CN208854149U - A kind of leveling Tiao Qie mechanism for metal hose establishment item - Google Patents

Abstract

The utility model relates to metal hose processing to set technical field more particularly to a kind of leveling Tiao Qie mechanism for metal hose establishment item.The technical problems to be solved in the utility model is inconvenient to flatten and is inconvenient to stablize when being metal hose slitting cuts.In order to solve the above-mentioned technical problem, the utility model provides a kind of leveling Tiao Qie mechanism for metal hose establishment item, including cabinet, the side of cabinet, which is plugged with, is put into set, the bottom of cabinet inner wall is fixedly connected with loading plate by supporting plate, it in cabinet and is correspondingly placed into the position of set and is provided with flattening mechanism, the bottom of flattening mechanism is fixedly connected with the upper surface of loading plate, and in cabinet and the discharge port of corresponding flattening mechanism is provided with conveying device.The surface evening of stainless steel plate in the course of rotation, can be arranged frosted layer on the surface of two leveling sets, can polished the surface of stainless steel, so as to keep its surface more smooth by two levelings set in the utility model on flattening mechanism.

Description

A kind of leveling Tiao Qie mechanism for metal hose establishment item

Technical field

The present invention relates to metal hose technical field of processing equipment, specially a kind of leveling for metal hose establishment item Tiao Qie mechanism.

Background technique

Metal hose is the important component in modern industry.Metal hose is integrally made of stainless steel, have compared with Strong corrosion resistance, and in process, hose is worked out by multiple stainless steel substrates.

Such as a kind of sheet alloy that CN 107570788A is proposed cuts equipment, mainly solves the problems, such as to be existing skill It is complicated that device structure is cut in art, high production cost, and be easy to loosen in process, it is complete by simple mechanical structure The slitting work of pairs of sheet alloy, although mechanism side is simple, processing effect is unobvious, first to sheet alloy It during being cut, is not flattened, and when being cut to it, can not achieve side slitting margin alloyage plate The effect of material causes plate to be easy to shake during slitting.

Same existing metal hose stainless steel can also encounter similar problem during slitting.

Summary of the invention

(1) the technical issues of solving

In view of the deficiencies of the prior art, the present invention provides it is a kind of for metal hose establishment item leveling Tiao Qie mechanism, It solves the problems, such as to be inconvenient to flatten when metal hose slitting and is inconvenient to stablize slitting.

(2) technical solution

In order to achieve the above object, the present invention is achieved by the following technical programs: one kind working out item for metal hose Leveling Tiao Qie mechanism, including cabinet, the side of the cabinet, which is plugged with, is put into set, and the bottom of the cabinet inner wall passes through supporting plate It is fixedly connected with loading plate, in the cabinet and is correspondingly placed into the position of set and is provided with flattening mechanism, the bottom of the flattening mechanism Portion is fixedly connected with the upper surface of loading plate, and in the cabinet and the discharge port of corresponding flattening mechanism is provided with conveying device, institute State in the opening of enclosure top and be located at right above conveying device and be provided with dedusting device, the input terminal of the dedusting device with The output end of flattening mechanism is sequentially connected, and in the cabinet and the discharge port of corresponding conveying device is provided with elevating mechanism, described The driving end of elevating mechanism is fixedly connected with the bottom of loading plate, and the upper surface of the loading plate is fixedly connected with cooperation elevator The slidingtype cutting agency that structure uses.

Preferably, the flattening mechanism includes driving motor, and the bottom of the driving motor and the upper surface of loading plate are solid Fixed connection, the output end of the driving motor are socketed with the first worm screw, and first worm screw engages with the turbine A on the left of it, institute It states and is interspersed with turbine rod at the axle center of turbine A, the both ends of the turbine rod are flexibly connected with the front and rear sides of cabinet inner wall respectively, The front of the turbine A is fixedly connected with main drive wheel, and the main drive wheel is passed by driving band and the slave driving wheel above it Dynamic connection, is interspersed with driving shaft from the axle center from driving wheel, the both ends of the driving shaft front and back with cabinet inner wall respectively Two sides are flexibly connected, and on the driving shaft and are located at and are socketed with driving gear in front of driving wheel, the driving gear and its The driven gear of top engages, and is interspersed with driven shaft at the axle center of the driven gear, the both ends of the driven shaft respectively with machine The front and rear sides of chamber interior wall are flexibly connected, and are socketed with round roller on the driving shaft and driven shaft, are fixedly attached in the round roller There is leveling to cover.

Preferably, the conveying device includes turbine B, and the turbine B is engaged with the right side of the first worm screw, the turbine B Axle center at be interspersed with turbine wheel shaft, the both ends of the turbine wheel shaft are flexibly connected with the front and rear sides of cabinet inner wall respectively, the whirlpool Master tape driving wheel is socketed on wheel shaft, the master tape driving wheel is described from band by being sequentially connected above belt and its from band driving wheel Active rotating shaft is interspersed at the axle center of driving wheel, the both ends of the active rotating shaft connect with the front and rear sides activity of cabinet inner wall respectively It connects, on the active rotating shaft and positioned at driving wheel is socketed in front of with driving wheel, the driving wheel passes through conveyer belt and its right side The driven wheel of side is sequentially connected, and is interspersed with driven spindle at the axle center of the driven wheel, the both ends of the driven spindle respectively with The front and rear sides of cabinet inner wall are flexibly connected.

Preferably, the dedusting device includes main coupled wheel, and the main coupled wheel is socketed on driven shaft, the main linkage Wheel is sequentially connected by the slave coupled wheel on the right side of linkage and its, described to be fixedly connected with turbine C from the back side of coupled wheel, described Run through from from the axle center of coupled wheel and turbine C by a movable axis, the both ends of the movable axis front and back with cabinet inner wall respectively Two sides are flexibly connected, and the turbine C is engaged with the second worm screw above it, one end of second worm screw and one end of rotating bar It is fixedly connected, the other end of the rotating bar runs through one end of wind chamber and is flexibly connected with the inner wall of its other side, the pumping Bellows are socketed in the opening of enclosure top, are socketed with round set in the rotating bar, the both ends of the circle set respectively with wind chamber The two sides of inner wall are fixedly connected, and are socketed with several drive bevel gears, the active in the rotating bar and in wind chamber Bevel gear engages with driven wheel of differential below, and at the axle center of the driven wheel of differential bottom and top of rachis is fixed to be connected Connect, the bottom end of the rachis run through the bearing for being embedded in circle set bottom and be fixedly connected at the top of round block below, it is described The side surface of round block is fixedly connected with several flabellums, and the opening of the wind chamber bottom is located at the surface of conveyer belt.

Preferably, the elevating mechanism includes servo motor A, and the top of the servo motor A and the bottom of loading plate are solid Fixed connection, the output end of the servo motor A be socketed with main rotating wheel, the main rotating wheel by rotation band on the right side of it from Rotating wheel is sequentially connected, and is interspersed with lower bull stick from the axle center from rotating wheel, is socketed with main drive gear on the lower bull stick, The both ends of the lower bull stick are flexibly connected with the front and rear sides of cabinet inner wall respectively, and the main drive gear is by chain and thereon The slave transmission gear of side is sequentially connected, and upper bull stick, the both ends point of the upper bull stick are interspersed with from the axle center from transmission gear Be not flexibly connected with the two sides of cabinet inner wall, the side of the cabinet inner wall is inlaid with sliding rail, the top of the sliding rail inner wall and Bottom is connected by slide bar, in the sliding rail and is socketed on slide bar and is slidably connected sliding block, on the slide bar and is located at sliding block Lower section be socketed with damping spring, the both ends of the damping spring respectively with the bottom of sliding rail inner wall and the bottom of sliding block are fixed connects It connects, the side of the sliding block is fixedly connected with processing plate, and the positive side of the chain by pin shaft and processes back Side is fixedly connected, and the position of the front of the cabinet and corresponding processing plate is provided with dodge gate.

Preferably, the elevating mechanism includes servo motor B, the pedestal of the servo motor B and the upper surface of loading plate It is fixedly connected, the output end of the servo motor B is socketed with linkage gear, and the two sides of the loading plate upper surface pass through support The two sides of plate through slot frame bottom respectively are fixedly connected, and are fixedly connected with guide rail at the top of the through slot frame inner wall, in the guide rail Guide pad is slidably connected, is fixedly connected at the top of the bottom of the guide pad and teeth plate, the teeth in teeth board bottom portion The opening that is opened up through through slot frame bottom and engage with linkage gear below, the side of the teeth plate and positioned at through slot frame Outside be fixedly connected with shell, the side of the inner walls is fixedly connected with three asynchronous machines, three asynchronous electricity The output end of machine is socketed with main pulley, and the main pulley is sequentially connected by Oxford band and slave pulley below, institute It states and is interspersed with support shaft at the axle center of slave pulley, the both ends of the support shaft connect with the front and rear sides activity of inner walls respectively It connects, several saw blades, the exposed lower section in housing bottom opening in the bottom of the saw blade, the shell is socketed in the support shaft The front and rear sides of internal wall and it is located at the right side of saw blade by coupling connection, is socketed with limit roller, the limit on the shaft coupling The exposed lower section in housing bottom opening in the side of roller side surface.

Preferably, the gap between the outlet for being put into set and two leveling sets is located in same horizontal line.

Preferably, the side at the top of the processing plate is fixedly connected with baffle.

(3) beneficial effect

The present invention provides it is a kind of for metal hose establishment item leveling Tiao Qie mechanism, have it is following the utility model has the advantages that

(1), two levelings set on flattening mechanism in the course of rotation, since the two is by driving gear and driven Gear engagement connection, the rotation direction covered for this two levelings is on the contrary, to can be to the stainless steel plate quilt between two leveling sets Squeeze, and can be discharged in the outlet by gap between the two later, at this point, can by the surface evening of stainless steel plate, and Frosted layer is set on the surface of two leveling sets, during leveling, can be polished the surface of stainless steel, so as to Enough make its surface more smooth.

(2), in the course of rotation, the stainless steel plate of leveling on the one hand can will be completed in the conveyer belt in conveying device It is delivered to next processing district, and conveyer belt itself has certain toughness, when stainless steel plate touches the surface of conveyer belt, Can facilitate and the edge of stainless steel plate is damaged, and conveyer belt can play the role of carrying and it is received, give stainless steel Plate provides stop place after a processing.

(3), the flabellum on dedusting device during rotation, due to being bent upwards for flabellum, for this purpose, can be by cabinet inside Air take out outward, just by some dusts or clast can be remained on the stainless steel plate that has been rolled before two leveling sets, for this purpose, Clast and dust can be sucked out for the suction draught that flabellum is formed.

(4), elevating mechanism can receive the stainless steel plate conveyed in transport mechanism, and process plate and can mention to stainless steel It for a smooth processing platform, and processes plate and has certain intensity, can be avoided during cutting to processing plate It damages, and cooperates the use of chain and sliding rail inner slide, processing plate itself can be made to have enough stability to hold Carry the stainless steel plate impact force suffered in processing.

(5), the use of the linkage gear cooperating teeth dental lamina in slidingtype cutting agency, can be such that saw blade carries out to move back Dynamic, at this point, saw blade can complete the slitting work to stainless steel plate, and limit roller can move simultaneously with saw blade, when saw blade is complete When cutting through stainless steel plate entirely, limit roller can be contradicted on the surface of stainless steel plate, and limit roller can roll on a surface of a steel sheet, So as to carry out side cutting edge limit to it, and the exposed length in hull outside of saw blade is greater than the exposed length of limit roller Degree, and the exposed height differed between the two just can be the thickness of stainless steel plate, so as to avoid to processing plate Surface damages.

Detailed description of the invention

Fig. 1 is the positive cross-sectional view of structure of the invention；

Fig. 2 is the enlarged drawing of structure at A in Fig. 1 of the present invention；

Fig. 3 is the side view of structure of the invention leveling set；

Fig. 4 is the front view of structure of the invention；

Fig. 5 is the side view of structure of the invention saw blade.

In figure: 1 cabinet, 2 are put into set, 3 loading plates, 4 flattening mechanisms, 401 driving motors, 402 first worm screws, 403 turbines A, 404 turbine rods, 405 main drive wheels, 406 driving bands, 407 are from driving wheel, 408 driving shafts, 409 driving gears, 410 driven Gear, 411 driven shafts, 412 round rollers, 413 leveling sets, 5 conveying devices, 501 turbine B, 502 turbine wheel shafts, 503 master tape driving wheels, 504 belts, 505 are from driving wheel, 506 active rotating shafts, 507 driving wheels, 508 conveyer belts, 509 driven wheels, 510 driven spindles, 6 Dedusting device, 601 main coupled wheels, 602 from coupled wheel, 603 turbine C, 604 movable axis, 605 second worm screws, 606 rotating bars, 607 wind chambers, 608 circle sets, 609 drive bevel gears, 610 driven wheel of differential, 611 rachises, 612 bearings, 613 round blocks, 614 fans Leaf, 615 linkages, 7 elevating mechanisms, 701 servo motor A, 702 main rotating wheels, 703 rotation bands, 704 are from rotating wheel, 705 lower turns Bar, 706 main drive gears, 707 baffles, 708 chains, 709 bull stick, 711 sliding rails, 712 slide bars, 713 from transmission gear, 710 Sliding block, 714 damping springs, 715 processing plates, 716 dodge gates, 8 slidingtype cutting agencies, 801 servo motor Bs, 802 linkage teeth Wheel, 803 support plates, 804 through slot frames, 805 guide rails, 806 guide pads, 807 teeth plates, 808 shells, 809 3 asynchronous machines, 810 main pulleys, 811 limit rollers, 812 Oxford bands, 813 slave pulleys, 814 support shafts, 815 saw blades, 816 shaft couplings.

Specific embodiment

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.

Please refer to Fig. 1-5, the present invention provides a kind of technical solution: it is a kind of for metal hose establishment item leveling item cut machine Structure, including cabinet 1, the side of cabinet 1, which is plugged with, is put into set 2, and the bottom of 1 inner wall of cabinet is fixedly connected with loading plate by supporting plate 3, in cabinet 1 and it is correspondingly placed into the position of set 2 and is provided with flattening mechanism 4, the bottom of flattening mechanism 4 and the upper surface of loading plate 3 It is fixedly connected, in cabinet 1 and the discharge port of corresponding flattening mechanism 4 is provided with conveying device 5, in the opening at 1 top of cabinet and position The surface of conveying device 5 is provided with dedusting device 6, the input terminal of dedusting device 6 and the output end of flattening mechanism 4 are driven and connect It connects, in cabinet 1 and the discharge port of corresponding conveying device 5 is provided with elevating mechanism 7, driving end and the loading plate 3 of elevating mechanism 7 Bottom is fixedly connected, and the upper surface of loading plate 3 is fixedly connected with the slidingtype cutting agency 8 that cooperation elevating mechanism 7 uses.

Flattening mechanism 4 includes driving motor 401, and the bottom of driving motor 401 is fixedly connected with the upper surface of loading plate 3, The output end of driving motor 401 is socketed with the first worm screw 402, and the first worm screw 402 engages with the turbine A403 on the left of it, turbine Turbine rod 404 is interspersed at the axle center of A403, the both ends of turbine rod 404 are flexibly connected with the front and rear sides of 1 inner wall of cabinet respectively, The front of turbine A403 is fixedly connected with main drive wheel 405, main drive wheel 405 by driving band 406 and above it from driving 407 transmission connection of wheel, is interspersed with driving shaft 408, the both ends of driving shaft 408 are respectively and in cabinet 1 from the axle center of driving wheel 407 The front and rear sides of wall are flexibly connected, and on driving shaft 408 and positioned at driving gear 409 is socketed with from the front of driving wheel 407, are led Moving gear 409 is engaged with the driven gear 410 above it, and driven shaft 411, driven shaft are interspersed at the axle center of driven gear 410 411 both ends are flexibly connected with the front and rear sides of 1 inner wall of cabinet respectively, are socketed with circle on driving shaft 408 and driven shaft 411 Roller 412, fixing sleeve is connected to leveling set 413 in round roller 412, and the gaps being put between the outlet of set 2 and two leveling sets 413 are located at In same horizontal line, the positional relationship that two levelings cover 413 and are put between set 2 can make stainless steel plate by being put into set 2 Stablize and enters between two leveling sets 413 in gap.

Conveying device 5 includes turbine B501, and turbine B501 is engaged with the right side of the first worm screw 402, the axle center of turbine B501 Place is interspersed with turbine wheel shaft 502, and the both ends of turbine wheel shaft 502 are flexibly connected with the front and rear sides of 1 inner wall of cabinet respectively, turbine wheel shaft 502 On be socketed with master tape driving wheel 503, master tape driving wheel 503 from band driving wheel 505 by being sequentially connected above belt 504 and its, from band It is interspersed with active rotating shaft 506 at the axle center of driving wheel 505, the both ends of active rotating shaft 506 front and rear sides with 1 inner wall of cabinet respectively It is flexibly connected, is socketed with driving wheel 507 on active rotating shaft 506 and positioned at from the front with driving wheel 505, driving wheel 507 passes through defeated It send band 508 and the driven wheel 509 on the right side of it to be sequentially connected, driven spindle 510 is interspersed at the axle center of driven wheel 509, from turn The both ends of axis 510 are flexibly connected with the front and rear sides of 1 inner wall of cabinet respectively.

Dedusting device 6 includes main coupled wheel 601, and main coupled wheel 601 is socketed on driven shaft 411, and main coupled wheel 601 passes through Linkage 615 and the slave coupled wheel 602 on the right side of it are sequentially connected, and are fixedly connected with turbine C603 from the back side of coupled wheel 602, from Run through at the axle center of coupled wheel 602 and turbine C603 by a movable axis 604, the both ends of movable axis 604 respectively with 1 inner wall of cabinet Front and rear sides be flexibly connected, turbine C603 engages with the second worm screw 605 above it, one end of the second worm screw 605 and rotation One end of bar 606 is fixedly connected, and the other end of rotating bar 606 runs through one end of wind chamber 607 and lives with the inner wall of its other side Dynamic connection, wind chamber 607 are socketed in the opening at 1 top of cabinet, and circle is socketed in rotating bar 606 and covers 608, the two of circle set 608 End is fixedly connected with the two sides of 607 inner wall of wind chamber respectively, is socketed with several in rotating bar 606 and in wind chamber 607 Drive bevel gear 609, drive bevel gear 609 are engaged with driven wheel of differential 610 below, the axis of 610 bottom of driven wheel of differential Be fixedly connected at the heart with the top of rachis 611, the bottom end of rachis 611 run through the bearing 612 for being embedded in 608 bottoms of circle set and with The top of round block 613 below is fixedly connected, and the side surface of round block 613 is fixedly connected with several flabellums 614, wind chamber The opening of 607 bottoms is located at the surface of conveyer belt 508, and the upward bending angle of flabellum 614 is bending between 20 ° -25 ° Direction can absorb the air inside cabinet 1, and flabellum 614 is 4-5cm with a distance from 508 top of conveyer belt, so as to Facilitate by stainless steel dust and clast absorb cleanly.

Elevating mechanism 7 includes servo motor A701, and the top of servo motor A701 is fixedly connected with the bottom of loading plate 3, The output end of servo motor A701 is socketed with main rotating wheel 702, main rotating wheel 702 by rotation band 703 and on the right side of it from turning Driving wheel 704 is sequentially connected, and lower bull stick 705 is interspersed with from the axle center of rotating wheel 704, is socketed with main transmission tooth on lower bull stick 705 Wheel 706, the both ends of lower bull stick 705 are flexibly connected with the front and rear sides of 1 inner wall of cabinet respectively, and main drive gear 706 passes through chain 708 are sequentially connected with the slave transmission gear 709 above it, and upper bull stick 710 is interspersed with from the axle center of transmission gear 709, upper to turn The both ends of bar 710 are flexibly connected with the two sides of 1 inner wall of cabinet respectively, and the side of 1 inner wall of cabinet is inlaid with sliding rail 711, sliding rail 711 The top and bottom of inner wall are connected by slide bar 712, in sliding rail 711 and are socketed on slide bar 712 and are slidably connected sliding block 713, On slide bar 712 and be located at the lower section of sliding block 713 and be socketed with damping spring 714, the both ends of damping spring 714 respectively with sliding rail 711 The bottom of inner wall is fixedly connected with the bottom of sliding block 713, and the side of sliding block 713 is fixedly connected with processing plate 715, chain 708 Positive side is fixedly connected by pin shaft with the side at processing 715 back side of plate, the front of cabinet 1 and corresponding processing plate 715 Position is provided with dodge gate 716, and the side at 715 top of processing plate is fixedly connected with baffle 707, gear is arranged on processing plate 715 On the one hand plate 707 can prevent the side of stainless steel plate from impinging upon on the inner wall of cabinet 1, on the other hand, can play limit Effect makes stainless steel plate excessively not extend to the right side of processing plate 715, and 712 energy of slide bar of 711 inside grafting of sliding rail The stability when movement of sliding block 713 is enough improved, and damping spring 714 can provide certain cushioning ability to processing plate 715, It prevents processing plate 715 to be damaged in the process of moving, after dodge gate 716 is opened, conveniently takes and completed processing Stainless steel strip, and can conveniently observe internal processing situation.

Slidingtype cutting agency 8 includes servo motor B 801, and the pedestal of servo motor B 801 and the upper surface of loading plate 3 are solid Fixed connection, the output end of servo motor B 801 are socketed with linkage gear 802, and the two sides of 3 upper surface of loading plate pass through support plate The two sides of 803 804 bottoms of through slot frame respectively are fixedly connected, and are fixedly connected with guide rail 805, guide rail at the top of 804 inner wall of through slot frame Guide pad 806 is slidably connected in 805, the bottom of guide pad 806 is fixedly connected with the top of teeth plate 807,807 bottom of teeth plate The teeth in portion being open and engaging with linkage gear 802 below, the one of teeth plate 807 through what 804 bottom of through slot frame opened up The side and outside for being located at through slot frame 804 is fixedly connected with shell 808, the side of 808 inner wall of shell be fixedly connected with three it is asynchronous Motor 809, the output end of three asynchronous machines 809 are socketed with main pulley 810, main pulley 810 by Oxford band 812 with Slave pulley 813 below is sequentially connected, and is interspersed with support shaft 814 at the axle center of slave pulley 813, and the two of support shaft 814 End is flexibly connected with the front and rear sides of 808 inner wall of shell respectively, several saw blades 815, saw blade 815 are socketed in support shaft 814 The exposed lower section in 808 bottom opening of shell in bottom, front and rear sides of 808 inner wall of the shell and right side for being located at saw blade 815 is logical The connection of shaft coupling 816 is crossed, is socketed with limit roller 811 on shaft coupling 816, the side of 811 side surface of limit roller is exposed in 808 bottom of shell The lower section of opening, limit roller 811 and the exposed height outside shell 808 of saw blade 815 just with the height phase of stainless steel plate Deng, and difference in height can be according to the conscientious adjusting of actual height of stainless steel plate, so as to improve the practicability of entire mechanism, no Rust steel bar width determined by the distance between several saw blades 815, the distance between each saw blade 815 be 1-2cm this be volume The normal range (NR) section of film-making.

Working principle: starting driving motor 401 first can drive turbine A403 rotation by the first worm screw 402, thus Main drive wheel 405 can be made to drive by driving band 406 from driving wheel 407 to rotate, at this point, cooperation driving gear 409 and driven The use of gear 410 can make two round rollers 412 and the leveling being arranged thereon cover 413 and relatively rotate, and turbine B501 can band Dynamic master tape driving wheel 503 rotates, and cooperates the use of belt 504, can make to drive driving wheel 507 to rotate from band driving wheel 505, cooperation from The stretching of driving wheel 509 and connection function can be such that conveyer belt 508 rotates, and later, main coupled wheel 601 can pass through linkage 615 drive from the rotation of coupled wheel 602, so as to make turbine C603 drive rotating bar 606 to rotate by the second worm screw 605, and And drive bevel gear 609 can be made to drive flabellum 614 to rotate by driven wheel of differential 610.

Stainless steel plate is put by being put into set 2, gap and the conveyer belt between 413 can be successively covered by two levelings 508, it then can be delivered on processing plate 715, when being moved on processing plate 715, start servo motor A701, main rotating wheel 702 can be driven from rotating wheel 704 by rotation band 703 and rotate, at this point, cooperation main drive gear 706 and from transmission gear 709 It uses, chain 708 can be made to rotate, cooperate the use of 711 inner slide 713 of sliding rail, the processing stabilization of plate 715 can be made to carry out Lower movement stops servo motor A701 when processing plate 715, which is moved to, passes through horizontal line with limit roller 811, can make to process plate 715 stop movement.

Start servo motor B 801 later, linkage gear 802 can be made to drive teeth plate 807 mobile, at this point, can push Shell 808 is moved left and right, and when saw blade 815 touches stainless steel plate, can be cut off stainless steel plate, and limit roller 811 can be overlapped on the surface of stainless steel plate and can move, so as to cut to stainless steel plate.

Claims (8)

1. a kind of leveling Tiao Qie mechanism for metal hose establishment item, including cabinet (1), it is characterised in that: the cabinet (1) Side be plugged with and be put into set (2), the bottom of cabinet (1) inner wall is fixedly connected with loading plate (3), the machine by supporting plate In case (1) and it is correspondingly placed into the position of set (2) and is provided with flattening mechanism (4), the bottom of the flattening mechanism (4) and loading plate (3) upper surface is fixedly connected, and in the cabinet (1) and the discharge port of corresponding flattening mechanism (4) is provided with conveying device (5), It is provided with dedusting device (6) in opening at the top of the cabinet (1) and right above conveying device (5), the dust removal dress The output end of the input terminal and flattening mechanism (4) of setting (6) is sequentially connected, and in the cabinet (1) and corresponds to going out for conveying device (5) Material mouth is provided with elevating mechanism (7), and the driving end of the elevating mechanism (7) is fixedly connected with the bottom of loading plate (3), described to hold The upper surface of support plate (3) is fixedly connected with the slidingtype cutting agency (8) that cooperation elevating mechanism (7) uses.

2. a kind of leveling Tiao Qie mechanism for metal hose establishment item according to claim 1, it is characterised in that: described Flattening mechanism (4) includes driving motor (401), the fixed company in the bottom of the driving motor (401) and the upper surface of loading plate (3) It connects, the output end of the driving motor (401) is socketed with the first worm screw (402), first worm screw (402) and the whirlpool on the left of it A (403) engagement is taken turns, is interspersed with turbine rod (404) at the axle center of the turbine A (403), the both ends point of the turbine rod (404) It is not flexibly connected with the front and rear sides of cabinet (1) inner wall, the front of the turbine A (403) is fixedly connected with main drive wheel (405), the main drive wheel (405) by driving band (406) and its above slave driving wheel (407) be sequentially connected, it is described from Be interspersed at the axle center of driving wheel (407) driving shaft (408), the both ends of the driving shaft (408) respectively with cabinet (1) inner wall Front and rear sides are flexibly connected, and on the driving shaft (408) and are located at and are socketed with driving gear in front of driving wheel (407) (409), the driving gear (409) is engaged with the driven gear (410) above it, at the axle center of the driven gear (410) It is interspersed with driven shaft (411), the both ends of the driven shaft (411) are flexibly connected with the front and rear sides of cabinet (1) inner wall respectively, institute It states and is socketed with round roller (412) on driving shaft (408) and driven shaft (411), fixing sleeve is connected to leveling set on the round roller (412) (413)。

3. a kind of leveling Tiao Qie mechanism for metal hose establishment item according to claim 2, it is characterised in that: described Conveying device (5) includes (501) turbine B, and the turbine B (501) is engaged with the right side of the first worm screw (402), the turbine B (501) it is interspersed at axle center turbine wheel shaft (502), the both ends of the turbine wheel shaft (502) front and back two with cabinet (1) inner wall respectively Side is flexibly connected, and is socketed with master tape driving wheel (503) on the turbine wheel shaft (502), the master tape driving wheel (503) passes through belt (504) described to be interspersed with active rotating shaft from the axle center with driving wheel (505) with being sequentially connected above it from band driving wheel (505) (506), the both ends of the active rotating shaft (506) are flexibly connected with the front and rear sides of cabinet (1) inner wall respectively, the active rotating shaft (506) on and positioned at being socketed with driving wheel (507) in front of with driving wheel (505), the driving wheel (507) passes through conveyer belt (508) it is sequentially connected with the driven wheel (509) on the right side of it, is interspersed with driven spindle at the axle center of the driven wheel (509) (510), the both ends of the driven spindle (510) are flexibly connected with the front and rear sides of cabinet (1) inner wall respectively.

4. a kind of leveling Tiao Qie mechanism for metal hose establishment item according to claim 3, it is characterised in that: described Dedusting device (6) includes main coupled wheel (601), and the main coupled wheel (601) is socketed on driven shaft (411), the main linkage It takes turns (601) to be sequentially connected by the slave coupled wheel (602) on the right side of linkage (615) and its, the back side from coupled wheel (602) It is fixedly connected with turbine C (603), it is described to be passed through from the axle center of coupled wheel (602) and turbine C (603) by a movable axis (604) Wear, the both ends of the movable axis (604) are flexibly connected with the front and rear sides of cabinet (1) inner wall respectively, the turbine C (603) with The second worm screw (605) engagement above it, one end of second worm screw (605) are fixedly connected with one end of rotating bar (606), The other end of the rotating bar (606) runs through the one end of wind chamber (607) and is flexibly connected with the inner wall of its other side, the pumping Bellows (607) are socketed in the opening at the top of cabinet (1), and circle set (608), the circle set are socketed on the rotating bar (606) (608) both ends are fixedly connected with the two sides of wind chamber (607) inner wall respectively, on the rotating bar (606) and are located at wind chamber (607) several drive bevel gears (609), the drive bevel gear (609) and driven wheel of differential below are socketed in (610) it engages, is fixedly connected at the axle center of driven wheel of differential (610) bottom with the top of rachis (611), the rachis (611) bottom end is run through the bearing (612) for being embedded in circle set (608) bottom and is fixed with the top of round block (613) below Connection, the side surface of the round block (613) is fixedly connected with several flabellums (614), the opening of wind chamber (607) bottom Positioned at the surface of conveyer belt (508).

5. a kind of leveling Tiao Qie mechanism for metal hose establishment item according to claim 4, it is characterised in that: described Elevating mechanism (7) includes (701) servo motor A, the fixed company in the top of the servo motor A (701) and the bottom of loading plate (3) It connects, the output end of the servo motor A (701) is socketed with main rotating wheel (702), and the main rotating wheel (702) passes through rotation band (703) it is sequentially connected with the slave rotating wheel (704) on the right side of it, it is described that lower bull stick is interspersed with from the axle center of rotating wheel (704) (705), be socketed with main drive gear (706) on the lower bull stick (705), the both ends of the lower bull stick (705) respectively with cabinet (1) front and rear sides of inner wall are flexibly connected, and the main drive gear (706) passes through the slave driving cog above chain (708) and its Take turns (709) transmission connection, described to be interspersed with from the axle center of transmission gear (709) upper bull stick (710), the upper bull stick (710) Both ends be flexibly connected respectively with the two sides of cabinet (1) inner wall, the side of cabinet (1) inner wall is inlaid with sliding rail (711), institute The top and bottom for stating sliding rail (711) inner wall are connected by slide bar (712), in the sliding rail (711) and are socketed in slide bar (712) On slidably connect sliding block (713), on the slide bar (712) and be located at sliding block (713) below be socketed with damping spring (714), the both ends of the damping spring (714) are fixed with the bottom of sliding rail (711) inner wall and the bottom of sliding block (713) connect respectively It connects, the side of the sliding block (713) is fixedly connected with processing plate (715), and the positive side of the chain (708) passes through pin shaft It is fixedly connected with the side at processing plate (715) back side, the position setting of the front of the cabinet (1) and corresponding processing plate (715) There are dodge gate (716).

6. a kind of leveling Tiao Qie mechanism for metal hose establishment item according to claim 5, it is characterised in that: described Slidingtype cutting agency (8) includes servo motor B (801), the pedestal of the servo motor B (801) and the upper table of loading plate (3) Face is fixedly connected, and the output end of the servo motor B (801) is socketed with linkage gear (802), loading plate (3) upper surface Two sides pass through support plate (803) and the two sides of through slot frame (804) bottom be fixedly connected respectively, through slot frame (804) inner wall Top be fixedly connected with guide rail (805), slidably connects guide pad (806), the guide pad in the guide rail (805) (806) it is fixedly connected at the top of bottom and teeth plate (807), the teeth of teeth plate (807) bottom run through through slot frame (804) it bottom opens up opening and engages, the side of the teeth plate (807) and is located at linkage gear (802) below The outside of through slot frame (804) is fixedly connected with shell (808), and the side of shell (808) inner wall is fixedly connected with three Xiang Yi It walks motor (809), the output end of three asynchronous machines (809) is socketed with main pulley (810), the main pulley (810) it is sequentially connected by Oxford band (812) and slave pulley (813) below, at the axle center of the slave pulley (813) It being interspersed with support shaft (814), the both ends of the support shaft (814) are flexibly connected with the front and rear sides of shell (808) inner wall respectively, Several saw blades (815) are socketed on the support shaft (814), the bottom of the saw blade (815) is exposed in shell (808) bottom The lower section of opening, the front and rear sides of shell (808) inner wall and the right side for being located at saw blade (815) are connected by shaft coupling (816), It is socketed with limit roller (811) on the shaft coupling (816), the side of limit roller (811) side surface is exposed at shell (808) bottom The lower section of portion's opening.

7. a kind of leveling Tiao Qie mechanism for metal hose establishment item according to claim 6, it is characterised in that: described The gap being put between the outlet of set (2) and two leveling sets (413) is located in same horizontal line.

8. a kind of leveling Tiao Qie mechanism for metal hose establishment item according to claim 7, it is characterised in that: described Side at the top of processing plate (715) is fixedly connected with baffle (707).