CN207309441U - A kind of automation feeding clamp of punch device - Google Patents

Abstract

It the utility model is related to a kind of automation feeding clamp of punch device, including backboard, fagging, tray, bottom plate, be pushed forward component, rear top component, upper pressure component, feeding assembly and fixed frame component；Being pushed forward component includes the first guide rail, the first sliding block, the second sliding block, the first L-type plate, the first stepper motor, the first bearing, the first sleeve, the first branch sleeve, the first nut, the first buffer head, the first connection ring, the first spring and the first lifting axe；The utility model relies on and is pushed forward component, rear top component and upper pressure component, from three direction workpiece pressings, and take the workpiece after punching out of by being pushed forward component, positioning accuracy is high, clamps firmly, ensure that the drilling precision of workpiece, improve Product processing qualification rate, production cost is reduced, and greatly improves the degree of automation, improves processing efficiency.

Description

A kind of automation feeding clamp of punch device

Technical field

It the utility model is related to automatically processing device field, more particularly to a kind of automation of punch device is into feed collet Tool.

Background technology

Drilling operation is one kind most commonly seen in mechanical processing, and the drilling operation of small magnetic material will to machining accuracy Ask higher, be particularly the drilling operation of the diameter in below 1mm in hole, once precision, which transfinites, will result in material scrap, and it is existing Fixture in the punch device of small magnetic material can not high-precision, the clamping workpiece stablized, it is easy to waste of material is caused, Improve production cost；And the degree of automation is low, largely feeds by manually completion and check quantity, process Efficiency is low, up for being further improved.

Utility model content

Technical problem to be solved in the utility model is the present situation for the prior art, there is provided a kind of positioning accuracy is high, Clamp firmly, ensure that the drilling precision of workpiece, improve Product processing qualification rate, reduce production cost, and greatly promote The degree of automation, improves the automation feeding clamp of the punch device of processing efficiency.

Technical solution is used by the utility model solves above-mentioned technical problem：A kind of automation charging of punch device Fixture, including backboard, fagging, tray, bottom plate, component, rear top component, upper pressure component, feeding assembly and fixed frame component are pushed forward, It is characterized in that：Right-angle folding crimp, the front side of the right-angle folding crimp are formed to the left on side on front side of the upper end of the backboard Plane upper and lower ends are respectively and fixedly provided with a fagging, and the right side side of described two faggings is each attached to the upper end front plan of backboard On；The bottom plate of transverse horizontal distribution is fixed with the lower end front plan of the backboard, on the lower plane of the bottom plate vertically to It is fixed with tray outside；The component that is pushed forward includes the first guide rail, the first sliding block, the second sliding block, the first L-type plate, the first stepping electricity Machine, the first bearing, the first sleeve, the first branch sleeve, the first nut, the first buffer head, the first connection ring, the first spring and One lifting axe；First guide rail is fixed on front side of the upper plane of bottom plate, is arranged on first guide rail and is connected with the first sliding block With the second sliding block, first sliding block is located at the front side of the second sliding block, first is fixed with the upper plane of second sliding block Seat；The rear end of first lifting axe outwards forms rectangular section.

Preferably, catch is formed on first sleeve, the front plan center of the catch outwards forms first Thread bush, first thread bush are plugged on the first bearing and through the anterior end surfaces of the first bearing, and the catch is positioned at the The rear side of one bearing.

Preferably, the back end surface center of the catch is fixed with the first branch sleeve, first branch sleeve it is another One end outwards forms the second thread bush；The front plan center of first buffer head outwards forms stud, the stud It is screwed onto in the second thread bush；The first nut is also bolted with the stud, first nut is located at the first buffer head and Between one branch sleeve.

Preferably, the other end of first buffer head is screwed onto the screwed hole of centre of the anterior end surface of the first connection ring In；The back end surface center of first connection ring is plugged with the first lifting axe from inside to outside, and first lifting axe can be Slid back and forth in one connection ring, the external part of first lifting axe is located at the rear side of the first connection ring, first connection ring Inside be additionally provided with the first spring, one end of first spring props up the inner end face of the first lifting axe, first bullet The other end of spring props up the rear end end face of the first buffer head, and first spring is in the oppression state.

Preferably, the rotation axis of first stepper motor is screwed onto in the first thread bush, first stepper motor Front end surface is fixed in the front side vertical plane of the first L-type plate and positioned at the front side of the first L-type plate；The first L-type plate Lower end is fixed in the upper plane of the first sliding block.

Preferably, the rear top component includes the second guide rail, the 3rd sliding block, Four-slider, the second L-type plate, the second stepping Motor, the second bearing, second sleeve, the second branch sleeve, the second nut, the second buffer head, the second connection ring, second spring and Second lifting axe；Second guide rail is fixed on the upper planar back side of bottom plate, is arranged on second guide rail and is connected with the 3rd cunning Block and Four-slider, the 3rd sliding block are located at the rear side of Four-slider, second are fixed with the upper plane of the Four-slider Bearing；The second sleeve is fixed on the second bearing, and one end of the second sleeve is mutually fixed with the second branch sleeve, described The other end of second branch sleeve is bolted with the second buffer head, the other end of second buffer head and the second connection ring phase spiral shell Connecing, the second lifting axe and second spring are equiped with second connection ring, second nut is screwed onto on the second buffer head, Second lifting axe can slide back and forth in the second connection ring, and the external part of second lifting axe is located at the second connection ring Front side, one end of the second spring prop up the inner end face of the second lifting axe, and the other end of the second spring props up second The rear end end face of buffer head, the second spring are in the oppression state；The rotation axis of second stepper motor is screwed onto second The back-end central of sleeve, the front end surface of second stepper motor is fixed in the front side vertical plane of the second L-type plate and position In the rear side of the second L-type plate；The lower end of the second L-type plate is fixed in the upper plane of the 3rd sliding block.

Preferably, the upper pressure component includes the 3rd guide rail, the 5th sliding block, the 6th sliding block, the 3rd L-type plate, the 3rd stepping Motor, three abutments, 3rd sleeve, the 3rd branch sleeve, the 3rd nut, the 3rd buffer head, the 3rd connection ring, the 3rd spring and 3rd lifting axe；3rd guide rail is fixed in the side plane of right-angle folding crimp, is arranged and is connected with the 3rd guide rail 5th sliding block and Four-slider, the 5th sliding block are located at the upside of the 6th sliding block, are fixed in the upper plane of the 6th sliding block There are three abutments；The 3rd sleeve is fixed on three abutments, and one end of the 3rd sleeve is mutually solid with the 3rd branch sleeve Fixed, the other end of the 3rd branch sleeve is bolted with the 3rd buffer head, and the other end of the 3rd buffer head is connected with the 3rd Ring bolt, the 3rd lifting axe and the 3rd spring is equiped with the 3rd connection ring, it is slow that the 3rd nut is screwed onto the 3rd On punch, the 3rd lifting axe can slide back and forth in the 3rd connection ring, and the external part of the 3rd lifting axe is located at the 3rd The front side of connection ring, one end of the 3rd spring prop up the inner end face of the 3rd lifting axe, the other end of the 3rd spring The rear end end face of the 3rd buffer head is propped up, the 3rd spring is in the oppression state；The rotation axis spiral shell of 3rd stepper motor It is connected on the back-end central of 3rd sleeve, the front side vertical that the front end surface of the 3rd stepper motor is fixed on the 3rd L-type plate is put down On face and positioned at the upside of the 3rd L-type plate；The front end of the 3rd L-type plate is fixed in the side plane of right-angle folding crimp.

Preferably, the feeding assembly includes counter shell, connecting tube, platen, the first blend stop and the second blend stop；The company The side side of adapter is fixed on the right side plan of backboard, and the posterior side of the connecting tube is fixedly arranged above counter shell, The platen of transverse horizontal distribution is fixed with below the posterior side of the connecting tube, is fixed with the upper plane of the platen mutually The first blend stop and the second blend stop of parallel distribution, formed between first blend stop and the second blend stop it is fluted, the groove Move towards to be distributed for left and right.

Preferably, the fixed frame component includes sole piece, briquetting, locating piece, block, safety screw, screw thread piece and T-shaped Block；The sole piece is fixed on the upper in-plane of bottom plate, be respectively and fixedly provided with left and right sides of the upper plane of the sole piece one it is mutually right Claim the briquetting of distribution, horizontally outward form pressure strip in the upper plane of the briquetting, the pressure strip on described two briquettings is equal It is inwardly symmetrical, between described two briquettings the upper flat of sole piece is fitted in inserted with locating piece, the lower plane of the locating piece On face, the upper planar central of the locating piece forms convex block upwards along the longitudinal direction, and the upper planar central of the convex block is before Rear direction offers rectangular channel, offers rectangular notch on the right side inner wall of the rectangular channel, the width of the rectangular notch with The width of groove is equal.

Preferably, inverted T-shaped piece is fixed with the anterior end surface of the locating piece, under described T-shaped piece of front plan End is bolted with safety screw, clamping block is formed on the block, the upper side of the clamping block offers card slot, the peace The head of full screw is entrapped in card slot, and the side plane lower end of the block outwards forms extension block, the extension block The other end is fixed in the anterior end surface of sole piece, and the pressure strip on described two briquettings is bonded respectively is pressed on the upper flat of locating piece It is located on face and respectively the left and right sides of convex block；Two screw thread pieces, described two screw thread pieces are also bolted with the safety screw It is located at the front and rear sides of clamping block respectively；Described T-shaped piece of upper side offers through hole, the rectangle on first lifting axe Section is inserted in rectangular channel through through hole and can move back and forth in rectangular channel；At the left and right sides side back upper place of the convex block Offer a location hole being symmetrically distributed.

Compared with prior art, the utility model has the advantage of：

Drilling operation is one kind most commonly seen in mechanical processing, and the drilling operation of small magnetic material will to machining accuracy Ask higher, be particularly the drilling operation of the diameter in below 1mm in hole, once precision, which transfinites, will result in material scrap, and it is existing Fixture in the punch device of small magnetic material can not high-precision, the clamping workpiece stablized, it is easy to waste of material is caused, Improve production cost；And the degree of automation is low, largely feeds by manually completion and check quantity, process Efficiency is low；The utility model is by component, rear top component and upper pressure component is pushed forward, from three direction workpiece pressings, and by preceding Push away component and take the workpiece after punching out of, positioning accuracy is high, clamps firmly, ensure that the drilling precision of workpiece, improve product and add Work qualification rate, reduces production cost, and greatly improves the degree of automation, improves processing efficiency.

Brief description of the drawings

Fig. 1 is the front left side structure chart of the utility model；

Fig. 2 is the right lateral side structure chart of the utility model；

Fig. 3 is the structure chart of the fixed frame component of the utility model.

Embodiment

The utility model is described in further detail below in conjunction with attached drawing embodiment.

As shown in Figures 1 to 3, the automation feeding clamp of a kind of punch device, including backboard 1, fagging 4, tray 3, bottom plate 2nd, be pushed forward component, rear top component, upper pressure component, feeding assembly and fixed frame component, on front side of the upper end of backboard 1 on side to the left into Type has right-angle folding crimp 101, and the front plan upper and lower ends of right-angle folding crimp 101 are respectively and fixedly provided with a fagging 4, two faggings 4 Right side side be each attached on the upper end front plan of backboard 1, so that two faggings 4 are fixed on backboard 1 and be played Reinforce the effect of right-angle folding crimp 101；The bottom plate 2 of transverse horizontal distribution, bottom plate 2 are fixed with the lower end front plan of backboard 1 Lower plane on be outwards fixed with tray 3 vertically, the lower end of tray 3 is fixed on punch device；Component is pushed forward to lead including first Rail 5, the first sliding block 6, the second sliding block 9, the first L-type plate 7, the first stepper motor 8, the first bearing 10, the first sleeve 11, first connect Female connector cylinder 12, the first nut 13, the first buffer head 14, the first connection ring 15, the first spring 54 and the first lifting axe 16；First leads Rail 5 is fixed on front side of the upper plane of bottom plate 2, is arranged on the first guide rail 5 and is connected with the first sliding block 6 and the second sliding block 9, the first sliding block 6 are located at the front side of the second sliding block 9, and the first bearing 10 is fixed with the upper plane of the second sliding block 9；Gear is formed on first sleeve 11 Piece 111, the front plan center of catch 111 outwards form the first thread bush 112, and the first thread bush 112 is plugged on first It is located at the rear side of the first bearing 10 on seat 10 and through the anterior end surface of the first bearing 10, catch 111；The rear side end of catch 111 Face center is fixed with the first branch sleeve 12, and the other end of the first branch sleeve 12 outwards forms the second thread bush 121；First The front plan center of buffer head 14 outwards forms stud 141, and stud 141 is screwed onto in the second thread bush 121, so that by One buffer head 14 is fixed on the first branch sleeve 12；Also it is bolted with the first nut 13 on stud 141, the first nut 13 is positioned at the Between one buffer head 14 and the first branch sleeve 12, play the role of adjusting and positioning；The other end spiral shell of first buffer head 14 It is connected in the screwed hole of centre of the anterior end surface of the first connection ring 15；Insert from inside to outside at the back end surface center of first connection ring 15 The first lifting axe 16 is connected to, the first lifting axe 16 can slide back and forth in the first connection ring 15, the external part of the first lifting axe 16 161 are located at the rear side of the first connection ring 15, and the inside of the first connection ring 15 is additionally provided with the first spring 54, and the one of the first spring 54 End props up the inner end face of the first lifting axe 16, and the other end of the first spring 54 props up the rear end end face of the first buffer head 14, the One spring 54 is in the oppression state；The rotation axis of first stepper motor 8 is screwed onto in the first thread bush 112, the first stepper motor 8 Front end surface be fixed in the front side vertical plane of the first L-type plate 7 and positioned at the front side of the first L-type plate 7；First L-type plate 7 Lower end is fixed in the upper plane of the first sliding block 6；The rear end of first lifting axe 16 also outwards forms rectangular section 161；Top group afterwards Part include the second guide rail 18, the 3rd sliding block 19, Four-slider 22, the second L-type plate 20, the second stepper motor 21, the second bearing 23, Second sleeve 24, the second branch sleeve 25, the second nut 26, the second buffer head 27, the second connection ring 28, second spring 55 and Two lifting axes 29；Second guide rail 18 is fixed on the upper planar back side of bottom plate 2, is arranged on the second guide rail 18 and is connected with the 3rd sliding block 19 With Four-slider 22, the 3rd sliding block 19 is located at the rear side of Four-slider 22, second is fixed with the upper plane of Four-slider 22 Seat 23；The structure of second bearing 23 is identical with the structure of the first bearing 10, the knot of the structure of second sleeve 24 and the first sleeve 11 Structure is identical, and the structure of the second branch sleeve 25 is identical with the structure of the first branch sleeve 12, the structure of the second buffer head 27 and the The structure of one buffer head 14 is identical, and the structure of the second connection ring 28 is identical with the structure of the first connection ring 15, the second lifting axe 29 Connection mode and principle it is identical with the connection mode and principle of the first lifting axe 16, therefore, second sleeve 24 is according to phase Tongfang Method is fixed on the second bearing 23, and one end of second sleeve 24 is fixed with 25 phase of the second branch sleeve by the same way, and second The other end of branch sleeve 25 is bolted with the second buffer head 27 by the same way, and the other end of the second buffer head 27 is according to identical Method and 28 bolt of the second connection ring, are equiped with the second lifting axe 29 and second spring 55, the second spiral shell in the second connection ring 28 Mother 26 is screwed onto on the second buffer head 27 by the same way, and the second lifting axe 29 can slide back and forth in the second connection ring 28, The external part of second lifting axe 29 is located at the front side of the second connection ring 28, and one end of second spring 55 props up the second lifting axe 29 Inner end face, the other end of second spring 55 prop up the rear end end face of the second buffer head 27, and second spring 55 is in the oppression state； The rotation axis of second stepper motor 21 is screwed onto the back-end central of second sleeve 24 by the same way, the second stepper motor 21 Front end surface is fixed in the front side vertical plane of the second L-type plate 20 and positioned at the rear side of the second L-type plate 20；Second L-type plate 20 Lower end be fixed in the upper plane of the 3rd sliding block 19；Upper pressure component includes the 3rd guide rail 35, the 5th sliding block 36, the 6th sliding block 40th, the 3rd L-type plate 37, the 3rd stepper motor 38, three abutments 39,3rd sleeve 41, the 3rd branch sleeve 42, the 3rd nut 43rd, the 3rd buffer head 44, the 3rd connection ring 45, the 3rd spring 56 and the 3rd lifting axe 46；3rd guide rail 35 is fixed on right-angle folding In the side plane of crimp 101, it is arranged on the 3rd guide rail 35 and is connected with the 5th sliding block 36 and Four-slider 22, the 5th sliding block 36 In being fixed with three abutments 39 on the upside of the 6th sliding block 40, the upper plane of the 6th sliding block 40；The structure of three abutments 39 and the The structure of one bearing 10 is identical, and the structure of 3rd sleeve 41 is identical with the structure of the first sleeve 11, the knot of the 3rd branch sleeve 42 Structure is identical with the structure of the first branch sleeve 12, and the structure of the 3rd buffer head 44 is identical with the structure of the first buffer head 14, and the 3rd The structure of connection ring 45 is identical with the structure of the first connection ring 15, and the connection mode and principle of the 3rd lifting axe 46 are held out against with first The connection mode of axis 16 is identical with principle, and therefore, 3rd sleeve 41 is fixed on three abutments 39 by the same way, the 3rd set One end of cylinder 41 is fixed with 42 phase of the 3rd branch sleeve by the same way, and the other end of the 3rd branch sleeve 42 is according to phase Tongfang Method is bolted with the 3rd buffer head 44, the other end of the 3rd buffer head 44 by the same way with 45 bolt of the 3rd connection ring, The 3rd lifting axe 46 and the 3rd spring 56 are equiped with three connection rings 45, it is slow that the 3rd nut 43 is screwed onto the 3rd by the same way On punch 44, the 3rd lifting axe 46 can slide back and forth in the 3rd connection ring 45, and the external part of the 3rd lifting axe 46 is located at the 3rd The front side of connection ring 45, one end of the 3rd spring 56 prop up the inner end face of the 3rd lifting axe 46, the other end of the 3rd spring 56 The rear end end face of the 3rd buffer head 44 is propped up, the 3rd spring 56 is in the oppression state；The rotation axis of 3rd stepper motor 38 according to Same procedure is screwed onto the back-end central of 3rd sleeve 41, and the front end surface of the 3rd stepper motor 38 is fixed on the 3rd L-type plate 37 Front side vertical plane on and positioned at the 3rd L-type plate 37 upside；The front end of 3rd L-type plate 37 is fixed on right-angle folding crimp 101 Side plane on；Feeding assembly includes counter shell 31, connecting tube 30, platen 32, the first blend stop 33 and the second blend stop 34；Even The side side of adapter 30 is fixed on the right side plan of backboard 1, and the posterior side of connecting tube 30 is fixedly arranged above counter shell 31, the posterior side lower section of connecting tube 30 is fixed with the platen 32 of transverse horizontal distribution, and phase is fixed with the upper plane of platen 32 The first blend stop 33 and the second blend stop 34 of mutual parallel distribution, form fluted 57 between the first blend stop 33 and the second blend stop 34, recessed The trend of groove 57 is distributed for left and right；Fixed frame component include sole piece 47, briquetting 48, locating piece 49, block 51, safety screw 52, Screw thread piece 53 and T-shaped piece 17；Sole piece 47 is fixed on the upper in-plane of bottom plate 2, is fixed at left and right sides of the upper plane of sole piece 47 There is a briquetting being symmetrically distributed 48, pressure strip 481, two briquettings 48 are horizontally outward formed in the upper plane of briquetting 48 On pressure strip 481 it is inwardly symmetrical, inserted with locating piece 49 between two briquettings 48, the lower plane of locating piece 49 is bonded In the upper plane of sole piece 47, the upper planar central of locating piece 49 forms convex block 491 upwards along the longitudinal direction, convex block 491 Upper planar central offers rectangular channel 493 along the longitudinal direction, and rectangular notch 492, square are offered on the right side inner wall of rectangular channel 493 The width of v notch v 492 is equal with the width of groove 57, is fixed with inverted T-shaped piece 17 in the anterior end surface of locating piece 49, T-shaped The front plan lower end of block 17 is bolted with safety screw 52, and clamping block 511, the upper end side of clamping block 511 are formed on block 51 Face offers card slot 512, and the head of safety screw 52 is entrapped in card slot 512, and the side plane lower end of block 51 is outwards molded There is extension block 513, the other end of extension block 513 is fixed in the anterior end surface of sole piece 47, so that by locating piece 49 and T-shaped piece 17 It is fixed on sole piece 47, the pressure strip 481 on two briquettings 48 is bonded respectively to be pressed in the upper plane of locating piece 49 and distinguish Two screw thread pieces 53 are also bolted with positioned at the left and right sides of convex block 491, on safety screw 52, two screw thread pieces 53 are respectively positioned at card The front and rear sides of tight block 511, for adjusting the front and back position of locating piece 49 and being locked；T-shaped piece 17 of upper side opens up There is a through hole 171, the rectangular section 161 on the first lifting axe 16 is inserted in rectangular channel 493 through through hole 171 and can be in rectangular channel Move back and forth in 493；A location hole being symmetrically distributed is offered at the left and right sides side back upper place of convex block 491 494；In use, first, adjust the position of the first sliding block 6 and be allowed to fixed, then start the first stepper motor 8 and rotate, Because the rotation axis of the first stepper motor 8 is screwed onto in the first thread bush 112, the rotation of the first stepper motor 8 can drive first set Cylinder 11 moves back and forth, and because the first sleeve 11 and 10 phase of the first bearing are fixed, so, the back-and-forth motion of the first sleeve 11 can drive the One bearing 10 moves back and forth on the first guide rail 5, and the first bearing 10 can promote the first lifting axe 16 to be moved rearwards when being moved rearwards, At this moment, magnetic work 50 is pushed to inner and is entered by rectangular notch 492 in rectangular channel 493 from the outer end of groove 57, the When one lifting axe 16 is moved rearwards, the rear end of rectangular section 161 can adsorb magnetic work 50 and promote magnetic work 50 to be moved back It is dynamic, meanwhile, the second stepper motor 21 in rear top component can promote the front end of the second lifting axe 29 to prop up simultaneously according to same principle It is fitted in the back end surface of rectangular channel 493, when magnetic work 50 is pushed at the second lifting axe 29 by the first lifting axe 16, the One stepper motor 8 stops operating, and magnetic work 50 no longer moves, and the first lifting axe 16 is using the elastic force of the first spring 54 by remnants Propulsive force offset, effectively protect parts without damage；Afterwards in upper pressure component the 3rd stepper motor 38 according to identical original Reason promotes the lower end of the 3rd lifting axe 46 to be pressed in the upper plane of magnetic work 50, so that magnetic work 50 is fixed to clamp, The drill bit for being then within 49 both sides of locating piece is each passed through the location holes 494 of 491 both sides of convex block and drills to magnetic work 50 Operation；After the completion of drilling, drill bit retracts original position, and the second stepper motor 21 drives the second lifting axe 29 to return to initial position, the Three stepper motors 38 drive the 3rd lifting axe 46 to return to initial position, and finally, the first stepper motor 8 drives the first lifting axe 16 And pull magnetic work 50 to be moved forward in rectangular channel 493 at rectangular notch 492 by magnetic adsorptive power, reuse instrument Magnetic work 50 after drilling is taken out from groove 57；Counting inductor is also equiped with counter shell 31, can be to counting The magnetic work 50 that the lower section of device shell 31 is passed through is scanned counting, so that convenient carry out quantity calculating, without manually checking quantity, Improve processing efficiency.

Drilling operation is one kind most commonly seen in mechanical processing, and the drilling operation of small magnetic material will to machining accuracy Ask higher, be particularly the drilling operation of the diameter in below 1mm in hole, once precision, which transfinites, will result in material scrap, and it is existing Fixture in the punch device of small magnetic material can not high-precision, the clamping workpiece stablized, it is easy to waste of material is caused, Improve production cost；And the degree of automation is low, largely feeds by manually completion and check quantity, process Efficiency is low；The utility model is by component, rear top component and upper pressure component is pushed forward, from three direction workpiece pressings, and by preceding Push away component and take the workpiece after punching out of, positioning accuracy is high, clamps firmly, ensure that the drilling precision of workpiece, improve product and add Work qualification rate, reduces production cost, and greatly improves the degree of automation, improves processing efficiency.

Finally it should be noted that：Above example is only to illustrate the technical solution of the utility model, rather than its limitations； Although the utility model is described in detail with reference to the foregoing embodiments, it will be understood by those of skill in the art that its according to It can so modify to the technical solution described in foregoing embodiments, or which part technical characteristic is replaced on an equal basis Change；And these modifications or replacement, the essence of appropriate technical solution is departed from various embodiments of the utility model technical solution Spirit and scope.

Claims (10)

1. a kind of automation feeding clamp of punch device, including backboard, fagging, tray, bottom plate, be pushed forward component, rear top component, Upper pressure component, feeding assembly and fixed frame component, it is characterised in that：Formed to the left on side on front side of the upper end of the backboard straight Angle bending edges, the front plan upper and lower ends of the right-angle folding crimp are respectively and fixedly provided with a fagging, the right side of described two faggings Side is each attached on the upper end front plan of backboard；Transverse horizontal distribution is fixed with the lower end front plan of the backboard Bottom plate, is outwards fixed with tray on the lower plane of the bottom plate vertically；It is described be pushed forward component include the first guide rail, the first sliding block, Second sliding block, the first L-type plate, the first stepper motor, the first bearing, the first sleeve, the first branch sleeve, the first nut, first Buffer head, the first connection ring, the first spring and the first lifting axe；First guide rail is fixed on front side of the upper plane of bottom plate, institute State to be arranged on the first guide rail and be connected with the first sliding block and the second sliding block, first sliding block is located at the front side of the second sliding block, described The first bearing is fixed with the upper plane of second sliding block；The rear end of first lifting axe outwards forms rectangular section.

A kind of 2. automation feeding clamp of punch device according to claim 1, it is characterised in that：First sleeve On form catch, the front plan center of the catch outwards forms the first thread bush, and first thread bush is plugged on It is located at the rear side of the first bearing on first bearing and through the anterior end surface of the first bearing, the catch.

A kind of 3. automation feeding clamp of punch device according to claim 2, it is characterised in that：After the catch Side end face center is fixed with the first branch sleeve, and the other end of first branch sleeve outwards forms the second thread bush；Institute The front plan center for stating the first buffer head outwards forms stud, and the stud is screwed onto in the second thread bush；The stud On be also bolted with the first nut, first nut is between the first buffer head and the first branch sleeve.

A kind of 4. automation feeding clamp of punch device according to claim 1, it is characterised in that：First buffering In the screwed hole of centre for the anterior end surface that the other end of head is screwed onto the first connection ring；In the back end surface of first connection ring The heart is plugged with the first lifting axe from inside to outside, and first lifting axe can slide back and forth in the first connection ring, first top The external part of mandrel is located at the rear side of the first connection ring, and the inside of first connection ring is additionally provided with the first spring, and described One end of one spring props up the inner end face of the first lifting axe, and the other end of first spring props up the rear end of the first buffer head End face, first spring are in the oppression state.

A kind of 5. automation feeding clamp of punch device according to claim 1, it is characterised in that：First stepping The rotation axis of motor is screwed onto in the first thread bush, before the front end surface of first stepper motor is fixed on the first L-type plate On the perpendicular of side and positioned at the front side of the first L-type plate；The lower end of the first L-type plate is fixed on the upper plane of the first sliding block On.

A kind of 6. automation feeding clamp of punch device according to claim 1, it is characterised in that：Top component after described Including the second guide rail, the 3rd sliding block, Four-slider, the second L-type plate, the second stepper motor, the second bearing, second sleeve, second Branch sleeve, the second nut, the second buffer head, the second connection ring, second spring and the second lifting axe；Second guide rail is fixed It is arranged on the upper planar back side of bottom plate, second guide rail and is connected with the 3rd sliding block and Four-slider, the 3rd sliding block position In being fixed with the second bearing on the rear side of Four-slider, the upper plane of the Four-slider；The second sleeve is fixed on second On bearing, one end of the second sleeve is mutually fixed with the second branch sleeve, and the other end of second branch sleeve is bolted with Second buffer head, the other end of second buffer head and the second connection ring bolt, are equiped with second connection ring Two lifting axes and second spring, second nut are screwed onto on the second buffer head, and second lifting axe can be in the second connection Slid back and forth in ring, the external part of second lifting axe is located at the front side of the second connection ring, and one end of the second spring is supported The firmly inner end face of the second lifting axe, the other end of the second spring prop up the rear end end face of the second buffer head, and described second Spring is in the oppression state；The rotation axis of second stepper motor is screwed onto the back-end central of second sleeve, the second step The front end surface of stepper motor is fixed in the front side vertical plane of the second L-type plate and positioned at the rear side of the second L-type plate；Described second The lower end of L-type plate is fixed in the upper plane of the 3rd sliding block.

A kind of 7. automation feeding clamp of punch device according to claim 1, it is characterised in that：The upper pressure component Including the 3rd guide rail, the 5th sliding block, the 6th sliding block, the 3rd L-type plate, the 3rd stepper motor, three abutments, 3rd sleeve, the 3rd Branch sleeve, the 3rd nut, the 3rd buffer head, the 3rd connection ring, the 3rd spring and the 3rd lifting axe；3rd guide rail is fixed In the side plane of right-angle folding crimp, it is arranged on the 3rd guide rail and is connected with the 5th sliding block and Four-slider, the described 5th Sliding block is located at the upside of the 6th sliding block, and three abutments are fixed with the upper plane of the 6th sliding block；The 3rd sleeve is fixed On three abutments, one end of the 3rd sleeve is mutually fixed with the 3rd branch sleeve, the other end of the 3rd branch sleeve It is bolted with the 3rd buffer head, the other end and the 3rd connection ring bolt of the 3rd buffer head, fill in the 3rd connection ring Equipped with the 3rd lifting axe and the 3rd spring, the 3rd nut is screwed onto on the 3rd buffer head, and the 3rd lifting axe can be Slid back and forth in three connection rings, the external part of the 3rd lifting axe is located at the front side of the 3rd connection ring, the 3rd spring One end props up the inner end face of the 3rd lifting axe, and the other end of the 3rd spring props up the rear end end face of the 3rd buffer head, institute The 3rd spring is stated to be in the oppression state；The rotation axis of 3rd stepper motor is screwed onto the back-end central of 3rd sleeve, described The front end surface of 3rd stepper motor is fixed in the front side vertical plane of the 3rd L-type plate and positioned at the upside of the 3rd L-type plate；Institute The front end for stating the 3rd L-type plate is fixed in the side plane of right-angle folding crimp.

A kind of 8. automation feeding clamp of punch device according to claim 1, it is characterised in that：The feeding assembly Including counter shell, connecting tube, platen, the first blend stop and the second blend stop；The side side of the connecting tube is fixed on backboard On right side plan, the posterior side of the connecting tube is fixedly arranged above counter shell, and the posterior side lower section of the connecting tube is solid Surely there is the platen that transverse horizontal is distributed, the first blend stop and second gear of the distribution that is parallel to each other are fixed with the upper plane of the platen Bar, forms fluted between first blend stop and the second blend stop, the trend of the groove is distributed for left and right.

A kind of 9. automation feeding clamp of punch device according to claim 1, it is characterised in that：The fixed frame group Part includes sole piece, briquetting, locating piece, block, safety screw, screw thread piece and T-shaped piece；The sole piece is fixed on the upper plane of bottom plate Middle part, the upper plane left and right sides of the sole piece are respectively and fixedly provided with a briquetting being symmetrically distributed, the upper plane of the briquetting On horizontally outward form pressure strip, the pressure strip on described two briquettings is inwardly symmetrical, between described two briquettings Inserted with locating piece, the lower plane of the locating piece is fitted in the upper plane of sole piece, the upper planar central edge of the locating piece Anteroposterior direction forms convex block upwards, and the upper planar central of the convex block offers rectangular channel, the rectangular channel along the longitudinal direction Right side inner wall on offer rectangular notch, the width of the rectangular notch is equal with the width of groove.

A kind of 10. automation feeding clamp of punch device according to claim 9, it is characterised in that：The locating piece Anterior end surface on be fixed with inverted T-shaped piece, described T-shaped piece of front plan lower end is bolted with safety screw, the block On form clamping block, the upper side of the clamping block offers card slot, and the head of the safety screw is entrapped in card slot, The side plane lower end of the block outwards forms extension block, and the other end of the extension block is fixed on the anterior end surface of sole piece On, the pressure strip on described two briquettings is bonded in the upper plane for being pressed on locating piece and is located at the left and right two of convex block respectively respectively Side；Two screw thread pieces are also bolted with the safety screw, described two screw thread pieces are located at the front and rear sides of clamping block respectively；Institute State T-shaped piece of upper side and offer through hole, the rectangular section on first lifting axe is inserted in rectangular channel simultaneously through through hole It can move back and forth in rectangular channel；One is offered at the left and right sides side back upper place of the convex block to be symmetrically distributed Location hole.