolling guide stopper hole 62 is fitted to the right rear reciprocating tooth holder guiding section surface 64, and the crank connecting rod 16 is provided with a left convex shaft.
  • the left convex axis 68 and the right convex axis 69, etc., the left convex axis 68 and the right convex axis 69 are 180 degrees, the left convex axis 68 drives the left toothed seat 59 to reciprocate, and the right convex axis 69 drives the right toothed seat 56 to reciprocate, when the left
  • the convex shaft 68 drives the left lance holder 59 to impact forward
  • the right convex shaft 69 drives the right pedestal 56 to move backward.
  • the left convex shaft 68 drives the left pedestal 59 to move backward
  • the right convex shaft 69 drives the right spigot.
  • the seat 56 is forwardly impacted, and the feature of the front and rear movement of the left and right toothed seats 59, 56, requires the space of the two front rolling guides 44 to be provided. Secondly, the space of the two rear rolling guides 44 is required to be combined into one, and the space utilization ratio of the rolling guide rotation preventing assembly block 1 is increased, the length of the crankshaft is reduced, the equipment strength is relatively increased, and the manufacturing cost is saved. Reduce the width of the impact surface to reduce the impact resistance.
  • the reciprocating toothed seat sealing section 71 includes a circular cross-section reciprocating toothed seat sealing section 70 for facilitating sealing.
  • the reciprocating toothed seat guiding section 33 includes a left anti-rotating rod guiding plane and a right anti-rotating rod guiding plane and the reciprocating toothed seat guiding section 33 includes a top stop.
  • the guiding plane of the rotating rod and the guiding plane of the lower rotation preventing rod, the guiding plane of the left stopping rod is parallel with the guiding plane of the right stopping rod and the guiding plane of the upper stopping rod is parallel with the guiding plane of the lower stopping rod, and two planes and guiding parallel to each other
  • the roller 4 is fitted with rolling friction and the rolling guide is stopped.
  • the left convex shaft 68 and the right convex shaft 69 may be provided on the straight shaft cam link.
  • the front reciprocating toothed guide section left hole 60 axis is coaxial with the rear reciprocating seat guide section left hole 66 axis and the front reciprocating toothed guide section right hole 55 axis is parallel to the rear reciprocating toothed guide section right hole 63 axis, that is,
  • the left axis of the front reciprocating adapter guide segment 14 is coaxial with the left axis of the rear reciprocating adapter guide segment 74 and the right axis of the front reciprocating adapter guide segment 14 is parallel to the right axis of the rear reciprocating adapter guide segment 74.
  • the axis of the front reciprocating tooth guide guiding section left hole 60 is parallel to the axis of the rear reciprocating toothed seat guiding section left hole 66 and the axis of the front reciprocating toothed seat guiding section right opening 55 is coaxial with the axis of the rear reciprocating toothed guiding section right hole 63, that is,
  • the left axis of the front reciprocating adapter guide segment 14 is parallel to the left axis of the rear reciprocating adapter guide segment 74 and the right axis of the front reciprocating adapter guide segment 14 is coaxial with the right axis of the rear reciprocating adapter guide segment 74.
  • the axis of the front reciprocating tooth guide guiding section left hole 60 is parallel to the axis of the rear reciprocating toothed seat guiding section left hole 66 and the axis of the front reciprocating toothed seat guiding section right opening 55 is parallel to the axis of the rear reciprocating toothed guiding section right opening 63, that is,
  • the left axis of the double toothed guide segment 14 is parallel to the left axis of the rear reciprocating toothed guide segment 74 and the right axis of the front reciprocating toothed seat guide segment 14 is parallel to the right axis of the rear reciprocating toothed guide segment 74.
  • the reciprocating impact mining machine equipped with the rolling guide rotation preventing assembly block shown in Embodiment 7 is different from Embodiment 1 in that the multi-spindle reciprocating impactor includes a left upper and lower lance holders and Right upper and lower lance holders, etc., left upper and lower lance holders and right upper and lower lance holders are arranged left and right, left convex shaft 68 drives left upper and lower lance holders, right convex shaft 69 drives right upper and lower lance holders, front loading rolling guide rotation preventing assembly
  • the block 2 is provided with a front left upper reciprocating toothed seat guiding section hole 90, a front left lower reciprocating toothed seat guiding section hole 85, and a front right upper reciprocating toothed seat guiding section hole 77, a front right lower reciprocating toothed seat guiding section hole 82, and a rear loading rolling.
  • the guiding rotation preventing assembly block 3 is provided with a rear left upper reciprocating tooth holder guiding section hole 105, a rear left lower reciprocating toothed seat guiding section hole 100, and a rear right upper reciprocating toothed seat guiding section hole 92 and a rear right lower reciprocating toothed seat guiding section hole 97.
  • a left front upper guide rod left rolling guide stop hole 89 is provided on the left side of the front left upper reciprocating tooth holder guide section hole 90, and a left front upper guide rod lower rolling guide stop is provided on the lower left side of the front left upper reciprocating toothed seat guide section hole 90
  • the hole 88, the front right upper reciprocating tooth holder guiding section hole 77 is provided with a right front upper guiding rod right rolling guide
  • the stopper hole 78 is provided on the lower side of the front right upper reciprocating tooth holder guiding section hole 77, and the right front upper guiding rod lower rolling guiding stop hole 79, the front left upper reciprocating toothed seat guiding section hole 90 and the front right upper reciprocating toothed seat guiding section are provided.
  • the front loading rolling guide rotation preventing assembly block 2 between the holes 77 is provided with a front upper middle rolling guide rotation stop hole 75, and a front upper middle rolling guide rotation stop 76 in the front upper middle rolling guide rotation stop hole 75.
  • the left side is in contact with the front left upper reciprocating toothed guide section 19, and the right upper middle intermediate rolling guide stop 76 in the front upper middle rolling guide stop 75 is attached to the front right upper reciprocating toothed guide section 19
  • the front left lower reciprocating tooth holder guiding section hole 85 is provided with a left front lower guiding rod left rolling guiding stop hole 86 on the left side, and the front left lower reciprocating toothed seat guiding section hole 85 is provided with a left front lower guiding rod upper side.
  • the movable guide stopper hole 87 is provided with a right front lower guide rod right rolling guide stopper hole 81 on the right side of the front right lower reciprocating tooth holder guiding section hole 82 and a right front side is disposed on the upper side of the front right lower reciprocating tooth holder guiding section hole 82.
  • the lower guide roller has a rolling guide stop hole 80, and a front loading rolling guide rotation preventing block block 2 between the front left lower reciprocating tooth holder guiding section hole 85 and the front right lower reciprocating toothing guiding section hole 82 is provided with a front lower portion
  • the middle rolling guide stopper hole 84, the front left middle rolling guide stopper 83 in the front lower middle rolling guide stopper hole 84 is fitted to the front left lower reciprocating tooth holder guiding section 198 and the front lower middle rolling
  • the right side of the front lower middle rolling guide rotation stopper 83 in the guide rotation stopper hole 84 is fitted to the front right lower reciprocating tooth holder guide section 198, and the left upper rear reciprocating tooth holder guide section hole 105 is provided with a left rear upper guide.
  • the left side of the rod is guided to the rotation stop hole 104, and the lower left upper reciprocating tooth holder guide section hole 105 is provided with a left rear upper guide rod lower rolling guide rotation stop hole 103, and the rear right upper reciprocating tooth holder guide section hole 92 is provided on the right side.
  • the right rear upper guide rod is rightly scrolled to the stop hole 93 and is disposed on the lower right side of the rear right upper reciprocating tooth holder guide section hole 92.
  • the guide roller lowers the guide rotation stop 44 hole, and the rear left upper reciprocating tooth holder guide section hole 105 and the rear right upper reciprocating toothed seat guide section hole 92 are disposed on the body after the rolling guide rotation stop assembly block 3
  • the stopper upper hole 106, the rear upper middle rolling guide rotation stopper 91 in the rear upper middle rolling guide rotation stop hole 106 is fitted to the rear left upper reciprocating tooth holder guiding section 19, and the rear upper middle rolling guide is prevented from rotating.
  • the right upper middle rolling guide stopper 91 in the hole 106 is fitted to the rear right upper reciprocating tooth guide guiding section 19, and the left lower reciprocating toothing guiding section hole 100 is provided with a left rear lower guiding rod left rolling guide.
  • the stopper hole 101, the upper left lower reciprocating tooth holder guiding section hole 100 is provided with a left rear lower guiding rod upper rolling guide rotation stop hole 102, and the rear right lower reciprocating tooth base guiding section hole 97 is provided with a right rear lower right side.
  • the guide rod is rightly rolled to guide the rotation stop hole 96 and is provided on the upper right rear lower reciprocating tooth holder guide portion hole 97 on the right rear lower guide rod on the rolling guide rotation stop hole 95, and the rear left lower reciprocating tooth holder guide portion hole 100 and a rear loading and rolling guide rotation preventing assembly block 3 between the rear right lower reciprocating tooth holder guiding section holes 97 is provided with a rear lower middle
  • the rolling guide stopper hole 99, the left lower and middle lower rolling guide stoppers 98 in the rear lower middle rolling guide stopper hole 99 are fitted to the rear left lower reciprocating tooth holder guiding section 198, and the rear lower middle rolling guide is guided.
  • the right lower middle rolling guide stopper 98 in the stopper hole 99 is fitted to the rear right lower reciprocating tooth guide guiding section 198, and the crank connecting rod 16 is provided with a left convex shaft 68 and a right convex shaft 69, and the like.
  • the convex shaft 68 and the right convex shaft 69 are 180 degrees, the left convex shaft 68 drives the left upper and lower gear holders to reciprocate, the right convex shaft 69 drives the right upper and lower gear holders to reciprocate, and the left convex shaft 68 drives the left upper and lower teeth.
  • the right convex axis 69 drives the right upper and lower lance holders to move backward.
  • the left convex shaft 68 drives the left upper and lower lance holders to move backward
  • the right convex shaft 69 drives the right upper and lower lance holders to move forward.
  • the feature of the back and forth movement of the pedestal and the right upper and lower pedestal seats is that the space of the two front upper rolling guide rotators 44 is required to be combined, and the space of the two front lower rolling guide rotators 44 is required to be combined. For one, the space of the two rear upper rolling guides 44 will be set to one, and two will be set.
  • the space of the rear lower rolling guide stopper 44 is combined into one, which improves the space utilization ratio of the rolling guide rotation preventing assembly block 1, reduces the length of the crankshaft, relatively increases the equipment strength, saves the manufacturing cost, reduces the width of the impact surface, and reduces the impact.
  • Resistance, left front upper and lower reciprocating teeth, left front lower reciprocating tooth and left rear upper reciprocating tooth, left rear lower reciprocating tooth and right front upper reciprocating tooth, right front lower Reciprocating teeth and right rearward The multi-tooth, right rear lower reciprocating tooth, when the material is placed up and down the upper and lower pinning seats, the left front lower guide bar rolling guide stop 44 and the left rear upper guide lower rolling guide stop 44 correct the left upper and lower pin holders.
  • the left convex shaft 68 and the right convex shaft 69 may be provided on the straight shaft cam link.
  • the left front upper reciprocating tooth and the left front lower reciprocating tooth may be disposed at one end of the left upper and lower pin holders, and the right front upper reciprocating tooth and the right front lower reciprocating tooth are disposed at one end of the right upper and lower pinning seat.
  • the structure also corresponds to the following corresponding methods:
  • the multi-toothed reciprocating impactor is arranged as a left upper and lower lance holder and a right upper and lower lance holder, so that the left upper and lower lance holders and the right upper and lower lance holders are disposed to the left and right, so that the left convex shaft 68 drives the left upper and lower lance holders, so that The right convex shaft 69 drives the right upper and lower lance holders, and the reciprocating tooth holder guide segments 33 of the left upper and lower lance holders and the right upper and lower lance holders are disposed on the rolling guide rotation preventing assembly block 1, so that the front loading rolling guide rotation preventing assembly
  • the block 2 is provided with a front left upper reciprocating toothed seat guiding section hole 90, a front left lower reciprocating toothed seat guiding section hole 85, and a front right upper reciprocating toothed seat guiding section hole 77 and a front right lower reciprocating toothed seat guiding section hole 82 for rear mounting.
  • the rolling guide rotation preventing assembly block 3 is provided with a rear left upper reciprocating tooth holder guiding section hole 105, a rear left lower reciprocating toothed seat guiding section hole 100, and a rear right upper reciprocating toothed seat guiding section hole 92 and a rear right lower reciprocating toothed positioning section hole.
  • a left front upper guide rod left rolling guide stop hole 89 is arranged on the left side of the front left upper reciprocating tooth holder guide section hole 90
  • a left front upper guide rod is arranged on the lower left side of the front left upper reciprocating toothed seat guide section hole 90.
  • the hole 88 is disposed on the right side of the front right upper reciprocating toothed guide hole 77 to the right front upper guide right
  • the rolling guide stopper hole 78 is disposed on the lower side of the front right upper reciprocating tooth holder guiding section hole 77, and the right front upper guiding rod lower rolling guiding stopper hole 79 is provided, and the front left upper reciprocating toothed seat guiding section hole 90 and the front right upper reciprocating toothed seat are provided.
  • the front loading rolling guide rotation preventing assembly block 2 between the guiding section holes 77 is provided with a front upper middle rolling guiding rotation preventing hole 75 to prevent the front upper middle rolling guide rotation in the front upper middle rolling guiding rotation preventing hole 75
  • the left side of the device 76 is in contact with the front left upper reciprocating toothed guide section 19 and the front upper middle rolling guide stop 76 in the front upper middle rolling guide stop 75 is right and front right upper reciprocating toothed guide section 19 Face-to-face fitting, the left front lower guide rod left rolling guide stop hole 86 is disposed on the left side of the front left lower reciprocating tooth holder guiding section hole 85, and the left front lower guiding rod is arranged on the upper left lower reciprocating tooth holder guiding section hole 85 on the upper side.
  • the stopper hole 87 is disposed on the right side of the front right lower reciprocating tooth holder guiding section hole 82, and the right front lower guiding rod right rolling guiding stopper hole 81 is disposed on the right front lower right reciprocating tooth holder guiding section hole 82.
  • the front loading and lowering rolling guide rotation preventing assembly block 2 between the right lower reciprocating tooth holder guiding section holes 82 is provided with a front lower middle rolling guiding rotation preventing hole 84 so that the front lower middle rolling guides the front lower portion in the rotation preventing hole 84
  • the left side of the intermediate rolling guide stopper 83 is in contact with the front left lower reciprocating tooth holder guiding section 198, and the front lower middle rolling guide rotation preventing hole 83 in the front lower middle rolling guide rotation stopper 83 is right and front right lower.
  • the reciprocating toothed guide section 198 is surface-fitted, and the left rear upper guide bar is disposed on the left side of the rear left upper reciprocating toothed guide section hole 105, and the left rolling guide stop hole 104 is reciprocated on the rear left upper left.
  • the left rear upper guide rod lower rolling guide rotation stop hole 103 is disposed on the lower side of the tooth guide portion hole 105, and the right rear upper guide rod is disposed on the right side of the rear right upper reciprocating tooth holder guide portion hole 92.
  • the right upper guiding rod lowers the guiding guide retainer 44 hole, and between the rear left upper reciprocating toothed seat guiding section hole 105 and the rear right upper reciprocating toothed positioning section hole 92
  • the upper and lower intermediate rolling guide stopper holes 106 are disposed on the body of the rolling guide rotation preventing assembly block 3, so that the rear upper middle rolling guide rotation stopper 91 in the rear upper middle rolling guide rotation preventing hole 106 reciprocates to the left side and the rear left upper side.
  • the tooth guide portion 19 is surface-fitted so that the right upper middle scroll guide stopper 91 in the rear upper middle scroll guide stopper hole 106 is fitted to the rear right upper reciprocating tooth guide portion 19, and is reciprocated rearward and downward.
  • a left rear lower guide rod left rolling guide rotation stop hole 101 is disposed on the left side of the toothed guide portion hole 100, and a left rear lower guide rod is provided on the upper left lower left reciprocating tooth holder guide portion hole 100 on the left side to guide the rotation stop hole 102
  • Right rear lower guide bar right scroll guide is arranged on the right side of the rear right lower reciprocating tooth holder guiding section hole 97
  • the revolving hole 96 is disposed on the upper right lower lower reciprocating tooth guide segment hole 97 on the upper right lower guide bar on the upper side lower guide bar, and on the rear lower left reciprocating tooth holder guiding segment hole 100 and the rear right lower reciprocating tooth holder.
  • the rear loading and rolling guide rotation preventing assembly block 3 between the guide segment holes 97 is provided with a rear lower middle rolling guide rotation preventing hole 99, so that the rear lower middle rolling guide rotation preventing hole 99 in the rear lower middle rolling guide is prevented from rotating.
  • the left side of the device 98 is in close contact with the rear left lower reciprocating toothed guide section 198 and the rear lower middle rolling guide stop 98 in the rear lower middle rolling guide stop 99 is right and the rear right lower reciprocating tooth guide guiding section 198 face fit, the left convex shaft 68 and the right convex shaft 69 are disposed on the crank link 16 or the straight shaft cam link, so that the left convex shaft 68 and the right convex shaft 69 are set at 180 degrees, so that the left convex shaft 68 drives the upper left
  • the lower toothed seat reciprocates the impact, so that the right convex shaft 69 drives the right upper and lower gear teeth to reciprocate impact.
  • the right convex shaft 69 drives the right upper and lower toothed seats to move backward.
  • the left convex shaft 68 drives the left upper and lower lance holders to move backward
  • the right convex shaft 69 drives the right upper and lower lance holders to move forward, using the left
  • the feature of the upper and lower lance holders and the right upper and lower lance holders moving forward and backward will require the space of the two front upper rolling guide rotators 44 to be combined, and the space for the two front lower rolling guide rotators 44 to be provided.
  • the space utilization of the component block 1 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, and sets the left front upper reciprocating tooth and the left front lower reciprocating tooth on both ends of the left upper and lower toothed seat.
  • the left rear upper reciprocating tooth, the left rear lower reciprocating tooth or the left front upper reciprocating tooth and the left front lower reciprocating tooth at one end of the left upper and lower pinning seat, and the right front upper reciprocating tooth and the right front lower reciprocating tooth are disposed at both ends of the right upper and lower pinning seat
  • the right rear upper reciprocating tooth, the right rear lower reciprocating tooth or the right upper upper reciprocating tooth and the right front lower reciprocating tooth are disposed at one end of the right upper and lower pinning seat, and the left front lower guiding bar is guided by the material when the material is supported by the upper left and right upper teeth. Stopper 44 and After rolling the guide rod 44 guide the rotation stop left upper and lower centralizer plug adapters.
  • the rolling guide rotation preventing assembly block 1 comprises a front loading reciprocating toothed seat guiding section single hole integrated block 27 and a rear mounted reciprocating toothed seat guiding section single hole integrated block 31, and the front loading reciprocating toothed seat guiding section single
  • the hole integration block 27 is set as a front multi-faceted component rotation-stopping guide block
  • the rear-mounted reciprocating tooth-station-guide section single-hole integration block 31 is set as a rear multi-faceted component rotation-stopping guide integrated block
  • the front multi-faceted component rotation-stopping guide integrated block is set to the front four sides.
  • the roller assembly guides the rotation preventing integrated block, and the rear multi-face assembly rotation preventing guiding integrated block is set as the rear four-side roller assembly guiding rotation preventing integrated block.
  • the front four-sided roller assembly is used to guide the rotation preventing integrated block, the front four-sided roller assembly is guided.
  • the front reciprocating toothed seat guiding section hole 13 is disposed on the rotating integrated block, and the rear four-side rolling element guiding guiding rear set block is provided with a rear reciprocating toothed seat guiding section hole 32, the front reciprocating toothed seat guiding section hole 13 axis and the rear reciprocating toothed seat guiding
  • the segment hole 32 is coaxial, and the front four-side roller assembly guide rotation preventing integrated block on the left side of the front reciprocating tooth holder guiding segment hole 13 is provided with a front left bearing A hole 48, a front left bearing B hole 50 and a front left guiding roller.
  • front left bearing A hole 48 The front left bearing B hole 50 and the front left guiding roller hole 49 are connected from the front four-side roller assembly to the rotation preventing integrated block side, the front left bearing A hole 48, the front left bearing B hole 50 and the front left guiding roller hole 49 coaxial, the front four-side roller assembly guiding and stopping integrated block on the right side of the front reciprocating toothed guide hole 13 is provided with a front right bearing A hole 53, a front right bearing B hole 51 and a front right guiding roller hole 52.
  • the front right bearing A hole 53, the front right bearing B hole 51 and the front right guiding roller hole 52 are connected from the front four-side roller assembly to the rotation preventing integrated block side, the front right bearing A hole 53, the front right bearing B hole
  • the front right guide roller hole 52 is coaxial with the front right guide roller hole 52, and the front four-side roller assembly guide rotation preventing integrated block at the lower portion of the front reciprocating tooth holder guide portion hole 13 is provided with a front lower bearing A hole 119, a front lower bearing B hole 116, and The front lower guide roller hole 118 and the like, the front lower bearing A hole 119, the front lower bearing B hole 116 and the front lower guide roller hole 118 are connected from the front four-side roller assembly to the rotation preventing integrated block side, and the front lower bearing A hole 119.
  • the front lower bearing B hole 116 and the front lower guiding roller hole 118 are coaxial, and the front four-side roller assembly of the front reciprocating toothed guide guiding hole hole 13 is guided by the rotation preventing integrated block.
  • the front upper bearing A hole 123, the front upper bearing B hole 109, the front upper guide roller hole 125, and the like are inserted, and the front upper bearing A hole 123, the front upper bearing B hole 109, and the front upper guide roller hole 125 are from the front four side rollers.
  • the component guiding rotation preventing integrated block is connected at one side, the front upper bearing A hole 123, the front upper bearing B hole 109 and the front upper guiding roller hole 125 are coaxial, and the rear reciprocating toothing guide segment hole 32 is the left side of the rear four-sided roller.
  • the component guide rotation preventing integrated block is provided with a rear left bearing A hole 146, a rear left bearing B hole 141 and a rear left guiding roller hole 144, and the like, a rear left bearing A hole 146, a rear left bearing B hole 141, and a rear left guiding roller.
  • the shaft hole 144 is connected from one side of the rear four-side roller assembly to the rotation preventing integrated block, and the rear left bearing A hole 146, the rear left bearing B hole 141 and the rear left guiding roller hole 144 are coaxial, and the rear reciprocating tooth holder guiding segment hole
  • the right rear bearing A hole 129, the rear right bearing B hole 133 and the rear right guiding roller hole 131, etc., the rear right bearing A hole 129 and the rear right bearing are disposed on the rear four-side roller assembly guiding and stopping integrated block on the right side of the 32.
  • the B hole 133 and the rear right guide roller hole 131 are connected from the rear four-side roller assembly to the side of the rotation preventing integrated block, the rear right bearing A hole 129, the rear right bearing B hole 133 and the rear right
  • the guide roller hole 131 is coaxial, and the rear four-side roller assembly guide rotation preventing integrated block at the lower portion of the rear reciprocating tooth guide guiding hole 32 is provided with a rear lower bearing A hole 139, a rear lower bearing B hole 136 and a rear lower guiding roller.
  • the hole 138 and the like, the rear lower bearing A hole 139, the rear lower bearing B hole 136 and the rear lower guide roller hole 138 are connected from the rear four-side roller assembly to the rotation preventing integrated block side, and the rear lower shaft is worn.
  • the bearing A hole 139, the rear lower bearing B hole 136 and the rear lower guiding roller hole 138 are coaxial, and the rear four-side roller assembly of the rear reciprocating tooth holder guiding section hole 32 is arranged on the rotation preventing integrated block to be disposed on the upper bearing A hole. 147, the rear upper bearing B hole 128 and the rear upper guide roller hole 149, etc., the rear upper bearing A hole 147, the rear upper bearing B hole 128 and the rear upper guide roller hole 149 are guided from the rear four-sided roller assembly to prevent rotation integration.
  • the front left bearing A122 is disposed at one end of the front left guide roller 36, and the front left bearing B121 is formed to constitute a front left roller guide rotation stopper, and the front left roller guide rotation stopper is disposed in the through hole of the front left guide roller 36.
  • the front left guide roller 36 side is in contact with the left side surface of the front reciprocating tooth holder guiding portion 14 in the front reciprocating tooth holder guiding portion hole 13, and the front right guiding roller hole 52 is connected to the front reciprocating tooth holder guiding portion hole 13
  • the front right bearing A111 is disposed at the other end, and the front right bearing B112 is formed to form a front right roller guide rotation stop, and the front right roller guide
  • the retainer is disposed in the through hole of the front right guide roller 35, and the side of the front right guide roller 35 is fitted in the front reciprocating toothed guide hole 13 to the right side of the front reciprocating tooth guide segment 14, and the front upper guide
  • the roller hole 125 is connected with the front reciprocating toothed guide hole 13
  • the front upper bearing A124 is disposed at one end of the front upper guide roller 107 and the front upper bearing B108 is formed at the other end to form a front upper roller guide stop, front upper roller
  • the guiding stopper is disposed in the through hole of
  • the left bearing B142 constitutes a rear left roller guide rotation stopper
  • the rear left roller guide rotation stopper is disposed in the through hole of the rear left bearing A145 and the rear left bearing B142 and the rear left guide roller 143, and then left.
  • the side of the guide roller 143 is fitted to the left side of the rear reciprocating toothed guide section 74
  • the rear right guide roller hole 131 is connected to the rear reciprocating toothed guide section hole 32
  • the rear right guide roller 132 is provided at the end of the rear right guide roller 132.
  • the right bearing B134 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 A130 and the rear right bearing B134 and the rear right guide roller 132, and then the right The side of the guide roller 132 is in contact with the right side surface of the rear right reciprocating tooth holder guiding portion 74, and the rear upper guiding roller hole 149 is connected with the rear reciprocating tooth holder guiding portion hole 32.
  • One end of the upper guide roller 126 is disposed, the other end of the upper bearing A148 is disposed, and the rear upper bearing B127 is formed to constitute a rear upper roller guide rotation stopper, and the rear upper roller guide rotation stopper is disposed on the rear upper bearing A148 and the rear upper bearing B127 and the rear upper bearing
  • the guide roller 126 is in the through hole, and the rear upper guide roller 126 is on the side of the rear reciprocating tooth guide segment.
  • 32 is fitted to the upper side of the rear reciprocating toothed guide section 74, the rear lower guide roller hole 138 is connected to the rear reciprocating toothed guide hole 32, and the other end of the rear lower guide A140 is disposed at the end of the rear lower guide roller 137.
  • the rear lower bearing B135 constitutes a rear lower roller guide rotation stopper, and the rear lower roller guide rotation stopper is disposed at the rear lower bearing A140 and the rear lower bearing B135 and the rear lower guide roller In the through hole of the shaft 137, the side surface of the rear lower guide roller 137 is fitted in the rear reciprocating tooth holder guide hole 32 to the lower side of the rear reciprocating tooth guide guiding portion 74, and the front four-side roller assembly guides the rotation preventing integrated block and the rear four-side rolling.
  • the shaft assembly guiding rotation preventing integrated block abuts the rolling friction anti-rotation guiding direction of the front side four-side wear guiding surface of the reciprocating toothed seat guiding section 33, and the rolling friction friction rotation of the four side wear-resistant guiding surfaces behind the reciprocating toothed positioning section 33 Guided, and the distance between the wear-resistant guide surface of the front four sides and the wear-resistant guide surface of the rear four sides is increased to strengthen the guiding force of the reciprocating impact teeth.
  • a detaching rolling guide stopper pad 113 or the like is disposed in the hole of the rolling guide stopper 44.
  • the detaching rolling guide rotator pad 113 is located at one end of the rolling guide rotator 44, and the rolling guide rotator pad 113 is provided with a rolling guide.
  • the retainer pad threaded through hole and is provided with a bearing outer ring stop.
  • the inner diameter of the outer ring stop of the retaining bearing is greater than or equal to the inner diameter of the outer ring of the bearing, and the outer ring of the bearing is positioned in the hole of the rolling guide stop 44, and the guide roller
  • the end of the shaft 4 is provided with a guide roller top wire hole 110, and the rolling guide rotation stopper 44 includes a dismantled external screw or a dismantled external screw. When the rolling guide stopper 44 is removed, the externally threaded screw of the bearing is removed.
  • the through hole 114 pulls out the bearing B7, and has a simple structure, which can achieve the purpose of quick disassembly and improve work efficiency. .
  • a rolling guide stop pad thread blind hole may also be provided on the dismounting guide vane pad 113.
  • the axis of the front reciprocating adapter guide segment bore 13 may be parallel to the axis of the rear reciprocating adapter guide bore 32.
  • the front multi-faceted component rotation stop guide block is set to the front two-side roller assembly guide rotation stop integration block or to the front three-sided roller assembly guide rotation prevention integration block 150 or to set the front five-sided roller assembly to guide the rotation prevention integration.
  • Block 151, etc., the rear multi-faceted assembly rotation-stopping integration block is set as the rear two-side roller assembly guide rotation preventing integrated block or as the rear three-side roller assembly guiding rotation preventing integrated block or as the rear five-sided roller assembly guiding rotation Integration blocks, etc.
  • the rolling guide rotation preventing assembly block reciprocating impact mining machine shown in Embodiment 9 is different from Embodiment 1 in that the rolling guide rotation preventing assembly block 1 includes a front reciprocating tooth holder guide. a segment upper and lower hole integration block 152 and a rear reciprocating tooth holder guide segment upper and lower hole integration block 153, etc.
  • the front reciprocating tooth holder guide segment upper and lower hole integration block 152 is provided with a front reciprocating toothed seat guide segment upper hole 154 and a front reciprocating toothed seat guiding section
  • the hole 163, the rear reciprocating tooth holder guiding section upper and lower hole integrating block 153 is provided with a rear reciprocating toothed seat guiding section upper hole 176 and a rear reciprocating toothed seat guiding section lower hole 185, the front reciprocating toothed seat guiding section upper hole 154 axis and the rear reciprocating tooth
  • the upper guiding hole 176 axis is coaxial and the front reciprocating toothed guiding section lower hole 163
  • the rotation stop guiding section 175 is disposed in the upper reciprocating toothed seat guiding section upper hole 154, and the front reciprocating toothed positioning section upper side hole 154 of the front reciprocating toothed seat guiding section upper and lower hole integration block 152 is provided with the front upper left bearing A hole.
  • the upper and lower hole integration block 152 is connected to one side, and the front upper left bearing A hole 174, the front upper left bearing B hole 172 and the front upper left guide roller hole 173 are coaxial, and the front reciprocating tooth holder guiding section is located on the right side of the hole 154.
  • the bearing B hole 157 and the front upper right guide roller hole 156 are connected from the front reciprocating tooth guide guiding section upper and lower hole integration block 152 side, the front upper right bearing A hole 155, the front upper right bearing B hole 157, and the front upper right guiding roller
  • the shaft hole 156 is coaxial, and the front reciprocating tooth holder guiding portion of the upper reciprocating tooth holder guiding portion upper hole 154 is disposed under the upper and lower hole guiding block 152.
  • the lower rod guiding roller hole 170 is connected from the front reciprocating tooth holder guiding section upper and lower hole integrating block 152 side, the front upper guiding rod lower bearing A hole 171, the front upper guiding rod lower bearing B hole 158 and the front upper guiding rod lower guiding roller
  • the shaft hole 170 is coaxial, and the lower insert seat front rotation stop guide portion 164 is disposed in the front reciprocating tooth holder guide section lower hole 163, and the front reciprocating tooth holder guide section lower hole 163 upper front reciprocating tooth holder guide section upper and lower hole integration block
  • the 152 is provided with a bearing A hole 168 on the front lower guiding rod, a bearing B hole 159 on the front lower guiding rod, a guiding roller hole 169 on the front lower
  • the upper bearing B hole 159 and the front lower guide rod upper guide roller hole 169 are connected from the front reciprocating tooth guide guiding section upper and lower hole integration block 152 side, the front lower guiding rod upper bearing A hole 168, the front lower guiding rod upper bearing B hole 159 is coaxial with the guide roller hole 169 on the front lower guide bar, and the front reciprocating tooth holder on the left side of the lower hole 163 of the front reciprocating tooth guide segment
  • the front upper and lower hole guide block 152 is provided with a front lower guide rod left bearing A hole 167, a front lower guide rod left bearing B hole 165, a front lower guide rod left guide roller hole 166, and the like, and a front lower guide rod left bearing A hole. 167.
  • the front lower guide rod left bearing B hole 165 and the front lower guide rod left guiding roller hole 166 are connected from the front reciprocating tooth holder guiding section upper and lower hole integration block 152 side, the front lower guiding rod left bearing A hole 167, front lower The guide rod left bearing B hole 165 and the front lower guide rod left guide roller hole 166 are coaxial, and the front reciprocating tooth holder guide section lower hole 163 right side front reciprocating tooth holder guiding section upper and lower hole integration block 152 is provided with a front lower guide Rod right bearing A hole 160, front lower guide rod right bearing B hole 162 and front lower guide rod right guiding roller hole 161, etc., front lower guide rod right bearing A hole 160, front lower guide rod right bearing B hole 162 and front The lower guide rod right guide roller hole 161 is connected from the front reciprocating tooth holder guide section upper and lower hole integration block 152 side, the front lower guide rod right bearing A hole 160, the front lower guide rod right bearing B hole 162 and the front lower guide rod right The guide roller hole 161 is coaxial, and
  • the shaft hole 195 and the like, the rear upper left bearing A hole 196, the rear upper left bearing B hole 194 and the rear upper left guiding roller hole 195 are connected from the rear reciprocating toothed guide section upper and lower hole integration block 153 side, and the rear upper left bearing
  • the A hole 196, the rear upper left bearing B hole 194 and the rear upper left guide roller hole 195 are coaxial, and the rear reciprocating tooth holder guiding section upper right hole 176 is disposed on the right side of the rear reciprocating toothed guide segment upper and lower hole integration block 153.
  • the rear reciprocating tooth guide guiding section is connected to one side of the upper and lower hole integration block 153, and the rear upper right bearing A hole 177, the rear upper right bearing B hole 179 and the rear upper right guiding roller hole 178 are coaxial, and the rear reciprocating toothed seat guiding section is
  • the upper and lower reciprocating tooth holder guiding sections of the lower portion of the hole 176 are provided with a rear upper guiding rod lower bearing A hole 193, a rear upper guiding rod lower bearing B hole 180, and a rear upper guiding rod lower guiding roller hole 192, and the like.
  • the side of the block 153 is connected, and the rear upper guide rod lower bearing A hole 193, the rear upper guide rod lower bearing B hole 180 and the rear upper guide rod lower guide roller hole 192 are coaxial, and the lower inserting bracket rear stop guide section 186 is disposed in the rear reciprocating toothed seat guiding section lower hole 185, and the rear reciprocating toothed guiding section lower 185 upper rear reciprocating toothed seat guiding section upper and lower hole integrating block 153 is disposed on the lower rear guiding rod upper bearing A hole 190, rear Lower bearing rod upper bearing B hole 181 and rear lower guiding rod upper guiding roller hole 191, etc., rear lower guiding rod upper bearing A hole 190, rear lower guiding rod upper bearing B hole 181 and rear lower guiding rod upper guiding roller hole 191 is connected from the side of the upper and lower hole integration block 153
  • the left guide roller hole 188 is connected from the side of the rear reciprocating seat guide section upper and lower hole integration block 153, the rear lower guide rod left bearing A hole 189, the rear lower guide rod left bearing B hole 187, and the rear lower guide rod left guide roller
  • the shaft hole 188 is coaxial
  • the rear lower guide rod right bearing A hole 182, the rear lower guide rod right bearing B hole 184 and the rear lower guide rod right guide roller hole 183 are guided from the rear reciprocating tooth holder
  • the upper and lower hole integration block 153 is connected
  • the member 20 and the reciprocating tooth holder interlocking section 73 are of an integral type, and the reciprocating toothed seat guiding section connecting member 20 is disposed at the rear end of the upper inserting seat front rotation preventing guiding section 175 and the upper inserting toothed rear stopping guiding section 197 and is disposed under a front end of the pedestal stop rotation guide 164 and a lower yoke rear stop guide section 186, a reciprocating adapter guide section connecting member 20,
  • the upper insert seat front stop guide section 175, the upper insert seat back rotation stop guide section 197, the lower insert seat front stop rotation guide section 164 and the lower insert holder rear stop rotation guide section 186 are integrated, and the lower reciprocating tooth
  • the roller guide stopper 11 at the seat guide section 198 and the roller guide stopper 11 at the upper reciprocating adapter guide section 19 assist each other to prevent rotation.
  • the upper pedestal front rotation stop guide section 175 and the upper pedestal rear rotation stop guide section 197 constitute a reciprocating toothed seat guide section 19, and the lower spigot front circumstance guide section 164 and the lower spigot seat are rotatably guided.
  • the segment 186 constitutes a lower reciprocating toothed bracket guiding section 198.
  • the crank connecting rod 16 is disposed between the front reciprocating toothed seat guiding section upper and lower hole integrating block 152 and the rear reciprocating toothed seat guiding section upper and lower hole integrating block 153 and is disposed on the upper reciprocating toothed seat guide.
  • the reciprocating adapter guide segment connector 20 can also be coupled to the reciprocating adapter linkage segment 73.
  • the reciprocating adapter guide segment connecting member 20 is further connected to the upper adapter seat front rotation stop guide portion 175, the upper socket housing rear rotation stop guide portion 197, the lower adapter housing front rotation stop guide portion 164 and the lower adapter housing. Turn to the guiding segment 186.
  • the front reciprocating adapter guide segment upper bore 154 axis may be coaxial with the rear reciprocating adapter guide segment upper bore 176 axis and the front reciprocating adapter guide segment lower bore 163 axis may be parallel to the rear reciprocating adapter guide segment lower bore 185 axis.
  • the axis of the front reciprocating adapter guide segment upper bore 154 is parallel to the rear reciprocating adapter guide segment upper bore 176 axis and the front reciprocating adapter guide segment lower bore 163 axis is coaxial with the rear reciprocating adapter guide segment lower bore 185 axis.
  • the axis of the front reciprocating adapter guide segment upper bore 154 may be parallel to the rear reciprocating adapter guide segment upper bore 176 axis and the front reciprocating adapter guide segment lower bore 163 axis may be parallel to the rear reciprocating adapter guide segment lower bore 185 axis.
  • the reciprocating impact mining machine with the rolling guide rotation preventing assembly block shown in Embodiment 10 is different from that of Embodiment 9 in that the reciprocating tooth holder guiding portion connecting member 20 is disposed before the upper insertion housing.
  • the guide segment 175 is disposed between the lower yoke rear stop guide segment 197 and between the lower pedestal front stop guide segment 164 and the lower pedestal rear stop guide segment 186.
  • the reciprocating adapter guide segment connecting member 20 is also disposed between the upper adapter front stop rotation guide segment 175 and the upper adapter housing rear rotation stop guide segment 197 and disposed at the lower adapter housing front rotation stop guide portion 164 and the lower insertion
  • the rear end of the toothed seat stops the guiding section 186.
  • the reciprocating adapter guide segment connecting member 20 is also disposed at the rear end of the upper pedestal front stop rotation guide portion 175 and the upper pedestal holder rear rotation stop guide portion 197 and disposed at the lower pedestal seat front rotation stop guide portion 164 and the lower insertion The back of the tooth holder is stopped between the guide segments 186.
  • the reciprocating adapter guide segment connecting member 20 is also disposed at the front end of the upper pedestal front rotation stop guide portion 175 and the upper pedestal holder rotation stop guide portion 197 and disposed at the lower pedestal seat front rotation stop guide portion 164 and the lower spigot The seat is stopped between the guide segments 186.
  • the reciprocating impact mining machine equipped with the rolling guide rotation preventing assembly block shown in the embodiment 11 is different from the first embodiment in that:
  • the rolling guide rotation preventing assembly block 1 is provided as a front reciprocating tooth holder guiding section upper and lower hole integrating block 152, and the front reciprocating toothing guiding section upper and lower hole integrating block 152 is provided with a front reciprocating toothed seat guiding section upper hole 154 and a front reciprocating toothed seat.
  • the guiding section lower hole 163 and the like, the rear reciprocating toothed seat guiding section hole 32 integrated block is arranged as the rear reciprocating toothed seat guiding section upper hole 176 integrated block, and the rear reciprocating toothed seat guiding section upper hole 176 is integrated with the rear reciprocating toothed positioning
  • the upper hole 176, the front reciprocating tooth guide segment upper hole 154 axis is coaxial with the rear reciprocating tooth guide guiding segment upper hole 176 axis and the front reciprocating tooth guide guiding segment lower hole 163 axis and the front reciprocating toothed seat guiding segment upper hole 154
  • the axis is parallel, and the upper insert seat front stop guide section 175 is disposed in the front reciprocating tooth holder guide section upper hole 154, and the front reciprocating tooth insert guide section upper left side 154 on the left side of the front reciprocating adapter guide section upper and lower hole integration block 152
  • the shaft hole 173 is connected from the side of the upper and lower hole integration block 152 of the front reciprocating tooth holder guide section, and the front upper left bearing A 174.
  • the front upper left bearing B hole 172 and the front upper left guiding roller hole 173 are coaxial, and the front reciprocating toothed seat guiding section upper right hole 154 right side front reciprocating toothed seat guiding section upper and lower hole integrating block 152 is provided on the front side.
  • the right bearing A hole 155, the front upper right bearing B hole 157, the front upper right guiding roller hole 156, and the like, the front upper right bearing A hole 155, the front upper right bearing B hole 157, and the front upper right guiding roller hole 156 are reciprocated from the front.
  • the upper and lower right bearing A holes 155, the front upper right bearing B hole 157 and the front upper right guiding roller hole 156 are coaxial, and the front reciprocating toothing guide upper hole 154 is connected.
  • the lower front reciprocating tooth holder guiding section upper and lower hole integrating block 152 is provided with a front upper guiding rod lower bearing A hole 171, a front upper guiding rod lower bearing B hole 158 and a front upper guiding rod lower guiding roller hole 170, etc.
  • the upper guide rod lower bearing A hole 171, the front upper guide rod lower bearing B hole 158 and the front upper guide rod lower guide roller hole 170 are connected from the front reciprocating toothed guide section upper and lower hole integration block 152 side, under the front upper guide rod
  • the bearing A hole 171, the front upper guide rod lower bearing B hole 158 and the front upper guide rod lower guide roller hole 170 are coaxial, and the lower reciprocating tooth holder guiding portion 198 is disposed.
  • the front reciprocating toothed seat guiding section lower hole 163, the front reciprocating toothed seat guiding section lower hole 163 upper front reciprocating toothed seat guiding section upper and lower hole integrated block 152 is provided with a front lower guiding rod upper bearing A hole 168, etc.
  • the reciprocating toothed guide section is connected to one side of the upper and lower hole integration block 152, and the bearing A hole 168 on the front lower guide bar, the bearing B hole 159 on the front lower guide bar and the guide roller hole 169 on the front lower guide bar are coaxial, and the front reciprocating
  • the front reciprocating tooth holder guiding section on the left side of the lower side hole 163 of the adapter guiding section is provided with a front lower guiding rod left bearing A hole 167, a front lower guiding rod left bearing B hole 165 and a front lower guiding rod left.
  • front lower guide rod left bearing A hole 167, front lower guide rod left bearing B hole 165 and front lower guide rod left guide roller hole 166 from the front reciprocating tooth holder guide section upper and lower hole integration block 152 side
  • front lower guide rod left bearing A hole 167, front lower guide rod left bearing B hole 165 is coaxial with the front lower guide rod left guide roller hole 166, and the front reciprocating tooth guide portion of the front reciprocating tooth guide portion lower hole 163 is provided with a front lower guide rod and a right bearing A hole.
  • roller hole 161 is connected from the side of the front and rear hole guide block upper and lower hole integration block 152, the front lower guide rod right bearing A hole 160, the front lower guide rod right bearing B hole 162, and the front lower guide rod right guide roller hole 161.
  • Coaxial, rear reciprocating toothed seat guide section upper hole 176 is provided on the integrated block, rear reciprocating toothed seat guiding section upper hole 176, etc., upper upper inserting seat rear stop guiding section 197 is disposed in the upper reciprocating toothed seat guiding section upper hole 176,
  • the rear reciprocating toothed seat guiding section upper hole 176 on the left side of the rear reciprocating toothed seat guiding section upper hole 176 is provided with a rear upper left bearing A hole 196, a rear upper left bearing B hole 194 and a rear upper left guiding roller hole.
  • the upper block 176 of the seat guiding section is provided with a rear right upper bearing A hole 177, a rear upper right bearing B hole 179 and a rear upper right guiding roller hole 178, and the rear upper right bearing A hole 177 and the rear upper right bearing.
  • the B hole 179 and the rear upper right guide roller hole 178 are connected from the integrated block side of the rear reciprocating toothed guide section upper hole 176, the rear upper right bearing A hole 177, the rear upper right bearing B hole 179, and the rear upper right guide roller.
  • the shaft hole 178 is coaxial, the rear reciprocating tooth holder guiding section upper hole 176 lower rear reciprocating toothed seat guiding section upper hole 176 integrated block is provided with a rear upper guiding rod lower bearing A hole 193, a rear upper guiding rod lower bearing B hole 180 and the rear upper guide rod lower guide roller hole 192 and the like, the rear upper guide rod lower bearing A hole 193, the rear upper guide rod lower bearing B hole 180 and the rear upper guide rod lower guide roller hole 192 are guided from the rear reciprocating tooth holder
  • the upper upper hole 176 is connected to one side of the integrated block, and the rear upper guide rod lower bearing A hole 193, the rear upper guide rod lower bearing B hole 180 and the rear upper guide rod lower guide roller hole 192 are coaxial.
  • the upper reciprocating toothed seat guiding section upper hole 176 of the upper part of the upper hole 176 of the reciprocating tooth guide guiding section is provided with a bearing A hole 199 on the rear upper guiding rod, a bearing B hole 201 on the rear upper guiding rod and a rear upper guiding rod
  • the side connection, the rear upper guide rod upper bearing A hole 199, the rear upper guide rod upper bearing B hole 201 and the rear upper guide rod upper guide roller hole 200 are coaxial, and the reciprocating toothed seat guide section connecting member 20 is disposed on the upper insertion tooth
  • the seat front stop guide section 175 is disposed between the upper insert seat back stop guide section 197 and at the rear end of the lower shuttle seat guide section 198.
  • front reciprocating adapter guide segment upper bore 154 axis may be parallel to the rear reciprocating adapter guide segment upper bore 176 axis and the front reciprocating adapter guide segment lower bore 163 axis may be parallel to the front reciprocating adapter guide segment upper bore 154 axis.
  • the reciprocating adapter guide segment connecting member 20 is also disposed at the rear end of the upper latch housing front rotation stop guide portion 175 and the upper socket housing rear rotation stop guide portion 197 and at the rear end of the lower reciprocating tooth holder guide portion 198.
  • the reciprocating adapter guiding segment connecting member 20 is also disposed on the upper pedestal front stop rotation guiding segment 175 and the upper spigot seat after the rotation preventing guide
  • the front end of the segment 197 is disposed at the front end of the lower reciprocating adapter guide segment 198.
  • the reciprocating adapter guide segment connector 20 is also disposed between the upper adapter front stop rotation guide segment 175 and the upper adapter seat rear rotation stop guide segment 197 and at the front end of the lower shuttle carrier guide segment 198.
  • the front reciprocating adapter guiding section upper and lower hole integration block 152 and the rear reciprocating adapter guiding section upper hole 176 are integrated to block the crank connecting rod 16 at the rear of the lower reciprocating adapter guiding section 198, reducing the height of the integrated block sealing guiding tonning box 295
  • the reciprocating impact mining machine is adapted to the mining ability of the thin coal seam and the small roadway, and the crank connecting rod 16 is disposed between the upper and lower hole integrating block 152 of the front reciprocating toothed seat guiding section and the upper block 176 of the rear reciprocating toothed guiding section.
  • the structure increases the lubricating effect of the crank connecting rod 16 on each of the rolling guide stoppers 44.
  • the reciprocating impact mining machine equipped with the rolling guide rotation preventing assembly block shown in the embodiment 12 is different from the first embodiment in that:
  • the rolling guide rotation preventing assembly block 1 is provided as a front reciprocating tooth holder guiding section upper and lower hole integrating block 152, and the front reciprocating toothing guiding section upper and lower hole integrating block 152 is provided with a front reciprocating toothed seat guiding section upper hole 154 and a front reciprocating toothed seat.
  • the guiding section lower hole 163, the rear loading reciprocating toothed seat guiding section porous integrated block is arranged as the rear reciprocating toothed seat guiding section upper and lower hole integrating block 153, and the rear reciprocating toothed positioning part upper and lower hole integrating block 153 is provided with the rear reciprocating toothed seat guiding section
  • the upper hole 176 and the rear reciprocating tooth holder guiding section lower hole 185 and the like, the front reciprocating toothed seat guiding section upper hole 154 axis is coaxial with the rear reciprocating toothed seat guiding section upper hole 176 axis and the front reciprocating toothed guiding section lower hole 163 axis Coaxial with the axis of the lower reciprocating toothed guide guiding section lower hole 185, the front reciprocating toothed seat guiding section upper left hole 154 of the front reciprocating toothed seat guiding section upper and lower hole integration block 152 is provided with a front upper left bearing A hole 174, front The upper left bearing B hole 172 and the front upper left
  • the hole 157 and the front upper right guide roller hole 156 and the like, the front upper right bearing A hole 155, the front upper right bearing B hole 157 and the front upper right guide roller hole 156 are from the front reciprocating tooth holder guiding section upper and lower hole integration block 152 side
  • the front upper right bearing A hole 155, the front upper right bearing B hole 157 and the front upper right guiding roller hole 156 are coaxial, and the front reciprocating toothed seat guiding section upper part of the upper reciprocating toothed seat guiding section upper hole 154 is integrated with the upper and lower holes.
  • the block 152 is provided with a bearing A hole 205 on the front upper guiding rod, a bearing B hole 207 on the front upper guiding rod, a guiding roller hole 206 on the front upper guiding rod, and the like, and a bearing A hole 205 on the front upper guiding rod, and the front upper portion
  • the guide rod upper bearing B hole 207 and the front upper guide rod upper guide roller hole 206 are connected from the front reciprocating tooth holder guiding section upper and lower hole integration block 152 side, the front upper guiding rod upper bearing A hole 205, the front upper guiding rod
  • the bearing B hole 207 and the front upper guide bar upper guide roller hole 206 are coaxial, and the front reciprocating tooth guide guiding section lower hole 163 lower front front reciprocating toothed seat guiding section upper and lower hole integrated block 152 is provided with a front lower guiding rod lower bearing A hole 204, front lower guide rod lower bearing B hole 202 and front lower guide rod lower guide roller hole 203, etc., front lower guide rod lower bearing A hole 204,
  • the reciprocating tooth holder guiding section upper and lower hole integrating block 153 is provided with a rear reciprocating toothed seat guiding section upper hole 176 and a rear reciprocating toothed seat guiding section lower hole 185, and a rear reciprocating toothed positioning section of the rear reciprocating toothed guiding section upper left hole 176
  • the upper and lower hole integration block 153 is provided with a rear upper left bearing A hole 196, a rear upper left bearing B hole 194, a rear upper left guide roller hole 195, and the like, a rear upper left bearing A hole 196, and a rear upper left bearing B hole.
  • the rear reciprocating tooth guide segment upper and lower hole integration block 153 is provided with a bearing A hole 199 on the rear upper guide bar, a bearing B hole 201 on the rear upper guide bar, and a guide roller hole 200 on the rear upper guide bar, etc.
  • the bearing A hole 199 on the guide rod, the bearing B hole 201 on the rear upper guide rod, and the guide roller hole 200 on the rear upper guide rod are connected from the side of the upper and lower hole integration block 153 of the rear reciprocating tooth holder guiding section, and the upper upper guide rod
  • the bearing A hole 199, the rear upper guide rod upper bearing B hole 201 and the rear upper guide rod upper guide roller hole 200 are coaxial, and the rear reciprocating tooth holder guiding section lower hole 185 lower portion
  • the rear reciprocating tooth guide guiding section upper and lower hole assembling block 153 is provided with a lower rear guiding rod lower bearing A hole 210, a rear lower guiding rod lower bearing B hole 208 and a rear lower guiding rod lower guiding roller hole 209, etc.,
  • the shaft hole 188 and the like, the rear lower guide rod left bearing A hole 189, the rear lower guide rod left bearing B hole 187 and the rear lower guide rod left guide roller hole 188 pass from the rear reciprocating tooth holder guiding section upper and lower hole integration block 153 side Then, the rear lower guide rod left bearing A hole 189, the rear lower guide rod left bearing B hole 187 and the rear lower guide rod left guiding roller hole 188 are coaxial, and the rear reciprocating tooth holder guiding section lower hole 185 right rear rear reciprocating tooth
  • the upper and lower hole integration block 153 of the seat guide section is provided with a rear lower guide rod right bearing A hole 182, a rear lower guide rod right bearing B hole 184, a rear lower guide rod right guide roller hole 183, and the like, and a rear lower guide rod right bearing.
  • the side of the block 153 is connected, the rear lower guide rod right bearing A hole 182, the rear lower guide rod right bearing B hole 184 and the rear lower guide rod right guiding roller hole 183 are coaxial, and the crank connecting rod 16 is disposed at the front reciprocating tooth
  • the seat guiding section upper and lower hole integrating block 152 and the rear reciprocating toothed seat guiding section upper and lower hole integrating block 153 are disposed between the upper reciprocating toothed seat guiding section 19 and the lower reciprocating toothed seat guiding section 198, and fully utilize the front reciprocating toothed seat
  • the guide segment upper and lower hole integration block 152 and the rear reciprocating tooth holder guide segment upper and lower hole integration block 153 have a guide rotation stop distance, and the rotation force of the crank link 16 is beneficial to the front reciprocating tooth holder guide segment upper and lower hole integration block 152 and the rear
  • the front reciprocating adapter guide segment upper bore 154 axis is coaxial with the rear reciprocating adapter guide segment upper bore 176 axis and the front reciprocating adapter guide segment lower bore 163 axis is parallel to the rear reciprocating adapter guide segment lower bore 185 axis.
  • the axis of the front reciprocating adapter guide segment upper bore 154 is parallel to the rear reciprocating adapter guide segment upper bore 176 axis and the front reciprocating adapter guide segment lower bore 163 axis is coaxial with the rear reciprocating adapter guide segment lower bore 185 axis.
  • the front reciprocating adapter guide segment upper bore 154 axis may be parallel to the rear reciprocating adapter guide segment upper bore 176 axis and the front reciprocating adapter guide segment lower bore 163 axis may be parallel to the rear reciprocating adapter guide segment lower bore 185 axis.
  • the rolling guide rotation preventing assembly block reciprocating impact mining machine shown in Embodiment 13 is different from Embodiment 1 in that the front loading rolling guide rotation preventing assembly block 2 is set to an acute angle of the front axis.
  • the front axle acute angle guiding rotation preventing integrated block 211 is provided with a front acute angle reciprocating toothed seat guiding section hole 212 and the like, and the rear loading rolling guiding rotation preventing component block 3 is set as a rear axis acute angle guiding rotation preventing integrated block 213.
  • the axis of the front acute-angle reciprocating toothed guide hole 212 is coaxial with the axis of the rear acute-angled reciprocating toothed guide hole 214, and the front-axis acute-angled reciprocating toothed guide hole 212 is disposed on the left-hand front-angle acute-angle guide rotation preventing block 211.
  • the front left bearing A hole 48, the front left bearing B hole 50 and the front left guiding roller hole 49, etc., the front left bearing A hole 48, the front left bearing B hole 50 and the front left guiding roller hole 49 are guided by the acute angle of the front axis.
  • the front left bearing A hole 48, the front left bearing B hole 50 and the front left guiding roller hole 49 are coaxial, and the front axis of the front acute angle reciprocating toothed seat guiding section hole 212 is provided with an anti-rotation integrated block 211 on the right axis.
  • the block 211 is connected to one side, and the front right bearing A hole 53, the front right bearing B hole 51 and the front right guiding roller hole 52 are coaxial, and the front acute angle reciprocating tooth guide guiding section hole 212 lower front axis acute angle guiding rotation preventing integrated block
  • the 211 is provided with a front lower bearing A hole 119 and the like, a front lower bearing B hole 116 and a front lower guiding roller hole 118, and the front lower bearing A hole 119, the front lower bearing B hole 116 and the front lower guiding roller hole 118 are front.
  • the axis acute angle guiding rotation preventing integrated block 211 is connected on one side, the front lower bearing A hole 119, the front lower bearing B hole 116 and the front lower guiding roller hole 118 are coaxial, the front left guiding roller hole 49 axis and the front lower guiding roller
  • the angle of the axis of the shaft hole 118 is less than 90 degrees, and the angle between the axis of the front right guide roller hole 52 and the axis of the front lower guide roller hole 118 is less than 90 degrees, and the front left guide roller 36
  • the distance from the axial end of the front lower guide roller 117 to the front right guide roller 35 abutting the axial end of the front lower guide roller 117 is greater than the axial end of the front left guide roller 36 away from the front lower guide roller 117 to the front right guide
  • the distance between the roller shaft 35 and the axial end of the front lower guide roller 117, the front lower guide roller 117, the front left guide roller 36 and the front right guide roller 35 constitute a front acute angle three-
  • Rear left bearing B hole 141 and rear left guiding roller hole 144, etc., rear left bearing A hole 146, rear left bearing B hole 141 and rear left guiding roller hole 144 are guided from the rear axis to the rotation preventing integrated block 213 side
  • the rear left bearing A hole 146, the rear left bearing B hole 141 and the rear left guiding roller hole 144 are coaxial, and the rear acute angle reciprocating toothed seat guiding section hole 214 right rearward axis acute angle guiding rotation preventing integrated block 213 is provided.
  • rear right bearing A hole 129 there are a rear right bearing A hole 129, a rear right bearing B hole 133 and a rear right guiding roller hole 131, etc., and a rear right bearing A hole 129
  • the rear right bearing B hole 133 and the rear right guiding roller hole 131 are connected from the rear axis acute angle to the rotation preventing integrated block 213 side, and the rear right bearing A hole 129, the rear right bearing B hole 133, and the rear right guiding roller hole 131
  • Coaxial, rear acute angle reciprocating tooth holder guiding section hole 214 lower rear corner acute angle guiding rotation preventing integrated block 213 is provided with a rear lower bearing A hole 139, a rear lower bearing B hole 136 and a rear lower guiding roller hole 138, etc.
  • the rear lower bearing A hole 139, the rear lower bearing B hole 136 and the rear lower guide roller hole 138 are connected from the rear axis acute angle guiding rotation preventing integrated block 213 side, the rear lower bearing A hole 139, the rear lower bearing B hole 136 and The rear lower guide roller hole 138 is coaxial, the angle between the axis of the rear left guide roller hole 144 and the axis of the rear lower guide roller hole 138 is less than 90 degrees, and the rear right guide roller hole 131 axis and the rear lower guide roller hole 138 The angle of the axis is less than 90 degrees, and the rear left guide roller 143 abuts the axial end of the rear lower guide roller 137 to the rear right guide roller 132.
  • the distance from the axial end of the rear lower guide roller 137 is greater than the rear left guide roller. 143 away from the axial end of the rear lower guide roller 137 to the rear right guide roller 132 away from the axial end of the rear lower guide roller 137, the rear lower guide
  • the shaft 137, the rear left guide roller 143 and the rear right guide roller 132 constitute a rear acute angle three-sided roller guide rotation stopper 11 to prevent the rear reciprocating tooth holder guide portion 74 from swinging up and down and to the left and right, and the rear reciprocating tooth holder guide portion 74 guide rotation, the front acute angle three-sided roller guide rotation stopper 11 and the rear acute angle three-sided roller guide rotation stopper 11 cooperate with the reciprocating tooth holder guide section 33 to roll the friction guide rotation, thereby saving the roller guide rotation stopper 11 usage amount And set space to reduce manufacturing costs.
  • front acute angle reciprocating adapter guide bore hole 212 axis may be parallel to the rear acute angle reciprocating adapter guide bore 214 axis.
  • the reciprocating impact mining machine equipped with the rolling guide rotation preventing assembly block shown in the embodiment 14 is different from the first embodiment in that:
  • the front reciprocating toothed seat guiding section porous integrated block is arranged as a front reciprocating toothed seat guiding section left and right hole integrating block 215, and the front reciprocating toothed seat guiding section left and right hole integrating block 215 is provided with a front reciprocating toothed seat guiding section left hole 60 and front reciprocating
  • the right side hole 55 of the toothed guide section and the like, the porous assembly block of the rear reciprocating toothed seat guide section is set as the left and right hole integration block 216 of the rear reciprocating toothed seat guide section, and the rear reciprocating toothed guide section is provided with the rear reciprocating tooth on the left and right hole integration block 216
  • the axis 55 is coaxial with the axis of the
  • front left left bearing B hole 229 and front left left guide roller hole 230 etc., front left left bearing A hole 231, front left left bearing B hole 229 and front left and left guiding roller hole 230 from front and rear reciprocating toothed guide section
  • the hole integration block 215 is connected on one side, the front left left bearing A hole 231, the front left left bearing B hole 229, and The left and left guide roller holes 230 are coaxial, and the front and rear reciprocating tooth holder guide segments on the upper side of the left reciprocating tooth guide guide portion left hole 60 are provided with a front left upper bearing A hole 232 and a front left upper bearing B hole 234.
  • the front left upper guide roller hole 233 and the like, the front left upper bearing A hole 232, the front left upper bearing B hole 234 and the front left upper guide roller hole 233 are connected from the front reciprocating toothed guide section left and right hole integration block 215 side, the front left upper bearing The A hole 232, the front left upper bearing B hole 234 and the front left upper guide roller hole 233 are coaxial, and the front reciprocating tooth guide guiding section on the lower side of the left reciprocating tooth guide guiding section left and right hole guiding section is provided with a front lower left side
  • the bearing A hole 228, the front left lower bearing B hole 226 and the front left lower guiding roller hole 227, etc., the front left lower bearing A hole 228, the front left lower bearing B hole 226 and the front left lower guiding roller hole 227 are from the front reciprocating toothed guide section left and right holes
  • the side of the integrated block 215 is connected, the front left lower bearing A hole 228, the front left lower bearing B hole 226 and the front left lower guide roller hole 2
  • the left and right hole integration block 215 of the seat guide section is connected to one side, and the front right guide rod upper bearing A hole 219, the front right guide rod upper bearing B hole 217 and the front right guide rod upper guide roller hole 218 are coaxial, and the front reciprocating tooth holder
  • the front reciprocating toothed seat guiding section of the right side of the right side of the guiding section right hole 55 is provided with a front right guiding rod right bearing A hole 220, a front right guiding rod right bearing B hole 222 and a front right guiding rod right guiding roller Axis
  • the front right guide rod lower bearing B hole 225 and the front right guide rod lower guide roller hole 224 are connected from the front reciprocating tooth holder guiding section left and right hole integration block 215 side, the front right guiding rod lower bearing A hole 223, front right guiding The lower rod bearing B hole 225 and the front right guide rod lower guiding roller hole 224 are coaxial, and the front reciprocating tooth holder guiding section left and right sides of the front reciprocating tooth holder guiding section left hole 60 and the front reciprocating toothed seat guiding section right hole 55 are left and right holes
  • the integrated block 215 is provided with a front left intermediate bearing A hole 30, a front left intermediate bearing B hole 28, a front left intermediate guiding roller hole 29, and the like.
  • the front reciprocating tooth holder guiding section left hole 60 and the front reciprocating toothing guiding section right hole 55 between the front reciprocating toothed seat guiding section left and right hole integrating block 215 are provided with a front right middle bearing A hole 30 and a front right middle bearing B
  • the hole 28, the front right middle guide roller hole 29 and the like, the front left intermediate bearing A hole 30, the front left intermediate bearing B hole 28 and the front left intermediate guide roller hole 29 are connected and coaxially constitute the front left middle rolling guide rotation stop 44 holes
  • front right intermediate bearing A hole 30, front right intermediate bearing B hole 28, front right intermediate guiding roller hole 29 coaxially constitute front right middle rolling guide stop 44 hole
  • front right intermediate bearing A6 front right
  • the intermediate bearing B7 and the front right intermediate guide roller 4 constitute a front right intermediate rolling guide stopper 44
  • the front left intermediate rolling guide stopper 44 is coaxial with the front right middle rolling guide stopper 44 to form a front middle rolling guide.
  • the stopper hole 54, the front middle rolling guide stopper 58 is disposed in the front middle roller rotation guide hole, and the left side of the front middle rolling guide rotation stopper 58 is fitted to the front left reciprocating tooth holder guiding surface 61 and The right side of the front middle rolling guide stop 58 is fitted to the front right reciprocating tooth guide guiding surface 57, and then
  • the left and right hole integration block 216 of the left and right reciprocating tooth guide guiding sections on the left side of the left side hole 66 of the toothed guide section is provided with a rear left left bearing A hole 249, a rear left left bearing B hole 247 and a rear left and left guide roller hole 248.
  • the rear left left bearing A hole 249, the rear left left bearing B hole 247 and the rear left and left guiding roller hole 248 are connected from the side of the rear reciprocating toothed guide section left and right hole integration block 216, and the rear left and left bearing A hole 249,
  • the rear left and left bearing B holes 247 and the rear left and left guide roller holes 248 are coaxial, and the rear reciprocating tooth guide guiding section upper left side 66 of the rear reciprocating toothed seat guiding section is provided with a rear left upper bearing A
  • the hole 250, the rear left upper bearing B hole 252 and the rear left upper guide roller hole 251, etc., the rear left upper bearing A hole 250, the rear left upper bearing B hole 252 and the rear left upper guide roller hole 251 are integrated from the rear reciprocating toothed guide section left and right holes
  • the block 216 is connected to one side, and the rear left upper bearing A hole 250, the rear left upper bearing B hole 252 and the rear left upper guide roller hole 251 are coaxial, and the rear reciprocating tooth
  • the hole assembly block 216 is provided with a rear left lower bearing A hole 246, a rear left lower bearing B hole 244 and a rear left lower guide roller hole 245, and the rear left lower shaft.
  • the bearing A hole 246, the rear left lower bearing B hole 244 and the rear left lower guiding roller hole 245 are connected from the left and right side hole integration block 216 side of the rear reciprocating tooth holder guiding section, the rear left lower bearing A hole 246, the rear left lower bearing B hole 244 and Rear left lower guide roller hole 245 coaxial, rear reciprocating tooth guide guide segment right hole 63 upper rear reciprocating tooth holder guide segment left and right hole integration block
  • the 216 is provided with a bearing A hole 237 on the rear right guide rod, a bearing B hole 235 on the rear right guide rod, a guide roller hole 236 on the rear right guide rod, and the like, and a bearing A hole 237 and a rear right guide on the rear right guide rod.
  • the upper bearing B hole 235 and the rear right guiding rod upper guiding roller hole 236 are connected from the rear reciprocating toothed guide section to the left and right hole integration block 216 side, and the rear right guiding rod upper bearing A hole 237 and the rear right guiding rod upper bearing
  • the B hole 235 and the rear right guide rod upper guide roller hole 236 are coaxial, and the rear reciprocating tooth guide guiding portion right hole 63 right rear rear reciprocating tooth holder guiding section left and right hole integration block 216 is provided with a rear right guide rod right bearing A hole 238, rear right guide rod right bearing B hole 240 and rear right guide rod right guide roller hole 239, etc., rear right guide rod right bearing A hole 238, rear right guide rod right bearing B hole 240 and rear right guide rod
  • the right guiding roller hole 239 is connected from the side of the left and right hole integration block 216 of the rear reciprocating tooth holder guiding section, the right and left right guiding rod right bearing A hole 238, the rear right guiding rod right bearing B hole 240 and the rear
  • Guide rod lower bearing A hole 241, rear right guide rod lower bearing B hole 243 and rear right guide rod lower guide roller hole 242, etc., rear right guide rod lower bearing A hole 241, rear right guide rod lower bearing B hole 243 and The rear right guide rod lower guide roller hole 242 is connected from the rear reciprocating tooth holder guide section left and right hole integration block 216 side, the rear right guide rod lower bearing A hole 241, the rear right guide rod lower bearing B hole 243 and the rear right guide
  • the lower rod guide roller hole 242 is coaxial, and the rear reciprocating tooth holder guide segment left hole 66 and the rear reciprocating tooth holder guide portion right hole 63 are disposed between the rear reciprocating tooth holder guide section and the left and right hole integration block 216.
  • the integrated block 216 is provided with a rear right middle bearing A hole, a rear right intermediate bearing B hole, a rear right intermediate guiding roller hole, and the like, a rear left intermediate bearing A hole, a rear left intermediate bearing B hole, and a rear left intermediate guiding roller.
  • the hole is connected coaxially and coaxially constitutes the rear left middle rolling guide stop hole, the rear right intermediate bearing A hole, the rear right intermediate bearing B hole
  • the rear right middle guide roller hole coaxially constitutes the rear right middle rolling guide stop hole, the rear right intermediate bearing A, the rear right intermediate bearing B, the rear right middle guide roller constitutes the rear right middle rolling guide stop
  • the left middle rolling guide stop hole and the rear right middle rolling guide stop hole are coaxially formed to form a rear intermediate rolling guide stop hole 62, and the rear intermediate rolling guide stop 65 is disposed at the rear intermediate roll stop guide hole
  • the left side of the rear intermediate rolling guide stopper 65 is engaged with the rear left reciprocating tooth holder guiding section surface 67 and the right side of the rear intermediate rolling guiding stopper 65 is fitted to the rear right reciprocating toothed guiding section surface 64, and the crank is connected.
  • the left convex shaft 68 and the right convex shaft 69 are disposed on the rod 16, so that the left convex shaft 68 and the right convex shaft 69 are disposed at 180 degrees, the left convex shaft 68 drives the left reciprocating tooth holder guiding portion 253 to reciprocate, and the right convex shaft 69 drives the right.
  • the reciprocating toothed guide section 254 reciprocates.
  • the right convex axis 69 drives the right reciprocating toothed guide section 254 to move backward, and when the left convex axis 68 drives the left reciprocating
  • the adapter guiding section 253 moves backward
  • the right convex shaft 69 drives the right reciprocating toothed guide section 2 54 forward impact
  • using the characteristics of the left and right reciprocating toothed guide segments 253 and the right reciprocating toothed guide segment 254 to move back and forth will require the space of the two rear intermediate rolling guide stops 65 to be combined into one and the two front middle
  • the space of the rolling guide stopper 58 is combined into one, which improves the space utilization ratio of the rolling guide rotation preventing assembly block 1, saves manufacturing cost, and reduces impact.
  • the left convex shaft 68 and the right convex shaft 69 may be provided on the straight shaft cam link.
  • the front reciprocating adapter guide section left aperture 60 axis may be coaxial with the rear reciprocating adapter guide section left aperture 66 axis and the front reciprocating adapter guide section right aperture 55 axis may be parallel to the rear reciprocating adapter guide section right aperture 63 axis.
  • the front reciprocating adapter guide section left aperture 60 axis may be parallel to the rear reciprocating adapter guide section left aperture 66 axis and the front reciprocating adapter guide section right aperture 55 axis may be coaxial with the rear reciprocating adapter guide section right aperture 63 axis.
  • the front reciprocating adapter guide section left aperture 60 axis may be parallel to the rear reciprocating adapter guide section left aperture 66 axis and the front reciprocating adapter guide section right aperture 55 axis may be parallel to the rear reciprocating adapter guide section right aperture 63 axis.
  • the reciprocating impact mining machine equipped with the rolling guide rotation preventing assembly block shown in Embodiment 15 is different from the first embodiment in that the guide roller 4 includes a concave waist guiding roller 4 and the like.
  • the adapter guiding section 33 is provided with a reciprocating toothed seat guiding section which is engaged with the concave surface of the concave waist guiding roller 4.
  • the front mounting reciprocating toothed seat guiding section single hole integrated block 27 comprises a front double-sided component rotation preventing guiding integrated block 255, etc.
  • the rear-mounted reciprocating toothed guide segment single-hole integrated block 31 includes a rear two-side assembly anti-rotation guide integrated block 256, etc., and the front two-side roller assembly is guided to the anti-rotation integrated block when the front two-side roller assembly is used to guide the anti-rotation integrated block
  • the convex guiding section hole 265 is coaxially coaxial, and the front two-side roller assembly guiding and stopping integrated block on the left side of the front reciprocating toothed seat guiding section hole is provided with a front left bearing A hole 48, a front left bearing B hole 50 and Front left concave waist guide roller hole 259, etc., front left bearing A hole 48, front left bearing B hole 50 And the front left
  • front right bearing A hole 53, front right bearing B hole 51 and front right concave waist guiding roller hole 258 are connected from one side of the front two-side roller assembly to the rotation preventing integrated block side, front right bearing A hole 53, front right
  • the bearing B hole 51 and the front right concave waist guiding roller hole 258 are coaxial, and the rear two-side roller assembly guiding the rotation preventing integrated block on the lower part of the rear reciprocating toothed seat guiding guiding hole 265 is disposed on the lower bearing A hole 139, and then
  • the lower bearing B hole 136 and the rear lower concave waist guiding roller hole 263 and the like, the rear lower bearing A hole 139, the rear lower bearing B hole 136 and the rear lower concave waist guiding roller hole 263 are guided and stopped from the rear two-side roller assembly.
  • the upper rear two-side roller assembly guide rotation preventing integrated block of 65 is provided with a rear upper bearing A hole 147, a rear upper bearing B hole 128, a rear upper concave waist guiding roller hole 262, etc., and the rear upper bearing A hole 147 and the rear.
  • the two-sided roller assembly guides one side of the rotation preventing integrated block, and the rear upper bearing A hole 147, the rear upper bearing B hole 128 and the rear upper concave waist guiding roller hole 262 are coaxial, and the front left concave waist guiding roller hole 259 is connected with the front reciprocating tooth holder convex guiding section 261 hole, and is provided at one end of the front left concave waist guiding roller 260, the front left bearing A122 is disposed at the other end, and the front left bearing B121 is formed to constitute the front left roller guiding stopper, and the front left rolling
  • the shaft guiding stopper is disposed in the through hole of the front left concave waist guiding roller 260, and the front left concave waist guiding roller 260 is in the side of the front reciprocating tooth holder convex guiding section 261 and the front reciprocating toothing convex guiding section left
  • the side surface 271 is fitted,
  • the front right concave waist guiding roller 257 is provided at one end of the front right bearing A111 and the other end is provided with the front right bearing.
  • B112 constitutes a front right roller guide rotation stopper, and a front right roller guide rotation stopper is disposed in the through hole of the front right concave waist guide roller 257, and the front right concave waist guide roller 257 side is guided at the front reciprocating tooth holder
  • the inner side of the section 261 is engaged with the right side surface 270 of the front reciprocating tooth holder convex guiding section, and the rear upper concave waist guiding roller hole 262 and the rear reciprocating
  • the seat protrusion guiding section hole 265 is connected, and is disposed at one end of the rear upper concave waist guiding roller 266.
  • the rear upper bearing A148 is disposed at the other end, and the rear upper bearing B127 is formed to form a rear upper roller guiding rotation stop, and the rear upper roller guiding rotation stop Provided in the through holes of the rear upper bearing A148 and the rear upper bearing B127 and the rear upper waist guiding roller 266, the rear upper concave waist guiding roller 266 side is in the rear reciprocating toothed seat guiding guide hole 265 and the rear reciprocating toothed seat The upper side surface 274 of the convex guiding section is fitted, the rear lower concave guiding roller hole 263 is connected with the rear reciprocating toothed convex guiding section hole 265, and the other end of the rear lower bearing A140 is disposed at one end of the rear lower concave guiding roller 264.
  • the rear lower bearing B135 is arranged to form a rear lower roller guide rotation stop, and the rear lower roller guide rotation stop is disposed in the through hole of the rear lower bearing A140 and the rear lower bearing B135 and the rear lower waist guiding roller 264, and then recessed.
  • the side of the waist guiding roller 264 is fitted in the rear reciprocating toothed seat guiding section hole 265 and the lower reciprocating toothed seat guiding guiding section lower side 276.
  • the concave surface of the concave waist guiding roller 4 and the reciprocating toothed seat guiding guiding section The protrusion snap-fit prevents the reciprocating toothed seat protrusion guiding section from swinging up and down, left and right, and the structure uses only two
  • the roller guide rotation stopper 11 can realize the guiding and aligning of the interlocking guide sealing lance holder 5, reducing the number of use and installation space of the roller guide rotator 11, reducing the manufacturing cost and reducing the reciprocating impact portion. height.
  • front reciprocating tooth holder projection guide section 261 has a hole axis parallel to the axis of the rear reciprocating tooth holder projection guide section hole 265.
  • the rolling guide rotation preventing assembly block reciprocating impact mining machine shown in Embodiment 16 is different from Embodiment 1 in that the bearing member guiding rotation stopper includes the concave waist bearing member guiding rotation stop.
  • the concave waist bearing member guide rotation stopper includes a concave waist bearing member or the like, and the reciprocating tooth holder guiding portion 33 is provided with a reciprocating tooth holder convex guiding portion that is engaged with the concave surface of the concave waist bearing member, and the reciprocating tooth holder convex guide
  • the segment includes a front reciprocating tooth holder protrusion guiding portion 261, a rear reciprocating tooth holder protrusion guiding portion 267, and the like, and the front loading rolling guide rotation preventing assembly block 2 is provided with a front reciprocating tooth holder convex guiding portion 261 hole, etc.
  • the guiding rotation preventing assembly block 3 is provided with a rear reciprocating tooth holder convex guiding section hole 265 and the like, and the front reciprocating toothed seat convex guiding section 261 hole axis is coaxial with the rear reciprocating toothed seat guiding guiding section hole 265 axis, and the front reciprocating tooth
  • the left side of the hole of the convex guiding section 261 is provided with a front concave waist bearing member guide
  • the left side hole 272 of the rotation stopper and the like, the right side of the hole of the front reciprocating tooth holder protrusion guiding section 261 is provided with a front concave waist bearing member guide rotation preventing right hole 269, etc., and the rear reciprocating tooth holder convex guiding section hole 265 is provided at the lower part.
  • the rear concave waist bearing member guides the rotation stop lower hole 277 and the like, and the rear reciprocating tooth holder convex guide portion hole 265 is provided with a rear concave waist bearing member guide rotation stopper upper hole 275, etc., and the front concave waist bearing member is guided.
  • the left hole 272 of the rotating device is connected with the hole of the front reciprocating toothed seat guiding guide 261, and the front concave waist bearing member guiding and stopping device 273 is disposed in the left hole 272 of the front concave waist bearing member guiding and stopping device, and the front concave waist bearing member
  • the guide rotator side 268 is engaged with the front side of the front reciprocating tooth holder projection guide section 261 in the hole of the front reciprocating tooth holder projection guide section 261, and the front concave waist bearing member guides the rotation stop right hole 269 and the front reciprocating tooth
  • the seat protrusion guiding section 261 is connected to the hole, and the front concave waist bearing member guiding stopper 273 is disposed in the front concave waist bearing member guiding stopper right hole 269, and the front concave waist bearing member guiding the rotation preventing device side 268 is reciprocating forward.
  • the inner side of the toothed protrusion guiding section 261 is fitted with the right side surface 270 of the front reciprocating tooth holder convex guiding section, and the rear concave waist bearing member is guided under the rotation stop 277 is in communication with the rear reciprocating tooth holder projection guide hole 265, and the rear concave waist bearing member guide retainer side 278 is in the rear reciprocating tooth holder projection guide hole 265 and the rear reciprocating tooth holder projection guide lower side 276.
  • the rear concave waist bearing member guiding stopper upper hole 275 is connected with the rear reciprocating tooth holder protruding guiding portion hole 265, and the rear concave waist bearing member guiding the stopping device side surface 278 is at the rear reciprocating tooth holder protruding guiding portion hole.
  • the inner side of the 265 is matched with the upper side 274 of the rear reciprocating toothed protrusion guiding section, and the concave surface of the concave lumbar bearing guiding guide and the protruding engagement of the reciprocating toothed convex guiding section prevent the reciprocating toothed convex guiding section from going up and down,
  • the left and right swings, the rolling guide stopper 44 uses only one bearing, has a simple structure, takes up less space, and has low manufacturing cost.
  • front reciprocating tooth holder projection guide section 261 has a hole axis parallel to the axis of the rear reciprocating tooth holder projection guide section hole 265.
  • the reciprocating impact mining machine with the rolling guide rotation preventing assembly block shown in Embodiment 17 is different from that of Embodiment 1 in that the reciprocating tooth holder guiding portion 33 is attached to the guiding roller 4.
  • the combined plane width is smaller than the length of the guide roller 4 that fits the plane of the reciprocating toothed guide section 33.
  • the reciprocating toothed guide segment 33 includes a guiding and righting section, and the guiding and rightening section includes a front guiding righting section 279 and a rear guiding rightening section 280, etc., and an anti-friction gap 281 is provided between the guiding righting section and the reciprocating toothed seat guiding section 33.
  • the friction gap 281 avoids sliding friction between the guiding and the righting section and any component during the reciprocating impact.
  • the length of the matching bearing member on the reciprocating toothed portion guiding portion 33 is smaller than the length of the guiding bearing member that fits the plane of the reciprocating toothed guide portion 33, and the reciprocating toothed seat guiding portion when the guiding bearing member moves axially
  • the plane 34 is still in close contact with the guide bearing member by the rolling friction guide, and the widening guide amplitude increases the guiding force, thereby improving the service life of the reciprocating tooth holder guiding portion 33.
  • the reciprocating impact mining machine with the rolling guide rotation preventing assembly block shown in Embodiment 18 is different from the first embodiment in that the integrated block sealing guide rotation preventing box 295 is provided with a gear transmission box 284 and a gear.
  • the main gear 285 and the auxiliary gear 283 are disposed in the transmission box 284.
  • the auxiliary gear 283 is disposed at the upper end of the main gear 285 and the lower end of the main gear 285.
  • the reciprocating power unit 9 is connected to the main gear 285, and the reciprocating power unit 9 drives the main gear 285 to rotate.
  • the main gear 285 drives the sub-gear 283 to rotate, the sub-gear 283 drives the connecting rod 282 to move, the integrated block seal guide anti-rotation box 295 is provided with lubricating liquid, etc., the connecting rod 282 drives the lubricating fluid to rotate and lubricate the integrated block sealing guide anti-rotation box 295, the gear
  • the gearbox 284 implements the function of a power source to drive more than two crank link 16 mechanisms.
  • the sub gear 283 may also be disposed at the upper end of the main gear 285 or the lower end of the main gear 285.
  • the auxiliary gear 283 and the main gear 285 can also drive the link 282 to move.
  • the reciprocating impact mining machine with the rolling guide rotation preventing assembly block shown in the embodiment 19 is different from the first embodiment in that the reciprocating tooth joint linking section 73 includes the anti-rotation lever hinge shaft hole. 286, the hinge shaft 287, etc., the crank link 16 or the straight shaft cam link includes a connecting rod 282, etc., the connecting rod 282 includes a connecting rod hinge shaft hole 290, etc., and the connecting rod hinge shaft hole 290 and the anti-rotating rod hinge shaft hole 286 are concentric
  • the hinge shaft 287 is disposed in the rotation rod hinge shaft hole 286 and the link hinge shaft hole 290
  • the joint bearing 288 is disposed in the rotation rod hinge shaft hole 286 and the link hinge shaft hole 290, and then connected by the hinge shaft 287, the joint Bearing 288 prevents the steering rod from damaging link 282.
  • the crank connecting rod 16 includes a crankshaft and a bearing retaining sleeve.
  • the crankshaft and the bearing retaining sleeve are provided with an oil skimmer, the oil skimmer is a scoop oil skimmer 289, and the scoop oil skimmer 289 is directly disposed on the bearing retaining sleeve.
  • the shuttle seat guide section 33 can also be hinged to the link 282.
  • the crankshaft and the bearing retaining sleeve may include an oil skid gear, etc.
  • the oil skimmer includes an oil skid transmission gear
  • the oil skid gear drives the oil skid transmission gear to rotate the oil
  • the oil skimmer is equipped with a rolling guide rotation stopper. Lubricate and cool down.
  • the skimmer can also be a brush oil skimmer or a tooth oil skimmer or a vane skimmer or a pit bowl skimmer.
  • FIG. 62 it is a rolling guide rotation preventing assembly block reciprocating impact mining machine shown in Embodiment 20, and Embodiment 1
  • the front and rear righting guide rotation stop distance 10 between the front loading rolling guide rotation preventing assembly block 2 and the rear loading rolling guide rotation preventing assembly block 3 is provided with a water passage 291, and the water passes through the water passage 291 to mount the rolling guide rotation preventing assembly.
  • Block 1 is cooled and cooled.
  • a water tank 330 or a water pipe 329 may be disposed in the front and rear centering guide rotation stop distance 10 between the front loading rolling guide rotation preventing assembly block 2 and the rear loading rolling guide rotation preventing assembly block 3.
  • the rolling guide rotation preventing assembly block reciprocating impact mining machine shown in Embodiment 21 is different from Embodiment 1 in that the interlocking guide sealing socket 5 includes a reciprocating tooth sealing portion 71 and the like.
  • the reciprocating toothed seat sealing section 71 includes a telescopic shield 315 and the like.
  • the integrated block sealing guiding anti-rotating box 295 and the reciprocating toothed seat sealing section 71 are provided with a sealing reciprocating toothed member 313 or a floating sealing sleeve 316.
  • the floating sealing sleeve 316 includes an outer portion.
  • the floating seal 293, the inner floating seal 292 and the intermediate frame 294, the outer floating seal 293 is disposed on the outer ring of the intermediate frame 294, the inner floating seal 292 is disposed in the inner ring of the intermediate frame 294, and the reciprocating tooth block seal section is floated through the inner portion
  • the sealing member 292 and the inner floating sealing member 292 are tightly pressed against the reciprocating toothed seat sealing section.
  • One end of the telescopic protective cover 315 is fastened to the reciprocating toothed seat sealing section, and the other end is fastened to the intermediate frame 294.
  • the telescopic protective cover 315 prevents material damage. , polluting the reciprocating toothed seat seal section.
  • the reciprocating impact mining machine equipped with the rolling guide rotation preventing assembly block shown in the embodiment 22 is different from the first embodiment in that the reciprocating toothing 8 includes a main tooth body 296 and a main tooth body 296.
  • the upper main tooth body 300 and the lower main tooth body 302 and the like, the main tooth body 296 further includes a beam cover frame 307, and the beam cover frame 307 includes an upper main tooth body connecting sleeve 298, a lower main tooth body connecting sleeve 305, and
  • the main tooth body connecting beam 306 and the like, the upper main tooth body 300 and the upper main tooth body connecting sleeve 298 are connected separately or in an integrated manner, and the lower main tooth body 302 and the lower main tooth body connecting sleeve 305 are connected separately.
  • one end of the main tooth connecting beam 306 is disposed on the upper main tooth connecting sleeve 298, and the other end is disposed on the lower main tooth connecting sleeve 305, and the main tooth connecting beam 306 connects the upper main tooth connecting sleeve 298 and
  • the lower main tooth connecting sleeve 305 is fixedly connected, and the main tooth connecting beam 306, the upper main tooth connecting sleeve 298 and the lower main tooth connecting sleeve 305 are connected separately, or may be an integral type, and the upper main tooth connecting sleeve 298 And the lower main tooth body connecting sleeve 305 and the main tooth body connecting beam 306 are provided with side reciprocating teeth 301, when the beam sleeve punching frame 307 and the upper main tooth body 300 and the lower main tooth When the 302 is connected separately, the upper main tooth connecting sleeve 298 and the lower main tooth connecting sleeve 305 are respectively engaged with the upper main tooth body 300 and the lower main tooth body
  • the two ends of the guide seal socket 309 extend out of the integrated block seal guide turnout box 295, and the upper joint guide seal adapter base 308 and the lower linkage guide seal adapter base 309 are set.
  • the block-shaped sealing guide rotation box 295 is connected, the upper main tooth body 300 is disposed at an end of the upper linkage guide sealing socket 308, and the lower main tooth body 302 is disposed at an end of the lower linkage guide sealing socket 309.
  • the beam sleeve frame 307 fastens the upper linkage guide sealing socket 308 and the lower linkage guide sealing socket 309 into one body, and the reciprocating power unit 9 is driven in the integrated block sealing guide rotation box 295.
  • the guiding main sealing pin holder 308 and the lower interlocking guiding sealing pin holder 309, the upper interlocking guiding pinion holder 308 and the lower interlocking guiding sealing pin holder 309 drive the upper main tooth body 300 and the lower main tooth body 302 and the beam
  • the punching frame 307 reciprocates and impacts, and the beam sleeve punching frame 307 fixes the upper interlocking guiding pinion socket 308 and the lower interlocking guiding pinion socket 309 outside the integrated block sealing guiding torsion box 295 to make the upper connection
  • the movable guiding sealing gear holder 308 and the lower linkage guiding sealing socket 309 form a frame with large structural strength, stable guiding and wide impact width, which greatly improves the upper linkage guiding sealing socket 308 and the lower linkage guiding sealing insertion.
  • the teeth 309 are mutually supported and mutually reinforcing.
  • the side reciprocating tooth 301 or the lower main tooth connecting sleeve 305 may be provided on the main tooth body connecting sleeve 298, and the side reciprocating tooth 301 or the main tooth connecting beam 306 may be provided with a side reciprocating tooth 301 or an upper main tooth connecting sleeve 298.
  • the side main reciprocating tooth 301 or the upper main tooth connecting sleeve 298 and the main tooth connecting beam 306 are disposed on the lower main tooth connecting sleeve 305, and the side reciprocating tooth 301 or the lower main tooth connecting sleeve 305 and the main tooth connecting beam 306 are disposed on the main tooth connecting sleeve 306.
  • Side reciprocating teeth 301 are provided thereon.
  • one end of the interlocking guide pinion holder 308 and the lower interlocking guide pinion holder 309 extend beyond the manifold block guide to the anti-rotation box 295.
  • the reciprocating impact mining machine with the rolling guide rotation preventing assembly block shown in the embodiment 23 is different from the first embodiment in that the front loading rolling guide rotation preventing assembly block 2 is provided with a telescopic jacket box at the front.
  • the plate 312 and the like, the telescopic sheathing box plate 312 and the front loading rolling guide rotation preventing assembly block 2 are an integral structure, and the telescopic sheathing box plate 312 includes a guiding box plate 311 and a box plate telescopic sealing sleeve 310, etc., the guiding box plate The 311 is provided with a reciprocating toothed seat sealing section hole 314 and the like.
  • the reciprocating toothed seat sealing section hole 314 is provided with a sealing reciprocating toothed member 313.
  • the reciprocating toothed seat sealing section 71 is disposed in the inner hole of the sealing reciprocating toothed part 313.
  • the outer casing of the floating gland 316 is provided with a telescopic seal sleeve 310.
  • the telescopic boot box panel 312 and the front loading rolling guide rotation stop assembly block 2 can also be connected separately.
  • the reciprocating impact mining machine with the rolling guide rotation preventing assembly block shown in the embodiment 24 is different from the first embodiment in that the front loading rolling guide rotation preventing assembly block 2 is provided with a telescopic jacket box at the front.
  • the plate 312 and the like, the telescopic sheath box plate 312 and the front loading rolling guide rotation preventing assembly block 2 are of an integral structure, and the telescopic sheathing box plate 312 includes the guiding box plate 311 and the box plate retaining The shrinking sleeve sleeve 310 and the like, the guiding box plate 311 is provided with a reciprocating toothed seat sealing section hole 314, etc., and the reciprocating toothed seat sealing section hole 314 is provided with a floating sealing sleeve 316, and the reciprocating toothed seat sealing section 71 is disposed in the floating sealing A sleeve 316 bore is provided, and a box guard telescopic seal sleeve 310 is disposed outside the bore of
  • the telescopic boot box panel 312 and the front loading rolling guide rotation stop assembly block 2 can also be connected separately.
  • the reciprocating impact mining machine equipped with the rolling guide rotation preventing assembly block shown in the embodiment 25 is different from the first embodiment in that the main tooth body 296 is provided with a main tooth body telescopic sealing sleeve 317 at the rear.
  • the main tooth body 296 is connected to the main tooth body telescopic seal sleeve 317, and the main tooth body telescopic seal sleeve 317 is disposed outside the box plate telescopic seal sleeve 310.
  • the main tooth body protection telescopic seal sleeve 317 fits the telescopic protection.
  • the main tooth body 296 and the main tooth body telescopic seal sleeve 317 can also be of unitary construction.
  • the reciprocating impact mining machine equipped with the rolling guide rotation preventing assembly block shown in the embodiment 26 is different from the first embodiment in that the main tooth body 296 is provided with a main tooth body telescopic sealing sleeve 317 at the rear.
  • the main tooth body 296 is separately connected to the main tooth body telescopic seal sleeve 317, and the main tooth body telescopic seal sleeve 317 is disposed on the inner side of the box plate telescopic seal sleeve 310, and the box plate telescopic seal sleeve 310 is An outer sheath seal 318 is disposed between the main tooth guard sleeves 317, the main tooth guard sleeve 317, the outer sheath seal 318 and the integrated block seal guide box 295
  • the telescopic seal sleeve 310 cooperates with the telescopic seal to prevent dust and muddy water from entering, and improves the service life of the rolling guide stopper 44 and the crank link 16.
  • the main tooth body 296 is provided with a main tooth body telescopic seal sleeve retaining member 319 and the like, and the main tooth body telescopic seal sleeve retaining member 319 includes a pin retaining member.
  • the length of the overlapping portion of the main tooth body telescopic seal sleeve 317 and the box plate telescopic seal sleeve 310 is greater than the impact stroke of the reciprocating impact of the main reciprocating tooth 299, and the main tooth body telescopic seal sleeve 317 and the box plate telescopic seal
  • An outer sheath seal 318 is disposed between the sleeves 310. When the main reciprocating teeth 299 reciprocate, the outer sheath seal 318 is overlapped with the main tooth guard sleeve 317 and the box guard telescopic seal sleeve 310.
  • the main tooth body 296 rear portion may also be provided with a main tooth body telescopic seal sleeve 317 and the main tooth body 296 by threaded connection or the main tooth body telescopic seal sleeve 317 and the main tooth body 296 through the tapered surface or the main Tooth body telescopic seal sleeve retaining piece 319
  • the main tooth body protection telescopic seal sleeve 317 is fixed.
  • the main tooth body telescopic seal sleeve retaining member 319 can also be a nut retaining member, a screw retaining member, a retaining ring retaining member, an adhesive retaining member, a card slot retaining member or a retaining member or a retaining member. Pin retaining parts or top wire hole pin retaining parts, etc.
  • the main tooth body 296 and the main tooth body telescopic seal sleeve 317 can also be of unitary construction.
  • the reciprocating impact mining machine equipped with the rolling guide rotation preventing assembly block shown in the embodiment 27 is different from the first embodiment in that the main tooth body 296 is provided with a main tooth body telescopic seal sleeve disassembly.
  • the top wire hole 320 and the like, the main tooth body 296 is provided with a main tooth body telescopic seal sleeve retaining member 319 and the like at the rear, and the main tooth body telescopic seal sleeve retaining member 319 includes a nut retaining member.
  • the reciprocating impact mining machine with the rolling guide rotation preventing assembly block shown in the embodiment 28 is different from the first embodiment in that the side reciprocating teeth 301 are directed toward the front end of the box plate telescopic seal sleeve 310.
  • the surface is provided with a material dividing surface 321 , and the material dividing surface 321 is used to guide the materials to both sides, and the side reciprocating teeth 301 are led out toward the front end surface of the box plate telescopic sealing sleeve 310 to make the box plate telescopic sealing sleeve 310
  • a material layer is not formed between the main tooth body 296 or the side reciprocating tooth 301, and the material layer is prevented from resisting the reciprocating impact of the main reciprocating tooth 299 and/or the side reciprocating tooth 301.
  • the main tooth body telescopic seal sleeve 317 and the main tooth body 296 are retracted by a threaded connection.
  • the rolling guide rotation preventing assembly block reciprocating impact mining machine shown in Embodiment 29 is different from Embodiment 1 in that a sheath guard 322 is provided at the rear of the main tooth body 296, and the sheath guard member is provided.
  • the 322 is spaced apart at the rear of the main tooth body 296, and the shape of the sheath guard 322 does not form an extrusion surface with the end surface of the box plate telescopic seal sleeve 310, preventing the material from being in the sheath guard 322 and the box plate retaining and sealing seal sleeve. Stacked between 310, the sheath guard 322 prevents the material from impacting and damaging the main tooth body retaining seal sleeve 317.
  • the reciprocating impact mining machine with the rolling guide rotation preventing assembly block shown in the embodiment 30 is real.
  • the difference of the first embodiment is that the beam sleeve frame 307 is arranged in multiple rows.
  • the main tooth body connection beam 306 on the front row beam sleeve frame 325 is integrated with respect to the integration.
  • the block seal guide rotation stop box 295 is outwardly convex, and the main tooth body connecting beam 306 on the rear row beam sleeve punching frame 323 is recessed inward with respect to the integrated block sealing guide rotation preventing box 295, and the front row of convex main teeth
  • the body connecting beam 306 and the rear row of the main tooth connecting beam 306 form a discharge port 324, and the discharging port 324 is favorable for the smooth and rapid discharge of the mined materials.
  • the beam set frame 307 is arranged in a single row.
  • the reciprocating impact mining machine with the rolling guide rotation preventing assembly block shown in the embodiment 31 is different from the first embodiment in that the reciprocating tooth holder guiding portion 33 is provided with a hard wear-resistant member, which is rigid.
  • the wear-resistant member includes a hard wear-resistant block 326 and the like, and the hard wear-resistant member is connected to the reciprocating-toothed guide portion 33, and the hard wear-resistant block 326 and the reciprocating-toothed guide portion 33 are fixedly connected through the card slot, and the card slot is The T-shaped groove, the hard wear block 326 increases the impact resistance and wear resistance of the reciprocating toothed guide portion 33.
  • the hard wear part and the reciprocating tooth base guide section 33 may also be a unitary structure.
  • the hard wear block 326 and the reciprocating seat guide section 33 may also be fixedly connected by screws or fixedly connected by a wear block stopper or may be stopped by adhesion or the like.
  • the card slot can also be a dovetail slot or a polygonal slot.
  • the reciprocating impact mining machine equipped with the rolling guide rotation preventing assembly block shown in Embodiment 32 is different from the first embodiment in that the reciprocating tooth holder guiding portion 33 is provided with a hard wear-resistant member, which is rigid.
  • the wear-resistant member comprises a rigid wear-resistant sleeve 327, and the rigid wear-resistant member is connected to the reciprocating-toothed seat guide section 33 separately.
  • the hard wear-resistant sleeve 327 sets are assembled on the reciprocating toothed guide section 33, and the hard wear sleeve 327 and the reciprocating toothed guide section 33 are provided with a hard wear sleeve stop structure 328, a hard wear sleeve stop structure 328 and a hard
  • the wear sleeve 327 is connected separately, and the hard wear sleeve 327 increases the impact resistance and wear resistance of the shuttle seat guide section 33.
  • the hard wear part and the reciprocating tooth base guide section 33 may also be a unitary structure.
  • the hard wear sleeve stop structure 328 and the hard wear sleeve 327 may also be integral.
  • the reciprocating impact mining machine with the rolling guide rotation preventing assembly block shown in Embodiment 33 is different from Embodiment 1 in that the integrated block sealing guide rotation preventing box 295 is provided with a tank water passage. 333, the interlocking guide pinion seat 5 is provided with a linkage guide seal socket water channel 334, and the tank water channel 333 is connected with the interlocking guide pinion seat water channel 334 in the integrated block seal guide rotation box 295, the box body
  • the water channel 333 includes a water path 338 in the box body and a water channel outside the box body.
  • the interlocking guide pinion holder 5 is provided with a linkage guide sealing socket water channel 334, and the linkage guide sealing socket water channel 334 includes a linkage guide sealing plug.
  • the water inlet 336 of the tooth holder and the like, the water inlet 336 of the interlocking guide socket is disposed in the box body or disposed outside the box body.
  • the water path 338 in the box body is A hose connecting member 337 is disposed between the water inlets 336 of the interlocking guide pinion sockets, and the water passage 338 in the tank body is fixed on the tank body.
  • the main tooth body 296 includes a main tooth body water channel 335, the main tooth body water channel 335 and the interlocking guide pinion seat water channel 334 are connected, and the front seal member 331 is provided at both ends of the outlet of the interlocking guide pinion seat water channel 334.
  • the front seal member 331 is disposed at the front end of the outlet of the interlocking guide seal socket water passage 334
  • the rear seal member 332 is disposed at the rear end of the outlet of the interlocking guide seal socket water passage 334, and the main tooth is inserted
  • the main tooth water channel 335 on the hole member is connected to the interlocking guide pinion seat water channel 334, and the front seal member 331 rear seal member 332 prevents water from flowing out from the gap between the main tooth body 296 and the interlocking guide pinion holder 5.
  • the tank water channel 333 may be coupled to the interlocking guide pinion housing water channel 334 outside the integrated block seal guide tonnage box 295 or the tank water channel 333 may be coupled to the main reciprocating tooth 299 outside of the manifold block seal guide tonnage box 295.
  • a reciprocating sealing connector or a telescopic tube connector may also be provided between the water passage 338 in the casing and the water inlet 336 of the interlocking guide pinion housing.
  • the reciprocating impact mining machine with the rolling guide rotation preventing assembly block shown in the embodiment 34 is different from the first embodiment in that the integrated block sealing guide rotation preventing box 295 is provided with a tumbler driver 341 and the like.
  • the length of the integrated block connector 26 is greater than the outer diameter of the roller drive 341, and the integrated block connector 26 includes an integrated block upper connecting plate 340 for guiding the front loading rolling guide assembly block 2 and the rear loading rolling guide rotation preventing assembly block 3
  • the connecting block 340 of the integrated block is displaced downward, so that the bottom surface of the connecting plate 340 on the integrated block is close to the interlocking guiding and sealing pin holder 5 and is provided with a gap, so that the front loading rolling guide rotation preventing assembly block 2 and the rear loading rolling guide are stopped.
  • a fixed tumbler driver groove 339 is formed between the rotating component blocks 3, and the tumbler driver 341 is disposed in the fixed tumbler driver groove 339 to reduce the height of the tumbler driver 341 from the ground, thereby avoiding the tumbler driver 341 and the roadway.
  • the top wall collides and frictions, reducing the height required for the mining roadway, saving manpower, material resources and time.
  • the rolling guide rotation preventing assembly block reciprocating impact mining machine shown in Embodiment 35 is different from Embodiment 1 in that the rolling drive 341 includes a left roll drive 342 and a right roll.
  • the drive 345 and the like, the left roll drive 342 and the right roll drive 345 are disposed in the fixed roll drive groove 339, and the left roll drive 342 and the right roll drive 345 jointly drive the same roll drive member 346, the roll drive member
  • the 346 drives the tumbler arm 348 to rotate, and the outer diameters of the left tumbler driver 342 and the right tumbler driver 345 are smaller than the outer diameter of the tumbler driver 341 that drives the tumbler transmission member 346 by one tumbler driver 341, and the tumbler drive 341 is lowered. From the height of the ground, avoid the collision and friction between the rolling drive 341 and the top wall of the roadway, reduce the height required for the mining roadway, and save manpower, material resources and time.
  • the left roll drive 342 includes a left roll drive gear 343 and the like
  • the right roll drive 345 includes a right roll drive gear 344, etc.
  • the roll drive member 346 includes a roll drive gear 347 or a roll drive sprocket, etc.
  • the gear 347 or the rolling drive sprocket is disposed at the side of the integrated block sealing guide turntable 295, and the left roll drive gear 343, the right roll drive gear 344 and the roll drive gear 347 are engaged with the drive or the left roll drive gear 343
  • the right rolling drive gear 344 is engaged with the rolling drive sprocket, and the setting of the rolling transmission gear or the rolling transmission sprocket is beneficial to adjust the setting position of the rolling rotating arm on the power box.
  • the rolling guide rotation preventing assembly block reciprocating impact mining machine shown in Embodiment 36 is different from Embodiment 1 in that the integrated block connecting member 26 includes an integrated block lower connecting plate 353 and the like. Displaceing the front mounting rolling guide rotation stop assembly block 2 and the lower assembly integrated block lower connection plate 353 of the rear loading rolling guide rotation preventing assembly block 3 so that the bottom surface of the integrated block lower connecting plate 353 is close to the interlocking guide sealing socket 5 and A gap is provided to form a roll through shaft recess 354 between the front loading rolling guide rotation preventing assembly block 2 and the rear loading rolling guide rotation preventing assembly block 3, and the rolling through shaft 355 includes a rolling through shaft support member 356.
  • the roll through shaft support 356 is disposed on both sides of the roll through shaft inverted groove 354.
  • the roll through shaft 355 further includes a sleeve 351 and a transmission through shaft 352, etc., and the sleeve 351 is disposed on the roll through shaft support member.
  • the transmission through shaft 352 is passed through the sleeve 351, the sleeve 351 and the transmission through shaft 352 are separated from the reciprocating seat guide segment 33 by the integrated block lower connecting plate 353, or at the front end of the telescopic sheath box plate 312, close to and reciprocating
  • a lower roll support member 349 and a right roll support member 350 are disposed at a lower portion of the tooth holder sealing portion 71, and the sleeve 351 is provided.
  • the transmission through shaft 352 passes through the sleeve 351, and the transmission through shaft 352 is prevented from causing damage and pollution to the reciprocating tooth guide guiding section 33, and the rolling through shaft is increased. 355 height relative to the ground, avoid rolling The through shaft 355 collides with the ground.
  • the roll-through shaft 355 also includes a bearing and a drive through shaft 352, the bearing is disposed on the roll-through shaft support 356, the drive through-shaft 352 is passed through the bearing, and the bearing and the drive-through shaft 352 are passed through the integrated block lower link plate.
  • the 353 is isolated from the reciprocating toothed guide segment 33, or a left roll support member 349 and a right roll support member 350 are disposed at a front end of the telescopic boot box plate 312 near the reciprocating toothed seat seal portion 71, and the bearing is disposed on the left roll.
  • the support member 349 and the right roll support member 350 pass through the bearing to prevent the transmission through shaft 352 from causing damage and pollution to the reciprocating tooth holder guiding portion 33, thereby increasing the height of the rolling through shaft 355 relative to the ground and avoiding The rolling through shaft 355 collides with the ground.
  • the reciprocating impact mining machine equipped with the rolling guide rotation preventing assembly block shown in the embodiment 37 is different from the first embodiment in that the reciprocating toothing 8 includes a main tooth body 296, and the main tooth body 296 includes a cylindrical shape.
  • the main tooth body 357 is provided with a cylindrical sleeve main tooth body 357, that is, the main tooth body 296 is set as a cylindrical main tooth body 358, and the rear end of the cylindrical main tooth body 358 is provided with a main reciprocating tooth jack 297 pieces, and the main reciprocating tooth
  • the socket 297 is sleeved on the interlocking guide pinion holder 5, and the side tooth holder 304 is disposed on the cylindrical main tooth body 358, while satisfying the impact strength of the cylindrical sleeve main tooth body 357 or the side tooth holder 304.
  • the cross section of the cylindrical sleeve main tooth body 357 side tooth holder 304 toward the integrated block sealing guide rotation preventing box 295 is reduced, and the cylindrical sleeve main tooth body 357 or the side tooth holder 304 is reduced toward the integrated block sealing guide rotation preventing box 295.
  • Blocking the material to be harvested by the cross section increasing the water spray space on the integrated block seal guide rotation stop box 295 toward the main reciprocating tooth 299 and/or the side reciprocating tooth 301, and improving the water spray on the main reciprocating tooth 299 and the side reciprocating tooth 301
  • the cooling effect extends the service life of the main reciprocating teeth 299 and the side reciprocating teeth 301, reduces the cost of the mining component loss, and avoids reciprocating Dry cooling caused by sparks flying Dust explosion caused or casualties caused by gas explosion and other major accidents personal 8 reciprocating impact.
  • the reciprocating impact mining machine equipped with the rolling guide rotation preventing assembly block shown in Embodiment 38 is different from Embodiment 1 in that the reciprocating toothing 8 includes a main tooth body 296, and the main tooth body 296 includes a cylindrical shape.
  • the main tooth body 359 of the cone when the cylindrical cone main body 359 is used, inserts the main reciprocating tooth insert 360 at the rear end of the cylindrical main tooth body 359 into the interlocking guide pinion holder 5, and the side tooth holder 304 is disposed on the cylindrical cone
  • the cross section of the cylindrical cone main tooth body 359 or the side tooth holder 304 toward the integrated block sealing guide rotation stop box 295 is reduced while satisfying the impact strength of the cylindrical cone main tooth body 359 or the side tooth holder 304.
  • the reciprocating impact mining machine equipped with the rolling guide rotation preventing assembly block shown in Embodiment 39 is different from Embodiment 1 in that the reciprocating toothing 8 includes a main tooth body 296, and the main tooth body 296 includes side teeth.
  • the arm main body when the side tooth main tooth body is used, the main tooth body 296 is disposed as a cylindrical main tooth body 358, and the cylindrical main tooth body 358 is provided with a side tooth arm 361 supporting the side reciprocating tooth 301, and the side tooth holder 304 is disposed on the side tooth arm 361.
  • the cylindrical main tooth body 358 is provided with more than one side tooth arm 361.
  • a gap is provided between each side tooth arm 361, and the side tooth arm 361 forms a punch with the cylindrical main tooth body 358.
  • the carrier is configured to reduce the cross-section of the side tooth main tooth body or the side tooth holder 304 toward the integrated block sealing guide rotation stop box 295 while satisfying the impact strength of the side tooth arm main tooth body or the side tooth holder 304, and reduce the side
  • the main arm body or the side tooth holder 304 faces the block of the integrated block sealing guide rotation box 295 to block the falling material, and the integrated block sealing guide rotation preventing box 295 is reciprocated toward the main reciprocating tooth 299 and/or side.
  • the water spray space of the tooth 301 is configured to reduce the cross-section of the side tooth main tooth body or the side tooth holder 304 toward the integrated block sealing guide rotation stop box 295 while satisfying the impact strength of the side tooth arm main tooth body or the side tooth holder 304, and reduce the side
  • the main arm body or the side tooth holder 304 faces the block of the integrated block sealing guide rotation box 295
  • the reciprocating impact mining machine with the rolling guide rotation preventing assembly block shown in Embodiment 40 is different from Embodiment 1 in that the reciprocating toothing 8 includes a main tooth body 296, and the main tooth body 296 includes a beam frame.
  • the main tooth body 362 when the beam type main tooth body 362 is used, the main tooth body 296 is set as the cylindrical main tooth body 358, and the cylindrical main tooth body 358 is set as the upper main tooth body 300 and the lower main tooth body 302.
  • a connecting beam is disposed between the upper main tooth body 300 and the lower main tooth body 302.
  • the connecting beam fixedly connects the upper main tooth body 300 and the lower main tooth body 302 or the connecting beam and the upper main tooth body 300 and the lower main tooth body 302 are
  • the side tooth holder 304 is disposed on the beam type main tooth body 362, and the beam type main tooth body 362 or the side tooth holder 304 is provided while satisfying the impact resistance of the beam type main tooth body 362 or the side tooth holder 304.
  • the cross-section of the integrated block sealing guide tonnage box 295 is reduced, and the cross-section of the beam-type main tooth body 362 or the side-toothed seat 304 toward the integrated block sealing guide rotation box 295 is blocked, and the integration is increased.
  • the block seal guides the spray space of the anti-rotation box 295 to the main reciprocating teeth 299 and/or the side reciprocating teeth 301.
  • Embodiment 37 The structures described in Embodiment 37, Embodiment 38, Embodiment 39, and Embodiment 40 correspond to the following corresponding methods:
  • a main tooth body 296 is disposed on the reciprocating toothing 8, and the main tooth body 296 is disposed as a cylindrical sleeve main tooth body 357 or as a cylindrical cone main tooth body 359 or as a side tooth main tooth body or as a beam frame.
  • the main tooth body 362 when the cylindrical sleeve main tooth body 357 is used, the main tooth body 296 is set as a cylindrical main tooth body 358, and the rear end of the cylindrical main tooth body 358 is provided with a main reciprocating tooth jack 297 pieces, so that the main The reciprocating tooth jack 297 is sleeved on the interlocking guide pinion holder 5, and the side tooth holder 304 is disposed on the cylindrical main tooth body 358, or when the cylindrical cone main tooth body 359 is used, the cylindrical cone main body is The main reciprocating tooth insert 360 at the rear end of the tooth body 359 is inserted into the interlocking guide pinion holder 5, and the side tooth holder 304 is disposed on the cylindrical cone main tooth body 359, or when the side tooth main tooth body is used, The main tooth body 296 is disposed as a cylindrical main tooth body 358, and the side tooth arm 361 supporting the side reciprocating tooth 301 is disposed on the cylindrical main tooth body 358, and the side tooth holder 304 is
  • More than one side tooth arm 361 is disposed on the main tooth body 358, and a gap is provided between each side tooth arm 361, so that the side tooth arm 361 and the cylindrical main tooth body 358 form a punch frame, or when the beam type main tooth is used
  • the main tooth body 296 is disposed as a cylindrical main tooth body 358
  • the cylindrical main tooth body 358 is disposed as an upper main tooth body 300 and a lower main tooth body 302
  • the upper main tooth body 300 and the lower main tooth body 302 are provided.
  • a connecting beam is disposed between the connecting main beam 300 and the lower main tooth body 302, or the connecting beam is integrated with the upper main tooth body 300 and the lower main tooth body 302, and the side tooth holder 304 is disposed on the beam frame.
  • the cross-section of the cylindrical sleeve main tooth body 357 or the cylindrical cone main tooth body 359 or the side tooth main tooth body or the beam main tooth body 362 or the side tooth holder 304 toward the integrated block sealing guide rotation preventing box 295 is reduced, Small column
  • the main tooth body 357 or the cylindrical cone main tooth body 359 or the side tooth main tooth body or the beam main tooth body 362 or the side tooth holder 304 face the cross section of the integrated block sealing guide rotation box 295 for the material to be collected Blocking, the water spray space of the main block sealing guide 295 to the main reciprocating teeth 299 and/or the side reciprocating teeth 301 is increased.
  • the reciprocating impact mining machine with the rolling guide rotation preventing assembly block shown in Embodiment 41 is different from Embodiment 1 in that the integrated block sealing guide rotation preventing box 295 includes the reciprocating gear 363, and is reciprocated.
  • the toothed device 363 includes an ejector box member 365 and a pusher reciprocating tooth member 366.
  • the ejector case member 365 and the push block reciprocating member 366 are of a unitary structure, and the integrated block seal guide rotator box 295 further includes a top push and retract The toothed table 364 or the top pushing and unloading reciprocating tooth 363 hole groove, etc., one end of the pushing top body member 365 is placed on the top pushing and unloading reciprocating tooth table 364, and the other end is connected with the pushing and reciprocating toothing member 366 to push the reciprocating tooth piece
  • the other end of the 366 is provided with a latching reciprocating tooth end surface, and the shape of the latching reciprocating tooth end surface prevents the reciprocating tooth from retracting when the reciprocating tooth moves in the direction of the integrated block sealing guide rotation preventing box 295, and the reciprocating tooth end surface is blocked by the reciprocating power
  • the strong pulling force of 9 removes the main reciprocating tooth 299 or the side reciprocating tooth 301.
  • the ejector case member 365 is connected to the push block reciprocating tooth member 366 in a separate manner.
  • one end of the pusher case member 365 may be placed on the case guide hole plate or in the hole of the top push/discharge reciprocating tooth 363.
  • the reciprocating impact mining machine equipped with the rolling guide rotation preventing assembly block shown in Embodiment 42 is different from Embodiment 1 in that the main tooth body 296 includes a main tooth body frame 367 and the like, and the main tooth body.
  • One or more side reciprocating teeth 301 are disposed on the tooth frame 367 and/or the beam frame 307, and a gap is provided between the side reciprocating teeth 301 and the side reciprocating teeth 301, and the main reciprocating teeth 299,
  • a water spout 368 or a water spray hole or the like is disposed on the opposite telescopic boot box plate 312 of the rear side of the side reciprocating tooth 301, and the water spout 368 or the water spray hole is disposed with respect to the gap between the side reciprocating teeth 301, and the water flow passes through the side.
  • the gap between the reciprocating teeth 301 is sprayed to the side reciprocating teeth 301 and/or the main reciprocating teeth 299, and the gap between the side reciprocating teeth 301 is arranged to facilitate the discharge of the falling material.

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Abstract

公开了一种实施装滚动导向止转组件导向止转方法的装滚动导向止转组件块往复冲击采掘机。该采掘机包括连动导向密封插座齿(5),往复动力器(9),滚动导向止转器(44),装滚动导向止转组件块(1),集成块连接件(26),导向止转箱密封件和往复冲齿(8)。往复冲齿设置在连动导向密封插齿座(5)前端,一个连杆(282)带动一个单插齿座组成单插齿座往复冲击器,一个连杆(282)带动多插齿座组成多插齿座往复冲击器,装滚动导向止转组件块(1)增大导向抱合力,加大导向扶正力度,装滚动导向止转组件块(1)将支撑多个滚动导向止转器(44)的多个支撑耳板做成一体式板块,一体式板块使支撑多个滚动导向止转器(44)的空间集约化实体化,提高对多个滚动导向止转器的定位精度。

Description

实施装滚动导向止转组件块导向止转方法的装滚动导向止转组件块往复冲击采掘机 技术领域
本发明属于机械领域,具体涉及实施装滚动导向止转组件块导向止转方法的装滚动导向止转组件块往复冲击采掘机。
背景技术
由于往复冲击掘进机冲击煤壁、岩壁、混凝物等掘进过程中,坚硬的岩壁、混凝物等使往复冲击部承受超强的反作用力,超强的反作用力对往复冲击部有超强的破坏力,导致往复冲击掘进机的箱体密封件、往复冲击动力部件、往复冲击导向部件等损坏频繁、维修量极大,其主要原因在于:1、原往复冲击掘进机对滚动导向部件的支撑为在四面箱板组成的箱体内壁上分别设置支撑各滚轮的耳板,各耳板除一侧与箱体连接外,其余部位悬空,且各耳板之间互不连接,为增强每个支撑耳板强度即将耳板做大,因此又增加了箱体的体积,造成了空间浪费及材料浪费,因耳板支撑强度差,故对滚轮的轴向定位差;2、箱体内导向段与滚动体接触面产生部分滑动摩擦;3、对箱体上支撑滚动体两个以上的轴承孔座等加工时工序多,不能用一次夹装一只刀具一次性完成,造成两个以上的轴承座同心度差;4、对安装两个以上的轴承的轴向定位差造成两轴承安装后的轴线与往复冲击导向杆难以垂直,使轴承所支托的滚动体表面与往复冲击导向杆表面配合度差,产生一部分表面有过大间隙,一部分表面过度挤压,在往复冲击导向杆高频冲击时,过度挤压部分高温造成部件变形损坏,且使往复冲击的线性度差,使往复冲击导向杆的箱体密封段偏磨箱体密封件,使密封件很快损坏,使箱体内动力部件因润滑降温液的流失而产生高温,严重的高温使动力部件变形损坏;5、支撑往复冲击导向杆的滚动体表面与往复冲击导向杆表面贴合面的设计制作没有设计出在往复冲击导向杆承受强大侧向力冲击时,即使冲击导向杆有一定的摆动其贴合面仍然不会产生滑动摩擦的结构;6、支撑往复冲击导向杆的滚动体表面与往复冲击导向杆表面贴合面的设计制作没有设计制造出在往复冲击导向杆承受强大侧向力冲击时,用往复冲击导向杆多个侧面分别以平面的状态与多个滚动体表面贴合滚动摩擦滚动导向的结构,原设计也没有利用强有力地控制避免往复冲击导向杆因侧向力冲击摆动;7、往复冲击导向杆未设有加宽和/或加高扶正冲击导向杆的结构,使往复冲击导向杆的扶正强度差,因而使往复冲击产生的强大反作用力直接作用在了往复冲击动力部件上,造成动力部件的损坏。为了解决上述问题,本发明提出了一种实施装滚动导向止转组件块导向止转方法的装滚动导向止转组件块往复冲击采掘机。
发明内容
本发明提供了一种实施装滚动导向止转组件块导向止转方法的装滚动导向止转组件块往复冲击采掘机,该装滚动导向止转组件块往复冲击采掘机包括连动导向密封插齿座、往复动力器、滚动导向止转器、装滚动导向止转组件块、集成块连接件、导向止转箱密封件和往复冲齿等,连动导向密封插齿座包括往复齿座连动段、往复齿座导向段、往复齿座密封段和往复齿座插齿段等,往复齿座连动段、往复齿座导向段、往复齿座密封段和往复齿座插齿段分体连接或往复齿座连动段、往复齿座导向段、往复齿座密封段和往复齿座插齿段为一体式,连动导向密封插齿座前端设有一个往复齿座插齿段组成单插齿座或连动导向密封插齿座前端设有两个以上往复齿座插齿段组成多插齿座,往复冲齿设置在连动导向密封插齿座前端,往复动力器包括凸轴机构或液动机构或气动机构等,凸轴机构包括曲柄连杆或直轴凸轮连杆等,当使用凸轴机构时,曲柄连杆或直轴凸轮连杆与连动导向密封插齿座铰接,一个连杆带动一个单插齿座组成单插齿座往复冲击器,一个连杆带动多插齿座组成多插齿座往复冲击器,多插齿座往复冲击器包括上下插齿座往复冲击器或左右插齿座往复冲击器或上下左插齿座往复冲击器或上下右插齿座往复冲击器或上下左右插齿座往复冲击器等,上下插齿座往复冲击器上部设有上往复齿座连动段、上往复齿座导向段、上往复齿座密封段和上往复齿座插齿段组成上连动导向密封插齿座且上下插齿座往复冲击器下部设有下往复齿座连动段、下往复齿座导向段、下往复齿座密封段和下往复齿座插齿段组成下连动导向密封插齿座,上往复齿座连动段与下往复齿座连动段组成往复齿座导向段连接件,往复齿座导向段连接件将上连动导向密封插齿座与下连动导向密封插齿座固定连接或往复齿座导向段连接件与上连动导向密封插齿座、下连动导向密封插齿座为一体式,滚动导向止转器包括滚轴导向止转器或轴承件导向止转器等,滚轴导向止转器包括轴承A、轴承B和导向滚轴等,轴承A、轴承B分别设置在导向滚轴的两端组成滚轴导向止转器,或轴承件导向止转器包括导向轴承件和导向轴承固定件等,导向轴承件设置在导向轴承固定件上,导向轴承件包括轴承本体件或在轴承本体件外周设置护轴承套,护轴承套设置在轴承本体件上组成止转导向轴承套,轴承本体件设置在导向轴承固定件上或止转导向轴承套设置在导向轴承固定件上,装滚动导向止转组件块包括前装滚动导向止转组件块和后装滚动导向止转组件块等,前装滚动导向止转组件块与后装滚动导向止转组件块前后平行设置且前装滚动导向止转组件块与后装滚动导向止转组件块之间设有前后扶正导向止转间距,集成块连接件连接前装滚动导向止转组件块、后装滚动导向止转组件块形成集成块密封导向止转箱,前装滚动导向止转组件块包括前装往复齿座导向段单孔集成块或前装滚动导向止转组件块包括前装往复齿座导向段多孔集成块,后装滚动导向止转组件块包括后装往复齿座导向段单孔集成块或后装滚动导向止转组件块包括后装往复齿座导向 段多孔集成块,装滚动导向止转组件块增大导向抱合力,加大导向扶正力度,减少往复齿座密封段对导向止转箱密封件的摆动冲击,前装往复齿座导向段单孔集成块上设有前往复齿座导向段孔且后装往复齿座导向段单孔集成块上设有后往复齿座导向段孔,前往复齿座导向段孔两个以上的侧部设有两个以上前滚动导向止转器孔且后往复齿座导向段孔两个以上的侧部设有两个以上后滚动导向止转器孔,贴靠前往复齿座导向段孔的前滚动导向止转器孔侧壁与贴靠前滚动导向止转器孔的前往复齿座导向段孔侧壁通连且贴靠后往复齿座导向段孔的后滚动导向止转器孔侧壁与贴靠后滚动导向止转器孔的后往复齿座导向段孔侧壁通连,前往复齿座导向段设置在前往复齿座导向段孔内,后往复齿座导向段设置在后往复齿座导向段孔内,两个以上前滚动导向止转器设置在两个以上前滚动导向止转器孔内,两个以上后滚动导向止转器设置在两个以上后滚动导向止转器孔内,两个以上前滚动导向止转器侧壁分别与前往复齿座导向段两个以上侧面在前往复齿座导向段孔内贴合,两个以上后滚动导向止转器侧壁分别与后往复齿座导向段两个以上侧面在后往复齿座导向段孔内贴合,或前装往复齿座导向段多孔集成块上设置多个前往复齿座导向段孔且后装往复齿座导向段多孔集成块上设置多个后往复齿座导向段孔,每个前往复齿座导向段孔两个以上的侧部设置两个以上前滚动导向止转器孔且每个后往复齿座导向段孔两个以上的侧部设置两个以上后滚动导向止转器孔,多个前往复齿座导向段设置在多个前往复齿座导向段孔内,多个后往复齿座导向段设置在多个后往复齿座导向段孔内,在每个前往复齿座导向段的两个以上侧部将两个以上前滚动导向止转器设置在两个以上前滚动导向止转器孔内,在每个后往复齿座导向段的两个以上侧部将两个以上后滚动导向止转器设置在两个以上后滚动导向止转器孔内,两个以上前滚动导向止转器侧壁分别与前往复齿座导向段两个以上侧面在前往复齿座导向段孔内贴合,两个以上后滚动导向止转器侧壁分别与后往复齿座导向段两个以上侧面在后往复齿座导向段孔内贴合,装滚动导向止转组件块将支撑多个滚动导向止转器的多个支撑耳板做成一体式板块,一体式板块使支撑多个滚动导向止转器的空间集约化实体化,提高对多个滚动导向止转器的定位精度,减少使用多个支撑件时为增强每个支撑件强度所增加的空间浪费及材料浪费,装滚动导向止转组件块提高对多个滚动导向止转器及连动导向密封插齿座的扶正强度,简化了结构提高了强度,减少连动导向密封插齿座对往复动力器的摆动冲击损坏,往复齿座密封段与导向止转箱密封件配合密封集成块密封导向止转箱,前装滚动导向止转组件块及后装滚动导向止转组件块支撑连动导向密封插齿座,连动导向密封插齿座端部设置往复冲齿组成连动导向密封齿座往复冲击器,往复动力器连接往复齿座连动段,往复动力器带动连动导向密封齿座往复冲击器往复冲击。
导向滚轴上设有轴承A内圈挡台和轴承B内圈挡台等,轴承A内圈挡台的直径大于轴承A内孔小于轴承A外圈内径,轴承B内圈挡台的直径大于轴承B内孔小于轴承B外圈内径,轴承A内圈挡台和轴承B内圈挡台阻挡轴承A、轴承B沿导向滚轴窜动,滚动导向止转器包括防轴承窜动件等,防轴承窜动件包括挡轴承套和端盖等,挡轴承套和端盖分体或为一体式,防轴承窜动件使轴承外圈在滚动导向止转器孔内定位防止轴承A、轴承B窜动,确保导向滚轴面与往复齿座导向段面贴合滚动摩擦,或滚动导向止转器包括挡轴承本体内圈A挡套、挡轴承本体内圈B挡套和固定轴承本体轴等,挡轴承本体内圈A挡套及挡轴承本体内圈B挡套内径大于或等于轴承本体内径,挡轴承本体内圈A挡套及挡轴承本体内圈B挡套外径小于轴承本体外圈内径,滚动导向止转器孔内一端设有挡轴承本体件内圈A挡套,轴承本体件设置在挡轴承本体件内圈A挡套上,固定轴承本体轴的一端穿过轴承本体内孔且穿过挡轴承本体内圈A挡套设置在装滚动导向止转组件块的轴承件导向止转器孔一端的孔内,挡轴承本体内圈B挡套设置在轴承本体件的另一端,固定轴承本体轴穿接固定挡轴承本体件内圈A挡套、轴承本体件及挡轴承本体内圈B挡套等,固定轴承本体轴与挡轴承本体内圈B挡套分体连接或为一体式,使轴承内圈在滚动导向止转器孔内定位,确保轴承本体面与往复齿座导向段面贴合滚动摩擦,一次对装滚动导向止转组件块工装定位,即在装滚动导向止转组件块上加工成前往复齿座导向段孔且在装滚动导向止转组件块上加工成多个滚动导向止转器孔,加工后的装滚动导向止转组件块最大值地保留了各孔壁的厚度及孔壁与孔壁之间的整体连接强度,确保多个滚动导向止转器孔之间的位置精度及多个滚动导向止转器孔与往复齿座导向段孔的位置精度,提高导向精度,减少加工的复杂性,使往复齿座导向段中心线与凸轴轴线垂直,最大程度地保护往复动力器。
装滚动导向止转组件块上将前左轴承A孔、前左轴承B孔及前左导向滚轴孔加工成通孔,在装滚动导向止转组件块上将前右轴承A孔、前右轴承B孔及前右导向滚轴孔加工成通孔,前左导向滚轴向穿前左轴承A孔或向穿前左轴承B孔窜动时前左导向滚轴与往复齿座导向段平面的贴合线与前右导向滚轴与往复齿座导向段平面的贴合线的距离不变,前装滚动导向止转组件块与后装滚动导向止转组件块使往复齿座导向段中心线与凸轴轴线垂直,提高导向精度,减少加工的复杂性,止转导向平面最大程度地保护连杆。
前装滚动导向止转组件块包括前往复齿座导向段左孔和前往复齿座导向段右孔等,后装滚动导向止转组件块包括后往复齿座导向段左孔和后往复齿座导向段右孔等,前往复齿座导向段左孔轴线与后往复齿座导向段左孔轴线同轴或平行且前往复齿座导向段右孔轴线与后往复齿座导向段右孔轴线同轴或平行,前往复齿座导向段左孔右侧及前往复齿座导向段右孔左 侧的前装滚动导向止转组件块设有前中间滚动导向止转器孔等,前中间滚动导向止转器设置在前中间滚动导向止转器孔内,前中间滚动导向止转器孔内的前中间滚动导向止转器左侧与前左往复齿座导向段面贴合且前中间滚动导向止转器孔内的前中间滚动导向止转器右侧与前右往复齿座导向段面贴合,后往复齿座导向段左孔右侧及后往复齿座导向段右孔左侧的后装滚动导向止转组件块设有后中间滚动导向止转器孔等,后中间滚动导向止转器设置在后中间滚动导向止转器孔内,后中间滚动导向止转器孔内的后中间滚动导向止转器左侧与后左往复齿座导向段面贴合且后中间滚动导向止转器孔内的后中间滚动导向止转器右侧与后右往复齿座导向段面贴合,曲柄连杆或直轴凸轮连杆上设有左凸轴和右凸轴等,左凸轴和右凸轴为180度设置,左凸轴带动左插齿座往复冲击,右凸轴带动右插齿座往复冲击,当左凸轴带动左插齿座向前冲击时右凸轴带动右插齿座向后运动,当左凸轴带动左插齿座向后运动时右凸轴带动右插齿座向前冲击,利用左插齿座和右插齿座前后运动的特征将需设置两个前滚动导向止转器的空间合二为一、将需设置两个后滚动导向止转器的空间合二为一、提高装滚动导向止转组件块空间利用率,减少曲轴的长度,相对增加设备强度,节约制造成本,减少冲击面的宽度从而降低冲击阻力。
多插齿座往复冲击器包括左上下插齿座和右上下插齿座等,左上下插齿座与右上下插齿座左右设置,左凸轴带动左上下插齿座,右凸轴带动右上下插齿座,前装滚动导向止转组件块设有前左上往复齿座导向段孔、前左下往复齿座导向段孔且设有前右上往复齿座导向段孔、前右下往复齿座导向段孔等,后装滚动导向止转组件块设有后左上往复齿座导向段孔、后左下往复齿座导向段孔且设有后右上往复齿座导向段孔、后右下往复齿座导向段孔等,前左上往复齿座导向段孔左侧设有左前上导杆左滚动导向止转器孔,前左上往复齿座导向段孔下侧设有左前上导杆下滚动导向止转器孔,前右上往复齿座导向段孔右侧设有右前上导杆右滚动导向止转器孔且在前右上往复齿座导向段孔下侧设有右前上导杆下滚动导向止转器孔,前左上往复齿座导向段孔与前右上往复齿座导向段孔之间的前装滚动导向止转组件块体上设有前上中间滚动导向止转器孔,前上中间滚动导向止转器孔内的前上中间滚动导向止转器左侧与前左上往复齿座导向段面贴合且使前上中间滚动导向止转器孔内的前上中间滚动导向止转器右侧与前右上往复齿座导向段面贴合,前左下往复齿座导向段孔左侧设有左前下导杆左滚动导向止转器孔,前左下往复齿座导向段孔上侧设有左前下导杆上滚动导向止转器孔,前右下往复齿座导向段孔右侧设有右前下导杆右滚动导向止转器孔且在前右下往复齿座导向段孔上侧设置右前下导杆上滚动导向止转器孔,前左下往复齿座导向段孔与前右下往复齿座导向段孔之间的前装滚动导向止转组件块体上设有前下中间滚动导向止转器孔,前下中间滚动导向 止转器孔内的前下中间滚动导向止转器左侧与前左下往复齿座导向段面贴合且使前下中间滚动导向止转器孔内的前下中间滚动导向止转器右侧与前右下往复齿座导向段面贴合,后左上往复齿座导向段孔左侧设有左后上导杆左滚动导向止转器孔等,后左上往复齿座导向段孔下侧设有左后上导杆下滚动导向止转器孔等,后右上往复齿座导向段孔右侧设有右后上导杆右滚动导向止转器孔且在后右上往复齿座导向段孔下侧设有后右上导杆下滚动导向止转器孔,后左上往复齿座导向段孔与后右上往复齿座导向段孔之间的后装滚动导向止转组件块体上设置后上中间滚动导向止转器孔,后上中间滚动导向止转器孔内的后上中间滚动导向止转器左侧与后左上往复齿座导向段面贴合且使后上中间滚动导向止转器孔内的后上中间滚动导向止转器右侧与后右上往复齿座导向段面贴合,后左下往复齿座导向段孔左侧设有左后下导杆左滚动导向止转器孔,后左下往复齿座导向段孔上侧设有左后下导杆上滚动导向止转器孔,后右下往复齿座导向段孔右侧设有右后下导杆右滚动导向止转器孔且在后右下往复齿座导向段孔上侧设有右后下导杆上滚动导向止转器孔,后左下往复齿座导向段孔与后右下往复齿座导向段孔之间的后装滚动导向止转组件块体上设有后下中间滚动导向止转器孔,后下中间滚动导向止转器孔内的后下中间滚动导向止转器左侧与后左下往复齿座导向段面贴合且使后下中间滚动导向止转器孔内的后下中间滚动导向止转器右侧与后右下往复齿座导向段面贴合,曲柄连杆或直轴凸轮连杆上设置左凸轴和右凸轴等,左凸轴和右凸轴为180度设置,左凸轴带动左上下插齿座往复冲击,右凸轴带动右上下插齿座往复冲击,当左凸轴带动左上下插齿座向前冲击时右凸轴带动右上下插齿座向后运动,当左凸轴带动左上下插齿座向后运动时右凸轴带动右上下插齿座向前冲击,利用左上下插齿座和右上下插齿座前后运动的特征将需设置两个前上滚动导向止转器的空间合二为一、将需设置两个前下滚动导向止转器的空间合二为一、将需设置两个后上滚动导向止转器的空间合二为一、将需设置两个后下滚动导向止转器的空间合二为一,提高装滚动导向止转组件块空间利用率,减少曲轴的长度,相对增加设备强度,节约制造成本,减少冲击面的宽度从而降低冲击阻力,左上下插齿座的两端设置左前上往复齿、左前下往复齿及左后上往复齿、左后下往复齿且在右上下插齿座的两端设置右前上往复齿、右前下往复齿及右后上往复齿、右后下往复齿,或左上下插齿座的一端设置左前上往复齿、左前下往复齿且在右上下插齿座的一端设置右前上往复齿、右前下往复齿,当物料向上托左上下插齿座时左前下导杆上滚动导向止转器与左后上导杆下滚动导向止转器扶正左上下插齿座。
装滚动导向止转组件块包括前装往复齿座导向段单孔集成块和后装往复齿座导向段单孔集成块等,前装往复齿座导向段单孔集成块设置为前多面组件止转导向集成块,后装往复齿 座导向段单孔集成块设置为后多面组件止转导向集成块,前多面组件止转导向集成块设置为前二面滚轴组件导向止转集成块或设置为前三面滚轴组件导向止转集成块或设置为前四面滚轴组件导向止转集成块或设置为前五面滚轴组件导向止转集成块等,后多面组件止转导向集成块设置为后二面滚轴组件导向止转集成块或设置为后三面滚轴组件导向止转集成块或设置为后四面滚轴组件导向止转集成块或设置为后五面滚轴组件导向止转集成块等,使用前四面滚轴组件导向止转集成块时,前四面滚轴组件导向止转集成块上设置前往复齿座导向段孔,后四面滚轴组件导向止转集成块上设置后往复齿座导向段孔,前往复齿座导向段孔轴线与后往复齿座导向段孔轴线同轴或平行,前往复齿座导向段孔左侧的前四面滚轴组件导向止转集成块上设有穿前左轴承A孔、前左轴承B孔和前左导向滚轴孔等,前左轴承A孔、前左轴承B孔和前左导向滚轴孔从前四面滚轴组件导向止转集成块一侧通连,前左轴承A孔、前左轴承B孔和前左导向滚轴孔同轴,前往复齿座导向段孔右侧的前四面滚轴组件导向止转集成块上设有穿前右轴承A孔、前右轴承B孔和前右导向滚轴孔等,前右轴承A孔、前右轴承B孔和前右导向滚轴孔从前四面滚轴组件导向止转集成块一侧通连,前右轴承A孔、前右轴承B孔和前右导向滚轴孔同轴,前往复齿座导向段孔下部的前四面滚轴组件导向止转集成块上设有穿前下轴承A孔、前下轴承B孔和前下导向滚轴孔等,前下轴承A孔、前下轴承B孔和前下导向滚轴孔从前四面滚轴组件导向止转集成块一侧通连,前下轴承A孔、前下轴承B孔和前下导向滚轴孔同轴,前往复齿座导向段孔上部的前四面滚轴组件导向止转集成块上设置穿前上轴承A孔、前上轴承B孔和前上导向滚轴孔等,前上轴承A孔、前上轴承B孔和前上导向滚轴孔从前四面滚轴组件导向止转集成块一侧通连,前上轴承A孔、前上轴承B孔和前上导向滚轴孔同轴,后往复齿座导向段孔左侧的后四面滚轴组件导向止转集成块上设置穿后左轴承A孔、后左轴承B孔和后左导向滚轴孔等,后左轴承A孔、后左轴承B孔和后左导向滚轴孔从后四面滚轴组件导向止转集成块一侧通连,后左轴承A孔、后左轴承B孔和后左导向滚轴孔同轴,后往复齿座导向段孔右侧的后四面滚轴组件导向止转集成块上设置穿后右轴承A孔、后右轴承B孔和后右导向滚轴孔等,后右轴承A孔、后右轴承B孔和后右导向滚轴孔从后四面滚轴组件导向止转集成块一侧通连,后右轴承A孔、后右轴承B孔和后右导向滚轴孔同轴,后往复齿座导向段孔下部的后四面滚轴组件导向止转集成块上设置穿后下轴承A孔、后下轴承B孔和后下导向滚轴孔等,穿后下轴承A孔、后下轴承B孔和后下导向滚轴孔从后四面滚轴组件导向止转集成块一侧通连,穿后下轴承A孔、后下轴承B孔和后下导向滚轴孔同轴,后往复齿座导向段孔上部的后四面滚轴组件导向止转集成块上设置穿后上轴承A孔、后上轴承B孔和后上导向滚轴孔等,穿后上轴承A孔、后上轴承B孔和后上导向滚轴孔从后 四面滚轴组件导向止转集成块一侧通连,穿后上轴承A孔、后上轴承B孔和后上导向滚轴孔同轴,前左导向滚轴孔与前往复齿座导向段孔通连,在前左导向滚轴一端设置前左轴承A另一端设置前左轴承B组成前左滚轴导向止转器,前左滚轴导向止转器设置在前左导向滚轴通孔内,前左导向滚轴侧面在前往复齿座导向段孔内与前往复齿座导向段左侧面贴合,前右导向滚轴孔与前往复齿座导向段孔通连,在前右导向滚轴一端设置前右轴承A另一端设置前右轴承B组成前右滚轴导向止转器,前右滚轴导向止转器设置在前右导向滚轴通孔内,前右导向滚轴侧面在前往复齿座导向段孔内与前往复齿座导向段右侧面贴合,前上导向滚轴孔与前往复齿座导向段孔通连,在前上导向滚轴一端设置前上轴承A另一端设置前上轴承B组成前上滚轴导向止转器,前上滚轴导向止转器设置在前上导向滚轴通孔内,前上导向滚轴侧面在前往复齿座导向段孔内与前往复齿座导向段上侧面贴合,前下导向滚轴孔与前往复齿座导向段孔通连,在前下导向滚轴一端设置前下轴承A另一端设置前下轴承B组成前下滚轴导向止转器,前下滚轴导向止转器设置在前下轴承A与前下轴承B与前下导向滚轴通孔内,前下导向滚轴侧面与前往复齿座导向段下侧面贴合,后左导向滚轴孔与后往复齿座导向段孔通连,在后左导向滚轴一端设置后左轴承A另一端设置后左轴承B组成后左滚轴导向止转器,后左滚轴导向止转器设置在后左轴承A与后左轴承B与后左导向滚轴通孔内,后左导向滚轴侧面与后往复齿座导向段左侧面贴合,后右导向滚轴孔与后往复齿座导向段孔通连,在后右导向滚轴一端设置后右轴承A另一端设置后右轴承B组成后右滚轴导向止转器,后右滚轴导向止转器设置在后右轴承A与后右轴承B与后右导向滚轴通孔内,后右导向滚轴侧面在后右往复齿座导向段孔与后往复齿座导向段右侧面贴合,后上导向滚轴孔与后往复齿座导向段孔通连,在后上导向滚轴一端设置后上轴承A另一端设置后上轴承B组成后上滚轴导向止转器,后上滚轴导向止转器设置在后上轴承A与后上轴承B与后上导向滚轴通孔内,后上导向滚轴侧面在后往复齿座导向段孔内与后往复齿座导向段上侧面贴合,后下导向滚轴孔与后往复齿座导向段孔通连,在后下导向滚轴一端设置后下轴承A另一端设置后下轴承B组成后下滚轴导向止转器,后下滚轴导向止转器设置在后下轴承A与后下轴承B与后下导向滚轴通孔内,后下导向滚轴侧面在后往复齿座导向段孔内与后往复齿座导向段下侧面贴合,或装滚动导向止转组件块包括前往复齿座导向段上下孔集成块和后往复齿座导向段上下孔集成块,前往复齿座导向段上下孔集成块上设有前往复齿座导向段上孔和前往复齿座导向段下孔,后往复齿座导向段上下孔集成块上设有后往复齿座导向段上孔和后往复齿座导向段下孔,前往复齿座导向段上孔轴线与后往复齿座导向段上孔轴线同轴或平行且前往复齿座导向段下孔轴线与后往复齿座导向段下孔轴线同轴或平行,连动导向密封插齿座包括上插齿座前止转导向段、下 插齿座前止转导向段、上插齿座后止转导向段和下插齿座后止转导向段等,上插齿座前止转导向段设置在前往复齿座导向段上孔内,前往复齿座导向段上孔左侧的前往复齿座导向段上下孔集成块上设有穿前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔等,前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔同轴,前往复齿座导向段上孔右侧的前往复齿座导向段上下孔集成块上设有穿前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔等,前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔同轴,前往复齿座导向段上孔下部的前往复齿座导向段上下孔集成块上设有穿前上导向杆下轴承A孔、前上导向杆下轴承B孔和前上导向杆下导向滚轴孔等,前上导向杆下轴承A孔、前上导向杆下轴承B孔和前上导向杆下导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上导向杆下轴承A孔、前上导向杆下轴承B孔和前上导向杆下导向滚轴孔同轴,下插齿座前止转导向段设置在前往复齿座导向段下孔内,前往复齿座导向段下孔上部的前往复齿座导向段上下孔集成块上设有穿前下导向杆上轴承A孔、前下导向杆上轴承B孔和前下导向杆上导向滚轴孔等,前下导向杆上轴承A孔、前下导向杆上轴承B孔和前下导向杆上导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆上轴承A孔、前下导向杆上轴承B孔和前下导向杆上导向滚轴孔同轴,前往复齿座导向段下孔左侧的前往复齿座导向段上下孔集成块上设有穿前下导向杆左轴承A孔、前下导向杆左轴承B孔和前下导向杆左导向滚轴孔等,前下导向杆左轴承A孔、前下导向杆左轴承B孔和前下导向杆左导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆左轴承A孔、前下导向杆左轴承B孔和前下导向杆左导向滚轴孔同轴,前往复齿座导向段下孔右侧的前往复齿座导向段上下孔集成块上设有穿前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔等,前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔同轴,后往复齿座导向段上下孔集成块上设置后往复齿座导向段上孔和后往复齿座导向段下孔,上插齿座后止转导向段设置在后往复齿座导向段上孔内,后往复齿座导向段上孔左侧的后往复齿座导向段上下孔集成块上设有穿后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔等,后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔同轴,后往复齿座导向段上孔右侧的后往复齿座导向段上下孔集成块上设有穿后上右轴承A孔、后上右轴承B孔和后上右 导向滚轴孔等,后上右轴承A孔、后上右轴承B孔和后上右导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后上右轴承A孔、后上右轴承B孔和后上右导向滚轴孔同轴,后往复齿座导向段上孔下部的后往复齿座导向段上下孔集成块上设有穿后上导向杆下轴承A孔、后上导向杆下轴承B孔和后上导向杆下导向滚轴孔等,后上导向杆下轴承A孔、后上导向杆下轴承B孔和后上导向杆下导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后上导向杆下轴承A孔、后上导向杆下轴承B孔和后上导向杆下导向滚轴孔同轴,下插齿座后止转导向段设置在后往复齿座导向段下孔内,后往复齿座导向段下孔上部的后往复齿座导向段上下孔集成块上设有穿后下导向杆上轴承A孔、后下导向杆上轴承B孔和后下导向杆上导向滚轴孔等,后下导向杆上轴承A孔、后下导向杆上轴承B孔和后下导向杆上导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后下导向杆上轴承A孔、后下导向杆上轴承B孔和后下导向杆上导向滚轴孔同轴,后往复齿座导向段下孔左侧的后往复齿座导向段上下孔集成块上设有穿后下导向杆左轴承A孔、后下导向杆左轴承B孔和后下导向杆左导向滚轴孔等,后下导向杆左轴承A孔、后下导向杆左轴承B孔和后下导向杆左导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后下导向杆左轴承A孔、后下导向杆左轴承B孔和后下导向杆左导向滚轴孔同轴,后往复齿座导向段下孔右侧的后往复齿座导向段上下孔集成块上设有穿后下导向杆右轴承A孔、后下导向杆右轴承B孔和后下导向杆右导向滚轴孔等,后下导向杆右轴承A孔、后下导向杆右轴承B孔和后下导向杆右导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后下导向杆右轴承A孔、后下导向杆右轴承B孔和后下导向杆右导向滚轴孔同轴,往复齿座导向段连接件连接往复齿座连动段或往复齿座导向段连接件与往复齿座连动段为一体式,往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段之间且设置在下插齿座前止转导向段与下插齿座后止转导向段之间或往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段后端且设置在下插齿座前止转导向段与下插齿座后止转导向段后端或往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段之间且设置在下插齿座前止转导向段与下插齿座后止转导向段后端或往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段后端且设置在下插齿座前止转导向段与下插齿座后止转导向段之间或往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段前端且设置在下插齿座前止转导向段与下插齿座后止转导向段之间,往复齿座导向段连接件连接上插齿座前止转导向段、上插齿座后止转导向段、下插齿座前止转导向段与下插齿座后止转导向段或往复齿座导向段连接件、上插齿座前止转导向段、上插齿座后止转导向段、下插齿座前止转导向段与下插齿座后止转导向段为一体式, 下往复齿座导向段处的滚轴导向止转器与上往复齿座导向段处的滚轴导向止转器互相协助导向止转,上插齿座前止转导向段与上插齿座后止转导向段组成上往复齿座导向段,且下插齿座前止转导向段与下插齿座后止转导向段组成下往复齿座导向段,曲柄连杆设置在前往复齿座导向段上下孔集成块与后往复齿座导向段上下孔集成块之间且设置在上往复齿座导向段与下往复齿座导向段之间,充分利用了前往复齿座导向段上下孔集成块与后往复齿座导向段上下孔集成块的导向止转间距,且有利于曲柄连杆的旋转力将前往复齿座导向段上下孔集成块与后往复齿座导向段上下孔集成块之间的润滑液体甩向个滚动导向止转器,或装滚动导向止转组件块设置为前往复齿座导向段上下孔集成块,前往复齿座导向段上下孔集成块上设有前往复齿座导向段上孔和前往复齿座导向段下孔,后往复齿座导向段孔集成块设置为后往复齿座导向段上孔集成块,后往复齿座导向段上孔集成块上设有后往复齿座导向段上孔,前往复齿座导向段上孔轴线与后往复齿座导向段上孔轴线同轴或平行且使前往复齿座导向段下孔轴线与前往复齿座导向段上孔轴线平行,上插齿座前止转导向段设置在前往复齿座导向段上孔内,前往复齿座导向段上孔左侧的前往复齿座导向段上下孔集成块上设有穿前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔等,前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔同轴,前往复齿座导向段上孔右侧的前往复齿座导向段上下孔集成块上设有穿前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔等,前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔同轴,前往复齿座导向段上孔下部的前往复齿座导向段上下孔集成块上设有穿前上导向杆下轴承A孔、前上导向杆下轴承B孔和前上导向杆下导向滚轴孔等,前上导向杆下轴承A孔、前上导向杆下轴承B孔和前上导向杆下导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上导向杆下轴承A孔、前上导向杆下轴承B孔和前上导向杆下导向滚轴孔同轴,下往复齿座导向段设置在前往复齿座导向段下孔内,前往复齿座导向段下孔上部的前往复齿座导向段上下孔集成块上设有穿前下导向杆上轴承A孔、前下导向杆上轴承B孔和前下导向杆上导向滚轴孔等,前下导向杆上轴承A孔、前下导向杆上轴承B孔和前下导向杆上导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆上轴承A孔、前下导向杆上轴承B孔和前下导向杆上导向滚轴孔同轴,前往复齿座导向段下孔左侧的前往复齿座导向段上下孔集成块上设有穿前下导向杆左轴承A孔、前下导向杆左轴承B孔和前下导向杆左导向滚轴孔等,前下导向杆左轴承A孔、前下导向杆左轴承B孔和前下导向杆左导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆左轴承A孔、 前下导向杆左轴承B孔和前下导向杆左导向滚轴孔同轴,前往复齿座导向段下孔右侧的前往复齿座导向段上下孔集成块上设有穿前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔等,前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔同轴,后往复齿座导向段上孔集成块上设置后往复齿座导向段上孔,上插齿座后止转导向段设置在后往复齿座导向段上孔内,后往复齿座导向段上孔左侧的后往复齿座导向段上孔集成块上设有穿后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔等,后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔从后往复齿座导向段上孔集成块一侧通连,后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔同轴,后往复齿座导向段上孔右侧的后往复齿座导向段上孔集成块上设有穿后上右轴承A孔、后上右轴承B孔和后上右导向滚轴孔等,后上右轴承A孔、后上右轴承B孔和后上右导向滚轴孔从后往复齿座导向段上孔集成块一侧通连,后上右轴承A孔、后上右轴承B孔和后上右导向滚轴孔同轴,后往复齿座导向段上孔下部的后往复齿座导向段上孔集成块上设有穿后上导向杆下轴承A孔、后上导向杆下轴承B孔和后上导向杆下导向滚轴孔等,后上导向杆下轴承A孔、后上导向杆下轴承B孔和后上导向杆下导向滚轴孔从后往复齿座导向段上孔集成块一侧通连,后上导向杆下轴承A孔、后上导向杆下轴承B孔和后上导向杆下导向滚轴孔同轴,后往复齿座导向段上孔上部的后往复齿座导向段上孔集成块上设有穿后上导向杆上轴承A孔、后上导向杆上轴承B孔和后上导向杆上导向滚轴孔等,后上导向杆上轴承A孔、后上导向杆上轴承B孔和后上导向杆上导向滚轴孔从后往复齿座导向段上孔集成块一侧通连,后上导向杆上轴承A孔、后上导向杆上轴承B孔和后上导向杆上导向滚轴孔同轴,往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段之间且设置在下往复齿座导向段后端或往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段后端且设置在下往复齿座导向段后端或往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段前端且设置在下往复齿座导向段前端或往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段之间且设置在下往复齿座导向段前端,或装滚动导向止转组件块设置为前往复齿座导向段上下孔集成块,前往复齿座导向段上下孔集成块上设有前往复齿座导向段上孔和前往复齿座导向段下孔,后装往复齿座导向段多孔集成块设置为后往复齿座导向段上下孔集成块,后往复齿座导向段上下孔集成块上设有后往复齿座导向段上孔和后往复齿座导向段下孔,前往复齿座导向段上孔轴线与后往复齿座导向段上孔轴线同轴或平行且使前往复齿座导向段下孔轴线与后往复齿座导向段下孔轴线同轴或平行,前往复 齿座导向段上孔左侧的前往复齿座导向段上下孔集成块上设有穿前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔等,前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔同轴,前往复齿座导向段上孔右侧的前往复齿座导向段上下孔集成块上设有穿前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔等,前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔同轴,前往复齿座导向段上孔上部的前往复齿座导向段上下孔集成块上设有穿前上导向杆上轴承A孔、前上导向杆上轴承B孔和前上导向杆上导向滚轴孔等,前上导向杆上轴承A孔、前上导向杆上轴承B孔和前上导向杆上导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上导向杆上轴承A孔、前上导向杆上轴承B孔和前上导向杆上导向滚轴孔同轴,前往复齿座导向段下孔下部的前往复齿座导向段上下孔集成块上设有穿前下导向杆下轴承A孔、前下导向杆下轴承B孔和前下导向杆下导向滚轴孔等,前下导向杆下轴承A孔、前下导向杆下轴承B孔和前下导向杆下导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆下轴承A孔、前下导向杆下轴承B孔和前下导向杆下导向滚轴孔同轴,前往复齿座导向段下孔左侧的前往复齿座导向段上下孔集成块上设有穿前下导向杆左轴承A孔、前下导向杆左轴承B孔和前下导向杆左导向滚轴孔等,前下导向杆左轴承A孔、前下导向杆左轴承B孔和前下导向杆左导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆左轴承A孔、前下导向杆左轴承B孔和前下导向杆左导向滚轴孔同轴,前往复齿座导向段下孔右侧的前往复齿座导向段上下孔集成块上设有穿前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔等,前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔同轴,后往复齿座导向段上下孔集成块上设有后往复齿座导向段上孔和后往复齿座导向段下孔,后往复齿座导向段上孔左侧的后往复齿座导向段上下孔集成块上设有穿后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔等,后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔同轴,后往复齿座导向段上孔右侧的后往复齿座导向段上下孔集成块上设有穿后上右轴承A孔、后上右轴承B孔和后上右导向滚轴孔等,后上右轴承A孔、后上右轴承B孔和后上右导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后上右轴承A孔、后上右轴承B孔和后上右导向滚轴孔同轴,后往复齿座导向段上孔上部的后往复齿座导向段上下孔集成块上设有穿后 上导向杆上轴承A孔、后上导向杆上轴承B孔和后上导向杆上导向滚轴孔等,后上导向杆上轴承A孔、后上导向杆上轴承B孔和后上导向杆上导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后上导向杆上轴承A孔、后上导向杆上轴承B孔和后上导向杆上导向滚轴孔同轴,后往复齿座导向段下孔下部的后往复齿座导向段上下孔集成块上设有穿后下导向杆下轴承A孔、后下导向杆下轴承B孔和后下导向杆下导向滚轴孔等,后下导向杆下轴承A孔、后下导向杆下轴承B孔和后下导向杆下导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后下导向杆下轴承A孔、后下导向杆下轴承B孔和后下导向杆下导向滚轴孔同轴,后往复齿座导向段下孔左侧的后往复齿座导向段上下孔集成块上设有穿后下导向杆左轴承A孔、后下导向杆左轴承B孔和后下导向杆左导向滚轴孔等,后下导向杆左轴承A孔、后下导向杆左轴承B孔和后下导向杆左导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后下导向杆左轴承A孔、后下导向杆左轴承B孔和后下导向杆左导向滚轴孔同轴,后往复齿座导向段下孔右侧的后往复齿座导向段上下孔集成块上设有穿后下导向杆右轴承A孔、后下导向杆右轴承B孔和后下导向杆右导向滚轴孔等,后下导向杆右轴承A孔、后下导向杆右轴承B孔和后下导向杆右导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后下导向杆右轴承A孔、后下导向杆右轴承B孔和后下导向杆右导向滚轴孔同轴,或前装滚动导向止转组件块设置为前轴线锐角导向止转集成块,前轴线锐角导向止转集成块上设有前锐角往复齿座导向段孔,后装滚动导向止转组件块设置为后轴线锐角导向止转集成块,前锐角往复齿座导向段孔轴线与后锐角往复齿座导向段孔轴线同轴或平行,前锐角往复齿座导向段孔左侧的前轴线锐角导向止转集成块上设有穿前左轴承A孔、前左轴承B孔和前左导向滚轴孔等,前左轴承A孔、前左轴承B孔和前左导向滚轴孔从前轴线锐角导向止转集成块一侧通连,前左轴承A孔、前左轴承B孔和前左导向滚轴孔同轴,前锐角往复齿座导向段孔右侧的前轴线锐角导向止转集成块上设有穿前右轴承A孔、前右轴承B孔和前右导向滚轴孔等,前右轴承A孔、前右轴承B孔和前右导向滚轴孔从前轴线锐角导向止转集成块一侧通连,前右轴承A孔、前右轴承B孔和前右导向滚轴孔同轴,前锐角往复齿座导向段孔下部的前轴线锐角导向止转集成块上设有穿前下轴承A孔、前下轴承B孔和前下导向滚轴孔等,前下轴承A孔、前下轴承B孔和前下导向滚轴孔从前轴线锐角导向止转集成块一侧通连,前下轴承A孔、前下轴承B孔和前下导向滚轴孔同轴,前左导向滚轴孔轴线与前下导向滚轴孔轴线的夹角小于90度,前右导向滚轴孔轴线与前下导向滚轴孔轴线的夹角小于90度,前左导向滚轴贴靠前下导向滚轴的轴端到前右导向滚轴贴靠前下导向滚轴的轴端的距离大于前左导向滚轴远离前下导向滚轴的轴端到前右导向滚轴远离前下导向滚轴的轴端的距离,前下导向滚轴、前左导向滚轴和前右 导向滚轴组成前锐角三面滚轴导向止转器,后轴线锐角导向止转集成块上设有后锐角往复齿座导向段孔,后锐角往复齿座导向段孔左侧的后轴线锐角导向止转集成块上设有穿后左轴承A孔、后左轴承B孔和后左导向滚轴孔等,后左轴承A孔、后左轴承B孔和后左导向滚轴孔从后轴线锐角导向止转集成块一侧通连,后左轴承A孔、后左轴承B孔和后左导向滚轴孔同轴,后锐角往复齿座导向段孔右侧的后轴线锐角导向止转集成块上设有穿后右轴承A孔、后右轴承B孔和后右导向滚轴孔等,后右轴承A孔、后右轴承B孔和后右导向滚轴孔从后轴线锐角导向止转集成块一侧通连,后右轴承A孔、后右轴承B孔和后右导向滚轴孔同轴,后锐角往复齿座导向段孔下部的后轴线锐角导向止转集成块上设有穿后下轴承A孔、后下轴承B孔和后下导向滚轴孔等,后下轴承A孔、后下轴承B孔和后下导向滚轴孔从后轴线锐角导向止转集成块一侧通连,后下轴承A孔、后下轴承B孔和后下导向滚轴孔同轴,后左导向滚轴孔轴线与后下导向滚轴孔轴线的夹角小于90度,后右导向滚轴孔轴线与后下导向滚轴孔轴线的夹角小于90度,后左导向滚轴贴靠后下导向滚轴的轴端到后右导向滚轴贴靠后下导向滚轴的轴端的距离大于后左导向滚轴远离后下导向滚轴的轴端到后右导向滚轴远离后下导向滚轴的轴端的距离,后下导向滚轴、后左导向滚轴和后右导向滚轴组成后锐角三面滚轴导向止转器,阻止后往复齿座导向段向上下、向左右摆动,对后往复齿座导向段导向止转,前锐角三面滚轴导向止转器和后锐角三面滚轴导向止转器配合对往复齿座导向段滚动摩擦导向止转,或前装往复齿座导向段多孔集成块设置为前往复齿座导向段左右孔集成块,前往复齿座导向段左右孔集成块上设有前往复齿座导向段左孔和前往复齿座导向段右孔,后装往复齿座导向段多孔集成块设置为后往复齿座导向段左右孔集成块,后往复齿座导向段左右孔集成块上设有后往复齿座导向段左孔和后往复齿座导向段右孔,前往复齿座导向段左孔轴线与后往复齿座导向段左孔轴线同轴或平行且使前往复齿座导向段右孔轴线与后往复齿座导向段右孔轴线同轴或平行,前往复齿座导向段左孔左侧的前往复齿座导向段左右孔集成块上设有穿前左左轴承A孔、前左左轴承B孔和前左左导向滚轴孔等,前左左轴承A孔、前左左轴承B孔和前左左导向滚轴孔从前往复齿座导向段左右孔集成块一侧通连,前左左轴承A孔、前左左轴承B孔和前左左导向滚轴孔同轴,前往复齿座导向段左孔上侧的前往复齿座导向段左右孔集成块上设有穿前左上轴承A孔、前左上轴承B孔和前左上导向滚轴孔等,前左上轴承A孔、前左上轴承B孔和前左上导向滚轴孔从前往复齿座导向段左右孔集成块一侧通连,前左上轴承A孔、前左上轴承B孔和前左上导向滚轴孔同轴,前往复齿座导向段左孔下侧的前往复齿座导向段左右孔集成块上设有穿前左下轴承A孔、前左下轴承B孔和前左下导向滚轴孔等,前左下轴承A孔、前左下轴承B孔和前左下导向滚轴孔从前往复齿座导向段左右孔集成块一侧 通连,前左下轴承A孔、前左下轴承B孔和前左下导向滚轴孔同轴,前往复齿座导向段右孔上部的前往复齿座导向段左右孔集成块上设有穿前右导向杆上轴承A孔、前右导向杆上轴承B孔和前右导向杆上导向滚轴孔等,前右导向杆上轴承A孔、前右导向杆上轴承B孔和前右导向杆上导向滚轴孔从前往复齿座导向段左右孔集成块一侧通连,前右导向杆上轴承A孔、前右导向杆上轴承B孔和前右导向杆上导向滚轴孔同轴,前往复齿座导向段右孔右部的前往复齿座导向段左右孔集成块上设有穿前右导向杆右轴承A孔、前右导向杆右轴承B孔和前右导向杆右导向滚轴孔等,前右导向杆右轴承A孔、前右导向杆右轴承B孔和前右导向杆右导向滚轴孔从前往复齿座导向段左右孔集成块一侧通连,前右导向杆右轴承A孔、前右导向杆右轴承B孔和前右导向杆右导向滚轴孔同轴,前往复齿座导向段右孔下部的前往复齿座导向段左右孔集成块上设有穿前右导向杆下轴承A孔、前右导向杆下轴承B孔和前右导向杆下导向滚轴孔等,前右导向杆下轴承A孔、前右导向杆下轴承B孔和前右导向杆下导向滚轴孔从前往复齿座导向段左右孔集成块一侧通连,前右导向杆下轴承A孔、前右导向杆下轴承B孔和前右导向杆下导向滚轴孔同轴,前往复齿座导向段左孔与前往复齿座导向段右孔之间的前往复齿座导向段左右孔集成块上设有穿前左中间轴承A孔、前左中间轴承B孔、前左中间导向滚轴孔等,前往复齿座导向段左孔与前往复齿座导向段右孔之间的前往复齿座导向段左右孔集成块上设有穿前右中间轴承A孔、前右中间轴承B孔、前右中间导向滚轴孔等,前左中间轴承A孔、前左中间轴承B孔和前左中间导向滚轴孔通连且同轴组成前左中间滚动导向止转器孔,前右中间轴承A孔、前右中间轴承B孔、前右中间导向滚轴孔同轴组成前右中间滚动导向止转器孔,前右中间轴承A、前右中间轴承B、前右中间导向滚轴组成前右中间滚动导向止转器,前左中间滚动导向止转器孔与前右中间滚动导向止转器孔同轴形成前中间滚动导向止转器孔,前中间滚动导向止转器设置于前中间滚轴止转导向器孔,前中间滚动导向止转器左侧与前左往复齿座导向段面贴合且使前中间滚动导向止转器右侧与前右往复齿座导向段面贴合,后往复齿座导向段左孔左侧的后往复齿座导向段左右孔集成块上设有穿后左左轴承A孔、后左左轴承B孔和后左左导向滚轴孔等,后左左轴承A孔、后左左轴承B孔和后左左导向滚轴孔从后往复齿座导向段左右孔集成块一侧通连,后左左轴承A孔、后左左轴承B孔和后左左导向滚轴孔同轴,后往复齿座导向段左孔上侧的后往复齿座导向段左右孔集成块上设有穿后左上轴承A孔、后左上轴承B孔和后左上导向滚轴孔等,后左上轴承A孔、后左上轴承B孔和后左上导向滚轴孔从后往复齿座导向段左右孔集成块一侧通连,后左上轴承A孔、后左上轴承B孔和后左上导向滚轴孔同轴,后往复齿座导向段左孔下侧的后往复齿座导向段左右孔集成块上设有穿后左下轴承A孔、后左下轴承B孔和后左下导向滚轴孔等,后左下轴 承A孔、后左下轴承B孔和后左下导向滚轴孔从后往复齿座导向段左右孔集成块一侧通连,后左下轴承A孔、后左下轴承B孔和后左下导向滚轴孔同轴,后往复齿座导向段右孔上部的后往复齿座导向段左右孔集成块上设有穿后右导向杆上轴承A孔、后右导向杆上轴承B孔和后右导向杆上导向滚轴孔等,后右导向杆上轴承A孔、后右导向杆上轴承B孔和后右导向杆上导向滚轴孔从后往复齿座导向段左右孔集成块一侧通连,后右导向杆上轴承A孔、后右导向杆上轴承B孔和后右导向杆上导向滚轴孔同轴,后往复齿座导向段右孔上部的后往复齿座导向段左右孔集成块上设有穿后右导向杆右轴承A孔、后右导向杆右轴承B孔和后右导向杆右导向滚轴孔等,后右导向杆右轴承A孔、后右导向杆右轴承B孔和后右导向杆右导向滚轴孔从后往复齿座导向段左右孔集成块一侧通连,前后右导向杆右轴承A孔、后右导向杆右轴承B孔和后右导向杆右导向滚轴孔同轴,后往复齿座导向段右孔下部的后往复齿座导向段左右孔集成块上设置穿后右导向杆下轴承A孔、后右导向杆下轴承B孔和后右导向杆下导向滚轴孔等,后右导向杆下轴承A孔、后右导向杆下轴承B孔和后右导向杆下导向滚轴孔从后往复齿座导向段左右孔集成块一侧通连,后右导向杆下轴承A孔、后右导向杆下轴承B孔和后右导向杆下导向滚轴孔同轴,后往复齿座导向段左孔与后往复齿座导向段右孔之间的后往复齿座导向段左右孔集成块上设有穿后左中间轴承A孔、后左中间轴承B孔、后左中间导向滚轴孔等,后往复齿座导向段左孔与后往复齿座导向段右孔之间的后往复齿座导向段左右孔集成块上设有穿后右中间轴承A孔、后右中间轴承B孔、后右中间导向滚轴孔等,后左中间轴承A孔、后左中间轴承B孔和后左中间导向滚轴孔通连且同轴组成后左中间滚动导向止转器孔,后右中间轴承A孔、后右中间轴承B孔、后右中间导向滚轴孔同轴组成后右中间滚动导向止转器孔,后右中间轴承A、后右中间轴承B、后右中间导向滚轴组成后右中间滚动导向止转器,后左中间滚动导向止转器孔与后右中间滚动导向止转器孔同轴形成后中间滚动导向止转器孔,后中间滚动导向止转器设置于后中间滚轴止转导向器孔,后中间滚动导向止转器左侧与后左往复齿座导向段面贴合且使后中间滚动导向止转器右侧与后右往复齿座导向段面贴合,曲柄连杆或直轴凸轮连杆上设置左凸轴和右凸轴等,使左凸轴和右凸轴为180度设置,左凸轴带动左往复齿座导向段往复运动,右凸轴带动右往复齿座导向段往复运动,当左凸轴带动左往复齿座导向段向前冲击时右凸轴带动右往复齿座导向段向后运动,当左凸轴带动左往复齿座导向段向后运动时右凸轴带动右往复齿座导向段向前冲击,利用左往复齿座导向段和右往复齿座导向段前后运动的特征将需设置两个后中间滚动导向止转器的空间合二为一且将两个前中间滚动导向止转器的空间合二为一,提高装滚动导向止转组件块空间利用率,节约制造成本,减少冲击。
所述的导向滚轴包括凹腰导向滚轴等,往复齿座导向段设有与凹腰导向滚轴凹面相扣合的往复齿座凸起导向段,前装往复齿座导向段单孔集成块包括前两面组件止转导向集成块等,后装往复齿座导向段单孔集成块包括后两面组件止转导向集成块等,使用前两面滚轴组件导向止转集成块时,前两面滚轴组件导向止转集成块上设有前往复齿座凸起导向段孔,后两面滚轴组件导向止转集成块上设有后往复齿座凸起导向段孔,前往复齿座凸起导向段孔轴线与后往复齿座凸起导向段孔轴线同轴或平行,前往复齿座凸起导向段孔左侧的前两面滚轴组件导向止转集成块上设有穿前左轴承A孔、前左轴承B孔和前左凹腰导向滚轴孔等,前左轴承A孔、前左轴承B孔和前左凹腰导向滚轴孔从前两面滚轴组件导向止转集成块一侧通连,前左轴承A孔、前左轴承B孔和前左凹腰导向滚轴孔同轴,前往复齿座凸起导向段孔右侧的前两面滚轴组件导向止转集成块上设有穿前右轴承A孔、前右轴承B孔和前右凹腰导向滚轴孔等,前右轴承A孔、前右轴承B孔和前右凹腰导向滚轴孔从前两面滚轴组件导向止转集成块一侧通连,前右轴承A孔、前右轴承B孔和前右凹腰导向滚轴孔同轴,后往复齿座凸起导向段孔下部的后两面滚轴组件导向止转集成块上设置穿后下轴承A孔、后下轴承B孔和后下凹腰导向滚轴孔等,穿后下轴承A孔、后下轴承B孔和后下凹腰导向滚轴孔从后两面滚轴组件导向止转集成块一侧通连,穿后下轴承A孔、后下轴承B孔和后下凹腰导向滚轴孔同轴,后往复齿座凸起导向段孔上部的后两面滚轴组件导向止转集成块上设置穿后上轴承A孔、后上轴承B孔和后上凹腰导向滚轴孔等,穿后上轴承A孔、后上轴承B孔和后上凹腰导向滚轴孔从后两面滚轴组件导向止转集成块一侧通连,穿后上轴承A孔、后上轴承B孔和后上凹腰导向滚轴孔同轴,与前左凹腰导向滚轴孔与前往复齿座凸起导向段孔通连,在前左凹腰导向滚轴一端设置前左轴承A另一端设置前左轴承B组成前左滚轴导向止转器,前左滚轴导向止转器设置在前左凹腰导向滚轴通孔内,前左凹腰导向滚轴侧面在前往复齿座凸起导向段孔内与前往复齿座凸起导向段左侧面贴合,前右凹腰导向滚轴孔与前往复齿座凸起导向段孔通连,在前右凹腰导向滚轴一端设置前右轴承A另一端设置前右轴承B组成前右滚轴导向止转器,前右滚轴导向止转器设置在前右凹腰导向滚轴通孔内,前右凹腰导向滚轴侧面在前往复齿座凸起导向段孔内与前往复齿座凸起导向段右侧面贴合,后上凹腰导向滚轴孔与后往复齿座凸起导向段孔通连,在后上凹腰导向滚轴一端设置后上轴承A另一端设置后上轴承B组成后上滚轴导向止转器,后上滚轴导向止转器设置在后上轴承A与后上轴承B与后上凹腰导向滚轴通孔内,后上凹腰导向滚轴侧面在后往复齿座凸起导向段孔内与后往复齿座凸起导向段上侧面贴合,后下凹腰导向滚轴孔与后往复齿座凸起导向段孔通连,在后下凹腰导向滚轴一端设置后下轴承A另一端设置后下轴承B组成后下滚轴导向止转器,后下滚轴导向止转器设置在 后下轴承A与后下轴承B与后下凹腰导向滚轴通孔内,后下凹腰导向滚轴侧面在后往复齿座凸起导向段孔内与后往复齿座凸起导向段下侧面贴合,凹腰导向滚轴的凹面与往复齿座凸起导向段的凸起扣合防止往复齿座凸起导向段上下、左右摆动。
所述的轴承件导向止转器包括凹腰轴承件导向止转器等,凹腰轴承件导向止转器包括凹腰轴承件等,往复齿座导向段设有与凹腰轴承件凹面相扣合的往复齿座凸起导向段,往复齿座凸起导向段包括前往复齿座凸起导向段、后往复齿座凸起导向段等,前装滚动导向止转组件块上设有前往复齿座凸起导向段孔,后装滚动导向止转组件块上设有后往复齿座凸起导向段孔,前往复齿座凸起导向段孔轴线与后往复齿座凸起导向段孔轴线同轴或平行,前往复齿座凸起导向段孔左侧设有穿前凹腰轴承件导向止转器左孔,前往复齿座凸起导向段孔右侧设有穿前凹腰轴承件导向止转器右孔,后往复齿座凸起导向段孔下部设有穿后凹腰轴承件导向止转器下孔,后往复齿座凸起导向段孔上部设有穿后凹腰轴承件导向止转器上孔,前凹腰轴承件导向止转器左孔与前往复齿座凸起导向段孔通连,前凹腰轴承件导向止转器设置在前凹腰轴承件导向止转器左孔内,前凹腰轴承件导向止转器侧面在前往复齿座凸起导向段孔内与前往复齿座凸起导向段左侧面贴合,前凹腰轴承件导向止转器右孔与前往复齿座凸起导向段孔通连,前凹腰轴承件导向止转器设置在前凹腰轴承件导向止转器右孔内,前凹腰轴承件导向止转器侧面在前往复齿座凸起导向段孔内与前往复齿座凸起导向段右侧面贴合,后凹腰轴承件导向止转器下孔与后往复齿座凸起导向段孔通连,后凹腰轴承件导向止转器侧面在后往复齿座凸起导向段孔内与后往复齿座凸起导向段下侧面贴合,后凹腰轴承件导向止转器上孔与后往复齿座凸起导向段孔通连,后凹腰轴承件导向止转器侧面在后往复齿座凸起导向段孔内与后往复齿座凸起导向段上侧面贴合,凹腰轴承件导向止转器的凹面与往复齿座凸起导向段的凸起扣合防止往复齿座凸起导向段上下、左右摆动。
所述的往复齿座导向段上的与导向滚轴贴合平面宽度小于导向滚轴上的与往复齿座导向段贴合平面的长度,当导向滚轴轴向移动时往复齿座导向段平面仍与导向滚轴贴紧滚动磨擦导向止转,或往复齿座导向段上的与导向轴承件贴合平面宽度小于导向轴承件上的与往复齿座导向段贴合平面的长度,当导向轴承件轴向移动时往复齿座导向段平面仍与导向轴承件贴紧滚动磨擦导向止转,加宽导向幅度增大导向力度,提高往复齿座导向段使用寿命。
所述的往复齿座密封段包括圆截面往复齿座密封段等,有利于密封,往复齿座导向段包括左止转杆导向平面与右止转杆导向平面和/或往复齿座导向段包括上止转杆导向平面与下止转杆导向平面,左止转杆导向平面与右止转杆导向平面平行和/或上止转杆导向平面与下止转杆导向平面平行,相互平行的两平面与导向滚轴贴合滚动摩擦且滚动导向止转。
所述的往复齿座导向段包括导向扶正段等,导向扶正段包括前导向扶正段和后导向扶正段等,导向扶正段与往复齿座导向段孔壁之间设有防摩擦间隙,防摩擦间隙在往复冲击时避免导向扶正段与任何部件产生滑动摩擦。
所述的往复齿座连动段包括止转杆铰接轴孔、铰接轴等,曲柄连杆或直轴凸轮连杆包括连杆等,连杆包括连杆铰接轴孔等,连杆铰接轴孔与止转杆铰接轴孔同心,铰接轴设置在止转杆铰接轴孔与连杆铰接轴孔内,使往复齿座导向段与连杆铰接或在止转杆铰接轴孔与连杆铰接轴孔内设置关节轴承后用铰接轴连接,关节轴承防止导向止转杆损坏连杆。
所述的连杆轴端设置往复动力器或在集成块密封导向止转箱外设有齿轮传动箱等,齿轮传动箱内设有主齿轮和副齿轮等,副齿轮设置在主齿轮上端和/或主齿轮下端,往复动力器与主齿轮连接,往复动力器驱动主齿轮转动,主齿轮带动副齿轮旋转,副齿轮带动连杆或副齿轮及主齿轮带动连杆运动,集成块密封导向止转箱设有润滑液体,连杆带动润滑液旋转润滑集成块密封导向止转箱。
所述的曲柄连杆包括曲轴和轴承挡套等,曲轴和/或轴承挡套上设有甩油器等,甩油器包括毛刷甩油器或齿甩油器或叶片甩油器或勺甩油器或坑碗甩油器等,曲轴和/或轴承挡套包括甩油齿轮等,甩油器包括甩油器传动齿轮等,甩油齿轮带动甩油器传动齿轮旋转甩油,甩油器甩油润滑降温。
所述的挡轴承套设有进油孔和出油孔等,挡轴承套内腔存储润滑液或在挡轴承套内腔设置海绵体,海绵体储存润滑液,延长润滑时间。
所述的连动导向密封插齿座包括往复齿座密封段等,往复齿座密封段包括伸缩防护罩等,集成块密封导向止转箱与往复齿座密封段之间设有密封往复齿座件或浮动密封套等,浮动密封套包括外浮动密封件、内浮动密封件和中间骨架等,外浮动密封件设置在中间骨架外圈,内浮动密封件设置在中间骨架内圈,往复齿座密封段穿过内浮动密封件,内浮动密封件贴紧往复齿座密封段密封,伸缩防护罩一端扣合在往复齿座密封段上,另一端扣合在中间骨架上,伸缩防护罩阻止物料损坏、污染往复齿座密封段。
往复冲齿包括主齿体等,主齿体包括上主齿体和下主齿体等,主齿体还包括梁套冲齿架等,梁套冲齿架包括上主齿体连接套、下主齿体连接套和主齿体连接梁等,上主齿体与上主齿体连接套分体连接或为一体式,下主齿体与下主齿体连接套分体连接或为一体式,主齿体连接梁一端设置在上主齿体连接套上,另一端设置在下主齿体连接套上,主齿体连接梁将上主齿体连接套和下主齿体连接套连接固定,主齿体连接梁、上主齿体连接套、下主齿体连接 套为分体连接或为一体式,上主齿体连接套上设置侧往复齿或下主齿体连接套上设置侧往复齿或主齿体连接梁上设置侧往复齿或上主齿体连接套和下主齿体连接套上设置侧往复齿或上主齿体连接套和主齿体连接梁上设置侧往复齿或下主齿体连接套和主齿体连接梁上设置侧往复齿或上主齿体连接套和下主齿体连接套和主齿体连接梁上设置侧往复齿,当梁套冲齿架与上主齿体和下主齿体分体连接时,上主齿体连接套和下主齿体连接套分别与上主齿体和下主齿体套合,上连动导向密封插齿座与下连动导向密封插齿座一端或两端伸出集成块密封导向止转箱外,上连动导向密封插齿座与下连动导向密封插齿座在集成块密封导向止转箱内连接,上主齿体设置在上连动导向密封插齿座的端部,下主齿体设置在下连动导向密封插齿座的端部,梁套冲齿架将上连动导向密封插齿座、下连动导向密封插齿座紧固为一体式,往复动力器在集成块密封导向止转箱内驱动上连动导向密封插齿座、下连动导向密封插齿座,上连动导向密封插齿座、下连动导向密封插齿座带动上主齿体和下主齿体和梁套冲齿架往复冲击。
所述的前装滚动导向止转组件块前部设有伸缩护套箱板等,伸缩护套箱板与前装滚动导向止转组件块分体连接或为一体式,伸缩护套箱板包括导向箱板和箱板护伸缩密封件套等,导向箱板上设有穿往复齿座密封段孔等,穿往复齿座密封段孔内设有密封往复齿座件或浮动密封套,往复齿座密封段设置在密封往复齿座件内孔或设置在浮动密封套内孔,在浮动密封套孔壁的外部设置箱板护伸缩密封件套。
主齿体后部设置主齿体护伸缩密封件套等,主齿体与主齿体护伸缩密封件套分体连接或为一体式,主齿体护伸缩密封件套设置在箱板护伸缩密封件套的内侧或外侧,箱板护伸缩密封件套与主齿体护伸缩密封件套套合伸缩防护或箱板护伸缩密封件套与主齿体护伸缩密封件套之间设有外护套密封件,主齿体护伸缩密封件套、外护套密封件与集成块密封导向止转箱上设置的箱板护伸缩密封件套配合伸缩密封,阻止粉尘、泥水进入。
主齿体后部设置主齿体护伸缩密封件套止退件或主齿体护伸缩密封件套与主齿体通过螺纹连接止退或主齿体护伸缩密封件套与主齿体通过锥面止退或主齿体护伸缩密封件套止退件固定主齿体护伸缩密封件套,主齿体护伸缩密封件套止退件包括螺母止退件、螺钉止退件、挡圈止退件、销止退件、粘接止退件、卡槽止退件或卡簧止退件或涨销止退件或顶丝孔销止退件等。
所述的往复冲齿包括主往复齿等,主齿体护伸缩密封件套与箱板护伸缩密封件套搭接重合段的长度大于主往复齿往复冲击的冲击行程,主齿体护伸缩密封件套与箱板护伸缩密封件套之间设有外护套密封件,主往复齿往复冲击时外护套密封件处在主齿体护伸缩密封件套与 箱板护伸缩密封件套搭接重合段内。
所述的侧往复齿朝向箱板护伸缩密封件套前端面处设有分料面等,分料面向两侧输导物料,将侧往复齿朝向箱板护伸缩密封件套前端面处积存物料导出,使箱板护伸缩密封件套与主齿体或与侧往复齿之间不形成物料层,防止物料层阻止主往复齿和/或侧往复齿往复冲击。
主齿体后部设置护套防护件等,护套防护件间隔布置在主齿体后部,护套防护件的形状与箱板护伸缩密封件套端面不形成挤压面,防止物料在护套防护件与箱板护伸缩密封件套之间堆积,护套防护件阻止物料冲击损毁主齿体护伸缩密封件套。
梁套冲齿架为单排设置或多排设置等,当梁套冲齿架为多排设置时,前排梁套冲齿架上的主齿体连接梁相对于集成块密封导向止转箱向外凸起,后排梁套冲齿架上的主齿体连接梁相对于集成块密封导向止转箱向内凹进,前排凸起的主齿体连接梁与后排凹进的主齿体连接梁形成出料口。
集成块密封导向止转箱包括卸往复齿器等,卸往复齿器包括推顶箱体件和推挡往复齿件等,推顶箱体件与推挡往复齿件分体连接或为一体式,集成块密封导向止转箱还包括顶推卸往复齿器台或顶推卸往复齿器孔槽等,推顶箱体件的一端顶在箱体导向孔板上或顶在顶推卸往复齿器台上或卡在顶推卸往复齿器孔槽内,另一端与推挡往复齿件连接,推挡往复齿件的另一端设有卡挡往复齿端面,卡挡往复齿端面的形状为当往复齿向集成块密封导向止转箱方向运动时阻止往复齿缩回,卡挡往复齿端面借助往复动力器的强大拉力将主往复齿或侧往复齿卸下。
所述的往复齿座导向段上设有硬质耐磨件等,硬质耐磨件包括硬质耐磨块或硬质耐磨套等,硬质耐磨件与往复齿座导向段分体连接或为一体式,当硬质耐磨件与往复齿座导向段分体连接时,硬质耐磨套套合在往复齿座导向段上,硬质耐磨套与往复齿座导向段上设有硬质耐磨套止转结构,硬质耐磨套止转结构与硬质耐磨套分体连接或为一体式,或硬质耐磨块与往复齿座导向段通过卡槽固定连接或通过螺纹固定连接或用耐磨块止退件固定连接或用粘接止退,卡槽包括燕尾槽或T形槽或多边形槽等。
所述的前装滚动导向止转组件块与后装滚动导向止转组件块之间的前后扶正导向止转间距中设有水道或水箱或水管等,或在密封导向止转箱底部或侧部设有水道或水箱或水管等,水通过水道或水箱或水管对装滚动导向止转组件块进行冷却降温。
所述的集成块密封导向止转箱上设有箱体水道等,连动导向密封插齿座设有连动导向密封插齿座水道等,箱体水道在集成块密封导向止转箱内与连动导向密封插齿座水道连接或在 集成块密封导向止转箱外与连动导向密封插齿座水道连接或箱体水道在集成块密封导向止转箱外与主往复齿连接,箱体水道包括箱体内水路和箱体外水路等,连动导向密封插齿座上设有连动导向密封插齿座水道,连动导向密封插齿座水道包括连动导向密封插齿座进水口等,连动导向密封插齿座进水口设置在箱体内或设置在箱体外,当连动导向密封插齿座进水口设置在箱体内时,箱体内水路与连动导向密封插齿座进水口之间设有软管连接件或往复密封连接件或伸缩管连接件,箱体内水路固定在箱体上,软管连接件的一端与箱体内水路连接,另一端与连动导向密封插齿座进水口连接,当连动导向密封插齿座往复运动时,软管连接件的软管随连动导向密封插齿座往复摆动,避免水从箱体内水路输送到连动导向密封插齿座进水口过程中泄露,主齿体包括主齿体水道等,主齿体水道和连动导向密封插齿座水道连接,连动导向密封插齿座水道出口处的两端设有前密封件和后密封件,前密封件设置在连动导向密封插齿座水道出口的前端,后密封件设置在连动导向密封插齿座水道出口的后端,将主齿插孔件上的主齿体水道与连动导向密封插齿座水道连接,前密封件后密封件阻止水从主齿体与连动导向密封插齿座配合的缝隙间流出。
所述的集成块密封导向止转箱上设有滚耙驱动器等,集成块连接件的长度大于滚耙驱动器的外径,集成块连接件包括集成块上连接板等,将前装滚动导向止转组件块与后装滚动导向止转组件块上部的集成块上连接板向下位移,使集成块上连接板的底面靠近连动导向密封插齿座且设有间隙,使前装滚动导向止转组件块与后装滚动导向止转组件块之间形成固定滚耙驱动器凹槽,将滚耙驱动器设置在固定滚耙驱动器凹槽内,降低滚耙驱动器距离地面的高度,避免滚耙驱动器与巷道顶壁碰撞、摩擦,降低采掘巷道所需高度,节省人力、物力、时间。
所述的滚耙驱动器包括左滚耙驱动器、右滚耙驱动器等,左滚耙驱动器、右滚耙驱动器设置在固定滚耙驱动器凹槽内,左滚耙驱动器、右滚耙驱动器共同驱动同一滚耙传动件,滚耙传动件带动滚耙旋转臂旋转,左滚耙驱动器、右滚耙驱动器的外径均小于用一个滚耙驱动器驱动滚耙传动件滚耙驱动器的外径,降低滚耙驱动器距离地面的高度,避免滚耙驱动器与巷道顶壁碰撞、摩擦,降低采掘巷道所需高度,节省人力、物力、时间。
所述的左滚耙驱动器包括左滚耙驱动齿轮等,右滚耙驱动器包括右滚耙驱动齿轮等,滚耙传动件包括滚耙传动齿轮或滚耙传动链轮等,滚耙传动齿轮或滚耙传动链轮设置在集成块密封导向止转箱侧部,左滚耙驱动齿轮、右滚耙驱动齿轮与滚耙传动齿轮扣合传动或左滚耙驱动齿轮、右滚耙驱动齿轮与滚耙传动链轮扣合传动。
所述的集成块连接件包括集成块下连接板等,将前装滚动导向止转组件块与后装滚动导向止转组件块下部的集成块下连接板向上位移,使集成块下连接板的底面靠近连动导向密封插齿座且设有间隙,使前装滚动导向止转组件块与后装滚动导向止转组件块之间形成滚耙通轴倒凹槽,滚耙通轴包括滚耙通轴支撑件等,将滚耙通轴支撑件设置在滚耙通轴倒凹槽两侧,滚耙通轴还包括轴承或轴套等,滚耙通轴还包括传动通轴等,将轴承或轴套设置在滚耙通轴支撑件上,将传动通轴穿过轴承或轴套,轴承或轴套及传动通轴通过集成块下连接板与往复齿座导向段隔离,或在伸缩护套箱板前端、靠近往复齿座密封段下部设置左滚耙支撑件、右滚耙支撑件,将轴承或轴套设置在左滚耙支撑件和右滚耙支撑件上,传动通轴穿过轴承或轴套,避免传动通轴对往复齿座导向段造成损坏、污染,增大滚耙通轴相对地面的高度,避免滚耙通轴与地面碰撞。
所述的往复冲齿包括主齿体等,主齿体包括柱形套主齿体或包括柱形锥主齿体或包括侧齿臂主齿体或包括梁架式主齿体等,使用柱形套主齿体时即将主齿体设置为柱形主齿体,柱形主齿体的后端设置主往复齿插孔件,主往复齿插孔件套合在连动导向密封插齿座上,侧齿座设置在柱形主齿体上,或使用柱形锥主齿体时即将柱形锥主齿体后端的主往复齿插柱插入连动导向密封插齿座,侧齿座设置在柱形锥主齿体上,或当使用侧齿臂主齿体时即将主齿体设置为柱形主齿体,柱形主齿体上设置支撑侧往复齿的侧齿臂,侧齿座设置在侧齿臂上,柱形主齿体上设有一个以上的侧齿臂,各侧齿臂之间设有间隙,侧齿臂与柱形主齿体形成冲齿架,或当使用梁架式主齿体时即将主齿体设置为柱形主齿体,将柱形主齿体设置为上主齿体和下主齿体,上主齿体与下主齿体之间设置连接梁,连接梁将上主齿体和下主齿体固定连接或连接梁与上主齿体和下主齿体为一体式,侧齿座设置在梁架式主齿体上,在满足柱形套主齿体或柱形锥主齿体或侧齿臂主齿体或梁架式主齿体或侧齿座抗冲击强度的同时将柱形套主齿体或柱形锥主齿体或侧齿臂主齿体或梁架式主齿体或侧齿座朝向集成块密封导向止转箱的截面减小,减小柱形套主齿体或柱形锥主齿体或侧齿臂主齿体或梁架式主齿体或侧齿座朝向集成块密封导向止转箱的截面对所采落物料的阻挡,增大集成块密封导向止转箱上向主往复齿和/或侧往复齿的喷水空间。
所述的滚动导向止转器孔内设置拆滚动导向止转器垫等,拆滚动导向止转器垫位于滚动导向止转器的一端,拆滚动导向止转器垫上设置滚动导向止转器垫螺纹通孔或设置滚动导向止转器垫螺纹盲孔且设有挡轴承外圈挡台,挡轴承外圈挡台的内径大于或等于轴承外圈的内径,轴承外圈在滚动导向止转器孔内定位,导向滚轴的端部设有导向滚轴顶丝孔等,滚动导向止转器包括拆轴承外螺纹螺钉或拆轴承外螺纹螺杆等,拆卸滚动导向止转器时,使拆轴承 外螺纹螺钉或拆轴承外螺纹螺杆拧在导向滚轴顶丝孔内将导向滚轴和轴承A拉出,使拆轴承外螺纹螺钉或拆轴承外螺纹螺杆拧在拆滚动导向止转器垫螺纹通孔或拧在拆滚动导向止转器垫螺纹盲孔将轴承B拉出。
所述的主齿体包括主齿体冲齿架等,主齿体冲齿架和/或梁套冲齿架上设置一个以上的侧往复齿,侧往复齿与侧往复齿之间设有间隙,与主往复齿、侧往复齿后部相对的伸缩护套箱板上设有喷水嘴或喷水孔等,喷水嘴或喷水孔等相对于侧往复齿之间的间隙设置,水流通过侧往复齿之间的间隙喷至侧往复齿和/或主往复齿齿头,侧往复齿之间的间隙设置有利于被采落物料的排出。
装滚动导向止转组件块往复冲击采掘机还包括以下方法:
方法一:
一、设置往复齿座连动段、往复齿座导向段、往复齿座密封段和往复齿座插齿段组成连动导向密封插齿座,使往复齿座连动段、往复齿座导向段、往复齿座密封段和往复齿座插齿段分体连接或使往复齿座连动段、往复齿座导向段、往复齿座密封段和往复齿座插齿段为一体式;
二、在连动导向密封插齿座前端设置一个往复齿座插齿段组成单插齿座或在连动导向密封插齿座前端设置两个以上往复齿座插齿段组成多插齿座,在连动导向密封插齿座前端设置往复冲齿,设置往复动力器,使往复动力器设置为凸轴机构或液动机构或气动机构,使凸轴机构设置为曲柄连杆或直轴凸轮连杆,当使用凸轴机构时,使曲柄连杆或直轴凸轮连杆与连动导向密封插齿座铰接,将一个连杆带动一个单插齿座组成单插齿座往复冲击器,将一个连杆带动多插齿座组成多插齿座往复冲击器;
三、将多插齿座往复冲击器设有上下插齿座往复冲击器或设有左右插齿座往复冲击器或设有上下左插齿座往复冲击器或设有上下右插齿座往复冲击器或设有上下左右插齿座往复冲击器,在上下插齿座往复冲击器上部设置上往复齿座连动段、上往复齿座导向段、上往复齿座密封段和上往复齿座插齿段组成上连动导向密封插齿座且在上下插齿座往复冲击器下部设置下往复齿座连动段、下往复齿座导向段、下往复齿座密封段和下往复齿座插齿段组成下连动导向密封插齿座,使上往复齿座连动段与下往复齿座连动段组成往复齿座导向段连接件,使往复齿座导向段连接件将上连动导向密封插齿座与下连动导向密封插齿座固定连接或使往复齿座导向段连接件与上连动导向密封插齿座、下连动导向密封插齿座为一体式;
四、设置滚动导向止转器,将滚动导向止转器设置为滚轴导向止转器或设置为轴承件导 向止转器,当使用滚轴导向止转器时即设置轴承A、轴承B和导向滚轴将轴承A、轴承B分别设置在导向滚轴的两端组成滚轴导向止转器,或当使用轴承件导向止转器时即设置导向轴承件和导向轴承固定件,将导向轴承件设置在导向轴承固定件上组成轴承件导向止转器,将导向轴承件设置为轴承本体件或在轴承本体件外周设置护轴承套,将护轴承套设置在轴承本体件上组成止转导向轴承套,将轴承本体件设置在导向轴承固定件上或将止转导向轴承套设置在导向轴承固定件上;
五、设置装滚动导向止转组件块,将装滚动导向止转组件块设置为前装滚动导向止转组件块和后装滚动导向止转组件块,使前装滚动导向止转组件块与后装滚动导向止转组件块前后平行设置且在前装滚动导向止转组件块与后装滚动导向止转组件块之间设有前后扶正导向止转间距,设置集成块连接件,使集成块连接件连接前装滚动导向止转组件块、后装滚动导向止转组件块形成集成块密封导向止转箱使前装滚动导向止转组件块设置为前装往复齿座导向段单孔集成块或使前装滚动导向止转组件块设置为前装往复齿座导向段多孔集成块,使后装滚动导向止转组件块设置为后装往复齿座导向段单孔集成块或使后装滚动导向止转组件块设置为后装往复齿座导向段多孔集成块,装滚动导向止转组件块增大导向抱合力,加大导向扶正力度,减少往复齿座密封段对导向止转箱密封件的摆动冲击;
六、在前装往复齿座导向段单孔集成块上设置前往复齿座导向段孔且在后装往复齿座导向段单孔集成块上设置后往复齿座导向段孔,在前往复齿座导向段孔两个以上的侧部设置两个以上前滚动导向止转器孔且在后往复齿座导向段孔两个以上的侧部设置两个以上后滚动导向止转器孔,将贴靠前往复齿座导向段孔两个以上侧部的前滚动导向止转器孔侧壁与贴靠前滚动导向止转器孔的前往复齿座导向段孔侧壁通连且将贴靠后往复齿座导向段孔的后滚动导向止转器孔侧壁与贴靠后滚动导向止转器孔的后往复齿座导向段孔侧壁通连,将前往复齿座导向段设置在前往复齿座导向段孔内,将后往复齿座导向段设置在后往复齿座导向段孔内,将两个以上前滚动导向止转器设置在两个以上前滚动导向止转器孔内,将两个以上后滚动导向止转器设置在两个以上后滚动导向止转器孔内,使两个以上前滚动导向止转器侧壁分别与前往复齿座导向段两个以上侧面在前往复齿座导向段孔内贴合,使两个以上后滚动导向止转器侧壁分别与后往复齿座导向段两个以上侧面在后往复齿座导向段孔内贴合,或在前装往复齿座导向段多孔集成块上设置多个前往复齿座导向段孔且在后装往复齿座导向段多孔集成块上设置多个后往复齿座导向段孔,在每个前往复齿座导向段孔两个以上的侧部设置两个以上前滚动导向止转器孔且在每个后往复齿座导向段孔两个以上的侧部设置两个以上后滚动导向止转器孔,将多个前往复齿座导向段设置在多个前往复齿座导向段孔内,将多个后往复齿座 导向段设置在多个后往复齿座导向段孔内,在每个前往复齿座导向段的两个以上侧部将两个以上前滚动导向止转器设置在两个以上前滚动导向止转器孔内,在每个后往复齿座导向段的两个以上侧部将两个以上后滚动导向止转器设置在两个以上后滚动导向止转器孔内,使两个以上前滚动导向止转器侧壁分别与前往复齿座导向段两个以上侧面在前往复齿座导向段孔内贴合,使两个以上后滚动导向止转器侧壁分别与后往复齿座导向段两个以上侧面在后往复齿座导向段孔内贴合,通过使用装滚动导向止转组件块将支撑多个滚动导向止转器的多个支撑耳做成一体式板块,使一体式板块将支撑多个滚动导向止转器的空间集约化实体化,提高对多个滚动导向止转器的定位精度,减少使用多个支撑耳时为增强每个支撑耳强度所增加的空间浪费及材料浪费,装滚动导向止转组件块提高对多个滚动导向止转器及连动导向密封插齿座的扶正强度,简化了结构提高了强度,减少连动导向密封插齿座对往复动力器的摆动冲击损坏;
七、设置导向止转箱密封件,使往复齿座密封段与导向止转箱密封件配合密封集成块密封导向止转箱;
八、使前装滚动导向止转组件块及后装滚动导向止转组件块支撑连动导向密封插齿座,在连动导向密封插齿座端部设置往复冲齿组成连动导向密封齿座往复冲击器,使往复动力器连接往复齿座连动段,往复动力器带动连动导向密封齿座往复冲击器往复冲击。
方法二:
一、在导向滚轴上设有轴承A内圈挡台和轴承B内圈挡台,使轴承A内圈挡台的直径大于轴承A内孔小于轴承A外圈内径,使轴承B内圈挡台的直径大于轴承B内孔小于轴承B外圈内径,使轴承A内圈挡台和轴承B内圈挡台阻挡轴承A、轴承B沿导向滚轴窜动,且在装滚动导向止转组件块上设置防轴承窜动件,使防轴承窜动件设置为挡轴承套和端盖,挡轴承套和端盖分体或为一体式,防轴承窜动件使轴承外圈在滚动导向止转器孔内定位防止轴承A、轴承B窜动,确保导向滚轴面与往复齿座导向段面贴合滚动摩擦,或设置挡轴承本体内圈A挡套、挡轴承本体内圈B挡套和固定轴承本体轴,使挡轴承本体内圈A挡套及挡轴承本体内圈B挡套内径大于或等于轴承本体内径使挡轴承本体内圈A挡套及挡轴承本体内圈B挡套外径小于轴承本体外圈内径,在滚动导向止转器孔内一端设置挡轴承本体件内圈A挡套,将轴承本体件设置在挡轴承本体件内圈A挡套上,将固定轴承本体轴的一端穿过轴承本体内孔且穿过挡轴承本体内圈A挡套设置在装滚动导向止转组件块的轴承件导向止转器孔一端的孔内,将挡轴承本体内圈B挡套设置在轴承本体件的另一端,使固定轴承本体轴固定挡轴承本 体件内圈A挡套、轴承本体件及挡轴承本体内圈B挡套,固定轴承本体轴与挡轴承本体内圈B挡套分体连接或为一体式,使轴承内圈在滚动导向止转器孔内定位,确保轴承本体面与往复齿座导向段面贴合滚动摩擦;
二、使一次对装滚动导向止转组件块工装定位,即在装滚动导向止转组件块上加工成前往复齿座导向段孔且在装滚动导向止转组件块上加工成多个滚动导向止转器孔,加工后的装滚动导向止转组件块最大值地保留了各孔壁的厚度及孔壁与孔壁之间的连接强度,确保多个滚动导向止转器孔之间的位置精度及多个滚动导向止转器孔与往复齿座导向段孔的位置精度,提高导向精度,减少加工的复杂性,使往复齿座导向段中心线与凸轴轴线垂直,最大程度地保护往复动力器。
方法三:
在装滚动导向止转组件块上将前左轴承A孔、前左轴承B孔及前左导向滚轴孔加工成通孔,在装滚动导向止转组件块上将前右轴承A孔、前右轴承B孔及前右导向滚轴孔加工成通孔,使前左导向滚轴向穿前左轴承A孔或向穿前左轴承B孔窜动时前左导向滚轴与往复齿座导向段平面的贴合线与前右导向滚轴与往复齿座导向段平面的贴合线的距离不变,前装滚动导向止转组件块与后装滚动导向止转组件块使往复齿座导向段中心线与凸轴轴线垂直,提高导向精度,减少加工的复杂性,止转导向平面最大程度地保护连杆。
方法四:
将多插齿座往复冲击器设置为左上下插齿座和右上下插齿座,使左上下插齿座与右上下插齿座左右设置,使左凸轴带动左上下插齿座,使右凸轴带动右上下插齿座,在装滚动导向止转组件块上设置左上下插齿座和右上下插齿座的往复齿座导向段孔,使前装滚动导向止转组件块设有前左上往复齿座导向段孔、前左下往复齿座导向段孔且设有前右上往复齿座导向段孔、前右下往复齿座导向段孔,使后装滚动导向止转组件块设有后左上往复齿座导向段孔、后左下往复齿座导向段孔且设有后右上往复齿座导向段孔、后右下往复齿座导向段孔,在前左上往复齿座导向段孔左侧设置左前上导杆左滚动导向止转器孔,在前左上往复齿座导向段孔下侧设置左前上导杆下滚动导向止转器孔,在前右上往复齿座导向段孔右侧设置右前上导杆右滚动导向止转器孔且在前右上往复齿座导向段孔下侧设置右前上导杆下滚动导向止转器孔,在前左上往复齿座导向段孔与前右上往复齿座导向段孔之间的前装滚动导向止转组件块体上设置前上中间滚动导向止转器孔,使前上中间滚动导向止转器孔内的前上中间滚动导向止转器左侧与前左上往复齿座导向段面贴合且使前上中间滚动导向止转器孔内的前上中间滚 动导向止转器右侧与前右上往复齿座导向段面贴合,在前左下往复齿座导向段孔左侧设置左前下导杆左滚动导向止转器孔,在前左下往复齿座导向段孔上侧设置左前下导杆上滚动导向止转器孔,在前右下往复齿座导向段孔右侧设置右前下导杆右滚动导向止转器孔且在前右下往复齿座导向段孔上侧设置右前下导杆上滚动导向止转器孔,在前左下往复齿座导向段孔与前右下往复齿座导向段孔之间的前装滚动导向止转组件块体上设置前下中间滚动导向止转器孔,使前下中间滚动导向止转器孔内的前下中间滚动导向止转器左侧与前左下往复齿座导向段面贴合且使前下中间滚动导向止转器孔内的前下中间滚动导向止转器右侧与前右下往复齿座导向段面贴合,在后左上往复齿座导向段孔左侧设置左后上导杆左滚动导向止转器孔,在后左上往复齿座导向段孔下侧设置左后上导杆下滚动导向止转器孔,在后右上往复齿座导向段孔右侧设置右后上导杆右滚动导向止转器孔且在后右上往复齿座导向段孔下侧设置后右上导杆下滚动导向止转器孔,在后左上往复齿座导向段孔与后右上往复齿座导向段孔之间的后装滚动导向止转组件块体上设置后上中间滚动导向止转器孔,使后上中间滚动导向止转器孔内的后上中间滚动导向止转器左侧与后左上往复齿座导向段面贴合且使后上中间滚动导向止转器孔内的后上中间滚动导向止转器右侧与后右上往复齿座导向段面贴合,在后左下往复齿座导向段孔左侧设置左后下导杆左滚动导向止转器孔,在后左下往复齿座导向段孔上侧设置左后下导杆上滚动导向止转器孔,在后右下往复齿座导向段孔右侧设置右后下导杆右滚动导向止转器孔且在后右下往复齿座导向段孔上侧设置右后下导杆上滚动导向止转器孔,在后左下往复齿座导向段孔与后右下往复齿座导向段孔之间的后装滚动导向止转组件块体上设置后下中间滚动导向止转器孔,使后下中间滚动导向止转器孔内的后下中间滚动导向止转器左侧与后左下往复齿座导向段面贴合且使后下中间滚动导向止转器孔内的后下中间滚动导向止转器右侧与后右下往复齿座导向段面贴合,在曲柄连杆或直轴凸轮连杆上设置左凸轴和右凸轴,使左凸轴和右凸轴为180度设置,使左凸轴带动左上下插齿座往复冲击,使右凸轴带动右上下插齿座往复冲击,当左凸轴带动左上下插齿座向前冲击时右凸轴带动右上下插齿座向后运动,当左凸轴带动左上下插齿座向后运动时右凸轴带动右上下插齿座向前冲击,利用左上下插齿座和右上下插齿座前后运动的特征将需设置两个前上滚动导向止转器的空间合二为一、将需设置两个前下滚动导向止转器的空间合二为一、将需设置两个后上滚动导向止转器的空间合二为一、将需设置两个后下滚动导向止转器的空间合二为一,提高装滚动导向止转组件块空间利用率,减少曲轴的长度,相对增加设备强度,节约制造成本,减少冲击面的宽度从而降低冲击阻力,在左上下插齿座的两端设置左前上往复齿、左前下往复齿及左后上往复齿、左后下往复齿或在左上下插齿座的一端设置左前上往复齿、左前下往复齿,在右上下 插齿座的两端设置右前上往复齿、右前下往复齿及右后上往复齿、右后下往复齿或在右上下插齿座的一端设置右前上往复齿、右前下往复齿,当物料向上托左上下插齿座时左前下导杆上滚动导向止转器与左后上导杆下滚动导向止转器扶正左上下插齿座。
方法五:
在往复冲齿上设置主齿体,将主齿体设置为柱形套主齿体或设置为柱形锥主齿体或设置为侧齿臂主齿体或设置为梁架式主齿体,当使用柱形套主齿体时即将主齿体设置为柱形主齿体,柱形主齿体的后端设置主往复齿插孔件,使主往复齿插孔件套合在连动导向密封插齿座上,将侧齿座设置在柱形主齿体上,或当使用柱形锥主齿体时即将柱形锥主齿体后端的主往复齿插柱插入连动导向密封插齿座,将侧齿座设置在柱形锥主齿体上,或当使用侧齿臂主齿体时即将主齿体设置为柱形主齿体,在柱形主齿体上设置支撑侧往复齿的侧齿臂,使侧齿座设置在侧齿臂上,在柱形主齿体上设置一个以上的侧齿臂,各侧齿臂之间设有间隙,使侧齿臂与柱形主齿体形成冲齿架,或当使用梁架式主齿体时即将主齿体设置为柱形主齿体,将柱形主齿体设置为上主齿体和下主齿体,在上主齿体与下主齿体之间设置连接梁,连接梁将上主齿体和下主齿体固定连接或连接梁与上主齿体和下主齿体为一体式,将侧齿座设置在梁架式主齿体上,在满足柱形套主齿体或柱形锥主齿体或侧齿臂主齿体或梁架式主齿体或侧齿座抗冲击强度的同时将柱形套主齿体或柱形锥主齿体或侧齿臂主齿体或梁架式主齿体或侧齿座朝向集成块密封导向止转箱的截面减小,减小柱形套主齿体或柱形锥主齿体或侧齿臂主齿体或梁架式主齿体或侧齿座朝向集成块密封导向止转箱的截面对所采落物料的阻挡,增大集成块密封导向止转箱上向主往复齿和/或侧往复齿的喷水空间。
本发明的有益效果是:
1、连动导向密封插齿座设有往复齿座连动段、往复齿座导向段、往复齿座密封段和往复齿座插齿段等,且使往复齿座连动段、往复齿座导向段、往复齿座密封段和往复齿座插齿段为一体式,使曲柄连杆或直轴凸轮连杆与连动导向密封插齿座铰接,将一个连杆带动一个单插齿座组成单插齿座往复冲击器或将一个连杆带动多插齿座组成多插齿座往复冲击器,使上往复齿座连动段与下往复齿座连动段组成往复齿座导向段连接件,将滚动导向止转器设置为滚轴导向止转器或设置为轴承件导向止转器,使前装滚动导向止转组件块与后装滚动导向止转组件块前后平行设置且在前装滚动导向止转组件块与后装滚动导向止转组件块之间设有前后扶正导向止转间距,使集成块连接件连接前装滚动导向止转组件块、后装滚动导向止转组件块形成集成块密封导向止转箱,使前装滚动导向止转组件块设置为前装往复齿座导向段单孔集成块或使前装滚动导向止转组件块设置为前装往 复齿座导向段多孔集成块,使后装滚动导向止转组件块设置为后装往复齿座导向段单孔集成块或使后装滚动导向止转组件块设置为后装往复齿座导向段多孔集成块,装滚动导向止转组件块增大导向抱合力,加大导向扶正力度,减少往复齿座密封段对导向止转箱密封件的摆动冲击,在前往复齿座导向段孔两个以上的侧部设置两个以上前滚动导向止转器孔且在后往复齿座导向段孔两个以上的侧部设置两个以上后滚动导向止转器孔,将贴靠前往复齿座导向段孔两个以上侧部的前滚动导向止转器孔侧壁与贴靠前滚动导向止转器孔的前往复齿座导向段孔侧壁通连且将贴靠后往复齿座导向段孔的后滚动导向止转器孔侧壁与贴靠后滚动导向止转器孔的后往复齿座导向段孔侧壁通连,将前往复齿座导向段设置在前往复齿座导向段孔内,将后往复齿座导向段设置在后往复齿座导向段孔内,将两个以上前滚动导向止转器设置在两个以上前滚动导向止转器孔内,将两个以上后滚动导向止转器设置在两个以上后滚动导向止转器孔内,使两个以上前滚动导向止转器侧壁分别与前往复齿座导向段两个以上侧面在前往复齿座导向段孔内贴合,使两个以上后滚动导向止转器侧壁分别与后往复齿座导向段两个以上侧面在后往复齿座导向段孔内贴合,或在前装往复齿座导向段多孔集成块上设置多个前往复齿座导向段孔且在后装往复齿座导向段多孔集成块上设置多个后往复齿座导向段孔,在每个前往复齿座导向段孔两个以上的侧部设置两个以上前滚动导向止转器孔且在每个后往复齿座导向段孔两个以上的侧部设置两个以上后滚动导向止转器孔,将多个前往复齿座导向段设置在多个前往复齿座导向段孔内,将多个后往复齿座导向段设置在多个后往复齿座导向段孔内,在每个前往复齿座导向段的两个以上侧部将两个以上前滚动导向止转器设置在两个以上前滚动导向止转器孔内,在每个后往复齿座导向段的两个以上侧部将两个以上后滚动导向止转器设置在两个以上后滚动导向止转器孔内,使两个以上前滚动导向止转器侧壁分别与前往复齿座导向段两个以上侧面在前往复齿座导向段孔内贴合,使两个以上后滚动导向止转器侧壁分别与后往复齿座导向段两个以上侧面在后往复齿座导向段孔内贴合,使前装滚动导向止转组件块及后装滚动导向止转组件块支撑连动导向密封插齿座,在连动导向密封插齿座端部设置往复冲齿组成连动导向密封齿座往复冲击器,使往复动力器连接往复齿座连动段,往复动力器带动连动导向密封齿座往复冲击器往复冲击,该结构还具有以下突出的有益效果:
一、通过使用装滚动导向止转组件块将支撑多个滚动导向止转器的多个支撑耳做成一体式板块,使一体式板块将支撑多个滚动导向止转器的空间集约化实体化,提高对多个滚动导向止转器的定位精度,减少使用多个支撑耳时为增强每个支撑耳板强度所加大的动力箱体及支撑耳板的空间浪费及材料浪费,装滚动导向止转组件块提高对多个滚动 导向止转器及连动导向密封插齿座的扶正强度,简化了结构提高了抗冲击强度,减少了连动导向密封插齿座对往复动力器的摆动冲击损坏;
二、装滚动导向止转组件块往复冲击采掘机一体式板块结构支撑多个滚动导向止转器比用耳板支撑多个滚动导向止转器的强度增强数十倍,且空间小,集约优化程度高,实现了采掘机由不实用样机转向了工业化的推广普通,减少了使用成本,降低了因一小件损坏即需更换小件所属的大部件的损失,免去了更换大件对人力、物力、时间的浪费;
三、因在往复冲齿上设置侧往复齿使往复冲击采掘机往复冲击物料的同时,突破实现了采掘机可以横扫采掘物料的功能,使采掘机在巷道掘进中轻松实现掘进、修边、清底等工作,解决了往复冲击式采掘机工业化过程中的技术瓶颈与难关,使一个冲击齿增大了采掘面积,特别是在左右摆动冲击物料时,侧往复齿冲击侧壁的物料,因侧壁物料的脱落保护了主往复冲齿,大大降低了横扫物料时的冲击阻力,大大提高了电机或液压马达的使用寿命,避免了电机或液压马达等的损毁;
四、通过相对于动力箱体纵向布置主冲齿、侧齿头等,使主冲齿、侧齿头等形成多层高度差,多层高度差易于将待采掘岩面冲击成阶梯状,分级降低物料地压,形成采掘自由面,降低了单位物料采掘能耗,提高采掘效率;
五、改变了原有采掘机需要增加采宽及采深时,在与采掘冲击动力箱体前截面相同宽度高度的铲齿一平板上平行设置多个单头齿座的结构布局,避免了因铲齿一平板上多个齿座布置稠密致使所采落物料无法从齿座间隙中流出,因齿座与齿座之间所夹物料填满后齿头所冲击物料无法顺利导出,致使采掘物料被粉碎,严重时致使冲击齿之间填满物料导致不能连续作业的状态的发生;
六、改变了原铲齿平板上设置多个长齿座,因齿座加长导致掰损往复冲齿、导向机构、动力机构等的结构设置,保护了往复冲齿、导向机构、动力机构等;
七、改变了原有往复冲击采掘机采用螺杆螺母将往复冲齿与动力导向件固定在一起的不实用结构,避免了在强大的往复冲击反作用力作用下螺母受振动很快脱落或螺纹被冲击变形滑丝导致往复冲齿脱落或导致螺纹变形咬死无法更换往复冲齿等故障的发生。
八、改变了因铲齿平板面积大遮挡了喷水降温装置向冲击齿喷水降温的结构,实现了从动力箱体前面直接向各往复冲齿大量喷水降温的最佳结构设置,避免了因往复冲齿过热造成的损坏;
九、从结构设置、制造成本、使用维护对原有往复冲击采掘机的往复冲击装置进行 了根本性改革,减短了齿座的长度相对增加了齿座的强度,保护了易损件,免去了用千斤顶拆卸往复冲齿的繁重劳动及物力浪费,结构简单、辅助件极少而简易、制造成本低、使用价值高;
十、使主往复齿插孔件相对于往复冲齿往复冲击方向同向设置,利用往复冲击采掘机垂直于物料往复冲击的工作原理,使往复冲齿在往复冲击反作用力的作用下不断与往复冲齿通孔座锥紧,避免了通孔座孔壁对往复冲齿的剪切,提高了往复冲齿与往复冲齿通孔座的牢固配合度;
十一、在齿座主齿体上设置一个以上的固定侧齿圈或齿体增加了侧齿座孔底的定位高度,方便了对主齿体上局部损坏的侧冲齿进行局部更换,相对增高了齿座主齿体的高度,提高了往复冲齿冲击物料面积及深度,提高了所冲落物料块料率及产量,使侧齿座外移方便观察采掘工况和及时维修,固定侧齿圈套接于主往复齿之上,保护了主往复齿,提高了主往复齿的强度,方便了对齿座主齿体的局部维修;
十二、使用穿侧齿通孔座固定往复冲击齿,使齿柄后端相对于往复冲击方向裸露,改变了原有往复冲击采掘机只能从往复冲齿前部位置拆卸齿头的不利结构,使齿柄后端从通孔齿座中露出,实现了从往复冲齿后端顶住往复冲齿齿柄借助往复冲击采掘机往复冲击行程向后的强大动力将齿头顶推下来的快捷拆卸齿头的最佳方案;
十三、在主齿体上设有侧往复齿或设置固定侧齿圈或设置主齿体冲齿架或设置梁套冲齿架或设置主冲齿或设置再增节齿体等,从立面上下设置侧齿座,增高了主齿体和/或侧齿头的设置高度,使侧齿座上下设置并使各侧齿头横向配合,增加了采掘宽度及深度,改变了原多个往复冲齿座在同一平板上横向平面布置造成平板及齿座排料困难,使铲齿平板阻碍向往复冲齿喷水降温等设计缺陷;
十四、使用穿侧齿通孔座从结构原理上根本性地解除了因往复冲击岩壁、煤壁、混凝土壁等所产生的强大的反作用力使往复冲齿柄必然向盲孔往复冲齿座盲孔端严重错位移动,导致往复冲齿柄频繁将止退件剪断或剪切变形,造成止退件失效往复冲齿柄脱落或造成止退件变形很长时间难以拆卸下来或造成因拆卸不掉止退件无法更换往复冲齿导致停产等巨大损失的结构设计障碍;
十五、解决了因往复冲击岩壁、煤壁、混凝土壁等所产生的强大的反作用力使往复冲齿锥柄必然向往复冲齿锥形盲孔座盲孔端严重移动,造成往复冲齿锥柄与往复冲齿锥形盲孔座锥面抱死后,却只能从往复冲齿锥形盲孔座前端拆卸往复冲齿锥柄,导致用撬 拉或敲砸或用千斤顶顶推等均很难将往复冲齿锥柄拆卸下来,甚至于不能将往复冲齿锥柄从往复冲齿锥形盲孔座中拆卸下来,使用特大型千斤顶拆卸往复冲齿锥柄又导致使用现场因维修人员人力不够难以搬动支托特大型千斤顶必须等待调配多人协助,造成长时间维修停产的重大难题;
十六、改变了原有采掘机只能从往复冲齿前部位置拆卸齿头的不利结构,使齿柄后端从通孔齿座中露出,实现了从往复冲齿后端顶住往复冲齿齿柄借助往复冲击行程向后的强大动力将齿头顶推下来的快捷拆卸齿头的方案;
十七、避免了原有采煤机、掘进机铲齿平板因做得宽大较薄导致在强大的往复冲击反作用力下铲齿平板变形不能使用的故障的发生;
十八、改变了原有采煤机、掘进机将往复冲齿柄与盲孔往复冲齿座采用螺纹连接,在强大的往复冲击反作用力作用下螺纹被冲击变形滑丝导致往复冲齿脱落或导致螺纹变形咬死无法更换往复冲齿的连接方式及结构设置,使往复冲齿柄穿过往复冲齿通孔座使往复冲齿柄止退段及往复冲齿柄止退件脱离了往复冲齿座对往复冲齿柄止退件剪切部位,将插孔往复冲齿柄后端及往复冲齿柄止退件设置在了往复冲齿通孔座后端的结构设置方案,彻底排除了原有往复冲击采掘机实用性能差、拆卸更换维修用时长、无法用于实际采掘生产现场的关键性结构障碍,确保了快速安装拆卸往复冲齿,提高了生产效率;
十九、废除了原有采煤机、掘进机在宽大的往复运动的铲齿平板上做水道、安喷水嘴的错误方案,避免了因铲齿平板往复冲击致使所堆积物料很快将水嘴堵塞,使喷水降温系统失效故障的发生,废除了铲齿平板横向多处设置水道导致铲齿平板结构强度降低、加工制造复杂、使用故障多的设计方案,故用增节齿体多层增高齿座孔底高度的设计方案,构思巧妙、结构合理、实用性极高,拆卸更换往复齿方便快捷,确保了节能环保往复冲击采掘机能为生产现场提供高节能、高环保、高效率服务。
2、使轴承A内圈挡台的直径大于轴承A内孔小于轴承A外圈内径,使轴承B内圈挡台的直径大于轴承B内孔小于轴承B外圈内径,使轴承A内圈挡台和轴承B内圈挡台阻挡轴承A、轴承B沿导向滚轴窜动,且在装滚动导向止转组件块上设置防轴承窜动件等,防轴承窜动件等使轴承外圈在滚动导向止转器孔内定位防止轴承A、轴承B窜动,确保导向滚轴面与往复齿座导向段面贴合滚动摩擦,或使挡轴承本体内圈A挡套及挡轴承本体内圈B挡套内径大于或等于轴承本体内径使挡轴承本体内圈A挡套及挡轴承本体内圈B挡套外径小于轴承本体外圈内径,在滚动导向止转器孔内一端设置挡轴承本体件内圈A挡套等,将轴承本体件设置在挡轴承本体件内圈A挡套上,将固定轴承本体轴的一端穿过轴承本 体内孔且穿过挡轴承本体内圈A挡套设置在装滚动导向止转组件块的轴承件导向止转器孔一端的孔内,将挡轴承本体内圈B挡套设置在轴承本体件的另一端,使固定轴承本体轴固定挡轴承本体件内圈A挡套、轴承本体件及挡轴承本体内圈B挡套等,使轴承内圈在滚动导向止转器孔内定位,确保轴承本体面与往复齿座导向段面贴合滚动摩擦。
3、使一次对装滚动导向止转组件块工装定位,即在装滚动导向止转组件块上加工成前往复齿座导向段孔且在装滚动导向止转组件块上加工成多个滚动导向止转器孔,加工后的装滚动导向止转组件块最大值地保留了各孔壁的厚度及孔壁与孔壁之间的连接强度,确保多个滚动导向止转器孔之间的位置精度及多个滚动导向止转器孔与往复齿座导向段孔的位置精度,提高导向精度,减少加工的复杂性,使往复齿座导向段中心线与凸轴轴线垂直,最大程度地保护往复动力器。
4、在装滚动导向止转组件块上将前左轴承A孔、前左轴承B孔及前左导向滚轴孔加工成通孔,在装滚动导向止转组件块上将前右轴承A孔、前右轴承B孔及前右导向滚轴孔加工成通孔,使前左导向滚轴向穿前左轴承A孔或向穿前左轴承B孔窜动时前左导向滚轴与往复齿座导向段平面的贴合线与前右导向滚轴与往复齿座导向段平面的贴合线的距离不变,前装滚动导向止转组件块与后装滚动导向止转组件块使往复齿座导向段中心线与凸轴轴线垂直,提高导向精度,减少加工的复杂性,止转导向平面最大程度地保护连杆。
5、使前往复齿座导向段左孔轴线与后往复齿座导向段左孔轴线同轴或平行且使前往复齿座导向段右孔轴线与后往复齿座导向段右孔轴线同轴或平行,将前中间滚动导向止转器等设置在前中间滚动导向止转器孔内,使前中间滚动导向止转器孔内的前中间滚动导向止转器左侧与前左往复齿座导向段面贴合且使前中间滚动导向止转器孔内的前中间滚动导向止转器右侧与前右往复齿座导向段面贴合,使后中间滚动导向止转器孔内的后中间滚动导向止转器左侧与后左往复齿座导向段面贴合且使后中间滚动导向止转器孔内的后中间滚动导向止转器右侧与后右往复齿座导向段面贴合,使左凸轴和右凸轴为180度设置,使左凸轴带动左插齿座往复冲击,使右凸轴带动右插齿座往复冲击,当左凸轴带动左插齿座向前冲击时右凸轴带动右插齿座向后运动,当左凸轴带动左插齿座向后运动时右凸轴带动右插齿座向前冲击,利用左插齿座和右插齿座前后运动的特征将需设置两个前滚动导向止转器的空间合二为一、将需设置两个后滚动导向止转器的空间合二为一、提高装滚动导向止转组件块空间利用率,减少曲轴的长度,相对增加设备强度,节约制造成本,减少冲击面的宽度从而降低冲击阻力。
6、使左上下插齿座与右上下插齿座左右设置,使左凸轴带动左上下插齿座,使右凸轴带动右上下插齿座,使前上中间滚动导向止转器孔内的前上中间滚动导向止转器左侧与前左 上往复齿座导向段面贴合且使前上中间滚动导向止转器孔内的前上中间滚动导向止转器右侧与前右上往复齿座导向段面贴合,使前下中间滚动导向止转器孔内的前下中间滚动导向止转器左侧与前左下往复齿座导向段面贴合且使前下中间滚动导向止转器孔内的前下中间滚动导向止转器右侧与前右下往复齿座导向段面贴合,使后上中间滚动导向止转器孔内的后上中间滚动导向止转器左侧与后左上往复齿座导向段面贴合且使后上中间滚动导向止转器孔内的后上中间滚动导向止转器右侧与后右上往复齿座导向段面贴合,使后下中间滚动导向止转器孔内的后下中间滚动导向止转器左侧与后左下往复齿座导向段面贴合且使后下中间滚动导向止转器孔内的后下中间滚动导向止转器右侧与后右下往复齿座导向段面贴合,使左凸轴和右凸轴为180度设置,使左凸轴带动左上下插齿座往复冲击,使右凸轴带动右上下插齿座往复冲击,当左凸轴带动左上下插齿座向后运动时右凸轴带动右上下插齿座向前冲击,利用左上下插齿座和右上下插齿座前后运动的特征将需设置两个前上滚动导向止转器的空间合二为一、将需设置两个前下滚动导向止转器的空间合二为一、将需设置两个后上滚动导向止转器的空间合二为一、将需设置两个后下滚动导向止转器的空间合二为一,提高装滚动导向止转组件块空间利用率,减少曲轴的长度,相对增加设备强度,节约制造成本,减少冲击面的宽度从而降低冲击阻力,在左上下插齿座的两端设置左前上往复齿、左前下往复齿及左后上往复齿、左后下往复齿或在左上下插齿座的一端设置左前上往复齿、左前下往复齿,在右上下插齿座的两端设置右前上往复齿、右前下往复齿及右后上往复齿、右后下往复齿或在右上下插齿座的一端设置右前上往复齿、右前下往复齿,当物料向上托左上下插齿座时左前下导杆上滚动导向止转器与左后上导杆下滚动导向止转器扶正左上下插齿座。
7、前往复齿座导向段孔轴线与后往复齿座导向段孔轴线同轴或平行,前左轴承A孔、前左轴承B孔和前左导向滚轴孔从前四面滚轴组件导向止转集成块一侧通连,前左轴承A孔、前左轴承B孔和前左导向滚轴孔同轴,前右轴承A孔、前右轴承B孔和前右导向滚轴孔从前四面滚轴组件导向止转集成块一侧通连,前下轴承A孔、前下轴承B孔和前下导向滚轴孔从前四面滚轴组件导向止转集成块一侧通连,前上轴承A孔、前上轴承B孔和前上导向滚轴孔从前四面滚轴组件导向止转集成块一侧通连,后左轴承A孔、后左轴承B孔和后左导向滚轴孔从后四面滚轴组件导向止转集成块一侧通连,后右轴承A孔、后右轴承B孔和后右导向滚轴孔从后四面滚轴组件导向止转集成块一侧通连,穿后下轴承A孔、后下轴承B孔和后下导向滚轴孔从后四面滚轴组件导向止转集成块一侧通连,穿后上轴承A孔、后上轴承B孔和后上导向滚轴孔从后四面滚轴组件导向止转集成块一侧通连,穿后上轴承A孔、后上轴承B孔和后上导向滚轴孔同轴,前左导向滚轴孔与前往复 齿座导向段孔通连,前左导向滚轴侧面在前往复齿座导向段孔内与前往复齿座导向段左侧面贴合,前右导向滚轴孔与前往复齿座导向段孔通连,前右导向滚轴侧面在前往复齿座导向段孔内与前往复齿座导向段右侧面贴合,前上导向滚轴孔与前往复齿座导向段孔通连,前上导向滚轴侧面在前往复齿座导向段孔内与前往复齿座导向段上侧面贴合,前下导向滚轴孔与前往复齿座导向段孔通连,前下导向滚轴侧面与前往复齿座导向段下侧面贴合,后左导向滚轴孔与后往复齿座导向段孔通连,后左导向滚轴侧面与后往复齿座导向段左侧面贴合,后右导向滚轴孔与后往复齿座导向段孔通连,后右导向滚轴侧面在后右往复齿座导向段孔与后往复齿座导向段右侧面贴合,后上导向滚轴孔与后往复齿座导向段孔通连,后上导向滚轴侧面在后往复齿座导向段孔内与后往复齿座导向段上侧面贴合,后下导向滚轴孔与后往复齿座导向段孔通连,后下导向滚轴侧面在后往复齿座导向段孔内与后往复齿座导向段下侧面贴合,前四面滚轴组件导向止转集成块与后四面滚轴组件导向止转集成块对往复齿座导向段前面四侧部耐磨导向面抱合滚动摩擦止转导向,且对往复齿座导向段后面四侧部耐磨导向面抱合滚动摩擦止转导向,且利用前四侧部耐磨导向面与后四侧部耐磨导向面之间的距离加大对往复冲击齿的扶正导向力度。或前往复齿座导向段上孔轴线与后往复齿座导向段上孔轴线同轴或平行且前往复齿座导向段下孔轴线与后往复齿座导向段下孔轴线同轴或平行,前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上导向杆下轴承A孔、前上导向杆下轴承B孔和前上导向杆下导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆上轴承A孔、前下导向杆上轴承B孔和前下导向杆上导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆左轴承A孔、前下导向杆左轴承B孔和前下导向杆左导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,后往复齿座导向段上孔左侧的后往复齿座导向段上下孔集成块上设有穿后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔等,后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后上右轴承A孔、后上右轴承B孔和后上右导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后上导向杆下轴承A孔、后上导向杆下轴承B孔和后上导向杆下导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后下导向杆上轴承A孔、后下导向杆上轴承B孔和后下导向杆上导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后下导向杆左轴承A孔、后下导向杆左轴承B孔和后下导向杆左导向滚轴孔从 后往复齿座导向段上下孔集成块一侧通连,后下导向杆右轴承A孔、后下导向杆右轴承B孔和后下导向杆右导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段之间且设置在下插齿座前止转导向段与下插齿座后止转导向段之间或往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段后端且设置在下插齿座前止转导向段与下插齿座后止转导向段后端或往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段之间且设置在下插齿座前止转导向段与下插齿座后止转导向段后端或往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段后端且设置在下插齿座前止转导向段与下插齿座后止转导向段之间或往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段前端且设置在下插齿座前止转导向段与下插齿座后止转导向段之间,往复齿座导向段连接件、上插齿座前止转导向段、上插齿座后止转导向段、下插齿座前止转导向段与下插齿座后止转导向段为一体式,前装滚动导向止转组件块与后装滚动导向止转组件块使下往复齿座导向段处的滚轴导向止转器与上往复齿座导向段处的滚轴导向止转器互相协助导向止转。或前往复齿座导向段上孔轴线与后往复齿座导向段上孔轴线同轴或平行且使前往复齿座导向段下孔轴线与前往复齿座导向段上孔轴线平行,前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上导向杆下轴承A孔、前上导向杆下轴承B孔和前上导向杆下导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆上轴承A孔、前下导向杆上轴承B孔和前下导向杆上导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆左轴承A孔、前下导向杆左轴承B孔和前下导向杆左导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔从后往复齿座导向段上孔集成块一侧通连,后上右轴承A孔、后上右轴承B孔和后上右导向滚轴孔从后往复齿座导向段上孔集成块一侧通连,后上导向杆下轴承A孔、后上导向杆下轴承B孔和后上导向杆下导向滚轴孔从后往复齿座导向段上孔集成块一侧通连,后上导向杆上轴承A孔、后上导向杆上轴承B孔和后上导向杆上导向滚轴孔从后往复齿座导向段上孔集成块一侧通连,往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段之间且设置在下往复齿座导向段后端或往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段后端且设置在下往复齿座导向段后端或往复齿座导向段连接 件设置在上插齿座前止转导向段与上插齿座后止转导向段前端且设置在下往复齿座导向段前端或往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段之间且设置在下往复齿座导向段前端,前往复齿座导向段上下孔集成块与后往复齿座导向段上孔集成块使曲柄连杆设置在下往复齿座导向段后部,降低集成块密封导向止转箱的高度,增加往复冲击采掘机适应薄煤层、小巷道的采掘能力,同时利用曲柄连杆在前往复齿座导向段上下孔集成块与后往复齿座导向段上孔集成块之间设置的结构,提高曲柄连杆对各滚动导向止转器的甩油润滑效果。或前往复齿座导向段上孔轴线与后往复齿座导向段上孔轴线同轴或平行且使前往复齿座导向段下孔轴线与后往复齿座导向段下孔轴线同轴或平行,前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上导向杆上轴承A孔、前上导向杆上轴承B孔和前上导向杆上导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆下轴承A孔、前下导向杆下轴承B孔和前下导向杆下导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆左轴承A孔、前下导向杆左轴承B孔和前下导向杆左导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后上右轴承A孔、后上右轴承B孔和后上右导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后上导向杆上轴承A孔、后上导向杆上轴承B孔和后上导向杆上导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后下导向杆下轴承A孔、后下导向杆下轴承B孔和后下导向杆下导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后下导向杆左轴承A孔、后下导向杆左轴承B孔和后下导向杆左导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后下导向杆右轴承A孔、后下导向杆右轴承B孔和后下导向杆右导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后下导向杆右轴承A孔、后下导向杆右轴承B孔和后下导向杆右导向滚轴孔同轴,曲柄连杆设置在前往复齿座导向段上下孔集成块与后往复齿座导向段上下孔集成块之间且设置在上往复齿座导向段与下往复齿座导向段之间,充分利用了前往复齿座导向段上下孔集成块与后往复齿座导向段上下孔集成块的导向止转间距,且有利于曲柄连杆的旋转力将前往复齿座导向段上下孔集成块与后往复齿座导向段上下孔集成块之间的润滑液体甩向个滚动导向止转器。或前锐角往复齿座导向段孔轴线与后锐角往复齿座导向段孔轴线同轴或平行,前左轴承A孔、前左轴承B孔和前左导向滚轴孔从前轴线锐角导向止转集 成块一侧通连,前右轴承A孔、前右轴承B孔和前右导向滚轴孔从前轴线锐角导向止转集成块一侧通连,前下轴承A孔、前下轴承B孔和前下导向滚轴孔从前轴线锐角导向止转集成块一侧通连,前左导向滚轴孔轴线与前下导向滚轴孔轴线的夹角小于90度,前右导向滚轴孔轴线与前下导向滚轴孔轴线的夹角小于90度,前左导向滚轴贴靠前下导向滚轴的轴端到前右导向滚轴贴靠前下导向滚轴的轴端的距离大于前左导向滚轴远离前下导向滚轴的轴端到前右导向滚轴远离前下导向滚轴的轴端的距离,前下导向滚轴、前左导向滚轴和前右导向滚轴组成前锐角三面滚轴导向止转器,后轴线锐角导向止转集成块上设有后锐角往复齿座导向段孔,后左轴承A孔、后左轴承B孔和后左导向滚轴孔从后轴线锐角导向止转集成块一侧通连,后左轴承A孔、后左轴承B孔和后左导向滚轴孔同轴,后右轴承A孔、后右轴承B孔和后右导向滚轴孔从后轴线锐角导向止转集成块一侧通连,后右轴承A孔、后右轴承B孔和后右导向滚轴孔同轴,后下轴承A孔、后下轴承B孔和后下导向滚轴孔从后轴线锐角导向止转集成块一侧通连,后下轴承A孔、后下轴承B孔和后下导向滚轴孔同轴,后左导向滚轴孔轴线与后下导向滚轴孔轴线的夹角小于90度,后右导向滚轴孔轴线与后下导向滚轴孔轴线的夹角小于90度,后左导向滚轴贴靠后下导向滚轴的轴端到后右导向滚轴贴靠后下导向滚轴的轴端的距离大于后左导向滚轴远离后下导向滚轴的轴端到后右导向滚轴远离后下导向滚轴的轴端的距离,后下导向滚轴、后左导向滚轴和后右导向滚轴组成后锐角三面滚轴导向止转器,阻止后往复齿座导向段向上下、向左右摆动,对后往复齿座导向段导向止转,前锐角三面滚轴导向止转器和后锐角三面滚轴导向止转器配合对往复齿座导向段滚动摩擦导向止转,节约了滚轴导向止转器的使用数量及与设置空间,降低制造成本。
8、使用前两面滚轴组件导向止转集成块时,前往复齿座凸起导向段孔轴线与后往复齿座凸起导向段孔轴线同轴或平行,前左轴承A孔、前左轴承B孔和前左凹腰导向滚轴孔从前两面滚轴组件导向止转集成块一侧通连,前右轴承A孔、前右轴承B孔和前右凹腰导向滚轴孔从前两面滚轴组件导向止转集成块一侧通连,穿后下轴承A孔、后下轴承B孔和后下凹腰导向滚轴孔从后两面滚轴组件导向止转集成块一侧通连,穿后上轴承A孔、后上轴承B孔和后上凹腰导向滚轴孔从后两面滚轴组件导向止转集成块一侧通连,与前左凹腰导向滚轴孔与前往复齿座凸起导向段孔通连,前左凹腰导向滚轴侧面在前往复齿座凸起导向段孔内与前往复齿座凸起导向段左侧面贴合,前右凹腰导向滚轴孔与前往复齿座凸起导向段孔通连,前右凹腰导向滚轴侧面在前往复齿座凸起导向段孔内与前往复齿座凸起导向段右侧面贴合,后上凹腰导向滚轴孔与后往复齿座凸起导向段孔通连,后上凹腰导向滚轴侧面在后往复齿座凸起导向段孔内与后往复齿座凸起导向段上侧面贴合, 后下凹腰导向滚轴侧面在后往复齿座凸起导向段孔内与后往复齿座凸起导向段下侧面贴合,凹腰导向滚轴的凹面与往复齿座凸起导向段的凸起扣合防止往复齿座凸起导向段上下、左右摆动,该结构仅使用两组滚轴导向止转器即可实现对连动导向密封插齿座的导向扶正,减少了滚轴导向止转器的使用数量及与设置空间,降低制造成本且减低了往复冲击部的高度。
9、前往复齿座凸起导向段孔轴线与后往复齿座凸起导向段孔轴线同轴或平行,前凹腰轴承件导向止转器左孔与前往复齿座凸起导向段孔通连,前凹腰轴承件导向止转器侧面在前往复齿座凸起导向段孔内与前往复齿座凸起导向段左侧面贴合,前凹腰轴承件导向止转器右孔与前往复齿座凸起导向段孔通连,前凹腰轴承件导向止转器侧面在前往复齿座凸起导向段孔内与前往复齿座凸起导向段右侧面贴合,后凹腰轴承件导向止转器下孔与后往复齿座凸起导向段孔通连,后凹腰轴承件导向止转器侧面在后往复齿座凸起导向段孔内与后往复齿座凸起导向段下侧面贴合,后凹腰轴承件导向止转器上孔与后往复齿座凸起导向段孔通连,后凹腰轴承件导向止转器侧面在后往复齿座凸起导向段孔内与后往复齿座凸起导向段上侧面贴合,凹腰轴承件导向止转器的凹面与往复齿座凸起导向段的凸起扣合防止往复齿座凸起导向段上下、左右摆动,滚动导向止转器仅用一个轴承,结构设置简单,占用空间少,制造成本低。
10、往复齿座导向段上的与导向滚轴贴合平面宽度小于导向滚轴上的与往复齿座导向段贴合平面的长度,当导向滚轴轴向移动时往复齿座导向段平面仍与导向滚轴贴紧滚动磨擦导向止转,或往复齿座导向段上的与导向轴承件贴合平面宽度小于导向轴承件上的与往复齿座导向段贴合平面的长度,当导向轴承件轴向移动时往复齿座导向段平面仍与导向轴承件贴紧滚动磨擦导向止转,加宽导向幅度增大导向力度,提高往复齿座导向段使用寿命。
11、圆截面往复齿座密封段,有利于密封,左止转杆导向平面与右止转杆导向平面平行和/或上止转杆导向平面与下止转杆导向平面平行,相互平行的两平面与导向滚轴贴合滚动摩擦且滚动导向止转,避免了导向滚轴与往复齿座导向段滑动摩擦。
12、导向扶正段与往复齿座导向段孔壁之间设有防摩擦间隙,防摩擦间隙在往复冲击时避免导向扶正段与任何部件产生滑动摩擦。
13、连杆铰接轴孔与止转杆铰接轴孔同心,铰接轴设置在止转杆铰接轴孔与连杆铰接轴孔内,使往复齿座导向段与连杆铰接或在止转杆铰接轴孔与连杆铰接轴孔内设置关节轴承 后用铰接轴连接,关节轴承防止导向止转杆损坏连杆。
14、副齿轮设置在主齿轮上端和/或主齿轮下端,往复动力器与主齿轮连接,往复动力器驱动主齿轮转动,主齿轮带动副齿轮旋转,副齿轮带动连杆或副齿轮及主齿轮带动连杆运动,集成块密封导向止转箱设有润滑液体,连杆带动润滑液旋转润滑集成块密封导向止转箱,齿轮传动箱实现了一个动力源带动两个以上曲柄连杆机构的功能。
15、曲轴和/或轴承挡套上设有甩油器,曲轴和/或轴承挡套设有甩油齿轮,甩油器设有甩油器传动齿轮,甩油齿轮带动甩油器传动齿轮旋转甩油,甩油器甩油对装滚动导向止转器等润滑降温。
16、挡轴承套设有进油孔和出油孔等,挡轴承套内腔存贮润滑液或在挡轴承套内腔设置海绵体等,海绵体储存润滑液,延长对滚轴导向止转器润滑时间,提高滚轴导向止转器的使用寿命。
17、集成块密封导向止转箱与往复齿座密封段之间设有密封往复齿座件或浮动密封套等,外浮动密封件设置在中间骨架外圈,内浮动密封件设置在中间骨架内圈,往复齿座密封段穿过内浮动密封件,内浮动密封件贴紧往复齿座密封段密封,伸缩防护罩一端扣合在往复齿座密封段上,另一端扣合在中间骨架上,伸缩防护罩阻止物料损坏、污染往复齿座密封段。
18、主齿体连接梁一端设置在上主齿体连接套上,另一端设置在下主齿体连接套上,主齿体连接梁将上主齿体连接套和下主齿体连接套连接固定,上主齿体连接套和下主齿体连接套分别与上主齿体和下主齿体套合,上连动导向密封插齿座与下连动导向密封插齿座一端或两端伸出集成块密封导向止转箱外,上连动导向密封插齿座与下连动导向密封插齿座在集成块密封导向止转箱内连接,上主齿体设置在上连动导向密封插齿座的端部,下主齿体设置在下连动导向密封插齿座的端部,梁套冲齿架将上连动导向密封插齿座、下连动导向密封插齿座紧固为一体式,往复动力器在集成块密封导向止转箱内驱动上连动导向密封插齿座、下连动导向密封插齿座,上连动导向密封插齿座、下连动导向密封插齿座带动上主齿体和下主齿体和梁套冲齿架往复冲击,用梁套冲齿架在集成块密封导向止转箱外将上连动导向密封插齿座与下连动导向密封插齿座固定,使上连动导向密封插齿座与下连动导向密封插齿座形成结构强度大、导向稳定、冲击幅宽大的框架,大大提高了上连动导向密封插齿座与下连动导向密封插齿座之间互为支撑、互相扶正的力度,保护了浮动密封等易损件,防止灰尘、水等进入箱体且易损件便于更换。
19、在导向箱板上设置密封往复齿座件或浮动密封套孔壁的外部设置箱板护伸缩密封件套等,主齿体护伸缩密封件套设置在箱板护伸缩密封件套的内侧或外侧,箱板护伸缩密封件套与主齿体护伸缩密封件套套合伸缩防护或箱板护伸缩密封件套与主齿体护伸缩密封件套之间设有外护套密封件等,主齿体护伸缩密封件套、外护套密封件与集成块密封导向止转箱上设置的箱板护伸缩密封件套配合伸缩密封,阻止粉尘、泥水进入,防止物料等砸击损伤往复齿座密封段,提高滚动导向止转器及曲柄连杆的使用寿命。
20、主齿体护伸缩密封件套与箱板护伸缩密封件套搭接重合段的长度大于主往复齿往复冲击的冲击行程,主齿体护伸缩密封件套与箱板护伸缩密封件套之间设有外护套密封件等,主往复齿往复冲击时外护套密封件处在主齿体护伸缩密封件套与箱板护伸缩密封件套搭接重合段内。
21、箱板护伸缩密封件套前端面处设有分料面等,分料面向两侧输导物料,将侧往复齿朝向箱板护伸缩密封件套前端面处积存物料导出,使箱板护伸缩密封件套与主齿体或与侧往复齿之间不形成物料层,防止物料层阻止主往复齿和/或侧往复齿往复冲击。
22、主齿体后部设置护套防护件,护套防护件间隔布置在主齿体后部,护套防护件的形状与箱板护伸缩密封件套端面不形成挤压面,防止物料在护套防护件与箱板护伸缩密封件套之间堆积,护套防护件阻止物料冲击损毁主齿体护伸缩密封件套。
23、梁套冲齿架为单排设置或多排设置等,当梁套冲齿架为多排设置时,前排梁套冲齿架上的主齿体连接梁相对于集成块密封导向止转箱向外凸起,后排梁套冲齿架上的主齿体连接梁相对于集成块密封导向止转箱向内凹进,前排凸起的主齿体连接梁与后排凹进的主齿体连接梁形成出料口,出料口有利于所采掘物料顺利快速排出。
24、推顶箱体件的一端顶在箱体导向孔板上或顶在顶推卸往复齿器台上或卡在顶推卸往复齿器孔槽内,另一端与推挡往复齿件连接,推挡往复齿件的另一端设有卡挡往复齿端面,卡挡往复齿端面的形状为当往复齿向集成块密封导向止转箱方向运动时阻止往复齿缩回,卡挡往复齿端面借助往复动力器的强大拉力将主往复齿或侧往复齿卸下,方便快捷,效率高。
25、硬质耐磨套套合在往复齿座导向段上,硬质耐磨套与往复齿座导向段上设有硬质耐磨套止转结构等,或硬质耐磨块与往复齿座导向段通过卡槽固定连接或通过螺纹固定连接或通过锥面固定连接或用耐磨块止退件固定连接等,硬质耐磨套和/或硬质耐磨块增加了往复齿座导向段抗冲击、抗磨损强度。
26、前装滚动导向止转组件块与后装滚动导向止转组件块之间的前后扶正导向止转间距中设有水道或水箱或水管等,或在密封导向止转箱底部或侧部设有水道或水箱或水管等,水通过水道或水箱或水管对装滚动导向止转组件块进行冷却降温。
27、连动导向密封插齿座设有连动导向密封插齿座水道等,箱体水道在集成块密封导向止转箱内与连动导向密封插齿座水道连接或在集成块密封导向止转箱外与连动导向密封插齿座水道连接或箱体水道在集成块密封导向止转箱外与主往复齿连接,连动导向密封插齿座进水口设置在箱体内或设置在箱体外,当连动导向密封插齿座进水口设置在箱体内时,箱体内水路与连动导向密封插齿座进水口之间设有软管连接件或往复密封连接件或伸缩管连接件,箱体内水路固定在箱体上,软管连接件的一端与箱体内水路连接,另一端与连动导向密封插齿座进水口连接,当连动导向密封插齿座往复运动时,软管连接件的软管随连动导向密封插齿座往复摆动,避免水从箱体内水路输送到连动导向密封插齿座进水口过程中泄露。
28、主齿体水道和连动导向密封插齿座水道连接,连动导向密封插齿座水道出口处的两端设有前密封件和后密封件等,前密封件设置在连动导向密封插齿座水道出口的前端,后密封件设置在连动导向密封插齿座水道出口的后端,将主齿插孔件上的主齿体水道与连动导向密封插齿座水道连接,前密封件后密封件阻止水从主齿体与连动导向密封插齿座配合的缝隙间流出。
29、集成块连接件的长度大于滚耙驱动器的外径,集成块连接件包括集成块上连接板等,将前装滚动导向止转组件块与后装滚动导向止转组件块上部的集成块上连接板向下位移,使集成块上连接板的底面靠近连动导向密封插齿座且设有间隙,使前装滚动导向止转组件块与后装滚动导向止转组件块之间形成固定滚耙驱动器凹槽等,将滚耙驱动器设置在固定滚耙驱动器凹槽内,降低滚耙驱动器距离地面的高度,避免滚耙驱动器与巷道顶壁碰撞、摩擦,降低采掘巷道所需高度,节省人力、物力、时间。
30、左滚耙驱动器、右滚耙驱动器设置在固定滚耙驱动器凹槽内,左滚耙驱动器、右滚耙驱动器共同驱动同一滚耙传动件,滚耙传动件带动滚耙旋转臂旋转,左滚耙驱动器、右滚耙驱动器的外径均小于用一个滚耙驱动器驱动滚耙传动件滚耙驱动器的外径,降低滚耙驱动器距离地面的高度,避免滚耙驱动器与巷道顶壁碰撞、摩擦,降低采掘巷道所需高度,节省人力、物力、时间。
31、滚耙传动齿轮或滚耙传动链轮设置在集成块密封导向止转箱侧部,左滚耙驱动齿轮、右 滚耙驱动齿轮与滚耙传动齿轮扣合传动或左滚耙驱动齿轮、右滚耙驱动齿轮与滚耙传动链轮扣合传动,滚耙传动齿轮或滚耙传动链轮的设置有利于调整滚耙旋转臂在动力箱体上的设置位置。
32、将前装滚动导向止转组件块与后装滚动导向止转组件块下部的集成块下连接板向上位移,使集成块下连接板的底面靠近连动导向密封插齿座且设有间隙,使前装滚动导向止转组件块与后装滚动导向止转组件块之间形成滚耙通轴倒凹槽,将滚耙通轴支撑耳板设置在滚耙通轴倒凹槽两侧,将轴承或轴套设置在滚耙通轴支撑耳板上,将传动通轴穿过轴承或轴套,轴承或轴套及传动通轴通过集成块下连接板与往复齿座导向段隔离,或在伸缩护套箱板前端、靠近往复齿座密封段下部设置左滚耙支撑耳板、右滚耙支撑耳板,将轴承或轴套设置在左滚耙支撑耳板和右滚耙支撑耳板上,传动通轴穿过轴承或轴套,避免传动通轴对往复齿座导向段造成损坏、污染,增大滚耙通轴相对地面的高度,避免滚耙通轴与地面碰撞。
33、将主齿体设置为柱形主齿体,将侧齿座设置在柱形主齿体上,或将侧齿座设置在柱形锥主齿体上,或在柱形主齿体上设置支撑侧往复齿的侧齿臂,使侧齿座设置在侧齿臂上,在柱形主齿体上设置一个以上的侧齿臂,各侧齿臂之间设有间隙,使侧齿臂与柱形主齿体形成冲齿架,或在上主齿体与下主齿体之间设置连接梁,将侧齿座设置在梁架式主齿体上,在满足柱形套主齿体或柱形锥主齿体或侧齿臂主齿体或梁架式主齿体或侧齿座等抗冲击强度的同时将柱形套主齿体或柱形锥主齿体或侧齿臂主齿体或梁架式主齿体或侧齿座等朝向集成块密封导向止转箱的截面减小,减小柱形套主齿体或柱形锥主齿体或侧齿臂主齿体或梁架式主齿体或侧齿座等朝向集成块密封导向止转箱的截面对所采落物料的阻挡,确保物料顺利快速流出,增大集成块密封导向止转箱上向主往复齿和/或侧往复齿的喷水空间,提高对主往复齿与侧往复齿喷水降温效果,延长主往复齿与侧往复齿使用寿命,降低采掘部件损耗成本,避免因往复冲齿往复冲击时无水降温造成火花飞溅引起粉尘爆炸或引起瓦斯爆炸等重大人身伤亡的事故的发生。
34、在滚动导向止转器孔内设置拆滚动导向止转器垫,拆滚动导向止转器垫位于滚动导向止转器的一端,拆滚动导向止转器垫上设置滚动导向止转器垫螺纹通孔或设置滚动导向止转器垫螺纹盲孔且设有挡轴承外圈挡台等,挡轴承外圈挡台的内径大于或等于轴承外圈的内径,轴承外圈在滚动导向止转器孔内定位,导向滚轴的端部设有导向滚轴顶丝孔等,拆卸滚动导向止转器时,使拆轴承外螺纹螺钉或拆轴承外螺纹螺杆等拧在导向滚轴顶丝孔内将导向滚轴和轴承A拉出,使拆轴承外螺纹螺钉或拆轴承外螺纹螺杆等拧在拆滚动 导向止转器垫螺纹通孔或拧在拆滚动导向止转器垫螺纹盲孔将轴承B拉出,结构简单,可达到快速拆卸的目的,提高了工作效率。
35、往复齿座连动段、往复齿座导向段、往复齿座密封段和往复齿座插齿段为一体式结构,使主往复齿的连动导向密封插齿座在集成块密封导向止转箱内通过滚动导向机构抱合扶正止转,提高了主往复齿直线往复冲击的稳定性,提高了连动导向密封插齿座的结构强度,便于制作,零部件精度好。
36、推顶箱体件的一端顶在箱体导向孔板上或顶在顶推卸主冲齿器台上或卡在顶推卸主齿器孔槽内,另一端与推挡主冲齿件连接,推挡主冲齿件的另一端设有卡挡主冲齿端面,卡挡主冲齿端面的形状为当主冲齿向集成块密封导向止转箱方向运动时阻止主冲齿缩回,卡挡主冲齿端面借助往复动力器的强大拉力将主齿体与主冲齿分离。
37、在导向密封齿座插柱后端设置齿座插柱止转台或齿座插柱止转销孔等,在主往复齿插孔后端设置主往复齿插孔止转槽等,主往复齿插孔止转槽朝向集成块密封导向止转箱方向开口,主往复齿插孔止转槽扣合在齿座插柱止转台上阻止主往复齿插孔相对于导向密封齿座插柱旋转或在齿座插柱止转销孔内设置齿座插柱止转销等,主往复齿插孔止转槽扣合在齿座插柱止转销上阻止主往复齿插孔相对于导向密封齿座插柱旋转,主往复齿插孔止转槽外侧壁覆盖齿座插柱止转台或齿座插柱止转销,使齿座插柱止转台或齿座插柱止转销不受粉尘污染、水锈蚀,该结构适用于侧齿头与侧齿座的止转,或适用于增节齿体与齿座主齿体的止转,或适用于销柱式主齿体与固定侧齿圈的止转。
38、主齿体冲齿架和/或梁套冲齿架上设置一个以上的侧往复齿,侧往复齿与侧往复齿之间设有间隙,与主往复齿、侧往复齿后部相对的伸缩护套箱板上设有喷水嘴或喷水孔,喷水嘴或喷水孔相对于侧往复齿之间的间隙设置,水流通过侧往复齿之间的间隙喷至侧往复齿和/或主往复齿齿头,侧往复齿之间的间隙设置有利于被采落物料的排出。
39、主齿体物料流出分料面、侧齿臂物料流出分料面、侧齿座物料流出分料面与冲齿架物料流出分料面等组合成冲齿架多方位物料流出分料面,或主齿体物料流出分料面、侧齿臂物料流出分料面、侧齿座物料流出分料面与梁套冲齿架物料流出分料面等组合成梁套多方位物料流出分料面,多方位物料流出分料面加大了物料流出的空间,减少了影响物料流出的阻力,确保了物料的顺利流出,提高了物料流出的效率,增强了对所采物料块料的保护,减少了物料对设备的磨损,提高了使用往复冲击采煤机、掘进机的综合经济价值。
附图说明
图1是实施例1中装滚动导向止转组件块往复冲击采掘机的结构示意图;
图2是实施例1中装滚动导向止转组件块的结构示意图;
图3是实施例1中装滚动导向止转组件块的结构示意图;
图4是实施例1中图3的A-A剖视图;
图5是实施例1中图3的B-B剖视图;
图6是实施例1中连动导向密封插齿座的结构示意图;
图7是实施例2中装滚动导向止转组件块往复冲击采掘机的结构示意图;
图8是实施例2中装滚动导向止转组件块的结构示意图;
图9是实施例2中图8的C-C剖视图;
图10是实施例2中图8的D-D剖视图;
图11是实施例2中图8的E-E剖视图;
图12是实施例3中装滚动导向止转组件块的结构示意图;
图13是实施例3中滚动导向止转器的结构示意图;
图14是实施例4中装滚动导向止转组件块的结构示意图;
图15是实施例5中装滚动导向止转组件块的结构示意图;
图16是实施例5中图15的F-F剖视图;
图17是实施例5中图15的G-G剖视图;
图18是实施例6中装滚动导向止转组件块的结构示意图;
图19是实施例6中图18的H-H剖视图;
图20是实施例6中图18的I-I剖视图;
图21是实施例6中图18的J-J剖视图;
图22是实施例6中连动导向密封插齿座的结构示意图;
图23是实施例6中连动导向密封插齿座的结构示意图;
图24是实施例6中连动导向密封插齿座的结构示意图;
图25是实施例7中装滚动导向止转组件块的结构示意图;
图26是实施例7中图25的K-K剖视图;
图27是实施例7中图25的L-L剖视图;
图28是实施例7中图25的M-M剖视图;
图29是实施例8中装滚动导向止转组件块的结构示意图;
图30是实施例8中图29的N-N剖视图;
图31是实施例8中图29的O-O剖视图;
图32是实施例8中前三面滚轴组件导向止转集成块的结构示意图;
图33是实施例8中前五面滚轴组件导向止转集成块的结构示意图;
图34是实施例9中装滚动导向止转组件块的结构示意图;
图35是实施例9中图34的P-P剖视图;
图36是实施例9中图34的Q-Q剖视图;
图37是实施例10中连动导向密封插齿座的结构示意图;
图38是实施例11中装滚动导向止转组件块的结构示意图;
图39是实施例11中图38的R-R剖视图;
图40是实施例11中图38的S-S剖视图;
图41是实施例12中装滚动导向止转组件块的结构示意图;
图42是实施例12中图41的T-T剖视图;
图43是实施例12中图41的U-U剖视图;
图44是实施例13中前轴线锐角导向止转集成块的结构示意图;
图45是实施例13中后轴线锐角导向止转集成块的结构示意图;
图46是实施例14中装滚动导向止转组件块的结构示意图;
图47是实施例14中图46的V-V剖视图;
图48是实施例14中图46的W-W剖视图;
图49是实施例14中图46的X-X剖视图;
图50是实施例15中装滚动导向止转组件块的结构示意图;
图51是实施例15中图50的Y-Y剖视图;
图52是实施例15中图50的Z-Z剖视图;
图53是实施例16中装滚动导向止转组件块的结构示意图;
图54是实施例16中图53的AA-AA剖视图;
图55是实施例16中图53的BB-BB剖视图;
图56是实施例17中装滚动导向止转组件块的结构示意图;
图57是实施例17中图56的CC-CC剖视图;
图58是实施例17中图56的DD-DD剖视图;
图59是实施例18中集成块密封导向止转箱外设有齿轮传动箱的结构示意图;
图60是实施例19中往复齿座连动段的结构示意图;
图61是实施例19中往复齿座连动段与连杆铰接的结构示意图;
图62是实施例20中装滚动导向止转组件块设有水道的结构示意图;
图63是实施例21中装滚动导向止转组件块的结构示意图;
图64是实施例22中装滚动导向止转组件块的结构示意图;
图65是实施例22中装滚动导向止转组件块的结构示意图;
图66是实施例23中装滚动导向止转组件块的结构示意图;
图67是实施例24中装滚动导向止转组件块的结构示意图;
图68是实施例25中装滚动导向止转组件块的结构示意图;
图69是实施例26中装滚动导向止转组件块的结构示意图;
图70是实施例27中主齿体后部结构示意图;
图71是实施例28中主齿体后部结构示意图;
图72是实施例28中图71的EE-EE剖视图;
图73是实施例29中主齿体的结构示意图;
图74是实施例30中装滚动导向止转组件块的结构示意图;
图75是实施例30中装滚动导向止转组件块的结构示意图;
图76是实施例31中往复齿座导向段上设有硬质耐磨件的结构示意图;
图77是实施例32中往复齿座导向段上设有硬质耐磨件的结构示意图;
图78是实施例33中装滚动导向止转组件块设有水箱的结构示意图;
图79是实施例33中装滚动导向止转组件块设有水道的结构示意图;
图80是实施例33中主齿体水道的结构示意图;
图81是实施例33中装滚动导向止转组件块设有水道的结构示意图;
图82是实施例34中装滚动导向止转组件块设有滚耙驱动器的结构示意图;
图83是实施例35中装滚动导向止转组件块设有滚耙驱动器的结构示意图;
图84是实施例35中图83的FF-FF剖视图;
图85是实施例36中装滚动导向止转组件块设有滚耙驱动器的结构示意图;
图86是实施例36中装滚动导向止转组件块设有滚耙驱动器的结构示意图;
图87是实施例37中柱形套主齿体的结构示意图;
图88是实施例38中柱形锥主齿体的结构示意图;
图89是实施例39中侧齿臂主齿体的结构示意图;
图90是实施例40中梁架式主齿体的结构示意图;
图91是实施例41中卸往复齿器的结构示意图;
图92是实施例42中装滚动导向止转组件块设有喷水嘴的结构示意图。
图中:
1、装滚动导向止转组件块;2、前装滚动导向止转组件块;3、后装滚动导向止转组件块;4、导向滚轴;5、连动导向密封插齿座;6、轴承A;7、轴承B;8、往复冲齿;9、往复动力器;10、前后扶正导向止转间距;11、滚轴导向止转器;12、前滚动导向止转器侧壁;13、前往复齿座导向段孔;14、前往复齿座导向段;15、前滚动导向止转器孔;16、曲柄连杆;17、凸轴机构;18、上往复齿座连动段;19、上往复齿座导向段;20、往复齿座导向段连接件;21、上往复齿座插齿段;22、下往复齿座连动段;23、下往复齿座插齿段;24、下往复齿座密封段;25、上往复齿座密封段;26、集成块连接件;27、前装往复齿座导向段单孔集成块;28、轴承B孔;29、导向滚轴孔;30、轴承A孔;31、后装往复齿座导向段单孔集成块;32、后往复齿座导向段孔;33、往复齿座导向段;34、往复齿座导向段平面;35、前右导向滚轴;36、前左导向滚轴;37、挡轴承套;38、海绵体;39、进油孔;40、端盖;41、出油孔;42、轴承A内圈挡台;43、轴承B内圈挡台;44、滚动导向止转器;45、固定轴承本体轴;46、挡轴承本体内圈B挡套;47、挡轴承本体内圈A挡套;48、前左轴承A孔;49、前左导向滚轴孔;50、前左轴承B孔;51、前右轴承B孔;52、前右导向滚轴孔;53、前右轴承A孔;54、前中间滚动导向止转器孔;55、前往复齿座导向段右孔;56、右插齿座;57、前右往复齿座导向段面;58、前中间滚动导向止转器;59、左插齿座;60、前往复齿座导向段左孔;61、前左往复齿座导向段面;62、后中间滚动导向止转器孔;63、后往复齿座导向 段右孔;64、后右往复齿座导向段面;65、后中间滚动导向止转器;66、后往复齿座导向段左孔;67、后左往复齿座导向段面;68、左凸轴;69、右凸轴;70、圆截面往复齿座密封段;71、往复齿座密封段;72、往复齿座插齿段;73、往复齿座连动段;74、后往复齿座导向段;75、前上中间滚动导向止转器孔;76、前上中间滚动导向止转器;77、前右上往复齿座导向段孔;78、右前上导杆右滚动导向止转器孔;79、右前上导杆下滚动导向止转器孔;80、右前下导杆上滚动导向止转器孔;81、右前下导杆右滚动导向止转器孔;82、前右下往复齿座导向段孔;83、前下中间滚动导向止转器;84、前下中间滚动导向止转器孔;85、前左下往复齿座导向段孔;86、左前下导杆左滚动导向止转器孔;87、左前下导杆上滚动导向止转器孔;88、左前上导杆下滚动导向止转器孔;89、左前上导杆左滚动导向止转器孔;90、前左上往复齿座导向段孔;91、后上中间滚动导向止转器;92、后右上往复齿座导向段孔;93、右后上导杆右滚动导向止转器孔;94、右后上导杆下滚动导向止转器孔;95、右后下导杆上滚动导向止转器孔;96、右后下导杆右滚动导向止转器孔;97、后右下往复齿座导向段孔;98、后下中间滚动导向止转器;99、后下中间滚动导向止转器孔;100、后左下往复齿座导向段孔;101、左后下导杆左滚动导向止转器孔;102、左后下导杆上滚动导向止转器孔;103、左后上导杆下滚动导向止转器孔;104、左后上导杆左滚动导向止转器孔;105、后左上往复齿座导向段孔;106、后上中间滚动导向止转器孔;107、前上导向滚轴;108、前上轴承B;109、前上轴承B孔;110、导向滚轴顶丝孔;111、前右轴承A;112、前右轴承B;113、拆滚动导向止转器垫;114、拆滚动导向止转器垫螺纹通孔;115、前下轴承B;116、前下轴承B孔;117、前下导向滚轴;118、前下导向滚轴孔;119、前下轴承A孔;120、前下轴承A;121、前左轴承B;122、前左轴承A;123、前上轴承A孔;124、前上轴承A;125、前上导向滚轴孔;126、后上导向滚轴;127、后上轴承B;128、后上轴承B孔;129、后右轴承A孔;130、后右轴承A;131、后右导向滚轴孔;132、后右导向滚轴;133、后右轴承B孔;134、后右轴承B;135、后下轴承B;136、后下轴承B孔;137、后下导向滚轴;138、后下导向滚轴孔;139、后下轴承A孔;140、后下轴承A;141、后左轴承B孔;142、后左轴承B;143、后左导向滚轴;144、后左导向滚轴孔;145、后左轴承A;146、后左轴承A孔;147、后上轴承A孔;148、后上轴承A;149、后上导向滚轴孔;150、前三面滚轴组件导向止转集成块;151、前五面滚轴组件导向止转集成块;152、前往复齿座导向段上下孔集成块;153、后往复齿座导向段上下孔集成块;154、前往复齿座导向段上孔;155、前上右轴承A孔;156、前上右导向滚轴孔;157、前上右轴承B孔;158、前上导向杆下轴承B孔;159、前下导向杆上轴承B孔;160、前下导向杆右轴承A孔;161、前下导向杆右导向滚轴孔;162、前下导向杆右轴承B孔;163、前往复齿座导向段下孔;164、下插齿座前止转导向段;165、前下导向 杆左轴承B孔;166、前下导向杆左导向滚轴孔;167、前下导向杆左轴承A孔;168、前下导向杆上轴承A孔;169、前下导向杆上导向滚轴孔;170、前上导向杆下导向滚轴孔;171、前上导向杆下轴承A孔;172、前上左轴承B孔;173、前上左导向滚轴孔;174、前上左轴承A孔;175、上插齿座前止转导向段;176、后往复齿座导向段上孔;177、后上右轴承A孔;178、后上右导向滚轴孔;179、后上右轴承B孔;180、后上导向杆下轴承B孔;181、后下导向杆上轴承B孔;182、后下导向杆右轴承A孔;183、后下导向杆右导向滚轴孔;184、后下导向杆右轴承B孔;185、后往复齿座导向段下孔;186、下插齿座后止转导向段;187、后下导向杆左轴承B孔;188、后下导向杆左导向滚轴孔;189、后下导向杆左轴承A孔;190、后下导向杆上轴承A孔;191、后下导向杆上导向滚轴孔;192、后上导向杆下导向滚轴孔;193、后上导向杆下轴承A孔;194、后上左轴承B孔;195、后上左导向滚轴孔;196、后上左轴承A孔;197、上插齿座后止转导向段;198、下往复齿座导向段;199、后上导向杆上轴承A孔;200、后上导向杆上导向滚轴孔;201、后上导向杆上轴承B孔;202、前下导向杆下轴承B孔;203、前下导向杆下导向滚轴孔;204、前下导向杆下轴承A孔;205、前上导向杆上轴承A孔;206、前上导向杆上导向滚轴孔;207、前上导向杆上轴承B孔;208、后下导向杆下轴承B孔;209、后下导向杆下导向滚轴孔;210、后下导向杆下轴承A孔;211、前轴线锐角导向止转集成块;212、前锐角往复齿座导向段孔;213、后轴线锐角导向止转集成块;214、后锐角往复齿座导向段孔;215、前往复齿座导向段左右孔集成块;216、后往复齿座导向段左右孔集成块;217、前右导向杆上轴承B孔;218、前右导向杆上导向滚轴孔;219、前右导向杆上轴承A孔;220、右导向杆右轴承A孔;221、前右导向杆右导向滚轴孔;222、前右导向杆右轴承B孔;223、前右导向杆下轴承A孔;224、前右导向杆下导向滚轴孔;225、前右导向杆下轴承B孔;226、前左下轴承B孔;227、前左下导向滚轴孔;228、前左下轴承A孔;229、前左左轴承B孔;230、前左左导向滚轴孔;231、前左左轴承A孔;232、前左上轴承A孔;233、前左上导向滚轴孔;234、前左上轴承B孔;235、后右导向杆上轴承B孔;236、后右导向杆上导向滚轴孔;237、后右导向杆上轴承A孔;238、后右导向杆右轴承A孔;239、后右导向杆右导向滚轴孔;240、后右导向杆右轴承B孔;241、后右导向杆下轴承A孔;242、后右导向杆下导向滚轴孔;243、后右导向杆下轴承B孔;244、后左下轴承B孔;245、后左下导向滚轴孔;246、后左下轴承A孔;247、后左左轴承B孔;248、后左左导向滚轴孔;249、后左左轴承A孔;250、后左上轴承A孔;251、后左上导向滚轴孔;252、后左上轴承B孔;253、左往复齿座导向段;254、右往复齿座导向段;255、前两面组件止转导向集成块;256、后两面组件止转导向集成块;257、前右凹腰导向滚轴;258、前右凹腰导向滚轴孔;259、前左凹腰导向滚轴孔;260、前左凹腰导向滚轴;261、前往复齿座凸起导向段;262、后上凹腰导向 滚轴孔;263、后下凹腰导向滚轴孔;264、后下凹腰导向滚轴;265、后往复齿座凸起导向段孔;266、后上凹腰导向滚轴;267、后往复齿座凸起导向段;268、前凹腰轴承件导向止转器侧面;269、前凹腰轴承件导向止转器右孔;270、前往复齿座凸起导向段右侧面;271、前往复齿座凸起导向段左侧面;272、前凹腰轴承件导向止转器左孔;273、前凹腰轴承件导向止转器;274、后往复齿座凸起导向段上侧面;275、后凹腰轴承件导向止转器上孔;276、后往复齿座凸起导向段下侧面;277、后凹腰轴承件导向止转器下孔;278、后凹腰轴承件导向止转器侧面;279、前导向扶正段;280、后导向扶正段;281、防摩擦间隙;282、连杆;283、副齿轮;284、齿轮传动箱;285、主齿轮;286、止转杆铰接轴孔;287、铰接轴;288、关节轴承;289、勺甩油器;290、连杆铰接轴孔;291、水道;292、内浮动密封件;293、外浮动密封件;294、中间骨架;295、集成块密封导向止转箱;296、主齿体;297、主往复齿插孔;298、上主齿体连接套;299、主往复齿;300、上主齿体;301、侧往复齿;302、下主齿体;303、侧齿头;304、侧齿座;305、下主齿体连接套;306、主齿体连接梁;307、梁套冲齿架;308、上连动导向密封插齿座;309、下连动导向密封插齿座;310、箱板护伸缩密封件套;311、导向箱板;312、伸缩护套箱板;313、密封往复齿座件;314、穿往复齿座密封段孔;315、伸缩防护罩;316、浮动密封套;317、主齿体护伸缩密封件套;318、外护套密封件;319、主齿体护伸缩密封件套止退件;320、主齿体护伸缩密封件套拆卸顶丝孔;321、分料面;322、护套防护件;323、后排梁套冲齿架;324、出料口;325、前排梁套冲齿架;326、硬质耐磨块;327、硬质耐磨套;328、硬质耐磨套止转结构;329、水管;330、水箱;331、前密封件;332、后密封件;333、箱体水道;334、连动导向密封插齿座水道;335、主齿体水道;336、连动导向密封插齿座进水口;337、软管连接件;338、箱体内水路;339、固定滚耙驱动器凹槽;340、集成块上连接板;341、滚耙驱动器;342、左滚耙驱动器;343、左滚耙驱动齿轮;344、右滚耙驱动齿轮;345、右滚耙驱动器;346、滚耙传动件;347、滚耙传动齿轮;348、滚耙旋转臂;349、左滚耙支撑件;350、右滚耙支撑件;351、轴套;352、传动通轴;353、集成块下连接板;354、滚耙通轴倒凹槽;355、滚耙通轴;356、滚耙通轴支撑件;357、柱形套主齿体;358、柱形主齿体;359、柱形锥主齿体;360、主往复齿插柱;361、侧齿臂;362、梁架式主齿体;363、卸往复齿器;364、顶推卸往复齿器台;365、推顶箱体件;366、推挡往复齿件;367、主齿体冲齿架;368、喷水嘴。
具体实施方式
下面结合附图和具体实施方式对本发明做进一步说明。
实施例1
如图1至图6所示,为实施例1所示的装滚动导向止转组件块导向止转方法的装滚动导向止转组件块往复冲击采掘机,该装滚动导向止转组件块往复冲击采掘机包括连动导向密封插齿座5、往复动力器9、滚动导向止转器44、装滚动导向止转组件块1、集成块连接件26、导向止转箱密封件和往复冲齿8等,连动导向密封插齿座5包括往复齿座连动段73、往复齿座导向段33、往复齿座密封段71和往复齿座插齿段72等,往复齿座连动段73、往复齿座导向段33、往复齿座密封段71和往复齿座插齿段72为一体式,连动导向密封插齿座5前端设有两个以上往复齿座插齿段21组成多插齿座,往复冲齿8设置在连动导向密封插齿座5前端,往复动力器9为凸轴机构17,凸轴机构17包括曲柄连杆16等,当使用凸轴机构17时,曲柄连杆16与连动导向密封插齿座5铰接,一个连杆282带动多插齿座组成多插齿座往复冲击器,多插齿座往复冲击器包括上下插齿座往复冲击器,上下插齿座往复冲击器上部设有上往复齿座连动段18、上往复齿座导向段19、上往复齿座密封段25和上往复齿座插齿段21组成上连动导向密封插齿座308且上下插齿座往复冲击器下部设有下往复齿座连动段22、下往复齿座导向段198、下往复齿座密封段24和下往复齿座插齿段23组成下连动导向密封插齿座309,上往复齿座连动段18与下往复齿座连动段22组成往复齿座导向段连接件20,往复齿座导向段连接件20与上连动导向密封插齿座308、下连动导向密封插齿座309为一体式,滚动导向止转器44包括滚轴导向止转器11,滚轴导向止转器11包括轴承A6、轴承B7和导向滚轴4等,轴承A6、轴承B7分别设置在导向滚轴4的两端组成滚轴导向止转器11,装滚动导向止转组件块1包括前装滚动导向止转组件块2和后装滚动导向止转组件块3,前装滚动导向止转组件块2与后装滚动导向止转组件块3前后平行设置且前装滚动导向止转组件块2与后装滚动导向止转组件块3之间设有前后扶正导向止转间距10,集成块连接件26连接前装滚动导向止转组件块2、后装滚动导向止转组件块3形成集成块密封导向止转箱295,前装滚动导向止转组件块2包括前装往复齿座导向段多孔集成块,后装滚动导向止转组件块3包括后装往复齿座导向段多孔集成块,装滚动导向止转组件块1增大导向抱合力,加大导向扶正力度,减少往复齿座密封段71对导向止转箱密封件的摆动冲击,前装往复齿座导向段多孔集成块上设置多个前往复齿座导向段孔13且后装往复齿座导向段多孔集成块上设置多个后往复齿座导向段孔32,每个前往复齿座导向段孔13两个以上的侧部设置两个以上前滚动导向止转器孔15且每个后往复齿座导向段孔32两个以上的侧部设置两个以上后滚动导向止转器44孔,多个前往复齿座导向段14设置在多个前往复齿座导向段孔13内,多个后往复齿座导向段74设置在多个后往复齿座导向段孔32内,在每个前往复齿座导向段14的两个以上侧部将两个以上前滚动导向止转器44设置在两个以上前滚动导向止转器孔15内,在每个后往 复齿座导向段74的两个以上侧部将两个以上后滚动导向止转器44设置在两个以上后滚动导向止转器44孔内,两个以上前滚动导向止转器侧壁12分别与前往复齿座导向段14两个以上侧面在前往复齿座导向段孔13内贴合,两个以上后滚动导向止转器44侧壁分别与后往复齿座导向段74两个以上侧面在后往复齿座导向段孔32内贴合,装滚动导向止转组件块1将支撑多个滚动导向止转器44的多个支撑耳板做成一体式板块,一体式板块使支撑多个滚动导向止转器44的空间集约化实体化,提高对多个滚动导向止转器44的定位精度,减少使用多个支撑件时为增强每个支撑件强度所增加的空间浪费及材料浪费,装滚动导向止转组件块1提高对多个滚动导向止转器44及连动导向密封插齿座5的扶正强度,简化了结构提高了强度,减少连动导向密封插齿座5对往复动力器9的摆动冲击损坏,往复齿座密封段71与导向止转箱密封件配合密封集成块密封导向止转箱295,前装滚动导向止转组件块2及后装滚动导向止转组件块3支撑连动导向密封插齿座5,连动导向密封插齿座5端部设置往复冲齿8组成连动导向密封齿座往复冲击器,往复动力器9连接往复齿座连动段73,往复动力器9带动连动导向密封齿座往复冲击器往复冲击。
也可往复齿座连动段73、往复齿座导向段33、往复齿座密封段71和往复齿座插齿段72分体连接。
多插齿座往复冲击器也可为左右插齿座56往复冲击器或为上下左插齿座59往复冲击器或为上下右插齿座56往复冲击器或为上下左右插齿座56往复冲击器。
也可往复齿座导向段连接件20将上连动导向密封插齿座308与下连动导向密封插齿座309固定连接。
也可凸轴机构17为直轴凸轮连杆,当使用凸轴机构17时,直轴凸轮连杆与连动导向密封插齿座5铰接。
也可往复动力器9为液动机构或气动机构等。
本结构还对应以下相应的方法:
一、设置往复齿座连动段73、往复齿座导向段33、往复齿座密封段71和往复齿座插齿段72组成连动导向密封插齿座5,使往复齿座连动段73、往复齿座导向段33、往复齿座密封段71和往复齿座插齿段72分体连接或使往复齿座连动段73、往复齿座导向段33、往复齿座密封段71和往复齿座插齿段72为一体式;
二、在连动导向密封插齿座5前端设置一个往复齿座插齿段72组成单插齿座或在连动导向密封插齿座5前端设置两个以上往复齿座插齿段21组成多插齿座,在连动导向密封插齿 座5前端设置往复冲齿8,设置往复动力器9,使往复动力器9设置为凸轴机构17或液动机构或气动机构,使凸轴机构17设置为曲柄连杆16或直轴凸轮连杆,当使用凸轴机构17时,使曲柄连杆16或直轴凸轮连杆与连动导向密封插齿座5铰接,将一个连杆282带动一个单插齿座组成单插齿座往复冲击器,将一个连杆282带动多插齿座组成多插齿座往复冲击器;
三、将多插齿座往复冲击器设有上下插齿座往复冲击器或设有左右插齿座56往复冲击器或设有上下左插齿座59往复冲击器或设有上下右插齿座56往复冲击器或设有上下左右插齿座56往复冲击器,在上下插齿座往复冲击器上部设置上往复齿座连动段18、上往复齿座导向段19、上往复齿座密封段25和上往复齿座插齿段21组成上连动导向密封插齿座308且在上下插齿座往复冲击器下部设置下往复齿座连动段22、下往复齿座导向段198、下往复齿座密封段24和下往复齿座插齿段23组成下连动导向密封插齿座309,使上往复齿座连动段18与下往复齿座连动段22组成往复齿座导向段连接件20,使往复齿座导向段连接件20将上连动导向密封插齿座308与下连动导向密封插齿座309固定连接或使往复齿座导向段连接件20与上连动导向密封插齿座308、下连动导向密封插齿座309为一体式;
四、设置滚动导向止转器44,将滚动导向止转器44设置为滚轴导向止转器11或设置为轴承件导向止转器,当使用滚轴导向止转器11时即设置轴承A6、轴承B7和导向滚轴4将轴承A6、轴承B7分别设置在导向滚轴4的两端组成滚轴导向止转器11,或当使用轴承件导向止转器时即设置导向轴承件和导向轴承固定件,将导向轴承件设置在导向轴承固定件上组成轴承件导向止转器,将导向轴承件设置为轴承本体件或在轴承本体件外周设置护轴承套,将护轴承套设置在轴承本体件上组成止转导向轴承套,将轴承本体件设置在导向轴承固定件上或将止转导向轴承套设置在导向轴承固定件上;
五、设置装滚动导向止转组件块1,将装滚动导向止转组件块1设置为前装滚动导向止转组件块2和后装滚动导向止转组件块3,使前装滚动导向止转组件块2与后装滚动导向止转组件块3前后平行设置且在前装滚动导向止转组件块2与后装滚动导向止转组件块3之间设有前后扶正导向止转间距10,设置集成块连接件26,使集成块连接件26连接前装滚动导向止转组件块2、后装滚动导向止转组件块3形成集成块密封导向止转箱295,使前装滚动导向止转组件块2设置为前装往复齿座导向段单孔集成块27或使前装滚动导向止转组件块2设置为前装往复齿座导向段多孔集成块,使后装滚动导向止转组件块3设置为后装往复齿座导向段单孔集成块31或使后装滚动导向止转组件块3设置为后装往复齿座导向段多孔集成块,装滚动导向止转组件块1增大导向抱合力,加大导向扶正力度,减少往复齿座密封段71对导向止转箱密封件的摆动冲击;
六、在前装往复齿座导向段单孔集成块27上设置前往复齿座导向段孔13且在后装往复齿座导向段单孔集成块31上设置后往复齿座导向段孔32,在前往复齿座导向段孔13两个以上的侧部设置两个以上前滚动导向止转器孔15且在后往复齿座导向段孔32两个以上的侧部设置两个以上后滚动导向止转器44孔,将贴靠前往复齿座导向段孔13两个以上侧部的前滚动导向止转器孔15侧壁与贴靠前滚动导向止转器孔15的前往复齿座导向段孔13侧壁通连且将贴靠后往复齿座导向段孔32的后滚动导向止转器44孔侧壁与贴靠后滚动导向止转器44孔的后往复齿座导向段孔32侧壁通连,将前往复齿座导向段14设置在前往复齿座导向段孔13内,将后往复齿座导向段74设置在后往复齿座导向段孔32内,将两个以上前滚动导向止转器44设置在两个以上前滚动导向止转器孔15内,将两个以上后滚动导向止转器44设置在两个以上后滚动导向止转器44孔内,使两个以上前滚动导向止转器侧壁12分别与前往复齿座导向段14两个以上侧面在前往复齿座导向段孔13内贴合,使两个以上后滚动导向止转器44侧壁分别与后往复齿座导向段74两个以上侧面在后往复齿座导向段孔32内贴合,或在前装往复齿座导向段多孔集成块上设置多个前往复齿座导向段孔13且在后装往复齿座导向段多孔集成块上设置多个后往复齿座导向段孔32,在每个前往复齿座导向段孔13两个以上的侧部设置两个以上前滚动导向止转器孔15且在每个后往复齿座导向段孔32两个以上的侧部设置两个以上后滚动导向止转器44孔,将多个前往复齿座导向段14设置在多个前往复齿座导向段孔13内,将多个后往复齿座导向段74设置在多个后往复齿座导向段孔32内,在每个前往复齿座导向段14的两个以上侧部将两个以上前滚动导向止转器44设置在两个以上前滚动导向止转器孔15内,在每个后往复齿座导向段74的两个以上侧部将两个以上后滚动导向止转器44设置在两个以上后滚动导向止转器44孔内,使两个以上前滚动导向止转器侧壁12分别与前往复齿座导向段14两个以上侧面在前往复齿座导向段孔13内贴合,使两个以上后滚动导向止转器44侧壁分别与后往复齿座导向段74两个以上侧面在后往复齿座导向段孔32内贴合,通过使用装滚动导向止转组件块1将支撑多个滚动导向止转器44的多个支撑耳做成一体式板块,使一体式板块将支撑多个滚动导向止转器44的空间集约化实体化,提高对多个滚动导向止转器44的定位精度,减少使用多个支撑耳时为增强每个支撑耳强度所增加的空间浪费及材料浪费,装滚动导向止转组件块1提高对多个滚动导向止转器44及连动导向密封插齿座5的扶正强度,简化了结构提高了强度,减少连动导向密封插齿座5对往复动力器9的摆动冲击损坏;
七、设置导向止转箱密封件,使往复齿座密封段71与导向止转箱密封件配合密封集成块密封导向止转箱295;
八、使前装滚动导向止转组件块2及后装滚动导向止转组件块3支撑连动导向密封插齿座5,在连动导向密封插齿座5端部设置往复冲齿8组成连动导向密封齿座往复冲击器,使往复动力器9连接往复齿座连动段73,往复动力器9带动连动导向密封齿座往复冲击器往复冲击。
实施例2
如图7至图11所示,为实施例2所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:连动导向密封插齿座5前端设有一个往复齿座插齿段72组成单插齿座,往复冲齿8设置在连动导向密封插齿座5前端,往复动力器9为凸轴机构17,凸轴机构17包括曲柄连杆16等,当使用凸轴机构17时,曲柄连杆16与连动导向密封插齿座5铰接,一个连杆282带动一个单插齿座组成单插齿座往复冲击器,滚动导向止转器44包括滚轴导向止转器11,滚轴导向止转器11包括轴承A6、轴承B7和导向滚轴4等,轴承A6、轴承B7分别设置在导向滚轴4的两端组成滚轴导向止转器11,装滚动导向止转组件块1包括前装滚动导向止转组件块2和后装滚动导向止转组件块3等,前装滚动导向止转组件块2与后装滚动导向止转组件块3前后平行设置且前装滚动导向止转组件块2与后装滚动导向止转组件块3之间设有前后扶正导向止转间距10,集成块连接件26连接前装滚动导向止转组件块2、后装滚动导向止转组件块3形成集成块密封导向止转箱295,前装滚动导向止转组件块2包括前装往复齿座导向段单孔集成块27等,后装滚动导向止转组件块3包括后装往复齿座导向段单孔集成块31等,装滚动导向止转组件块1增大导向抱合力,加大导向扶正力度,减少往复齿座密封段71对导向止转箱密封件的摆动冲击,前装往复齿座导向段单孔集成块27上设有前往复齿座导向段孔13且后装往复齿座导向段单孔集成块31上设有后往复齿座导向段孔32,前往复齿座导向段孔13两个以上的侧部设有两个以上前滚动导向止转器孔15且后往复齿座导向段孔32两个以上的侧部设有两个以上后滚动导向止转器44孔,贴靠前往复齿座导向段孔13的前滚动导向止转器孔15侧壁与贴靠前滚动导向止转器孔15的前往复齿座导向段孔13侧壁通连且贴靠后往复齿座导向段孔32的后滚动导向止转器44孔侧壁与贴靠后滚动导向止转器44孔的后往复齿座导向段孔32侧壁通连,前往复齿座导向段14设置在前往复齿座导向段孔13内,后往复齿座导向段74设置在后往复齿座导向段孔32内,两个以上前滚动导向止转器44设置在两个以上前滚动导向止转器孔15内,两个以上后滚动导向止转器44设置在两个以上后滚动导向止转器44孔内,两个以上前滚动导向止转器侧壁12分别与前往复齿座导向段14两个以上侧面在前往复齿座导向段孔13内贴合,两个以上后滚动导向止转器44侧壁分别与后往复齿座导向段74两个以上侧面在后往复齿座导向段孔32内贴合,装滚动导向止转组件 块1将支撑多个滚动导向止转器44的多个支撑耳板做成一体式板块,一体式板块使支撑多个滚动导向止转器44的空间集约化实体化,提高对多个滚动导向止转器44的定位精度,减少使用多个支撑件时为增强每个支撑件强度所增加的空间浪费及材料浪费,装滚动导向止转组件块1提高对多个滚动导向止转器44及连动导向密封插齿座5的扶正强度,简化了结构提高了强度,减少连动导向密封插齿座5对往复动力器9的摆动冲击损坏,往复齿座密封段71与导向止转箱密封件配合密封集成块密封导向止转箱295,前装滚动导向止转组件块2及后装滚动导向止转组件块3支撑连动导向密封插齿座5,连动导向密封插齿座5端部设置往复冲齿8组成连动导向密封齿座往复冲击器,往复动力器9连接往复齿座连动段73,往复动力器9带动连动导向密封齿座往复冲击器往复冲击。
滚动导向止转器44也可为轴承件导向止转器,轴承件导向止转器包括导向轴承件和导向轴承固定件等,导向轴承件设置在导向轴承固定件上,导向轴承件包括轴承本体件等,轴承本体件设置在导向轴承固定件上。
也可在轴承本体件外周设置护轴承套,护轴承套设置在轴承本体件上组成止转导向轴承套,止转导向轴承套设置在导向轴承固定件上。
其它同实施例1。
实施例3
如图12、图13所示,为实施例3所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:导向滚轴4上设有轴承A内圈挡台42和轴承B内圈挡台43等,轴承A内圈挡台42的直径大于轴承A6内孔小于轴承A6外圈内径,轴承B内圈挡台43的直径大于轴承B7内孔小于轴承B7外圈内径,轴承A内圈挡台42和轴承B内圈挡台43阻挡轴承A6、轴承B7沿导向滚轴4窜动,滚动导向止转器44包括防轴承窜动件,防轴承窜动件包括挡轴承套37和端盖40,挡轴承套37和端盖40为分体结构,防轴承窜动件使轴承外圈在滚动导向止转器44孔内定位防止轴承A6、轴承B7窜动,确保导向滚轴面与往复齿座导向段面贴合滚动摩擦,一次对装滚动导向止转组件块1工装定位,即在装滚动导向止转组件块1上加工成前往复齿座导向段孔13且在装滚动导向止转组件块1上加工成多个滚动导向止转器44孔,加工后的装滚动导向止转组件块1最大值地保留了各孔壁的厚度及孔壁与孔壁之间的整体连接强度,确保多个滚动导向止转器44孔之间的位置精度及多个滚动导向止转器44孔与往复齿座导向段33孔的位置精度,提高导向精度,减少加工的复杂性,使往复齿座导向段33中心线与凸轴轴线垂直,最大程度地保护往复动力器9,挡轴承套37设有进油孔39和出油孔41, 在挡轴承套37内腔设置海绵体38,海绵体38储存润滑液,延长对滚轴导向止转器润滑时间,提高滚轴导向止转器的使用寿命。
也可挡轴承套37和端盖40为一体式结构。
也可在挡轴承套37内腔存储润滑液润滑。
其它同实施例1。
实施例4
如图14所示,为实施例4所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:滚动导向止转器44包括挡轴承本体内圈A挡套47、挡轴承本体内圈B挡套46和固定轴承本体轴45等,挡轴承本体内圈A挡套47及挡轴承本体内圈B挡套46内径大于或等于轴承本体内径,挡轴承本体内圈A挡套47及挡轴承本体内圈B挡套46外径小于轴承本体外圈内径,滚动导向止转器44孔内一端设有挡轴承本体件内圈A挡套,轴承本体件设置在挡轴承本体件内圈A挡套上,固定轴承本体轴45的一端穿过轴承本体内孔且穿过挡轴承本体内圈A挡套47设置在装滚动导向止转组件块1的轴承件导向止转器孔一端的孔内,挡轴承本体内圈B挡套46设置在轴承本体件的另一端,固定轴承本体轴45穿接固定挡轴承本体件内圈A挡套、轴承本体件及挡轴承本体内圈B挡套46,固定轴承本体轴45与挡轴承本体内圈B挡套46分体连接,使轴承内圈在滚动导向止转器44孔内定位,确保轴承本体面与往复齿座导向段面贴合滚动摩擦。
也可固定轴承本体轴45与挡轴承本体内圈B挡套46为一体式结构。
根据实施例3及实施例4所述结构对应以下相应的方法:
一、在导向滚轴4上设有轴承A内圈挡台42和轴承B内圈挡台43,使轴承A内圈挡台42的直径大于轴承A6内孔小于轴承A6外圈内径,使轴承B内圈挡台43的直径大于轴承B7内孔小于轴承B7外圈内径,使轴承A内圈挡台42和轴承B内圈挡台43阻挡轴承A6、轴承B7沿导向滚轴4窜动,且在装滚动导向止转组件块1上设置防轴承窜动件,使防轴承窜动件设置为挡轴承套37和端盖40,挡轴承套37和端盖40分体或为一体式,防轴承窜动件使轴承外圈在滚动导向止转器44孔内定位防止轴承A6、轴承B7窜动,确保导向滚轴面与往复齿座导向段面贴合滚动摩擦,或设置挡轴承本体内圈A挡套47、挡轴承本体内圈B挡套46和固定轴承本体轴45,使挡轴承本体内圈A挡套47及挡轴承本体内圈B挡套46内径大于或等于轴承本体内径使挡轴承本体内圈A挡套47及挡轴承本体内圈B挡套46外径小于轴承本体外圈内径,在滚动导向止转器44孔内一端设置挡轴承本体件内圈A挡套,将轴承本体件设置 在挡轴承本体件内圈A挡套上,将固定轴承本体轴45的一端穿过轴承本体内孔且穿过挡轴承本体内圈A挡套47设置在装滚动导向止转组件块1的轴承件导向止转器孔一端的孔内,将挡轴承本体内圈B挡套46设置在轴承本体件的另一端,使固定轴承本体轴45固定挡轴承本体件内圈A挡套、轴承本体件及挡轴承本体内圈B挡套46,固定轴承本体轴45与挡轴承本体内圈B挡套46分体连接或为一体式,使轴承内圈在滚动导向止转器44孔内定位,确保轴承本体面与往复齿座导向段面贴合滚动摩擦,
二、使一次对装滚动导向止转组件块1工装定位,即在装滚动导向止转组件块1上加工成前往复齿座导向段孔13且在装滚动导向止转组件块1上加工成多个滚动导向止转器44孔,加工后的装滚动导向止转组件块1最大值地保留了各孔壁的厚度及孔壁与孔壁之间的连接强度,确保多个滚动导向止转器44孔之间的位置精度及多个滚动导向止转器44孔与往复齿座导向段33孔的位置精度,提高导向精度,减少加工的复杂性,使往复齿座导向段33中心线与凸轴轴线垂直,最大程度地保护往复动力器9。
其它同实施例1。
实施例5
如图15至图17所示,为实施例5所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:装滚动导向止转组件块1上将前左轴承A孔48、前左轴承B孔50及前左导向滚轴孔49加工成通孔,在装滚动导向止转组件块1上将前右轴承A孔53、前右轴承B孔51及前右导向滚轴孔52加工成通孔,前左导向滚轴36向穿前左轴承A孔48或向穿前左轴承B孔50窜动时前左导向滚轴36与往复齿座导向段平面34的贴合线与前右导向滚轴35与往复齿座导向段平面34的贴合线的距离不变,前装滚动导向止转组件块2与后装滚动导向止转组件块3使往复齿座导向段33中心线与凸轴轴线垂直,提高导向精度,减少加工的复杂性,止转导向平面最大程度地保护连杆282。
该结构对应以下相应的方法:
在装滚动导向止转组件块1上将前左轴承A孔48、前左轴承B孔50及前左导向滚轴孔49加工成通孔,在装滚动导向止转组件块1上将前右轴承A孔53、前右轴承B孔51及前右导向滚轴孔52加工成通孔,使前左导向滚轴36向穿前左轴承A孔48或向穿前左轴承B孔50窜动时前左导向滚轴36与往复齿座导向段平面34的贴合线与前右导向滚轴35与往复齿座导向段平面34的贴合线的距离不变,前装滚动导向止转组件块2与后装滚动导向止转组件块3使往复齿座导向段33中心线与凸轴轴线垂直,提高导向精度,减少加工的复杂性,止转 导向平面最大程度地保护连杆282。
其它同实施例1。
实施例6
如图18至图24所示,为实施例6所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:前装滚动导向止转组件块2包括前往复齿座导向段左孔60和前往复齿座导向段右孔55等,后装滚动导向止转组件块3包括后往复齿座导向段左孔66和后往复齿座导向段右孔63等,前往复齿座导向段左孔60轴线与后往复齿座导向段左孔66轴线同轴且前往复齿座导向段右孔55轴线与后往复齿座导向段右孔63轴线同轴,前往复齿座导向段左孔60右侧及前往复齿座导向段右孔55左侧的前装滚动导向止转组件块2设有前中间滚动导向止转器孔54,前中间滚动导向止转器58设置在前中间滚动导向止转器孔54内,前中间滚动导向止转器孔54内的前中间滚动导向止转器58左侧与前左往复齿座导向段面61贴合且前中间滚动导向止转器孔54内的前中间滚动导向止转器58右侧与前右往复齿座导向段面57贴合,后往复齿座导向段左孔66右侧及后往复齿座导向段右孔63左侧的后装滚动导向止转组件块3设有后中间滚动导向止转器孔62,后中间滚动导向止转器65设置在后中间滚动导向止转器孔62内,后中间滚动导向止转器孔62内的后中间滚动导向止转器65左侧与后左往复齿座导向段面67贴合且后中间滚动导向止转器孔62内的后中间滚动导向止转器65右侧与后右往复齿座导向段面64贴合,曲柄连杆16上设有左凸轴68和右凸轴69等,左凸轴68和右凸轴69为180度设置,左凸轴68带动左插齿座59往复冲击,右凸轴69带动右插齿座56往复冲击,当左凸轴68带动左插齿座59向前冲击时右凸轴69带动右插齿座56向后运动,当左凸轴68带动左插齿座59向后运动时右凸轴69带动右插齿座56向前冲击,利用左插齿座59和右插齿座56前后运动的特征将需设置两个前滚动导向止转器44的空间合二为一、将需设置两个后滚动导向止转器44的空间合二为一、提高装滚动导向止转组件块1空间利用率,减少曲轴的长度,相对增加设备强度,节约制造成本,减少冲击面的宽度从而降低冲击阻力。
往复齿座密封段71包括圆截面往复齿座密封段70,有利于密封,往复齿座导向段33包括左止转杆导向平面与右止转杆导向平面和往复齿座导向段33包括上止转杆导向平面与下止转杆导向平面等,左止转杆导向平面与右止转杆导向平面平行和上止转杆导向平面与下止转杆导向平面平行,相互平行的两平面与导向滚轴4贴合滚动摩擦且滚动导向止转。
当凸轴机构17为直轴凸轮连杆结构时,也可在直轴凸轮连杆上设置左凸轴68和右凸轴69。
也可前往复齿座导向段左孔60轴线与后往复齿座导向段左孔66轴线同轴且前往复齿座导向段右孔55轴线与后往复齿座导向段右孔63轴线平行,即前往复齿座导向段14左轴线与后往复齿座导向段74左轴线同轴且前往复齿座导向段14右轴线与后往复齿座导向段74右轴线平行。
也可前往复齿座导向段左孔60轴线与后往复齿座导向段左孔66轴线平行且前往复齿座导向段右孔55轴线与后往复齿座导向段右孔63轴线同轴,即前往复齿座导向段14左轴线与后往复齿座导向段74左轴线平行且前往复齿座导向段14右轴线与后往复齿座导向段74右轴线同轴。
也可前往复齿座导向段左孔60轴线与后往复齿座导向段左孔66轴线平行且前往复齿座导向段右孔55轴线与后往复齿座导向段右孔63轴线平行,即前往复齿座导向段14左轴线与后往复齿座导向段74左轴线平行且前往复齿座导向段14右轴线与后往复齿座导向段74右轴线平行。
其它同实施例1。
实施例7
如图25至图28所示,为实施例7所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:多插齿座往复冲击器包括左上下插齿座和右上下插齿座等,左上下插齿座与右上下插齿座左右设置,左凸轴68带动左上下插齿座,右凸轴69带动右上下插齿座,前装滚动导向止转组件块2设有前左上往复齿座导向段孔90、前左下往复齿座导向段孔85且设有前右上往复齿座导向段孔77、前右下往复齿座导向段孔82,后装滚动导向止转组件块3设有后左上往复齿座导向段孔105、后左下往复齿座导向段孔100且设有后右上往复齿座导向段孔92、后右下往复齿座导向段孔97,前左上往复齿座导向段孔90左侧设有左前上导杆左滚动导向止转器孔89,前左上往复齿座导向段孔90下侧设有左前上导杆下滚动导向止转器孔88,前右上往复齿座导向段孔77右侧设有右前上导杆右滚动导向止转器孔78且在前右上往复齿座导向段孔77下侧设有右前上导杆下滚动导向止转器孔79,前左上往复齿座导向段孔90与前右上往复齿座导向段孔77之间的前装滚动导向止转组件块2体上设有前上中间滚动导向止转器孔75,前上中间滚动导向止转器孔75内的前上中间滚动导向止转器76左侧与前左上往复齿座导向段19面贴合且使前上中间滚动导向止转器孔75内的前上中间滚动导向止转器76右侧与前右上往复齿座导向段19面贴合,前左下往复齿座导向段孔85左侧设有左前下导杆左滚动导向止转器孔86,前左下往复齿座导向段孔85上侧设有左前下导杆上滚 动导向止转器孔87,前右下往复齿座导向段孔82右侧设有右前下导杆右滚动导向止转器孔81且在前右下往复齿座导向段孔82上侧设置右前下导杆上滚动导向止转器孔80,前左下往复齿座导向段孔85与前右下往复齿座导向段孔82之间的前装滚动导向止转组件块2体上设有前下中间滚动导向止转器孔84,前下中间滚动导向止转器孔84内的前下中间滚动导向止转器83左侧与前左下往复齿座导向段198面贴合且使前下中间滚动导向止转器孔84内的前下中间滚动导向止转器83右侧与前右下往复齿座导向段198面贴合,后左上往复齿座导向段孔105左侧设有左后上导杆左滚动导向止转器孔104,后左上往复齿座导向段孔105下侧设有左后上导杆下滚动导向止转器孔103,后右上往复齿座导向段孔92右侧设有右后上导杆右滚动导向止转器孔93且在后右上往复齿座导向段孔92下侧设有后右上导杆下滚动导向止转器44孔,后左上往复齿座导向段孔105与后右上往复齿座导向段孔92之间的后装滚动导向止转组件块3体上设置后上中间滚动导向止转器孔106,后上中间滚动导向止转器孔106内的后上中间滚动导向止转器91左侧与后左上往复齿座导向段19面贴合且使后上中间滚动导向止转器孔106内的后上中间滚动导向止转器91右侧与后右上往复齿座导向段19面贴合,后左下往复齿座导向段孔100左侧设有左后下导杆左滚动导向止转器孔101,后左下往复齿座导向段孔100上侧设有左后下导杆上滚动导向止转器孔102,后右下往复齿座导向段孔97右侧设有右后下导杆右滚动导向止转器孔96且在后右下往复齿座导向段孔97上侧设有右后下导杆上滚动导向止转器孔95,后左下往复齿座导向段孔100与后右下往复齿座导向段孔97之间的后装滚动导向止转组件块3体上设有后下中间滚动导向止转器孔99,后下中间滚动导向止转器孔99内的后下中间滚动导向止转器98左侧与后左下往复齿座导向段198面贴合且使后下中间滚动导向止转器孔99内的后下中间滚动导向止转器98右侧与后右下往复齿座导向段198面贴合,曲柄连杆16上设置左凸轴68和右凸轴69等,左凸轴68和右凸轴69为180度设置,左凸轴68带动左上下插齿座往复冲击,右凸轴69带动右上下插齿座往复冲击,当左凸轴68带动左上下插齿座向前冲击时右凸轴69带动右上下插齿座向后运动,当左凸轴68带动左上下插齿座向后运动时右凸轴69带动右上下插齿座向前冲击,利用左上下插齿座和右上下插齿座前后运动的特征将需设置两个前上滚动导向止转器44的空间合二为一、将需设置两个前下滚动导向止转器44的空间合二为一、将需设置两个后上滚动导向止转器44的空间合二为一、将需设置两个后下滚动导向止转器44的空间合二为一,提高装滚动导向止转组件块1空间利用率,减少曲轴的长度,相对增加设备强度,节约制造成本,减少冲击面的宽度从而降低冲击阻力,左上下插齿座的两端设置左前上往复齿、左前下往复齿及左后上往复齿、左后下往复齿且在右上下插齿座的两端设置右前上往复齿、右前下往复齿及右后上往 复齿、右后下往复齿,当物料向上托左上下插齿座时左前下导杆上滚动导向止转器44与左后上导杆下滚动导向止转器44扶正左上下插齿座。
当凸轴机构17为直轴凸轮连杆结构时,也可在直轴凸轮连杆上设置左凸轴68和右凸轴69。
也可左上下插齿座的一端设置左前上往复齿、左前下往复齿且在右上下插齿座的一端设置右前上往复齿、右前下往复齿。
该结构还对应以下相应的方法:
将多插齿座往复冲击器设置为左上下插齿座和右上下插齿座,使左上下插齿座与右上下插齿座左右设置,使左凸轴68带动左上下插齿座,使右凸轴69带动右上下插齿座,在装滚动导向止转组件块1上设置左上下插齿座和右上下插齿座的往复齿座导向段33孔,使前装滚动导向止转组件块2设有前左上往复齿座导向段孔90、前左下往复齿座导向段孔85且设有前右上往复齿座导向段孔77、前右下往复齿座导向段孔82,使后装滚动导向止转组件块3设有后左上往复齿座导向段孔105、后左下往复齿座导向段孔100且设有后右上往复齿座导向段孔92、后右下往复齿座导向段孔97,在前左上往复齿座导向段孔90左侧设置左前上导杆左滚动导向止转器孔89,在前左上往复齿座导向段孔90下侧设置左前上导杆下滚动导向止转器孔88,在前右上往复齿座导向段孔77右侧设置右前上导杆右滚动导向止转器孔78且在前右上往复齿座导向段孔77下侧设置右前上导杆下滚动导向止转器孔79,在前左上往复齿座导向段孔90与前右上往复齿座导向段孔77之间的前装滚动导向止转组件块2体上设置前上中间滚动导向止转器孔75,使前上中间滚动导向止转器孔75内的前上中间滚动导向止转器76左侧与前左上往复齿座导向段19面贴合且使前上中间滚动导向止转器孔75内的前上中间滚动导向止转器76右侧与前右上往复齿座导向段19面贴合,在前左下往复齿座导向段孔85左侧设置左前下导杆左滚动导向止转器孔86,在前左下往复齿座导向段孔85上侧设置左前下导杆上滚动导向止转器孔87,在前右下往复齿座导向段孔82右侧设置右前下导杆右滚动导向止转器孔81且在前右下往复齿座导向段孔82上侧设置右前下导杆上滚动导向止转器孔80,在前左下往复齿座导向段孔85与前右下往复齿座导向段孔82之间的前装滚动导向止转组件块2体上设置前下中间滚动导向止转器孔84,使前下中间滚动导向止转器孔84内的前下中间滚动导向止转器83左侧与前左下往复齿座导向段198面贴合且使前下中间滚动导向止转器孔84内的前下中间滚动导向止转器83右侧与前右下往复齿座导向段198面贴合,在后左上往复齿座导向段孔105左侧设置左后上导杆左滚动导向止转器孔104,在后左上往复 齿座导向段孔105下侧设置左后上导杆下滚动导向止转器孔103,在后右上往复齿座导向段孔92右侧设置右后上导杆右滚动导向止转器孔93且在后右上往复齿座导向段孔92下侧设置后右上导杆下滚动导向止转器44孔,在后左上往复齿座导向段孔105与后右上往复齿座导向段孔92之间的后装滚动导向止转组件块3体上设置后上中间滚动导向止转器孔106,使后上中间滚动导向止转器孔106内的后上中间滚动导向止转器91左侧与后左上往复齿座导向段19面贴合且使后上中间滚动导向止转器孔106内的后上中间滚动导向止转器91右侧与后右上往复齿座导向段19面贴合,在后左下往复齿座导向段孔100左侧设置左后下导杆左滚动导向止转器孔101,在后左下往复齿座导向段孔100上侧设置左后下导杆上滚动导向止转器孔102,在后右下往复齿座导向段孔97右侧设置右后下导杆右滚动导向止转器孔96且在后右下往复齿座导向段孔97上侧设置右后下导杆上滚动导向止转器孔95,在后左下往复齿座导向段孔100与后右下往复齿座导向段孔97之间的后装滚动导向止转组件块3体上设置后下中间滚动导向止转器孔99,使后下中间滚动导向止转器孔99内的后下中间滚动导向止转器98左侧与后左下往复齿座导向段198面贴合且使后下中间滚动导向止转器孔99内的后下中间滚动导向止转器98右侧与后右下往复齿座导向段198面贴合,在曲柄连杆16或直轴凸轮连杆上设置左凸轴68和右凸轴69,使左凸轴68和右凸轴69为180度设置,使左凸轴68带动左上下插齿座往复冲击,使右凸轴69带动右上下插齿座往复冲击,当左凸轴68带动左上下插齿座向前冲击时右凸轴69带动右上下插齿座向后运动,当左凸轴68带动左上下插齿座向后运动时右凸轴69带动右上下插齿座向前冲击,利用左上下插齿座和右上下插齿座前后运动的特征将需设置两个前上滚动导向止转器44的空间合二为一、将需设置两个前下滚动导向止转器44的空间合二为一、将需设置两个后上滚动导向止转器44的空间合二为一、将需设置两个后下滚动导向止转器44的空间合二为一,提高装滚动导向止转组件块1空间利用率,减少曲轴的长度,相对增加设备强度,节约制造成本,减少冲击面的宽度从而降低冲击阻力,在左上下插齿座的两端设置左前上往复齿、左前下往复齿及左后上往复齿、左后下往复齿或在左上下插齿座的一端设置左前上往复齿、左前下往复齿,在右上下插齿座的两端设置右前上往复齿、右前下往复齿及右后上往复齿、右后下往复齿或在右上下插齿座的一端设置右前上往复齿、右前下往复齿,当物料向上托左上下插齿座时左前下导杆上滚动导向止转器44与左后上导杆下滚动导向止转器44扶正左上下插齿座。
其它同实施例1。
实施例8
如图29至图33所示,为实施例8所示的装滚动导向止转组件块往复冲击采掘机,与实 施例1不同的是:装滚动导向止转组件块1包括前装往复齿座导向段单孔集成块27和后装往复齿座导向段单孔集成块31,前装往复齿座导向段单孔集成块27设置为前多面组件止转导向集成块,后装往复齿座导向段单孔集成块31设置为后多面组件止转导向集成块,前多面组件止转导向集成块设置为前四面滚轴组件导向止转集成块,后多面组件止转导向集成块设置为后四面滚轴组件导向止转集成块,使用前四面滚轴组件导向止转集成块时,前四面滚轴组件导向止转集成块上设置前往复齿座导向段孔13,后四面滚轴组件导向止转集成块上设置后往复齿座导向段孔32,前往复齿座导向段孔13轴线与后往复齿座导向段孔32轴线同轴,前往复齿座导向段孔13左侧的前四面滚轴组件导向止转集成块上设有穿前左轴承A孔48、前左轴承B孔50和前左导向滚轴孔49等,前左轴承A孔48、前左轴承B孔50和前左导向滚轴孔49从前四面滚轴组件导向止转集成块一侧通连,前左轴承A孔48、前左轴承B孔50和前左导向滚轴孔49同轴,前往复齿座导向段孔13右侧的前四面滚轴组件导向止转集成块上设有穿前右轴承A孔53、前右轴承B孔51和前右导向滚轴孔52等,前右轴承A孔53、前右轴承B孔51和前右导向滚轴孔52从前四面滚轴组件导向止转集成块一侧通连,前右轴承A孔53、前右轴承B孔51和前右导向滚轴孔52同轴,前往复齿座导向段孔13下部的前四面滚轴组件导向止转集成块上设有穿前下轴承A孔119、前下轴承B孔116和前下导向滚轴孔118等,前下轴承A孔119、前下轴承B孔116和前下导向滚轴孔118从前四面滚轴组件导向止转集成块一侧通连,前下轴承A孔119、前下轴承B孔116和前下导向滚轴孔118同轴,前往复齿座导向段孔13上部的前四面滚轴组件导向止转集成块上设置穿前上轴承A孔123、前上轴承B孔109和前上导向滚轴孔125等,前上轴承A孔123、前上轴承B孔109和前上导向滚轴孔125从前四面滚轴组件导向止转集成块一侧通连,前上轴承A孔123、前上轴承B孔109和前上导向滚轴孔125同轴,后往复齿座导向段孔32左侧的后四面滚轴组件导向止转集成块上设置穿后左轴承A孔146、后左轴承B孔141和后左导向滚轴孔144等,后左轴承A孔146、后左轴承B孔141和后左导向滚轴孔144从后四面滚轴组件导向止转集成块一侧通连,后左轴承A孔146、后左轴承B孔141和后左导向滚轴孔144同轴,后往复齿座导向段孔32右侧的后四面滚轴组件导向止转集成块上设置穿后右轴承A孔129、后右轴承B孔133和后右导向滚轴孔131等,后右轴承A孔129、后右轴承B孔133和后右导向滚轴孔131从后四面滚轴组件导向止转集成块一侧通连,后右轴承A孔129、后右轴承B孔133和后右导向滚轴孔131同轴,后往复齿座导向段孔32下部的后四面滚轴组件导向止转集成块上设置穿后下轴承A孔139、后下轴承B孔136和后下导向滚轴孔138等,穿后下轴承A孔139、后下轴承B孔136和后下导向滚轴孔138从后四面滚轴组件导向止转集成块一侧通连,穿后下轴 承A孔139、后下轴承B孔136和后下导向滚轴孔138同轴,后往复齿座导向段孔32上部的后四面滚轴组件导向止转集成块上设置穿后上轴承A孔147、后上轴承B孔128和后上导向滚轴孔149等,穿后上轴承A孔147、后上轴承B孔128和后上导向滚轴孔149从后四面滚轴组件导向止转集成块一侧通连,穿后上轴承A孔147、后上轴承B孔128和后上导向滚轴孔149同轴,前左导向滚轴孔49与前往复齿座导向段孔13通连,在前左导向滚轴36一端设置前左轴承A122另一端设置前左轴承B121组成前左滚轴导向止转器,前左滚轴导向止转器设置在前左导向滚轴36通孔内,前左导向滚轴36侧面在前往复齿座导向段孔13内与前往复齿座导向段14左侧面贴合,前右导向滚轴孔52与前往复齿座导向段孔13通连,在前右导向滚轴35一端设置前右轴承A111另一端设置前右轴承B112组成前右滚轴导向止转器,前右滚轴导向止转器设置在前右导向滚轴35通孔内,前右导向滚轴35侧面在前往复齿座导向段孔13内与前往复齿座导向段14右侧面贴合,前上导向滚轴孔125与前往复齿座导向段孔13通连,在前上导向滚轴107一端设置前上轴承A124另一端设置前上轴承B108组成前上滚轴导向止转器,前上滚轴导向止转器设置在前上导向滚轴107通孔内,前上导向滚轴107侧面在前往复齿座导向段孔13内与前往复齿座导向段14上侧面贴合,前下导向滚轴孔118与前往复齿座导向段孔13通连,在前下导向滚轴117一端设置前下轴承A120另一端设置前下轴承B115组成前下滚轴导向止转器,前下滚轴导向止转器设置在前下轴承A120与前下轴承B115与前下导向滚轴117通孔内,前下导向滚轴117侧面与前往复齿座导向段14下侧面贴合,后左导向滚轴孔144与后往复齿座导向段孔32通连,在后左导向滚轴143一端设置后左轴承A145另一端设置后左轴承B142组成后左滚轴导向止转器,后左滚轴导向止转器设置在后左轴承A145与后左轴承B142与后左导向滚轴143通孔内,后左导向滚轴143侧面与后往复齿座导向段74左侧面贴合,后右导向滚轴孔131与后往复齿座导向段孔32通连,在后右导向滚轴132一端设置后右轴承A130另一端设置后右轴承B134组成后右滚轴导向止转器,后右滚轴导向止转器设置在后右轴承A130与后右轴承B134与后右导向滚轴132通孔内,后右导向滚轴132侧面在后右往复齿座导向段254孔与后往复齿座导向段74右侧面贴合,后上导向滚轴孔149与后往复齿座导向段孔32通连,在后上导向滚轴126一端设置后上轴承A148另一端设置后上轴承B127组成后上滚轴导向止转器,后上滚轴导向止转器设置在后上轴承A148与后上轴承B127与后上导向滚轴126通孔内,后上导向滚轴126侧面在后往复齿座导向段孔32内与后往复齿座导向段74上侧面贴合,后下导向滚轴孔138与后往复齿座导向段孔32通连,在后下导向滚轴137一端设置后下轴承A140另一端设置后下轴承B135组成后下滚轴导向止转器,后下滚轴导向止转器设置在后下轴承A140与后下轴承B135与后下导向滚 轴137通孔内,后下导向滚轴137侧面在后往复齿座导向段孔32内与后往复齿座导向段74下侧面贴合,前四面滚轴组件导向止转集成块与后四面滚轴组件导向止转集成块对往复齿座导向段33前面四侧部耐磨导向面抱合滚动摩擦止转导向,且对往复齿座导向段33后面四侧部耐磨导向面抱合滚动摩擦止转导向,且利用前四侧部耐磨导向面与后四侧部耐磨导向面之间的距离加大对往复冲击齿的扶正导向力度。
在滚动导向止转器44孔内设置拆滚动导向止转器垫113等,拆滚动导向止转器垫113位于滚动导向止转器44的一端,拆滚动导向止转器垫113上设置滚动导向止转器垫螺纹通孔且设有挡轴承外圈挡台,挡轴承外圈挡台的内径大于或等于轴承外圈的内径,轴承外圈在滚动导向止转器44孔内定位,导向滚轴4的端部设有导向滚轴顶丝孔110,滚动导向止转器44包括拆轴承外螺纹螺钉或拆轴承外螺纹螺杆等,拆卸滚动导向止转器44时,使拆轴承外螺纹螺钉或拆轴承外螺纹螺杆拧在导向滚轴顶丝孔110内将导向滚轴4和轴承A6拉出,使拆轴承外螺纹螺钉或拆轴承外螺纹螺杆等拧在拆滚动导向止转器垫螺纹通孔114将轴承B7拉出,结构简单,可达到快速拆卸的目的,提高了工作效率。。
拆滚动导向止转器垫113上也可设置滚动导向止转器垫螺纹盲孔。
也可前往复齿座导向段孔13轴线与后往复齿座导向段孔32轴线平行。
也可前多面组件止转导向集成块设置为前二面滚轴组件导向止转集成块或设置为前三面滚轴组件导向止转集成块150或设置为前五面滚轴组件导向止转集成块151等,后多面组件止转导向集成块设置为后二面滚轴组件导向止转集成块或设置为后三面滚轴组件导向止转集成块或设置为后五面滚轴组件导向止转集成块等。
其它同实施例1。
实施例9
如图34至图36所示,为实施例9所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:装滚动导向止转组件块1包括前往复齿座导向段上下孔集成块152和后往复齿座导向段上下孔集成块153等,前往复齿座导向段上下孔集成块152上设置前往复齿座导向段上孔154和前往复齿座导向段下孔163,后往复齿座导向段上下孔集成块153上设置后往复齿座导向段上孔176和后往复齿座导向段下孔185,前往复齿座导向段上孔154轴线与后往复齿座导向段上孔176轴线同轴且前往复齿座导向段下孔163轴线与后往复齿座导向段下孔185轴线同轴,连动导向密封插齿座5包括上插齿座前止转导向段175、下插齿座前止转导向段164、上插齿座后止转导向段197和下插齿座后止转导向段186等,上插齿座前 止转导向段175设置在前往复齿座导向段上孔154内,前往复齿座导向段上孔154左侧的前往复齿座导向段上下孔集成块152上设置穿前上左轴承A孔174、前上左轴承B孔172和前上左导向滚轴孔173等,前上左轴承A孔174、前上左轴承B孔172和前上左导向滚轴孔173从前往复齿座导向段上下孔集成块152一侧通连,前上左轴承A孔174、前上左轴承B孔172和前上左导向滚轴孔173同轴,前往复齿座导向段上孔154右侧的前往复齿座导向段上下孔集成块152上设置穿前上右轴承A孔155、前上右轴承B孔157和前上右导向滚轴孔156等,前上右轴承A孔155、前上右轴承B孔157和前上右导向滚轴孔156从前往复齿座导向段上下孔集成块152一侧通连,前上右轴承A孔155、前上右轴承B孔157和前上右导向滚轴孔156同轴,前往复齿座导向段上孔154下部的前往复齿座导向段上下孔集成块152上设置穿前上导向杆下轴承A孔171、前上导向杆下轴承B孔158和前上导向杆下导向滚轴孔170等,前上导向杆下轴承A孔171、前上导向杆下轴承B孔158和前上导向杆下导向滚轴孔170从前往复齿座导向段上下孔集成块152一侧通连,前上导向杆下轴承A孔171、前上导向杆下轴承B孔158和前上导向杆下导向滚轴孔170同轴,下插齿座前止转导向段164设置在前往复齿座导向段下孔163内,前往复齿座导向段下孔163上部的前往复齿座导向段上下孔集成块152上设置穿前下导向杆上轴承A孔168、前下导向杆上轴承B孔159和前下导向杆上导向滚轴孔169等,前下导向杆上轴承A孔168、前下导向杆上轴承B孔159和前下导向杆上导向滚轴孔169从前往复齿座导向段上下孔集成块152一侧通连,前下导向杆上轴承A孔168、前下导向杆上轴承B孔159和前下导向杆上导向滚轴孔169同轴,前往复齿座导向段下孔163左侧的前往复齿座导向段上下孔集成块152上设置穿前下导向杆左轴承A孔167、前下导向杆左轴承B孔165和前下导向杆左导向滚轴孔166等,前下导向杆左轴承A孔167、前下导向杆左轴承B孔165和前下导向杆左导向滚轴孔166从前往复齿座导向段上下孔集成块152一侧通连,前下导向杆左轴承A孔167、前下导向杆左轴承B孔165和前下导向杆左导向滚轴孔166同轴,前往复齿座导向段下孔163右侧的前往复齿座导向段上下孔集成块152上设置穿前下导向杆右轴承A孔160、前下导向杆右轴承B孔162和前下导向杆右导向滚轴孔161等,前下导向杆右轴承A孔160、前下导向杆右轴承B孔162和前下导向杆右导向滚轴孔161从前往复齿座导向段上下孔集成块152一侧通连,前下导向杆右轴承A孔160、前下导向杆右轴承B孔162和前下导向杆右导向滚轴孔161同轴,后往复齿座导向段上下孔集成块153上设置后往复齿座导向段上孔176和后往复齿座导向段下孔185等,上插齿座后止转导向段197设置在后往复齿座导向段上孔176内,后往复齿座导向段上孔176左侧的后往复齿座导向段上下孔集成块153上设置穿后上左轴承A孔196、后上左轴承B孔194和后上左导向滚 轴孔195等,后上左轴承A孔196、后上左轴承B孔194和后上左导向滚轴孔195从后往复齿座导向段上下孔集成块153一侧通连,后上左轴承A孔196、后上左轴承B孔194和后上左导向滚轴孔195同轴,后往复齿座导向段上孔176右侧的后往复齿座导向段上下孔集成块153上设置穿后上右轴承A孔177、后上右轴承B孔179和后上右导向滚轴孔178等,后上右轴承A孔177、后上右轴承B孔179和后上右导向滚轴孔178从后往复齿座导向段上下孔集成块153一侧通连,后上右轴承A孔177、后上右轴承B孔179和后上右导向滚轴孔178同轴,后往复齿座导向段上孔176下部的后往复齿座导向段上下孔集成块153上设置穿后上导向杆下轴承A孔193、后上导向杆下轴承B孔180和后上导向杆下导向滚轴孔192等,后上导向杆下轴承A孔193、后上导向杆下轴承B孔180和后上导向杆下导向滚轴孔192从后往复齿座导向段上下孔集成块153一侧通连,后上导向杆下轴承A孔193、后上导向杆下轴承B孔180和后上导向杆下导向滚轴孔192同轴,下插齿座后止转导向段186设置在后往复齿座导向段下孔185内,后往复齿座导向段下孔185上部的后往复齿座导向段上下孔集成块153上设置穿后下导向杆上轴承A孔190、后下导向杆上轴承B孔181和后下导向杆上导向滚轴孔191等,后下导向杆上轴承A孔190、后下导向杆上轴承B孔181和后下导向杆上导向滚轴孔191从后往复齿座导向段上下孔集成块153一侧通连,后下导向杆上轴承A孔190、后下导向杆上轴承B孔181和后下导向杆上导向滚轴孔191同轴,后往复齿座导向段下孔185左侧的后往复齿座导向段上下孔集成块153上设置穿后下导向杆左轴承A孔189、后下导向杆左轴承B孔187和后下导向杆左导向滚轴孔188等,后下导向杆左轴承A孔189、后下导向杆左轴承B孔187和后下导向杆左导向滚轴孔188从后往复齿座导向段上下孔集成块153一侧通连,后下导向杆左轴承A孔189、后下导向杆左轴承B孔187和后下导向杆左导向滚轴孔188同轴,后往复齿座导向段下孔185右侧的后往复齿座导向段上下孔集成块153上设置穿后下导向杆右轴承A孔182、后下导向杆右轴承B孔184和后下导向杆右导向滚轴孔183等,后下导向杆右轴承A孔182、后下导向杆右轴承B孔184和后下导向杆右导向滚轴孔183从后往复齿座导向段上下孔集成块153一侧通连,后下导向杆右轴承A孔182、后下导向杆右轴承B孔184和后下导向杆右导向滚轴孔183同轴,往复齿座导向段连接件20与往复齿座连动段73为一体式,往复齿座导向段连接件20设置在上插齿座前止转导向段175与上插齿座后止转导向段197后端且设置在下插齿座前止转导向段164与下插齿座后止转导向段186后端,往复齿座导向段连接件20、上插齿座前止转导向段175、上插齿座后止转导向段197、下插齿座前止转导向段164与下插齿座后止转导向段186为一体式,下往复齿座导向段198处的滚轴导向止转器11与上往复齿座导向段19处的滚轴导向止转器11互相协助导向止转, 上插齿座前止转导向段175与上插齿座后止转导向段197组成上往复齿座导向段19,且下插齿座前止转导向段164与下插齿座后止转导向段186组成下往复齿座导向段198,曲柄连杆16设置在前往复齿座导向段上下孔集成块152与后往复齿座导向段上下孔集成块153之间且设置在上往复齿座导向段19与下往复齿座导向段198之间,充分利用了前往复齿座导向段上下孔集成块152与后往复齿座导向段上下孔集成块153的导向止转间距,且有利于曲柄连杆16的旋转力将前往复齿座导向段上下孔集成块152与后往复齿座导向段上下孔集成块153之间的润滑液体甩向滚动导向止转器44。
也可往复齿座导向段连接件20连接往复齿座连动段73。
也可往复齿座导向段连接件20连接上插齿座前止转导向段175、上插齿座后止转导向段197、下插齿座前止转导向段164与下插齿座后止转导向段186。
也可前往复齿座导向段上孔154轴线与后往复齿座导向段上孔176轴线同轴且前往复齿座导向段下孔163轴线与后往复齿座导向段下孔185轴线平行。
也可前往复齿座导向段上孔154轴线与后往复齿座导向段上孔176轴线平行且前往复齿座导向段下孔163轴线与后往复齿座导向段下孔185轴线同轴。
也可前往复齿座导向段上孔154轴线与后往复齿座导向段上孔176轴线平行且前往复齿座导向段下孔163轴线与后往复齿座导向段下孔185轴线平行。
其它同实施例1。
实施例10
如图37所示,为实施例10所示的装滚动导向止转组件块往复冲击采掘机,与实施例9不同的是:往复齿座导向段连接件20设置在上插齿座前止转导向段175与上插齿座后止转导向段197之间且设置在下插齿座前止转导向段164与下插齿座后止转导向段186之间。
也可往复齿座导向段连接件20设置在上插齿座前止转导向段175与上插齿座后止转导向段197之间且设置在下插齿座前止转导向段164与下插齿座后止转导向段186后端。
也可往复齿座导向段连接件20设置在上插齿座前止转导向段175与上插齿座后止转导向段197后端且设置在下插齿座前止转导向段164与下插齿座后止转导向段186之间。
也可往复齿座导向段连接件20设置在上插齿座前止转导向段175与上插齿座后止转导向段197前端且设置在下插齿座前止转导向段164与下插齿座后止转导向段186之间。
其它同实施例9。
实施例11
如图38至图40所示,为实施例11所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:
装滚动导向止转组件块1设置为前往复齿座导向段上下孔集成块152,前往复齿座导向段上下孔集成块152上设有前往复齿座导向段上孔154和前往复齿座导向段下孔163等,后往复齿座导向段孔32集成块设置为后往复齿座导向段上孔176集成块,后往复齿座导向段上孔176集成块上设有后往复齿座导向段上孔176,前往复齿座导向段上孔154轴线与后往复齿座导向段上孔176轴线同轴且使前往复齿座导向段下孔163轴线与前往复齿座导向段上孔154轴线平行,上插齿座前止转导向段175设置在前往复齿座导向段上孔154内,前往复齿座导向段上孔154左侧的前往复齿座导向段上下孔集成块152上设有穿前上左轴承A孔174、前上左轴承B孔172和前上左导向滚轴孔173等,前上左轴承A孔174、前上左轴承B孔172和前上左导向滚轴孔173从前往复齿座导向段上下孔集成块152一侧通连,前上左轴承A孔174、前上左轴承B孔172和前上左导向滚轴孔173同轴,前往复齿座导向段上孔154右侧的前往复齿座导向段上下孔集成块152上设有穿前上右轴承A孔155、前上右轴承B孔157和前上右导向滚轴孔156等,前上右轴承A孔155、前上右轴承B孔157和前上右导向滚轴孔156从前往复齿座导向段上下孔集成块152一侧通连,前上右轴承A孔155、前上右轴承B孔157和前上右导向滚轴孔156同轴,前往复齿座导向段上孔154下部的前往复齿座导向段上下孔集成块152上设有穿前上导向杆下轴承A孔171、前上导向杆下轴承B孔158和前上导向杆下导向滚轴孔170等,前上导向杆下轴承A孔171、前上导向杆下轴承B孔158和前上导向杆下导向滚轴孔170从前往复齿座导向段上下孔集成块152一侧通连,前上导向杆下轴承A孔171、前上导向杆下轴承B孔158和前上导向杆下导向滚轴孔170同轴,下往复齿座导向段198设置在前往复齿座导向段下孔163内,前往复齿座导向段下孔163上部的前往复齿座导向段上下孔集成块152上设有穿前下导向杆上轴承A孔168等、前下导向杆上轴承B孔159和前下导向杆上导向滚轴孔169,前下导向杆上轴承A孔168、前下导向杆上轴承B孔159和前下导向杆上导向滚轴孔169从前往复齿座导向段上下孔集成块152一侧通连,前下导向杆上轴承A孔168、前下导向杆上轴承B孔159和前下导向杆上导向滚轴孔169同轴,前往复齿座导向段下孔163左侧的前往复齿座导向段上下孔集成块152上设有穿前下导向杆左轴承A孔167、前下导向杆左轴承B孔165和前下导向杆左导向滚轴孔166等,前下导向杆左轴承A孔167、前下导向杆左轴承B孔165和前下导向杆左导向滚轴孔166从前往复齿座导向段上下孔集成块152一侧通连,前下导向杆左轴承A孔167、前下导向杆左轴承B孔 165和前下导向杆左导向滚轴孔166同轴,前往复齿座导向段下孔163右侧的前往复齿座导向段上下孔集成块152上设有穿前下导向杆右轴承A孔160、前下导向杆右轴承B孔162和前下导向杆右导向滚轴孔161等,前下导向杆右轴承A孔160、前下导向杆右轴承B孔162和前下导向杆右导向滚轴孔161从前往复齿座导向段上下孔集成块152一侧通连,前下导向杆右轴承A孔160、前下导向杆右轴承B孔162和前下导向杆右导向滚轴孔161同轴,后往复齿座导向段上孔176集成块上设置后往复齿座导向段上孔176等,上插齿座后止转导向段197设置在后往复齿座导向段上孔176内,后往复齿座导向段上孔176左侧的后往复齿座导向段上孔176集成块上设有穿后上左轴承A孔196、后上左轴承B孔194和后上左导向滚轴孔195等,后上左轴承A孔196、后上左轴承B孔194和后上左导向滚轴孔195从后往复齿座导向段上孔176集成块一侧通连,后上左轴承A孔196、后上左轴承B孔194和后上左导向滚轴孔195同轴,后往复齿座导向段上孔176右侧的后往复齿座导向段上孔176集成块上设有穿后上右轴承A孔177、后上右轴承B孔179和后上右导向滚轴孔178等,后上右轴承A孔177、后上右轴承B孔179和后上右导向滚轴孔178从后往复齿座导向段上孔176集成块一侧通连,后上右轴承A孔177、后上右轴承B孔179和后上右导向滚轴孔178同轴,后往复齿座导向段上孔176下部的后往复齿座导向段上孔176集成块上设有穿后上导向杆下轴承A孔193、后上导向杆下轴承B孔180和后上导向杆下导向滚轴孔192等,后上导向杆下轴承A孔193、后上导向杆下轴承B孔180和后上导向杆下导向滚轴孔192从后往复齿座导向段上孔176集成块一侧通连,后上导向杆下轴承A孔193、后上导向杆下轴承B孔180和后上导向杆下导向滚轴孔192同轴,后往复齿座导向段上孔176上部的后往复齿座导向段上孔176集成块上设有穿后上导向杆上轴承A孔199、后上导向杆上轴承B孔201和后上导向杆上导向滚轴孔200等,后上导向杆上轴承A孔199、后上导向杆上轴承B孔201和后上导向杆上导向滚轴孔200从后往复齿座导向段上孔176集成块一侧通连,后上导向杆上轴承A孔199、后上导向杆上轴承B孔201和后上导向杆上导向滚轴孔200同轴,往复齿座导向段连接件20设置在上插齿座前止转导向段175与上插齿座后止转导向段197之间且设置在下往复齿座导向段198后端。
也可前往复齿座导向段上孔154轴线与后往复齿座导向段上孔176轴线平行且使前往复齿座导向段下孔163轴线与前往复齿座导向段上孔154轴线平行。
也可往复齿座导向段连接件20设置在上插齿座前止转导向段175与上插齿座后止转导向段197后端且设置在下往复齿座导向段198后端。
也可往复齿座导向段连接件20设置在上插齿座前止转导向段175与上插齿座后止转导向 段197前端且设置在下往复齿座导向段198前端。
也可往复齿座导向段连接件20设置在上插齿座前止转导向段175与上插齿座后止转导向段197之间且设置在下往复齿座导向段198前端。
前往复齿座导向段上下孔集成块152与后往复齿座导向段上孔176集成块使曲柄连杆16设置在下往复齿座导向段198后部,降低集成块密封导向止转箱295的高度,增加往复冲击采掘机适应薄煤层、小巷道的采掘能力,同时利用曲柄连杆16在前往复齿座导向段上下孔集成块152与后往复齿座导向段上孔176集成块之间设置的结构,提高曲柄连杆16对各滚动导向止转器44的甩油润滑效果。
其它同实施例1。
实施例12
如图41至图43所示,为实施例12所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:
装滚动导向止转组件块1设置为前往复齿座导向段上下孔集成块152,前往复齿座导向段上下孔集成块152上设有前往复齿座导向段上孔154和前往复齿座导向段下孔163,后装往复齿座导向段多孔集成块设置为后往复齿座导向段上下孔集成块153,后往复齿座导向段上下孔集成块153上设有后往复齿座导向段上孔176和后往复齿座导向段下孔185等,前往复齿座导向段上孔154轴线与后往复齿座导向段上孔176轴线同轴且使前往复齿座导向段下孔163轴线与后往复齿座导向段下孔185轴线同轴,前往复齿座导向段上孔154左侧的前往复齿座导向段上下孔集成块152上设有穿前上左轴承A孔174、前上左轴承B孔172和前上左导向滚轴孔173等,前上左轴承A孔174、前上左轴承B孔172和前上左导向滚轴孔173从前往复齿座导向段上下孔集成块152一侧通连,前上左轴承A孔174、前上左轴承B孔172和前上左导向滚轴孔173同轴,前往复齿座导向段上孔154右侧的前往复齿座导向段上下孔集成块152上设有穿前上右轴承A孔155、前上右轴承B孔157和前上右导向滚轴孔156等,前上右轴承A孔155、前上右轴承B孔157和前上右导向滚轴孔156从前往复齿座导向段上下孔集成块152一侧通连,前上右轴承A孔155、前上右轴承B孔157和前上右导向滚轴孔156同轴,前往复齿座导向段上孔154上部的前往复齿座导向段上下孔集成块152上设有穿前上导向杆上轴承A孔205、前上导向杆上轴承B孔207和前上导向杆上导向滚轴孔206等,前上导向杆上轴承A孔205、前上导向杆上轴承B孔207和前上导向杆上导向滚轴孔206从前往复齿座导向段上下孔集成块152一侧通连,前上导向杆上轴承A孔205、前上导向杆上 轴承B孔207和前上导向杆上导向滚轴孔206同轴,前往复齿座导向段下孔163下部的前往复齿座导向段上下孔集成块152上设有穿前下导向杆下轴承A孔204、前下导向杆下轴承B孔202和前下导向杆下导向滚轴孔203等,前下导向杆下轴承A孔204、前下导向杆下轴承B孔202和前下导向杆下导向滚轴孔203从前往复齿座导向段上下孔集成块152一侧通连,前下导向杆下轴承A孔204、前下导向杆下轴承B孔202和前下导向杆下导向滚轴孔203同轴,前往复齿座导向段下孔163左侧的前往复齿座导向段上下孔集成块152上设有穿前下导向杆左轴承A孔167、前下导向杆左轴承B孔165和前下导向杆左导向滚轴孔166等,前下导向杆左轴承A孔167、前下导向杆左轴承B孔165和前下导向杆左导向滚轴孔166从前往复齿座导向段上下孔集成块152一侧通连,前下导向杆左轴承A孔167、前下导向杆左轴承B孔165和前下导向杆左导向滚轴孔166同轴,前往复齿座导向段下孔163右侧的前往复齿座导向段上下孔集成块152上设有穿前下导向杆右轴承A孔160、前下导向杆右轴承B孔162和前下导向杆右导向滚轴孔161等,前下导向杆右轴承A孔160、前下导向杆右轴承B孔162和前下导向杆右导向滚轴孔161从前往复齿座导向段上下孔集成块152一侧通连,前下导向杆右轴承A孔160、前下导向杆右轴承B孔162和前下导向杆右导向滚轴孔161同轴,后往复齿座导向段上下孔集成块153上设有后往复齿座导向段上孔176和后往复齿座导向段下孔185,后往复齿座导向段上孔176左侧的后往复齿座导向段上下孔集成块153上设有穿后上左轴承A孔196、后上左轴承B孔194和后上左导向滚轴孔195等,后上左轴承A孔196、后上左轴承B孔194和后上左导向滚轴孔195从后往复齿座导向段上下孔集成块153一侧通连,后上左轴承A孔196、后上左轴承B孔194和后上左导向滚轴孔195同轴,后往复齿座导向段上孔176右侧的后往复齿座导向段上下孔集成块153上设有穿后上右轴承A孔177、后上右轴承B孔179和后上右导向滚轴孔178等,后上右轴承A孔177、后上右轴承B孔179和后上右导向滚轴孔178从后往复齿座导向段上下孔集成块153一侧通连,后上右轴承A孔177、后上右轴承B孔179和后上右导向滚轴孔178同轴,后往复齿座导向段上孔176上部的后往复齿座导向段上下孔集成块153上设有穿后上导向杆上轴承A孔199、后上导向杆上轴承B孔201和后上导向杆上导向滚轴孔200等,后上导向杆上轴承A孔199、后上导向杆上轴承B孔201和后上导向杆上导向滚轴孔200从后往复齿座导向段上下孔集成块153一侧通连,后上导向杆上轴承A孔199、后上导向杆上轴承B孔201和后上导向杆上导向滚轴孔200同轴,后往复齿座导向段下孔185下部的后往复齿座导向段上下孔集成块153上设有穿后下导向杆下轴承A孔210、后下导向杆下轴承B孔208和后下导向杆下导向滚轴孔209等,后下导向杆下轴承A孔210、后下导向杆下轴承B孔208和后下导向杆下导向滚轴孔209从后往复齿 座导向段上下孔集成块153一侧通连,后下导向杆下轴承A孔210、后下导向杆下轴承B孔208和后下导向杆下导向滚轴孔209同轴,后往复齿座导向段下孔185左侧的后往复齿座导向段上下孔集成块153上设有穿后下导向杆左轴承A孔189、后下导向杆左轴承B孔187和后下导向杆左导向滚轴孔188等,后下导向杆左轴承A孔189、后下导向杆左轴承B孔187和后下导向杆左导向滚轴孔188从后往复齿座导向段上下孔集成块153一侧通连,后下导向杆左轴承A孔189、后下导向杆左轴承B孔187和后下导向杆左导向滚轴孔188同轴,后往复齿座导向段下孔185右侧的后往复齿座导向段上下孔集成块153上设有穿后下导向杆右轴承A孔182、后下导向杆右轴承B孔184和后下导向杆右导向滚轴孔183等,后下导向杆右轴承A孔182、后下导向杆右轴承B孔184和后下导向杆右导向滚轴孔183从后往复齿座导向段上下孔集成块153一侧通连,后下导向杆右轴承A孔182、后下导向杆右轴承B孔184和后下导向杆右导向滚轴孔183同轴,曲柄连杆16设置在前往复齿座导向段上下孔集成块152与后往复齿座导向段上下孔集成块153之间且设置在上往复齿座导向段19与下往复齿座导向段198之间,充分利用了前往复齿座导向段上下孔集成块152与后往复齿座导向段上下孔集成块153的导向止转间距,且有利于曲柄连杆16的旋转力将前往复齿座导向段上下孔集成块152与后往复齿座导向段上下孔集成块153之间的润滑液体甩向个滚动导向止转器44。
也可前往复齿座导向段上孔154轴线与后往复齿座导向段上孔176轴线同轴且使前往复齿座导向段下孔163轴线与后往复齿座导向段下孔185轴线平行。
也可前往复齿座导向段上孔154轴线与后往复齿座导向段上孔176轴线平行且使前往复齿座导向段下孔163轴线与后往复齿座导向段下孔185轴线同轴。
也可前往复齿座导向段上孔154轴线与后往复齿座导向段上孔176轴线平行且使前往复齿座导向段下孔163轴线与后往复齿座导向段下孔185轴线平行。
其它同实施例1。
实施例13
如图44、图45所示,为实施例13所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:前装滚动导向止转组件块2设置为前轴线锐角导向止转集成块211,前轴线锐角导向止转集成块211上设有前锐角往复齿座导向段孔212等,后装滚动导向止转组件块3设置为后轴线锐角导向止转集成块213,前锐角往复齿座导向段孔212轴线与后锐角往复齿座导向段孔214轴线同轴,前锐角往复齿座导向段孔212左侧的前轴线锐角导向止转集成块211上设有穿前左轴承A孔48、前左轴承B孔50和前左导向滚轴孔49等,前左轴承A孔48、前左轴承B孔50和前左导向滚轴孔49从前轴线锐角导向止转集成块211一侧通连, 前左轴承A孔48、前左轴承B孔50和前左导向滚轴孔49同轴,前锐角往复齿座导向段孔212右侧的前轴线锐角导向止转集成块211上设有穿前右轴承A孔53、前右轴承B孔51和前右导向滚轴孔52等,前右轴承A孔53、前右轴承B孔51和前右导向滚轴孔52从前轴线锐角导向止转集成块211一侧通连,前右轴承A孔53、前右轴承B孔51和前右导向滚轴孔52同轴,前锐角往复齿座导向段孔212下部的前轴线锐角导向止转集成块211上设有穿前下轴承A孔119等、前下轴承B孔116和前下导向滚轴孔118,前下轴承A孔119、前下轴承B孔116和前下导向滚轴孔118从前轴线锐角导向止转集成块211一侧通连,前下轴承A孔119、前下轴承B孔116和前下导向滚轴孔118同轴,前左导向滚轴孔49轴线与前下导向滚轴孔118轴线的夹角小于90度,前右导向滚轴孔52轴线与前下导向滚轴孔118轴线的夹角小于90度,前左导向滚轴36贴靠前下导向滚轴117的轴端到前右导向滚轴35贴靠前下导向滚轴117的轴端的距离大于前左导向滚轴36远离前下导向滚轴117的轴端到前右导向滚轴35远离前下导向滚轴117的轴端的距离,前下导向滚轴117、前左导向滚轴36和前右导向滚轴35组成前锐角三面滚轴导向止转器11,后轴线锐角导向止转集成块213上设有后锐角往复齿座导向段孔214,后锐角往复齿座导向段孔214左侧的后轴线锐角导向止转集成块213上设有穿后左轴承A孔146、后左轴承B孔141和后左导向滚轴孔144等,后左轴承A孔146、后左轴承B孔141和后左导向滚轴孔144从后轴线锐角导向止转集成块213一侧通连,后左轴承A孔146、后左轴承B孔141和后左导向滚轴孔144同轴,后锐角往复齿座导向段孔214右侧的后轴线锐角导向止转集成块213上设有穿后右轴承A孔129、后右轴承B孔133和后右导向滚轴孔131等,后右轴承A孔129、后右轴承B孔133和后右导向滚轴孔131从后轴线锐角导向止转集成块213一侧通连,后右轴承A孔129、后右轴承B孔133和后右导向滚轴孔131同轴,后锐角往复齿座导向段孔214下部的后轴线锐角导向止转集成块213上设有穿后下轴承A孔139、后下轴承B孔136和后下导向滚轴孔138等,后下轴承A孔139、后下轴承B孔136和后下导向滚轴孔138从后轴线锐角导向止转集成块213一侧通连,后下轴承A孔139、后下轴承B孔136和后下导向滚轴孔138同轴,后左导向滚轴孔144轴线与后下导向滚轴孔138轴线的夹角小于90度,后右导向滚轴孔131轴线与后下导向滚轴孔138轴线的夹角小于90度,后左导向滚轴143贴靠后下导向滚轴137的轴端到后右导向滚轴132贴靠后下导向滚轴137的轴端的距离大于后左导向滚轴143远离后下导向滚轴137的轴端到后右导向滚轴132远离后下导向滚轴137的轴端的距离,后下导向滚轴137、后左导向滚轴143和后右导向滚轴132组成后锐角三面滚轴导向止转器11,阻止后往复齿座导向段74向上下、向左右摆动,对后往复齿座导向段74导向止转,前锐角三面滚轴导向止转器11和后锐角三面滚轴导向止转器11配合对往复齿座导向段33滚动摩擦导向止转,节约了滚轴导向止转器11的使用数量 及与设置空间,降低制造成本。
也可前锐角往复齿座导向段孔212轴线与后锐角往复齿座导向段孔214轴线平行。
其它同实施例1。
实施例14
如图46至图49所示,为实施例14所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:
前装往复齿座导向段多孔集成块设置为前往复齿座导向段左右孔集成块215,前往复齿座导向段左右孔集成块215上设有前往复齿座导向段左孔60和前往复齿座导向段右孔55等,后装往复齿座导向段多孔集成块设置为后往复齿座导向段左右孔集成块216,后往复齿座导向段左右孔集成块216上设有后往复齿座导向段左孔66和后往复齿座导向段右孔63,前往复齿座导向段左孔60轴线与后往复齿座导向段左孔66轴线同轴且使前往复齿座导向段右孔55轴线与后往复齿座导向段右孔63轴线同轴,前往复齿座导向段左孔60左侧的前往复齿座导向段左右孔集成块215上设有穿前左左轴承A孔231、前左左轴承B孔229和前左左导向滚轴孔230等,前左左轴承A孔231、前左左轴承B孔229和前左左导向滚轴孔230从前往复齿座导向段左右孔集成块215一侧通连,前左左轴承A孔231、前左左轴承B孔229和前左左导向滚轴孔230同轴,前往复齿座导向段左孔60上侧的前往复齿座导向段左右孔集成块215上设有穿前左上轴承A孔232、前左上轴承B孔234和前左上导向滚轴孔233等,前左上轴承A孔232、前左上轴承B孔234和前左上导向滚轴孔233从前往复齿座导向段左右孔集成块215一侧通连,前左上轴承A孔232、前左上轴承B孔234和前左上导向滚轴孔233同轴,前往复齿座导向段左孔60下侧的前往复齿座导向段左右孔集成块215上设有穿前左下轴承A孔228、前左下轴承B孔226和前左下导向滚轴孔227等,前左下轴承A孔228、前左下轴承B孔226和前左下导向滚轴孔227从前往复齿座导向段左右孔集成块215一侧通连,前左下轴承A孔228、前左下轴承B孔226和前左下导向滚轴孔227同轴,前往复齿座导向段右孔55上部的前往复齿座导向段左右孔集成块215上设有穿前右导向杆上轴承A孔219、前右导向杆上轴承B孔217和前右导向杆上导向滚轴孔218等,前右导向杆上轴承A孔219、前右导向杆上轴承B孔217和前右导向杆上导向滚轴孔218从前往复齿座导向段左右孔集成块215一侧通连,前右导向杆上轴承A孔219、前右导向杆上轴承B孔217和前右导向杆上导向滚轴孔218同轴,前往复齿座导向段右孔55右部的前往复齿座导向段左右孔集成块215上设有穿前右导向杆右轴承A孔220、前右导向杆右轴承B孔222和前右导向杆右导向滚轴 孔221等,前右导向杆右轴承A孔220、前右导向杆右轴承B孔222和前右导向杆右导向滚轴孔221从前往复齿座导向段左右孔集成块215一侧通连,前右导向杆右轴承A孔220、前右导向杆右轴承B孔222和前右导向杆右导向滚轴孔221同轴,前往复齿座导向段右孔55下部的前往复齿座导向段左右孔集成块215上设有穿前右导向杆下轴承A孔223、前右导向杆下轴承B孔225和前右导向杆下导向滚轴孔224等,前右导向杆下轴承A孔223、前右导向杆下轴承B孔225和前右导向杆下导向滚轴孔224从前往复齿座导向段左右孔集成块215一侧通连,前右导向杆下轴承A孔223、前右导向杆下轴承B孔225和前右导向杆下导向滚轴孔224同轴,前往复齿座导向段左孔60与前往复齿座导向段右孔55之间的前往复齿座导向段左右孔集成块215上设有穿前左中间轴承A孔30、前左中间轴承B孔28、前左中间导向滚轴孔29等,前往复齿座导向段左孔60与前往复齿座导向段右孔55之间的前往复齿座导向段左右孔集成块215上设有穿前右中间轴承A孔30、前右中间轴承B孔28、前右中间导向滚轴孔29等,前左中间轴承A孔30、前左中间轴承B孔28和前左中间导向滚轴孔29通连且同轴组成前左中间滚动导向止转器44孔,前右中间轴承A孔30、前右中间轴承B孔28、前右中间导向滚轴孔29同轴组成前右中间滚动导向止转器44孔,前右中间轴承A6、前右中间轴承B7、前右中间导向滚轴4组成前右中间滚动导向止转器44,前左中间滚动导向止转器44孔与前右中间滚动导向止转器44孔同轴形成前中间滚动导向止转器孔54,前中间滚动导向止转器58设置于前中间滚轴止转导向器孔,前中间滚动导向止转器58左侧与前左往复齿座导向段面61贴合且使前中间滚动导向止转器58右侧与前右往复齿座导向段面57贴合,后往复齿座导向段左孔66左侧的后往复齿座导向段左右孔集成块216上设有穿后左左轴承A孔249、后左左轴承B孔247和后左左导向滚轴孔248等,后左左轴承A孔249、后左左轴承B孔247和后左左导向滚轴孔248从后往复齿座导向段左右孔集成块216一侧通连,后左左轴承A孔249、后左左轴承B孔247和后左左导向滚轴孔248同轴,后往复齿座导向段左孔66上侧的后往复齿座导向段左右孔集成块216上设有穿后左上轴承A孔250、后左上轴承B孔252和后左上导向滚轴孔251等,后左上轴承A孔250、后左上轴承B孔252和后左上导向滚轴孔251从后往复齿座导向段左右孔集成块216一侧通连,后左上轴承A孔250、后左上轴承B孔252和后左上导向滚轴孔251同轴,后往复齿座导向段左孔66下侧的后往复齿座导向段左右孔集成块216上设有穿后左下轴承A孔246、后左下轴承B孔244和后左下导向滚轴孔245等,后左下轴承A孔246、后左下轴承B孔244和后左下导向滚轴孔245从后往复齿座导向段左右孔集成块216一侧通连,后左下轴承A孔246、后左下轴承B孔244和后左下导向滚轴孔245同轴,后往复齿座导向段右孔63上部的后往复齿座导向段左右孔集成块 216上设有穿后右导向杆上轴承A孔237、后右导向杆上轴承B孔235和后右导向杆上导向滚轴孔236等,后右导向杆上轴承A孔237、后右导向杆上轴承B孔235和后右导向杆上导向滚轴孔236从后往复齿座导向段左右孔集成块216一侧通连,后右导向杆上轴承A孔237、后右导向杆上轴承B孔235和后右导向杆上导向滚轴孔236同轴,后往复齿座导向段右孔63右部的后往复齿座导向段左右孔集成块216上设有穿后右导向杆右轴承A孔238、后右导向杆右轴承B孔240和后右导向杆右导向滚轴孔239等,后右导向杆右轴承A孔238、后右导向杆右轴承B孔240和后右导向杆右导向滚轴孔239从后往复齿座导向段左右孔集成块216一侧通连,前后右导向杆右轴承A孔238、后右导向杆右轴承B孔240和后右导向杆右导向滚轴孔239同轴,后往复齿座导向段右孔63下部的后往复齿座导向段左右孔集成块216上设置穿后右导向杆下轴承A孔241、后右导向杆下轴承B孔243和后右导向杆下导向滚轴孔242等,后右导向杆下轴承A孔241、后右导向杆下轴承B孔243和后右导向杆下导向滚轴孔242从后往复齿座导向段左右孔集成块216一侧通连,后右导向杆下轴承A孔241、后右导向杆下轴承B孔243和后右导向杆下导向滚轴孔242同轴,后往复齿座导向段左孔66与后往复齿座导向段右孔63之间的后往复齿座导向段左右孔集成块216上设有穿后左中间轴承A孔、后左中间轴承B孔、后左中间导向滚轴孔等,后往复齿座导向段左孔66与后往复齿座导向段右孔63之间的后往复齿座导向段左右孔集成块216上设有穿后右中间轴承A孔、后右中间轴承B孔、后右中间导向滚轴孔等,后左中间轴承A孔、后左中间轴承B孔和后左中间导向滚轴孔通连且同轴组成后左中间滚动导向止转器孔,后右中间轴承A孔、后右中间轴承B孔、后右中间导向滚轴孔同轴组成后右中间滚动导向止转器孔,后右中间轴承A、后右中间轴承B、后右中间导向滚轴组成后右中间滚动导向止转器,后左中间滚动导向止转器孔与后右中间滚动导向止转器孔同轴形成后中间滚动导向止转器孔62,后中间滚动导向止转器65设置于后中间滚轴止转导向器孔,后中间滚动导向止转器65左侧与后左往复齿座导向段面67贴合且使后中间滚动导向止转器65右侧与后右往复齿座导向段面64贴合,曲柄连杆16上设置左凸轴68和右凸轴69,使左凸轴68和右凸轴69为180度设置,左凸轴68带动左往复齿座导向段253往复运动,右凸轴69带动右往复齿座导向段254往复运动,当左凸轴68带动左往复齿座导向段253向前冲击时右凸轴69带动右往复齿座导向段254向后运动,当左凸轴68带动左往复齿座导向段253向后运动时右凸轴69带动右往复齿座导向段254向前冲击,利用左往复齿座导向段253和右往复齿座导向段254前后运动的特征将需设置两个后中间滚动导向止转器65的空间合二为一且将两个前中间滚动导向止转器58的空间合二为一,提高装滚动导向止转组件块1空间利用率,节约制造成本,减少冲击。
当凸轴机构17为直轴凸轮连杆结构时,也可在直轴凸轮连杆上设置左凸轴68和右凸轴69。
也可前往复齿座导向段左孔60轴线与后往复齿座导向段左孔66轴线同轴且使前往复齿座导向段右孔55轴线与后往复齿座导向段右孔63轴线平行。
也可前往复齿座导向段左孔60轴线与后往复齿座导向段左孔66轴线平行且使前往复齿座导向段右孔55轴线与后往复齿座导向段右孔63轴线同轴。
也可前往复齿座导向段左孔60轴线与后往复齿座导向段左孔66轴线平行且使前往复齿座导向段右孔55轴线与后往复齿座导向段右孔63轴线平行。
其它同实施例1。
实施例15
如图50至图52所示,为实施例15所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:导向滚轴4包括凹腰导向滚轴4等,往复齿座导向段33设有与凹腰导向滚轴4凹面相扣合的往复齿座凸起导向段,前装往复齿座导向段单孔集成块27包括前两面组件止转导向集成块255等,后装往复齿座导向段单孔集成块31包括后两面组件止转导向集成块256等,使用前两面滚轴组件导向止转集成块时,前两面滚轴组件导向止转集成块上设有前往复齿座凸起导向段孔,后两面滚轴组件导向止转集成块上设有后往复齿座凸起导向段孔265,前往复齿座凸起导向段孔轴线与后往复齿座凸起导向段孔265轴线同轴,前往复齿座凸起导向段孔左侧的前两面滚轴组件导向止转集成块上设有穿前左轴承A孔48、前左轴承B孔50和前左凹腰导向滚轴孔259等,前左轴承A孔48、前左轴承B孔50和前左凹腰导向滚轴孔259从前两面滚轴组件导向止转集成块一侧通连,前左轴承A孔48、前左轴承B孔50和前左凹腰导向滚轴孔259同轴,前往复齿座凸起导向段261孔右侧的前两面滚轴组件导向止转集成块上设有穿前右轴承A孔53、前右轴承B孔51和前右凹腰导向滚轴孔258等,前右轴承A孔53、前右轴承B孔51和前右凹腰导向滚轴孔258从前两面滚轴组件导向止转集成块一侧通连,前右轴承A孔53、前右轴承B孔51和前右凹腰导向滚轴孔258同轴,后往复齿座凸起导向段孔265下部的后两面滚轴组件导向止转集成块上设置穿后下轴承A孔139、后下轴承B孔136和后下凹腰导向滚轴孔263等,穿后下轴承A孔139、后下轴承B孔136和后下凹腰导向滚轴孔263从后两面滚轴组件导向止转集成块一侧通连,穿后下轴承A孔139、后下轴承B孔136和后下凹腰导向滚轴孔263同轴,后往复齿座凸起导向段孔265上部的后两面滚轴组件导向止转集成块上设置穿后上轴承A孔147、后上轴承B孔128和后上凹腰导向滚轴孔262等,穿后上轴承A孔147、后上轴承B孔128和后上凹腰导向滚轴孔262从后 两面滚轴组件导向止转集成块一侧通连,穿后上轴承A孔147、后上轴承B孔128和后上凹腰导向滚轴孔262同轴,与前左凹腰导向滚轴孔259与前往复齿座凸起导向段261孔通连,在前左凹腰导向滚轴260一端设置前左轴承A122另一端设置前左轴承B121组成前左滚轴导向止转器,前左滚轴导向止转器设置在前左凹腰导向滚轴260通孔内,前左凹腰导向滚轴260侧面在前往复齿座凸起导向段261孔内与前往复齿座凸起导向段左侧面271贴合,前右凹腰导向滚轴孔258与前往复齿座凸起导向段261孔通连,在前右凹腰导向滚轴257一端设置前右轴承A111另一端设置前右轴承B112组成前右滚轴导向止转器,前右滚轴导向止转器设置在前右凹腰导向滚轴257通孔内,前右凹腰导向滚轴257侧面在前往复齿座凸起导向段261孔内与前往复齿座凸起导向段右侧面270贴合,后上凹腰导向滚轴孔262与后往复齿座凸起导向段孔265通连,在后上凹腰导向滚轴266一端设置后上轴承A148另一端设置后上轴承B127组成后上滚轴导向止转器,后上滚轴导向止转器设置在后上轴承A148与后上轴承B127与后上凹腰导向滚轴266通孔内,后上凹腰导向滚轴266侧面在后往复齿座凸起导向段孔265内与后往复齿座凸起导向段上侧面274贴合,后下凹腰导向滚轴孔263与后往复齿座凸起导向段孔265通连,在后下凹腰导向滚轴264一端设置后下轴承A140另一端设置后下轴承B135组成后下滚轴导向止转器,后下滚轴导向止转器设置在后下轴承A140与后下轴承B135与后下凹腰导向滚轴264通孔内,后下凹腰导向滚轴264侧面在后往复齿座凸起导向段孔265内与后往复齿座凸起导向段下侧面276贴合,凹腰导向滚轴4的凹面与往复齿座凸起导向段的凸起扣合防止往复齿座凸起导向段上下、左右摆动,该结构仅使用两组滚轴导向止转器11即可实现对连动导向密封插齿座5的导向扶正,减少了滚轴导向止转器11的使用数量及与设置空间,降低制造成本且减低了往复冲击部的高度。
也可前往复齿座凸起导向段261孔轴线与后往复齿座凸起导向段孔265轴线平行。
其它同实施例1。
实施例16
如图53至图55所示,为实施例16所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:轴承件导向止转器包括凹腰轴承件导向止转器等,凹腰轴承件导向止转器包括凹腰轴承件等,往复齿座导向段33设有与凹腰轴承件凹面相扣合的往复齿座凸起导向段,往复齿座凸起导向段包括前往复齿座凸起导向段261、后往复齿座凸起导向段267等,前装滚动导向止转组件块2上设有前往复齿座凸起导向段261孔等,后装滚动导向止转组件块3上设有后往复齿座凸起导向段孔265等,前往复齿座凸起导向段261孔轴线与后往复齿座凸起导向段孔265轴线同轴,前往复齿座凸起导向段261孔左侧设有穿前凹腰轴承件导向 止转器左孔272等,前往复齿座凸起导向段261孔右侧设有穿前凹腰轴承件导向止转器右孔269等,后往复齿座凸起导向段孔265下部设有穿后凹腰轴承件导向止转器下孔277等,后往复齿座凸起导向段孔265上部设有穿后凹腰轴承件导向止转器上孔275等,前凹腰轴承件导向止转器左孔272与前往复齿座凸起导向段261孔通连,前凹腰轴承件导向止转器273设置在前凹腰轴承件导向止转器左孔272内,前凹腰轴承件导向止转器侧面268在前往复齿座凸起导向段261孔内与前往复齿座凸起导向段左侧面271贴合,前凹腰轴承件导向止转器右孔269与前往复齿座凸起导向段261孔通连,前凹腰轴承件导向止转器273设置在前凹腰轴承件导向止转器右孔269内,前凹腰轴承件导向止转器侧面268在前往复齿座凸起导向段261孔内与前往复齿座凸起导向段右侧面270贴合,后凹腰轴承件导向止转器下孔277与后往复齿座凸起导向段孔265通连,后凹腰轴承件导向止转器侧面278在后往复齿座凸起导向段孔265内与后往复齿座凸起导向段下侧面276贴合,后凹腰轴承件导向止转器上孔275与后往复齿座凸起导向段孔265通连,后凹腰轴承件导向止转器侧面278在后往复齿座凸起导向段孔265内与后往复齿座凸起导向段上侧面274贴合,凹腰轴承件导向止转器的凹面与往复齿座凸起导向段的凸起扣合防止往复齿座凸起导向段上下、左右摆动,滚动导向止转器44仅用一个轴承,结构设置简单,占用空间少,制造成本低。
也可前往复齿座凸起导向段261孔轴线与后往复齿座凸起导向段孔265轴线平行。
其它同实施例1。
实施例17
如图56至图58所示,为实施例17所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:往复齿座导向段33上的与导向滚轴4贴合平面宽度小于导向滚轴4上的与往复齿座导向段33贴合平面的长度,当导向滚轴4轴向移动时往复齿座导向段平面34仍与导向滚轴4贴紧滚动磨擦导向止转,加宽导向幅度增大导向力度,提高往复齿座导向段33使用寿命。
往复齿座导向段33包括导向扶正段,导向扶正段包括前导向扶正段279和后导向扶正段280等,导向扶正段与往复齿座导向段33孔壁之间设有防摩擦间隙281,防摩擦间隙281在往复冲击时避免导向扶正段与任何部件产生滑动摩擦。
也可往复齿座导向段33上的与导向轴承件贴合平面宽度小于导向轴承件上的与往复齿座导向段33贴合平面的长度,当导向轴承件轴向移动时往复齿座导向段平面34仍与导向轴承件贴紧滚动磨擦导向止转,加宽导向幅度增大导向力度,提高往复齿座导向段33使用寿命。
其它同实施例1。
实施例18
如图59所示,为实施例18所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:集成块密封导向止转箱295外设有齿轮传动箱284,齿轮传动箱284内设有主齿轮285和副齿轮283等,副齿轮283设置在主齿轮285上端和主齿轮285下端,往复动力器9与主齿轮285连接,往复动力器9驱动主齿轮285转动,主齿轮285带动副齿轮283旋转,副齿轮283带动连杆282运动,集成块密封导向止转箱295设有润滑液体等,连杆282带动润滑液旋转润滑集成块密封导向止转箱295,齿轮传动箱284实现了一个动力源带动两个以上曲柄连杆16机构的功能。
副齿轮283也可设置在主齿轮285上端或主齿轮285下端。
也可副齿轮283及主齿轮285带动连杆282运动。
其它同实施例1。
实施例19
如图60、图61所示,为实施例19所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:往复齿座连动段73包括止转杆铰接轴孔286、铰接轴287等,曲柄连杆16或直轴凸轮连杆包括连杆282等,连杆282包括连杆铰接轴孔290等,连杆铰接轴孔290与止转杆铰接轴孔286同心,铰接轴287设置在止转杆铰接轴孔286与连杆铰接轴孔290内,在止转杆铰接轴孔286与连杆铰接轴孔290内设置关节轴承288后用铰接轴287连接,关节轴承288防止导向止转杆损坏连杆282。
曲柄连杆16包括曲轴和轴承挡套等,曲轴和轴承挡套上设有甩油器,甩油器为勺甩油器289,勺甩油器289直接设置在轴承挡套上。
也可往复齿座导向段33与连杆282铰接。
也可曲轴和轴承挡套包括甩油齿轮等,甩油器包括甩油器传动齿轮等,甩油齿轮带动甩油器传动齿轮旋转甩油,,甩油器甩油对装滚动导向止转器等润滑降温。
甩油器也可为毛刷甩油器或齿甩油器或叶片甩油器或坑碗甩油器等。
其它同实施例1。
实施例20
如图62所示,为实施例20所示的装滚动导向止转组件块往复冲击采掘机,与实施例1 不同的是:前装滚动导向止转组件块2与后装滚动导向止转组件块3之间的前后扶正导向止转间距10中设有水道291,水通过水道291对装滚动导向止转组件块1进行冷却降温。
也可前装滚动导向止转组件块2与后装滚动导向止转组件块3之间的前后扶正导向止转间距10中设有水箱330或水管329。
也可在密封导向止转箱底部或侧部设有水道291或水箱330或水管329等。
其它同实施例1。
实施例21
如图63所示,为实施例21所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:连动导向密封插齿座5包括往复齿座密封段71等,往复齿座密封段71包括伸缩防护罩315等,集成块密封导向止转箱295与往复齿座密封段71之间设有密封往复齿座件313或浮动密封套316,浮动密封套316包括外浮动密封件293、内浮动密封件292和中间骨架294,外浮动密封件293设置在中间骨架294外圈,内浮动密封件292设置在中间骨架294内圈,往复齿座密封段穿过内浮动密封件292,内浮动密封件292贴紧往复齿座密封段密封,伸缩防护罩315一端扣合在往复齿座密封段上,另一端扣合在中间骨架294上,伸缩防护罩315阻止物料损坏、污染往复齿座密封段。
其它同实施例1。
实施例22
如图64、图65所示,为实施例22所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:往复冲齿8包括主齿体296,主齿体296包括上主齿体300和下主齿体302等,主齿体296还包括梁套冲齿架307,梁套冲齿架307包括上主齿体连接套298、下主齿体连接套305和主齿体连接梁306等,上主齿体300与上主齿体连接套298分体连接,也可为为一体式,下主齿体302与下主齿体连接套305分体连接,也可为一体式,主齿体连接梁306一端设置在上主齿体连接套298上,另一端设置在下主齿体连接套305上,主齿体连接梁306将上主齿体连接套298和下主齿体连接套305连接固定,主齿体连接梁306、上主齿体连接套298、下主齿体连接套305为分体连接,也可为一体式,上主齿体连接套298和下主齿体连接套305和主齿体连接梁306上设置侧往复齿301,当梁套冲齿架307与上主齿体300和下主齿体302分体连接时,上主齿体连接套298和下主齿体连接套305分别与上主齿体300和下主齿体302套合,上连动导向密封插齿座308与下连动导向密封插齿座309两端伸出集成块密封导向止转箱295外,上连动导向密封插齿座308与下连动导向密封插齿座309在集 成块密封导向止转箱295内连接,上主齿体300设置在上连动导向密封插齿座308的端部,下主齿体302设置在下连动导向密封插齿座309的端部,梁套冲齿架307将上连动导向密封插齿座308、下连动导向密封插齿座309紧固为一体式,往复动力器9在集成块密封导向止转箱295内驱动上连动导向密封插齿座308、下连动导向密封插齿座309,上连动导向密封插齿座308、下连动导向密封插齿座309带动上主齿体300和下主齿体302和梁套冲齿架307往复冲击,用梁套冲齿架307在集成块密封导向止转箱295外将上连动导向密封插齿座308与下连动导向密封插齿座309固定,使上连动导向密封插齿座308与下连动导向密封插齿座309形成结构强度大、导向稳定、冲击幅宽大的框架,大大提高了上连动导向密封插齿座308与下连动导向密封插齿座309之间互为支撑、互相扶正的力度。
也可上主齿体连接套298上设置侧往复齿301或下主齿体连接套305上设置侧往复齿301或主齿体连接梁306上设置侧往复齿301或上主齿体连接套298和下主齿体连接套305上设置侧往复齿301或上主齿体连接套298和主齿体连接梁306上设置侧往复齿301或下主齿体连接套305和主齿体连接梁306上设置侧往复齿301。
也可上连动导向密封插齿座308与下连动导向密封插齿座309一端伸出集成块密封导向止转箱295外。
其它同实施例1。
实施例23
如图66所示,为实施例23所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:前装滚动导向止转组件块2前部设有伸缩护套箱板312等,伸缩护套箱板312与前装滚动导向止转组件块2为一体式结构,伸缩护套箱板312包括导向箱板311和箱板护伸缩密封件套310等,导向箱板311上设有穿往复齿座密封段孔314等,穿往复齿座密封段孔314内设有密封往复齿座件313,往复齿座密封段71设置在密封往复齿座件313内孔,在浮动密封套316孔壁的外部设置箱板护伸缩密封件套310。
伸缩护套箱板312与前装滚动导向止转组件块2也可分体连接。
其它同实施例1。
实施例24
如图67所示,为实施例24所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:前装滚动导向止转组件块2前部设有伸缩护套箱板312等,伸缩护套箱板312与前装滚动导向止转组件块2为一体式结构,伸缩护套箱板312包括导向箱板311和箱板护伸 缩密封件套310等,导向箱板311上设有穿往复齿座密封段孔314等,穿往复齿座密封段孔314内设有浮动密封套316,往复齿座密封段71设置在浮动密封套316内孔,在浮动密封套316孔壁的外部设置箱板护伸缩密封件套310。
伸缩护套箱板312与前装滚动导向止转组件块2也可分体连接。
其它同实施例1。
实施例25
如图68所示,为实施例25所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:主齿体296后部设置主齿体护伸缩密封件套317等,主齿体296与主齿体护伸缩密封件套317分体连接,主齿体护伸缩密封件套317设置在箱板护伸缩密封件套310的外侧,箱板护伸缩密封件套310与主齿体护伸缩密封件套317套合伸缩防护。
主齿体296与主齿体护伸缩密封件套317也可为一体式结构。
其它同实施例1。
实施例26
如图69所示,为实施例26所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:主齿体296后部设置主齿体护伸缩密封件套317等,主齿体296与主齿体护伸缩密封件套317分体连接,主齿体护伸缩密封件套317设置在箱板护伸缩密封件套310的内侧,箱板护伸缩密封件套310与主齿体护伸缩密封件套317之间设有外护套密封件318,主齿体护伸缩密封件套317、外护套密封件318与集成块密封导向止转箱295上设置的箱板护伸缩密封件套310配合伸缩密封,阻止粉尘、泥水进入,提高滚动导向止转器44及曲柄连杆16的使用寿命。
主齿体296后部设置主齿体护伸缩密封件套止退件319等,主齿体护伸缩密封件套止退件319包括销止退件。
主齿体护伸缩密封件套317与箱板护伸缩密封件套310搭接重合段的长度大于主往复齿299往复冲击的冲击行程,主齿体护伸缩密封件套317与箱板护伸缩密封件套310之间设有外护套密封件318,主往复齿299往复冲击时外护套密封件318处在主齿体护伸缩密封件套317与箱板护伸缩密封件套310搭接重合段内。
主齿体296后部也可以设置主齿体护伸缩密封件套317与主齿体296通过螺纹连接止退或主齿体护伸缩密封件套317与主齿体296通过锥面止退或主齿体护伸缩密封件套止退件319 固定主齿体护伸缩密封件套317。
主齿体护伸缩密封件套止退件319也可以是螺母止退件、螺钉止退件、挡圈止退件、粘接止退件、卡槽止退件或卡簧止退件或涨销止退件或顶丝孔销止退件等。
主齿体296与主齿体护伸缩密封件套317也可为一体式结构。
其它同实施例1。
实施例27
如图70所示,为实施例27所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:主齿体296后部设有主齿体护伸缩密封件套拆卸顶丝孔320等,主齿体296后部设置主齿体护伸缩密封件套止退件319等,主齿体护伸缩密封件套止退件319包括螺母止退件。
其它同实施例1。
实施例28
如图71、图72所示,为实施例28所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:侧往复齿301朝向箱板护伸缩密封件套310前端面处设有分料面321,分料面321向两侧输导物料,将侧往复齿301朝向箱板护伸缩密封件套310前端面处积存物料导出,使箱板护伸缩密封件套310与主齿体296或与侧往复齿301之间不形成物料层,防止物料层阻止主往复齿299和/或侧往复齿301往复冲击。
主齿体护伸缩密封件套317与主齿体296通过螺纹连接止退。
其它同实施例1。
实施例29
如图73所示,为实施例29所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:主齿体296后部设置护套防护件322,护套防护件322间隔布置在主齿体296后部,护套防护件322的形状与箱板护伸缩密封件套310端面不形成挤压面,防止物料在护套防护件322与箱板护伸缩密封件套310之间堆积,护套防护件322阻止物料冲击损毁主齿体护伸缩密封件套317。
其它同实施例1。
实施例30
如图74、图75所示,为实施例30所示的装滚动导向止转组件块往复冲击采掘机,与实 施例1不同的是:梁套冲齿架307为多排设置,当梁套冲齿架307为多排设置时,前排梁套冲齿架325上的主齿体连接梁306相对于集成块密封导向止转箱295向外凸起,后排梁套冲齿架323上的主齿体连接梁306相对于集成块密封导向止转箱295向内凹进,前排凸起的主齿体连接梁306与后排凹进的主齿体连接梁306形成出料口324,,出料口324有利于所采掘物料顺利快速排出。
也可梁套冲齿架307为单排设置。
其它同实施例1。
实施例31
如图76所示,为实施例31所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:往复齿座导向段33上设有硬质耐磨件,硬质耐磨件包括硬质耐磨块326等,硬质耐磨件与往复齿座导向段33分体连接,硬质耐磨块326与往复齿座导向段33通过卡槽固定连接,卡槽为T形槽,硬质耐磨块326增加了往复齿座导向段33抗冲击、抗磨损强度。
硬质耐磨件与往复齿座导向段33也可为一体式结构。
硬质耐磨块326与往复齿座导向段33也可通过螺纹固定连接或用耐磨块止退件固定连接或用粘接止退等。
卡槽也可为燕尾槽或多边形槽等。
其它同实施例1。
实施例32
如图77所示,为实施例32所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:往复齿座导向段33上设有硬质耐磨件,硬质耐磨件包括硬质耐磨套327,硬质耐磨件与往复齿座导向段33分体连接,当硬质耐磨件与往复齿座导向段33分体连接时,硬质耐磨套327套合在往复齿座导向段33上,硬质耐磨套327与往复齿座导向段33上设有硬质耐磨套止转结构328,硬质耐磨套止转结构328与硬质耐磨套327分体连接,硬质耐磨套327增加了往复齿座导向段33抗冲击、抗磨损强度。
硬质耐磨件与往复齿座导向段33也可为一体式结构。
硬质耐磨套止转结构328与硬质耐磨套327也可为一体式。
其它同实施例1。
实施例33
如图78至图81所示,为实施例33所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:集成块密封导向止转箱295上设有箱体水道333,连动导向密封插齿座5设有连动导向密封插齿座水道334,箱体水道333在集成块密封导向止转箱295内与连动导向密封插齿座水道334连接,箱体水道333包括箱体内水路338和箱体外水路等,连动导向密封插齿座5上设有连动导向密封插齿座水道334,连动导向密封插齿座水道334包括连动导向密封插齿座进水口336等,连动导向密封插齿座进水口336设置在箱体内或设置在箱体外,当连动导向密封插齿座进水口336设置在箱体内时,箱体内水路338与连动导向密封插齿座进水口336之间设有软管连接件337,箱体内水路338固定在箱体上,软管连接件337的一端与箱体内水路338连接,另一端与连动导向密封插齿座进水口336连接,当连动导向密封插齿座5往复运动时,软管连接件337的软管随连动导向密封插齿座5往复摆动,避免水从箱体内水路338输送到连动导向密封插齿座进水口336过程中泄露,主齿体296包括主齿体水道335,主齿体水道335和连动导向密封插齿座水道334连接,连动导向密封插齿座水道334出口处的两端设有前密封件331和后密封件332等,前密封件331设置在连动导向密封插齿座水道334出口的前端,后密封件332设置在连动导向密封插齿座水道334出口的后端,将主齿插孔件上的主齿体水道335与连动导向密封插齿座水道334连接,前密封件331后密封件332阻止水从主齿体296与连动导向密封插齿座5配合的缝隙间流出。
也可箱体水道333在集成块密封导向止转箱295外与连动导向密封插齿座水道334连接或箱体水道333在集成块密封导向止转箱295外与主往复齿299连接。
也可箱体内水路338与连动导向密封插齿座进水口336之间设有往复密封连接件或伸缩管连接件。
其它同实施例1。
实施例34
如图82所示,为实施例34所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:集成块密封导向止转箱295上设有滚耙驱动器341等,集成块连接件26的长度大于滚耙驱动器341的外径,集成块连接件26包括集成块上连接板340,将前装滚动导向止转组件块2与后装滚动导向止转组件块3上部的集成块上连接板340向下位移,使集成块上连接板340的底面靠近连动导向密封插齿座5且设有间隙,使前装滚动导向止转组件块2与后装滚动导向止转组件块3之间形成固定滚耙驱动器凹槽339,将滚耙驱动器341设置在固定滚耙驱动器凹槽339内,降低滚耙驱动器341距离地面的高度,避免滚耙驱动器341与巷道 顶壁碰撞、摩擦,降低采掘巷道所需高度,节省人力、物力、时间。
其它同实施例1。
实施例35
如图83、图84所示,为实施例35所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:滚耙驱动器341包括左滚耙驱动器342、右滚耙驱动器345等,左滚耙驱动器342、右滚耙驱动器345设置在固定滚耙驱动器凹槽339内,左滚耙驱动器342、右滚耙驱动器345共同驱动同一滚耙传动件346,滚耙传动件346带动滚耙旋转臂348旋转,左滚耙驱动器342、右滚耙驱动器345的外径均小于用一个滚耙驱动器341驱动滚耙传动件346滚耙驱动器341的外径,降低滚耙驱动器341距离地面的高度,避免滚耙驱动器341与巷道顶壁碰撞、摩擦,降低采掘巷道所需高度,节省人力、物力、时间。
左滚耙驱动器342包括左滚耙驱动齿轮343等,右滚耙驱动器345包括右滚耙驱动齿轮344等,滚耙传动件346包括滚耙传动齿轮347或滚耙传动链轮等,滚耙传动齿轮347或滚耙传动链轮设置在集成块密封导向止转箱295侧部,左滚耙驱动齿轮343、右滚耙驱动齿轮344与滚耙传动齿轮347扣合传动或左滚耙驱动齿轮343、右滚耙驱动齿轮344与滚耙传动链轮扣合传动,滚耙传动齿轮或滚耙传动链轮的设置有利于调整滚耙旋转臂在动力箱体上的设置位置。
其它同实施例1。
实施例36
如图85、图86所示,为实施例36所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:集成块连接件26包括集成块下连接板353等,将前装滚动导向止转组件块2与后装滚动导向止转组件块3下部的集成块下连接板353向上位移,使集成块下连接板353的底面靠近连动导向密封插齿座5且设有间隙,使前装滚动导向止转组件块2与后装滚动导向止转组件块3之间形成滚耙通轴倒凹槽354,滚耙通轴355包括滚耙通轴支撑件356,将滚耙通轴支撑件356设置在滚耙通轴倒凹槽354两侧,滚耙通轴355还包括轴套351和传动通轴352等,将轴套351设置在滚耙通轴支撑件356上,将传动通轴352穿过轴套351,轴套351及传动通轴352通过集成块下连接板353与往复齿座导向段33隔离,或在伸缩护套箱板312前端、靠近往复齿座密封段71下部设置左滚耙支撑件349、右滚耙支撑件350,将轴套351设置在左滚耙支撑件349和右滚耙支撑件350上,传动通轴352穿过轴套351,避免传动通轴352对往复齿座导向段33造成损坏、污染,增大滚耙通轴355相对地面的高度,避免滚 耙通轴355与地面碰撞。
也可滚耙通轴355还包括轴承和传动通轴352,将轴承设置在滚耙通轴支撑件356上,将传动通轴352穿过轴承,轴承及传动通轴352通过集成块下连接板353与往复齿座导向段33隔离,或在伸缩护套箱板312前端、靠近往复齿座密封段71下部设置左滚耙支撑件349、右滚耙支撑件350,将轴承设置在左滚耙支撑件349和右滚耙支撑件350上,传动通轴352穿过轴承,避免传动通轴352对往复齿座导向段33造成损坏、污染,增大滚耙通轴355相对地面的高度,避免滚耙通轴355与地面碰撞。
其它同实施例1。
实施例37
如图87所示,为实施例37所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:往复冲齿8包括主齿体296,主齿体296包括柱形套主齿体357,使用柱形套主齿体357时即将主齿体296设置为柱形主齿体358,柱形主齿体358的后端设置主往复齿插孔297件,主往复齿插孔297件套合在连动导向密封插齿座5上,侧齿座304设置在柱形主齿体358上,在满足柱形套主齿体357或侧齿座304抗冲击强度的同时将柱形套主齿体357侧齿座304朝向集成块密封导向止转箱295的截面减小,减小柱形套主齿体357或侧齿座304朝向集成块密封导向止转箱295的截面对所采落物料的阻挡,增大集成块密封导向止转箱295上向主往复齿299和/或侧往复齿301的喷水空间,提高对主往复齿299与侧往复齿301喷水降温效果,延长主往复齿299与侧往复齿301使用寿命,降低采掘部件损耗成本,避免因往复冲齿8往复冲击时无水降温造成火花飞溅引起粉尘爆炸或引起瓦斯爆炸等重大人身伤亡的事故的发生。
其它同实施例1。
实施例38
如图88所示,为实施例38所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:往复冲齿8包括主齿体296,主齿体296包括柱形锥主齿体359,使用柱形锥主齿体359时即将柱形锥主齿体359后端的主往复齿插柱360插入连动导向密封插齿座5,侧齿座304设置在柱形锥主齿体359上,在满足柱形锥主齿体359或侧齿座304抗冲击强度的同时将柱形锥主齿体359或侧齿座304朝向集成块密封导向止转箱295的截面减小,减小柱形锥主齿体359或侧齿座304朝向集成块密封导向止转箱295的截面对所采落物料的阻挡,增大集成块密封导向止转箱295上向主往复齿299和/或侧往复齿301的喷水空间。
其它同实施例1。
实施例39
如图89所示,为实施例39所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:往复冲齿8包括主齿体296,主齿体296包括侧齿臂主齿体,当使用侧齿臂主齿体时即将主齿体296设置为柱形主齿体358,柱形主齿体358上设置支撑侧往复齿301的侧齿臂361,侧齿座304设置在侧齿臂361上,柱形主齿体358上设有一个以上的侧齿臂361,各侧齿臂361之间设有间隙,侧齿臂361与柱形主齿体358形成冲齿架,在满足侧齿臂主齿体或侧齿座304抗冲击强度的同时将侧齿臂主齿体或侧齿座304朝向集成块密封导向止转箱295的截面减小,减小侧齿臂主齿体或侧齿座304朝向集成块密封导向止转箱295的截面对所采落物料的阻挡,增大集成块密封导向止转箱295上向主往复齿299和/或侧往复齿301的喷水空间。
其它同实施例1。
实施例40
如图90所示,为实施例40所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:往复冲齿8包括主齿体296,主齿体296包括梁架式主齿体362,当使用梁架式主齿体362时即将主齿体296设置为柱形主齿体358,将柱形主齿体358设置为上主齿体300和下主齿体302,上主齿体300与下主齿体302之间设置连接梁,连接梁将上主齿体300和下主齿体302固定连接或连接梁与上主齿体300和下主齿体302为一体式,侧齿座304设置在梁架式主齿体362上,在满足梁架式主齿体362或侧齿座304抗冲击强度的同时将梁架式主齿体362或侧齿座304朝向集成块密封导向止转箱295的截面减小,减小梁架式主齿体362或侧齿座304朝向集成块密封导向止转箱295的截面对所采落物料的阻挡,增大集成块密封导向止转箱295上向主往复齿299和/或侧往复齿301的喷水空间。
实施例37、实施例38、实施例39、实施例40所述的结构对应着以下相应的方法:
在往复冲齿8上设置主齿体296,将主齿体296设置为柱形套主齿体357或设置为柱形锥主齿体359或设置为侧齿臂主齿体或设置为梁架式主齿体362,当使用柱形套主齿体357时即将主齿体296设置为柱形主齿体358,柱形主齿体358的后端设置主往复齿插孔297件,使主往复齿插孔297件套合在连动导向密封插齿座5上,将侧齿座304设置在柱形主齿体358上,或当使用柱形锥主齿体359时即将柱形锥主齿体359后端的主往复齿插柱360插入连动导向密封插齿座5,将侧齿座304设置在柱形锥主齿体359上,或当使用侧齿臂主齿体时即 将主齿体296设置为柱形主齿体358,在柱形主齿体358上设置支撑侧往复齿301的侧齿臂361,使侧齿座304设置在侧齿臂361上,在柱形主齿体358上设置一个以上的侧齿臂361,各侧齿臂361之间设有间隙,使侧齿臂361与柱形主齿体358形成冲齿架,或当使用梁架式主齿体362时即将主齿体296设置为柱形主齿体358,将柱形主齿体358设置为上主齿体300和下主齿体302,在上主齿体300与下主齿体302之间设置连接梁,连接梁将上主齿体300和下主齿体302固定连接或连接梁与上主齿体300和下主齿体302为一体式,将侧齿座304设置在梁架式主齿体362上,在满足柱形套主齿体357或柱形锥主齿体359或侧齿臂主齿体或梁架式主齿体362或侧齿座304抗冲击强度的同时将柱形套主齿体357或柱形锥主齿体359或侧齿臂主齿体或梁架式主齿体362或侧齿座304朝向集成块密封导向止转箱295的截面减小,减小柱形套主齿体357或柱形锥主齿体359或侧齿臂主齿体或梁架式主齿体362或侧齿座304朝向集成块密封导向止转箱295的截面对所采落物料的阻挡,增大集成块密封导向止转箱295上向主往复齿299和/或侧往复齿301的喷水空间。
其它同实施例1。
实施例41
如图91所示,为实施例41所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:集成块密封导向止转箱295包括卸往复齿器363,卸往复齿器363包括推顶箱体件365和推挡往复齿件366等,推顶箱体件365与推挡往复齿件366为一体式结构,集成块密封导向止转箱295还包括顶推卸往复齿器台364或顶推卸往复齿器363孔槽等,推顶箱体件365的一端顶在顶推卸往复齿器台364上,另一端与推挡往复齿件366连接,推挡往复齿件366的另一端设有卡挡往复齿端面,卡挡往复齿端面的形状为当往复齿向集成块密封导向止转箱295方向运动时阻止往复齿缩回,卡挡往复齿端面借助往复动力器9的强大拉力将主往复齿299或侧往复齿301卸下。
推顶箱体件365与推挡往复齿件366分体连接。
也可推顶箱体件365的一端顶在箱体导向孔板上或卡在顶推卸往复齿器363孔槽内。
其它同实施例1。
实施例42
如图92所示,为实施例42所示的装滚动导向止转组件块往复冲击采掘机,与实施例1不同的是:主齿体296包括主齿体冲齿架367等,主齿体冲齿架367和/或梁套冲齿架307上设置一个以上的侧往复齿301,侧往复齿301与侧往复齿301之间设有间隙,与主往复齿299、 侧往复齿301后部相对的伸缩护套箱板312上设有喷水嘴368或喷水孔等,喷水嘴368或喷水孔相对于侧往复齿301之间的间隙设置,水流通过侧往复齿301之间的间隙喷至侧往复齿301和/或主往复齿299齿头,侧往复齿301之间的间隙设置有利于被采落物料的排出。
其它同实施例1。

Claims (39)

  1. 一种装滚动导向止转组件块导向止转的方法,其特征在于:
    一、设置往复齿座连动段、往复齿座导向段、往复齿座密封段和往复齿座插齿段组成连动导向密封插齿座,使往复齿座连动段、往复齿座导向段、往复齿座密封段和往复齿座插齿段分体连接或使往复齿座连动段、往复齿座导向段、往复齿座密封段和往复齿座插齿段为一体式;
    二、在连动导向密封插齿座前端设置一个往复齿座插齿段组成单插齿座或在连动导向密封插齿座前端设置两个以上往复齿座插齿段组成多插齿座,在连动导向密封插齿座前端设置往复冲齿,设置往复动力器,使往复动力器设置为凸轴机构或液动机构或气动机构,使凸轴机构设置为曲柄连杆或直轴凸轮连杆,当使用凸轴机构时,使曲柄连杆或直轴凸轮连杆与连动导向密封插齿座铰接,将一个连杆带动一个单插齿座组成单插齿座往复冲击器,将一个连杆带动多插齿座组成多插齿座往复冲击器;
    三、将多插齿座往复冲击器设有上下插齿座往复冲击器或设有左右插齿座往复冲击器或设有上下左插齿座往复冲击器或设有上下右插齿座往复冲击器或设有上下左右插齿座往复冲击器,在上下插齿座往复冲击器上部设置上往复齿座连动段、上往复齿座导向段、上往复齿座密封段和上往复齿座插齿段组成上连动导向密封插齿座且在上下插齿座往复冲击器下部设置下往复齿座连动段、下往复齿座导向段、下往复齿座密封段和下往复齿座插齿段组成下连动导向密封插齿座,使上往复齿座连动段与下往复齿座连动段组成往复齿座导向段连接件,使往复齿座导向段连接件将上连动导向密封插齿座与下连动导向密封插齿座固定连接或使往复齿座导向段连接件与上连动导向密封插齿座、下连动导向密封插齿座为一体式;
    四、设置滚动导向止转器,将滚动导向止转器设置为滚轴导向止转器或设置为轴承件导向止转器,当使用滚轴导向止转器时即设置轴承A、轴承B和导向滚轴将轴承A、轴承B分别设置在导向滚轴的两端组成滚轴导向止转器,或当使用轴承件导向止转器时即设置导向轴承件和导向轴承固定件,将导向轴承件设置在导向轴承固定件上组成轴承件导向止转器,将导向轴承件设置为轴承本体件或在轴承本体件外周设置护轴承套,将护轴承套设置在轴承本体件上组成止转导向轴承套,将轴承本体件设置在导向轴承固定件上或将止转导向轴承套设置在导向轴承固定件上;
    五、设置装滚动导向止转组件块,将装滚动导向止转组件块设置为前装滚动导向止转组件块和后装滚动导向止转组件块,使前装滚动导向止转组件块与后装滚动导向止转 组件块前后平行设置且在前装滚动导向止转组件块与后装滚动导向止转组件块之间设有前后扶正导向止转间距,设置集成块连接件,使集成块连接件连接前装滚动导向止转组件块、后装滚动导向止转组件块形成集成块密封导向止转箱使前装滚动导向止转组件块设置为前装往复齿座导向段单孔集成块或使前装滚动导向止转组件块设置为前装往复齿座导向段多孔集成块,使后装滚动导向止转组件块设置为后装往复齿座导向段单孔集成块或使后装滚动导向止转组件块设置为后装往复齿座导向段多孔集成块,装滚动导向止转组件块增大导向抱合力,加大导向扶正力度,减少往复齿座密封段对导向止转箱密封件的摆动冲击;
    六、在前装往复齿座导向段单孔集成块上设置前往复齿座导向段孔且在后装往复齿座导向段单孔集成块上设置后往复齿座导向段孔,在前往复齿座导向段孔两个以上的侧部设置两个以上前滚动导向止转器孔且在后往复齿座导向段孔两个以上的侧部设置两个以上后滚动导向止转器孔,将贴靠前往复齿座导向段孔两个以上侧部的前滚动导向止转器孔侧壁与贴靠前滚动导向止转器孔的前往复齿座导向段孔侧壁通连且将贴靠后往复齿座导向段孔的后滚动导向止转器孔侧壁与贴靠后滚动导向止转器孔的后往复齿座导向段孔侧壁通连,将前往复齿座导向段设置在前往复齿座导向段孔内,将后往复齿座导向段设置在后往复齿座导向段孔内,将两个以上前滚动导向止转器设置在两个以上前滚动导向止转器孔内,将两个以上后滚动导向止转器设置在两个以上后滚动导向止转器孔内,使两个以上前滚动导向止转器侧壁分别与前往复齿座导向段两个以上侧面在前往复齿座导向段孔内贴合,使两个以上后滚动导向止转器侧壁分别与后往复齿座导向段两个以上侧面在后往复齿座导向段孔内贴合,或在前装往复齿座导向段多孔集成块上设置多个前往复齿座导向段孔且在后装往复齿座导向段多孔集成块上设置多个后往复齿座导向段孔,在每个前往复齿座导向段孔两个以上的侧部设置两个以上前滚动导向止转器孔且在每个后往复齿座导向段孔两个以上的侧部设置两个以上后滚动导向止转器孔,将多个前往复齿座导向段设置在多个前往复齿座导向段孔内,将多个后往复齿座导向段设置在多个后往复齿座导向段孔内,在每个前往复齿座导向段的两个以上侧部将两个以上前滚动导向止转器设置在两个以上前滚动导向止转器孔内,在每个后往复齿座导向段的两个以上侧部将两个以上后滚动导向止转器设置在两个以上后滚动导向止转器孔内,使两个以上前滚动导向止转器侧壁分别与前往复齿座导向段两个以上侧面在前往复齿座导向段孔内贴合,使两个以上后滚动导向止转器侧壁分别与后往复齿座导向段两个以上侧面在后 往复齿座导向段孔内贴合,通过使用装滚动导向止转组件块将支撑多个滚动导向止转器的多个支撑耳做成一体式板块,使一体式板块将支撑多个滚动导向止转器的空间集约化实体化,提高对多个滚动导向止转器的定位精度,减少使用多个支撑耳时为增强每个支撑耳强度所增加的空间浪费及材料浪费,装滚动导向止转组件块提高对多个滚动导向止转器及连动导向密封插齿座的扶正强度,简化了结构提高了强度,减少连动导向密封插齿座对往复动力器的摆动冲击损坏;
    七、设置导向止转箱密封件,使往复齿座密封段与导向止转箱密封件配合密封集成块密封导向止转箱;
    八、使前装滚动导向止转组件块及后装滚动导向止转组件块支撑连动导向密封插齿座,在连动导向密封插齿座端部设置往复冲齿组成连动导向密封齿座往复冲击器,使往复动力器连接往复齿座连动段,往复动力器带动连动导向密封齿座往复冲击器往复冲击。
  2. 根据权利要求1所述的装滚动导向止转组件块导向止转的方法,其特征在于:
    一、在导向滚轴上设有轴承A内圈挡台和轴承B内圈挡台,使轴承A内圈挡台的直径大于轴承A内孔小于轴承A外圈内径,使轴承B内圈挡台的直径大于轴承B内孔小于轴承B外圈内径,使轴承A内圈挡台和轴承B内圈挡台阻挡轴承A、轴承B沿导向滚轴窜动,且在装滚动导向止转组件块上设置防轴承窜动件,使防轴承窜动件设置为挡轴承套和端盖,挡轴承套和端盖分体或为一体式,防轴承窜动件使轴承外圈在滚动导向止转器孔内定位防止轴承A、轴承B窜动,确保导向滚轴面与往复齿座导向段面贴合滚动摩擦,或设置挡轴承本体内圈A挡套、挡轴承本体内圈B挡套和固定轴承本体轴,使挡轴承本体内圈A挡套及挡轴承本体内圈B挡套内径大于或等于轴承本体内径使挡轴承本体内圈A挡套及挡轴承本体内圈B挡套外径小于轴承本体外圈内径,在滚动导向止转器孔内一端设置挡轴承本体件内圈A挡套,将轴承本体件设置在挡轴承本体件内圈A挡套上,将固定轴承本体轴的一端穿过轴承本体内孔且穿过挡轴承本体内圈A挡套设置在装滚动导向止转组件块的轴承件导向止转器孔一端的孔内,将挡轴承本体内圈B挡套设置在轴承本体件的另一端,使固定轴承本体轴固定挡轴承本体件内圈A挡套、轴承本体件及挡轴承本体内圈B挡套,固定轴承本体轴与挡轴承本体内圈B挡套分体连接或为一体式,使轴承内圈在滚动导向止转器孔内定位,确保轴承本体面与往复齿座导向段面贴合滚动摩擦;
    二、使一次对装滚动导向止转组件块工装定位,即在装滚动导向止转组件块上加工成前往复齿座导向段孔且在装滚动导向止转组件块上加工成多个滚动导向止转器孔,加 工后的装滚动导向止转组件块最大值地保留了各孔壁的厚度及孔壁与孔壁之间的连接强度,确保多个滚动导向止转器孔之间的位置精度及多个滚动导向止转器孔与往复齿座导向段孔的位置精度,提高导向精度,减少加工的复杂性,使往复齿座导向段中心线与凸轴轴线垂直,最大程度地保护往复动力器。
  3. 根据权利要求1所述的装滚动导向止转组件块导向止转的方法,其特征在于:
    在装滚动导向止转组件块上将前左轴承A孔、前左轴承B孔及前左导向滚轴孔加工成通孔,在装滚动导向止转组件块上将前右轴承A孔、前右轴承B孔及前右导向滚轴孔加工成通孔,使前左导向滚轴向穿前左轴承A孔或向穿前左轴承B孔窜动时前左导向滚轴与往复齿座导向段平面的贴合线与前右导向滚轴与往复齿座导向段平面的贴合线的距离不变,前装滚动导向止转组件块与后装滚动导向止转组件块使往复齿座导向段中心线与凸轴轴线垂直,提高导向精度,减少加工的复杂性,止转导向平面最大程度地保护连杆。
  4. 根据权利要求1所述的装滚动导向止转组件块导向止转的方法,其特征在于:
    将多插齿座往复冲击器设置为左上下插齿座和右上下插齿座,使左上下插齿座与右上下插齿座左右设置,使左凸轴带动左上下插齿座,使右凸轴带动右上下插齿座,在装滚动导向止转组件块上设置左上下插齿座和右上下插齿座的往复齿座导向段孔,使前装滚动导向止转组件块设有前左上往复齿座导向段孔、前左下往复齿座导向段孔且设有前右上往复齿座导向段孔、前右下往复齿座导向段孔,使后装滚动导向止转组件块设有后左上往复齿座导向段孔、后左下往复齿座导向段孔且设有后右上往复齿座导向段孔、后右下往复齿座导向段孔,在前左上往复齿座导向段孔左侧设置左前上导杆左滚动导向止转器孔,在前左上往复齿座导向段孔下侧设置左前上导杆下滚动导向止转器孔,在前右上往复齿座导向段孔右侧设置右前上导杆右滚动导向止转器孔且在前右上往复齿座导向段孔下侧设置右前上导杆下滚动导向止转器孔,在前左上往复齿座导向段孔与前右上往复齿座导向段孔之间的前装滚动导向止转组件块体上设置前上中间滚动导向止转器孔,使前上中间滚动导向止转器孔内的前上中间滚动导向止转器左侧与前左上往复齿座导向段面贴合且使前上中间滚动导向止转器孔内的前上中间滚动导向止转器右侧与前右上往复齿座导向段面贴合,在前左下往复齿座导向段孔左侧设置左前下导杆左滚动导向止转器孔,在前左下往复齿座导向段孔上侧设置左前下导杆上滚动导向止转器孔,在前右下往复齿座导向段孔右侧设置右前下导杆右滚动导向止转器孔且在前右下往复齿座导向段 孔上侧设置右前下导杆上滚动导向止转器孔,在前左下往复齿座导向段孔与前右下往复齿座导向段孔之间的前装滚动导向止转组件块体上设置前下中间滚动导向止转器孔,使前下中间滚动导向止转器孔内的前下中间滚动导向止转器左侧与前左下往复齿座导向段面贴合且使前下中间滚动导向止转器孔内的前下中间滚动导向止转器右侧与前右下往复齿座导向段面贴合,在后左上往复齿座导向段孔左侧设置左后上导杆左滚动导向止转器孔,在后左上往复齿座导向段孔下侧设置左后上导杆下滚动导向止转器孔,在后右上往复齿座导向段孔右侧设置右后上导杆右滚动导向止转器孔且在后右上往复齿座导向段孔下侧设置后右上导杆下滚动导向止转器孔,在后左上往复齿座导向段孔与后右上往复齿座导向段孔之间的后装滚动导向止转组件块体上设置后上中间滚动导向止转器孔,使后上中间滚动导向止转器孔内的后上中间滚动导向止转器左侧与后左上往复齿座导向段面贴合且使后上中间滚动导向止转器孔内的后上中间滚动导向止转器右侧与后右上往复齿座导向段面贴合,在后左下往复齿座导向段孔左侧设置左后下导杆左滚动导向止转器孔,在后左下往复齿座导向段孔上侧设置左后下导杆上滚动导向止转器孔,在后右下往复齿座导向段孔右侧设置右后下导杆右滚动导向止转器孔且在后右下往复齿座导向段孔上侧设置右后下导杆上滚动导向止转器孔,在后左下往复齿座导向段孔与后右下往复齿座导向段孔之间的后装滚动导向止转组件块体上设置后下中间滚动导向止转器孔,使后下中间滚动导向止转器孔内的后下中间滚动导向止转器左侧与后左下往复齿座导向段面贴合且使后下中间滚动导向止转器孔内的后下中间滚动导向止转器右侧与后右下往复齿座导向段面贴合,在曲柄连杆或直轴凸轮连杆上设置左凸轴和右凸轴,使左凸轴和右凸轴为180度设置,使左凸轴带动左上下插齿座往复冲击,使右凸轴带动右上下插齿座往复冲击,当左凸轴带动左上下插齿座向前冲击时右凸轴带动右上下插齿座向后运动,当左凸轴带动左上下插齿座向后运动时右凸轴带动右上下插齿座向前冲击,利用左上下插齿座和右上下插齿座前后运动的特征将需设置两个前上滚动导向止转器的空间合二为一、将需设置两个前下滚动导向止转器的空间合二为一、将需设置两个后上滚动导向止转器的空间合二为一、将需设置两个后下滚动导向止转器的空间合二为一,提高装滚动导向止转组件块空间利用率,减少曲轴的长度,相对增加设备强度,节约制造成本,减少冲击面的宽度从而降低冲击阻力,在左上下插齿座的两端设置左前上往复齿、左前下往复齿及左后上往复齿、左后下往复齿或在左上下插齿座的一端设置左前上往复齿、左前下往复齿,在右上下插齿座的两端设置右前上往复齿、右前下往复齿及右后上往复齿、 右后下往复齿或在右上下插齿座的一端设置右前上往复齿、右前下往复齿,当物料向上托左上下插齿座时左前下导杆上滚动导向止转器与左后上导杆下滚动导向止转器扶正左上下插齿座。
  5. 根据权利要求1所述的装滚动导向止转组件块导向止转的方法,其特征在于:在往复冲齿上设置主齿体,将主齿体设置为柱形套主齿体或设置为柱形锥主齿体或设置为侧齿臂主齿体或设置为梁架式主齿体,当使用柱形套主齿体时即将主齿体设置为柱形主齿体,柱形主齿体的后端设置主往复齿插孔件,使主往复齿插孔件套合在连动导向密封插齿座上,将侧齿座设置在柱形主齿体上,或当使用柱形锥主齿体时即将柱形锥主齿体后端的主往复齿插柱插入连动导向密封插齿座,将侧齿座设置在柱形锥主齿体上,或当使用侧齿臂主齿体时即将主齿体设置为柱形主齿体,在柱形主齿体上设置支撑侧往复齿的侧齿臂,使侧齿座设置在侧齿臂上,在柱形主齿体上设置一个以上的侧齿臂,各侧齿臂之间设有间隙,使侧齿臂与柱形主齿体形成冲齿架,或当使用梁架式主齿体时即将主齿体设置为柱形主齿体,将柱形主齿体设置为上主齿体和下主齿体,在上主齿体与下主齿体之间设置连接梁,连接梁将上主齿体和下主齿体固定连接或连接梁与上主齿体和下主齿体为一体式,将侧齿座设置在梁架式主齿体上,在满足柱形套主齿体或柱形锥主齿体或侧齿臂主齿体或梁架式主齿体或侧齿座抗冲击强度的同时将柱形套主齿体或柱形锥主齿体或侧齿臂主齿体或梁架式主齿体或侧齿座朝向集成块密封导向止转箱的截面减小,减小柱形套主齿体或柱形锥主齿体或侧齿臂主齿体或梁架式主齿体或侧齿座朝向集成块密封导向止转箱的截面对所采落物料的阻挡,增大集成块密封导向止转箱上向主往复齿和/或侧往复齿的喷水空间。
  6. 一种实施权利要求1所述装滚动导向止转组件块导向止转方法的装滚动导向止转组件块往复冲击采掘机,其特征在于:包括连动导向密封插齿座、往复动力器、滚动导向止转器、装滚动导向止转组件块、集成块连接件、导向止转箱密封件和往复冲齿,连动导向密封插齿座包括往复齿座连动段、往复齿座导向段、往复齿座密封段和往复齿座插齿段,往复齿座连动段、往复齿座导向段、往复齿座密封段和往复齿座插齿段分体连接或往复齿座连动段、往复齿座导向段、往复齿座密封段和往复齿座插齿段为一体式,连动导向密封插齿座前端设有一个往复齿座插齿段组成单插齿座或连动导向密封插齿座前端设有两个以上往复齿座插齿段组成多插齿座,往复冲齿设置在连动导向密封插齿座前端,往复动力器包括凸轴机构或液动机构或气动机构,凸轴机构包括曲柄连杆或直轴凸轮连杆, 当使用凸轴机构时,曲柄连杆或直轴凸轮连杆与连动导向密封插齿座铰接,一个连杆带动一个单插齿座组成单插齿座往复冲击器,一个连杆带动多插齿座组成多插齿座往复冲击器,多插齿座往复冲击器包括上下插齿座往复冲击器或左右插齿座往复冲击器或上下左插齿座往复冲击器或上下右插齿座往复冲击器或上下左右插齿座往复冲击器,上下插齿座往复冲击器上部设有上往复齿座连动段、上往复齿座导向段、上往复齿座密封段和上往复齿座插齿段组成上连动导向密封插齿座且上下插齿座往复冲击器下部设有下往复齿座连动段、下往复齿座导向段、下往复齿座密封段和下往复齿座插齿段组成下连动导向密封插齿座,上往复齿座连动段与下往复齿座连动段组成往复齿座导向段连接件,往复齿座导向段连接件将上连动导向密封插齿座与下连动导向密封插齿座固定连接或往复齿座导向段连接件与上连动导向密封插齿座、下连动导向密封插齿座为一体式,滚动导向止转器包括滚轴导向止转器或轴承件导向止转器,滚轴导向止转器包括轴承A、轴承B和导向滚轴,轴承A、轴承B分别设置在导向滚轴的两端组成滚轴导向止转器,或轴承件导向止转器包括导向轴承件和导向轴承固定件,导向轴承件设置在导向轴承固定件上,导向轴承件包括轴承本体件或在轴承本体件外周设置护轴承套,护轴承套设置在轴承本体件上组成止转导向轴承套,轴承本体件设置在导向轴承固定件上或止转导向轴承套设置在导向轴承固定件上,装滚动导向止转组件块包括前装滚动导向止转组件块和后装滚动导向止转组件块,前装滚动导向止转组件块与后装滚动导向止转组件块前后平行设置且前装滚动导向止转组件块与后装滚动导向止转组件块之间设有前后扶正导向止转间距,集成块连接件连接前装滚动导向止转组件块、后装滚动导向止转组件块形成集成块密封导向止转箱,前装滚动导向止转组件块包括前装往复齿座导向段单孔集成块或前装滚动导向止转组件块包括前装往复齿座导向段多孔集成块,后装滚动导向止转组件块包括后装往复齿座导向段单孔集成块或后装滚动导向止转组件块包括后装往复齿座导向段多孔集成块,装滚动导向止转组件块增大导向抱合力,加大导向扶正力度,减少往复齿座密封段对导向止转箱密封件的摆动冲击,前装往复齿座导向段单孔集成块上设有前往复齿座导向段孔且后装往复齿座导向段单孔集成块上设有后往复齿座导向段孔,前往复齿座导向段孔两个以上的侧部设有两个以上前滚动导向止转器孔且后往复齿座导向段孔两个以上的侧部设有两个以上后滚动导向止转器孔,贴靠前往复齿座导向段孔的前滚动导向止转器孔侧壁与贴靠前滚动导向止转器孔的前往复齿座导向段孔侧壁通连且贴靠后往复齿座导向段孔的后滚动导向止转器孔侧壁与贴靠后滚动导向止转器孔的后往复齿座 导向段孔侧壁通连,前往复齿座导向段设置在前往复齿座导向段孔内,后往复齿座导向段设置在后往复齿座导向段孔内,两个以上前滚动导向止转器设置在两个以上前滚动导向止转器孔内,两个以上后滚动导向止转器设置在两个以上后滚动导向止转器孔内,两个以上前滚动导向止转器侧壁分别与前往复齿座导向段两个以上侧面在前往复齿座导向段孔内贴合,两个以上后滚动导向止转器侧壁分别与后往复齿座导向段两个以上侧面在后往复齿座导向段孔内贴合,或前装往复齿座导向段多孔集成块上设置多个前往复齿座导向段孔且后装往复齿座导向段多孔集成块上设置多个后往复齿座导向段孔,每个前往复齿座导向段孔两个以上的侧部设置两个以上前滚动导向止转器孔且每个后往复齿座导向段孔两个以上的侧部设置两个以上后滚动导向止转器孔,多个前往复齿座导向段设置在多个前往复齿座导向段孔内,多个后往复齿座导向段设置在多个后往复齿座导向段孔内,在每个前往复齿座导向段的两个以上侧部将两个以上前滚动导向止转器设置在两个以上前滚动导向止转器孔内,在每个后往复齿座导向段的两个以上侧部将两个以上后滚动导向止转器设置在两个以上后滚动导向止转器孔内,两个以上前滚动导向止转器侧壁分别与前往复齿座导向段两个以上侧面在前往复齿座导向段孔内贴合,两个以上后滚动导向止转器侧壁分别与后往复齿座导向段两个以上侧面在后往复齿座导向段孔内贴合,装滚动导向止转组件块将支撑多个滚动导向止转器的多个支撑耳板做成一体式板块,一体式板块使支撑多个滚动导向止转器的空间集约化实体化,提高对多个滚动导向止转器的定位精度,减少使用多个支撑件时为增强每个支撑件强度所增加的空间浪费及材料浪费,装滚动导向止转组件块提高对多个滚动导向止转器及连动导向密封插齿座的扶正强度,简化了结构提高了强度,减少连动导向密封插齿座对往复动力器的摆动冲击损坏,往复齿座密封段与导向止转箱密封件配合密封集成块密封导向止转箱,前装滚动导向止转组件块及后装滚动导向止转组件块支撑连动导向密封插齿座,连动导向密封插齿座端部设置往复冲齿组成连动导向密封齿座往复冲击器,往复动力器连接往复齿座连动段,往复动力器带动连动导向密封齿座往复冲击器往复冲击。
  7. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:
    导向滚轴上设有轴承A内圈挡台和轴承B内圈挡台,轴承A内圈挡台的直径大于轴承A内孔小于轴承A外圈内径,轴承B内圈挡台的直径大于轴承B内孔小于轴承B外圈内径,轴承A内圈挡台和轴承B内圈挡台阻挡轴承A、轴承B沿导向滚轴窜动,滚动导向止转器包括防轴承窜动件,防轴承窜动件包括挡轴承套和端盖,挡轴承套和端盖分体或为一体 式,防轴承窜动件使轴承外圈在滚动导向止转器孔内定位防止轴承A、轴承B窜动,确保导向滚轴面与往复齿座导向段面贴合滚动摩擦,或滚动导向止转器包括挡轴承本体内圈A挡套、挡轴承本体内圈B挡套和固定轴承本体轴,挡轴承本体内圈A挡套及挡轴承本体内圈B挡套内径大于或等于轴承本体内径,挡轴承本体内圈A挡套及挡轴承本体内圈B挡套外径小于轴承本体外圈内径,滚动导向止转器孔内一端设有挡轴承本体件内圈A挡套,轴承本体件设置在挡轴承本体件内圈A挡套上,固定轴承本体轴的一端穿过轴承本体内孔且穿过挡轴承本体内圈A挡套设置在装滚动导向止转组件块的轴承件导向止转器孔一端的孔内,挡轴承本体内圈B挡套设置在轴承本体件的另一端,固定轴承本体轴穿接固定挡轴承本体件内圈A挡套、轴承本体件及挡轴承本体内圈B挡套,固定轴承本体轴与挡轴承本体内圈B挡套分体连接或为一体式,使轴承内圈在滚动导向止转器孔内定位,确保轴承本体面与往复齿座导向段面贴合滚动摩擦,一次对装滚动导向止转组件块工装定位,即在装滚动导向止转组件块上加工成前往复齿座导向段孔且在装滚动导向止转组件块上加工成多个滚动导向止转器孔,加工后的装滚动导向止转组件块最大值地保留了各孔壁的厚度及孔壁与孔壁之间的整体连接强度,确保多个滚动导向止转器孔之间的位置精度及多个滚动导向止转器孔与往复齿座导向段孔的位置精度,提高导向精度,减少加工的复杂性,使往复齿座导向段中心线与凸轴轴线垂直,最大程度地保护往复动力器。
  8. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:
    装滚动导向止转组件块上将前左轴承A孔、前左轴承B孔及前左导向滚轴孔加工成通孔,在装滚动导向止转组件块上将前右轴承A孔、前右轴承B孔及前右导向滚轴孔加工成通孔,前左导向滚轴向穿前左轴承A孔或向穿前左轴承B孔窜动时前左导向滚轴与往复齿座导向段平面的贴合线与前右导向滚轴与往复齿座导向段平面的贴合线的距离不变,前装滚动导向止转组件块与后装滚动导向止转组件块使往复齿座导向段中心线与凸轴轴线垂直,提高导向精度,减少加工的复杂性,止转导向平面最大程度地保护连杆。
  9. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:
    前装滚动导向止转组件块包括前往复齿座导向段左孔和前往复齿座导向段右孔,后装滚动导向止转组件块包括后往复齿座导向段左孔和后往复齿座导向段右孔,前往复齿座导向段左孔轴线与后往复齿座导向段左孔轴线同轴或平行且前往复齿座导向段右孔轴线与后往复齿座导向段右孔轴线同轴或平行,前往复齿座导向段左孔右侧及前往复齿座导 向段右孔左侧的前装滚动导向止转组件块设有前中间滚动导向止转器孔,前中间滚动导向止转器设置在前中间滚动导向止转器孔内,前中间滚动导向止转器孔内的前中间滚动导向止转器左侧与前左往复齿座导向段面贴合且前中间滚动导向止转器孔内的前中间滚动导向止转器右侧与前右往复齿座导向段面贴合,后往复齿座导向段左孔右侧及后往复齿座导向段右孔左侧的后装滚动导向止转组件块设有后中间滚动导向止转器孔,后中间滚动导向止转器设置在后中间滚动导向止转器孔内,后中间滚动导向止转器孔内的后中间滚动导向止转器左侧与后左往复齿座导向段面贴合且后中间滚动导向止转器孔内的后中间滚动导向止转器右侧与后右往复齿座导向段面贴合,曲柄连杆或直轴凸轮连杆上设有左凸轴和右凸轴,左凸轴和右凸轴为180度设置,左凸轴带动左插齿座往复冲击,右凸轴带动右插齿座往复冲击,当左凸轴带动左插齿座向前冲击时右凸轴带动右插齿座向后运动,当左凸轴带动左插齿座向后运动时右凸轴带动右插齿座向前冲击,利用左插齿座和右插齿座前后运动的特征将需设置两个前滚动导向止转器的空间合二为一、将需设置两个后滚动导向止转器的空间合二为一、提高装滚动导向止转组件块空间利用率,减少曲轴的长度,相对增加设备强度,节约制造成本,减少冲击面的宽度从而降低冲击阻力。
  10. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:
    多插齿座往复冲击器包括左上下插齿座和右上下插齿座,左上下插齿座与右上下插齿座左右设置,左凸轴带动左上下插齿座,右凸轴带动右上下插齿座,前装滚动导向止转组件块设有前左上往复齿座导向段孔、前左下往复齿座导向段孔且设有前右上往复齿座导向段孔、前右下往复齿座导向段孔,后装滚动导向止转组件块设有后左上往复齿座导向段孔、后左下往复齿座导向段孔且设有后右上往复齿座导向段孔、后右下往复齿座导向段孔,前左上往复齿座导向段孔左侧设有左前上导杆左滚动导向止转器孔,前左上往复齿座导向段孔下侧设有左前上导杆下滚动导向止转器孔,前右上往复齿座导向段孔右侧设有右前上导杆右滚动导向止转器孔且在前右上往复齿座导向段孔下侧设有右前上导杆下滚动导向止转器孔,前左上往复齿座导向段孔与前右上往复齿座导向段孔之间的前装滚动导向止转组件块体上设有前上中间滚动导向止转器孔,前上中间滚动导向止转器孔内的前上中间滚动导向止转器左侧与前左上往复齿座导向段面贴合且使前上中间滚动导向止转器孔内的前上中间滚动导向止转器右侧与前右上往复齿座导向段面贴合,前左下往复齿座导向段孔左侧设有左前下导杆左滚动导向止转器孔,前左下往复齿座导向 段孔上侧设有左前下导杆上滚动导向止转器孔,前右下往复齿座导向段孔右侧设有右前下导杆右滚动导向止转器孔且在前右下往复齿座导向段孔上侧设置右前下导杆上滚动导向止转器孔,前左下往复齿座导向段孔与前右下往复齿座导向段孔之间的前装滚动导向止转组件块体上设有前下中间滚动导向止转器孔,前下中间滚动导向止转器孔内的前下中间滚动导向止转器左侧与前左下往复齿座导向段面贴合且使前下中间滚动导向止转器孔内的前下中间滚动导向止转器右侧与前右下往复齿座导向段面贴合,后左上往复齿座导向段孔左侧设有左后上导杆左滚动导向止转器孔,后左上往复齿座导向段孔下侧设有左后上导杆下滚动导向止转器孔,后右上往复齿座导向段孔右侧设有右后上导杆右滚动导向止转器孔且在后右上往复齿座导向段孔下侧设有后右上导杆下滚动导向止转器孔,后左上往复齿座导向段孔与后右上往复齿座导向段孔之间的后装滚动导向止转组件块体上设置后上中间滚动导向止转器孔,后上中间滚动导向止转器孔内的后上中间滚动导向止转器左侧与后左上往复齿座导向段面贴合且使后上中间滚动导向止转器孔内的后上中间滚动导向止转器右侧与后右上往复齿座导向段面贴合,后左下往复齿座导向段孔左侧设有左后下导杆左滚动导向止转器孔,后左下往复齿座导向段孔上侧设有左后下导杆上滚动导向止转器孔,后右下往复齿座导向段孔右侧设有右后下导杆右滚动导向止转器孔且在后右下往复齿座导向段孔上侧设有右后下导杆上滚动导向止转器孔,后左下往复齿座导向段孔与后右下往复齿座导向段孔之间的后装滚动导向止转组件块体上设有后下中间滚动导向止转器孔,后下中间滚动导向止转器孔内的后下中间滚动导向止转器左侧与后左下往复齿座导向段面贴合且使后下中间滚动导向止转器孔内的后下中间滚动导向止转器右侧与后右下往复齿座导向段面贴合,曲柄连杆或直轴凸轮连杆上设置左凸轴和右凸轴,左凸轴和右凸轴为180度设置,左凸轴带动左上下插齿座往复冲击,右凸轴带动右上下插齿座往复冲击,当左凸轴带动左上下插齿座向前冲击时右凸轴带动右上下插齿座向后运动,当左凸轴带动左上下插齿座向后运动时右凸轴带动右上下插齿座向前冲击,利用左上下插齿座和右上下插齿座前后运动的特征将需设置两个前上滚动导向止转器的空间合二为一、将需设置两个前下滚动导向止转器的空间合二为一、将需设置两个后上滚动导向止转器的空间合二为一、将需设置两个后下滚动导向止转器的空间合二为一,提高装滚动导向止转组件块空间利用率,减少曲轴的长度,相对增加设备强度,节约制造成本,减少冲击面的宽度从而降低冲击阻力,左上下插齿座的两端设置左前上往复齿、左前下往复齿及左后上往复齿、左后下往复齿且在右上下插齿座的两端设置右前上往复 齿、右前下往复齿及右后上往复齿、右后下往复齿,或左上下插齿座的一端设置左前上往复齿、左前下往复齿且在右上下插齿座的一端设置右前上往复齿、右前下往复齿,当物料向上托左上下插齿座时左前下导杆上滚动导向止转器与左后上导杆下滚动导向止转器扶正左上下插齿座。
  11. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:
    装滚动导向止转组件块包括前装往复齿座导向段单孔集成块和后装往复齿座导向段单孔集成块,前装往复齿座导向段单孔集成块设置为前多面组件止转导向集成块,后装往复齿座导向段单孔集成块设置为后多面组件止转导向集成块,前多面组件止转导向集成块设置为前二面滚轴组件导向止转集成块或设置为前三面滚轴组件导向止转集成块或设置为前四面滚轴组件导向止转集成块或设置为前五面滚轴组件导向止转集成块,后多面组件止转导向集成块设置为后二面滚轴组件导向止转集成块或设置为后三面滚轴组件导向止转集成块或设置为后四面滚轴组件导向止转集成块或设置为后五面滚轴组件导向止转集成块,使用前四面滚轴组件导向止转集成块时,前四面滚轴组件导向止转集成块上设置前往复齿座导向段孔,后四面滚轴组件导向止转集成块上设置后往复齿座导向段孔,前往复齿座导向段孔轴线与后往复齿座导向段孔轴线同轴或平行,前往复齿座导向段孔左侧的前四面滚轴组件导向止转集成块上设有穿前左轴承A孔、前左轴承B孔和前左导向滚轴孔,前左轴承A孔、前左轴承B孔和前左导向滚轴孔从前四面滚轴组件导向止转集成块一侧通连,前左轴承A孔、前左轴承B孔和前左导向滚轴孔同轴,前往复齿座导向段孔右侧的前四面滚轴组件导向止转集成块上设有穿前右轴承A孔、前右轴承B孔和前右导向滚轴孔,前右轴承A孔、前右轴承B孔和前右导向滚轴孔从前四面滚轴组件导向止转集成块一侧通连,前右轴承A孔、前右轴承B孔和前右导向滚轴孔同轴,前往复齿座导向段孔下部的前四面滚轴组件导向止转集成块上设有穿前下轴承A孔、前下轴承B孔和前下导向滚轴孔,前下轴承A孔、前下轴承B孔和前下导向滚轴孔从前四面滚轴组件导向止转集成块一侧通连,前下轴承A孔、前下轴承B孔和前下导向滚轴孔同轴,前往复齿座导向段孔上部的前四面滚轴组件导向止转集成块上设置穿前上轴承A孔、前上轴承B孔和前上导向滚轴孔,前上轴承A孔、前上轴承B孔和前上导向滚轴孔从前四面滚轴组件导向止转集成块一侧通连,前上轴承A孔、前上轴承B孔和前上导向滚轴孔同轴,后往复齿座导向段孔左侧的后四面滚轴组件导向止转集成块上设置穿后左轴承A孔、后左轴承B孔和后左导向滚轴孔,后左轴承A孔、后左轴承B孔和后左导向滚轴孔 从后四面滚轴组件导向止转集成块一侧通连,后左轴承A孔、后左轴承B孔和后左导向滚轴孔同轴,后往复齿座导向段孔右侧的后四面滚轴组件导向止转集成块上设置穿后右轴承A孔、后右轴承B孔和后右导向滚轴孔,后右轴承A孔、后右轴承B孔和后右导向滚轴孔从后四面滚轴组件导向止转集成块一侧通连,后右轴承A孔、后右轴承B孔和后右导向滚轴孔同轴,后往复齿座导向段孔下部的后四面滚轴组件导向止转集成块上设置穿后下轴承A孔、后下轴承B孔和后下导向滚轴孔,穿后下轴承A孔、后下轴承B孔和后下导向滚轴孔从后四面滚轴组件导向止转集成块一侧通连,穿后下轴承A孔、后下轴承B孔和后下导向滚轴孔同轴,后往复齿座导向段孔上部的后四面滚轴组件导向止转集成块上设置穿后上轴承A孔、后上轴承B孔和后上导向滚轴孔,穿后上轴承A孔、后上轴承B孔和后上导向滚轴孔从后四面滚轴组件导向止转集成块一侧通连,穿后上轴承A孔、后上轴承B孔和后上导向滚轴孔同轴,前左导向滚轴孔与前往复齿座导向段孔通连,在前左导向滚轴一端设置前左轴承A另一端设置前左轴承B组成前左滚轴导向止转器,前左滚轴导向止转器设置在前左导向滚轴通孔内,前左导向滚轴侧面在前往复齿座导向段孔内与前往复齿座导向段左侧面贴合,前右导向滚轴孔与前往复齿座导向段孔通连,在前右导向滚轴一端设置前右轴承A另一端设置前右轴承B组成前右滚轴导向止转器,前右滚轴导向止转器设置在前右导向滚轴通孔内,前右导向滚轴侧面在前往复齿座导向段孔内与前往复齿座导向段右侧面贴合,前上导向滚轴孔与前往复齿座导向段孔通连,在前上导向滚轴一端设置前上轴承A另一端设置前上轴承B组成前上滚轴导向止转器,前上滚轴导向止转器设置在前上导向滚轴通孔内,前上导向滚轴侧面在前往复齿座导向段孔内与前往复齿座导向段上侧面贴合,前下导向滚轴孔与前往复齿座导向段孔通连,在前下导向滚轴一端设置前下轴承A另一端设置前下轴承B组成前下滚轴导向止转器,前下滚轴导向止转器设置在前下轴承A与前下轴承B与前下导向滚轴通孔内,前下导向滚轴侧面与前往复齿座导向段下侧面贴合,后左导向滚轴孔与后往复齿座导向段孔通连,在后左导向滚轴一端设置后左轴承A另一端设置后左轴承B组成后左滚轴导向止转器,后左滚轴导向止转器设置在后左轴承A与后左轴承B与后左导向滚轴通孔内,后左导向滚轴侧面与后往复齿座导向段左侧面贴合,后右导向滚轴孔与后往复齿座导向段孔通连,在后右导向滚轴一端设置后右轴承A另一端设置后右轴承B组成后右滚轴导向止转器,后右滚轴导向止转器设置在后右轴承A与后右轴承B与后右导向滚轴通孔内,后右导向滚轴侧面在后右往复齿座导向段孔与后往复齿座导向段右侧面贴合,后上导向滚轴孔与 后往复齿座导向段孔通连,在后上导向滚轴一端设置后上轴承A另一端设置后上轴承B组成后上滚轴导向止转器,后上滚轴导向止转器设置在后上轴承A与后上轴承B与后上导向滚轴通孔内,后上导向滚轴侧面在后往复齿座导向段孔内与后往复齿座导向段上侧面贴合,后下导向滚轴孔与后往复齿座导向段孔通连,在后下导向滚轴一端设置后下轴承A另一端设置后下轴承B组成后下滚轴导向止转器,后下滚轴导向止转器设置在后下轴承A与后下轴承B与后下导向滚轴通孔内,后下导向滚轴侧面在后往复齿座导向段孔内与后往复齿座导向段下侧面贴合,或装滚动导向止转组件块包括前往复齿座导向段上下孔集成块和后往复齿座导向段上下孔集成块,前往复齿座导向段上下孔集成块上设有前往复齿座导向段上孔和前往复齿座导向段下孔,后往复齿座导向段上下孔集成块上设有后往复齿座导向段上孔和后往复齿座导向段下孔,前往复齿座导向段上孔轴线与后往复齿座导向段上孔轴线同轴或平行且前往复齿座导向段下孔轴线与后往复齿座导向段下孔轴线同轴或平行,连动导向密封插齿座包括上插齿座前止转导向段、下插齿座前止转导向段、上插齿座后止转导向段和下插齿座后止转导向段,上插齿座前止转导向段设置在前往复齿座导向段上孔内,前往复齿座导向段上孔左侧的前往复齿座导向段上下孔集成块上设有穿前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔,前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔同轴,前往复齿座导向段上孔右侧的前往复齿座导向段上下孔集成块上设有穿前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔,前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔同轴,前往复齿座导向段上孔下部的前往复齿座导向段上下孔集成块上设有穿前上导向杆下轴承A孔、前上导向杆下轴承B孔和前上导向杆下导向滚轴孔,前上导向杆下轴承A孔、前上导向杆下轴承B孔和前上导向杆下导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上导向杆下轴承A孔、前上导向杆下轴承B孔和前上导向杆下导向滚轴孔同轴,下插齿座前止转导向段设置在前往复齿座导向段下孔内,前往复齿座导向段下孔上部的前往复齿座导向段上下孔集成块上设有穿前下导向杆上轴承A孔、前下导向杆上轴承B孔和前下导向杆上导向滚轴孔,前下导向杆上轴承A孔、前下导向杆上轴承B孔和前下导向杆上导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆上轴承A孔、前下导向杆上轴承B孔和前下导向杆上导向滚轴孔同轴,前往复齿座导向段下孔左侧的 前往复齿座导向段上下孔集成块上设有穿前下导向杆左轴承A孔、前下导向杆左轴承B孔和前下导向杆左导向滚轴孔,前下导向杆左轴承A孔、前下导向杆左轴承B孔和前下导向杆左导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆左轴承A孔、前下导向杆左轴承B孔和前下导向杆左导向滚轴孔同轴,前往复齿座导向段下孔右侧的前往复齿座导向段上下孔集成块上设有穿前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔,前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔同轴,后往复齿座导向段上下孔集成块上设置后往复齿座导向段上孔和后往复齿座导向段下孔,上插齿座后止转导向段设置在后往复齿座导向段上孔内,后往复齿座导向段上孔左侧的后往复齿座导向段上下孔集成块上设有穿后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔,后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔同轴,后往复齿座导向段上孔右侧的后往复齿座导向段上下孔集成块上设有穿后上右轴承A孔、后上右轴承B孔和后上右导向滚轴孔,后上右轴承A孔、后上右轴承B孔和后上右导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后上右轴承A孔、后上右轴承B孔和后上右导向滚轴孔同轴,后往复齿座导向段上孔下部的后往复齿座导向段上下孔集成块上设有穿后上导向杆下轴承A孔、后上导向杆下轴承B孔和后上导向杆下导向滚轴孔,后上导向杆下轴承A孔、后上导向杆下轴承B孔和后上导向杆下导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后上导向杆下轴承A孔、后上导向杆下轴承B孔和后上导向杆下导向滚轴孔同轴,下插齿座后止转导向段设置在后往复齿座导向段下孔内,后往复齿座导向段下孔上部的后往复齿座导向段上下孔集成块上设有穿后下导向杆上轴承A孔、后下导向杆上轴承B孔和后下导向杆上导向滚轴孔,后下导向杆上轴承A孔、后下导向杆上轴承B孔和后下导向杆上导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后下导向杆上轴承A孔、后下导向杆上轴承B孔和后下导向杆上导向滚轴孔同轴,后往复齿座导向段下孔左侧的后往复齿座导向段上下孔集成块上设有穿后下导向杆左轴承A孔、后下导向杆左轴承B孔和后下导向杆左导向滚轴孔,后下导向杆左轴承A孔、后下导向杆左轴承B孔和后下导向杆左导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后下导向杆左轴承A孔、后下导向杆左轴承B孔和后下导向杆左导向滚轴孔同轴,后往 复齿座导向段下孔右侧的后往复齿座导向段上下孔集成块上设有穿后下导向杆右轴承A孔、后下导向杆右轴承B孔和后下导向杆右导向滚轴孔,后下导向杆右轴承A孔、后下导向杆右轴承B孔和后下导向杆右导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后下导向杆右轴承A孔、后下导向杆右轴承B孔和后下导向杆右导向滚轴孔同轴,往复齿座导向段连接件连接往复齿座连动段或往复齿座导向段连接件与往复齿座连动段为一体式,往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段之间且设置在下插齿座前止转导向段与下插齿座后止转导向段之间或往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段后端且设置在下插齿座前止转导向段与下插齿座后止转导向段后端或往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段之间且设置在下插齿座前止转导向段与下插齿座后止转导向段后端或往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段后端且设置在下插齿座前止转导向段与下插齿座后止转导向段之间或往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段前端且设置在下插齿座前止转导向段与下插齿座后止转导向段之间,往复齿座导向段连接件连接上插齿座前止转导向段、上插齿座后止转导向段、下插齿座前止转导向段与下插齿座后止转导向段或往复齿座导向段连接件、上插齿座前止转导向段、上插齿座后止转导向段、下插齿座前止转导向段与下插齿座后止转导向段为一体式,下往复齿座导向段处的滚轴导向止转器与上往复齿座导向段处的滚轴导向止转器互相协助导向止转,上插齿座前止转导向段与上插齿座后止转导向段组成上往复齿座导向段,且下插齿座前止转导向段与下插齿座后止转导向段组成下往复齿座导向段,曲柄连杆设置在前往复齿座导向段上下孔集成块与后往复齿座导向段上下孔集成块之间且设置在上往复齿座导向段与下往复齿座导向段之间,充分利用了前往复齿座导向段上下孔集成块与后往复齿座导向段上下孔集成块的导向止转间距,且有利于曲柄连杆的旋转力将前往复齿座导向段上下孔集成块与后往复齿座导向段上下孔集成块之间的润滑液体甩向个滚动导向止转器,或装滚动导向止转组件块设置为前往复齿座导向段上下孔集成块,前往复齿座导向段上下孔集成块上设有前往复齿座导向段上孔和前往复齿座导向段下孔,后往复齿座导向段孔集成块设置为后往复齿座导向段上孔集成块,后往复齿座导向段上孔集成块上设有后往复齿座导向段上孔,前往复齿座导向段上孔轴线与后往复齿座导向段上孔轴线同轴或平行且使前往复齿座导向段下孔轴线与前往复齿座导向段上孔轴线平行,上插齿座前止转导向段设置在前往复 齿座导向段上孔内,前往复齿座导向段上孔左侧的前往复齿座导向段上下孔集成块上设有穿前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔,前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔同轴,前往复齿座导向段上孔右侧的前往复齿座导向段上下孔集成块上设有穿前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔,前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔同轴,前往复齿座导向段上孔下部的前往复齿座导向段上下孔集成块上设有穿前上导向杆下轴承A孔、前上导向杆下轴承B孔和前上导向杆下导向滚轴孔,前上导向杆下轴承A孔、前上导向杆下轴承B孔和前上导向杆下导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上导向杆下轴承A孔、前上导向杆下轴承B孔和前上导向杆下导向滚轴孔同轴,下往复齿座导向段设置在前往复齿座导向段下孔内,前往复齿座导向段下孔上部的前往复齿座导向段上下孔集成块上设有穿前下导向杆上轴承A孔、前下导向杆上轴承B孔和前下导向杆上导向滚轴孔,前下导向杆上轴承A孔、前下导向杆上轴承B孔和前下导向杆上导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆上轴承A孔、前下导向杆上轴承B孔和前下导向杆上导向滚轴孔同轴,前往复齿座导向段下孔左侧的前往复齿座导向段上下孔集成块上设有穿前下导向杆左轴承A孔、前下导向杆左轴承B孔和前下导向杆左导向滚轴孔,前下导向杆左轴承A孔、前下导向杆左轴承B孔和前下导向杆左导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆左轴承A孔、前下导向杆左轴承B孔和前下导向杆左导向滚轴孔同轴,前往复齿座导向段下孔右侧的前往复齿座导向段上下孔集成块上设有穿前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔,前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔同轴,后往复齿座导向段上孔集成块上设置后往复齿座导向段上孔,上插齿座后止转导向段设置在后往复齿座导向段上孔内,后往复齿座导向段上孔左侧的后往复齿座导向段上孔集成块上设有穿后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔,后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔从后往复齿座导向段上孔集成块一侧通连,后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔同轴,后往复齿座导向段上孔右侧的后往复齿座导向段上孔集成块 上设有穿后上右轴承A孔、后上右轴承B孔和后上右导向滚轴孔,后上右轴承A孔、后上右轴承B孔和后上右导向滚轴孔从后往复齿座导向段上孔集成块一侧通连,后上右轴承A孔、后上右轴承B孔和后上右导向滚轴孔同轴,后往复齿座导向段上孔下部的后往复齿座导向段上孔集成块上设有穿后上导向杆下轴承A孔、后上导向杆下轴承B孔和后上导向杆下导向滚轴孔,后上导向杆下轴承A孔、后上导向杆下轴承B孔和后上导向杆下导向滚轴孔从后往复齿座导向段上孔集成块一侧通连,后上导向杆下轴承A孔、后上导向杆下轴承B孔和后上导向杆下导向滚轴孔同轴,后往复齿座导向段上孔上部的后往复齿座导向段上孔集成块上设有穿后上导向杆上轴承A孔、后上导向杆上轴承B孔和后上导向杆上导向滚轴孔,后上导向杆上轴承A孔、后上导向杆上轴承B孔和后上导向杆上导向滚轴孔从后往复齿座导向段上孔集成块一侧通连,后上导向杆上轴承A孔、后上导向杆上轴承B孔和后上导向杆上导向滚轴孔同轴,往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段之间且设置在下往复齿座导向段后端或往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段后端且设置在下往复齿座导向段后端或往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段前端且设置在下往复齿座导向段前端或往复齿座导向段连接件设置在上插齿座前止转导向段与上插齿座后止转导向段之间且设置在下往复齿座导向段前端,或装滚动导向止转组件块设置为前往复齿座导向段上下孔集成块,前往复齿座导向段上下孔集成块上设有前往复齿座导向段上孔和前往复齿座导向段下孔,后装往复齿座导向段多孔集成块设置为后往复齿座导向段上下孔集成块,后往复齿座导向段上下孔集成块上设有后往复齿座导向段上孔和后往复齿座导向段下孔,前往复齿座导向段上孔轴线与后往复齿座导向段上孔轴线同轴或平行且使前往复齿座导向段下孔轴线与后往复齿座导向段下孔轴线同轴或平行,前往复齿座导向段上孔左侧的前往复齿座导向段上下孔集成块上设有穿前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔,前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上左轴承A孔、前上左轴承B孔和前上左导向滚轴孔同轴,前往复齿座导向段上孔右侧的前往复齿座导向段上下孔集成块上设有穿前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔,前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上右轴承A孔、前上右轴承B孔和前上右导向滚轴孔同轴,前往复齿座导向段上孔上部的前往复齿座导向段上下孔集成块上设有穿前上导向杆上轴承 A孔、前上导向杆上轴承B孔和前上导向杆上导向滚轴孔,前上导向杆上轴承A孔、前上导向杆上轴承B孔和前上导向杆上导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前上导向杆上轴承A孔、前上导向杆上轴承B孔和前上导向杆上导向滚轴孔同轴,前往复齿座导向段下孔下部的前往复齿座导向段上下孔集成块上设有穿前下导向杆下轴承A孔、前下导向杆下轴承B孔和前下导向杆下导向滚轴孔,前下导向杆下轴承A孔、前下导向杆下轴承B孔和前下导向杆下导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆下轴承A孔、前下导向杆下轴承B孔和前下导向杆下导向滚轴孔同轴,前往复齿座导向段下孔左侧的前往复齿座导向段上下孔集成块上设有穿前下导向杆左轴承A孔、前下导向杆左轴承B孔和前下导向杆左导向滚轴孔,前下导向杆左轴承A孔、前下导向杆左轴承B孔和前下导向杆左导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆左轴承A孔、前下导向杆左轴承B孔和前下导向杆左导向滚轴孔同轴,前往复齿座导向段下孔右侧的前往复齿座导向段上下孔集成块上设有穿前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔,前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔从前往复齿座导向段上下孔集成块一侧通连,前下导向杆右轴承A孔、前下导向杆右轴承B孔和前下导向杆右导向滚轴孔同轴,后往复齿座导向段上下孔集成块上设有后往复齿座导向段上孔和后往复齿座导向段下孔,后往复齿座导向段上孔左侧的后往复齿座导向段上下孔集成块上设有穿后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔,后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后上左轴承A孔、后上左轴承B孔和后上左导向滚轴孔同轴,后往复齿座导向段上孔右侧的后往复齿座导向段上下孔集成块上设有穿后上右轴承A孔、后上右轴承B孔和后上右导向滚轴孔,后上右轴承A孔、后上右轴承B孔和后上右导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后上右轴承A孔、后上右轴承B孔和后上右导向滚轴孔同轴,后往复齿座导向段上孔上部的后往复齿座导向段上下孔集成块上设有穿后上导向杆上轴承A孔、后上导向杆上轴承B孔和后上导向杆上导向滚轴孔,后上导向杆上轴承A孔、后上导向杆上轴承B孔和后上导向杆上导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后上导向杆上轴承A孔、后上导向杆上轴承B孔和后上导向杆上导向滚轴孔同轴,后往复齿座导向段下孔下部的后往复齿座导向段上下孔集成块上设有穿后下导向杆下轴承A孔、后下导向杆下轴承B孔和后下导向杆下导向滚轴孔,后下导向杆下轴承A孔、后下导向杆下轴承B孔和 后下导向杆下导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后下导向杆下轴承A孔、后下导向杆下轴承B孔和后下导向杆下导向滚轴孔同轴,后往复齿座导向段下孔左侧的后往复齿座导向段上下孔集成块上设有穿后下导向杆左轴承A孔、后下导向杆左轴承B孔和后下导向杆左导向滚轴孔,后下导向杆左轴承A孔、后下导向杆左轴承B孔和后下导向杆左导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后下导向杆左轴承A孔、后下导向杆左轴承B孔和后下导向杆左导向滚轴孔同轴,后往复齿座导向段下孔右侧的后往复齿座导向段上下孔集成块上设有穿后下导向杆右轴承A孔、后下导向杆右轴承B孔和后下导向杆右导向滚轴孔,后下导向杆右轴承A孔、后下导向杆右轴承B孔和后下导向杆右导向滚轴孔从后往复齿座导向段上下孔集成块一侧通连,后下导向杆右轴承A孔、后下导向杆右轴承B孔和后下导向杆右导向滚轴孔同轴,或前装滚动导向止转组件块设置为前轴线锐角导向止转集成块,前轴线锐角导向止转集成块上设有前锐角往复齿座导向段孔,后装滚动导向止转组件块设置为后轴线锐角导向止转集成块,前锐角往复齿座导向段孔轴线与后锐角往复齿座导向段孔轴线同轴或平行,前锐角往复齿座导向段孔左侧的前轴线锐角导向止转集成块上设有穿前左轴承A孔、前左轴承B孔和前左导向滚轴孔,前左轴承A孔、前左轴承B孔和前左导向滚轴孔从前轴线锐角导向止转集成块一侧通连,前左轴承A孔、前左轴承B孔和前左导向滚轴孔同轴,前锐角往复齿座导向段孔右侧的前轴线锐角导向止转集成块上设有穿前右轴承A孔、前右轴承B孔和前右导向滚轴孔,前右轴承A孔、前右轴承B孔和前右导向滚轴孔从前轴线锐角导向止转集成块一侧通连,前右轴承A孔、前右轴承B孔和前右导向滚轴孔同轴,前锐角往复齿座导向段孔下部的前轴线锐角导向止转集成块上设有穿前下轴承A孔、前下轴承B孔和前下导向滚轴孔,前下轴承A孔、前下轴承B孔和前下导向滚轴孔从前轴线锐角导向止转集成块一侧通连,前下轴承A孔、前下轴承B孔和前下导向滚轴孔同轴,前左导向滚轴孔轴线与前下导向滚轴孔轴线的夹角小于90度,前右导向滚轴孔轴线与前下导向滚轴孔轴线的夹角小于90度,前左导向滚轴贴靠前下导向滚轴的轴端到前右导向滚轴贴靠前下导向滚轴的轴端的距离大于前左导向滚轴远离前下导向滚轴的轴端到前右导向滚轴远离前下导向滚轴的轴端的距离,前下导向滚轴、前左导向滚轴和前右导向滚轴组成前锐角三面滚轴导向止转器,后轴线锐角导向止转集成块上设有后锐角往复齿座导向段孔,后锐角往复齿座导向段孔左侧的后轴线锐角导向止转集成块上设有穿后左轴承A孔、后左轴承B孔和后左导向滚轴孔,后左轴承A孔、后左轴承B孔和后左导向滚轴孔从后 轴线锐角导向止转集成块一侧通连,后左轴承A孔、后左轴承B孔和后左导向滚轴孔同轴,后锐角往复齿座导向段孔右侧的后轴线锐角导向止转集成块上设有穿后右轴承A孔、后右轴承B孔和后右导向滚轴孔,后右轴承A孔、后右轴承B孔和后右导向滚轴孔从后轴线锐角导向止转集成块一侧通连,后右轴承A孔、后右轴承B孔和后右导向滚轴孔同轴,后锐角往复齿座导向段孔下部的后轴线锐角导向止转集成块上设有穿后下轴承A孔、后下轴承B孔和后下导向滚轴孔,后下轴承A孔、后下轴承B孔和后下导向滚轴孔从后轴线锐角导向止转集成块一侧通连,后下轴承A孔、后下轴承B孔和后下导向滚轴孔同轴,后左导向滚轴孔轴线与后下导向滚轴孔轴线的夹角小于90度,后右导向滚轴孔轴线与后下导向滚轴孔轴线的夹角小于90度,后左导向滚轴贴靠后下导向滚轴的轴端到后右导向滚轴贴靠后下导向滚轴的轴端的距离大于后左导向滚轴远离后下导向滚轴的轴端到后右导向滚轴远离后下导向滚轴的轴端的距离,后下导向滚轴、后左导向滚轴和后右导向滚轴组成后锐角三面滚轴导向止转器,阻止后往复齿座导向段向上下、向左右摆动,对后往复齿座导向段导向止转,前锐角三面滚轴导向止转器和后锐角三面滚轴导向止转器配合对往复齿座导向段滚动摩擦导向止转,或前装往复齿座导向段多孔集成块设置为前往复齿座导向段左右孔集成块,前往复齿座导向段左右孔集成块上设有前往复齿座导向段左孔和前往复齿座导向段右孔,后装往复齿座导向段多孔集成块设置为后往复齿座导向段左右孔集成块,后往复齿座导向段左右孔集成块上设有后往复齿座导向段左孔和后往复齿座导向段右孔,前往复齿座导向段左孔轴线与后往复齿座导向段左孔轴线同轴或平行且使前往复齿座导向段右孔轴线与后往复齿座导向段右孔轴线同轴或平行,前往复齿座导向段左孔左侧的前往复齿座导向段左右孔集成块上设有穿前左左轴承A孔、前左左轴承B孔和前左左导向滚轴孔,前左左轴承A孔、前左左轴承B孔和前左左导向滚轴孔从前往复齿座导向段左右孔集成块一侧通连,前左左轴承A孔、前左左轴承B孔和前左左导向滚轴孔同轴,前往复齿座导向段左孔上侧的前往复齿座导向段左右孔集成块上设有穿前左上轴承A孔、前左上轴承B孔和前左上导向滚轴孔,前左上轴承A孔、前左上轴承B孔和前左上导向滚轴孔从前往复齿座导向段左右孔集成块一侧通连,前左上轴承A孔、前左上轴承B孔和前左上导向滚轴孔同轴,前往复齿座导向段左孔下侧的前往复齿座导向段左右孔集成块上设有穿前左下轴承A孔、前左下轴承B孔和前左下导向滚轴孔,前左下轴承A孔、前左下轴承B孔和前左下导向滚轴孔从前往复齿座导向段左右孔集成块一侧通连,前左下轴承A孔、前左下轴承B孔和前左下导向滚轴孔同轴,前 往复齿座导向段右孔上部的前往复齿座导向段左右孔集成块上设有穿前右导向杆上轴承A孔、前右导向杆上轴承B孔和前右导向杆上导向滚轴孔,前右导向杆上轴承A孔、前右导向杆上轴承B孔和前右导向杆上导向滚轴孔从前往复齿座导向段左右孔集成块一侧通连,前右导向杆上轴承A孔、前右导向杆上轴承B孔和前右导向杆上导向滚轴孔同轴,前往复齿座导向段右孔右部的前往复齿座导向段左右孔集成块上设有穿前右导向杆右轴承A孔、前右导向杆右轴承B孔和前右导向杆右导向滚轴孔,前右导向杆右轴承A孔、前右导向杆右轴承B孔和前右导向杆右导向滚轴孔从前往复齿座导向段左右孔集成块一侧通连,前右导向杆右轴承A孔、前右导向杆右轴承B孔和前右导向杆右导向滚轴孔同轴,前往复齿座导向段右孔下部的前往复齿座导向段左右孔集成块上设有穿前右导向杆下轴承A孔、前右导向杆下轴承B孔和前右导向杆下导向滚轴孔,前右导向杆下轴承A孔、前右导向杆下轴承B孔和前右导向杆下导向滚轴孔从前往复齿座导向段左右孔集成块一侧通连,前右导向杆下轴承A孔、前右导向杆下轴承B孔和前右导向杆下导向滚轴孔同轴,前往复齿座导向段左孔与前往复齿座导向段右孔之间的前往复齿座导向段左右孔集成块上设有穿前左中间轴承A孔、前左中间轴承B孔、前左中间导向滚轴孔,前往复齿座导向段左孔与前往复齿座导向段右孔之间的前往复齿座导向段左右孔集成块上设有穿前右中间轴承A孔、前右中间轴承B孔、前右中间导向滚轴孔,前左中间轴承A孔、前左中间轴承B孔和前左中间导向滚轴孔通连且同轴组成前左中间滚动导向止转器孔,前右中间轴承A孔、前右中间轴承B孔、前右中间导向滚轴孔同轴组成前右中间滚动导向止转器孔,前右中间轴承A、前右中间轴承B、前右中间导向滚轴组成前右中间滚动导向止转器,前左中间滚动导向止转器孔与前右中间滚动导向止转器孔同轴形成前中间滚动导向止转器孔,前中间滚动导向止转器设置于前中间滚轴止转导向器孔,前中间滚动导向止转器左侧与前左往复齿座导向段面贴合且使前中间滚动导向止转器右侧与前右往复齿座导向段面贴合,后往复齿座导向段左孔左侧的后往复齿座导向段左右孔集成块上设有穿后左左轴承A孔、后左左轴承B孔和后左左导向滚轴孔,后左左轴承A孔、后左左轴承B孔和后左左导向滚轴孔从后往复齿座导向段左右孔集成块一侧通连,后左左轴承A孔、后左左轴承B孔和后左左导向滚轴孔同轴,后往复齿座导向段左孔上侧的后往复齿座导向段左右孔集成块上设有穿后左上轴承A孔、后左上轴承B孔和后左上导向滚轴孔,后左上轴承A孔、后左上轴承B孔和后左上导向滚轴孔从后往复齿座导向段左右孔集成块一侧通连,后左上轴承A孔、后左上轴承B孔和后左上导向滚轴孔同轴,后往复齿座导向 段左孔下侧的后往复齿座导向段左右孔集成块上设有穿后左下轴承A孔、后左下轴承B孔和后左下导向滚轴孔,后左下轴承A孔、后左下轴承B孔和后左下导向滚轴孔从后往复齿座导向段左右孔集成块一侧通连,后左下轴承A孔、后左下轴承B孔和后左下导向滚轴孔同轴,后往复齿座导向段右孔上部的后往复齿座导向段左右孔集成块上设有穿后右导向杆上轴承A孔、后右导向杆上轴承B孔和后右导向杆上导向滚轴孔,后右导向杆上轴承A孔、后右导向杆上轴承B孔和后右导向杆上导向滚轴孔从后往复齿座导向段左右孔集成块一侧通连,后右导向杆上轴承A孔、后右导向杆上轴承B孔和后右导向杆上导向滚轴孔同轴,后往复齿座导向段右孔上部的后往复齿座导向段左右孔集成块上设有穿后右导向杆右轴承A孔、后右导向杆右轴承B孔和后右导向杆右导向滚轴孔,后右导向杆右轴承A孔、后右导向杆右轴承B孔和后右导向杆右导向滚轴孔从后往复齿座导向段左右孔集成块一侧通连,前后右导向杆右轴承A孔、后右导向杆右轴承B孔和后右导向杆右导向滚轴孔同轴,后往复齿座导向段右孔下部的后往复齿座导向段左右孔集成块上设置穿后右导向杆下轴承A孔、后右导向杆下轴承B孔和后右导向杆下导向滚轴孔,后右导向杆下轴承A孔、后右导向杆下轴承B孔和后右导向杆下导向滚轴孔从后往复齿座导向段左右孔集成块一侧通连,后右导向杆下轴承A孔、后右导向杆下轴承B孔和后右导向杆下导向滚轴孔同轴,后往复齿座导向段左孔与后往复齿座导向段右孔之间的后往复齿座导向段左右孔集成块上设有穿后左中间轴承A孔、后左中间轴承B孔、后左中间导向滚轴孔,后往复齿座导向段左孔与后往复齿座导向段右孔之间的后往复齿座导向段左右孔集成块上设有穿后右中间轴承A孔、后右中间轴承B孔、后右中间导向滚轴孔,后左中间轴承A孔、后左中间轴承B孔和后左中间导向滚轴孔通连且同轴组成后左中间滚动导向止转器孔,后右中间轴承A孔、后右中间轴承B孔、后右中间导向滚轴孔同轴组成后右中间滚动导向止转器孔,后右中间轴承A、后右中间轴承B、后右中间导向滚轴组成后右中间滚动导向止转器,后左中间滚动导向止转器孔与后右中间滚动导向止转器孔同轴形成后中间滚动导向止转器孔,后中间滚动导向止转器设置于后中间滚轴止转导向器孔,后中间滚动导向止转器左侧与后左往复齿座导向段面贴合且使后中间滚动导向止转器右侧与后右往复齿座导向段面贴合,曲柄连杆或直轴凸轮连杆上设置左凸轴和右凸轴,使左凸轴和右凸轴为180度设置,左凸轴带动左往复齿座导向段往复运动,右凸轴带动右往复齿座导向段往复运动,当左凸轴带动左往复齿座导向段向前冲击时右凸轴带动右往复齿座导向段向后运动,当左凸轴带动左往复齿座导向段向后运动时右凸轴带 动右往复齿座导向段向前冲击,利用左往复齿座导向段和右往复齿座导向段前后运动的特征将需设置两个后中间滚动导向止转器的空间合二为一且将两个前中间滚动导向止转器的空间合二为一,提高装滚动导向止转组件块空间利用率,节约制造成本,减少冲击。
  12. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的导向滚轴包括凹腰导向滚轴,往复齿座导向段设有与凹腰导向滚轴凹面相扣合的往复齿座凸起导向段,前装往复齿座导向段单孔集成块包括前两面组件止转导向集成块,后装往复齿座导向段单孔集成块包括后两面组件止转导向集成块,使用前两面滚轴组件导向止转集成块时,前两面滚轴组件导向止转集成块上设有前往复齿座凸起导向段孔,后两面滚轴组件导向止转集成块上设有后往复齿座凸起导向段孔,前往复齿座凸起导向段孔轴线与后往复齿座凸起导向段孔轴线同轴或平行,前往复齿座凸起导向段孔左侧的前两面滚轴组件导向止转集成块上设有穿前左轴承A孔、前左轴承B孔和前左凹腰导向滚轴孔,前左轴承A孔、前左轴承B孔和前左凹腰导向滚轴孔从前两面滚轴组件导向止转集成块一侧通连,前左轴承A孔、前左轴承B孔和前左凹腰导向滚轴孔同轴,前往复齿座凸起导向段孔右侧的前两面滚轴组件导向止转集成块上设有穿前右轴承A孔、前右轴承B孔和前右凹腰导向滚轴孔,前右轴承A孔、前右轴承B孔和前右凹腰导向滚轴孔从前两面滚轴组件导向止转集成块一侧通连,前右轴承A孔、前右轴承B孔和前右凹腰导向滚轴孔同轴,后往复齿座凸起导向段孔下部的后两面滚轴组件导向止转集成块上设置穿后下轴承A孔、后下轴承B孔和后下凹腰导向滚轴孔,穿后下轴承A孔、后下轴承B孔和后下凹腰导向滚轴孔从后两面滚轴组件导向止转集成块一侧通连,穿后下轴承A孔、后下轴承B孔和后下凹腰导向滚轴孔同轴,后往复齿座凸起导向段孔上部的后两面滚轴组件导向止转集成块上设置穿后上轴承A孔、后上轴承B孔和后上凹腰导向滚轴孔,穿后上轴承A孔、后上轴承B孔和后上凹腰导向滚轴孔从后两面滚轴组件导向止转集成块一侧通连,穿后上轴承A孔、后上轴承B孔和后上凹腰导向滚轴孔同轴,与前左凹腰导向滚轴孔与前往复齿座凸起导向段孔通连,在前左凹腰导向滚轴一端设置前左轴承A另一端设置前左轴承B组成前左滚轴导向止转器,前左滚轴导向止转器设置在前左凹腰导向滚轴通孔内,前左凹腰导向滚轴侧面在前往复齿座凸起导向段孔内与前往复齿座凸起导向段左侧面贴合,前右凹腰导向滚轴孔与前往复齿座凸起导向段孔通连,在前右凹腰导向滚轴一端设置前右轴承A另一端设置前右轴承B组成前右滚轴导向止转器,前右滚轴导向止转器设置在前右凹腰导向滚轴通孔内,前右凹腰导向滚轴侧面在前往复齿座凸起导 向段孔内与前往复齿座凸起导向段右侧面贴合,后上凹腰导向滚轴孔与后往复齿座凸起导向段孔通连,在后上凹腰导向滚轴一端设置后上轴承A另一端设置后上轴承B组成后上滚轴导向止转器,后上滚轴导向止转器设置在后上轴承A与后上轴承B与后上凹腰导向滚轴通孔内,后上凹腰导向滚轴侧面在后往复齿座凸起导向段孔内与后往复齿座凸起导向段上侧面贴合,后下凹腰导向滚轴孔与后往复齿座凸起导向段孔通连,在后下凹腰导向滚轴一端设置后下轴承A另一端设置后下轴承B组成后下滚轴导向止转器,后下滚轴导向止转器设置在后下轴承A与后下轴承B与后下凹腰导向滚轴通孔内,后下凹腰导向滚轴侧面在后往复齿座凸起导向段孔内与后往复齿座凸起导向段下侧面贴合,凹腰导向滚轴的凹面与往复齿座凸起导向段的凸起扣合防止往复齿座凸起导向段上下、左右摆动。
  13. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的轴承件导向止转器包括凹腰轴承件导向止转器,凹腰轴承件导向止转器包括凹腰轴承件,往复齿座导向段设有与凹腰轴承件凹面相扣合的往复齿座凸起导向段,往复齿座凸起导向段包括前往复齿座凸起导向段、后往复齿座凸起导向段,前装滚动导向止转组件块上设有前往复齿座凸起导向段孔,后装滚动导向止转组件块上设有后往复齿座凸起导向段孔,前往复齿座凸起导向段孔轴线与后往复齿座凸起导向段孔轴线同轴或平行,前往复齿座凸起导向段孔左侧设有穿前凹腰轴承件导向止转器左孔,前往复齿座凸起导向段孔右侧设有穿前凹腰轴承件导向止转器右孔,后往复齿座凸起导向段孔下部设有穿后凹腰轴承件导向止转器下孔,后往复齿座凸起导向段孔上部设有穿后凹腰轴承件导向止转器上孔,前凹腰轴承件导向止转器左孔与前往复齿座凸起导向段孔通连,前凹腰轴承件导向止转器设置在前凹腰轴承件导向止转器左孔内,前凹腰轴承件导向止转器侧面在前往复齿座凸起导向段孔内与前往复齿座凸起导向段左侧面贴合,前凹腰轴承件导向止转器右孔与前往复齿座凸起导向段孔通连,前凹腰轴承件导向止转器设置在前凹腰轴承件导向止转器右孔内,前凹腰轴承件导向止转器侧面在前往复齿座凸起导向段孔内与前往复齿座凸起导向段右侧面贴合,后凹腰轴承件导向止转器下孔与后往复齿座凸起导向段孔通连,后凹腰轴承件导向止转器侧面在后往复齿座凸起导向段孔内与后往复齿座凸起导向段下侧面贴合,后凹腰轴承件导向止转器上孔与后往复齿座凸起导向段孔通连,后凹腰轴承件导向止转器侧面在后往复齿座凸起导向段孔内与后往复齿座凸起导向段上侧面贴合,凹腰轴承件导向止转器的凹面与往复齿座凸起导向段的凸起扣合防止往复齿座凸 起导向段上下、左右摆动。
  14. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的往复齿座导向段上的与导向滚轴贴合平面宽度小于导向滚轴上的与往复齿座导向段贴合平面的长度,当导向滚轴轴向移动时往复齿座导向段平面仍与导向滚轴贴紧滚动磨擦导向止转,或往复齿座导向段上的与导向轴承件贴合平面宽度小于导向轴承件上的与往复齿座导向段贴合平面的长度,当导向轴承件轴向移动时往复齿座导向段平面仍与导向轴承件贴紧滚动磨擦导向止转,加宽导向幅度增大导向力度,提高往复齿座导向段使用寿命。
  15. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的往复齿座密封段包括圆截面往复齿座密封段,有利于密封,往复齿座导向段包括左止转杆导向平面与右止转杆导向平面和/或往复齿座导向段包括上止转杆导向平面与下止转杆导向平面,左止转杆导向平面与右止转杆导向平面平行和/或上止转杆导向平面与下止转杆导向平面平行,相互平行的两平面与导向滚轴贴合滚动摩擦且滚动导向止转。
  16. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的往复齿座导向段包括导向扶正段,导向扶正段包括前导向扶正段和后导向扶正段,导向扶正段与往复齿座导向段孔壁之间设有防摩擦间隙,防摩擦间隙在往复冲击时避免导向扶正段与任何部件产生滑动摩擦。
  17. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的往复齿座连动段包括止转杆铰接轴孔、铰接轴,曲柄连杆或直轴凸轮连杆包括连杆,连杆包括连杆铰接轴孔,连杆铰接轴孔与止转杆铰接轴孔同心,铰接轴设置在止转杆铰接轴孔与连杆铰接轴孔内,使往复齿座导向段与连杆铰接或在止转杆铰接轴孔与连杆铰接轴孔内设置关节轴承后用铰接轴连接,关节轴承防止导向止转杆损坏连杆。
  18. 根据权利要求17所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的连杆轴端设置往复动力器或在集成块密封导向止转箱外设有齿轮传动箱,齿轮传动箱内设有主齿轮和副齿轮,副齿轮设置在主齿轮上端和/或主齿轮下端,往复动力器与主齿轮连接,往复动力器驱动主齿轮转动,主齿轮带动副齿轮旋转,副齿轮带动连杆或副齿轮及主齿轮带动连杆运动,集成块密封导向止转箱设有润滑液体,连杆带动润滑液旋转润滑集成块密封导向止转箱。
  19. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的曲 柄连杆包括曲轴和轴承挡套,曲轴和/或轴承挡套上设有甩油器,甩油器包括毛刷甩油器或齿甩油器或叶片甩油器或勺甩油器或坑碗甩油器,曲轴和/或轴承挡套包括甩油齿轮,甩油器包括甩油器传动齿轮,甩油齿轮带动甩油器传动齿轮旋转甩油,甩油器甩油润滑降温。
  20. 根据权利要求7所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的挡轴承套设有进油孔和出油孔,挡轴承套内腔存储润滑液或在挡轴承套内腔设置海绵体,海绵体储存润滑液,延长润滑时间。
  21. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的连动导向密封插齿座包括往复齿座密封段,往复齿座密封段包括伸缩防护罩,集成块密封导向止转箱与往复齿座密封段之间设有密封往复齿座件或浮动密封套,浮动密封套包括外浮动密封件、内浮动密封件和中间骨架,外浮动密封件设置在中间骨架外圈,内浮动密封件设置在中间骨架内圈,往复齿座密封段穿过内浮动密封件,内浮动密封件贴紧往复齿座密封段密封,伸缩防护罩一端扣合在往复齿座密封段上,另一端扣合在中间骨架上,伸缩防护罩阻止物料损坏、污染往复齿座密封段。
  22. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:往复冲齿包括主齿体,主齿体包括上主齿体和下主齿体,主齿体还包括梁套冲齿架,梁套冲齿架包括上主齿体连接套、下主齿体连接套和主齿体连接梁,上主齿体与上主齿体连接套分体连接或为一体式,下主齿体与下主齿体连接套分体连接或为一体式,主齿体连接梁一端设置在上主齿体连接套上,另一端设置在下主齿体连接套上,主齿体连接梁将上主齿体连接套和下主齿体连接套连接固定,主齿体连接梁、上主齿体连接套、下主齿体连接套为分体连接或为一体式,上主齿体连接套上设置侧往复齿或下主齿体连接套上设置侧往复齿或主齿体连接梁上设置侧往复齿或上主齿体连接套和下主齿体连接套上设置侧往复齿或上主齿体连接套和主齿体连接梁上设置侧往复齿或下主齿体连接套和主齿体连接梁上设置侧往复齿或上主齿体连接套和下主齿体连接套和主齿体连接梁上设置侧往复齿,当梁套冲齿架与上主齿体和下主齿体分体连接时,上主齿体连接套和下主齿体连接套分别与上主齿体和下主齿体套合,上连动导向密封插齿座与下连动导向密封插齿座一端或两端伸出集成块密封导向止转箱外,上连动导向密封插齿座与下连动导向密封插齿座在集成块密封导向止转箱内连接,上主齿体设置在上连动导向密封插齿座的端部,下主齿体设置在下连动导向密封插齿座的端部,梁套冲齿架将上连动导向密封插齿座、下 连动导向密封插齿座紧固为一体式,往复动力器在集成块密封导向止转箱内驱动上连动导向密封插齿座、下连动导向密封插齿座,上连动导向密封插齿座、下连动导向密封插齿座带动上主齿体和下主齿体和梁套冲齿架往复冲击。
  23. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的前装滚动导向止转组件块前部设有伸缩护套箱板,伸缩护套箱板与前装滚动导向止转组件块分体连接或为一体式,伸缩护套箱板包括导向箱板和箱板护伸缩密封件套,导向箱板上设有穿往复齿座密封段孔,穿往复齿座密封段孔内设有密封往复齿座件或浮动密封套,往复齿座密封段设置在密封往复齿座件内孔或设置在浮动密封套内孔,在浮动密封套孔壁的外部设置箱板护伸缩密封件套。
  24. 根据权利要求22所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:主齿体后部设置主齿体护伸缩密封件套,主齿体与主齿体护伸缩密封件套分体连接或为一体式,主齿体护伸缩密封件套设置在箱板护伸缩密封件套的内侧或外侧,箱板护伸缩密封件套与主齿体护伸缩密封件套套合伸缩防护或箱板护伸缩密封件套与主齿体护伸缩密封件套之间设有外护套密封件,主齿体护伸缩密封件套、外护套密封件与集成块密封导向止转箱上设置的箱板护伸缩密封件套配合伸缩密封,阻止粉尘、泥水进入。
  25. 根据权利要求22所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:主齿体后部设置主齿体护伸缩密封件套止退件或主齿体护伸缩密封件套与主齿体通过螺纹连接止退或主齿体护伸缩密封件套与主齿体通过锥面止退或主齿体护伸缩密封件套止退件固定主齿体护伸缩密封件套,主齿体护伸缩密封件套止退件包括螺母止退件、螺钉止退件、挡圈止退件、销止退件、粘接止退件、卡槽止退件或卡簧止退件或涨销止退件或顶丝孔销止退件。
  26. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的往复冲齿包括主往复齿,主齿体护伸缩密封件套与箱板护伸缩密封件套搭接重合段的长度大于主往复齿往复冲击的冲击行程,主齿体护伸缩密封件套与箱板护伸缩密封件套之间设有外护套密封件,主往复齿往复冲击时外护套密封件处在主齿体护伸缩密封件套与箱板护伸缩密封件套搭接重合段内。
  27. 根据权利要求22所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的侧往复齿朝向箱板护伸缩密封件套前端面处设有分料面,分料面向两侧输导物料,将侧往复齿朝向箱板护伸缩密封件套前端面处积存物料导出,使箱板护伸缩密封件套与主齿体 或与侧往复齿之间不形成物料层,防止物料层阻止主往复齿和/或侧往复齿往复冲击。
  28. 根据权利要求22所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:主齿体后部设置护套防护件,护套防护件间隔布置在主齿体后部,护套防护件的形状与箱板护伸缩密封件套端面不形成挤压面,防止物料在护套防护件与箱板护伸缩密封件套之间堆积,护套防护件阻止物料冲击损毁主齿体护伸缩密封件套。
  29. 根据权利要求22所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:梁套冲齿架为单排设置或多排设置,当梁套冲齿架为多排设置时,前排梁套冲齿架上的主齿体连接梁相对于集成块密封导向止转箱向外凸起,后排梁套冲齿架上的主齿体连接梁相对于集成块密封导向止转箱向内凹进,前排凸起的主齿体连接梁与后排凹进的主齿体连接梁形成出料口。
  30. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:集成块密封导向止转箱包括卸往复齿器,卸往复齿器包括推顶箱体件和推挡往复齿件,推顶箱体件与推挡往复齿件分体连接或为一体式,集成块密封导向止转箱还包括顶推卸往复齿器台或顶推卸往复齿器孔槽,推顶箱体件的一端顶在箱体导向孔板上或顶在顶推卸往复齿器台上或卡在顶推卸往复齿器孔槽内,另一端与推挡往复齿件连接,推挡往复齿件的另一端设有卡挡往复齿端面,卡挡往复齿端面的形状为当往复齿向集成块密封导向止转箱方向运动时阻止往复齿缩回,卡挡往复齿端面借助往复动力器的强大拉力将主往复齿或侧往复齿卸下。
  31. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的往复齿座导向段上设有硬质耐磨件,硬质耐磨件包括硬质耐磨块或硬质耐磨套,硬质耐磨件与往复齿座导向段分体连接或为一体式,当硬质耐磨件与往复齿座导向段分体连接时,硬质耐磨套套合在往复齿座导向段上,硬质耐磨套与往复齿座导向段上设有硬质耐磨套止转结构,硬质耐磨套止转结构与硬质耐磨套分体连接或为一体式,或硬质耐磨块与往复齿座导向段通过卡槽固定连接或通过螺纹固定连接或用耐磨块止退件固定连接或用粘接止退,卡槽包括燕尾槽或T形槽或多边形槽。
  32. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的集成块密封导向止转箱上设有箱体水道,连动导向密封插齿座设有连动导向密封插齿座水道,箱体水道在集成块密封导向止转箱内与连动导向密封插齿座水道连接或在集成块密封导向止转箱外与连动导向密封插齿座水道连接或箱体水道在集成块密封导向止转箱外 与主往复齿连接,箱体水道包括箱体内水路和箱体外水路,连动导向密封插齿座上设有连动导向密封插齿座水道,连动导向密封插齿座水道包括连动导向密封插齿座进水口,连动导向密封插齿座进水口设置在箱体内或设置在箱体外,当连动导向密封插齿座进水口设置在箱体内时,箱体内水路与连动导向密封插齿座进水口之间设有软管连接件或往复密封连接件或伸缩管连接件,箱体内水路固定在箱体上,软管连接件的一端与箱体内水路连接,另一端与连动导向密封插齿座进水口连接,当连动导向密封插齿座往复运动时,软管连接件的软管随连动导向密封插齿座往复摆动,避免水从箱体内水路输送到连动导向密封插齿座进水口过程中泄露,主齿体包括主齿体水道,主齿体水道和连动导向密封插齿座水道连接,连动导向密封插齿座水道出口处的两端设有前密封件和后密封件,前密封件设置在连动导向密封插齿座水道出口的前端,后密封件设置在连动导向密封插齿座水道出口的后端,将主齿插孔件上的主齿体水道与连动导向密封插齿座水道连接,前密封件后密封件阻止水从主齿体与连动导向密封插齿座配合的缝隙间流出,前装滚动导向止转组件块与后装滚动导向止转组件块之间的前后扶正导向止转间距中设有水道或水箱或水管,或在集成块密封导向止转箱底部或侧部设有水道或水管,水通过水道或水箱或水管对装滚动导向止转组件块进行冷却降温。
  33. 根据权利要求22所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的主齿体包括主齿体冲齿架,主齿体冲齿架和/或梁套冲齿架上设置一个以上的侧往复齿,侧往复齿与侧往复齿之间设有间隙,与主往复齿、侧往复齿后部相对的伸缩护套箱板上设有喷水嘴或喷水孔,喷水嘴或喷水孔相对于侧往复齿之间的间隙设置,水流通过侧往复齿之间的间隙喷至侧往复齿和/或主往复齿齿头,侧往复齿之间的间隙设置有利于被采落物料的排出。
  34. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的集成块密封导向止转箱上设有滚耙驱动器,集成块连接件的长度大于滚耙驱动器的外径,集成块连接件包括集成块上连接板,将前装滚动导向止转组件块与后装滚动导向止转组件块上部的集成块上连接板向下位移,使集成块上连接板的底面靠近连动导向密封插齿座且设有间隙,使前装滚动导向止转组件块与后装滚动导向止转组件块之间形成固定滚耙驱动器凹槽,将滚耙驱动器设置在固定滚耙驱动器凹槽内,降低滚耙驱动器距离地面的高度,避免滚耙驱动器与巷道顶壁碰撞、摩擦,降低采掘巷道所需高度,节省人力、物力、时间。
  35. 根据权利要求34所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的滚耙驱动器包括左滚耙驱动器、右滚耙驱动器,左滚耙驱动器、右滚耙驱动器设置在固定滚耙驱动器凹槽内,左滚耙驱动器、右滚耙驱动器共同驱动同一滚耙传动件,滚耙传动件带动滚耙旋转臂旋转,左滚耙驱动器、右滚耙驱动器的外径均小于用一个滚耙驱动器驱动滚耙传动件滚耙驱动器的外径,降低滚耙驱动器距离地面的高度,避免滚耙驱动器与巷道顶壁碰撞、摩擦,降低采掘巷道所需高度,节省人力、物力、时间。
  36. 根据权利要求34所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的左滚耙驱动器包括左滚耙驱动齿轮,右滚耙驱动器包括右滚耙驱动齿轮,滚耙传动件包括滚耙传动齿轮或滚耙传动链轮,滚耙传动齿轮或滚耙传动链轮设置在集成块密封导向止转箱侧部,左滚耙驱动齿轮、右滚耙驱动齿轮与滚耙传动齿轮扣合传动或左滚耙驱动齿轮、右滚耙驱动齿轮与滚耙传动链轮扣合传动。
  37. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的集成块连接件包括集成块下连接板,将前装滚动导向止转组件块与后装滚动导向止转组件块下部的集成块下连接板向上位移,使集成块下连接板的底面靠近连动导向密封插齿座且设有间隙,使前装滚动导向止转组件块与后装滚动导向止转组件块之间形成滚耙通轴倒凹槽,滚耙通轴包括滚耙通轴支撑件,将滚耙通轴支撑件设置在滚耙通轴倒凹槽两侧,滚耙通轴还包括轴承或轴套,滚耙通轴还包括传动通轴,将轴承或轴套设置在滚耙通轴支撑件上,将传动通轴穿过轴承或轴套,轴承或轴套及传动通轴通过集成块下连接板与往复齿座导向段隔离,或在伸缩护套箱板前端、靠近往复齿座密封段下部设置左滚耙支撑件、右滚耙支撑件,将轴承或轴套设置在左滚耙支撑件和右滚耙支撑件上,传动通轴穿过轴承或轴套,避免传动通轴对往复齿座导向段造成损坏、污染,增大滚耙通轴相对地面的高度,避免滚耙通轴与地面碰撞。
  38. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的往复冲齿包括主齿体,主齿体包括柱形套主齿体或包括柱形锥主齿体或包括侧齿臂主齿体或包括梁架式主齿体,使用柱形套主齿体时即将主齿体设置为柱形主齿体,柱形主齿体的后端设置主往复齿插孔件,主往复齿插孔件套合在连动导向密封插齿座上,侧齿座设置在柱形主齿体上,或使用柱形锥主齿体时即将柱形锥主齿体后端的主往复齿插柱插入连动导向密封插齿座,侧齿座设置在柱形锥主齿体上,或当使用侧齿臂主齿体时即将主齿体设置为柱形主齿体,柱形主齿体上设置支撑侧往复齿的侧齿臂,侧齿座设置在侧齿 臂上,柱形主齿体上设有一个以上的侧齿臂,各侧齿臂之间设有间隙,侧齿臂与柱形主齿体形成冲齿架,或当使用梁架式主齿体时即将主齿体设置为柱形主齿体,将柱形主齿体设置为上主齿体和下主齿体,上主齿体与下主齿体之间设置连接梁,连接梁将上主齿体和下主齿体固定连接或连接梁与上主齿体和下主齿体为一体式,侧齿座设置在梁架式主齿体上,在满足柱形套主齿体或柱形锥主齿体或侧齿臂主齿体或梁架式主齿体或侧齿座抗冲击强度的同时将柱形套主齿体或柱形锥主齿体或侧齿臂主齿体或梁架式主齿体或侧齿座朝向集成块密封导向止转箱的截面减小,减小柱形套主齿体或柱形锥主齿体或侧齿臂主齿体或梁架式主齿体或侧齿座朝向集成块密封导向止转箱的截面对所采落物料的阻挡,增大集成块密封导向止转箱上向主往复齿和/或侧往复齿的喷水空间。
  39. 根据权利要求6所述的装滚动导向止转组件块往复冲击采掘机,其特征在于:所述的滚动导向止转器孔内设置拆滚动导向止转器垫,拆滚动导向止转器垫位于滚动导向止转器的一端,拆滚动导向止转器垫上设置滚动导向止转器垫螺纹通孔或设置滚动导向止转器垫螺纹盲孔且设有挡轴承外圈挡台,挡轴承外圈挡台的内径大于或等于轴承外圈的内径,轴承外圈在滚动导向止转器孔内定位,导向滚轴端部设有导向滚轴顶丝孔,滚动导向止转器包括拆轴承外螺纹螺钉或拆轴承外螺纹螺杆,拆卸滚动导向止转器时,使拆轴承外螺纹螺钉或拆轴承外螺纹螺杆拧在导向滚轴顶丝孔内将导向滚轴和轴承A拉出,使拆轴承外螺纹螺钉或拆轴承外螺纹螺杆拧在拆滚动导向止转器垫螺纹通孔或拧在拆滚动导向止转器垫螺纹盲孔将轴承B拉出。
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