CN204914059U - Automatic pressfitting guillootine of scissors foot - Google Patents

Automatic pressfitting guillootine of scissors foot Download PDF

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Publication number
CN204914059U
CN204914059U CN201520541486.XU CN201520541486U CN204914059U CN 204914059 U CN204914059 U CN 204914059U CN 201520541486 U CN201520541486 U CN 201520541486U CN 204914059 U CN204914059 U CN 204914059U
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CN
China
Prior art keywords
scissor
punching press
automatic
guillotine
stitching
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Expired - Fee Related
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CN201520541486.XU
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Chinese (zh)
Inventor
刘志勇
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Huizhou Rongcheng Technology Co Ltd
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Huizhou Rongcheng Technology Co Ltd
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Priority to CN201520541486.XU priority Critical patent/CN204914059U/en
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Publication of CN204914059U publication Critical patent/CN204914059U/en
Expired - Fee Related legal-status Critical Current
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Abstract

The utility model relates to a scissors foot cutting technique field discloses an automatic pressfitting guillootine of scissors foot, which comprises a frame, locate and be used for depositing the storage mechanism who treats punching press scissors foot in the frame, locate the propelling movement that is used for of storage mechanism downside and treat the automatic feed mechanism of punching press scissors foot, that locates automatic feed mechanism one side is used for transporting the dynamic sending machine who treats punching press scissors foot, locate the dynamic sending machine upside be used for the punching press to cut the punching press of treating punching press scissors foot cutting the mechanism, locate frame one side be used for expect the device with the finished product scissors foot after the punching press and the separation of mouth of a river waste material autofilter and the autofilter deposited respectively, and locate and be used for controlling automatic feed mechanism in the frame, dynamic sending machine, the punching press cuts the controlling means of mechanism and the operation of autofilter material device. The embodiment of the utility model provides an automatic pressfitting cuts, and production efficiency is high, stable and the quality is controllable, has reduced the human cost that's automatic pressfitting guillootine of scissors foot has realized treating punching press scissors foot is proposed.

Description

Scissor auto-stitching guillotine
Technical field
The utility model relates to the technical field that scissor cuts, and particularly relates to a kind of scissor auto-stitching guillotine.
Background technology
Membrane keyboard, different according to press-key structure, volcanic crater structure, columnar structures, scissor leg structure three kinds can be divided into.Wherein, scissor leg structure keyboard is applied to keyboard of notebook computer the earliest, and because its comfortable feel is stablized, peripherals manufacturer is transplanted in desktop keyboard, and applies on mid-to high-end product.Scissor leg structure keyboard has keycap and stablizes, and resilience is rapid, the features such as isostasy.
Cut production technical field at the scissor of scissor foot keyboard, traditional approach adopts hand punch device to complete scissor pressing to cut and the coming off of regrinding-material in the industry, and this traditional mode of production exists following defect: 1) human input is large; 2) fatigue strength of artificial production operation is high; 3) cause scissor quality uncontrollable because of artificial punching production operation; 4) production efficiency is low, and causes production efficiency unstable because of manual work.
Utility model content
The purpose of this utility model is to provide a kind of scissor auto-stitching guillotine, is intended to solve in prior art, and Traditional Man punching press cuts scissor and has that human input is large, fatigue strength is high, efficiency is low and the uncontrollable problem of quality.
The utility model embodiment provides a kind of scissor auto-stitching guillotine, scissor to be punched is cut for automatic press, scissor auto-stitching guillotine comprises frame, be arranged at the material storage mechanism for depositing scissor to be punched in described frame, be arranged at the automatic distributing material mechanism for pushing described scissor to be punched on the downside of described material storage mechanism, be arranged at the automatic feed mechanism for transporting described scissor to be punched of described automatic distributing material mechanism side, be arranged at the stamping cutting machine structure cutting described scissor to be punched for punching press on the upside of described automatic feed mechanism, and be arranged at described frame side for the finished product scissor after punching press is separated with gate waste automatic screening and the automatic screening materials device deposited respectively, described scissor auto-stitching guillotine also comprise be arranged in described frame for controlling the control device that described automatic distributing material mechanism, described automatic feed mechanism, described stamping cutting machine structure and described automatic screening materials device run automatically.
Further, described stamping cutting machine structure comprises decompressor, and cuts mould with the punching press that described decompressor coordinates punching press to cut.
Further, described decompressor comprises the counterdie seat board be arranged in described frame, be arranged at the blowing box on described counterdie seat board, be set up in the driven unit on the upside of described counterdie seat board, be arranged at the upper mould fixed plate be connected on the upside of described counterdie seat board and with described driven unit; Described punching press cuts mould and comprises the punching press patrix and punching press counterdie that face setting, and described punching press patrix is arranged on described upper mould fixed plate, and described punching press counterdie is arranged on described counterdie seat board.
Further, described material storage mechanism comprises walking material track, walks to expect the multiple backgauge bars on track, be arranged at the lifting device on described backgauge bar and material-supporting device described in being vertically installed in.
Further, described automatic distributing material mechanism comprise be arranged at described in walk to expect the charging ram of track one end, be connected to the sub-material cylinder of described charging ram, described sub-material cylinder pushes for driving described charging ram the scissor to be punched deposited between described backgauge bar.
Further, described automatic feed mechanism comprise be arranged at described in walk to expect the feeding guide of the track other end, be arranged at and described feeding guide picks and places materials device, and to be arranged on described feeding guide and described in being positioned at, to pick and place the pay-off of materials device one end, described pay-off for picking and placeing materials device described in promoting in the punching press position of described stamping cutting machine structure, described in pick and place materials device and push by described charging ram the scissor to be punched of coming for capturing.
Further, described in pick and place materials device and comprise and pick and place material cylinder, pick and place the bearing plate of material cylinder described in being connected to, be arranged at the gripper of manipulator on described bearing plate, described gripper of manipulator pushes by described charging ram the scissor to be punched of coming for capturing; Described pay-off comprises the slip base be arranged on described feeding guide, is arranged at the lifting assembly on described slip base, is connected to one end of described slip base and the thrust cylinder in order to promote described slip base.
Further, described automatic screening materials device comprises the automatic screening hopper being arranged at described frame side, is located at the finished product Material collecting box for harvesting and gate waste Material collecting box for harvesting that are also communicated with it respectively on the downside of described automatic screening hopper.
Further, described scissor auto-stitching guillotine also comprises the safety protective mechanisms be arranged in described frame, and described safety protective mechanisms is used for insulation blocking operating personnel.
Further, described safety protective mechanisms comprises multiple protective plate surrounded in described stamping cutting machine structure periphery.
Based on technique scheme, the scissor auto-stitching guillotine that the utility model embodiment proposes, the automation pressing not only achieving scissor to be punched cuts, and its production efficiency is high, stable, quality controllable, also significantly reduces human cost.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of the scissor auto-stitching guillotine that the utility model embodiment proposes;
Fig. 2 is the sectional perspective schematic diagram of scissor auto-stitching guillotine in the utility model embodiment;
Fig. 3 is the perspective view of decompressor in the utility model embodiment;
Fig. 4 is the schematic front view of decompressor in the utility model embodiment;
Fig. 5 is the perspective view that in the utility model embodiment, punching press cuts mould;
Fig. 6 is the perspective view of material storage mechanism in the utility model embodiment;
Fig. 7 is the schematic front view of material storage mechanism in the utility model embodiment;
Fig. 8 is the schematic top plan view of automatic distributing material mechanism in the utility model embodiment;
Fig. 9 is a perspective view of automatic feed mechanism in the utility model embodiment;
Figure 10 is another perspective view of automatic feed mechanism in the utility model embodiment;
Figure 11 is the perspective view picking and placeing materials device in the utility model embodiment;
Figure 12 is the perspective view picked and placeed in the utility model embodiment under materials device seized condition;
Figure 13 is the schematic front view of automatic screening materials device in the utility model embodiment;
Figure 14 is the perspective view of automatic screening materials device in the utility model embodiment.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
Below in conjunction with specific embodiment, realization of the present utility model is described in detail.
As shown in Fig. 1 to Figure 14, the utility model embodiment proposes a kind of scissor auto-stitching guillotine, and this scissor auto-stitching guillotine is used for automatic press and cuts scissor to be punched.Particularly, this scissor auto-stitching guillotine can comprise frame 1, material storage mechanism 2, automatic distributing material mechanism 3, automatic feed mechanism 4, stamping cutting machine structure 5, automatic screening materials device 6 and control device 7, wherein, frame 1 is the main bracing frame of whole auto-stitching guillotine; Material storage mechanism 2 is arranged in frame 1, and herein, this material storage mechanism 2 is for depositing scissor to be punched; Automatic distributing material mechanism 3 is arranged on the downside of material storage mechanism 2, and herein, this automatic distributing material mechanism 3 deposits in scissor to be punched in material storage mechanism 2 to automatic feed mechanism 4 for pushing; Automatic feed mechanism 4 is arranged on the side of automatic distributing material mechanism 3, and herein, this automatic feed mechanism 4 pushes next scissor to be punched to stamping cutting machine structure 5 for transporting by automatic distributing material mechanism 3; Stamping cutting machine structure 5 is arranged on the upside of automatic feed mechanism 4, and herein, this stamping cutting machine structure 5 cuts for punching press and transports by automatic feed mechanism 4 scissor to be punched come; Automatic screening materials device 6 is arranged on frame 1 side, and herein, this automatic screening materials device 6 is for be separated completing the finished product scissor after punching press with gate waste automatic screening and to deposit respectively; In addition, control device 7 is also arranged in frame 1, this control device 7 is connected with material storage mechanism 2, automatic distributing material mechanism 3, automatic feed mechanism 4, stamping cutting machine structure 5 and automatic screening materials device 6 respectively and coordinates, and this control device 7 runs automatically for controlling material storage mechanism 2, automatic distributing material mechanism 3, automatic feed mechanism 4, stamping cutting machine structure 5 and automatic screening materials device 6.
The scissor auto-stitching guillotine that the utility model embodiment proposes, has following features:
The material storage mechanism 2 of the utility model embodiment by arranging in above-mentioned frame 1 for depositing scissor to be punched, automatic distributing material mechanism 3 for pushing the scissor to be punched deposited in this material storage mechanism 2 is set in the downside of material storage mechanism 2, arrange for transporting the automatic feed mechanism 4 being pushed the scissor to be punched come by this automatic distributing material mechanism 3 in the side of automatic distributing material mechanism 3, arrange in the upside of automatic feed mechanism 4 and cut for punching press the stamping cutting machine structure 5 being transported the scissor to be punched come by this automatic feed mechanism 4, arrange in frame 1 side and be used for the finished product scissor being completed punching press by stamping cutting machine structure 5 to be separated and the automatic screening materials device 6 deposited respectively with gate waste automatic screening, and arrange for controlling material storage mechanism 2 in frame 1, automatic distributing material mechanism 3, automatic feed mechanism 4, the control device 7 that stamping cutting machine structure 5 and automatic screening materials device 6 run automatically, like this, staff deposits scissor to be punched in material storage mechanism 2, then, automatic distributing material mechanism 3 pushes the scissor to be punched deposited in this material storage mechanism 2 to automatic feed mechanism 4, then, this scissor to be punched is pushed to stamping cutting machine structure 5 by automatic feed mechanism 4, again then, this scissor punching press to be punched cuts by stamping cutting machine structure 5, again then, the finished product scissor being completed punching press by stamping cutting machine structure 5 is separated with gate waste automatic screening and deposits respectively by automatic screening materials device 6, so, the automation pressing that above-mentioned scissor auto-stitching guillotine achieves scissor to be punched cuts, and its production efficiency is high, stable, quality controllable, also significantly reduce human cost.
In embodiment of the present utility model, above-mentioned stamping cutting machine structure 5 can comprise decompressor 51, and cut mould 52 with the punching press that this decompressor 51 coordinates punching press to cut above-mentioned scissor to be punched, herein, punching press cuts mould 52 and is connected with decompressor 51, when scissor to be punched is placed in after punching press cuts in mould 52, starts decompressor 51, under the stamping press of decompressor 51, punching press cuts mould 52 punching press and cuts scissor to be punched.Certainly, according to actual conditions and demand, in other embodiments of the present utility model, above-mentioned stamping cutting machine structure 5 also can comprise other devices, does not do unique restriction herein.
In embodiment of the present utility model, above-mentioned decompressor 51 can comprise counterdie seat board 511, blowing box 512, driven unit 513 and upper mould fixed plate 514, wherein, counterdie seat board 511 is arranged in above-mentioned frame 1, blowing box 512 is arranged on the upper surface of counterdie seat board 511, driven unit 513 is erected at the upside of counterdie seat board 511, particularly, this driven unit 513 comprises the air cylinder fixed plate 5131 be arranged on the upside of counterdie seat board 511, to be arranged between counterdie seat board 511 and air cylinder fixed plate 5131 and multiple support columns 5132 for supporting this air cylinder fixed plate 5131, be arranged on the cylinder 5133 on the upside of air cylinder fixed plate 5131, and the movable guide pillar 5134 through air cylinder fixed plate 5131, one end of this guide pillar 5134 is vertical with the upper mould fixed plate 514 be arranged on counterdie seat board 511 and air cylinder fixed plate 5131 and be fixedly connected with through air cylinder fixed plate 5131, simultaneously, in cylinder 5133, piston rod (attached not shown in FIG.) activity is vertical with upper mould fixed plate 514 and be fixedly connected with through air cylinder fixed plate 5131, so, cylinder 5133 upper mould fixed plate 514 can be driven to press down or on carry, simultaneously, led by guide pillar 5134, ensure that the accuracy pressed down.In addition, be also provided with top mouth of a river cylinder 515 in the downside of counterdie seat board 511, when completing after punching press cuts, the mouth of a river, top cylinder 515 starts, regrinding-material jack-up after machining blown away by blowing box 512, so, effectively prevent regrinding-material affects next punching press and cuts.Certainly, according to actual conditions and demand, in other embodiments of the present utility model, above-mentioned decompressor 51 also can comprise other structures, does not do unique restriction herein.
In embodiment of the present utility model, above-mentioned punching press cuts mould 52 can comprise punching press patrix 521 and punching press counterdie 522, punching press patrix 521 and punching press counterdie 522 face setting, particularly, punching press patrix 521 is arranged on the lower surface of above-mentioned upper mould fixed plate 514, punching press counterdie 522 is arranged on the upper surface of above-mentioned counterdie seat board 511, and punching press patrix 521 and punching press counterdie 522 face, so, after scissor to be punched is placed on punching press counterdie 522, above-mentioned cylinder 5133 starts, piston rod in cylinder 5133 promotes upper mould fixed plate 514 and moves down, punching press patrix 521 moves down towards punching press counterdie 522 with upper mould fixed plate 514, until punching press patrix 521 draws close punching press counterdie 522, and then scissor punching press to be punched is between the two cut.Certainly, according to actual conditions and demand, in other embodiments of the utility model, above-mentioned punching press cuts mould 52 also can comprise other structures, does not do unique restriction herein.
In embodiment of the present utility model, above-mentioned material storage mechanism 2 can comprise walking material track 21, multiple backgauge bar 22, lifting device 23 and material-supporting device 24, particularly, walk to expect that track 21 is horizontally fixed in above-mentioned frame 1, two pairs of backgauge bars 22 are vertically set on away on material track 21, and two pairs of backgauge bars 22 enclose the holding channel 20 being formed with and holding scissor to be punched, herein, the often pair of backgauge bar 22 is all in just to setting, two pairs of backgauge bars 22 are respectively along length direction and the width distribution of walking to expect track 21, and holding channel 20 is rectangular empty body.Along in a pair backgauge bar 22 walking to expect the distribution of track 21 length direction, each backgauge bar 22 is provided with lifting device 23 and a material-supporting device 24, material-supporting device 24 can move along horizontal direction, it is for retainer, lifting device 23 can be mobile along vertical direction (length direction of backgauge bar 22), and it moves along vertical direction for taking material-supporting device 24.So, scissor to be punched only need be placed in the holding channel that two pairs of backgauge bars 22 enclose formation by staff, moved by the cooperation that is vertical and horizontal direction of lifting device 23 and material-supporting device 24 again, achieve automatic storing, improve operating efficiency, and reduce hand labor intensity.Certainly, according to actual conditions and demand, in other embodiments of the utility model, above-mentioned material storage mechanism 2 also can comprise other structures, does not do unique restriction herein.
In embodiment of the present utility model, above-mentioned automatic distributing material mechanism 3 can comprise charging ram 31 and sub-material cylinder 32, wherein, charging ram 31 is arranged on the above-mentioned initiating terminal walking to expect track 21, sub-material cylinder 32 is arranged on the outer end of charging ram 31 and is in transmission connection with it, so, sub-material cylinder 32 starts, promote charging ram 31 to move towards side, above-mentioned backgauge bar 22 place along the length direction walking to expect track 21, when the front end of charging ram 31 move to above-mentioned backgauge bar 22 enclose the lower end of holding channel 20 of formation time, the front end of charging ram 31 pushes the scissor to be punched be stored in this holding channel 20 and also walks to expect that track 21 moves towards above-mentioned automatic feed mechanism 4 in edge, herein, charging ram 31 once pushes a scissor to be punched.So, by arranging automatic distributing material mechanism 3, the scissor to be punched be stored in above-mentioned material storage mechanism 2 is made can automatically to push to automatic feed mechanism 4.Certainly, according to actual conditions and demand, in other embodiments of the utility model, above-mentioned automatic distributing material mechanism 3 also can comprise other structures, does not do unique restriction herein.
In embodiment of the present utility model, above-mentioned automatic feed mechanism 4 can comprise feeding guide 41, pick and place materials device 42 and pay-off 43, wherein, feeding guide 41 is arranged on the above-mentioned other end walking to expect track 21, herein, walk to expect that the other end of track 21 stretches to the downside of feeding guide 41, and feeding guide 41 is vertical with walking to expect track 21; In addition, pick and place materials device 42 and pay-off 43 is all movably arranged on feeding guide 41, and both can move along feeding guide 41, here, pay-off 43 with pick and place materials device 42 and be connected and coordinate, and pay-off 43 is positioned at the outer end picking and placeing materials device 42, herein, pay-off 43 picks and places materials device 42 for vertically lifting, also pick and place materials device 42 in the punching press position 50 of above-mentioned stamping cutting machine structure 5 for promoting this, this punching press position 50 refers to above-mentioned punching press and cuts between mould 52, specifically refers to the upper surface of above-mentioned punching press counterdie 522; Pick and place materials device 42 and push by above-mentioned charging ram 31 scissor to be punched come for capturing.So, by arranging automatic feed mechanism 4, making to push by above-mentioned charging ram 31 scissor to be punched that comes can be transported to punching press cut between mould 52 by automatic capturing.Certainly, according to actual conditions and demand, in other embodiments of the utility model, above-mentioned automatic feed mechanism 4 also can comprise other structures, does not do unique restriction herein.
In embodiment of the present utility model, above-mentioned pick and place materials device 42 can comprise pick and place material cylinder 421, bearing plate 422, two gripper of manipulators 423 and Y type lever arm 424, wherein, pick and place material cylinder 421 and be arranged on feeding guide 41 one end, bearing plate 422 to be movably arranged on feeding guide 41 and to be connected to and picks and places material cylinder 421, two gripper of manipulators 423 are oppositely arranged and protrude from the bottom surface of bearing plate 422, simultaneously, Y type lever arm 424 is positioned on the upside of bearing plate 422, and the main pin 4241 of Y type lever arm 424 expects that cylinder 421 is in transmission connection with picking and placeing, two legs 4242 of Y type lever arm 424 are connected with two gripper of manipulators 423 respectively, herein, main pin 4241 is flexibly connected with leg 4242, so, start when picking and placeing material cylinder 421, shrink piston rod, piston rod drives main pin 4241 to move towards side, punching press position 50, main pin 4241 pulls two legs 4242, like this, two gripper of manipulators 423 move in opposite directions, so, holding function can be realized, otherwise, two gripper of manipulators 423 move dorsad, release function can be realized.Under original state, pick and place materials device 42 to be lifted by above-mentioned pay-off 43, namely two gripper of manipulators 423 are lifted with bearing plate 422, when scissor to be punched pushes on the downside of feeding guide 41 by above-mentioned charging ram 31, pick and place materials device 42 and are fallen by pay-off 43, now, pick and place material cylinder 421 to start, it drives two gripper of manipulators 423 to close up in opposite directions, like this, two gripper of manipulators 423 close up and just in time clamp the frame of scissor to be punched, thus achieve the automatic clamping of scissor to be punched.So, pick and place materials device 42 by arranging, making to push by above-mentioned charging ram 31 scissor to be punched come can by automatic clamping and placing.Certainly, according to actual conditions and demand, in other embodiments of the utility model, the above-mentioned materials device 42 that picks and places also can comprise other structures, does not do unique restriction herein.
In embodiment of the present utility model, above-mentioned pay-off 43 can comprise slip base 431, lifting assembly 432 and thrust cylinder 433, wherein, slip base 431 is slidably arranged on above-mentioned feeding guide 41, lifting assembly 432 is arranged on slip base 431, thrust cylinder 433 is fixedly installed on feeding guide 41 outer end, and the piston rod of thrust cylinder 433 (attached not shown in FIG.) is connected with one end of slip base 431, this thrust cylinder 433 moves on feeding guide 41 in order to promote slip base 431.In addition, slip base 431 is provided with linking arm 434 towards the above-mentioned side picking and placeing materials device 42, pick and place materials device 42 and there is the Connection Block 425 be fixed on above-mentioned bearing plate 422, linking arm 434 outer end is stretched in this Connection Block 425 to be formed and is connected, so, thrust cylinder 433 can promote slip base 431, this slip base 431 drives linking arm 434 to promote Connection Block 425, bearing plate 422 moves thereupon, so, two gripper of manipulators 423 clamp scissor to be punched and move along feeding guide 41 with bearing plate 422, until scissor to be punched is moved into above-mentioned punching press position 50, then, two gripper of manipulators 423 above-mentioned pick and place material cylinder 421 effect under unclamp scissor to be punched, and rise under the effect of lifting assembly 432, then thrust cylinder 433 retracts slip base 431, bearing plate 422 is taken two gripper of manipulators 423 and is also just pulled and exits punching press position 50, this completes feeding.So, by arranging pay-off 43, make by pick and place materials device 42 capture clamping scissor to be punched can automatic conveying to punching press position 50, after transport, picking and placeing materials device 42 can by automatic drawing back.Certainly, according to actual conditions and demand, in other embodiments of the utility model, pay-off 43 also can comprise other structures.
Further, in embodiment of the present utility model, above-mentioned lifting assembly 432 is for being elevated above-mentioned Connection Block 425, namely above-mentionedly materials device 42 is picked and placeed for rising or transferring, this lifting assembly 432 can comprise the guide rail bracket 4320 be arranged on slip base 431, be fixed on the riser guide 4321 of guide rail bracket 4320 both sides, be slidably arranged in the link 4322 on this riser guide 4321, linking arm 434 to be fixed on this link 4322 and with its lifting, guide rail bracket 4320 top is provided with lift cylinder 4323, the lower end of this lift cylinder 4323 is connected to link 4322 and drives it to be elevated.So, by arranging lifting assembly 432, making to pick and place materials device 42 by automatic lifting, like this, can be convenient to picking and placeing of scissor to be punched.Certainly, according to actual conditions and demand, in other embodiments of the utility model, lifting assembly 432 also can comprise other structures.
In embodiment of the present utility model, above-mentioned automatic screening materials device 6 can comprise automatic screening hopper 61, finished product Material collecting box for harvesting 62 and gate waste Material collecting box for harvesting 63, particularly, automatic screening hopper 61 is arranged on the side of above-mentioned frame 1, and one end of this automatic screening hopper 61 has feeding mouth 610, this feeding mouth 610 is connected to out material level (attached not shown in FIG.), and this goes out the rear side that material level is positioned at above-mentioned punching press position 50.After punching press has cut, finished product scissor and gate waste have entered in automatic screening hopper 61 by being blown afloat by high wind through going out material level, in addition, product outlet 611 and waste outlet 612 is offered respectively bottom automatic screening hopper 61, finished product Material collecting box for harvesting 62 and gate waste Material collecting box for harvesting 63 are arranged on the below of automatic screening hopper 61, and product outlet 611 is communicated with finished product Material collecting box for harvesting 62, waste outlet 612 is communicated with gate waste Material collecting box for harvesting 63, simultaneously, automatic screening hopper 61 is tilted is provided with separate gate 613, the finished product scissor entered in automatic screening hopper 61 is separated under the effect of separate gate 613 with gate waste, and enter in finished product Material collecting box for harvesting 62 and gate waste Material collecting box for harvesting 63 respectively by product outlet 611 and waste outlet 612.By arranging automatic screening materials device 6, made punching press cut after finished product scissor effectively automatically can be separated and be deposited with gate waste, so, make to produce further automation, effectively improve production efficiency, also also improve yields simultaneously.Certainly, according to actual conditions and demand, in other embodiments of the utility model, above-mentioned automatic screening materials device 6 also can comprise other structures, does not do unique restriction herein.
In embodiment of the present utility model; above-mentioned scissor auto-stitching guillotine also can comprise safety protective mechanisms 8, and this safety protective mechanisms 8 is arranged in above-mentioned frame 1, and is centered around the periphery of above-mentioned stamping cutting machine structure 5; herein, this safety protective mechanisms 8 is for insulation blocking operating personnel.Particularly, this safety protective mechanisms 8 can comprise multiple protective plate 81, and multiple protective plate 81 surrounds and forms protection in the periphery of stamping cutting machine structure 5.So, surrounding by multiple protective plate 81 safety protective mechanisms 8 formed by arranging in the periphery of frame 1, efficiently avoid staff and directly contacting stamping cutting machine structure 5 inside, thus protecting the personal safety of staff.Certainly, according to actual conditions and demand, in other embodiments of the utility model, also can adopt other safety prevention measures, not do unique restriction herein.
In embodiment of the present utility model, above-mentioned control device 7 can comprise the main frame (attached not shown in FIG.) being previously provided with PLC master control program, and the human-machine operation to be connected with this main frame shields 71 and dynamic row control system 72, because control device 7 is prior art, therefore be not described further at this.In addition, above-mentioned scissor auto-stitching guillotine also can comprise illuminator 9, and this illuminator 9 is arranged on above frame 1, and it is for the production of illumination.Certainly, according to actual conditions and demand, in other embodiments of the utility model, above-mentioned scissor auto-stitching guillotine also can comprise other structures, does not describe in detail one by one herein.
The above; be only detailed description of the invention of the present utility model; but protection domain of the present utility model is not limited thereto; anyly be familiar with those skilled in the art in the technical scope that the utility model discloses; can expect the amendment of various equivalence, replacement and improvement etc. easily, these amendments, replacement and improvement all should be encompassed within protection domain of the present utility model.Therefore, protection domain of the present utility model should be as the criterion with the protection domain of claim.

Claims (10)

1. scissor auto-stitching guillotine, scissor to be punched is cut for automatic press, it is characterized in that, described scissor auto-stitching guillotine comprises frame, be arranged at the material storage mechanism for depositing scissor to be punched in described frame, be arranged at the automatic distributing material mechanism for pushing described scissor to be punched on the downside of described material storage mechanism, be arranged at the automatic feed mechanism for transporting described scissor to be punched of described automatic distributing material mechanism side, be arranged at the stamping cutting machine structure cutting described scissor to be punched for punching press on the upside of described automatic feed mechanism, and be arranged at described frame side for the finished product scissor after punching press is separated with gate waste automatic screening and the automatic screening materials device deposited respectively, described scissor auto-stitching guillotine also comprise be arranged in described frame for controlling the control device that described automatic distributing material mechanism, described automatic feed mechanism, described stamping cutting machine structure and described automatic screening materials device run automatically.
2. scissor auto-stitching guillotine as claimed in claim 1, it is characterized in that, described stamping cutting machine structure comprises decompressor, and cuts mould with the punching press that described decompressor coordinates punching press to cut.
3. scissor auto-stitching guillotine as claimed in claim 2, it is characterized in that, described decompressor comprises the counterdie seat board be arranged in described frame, be arranged at the blowing box on described counterdie seat board, be set up in the driven unit on the upside of described counterdie seat board, be arranged at the upper mould fixed plate be connected on the upside of described counterdie seat board and with described driven unit; Described punching press cuts mould and comprises the punching press patrix and punching press counterdie that face setting, and described punching press patrix is arranged on described upper mould fixed plate, and described punching press counterdie is arranged on described counterdie seat board.
4. scissor auto-stitching guillotine as claimed in claim 1, it is characterized in that, described material storage mechanism comprises walking material track, walks to expect the multiple backgauge bars on track, be arranged at the lifting device on described backgauge bar and material-supporting device described in being vertically installed in.
5. scissor auto-stitching guillotine as claimed in claim 4, it is characterized in that, described automatic distributing material mechanism comprise be arranged at described in walk to expect the charging ram of track one end, be connected to the sub-material cylinder of described charging ram, described sub-material cylinder pushes for driving described charging ram the scissor to be punched deposited between described backgauge bar.
6. scissor auto-stitching guillotine as claimed in claim 5, it is characterized in that, described automatic feed mechanism comprise be arranged at described in walk to expect the feeding guide of the track other end, be arranged at and described feeding guide picks and places materials device, and to be arranged on described feeding guide and described in being positioned at, to pick and place the pay-off of materials device one end, described pay-off for picking and placeing materials device described in promoting in the punching press position of described stamping cutting machine structure, described in pick and place materials device and push by described charging ram the scissor to be punched of coming for capturing.
7. scissor auto-stitching guillotine as claimed in claim 6, it is characterized in that, the described materials device that picks and places comprises and picks and places material cylinder, the bearing plate of material cylinder is picked and placeed described in being connected to, be arranged at the gripper of manipulator on described bearing plate, described gripper of manipulator pushes by described charging ram the scissor to be punched of coming for capturing; Described pay-off comprises the slip base be arranged on described feeding guide, is arranged at the lifting assembly on described slip base, is connected to one end of described slip base and the thrust cylinder in order to promote described slip base.
8. scissor auto-stitching guillotine as claimed in claim 1, it is characterized in that, described automatic screening materials device comprises the automatic screening hopper being arranged at described frame side, is arranged at the finished product Material collecting box for harvesting and gate waste Material collecting box for harvesting that are also communicated with it respectively on the downside of described automatic screening hopper.
9. the scissor auto-stitching guillotine as described in any one of claim 1 to 8, is characterized in that, described scissor auto-stitching guillotine also comprises the safety protective mechanisms be arranged in described frame, and described safety protective mechanisms is used for insulation blocking operating personnel.
10. scissor auto-stitching guillotine as claimed in claim 9, it is characterized in that, described safety protective mechanisms comprises multiple protective plate surrounded in described stamping cutting machine structure periphery.
CN201520541486.XU 2015-07-22 2015-07-22 Automatic pressfitting guillootine of scissors foot Expired - Fee Related CN204914059U (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106363695A (en) * 2015-07-22 2017-02-01 惠州容成科技有限公司 Automatic scissors foot pressing and cutting machine and automatic scissors foot pressing and cutting method
CN107214501A (en) * 2017-06-16 2017-09-29 泰山玻璃纤维邹城有限公司 Cap borehole presses robot workstation and autocontrol method
CN111483010A (en) * 2020-04-11 2020-08-04 陈铭军 Automatic processing system and processing technology after polyester film forming

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106363695A (en) * 2015-07-22 2017-02-01 惠州容成科技有限公司 Automatic scissors foot pressing and cutting machine and automatic scissors foot pressing and cutting method
CN106363695B (en) * 2015-07-22 2019-04-12 惠州容成科技有限公司 Scissor auto-stitching guillotine and scissor auto-stitching cutting method
CN107214501A (en) * 2017-06-16 2017-09-29 泰山玻璃纤维邹城有限公司 Cap borehole presses robot workstation and autocontrol method
CN107214501B (en) * 2017-06-16 2018-02-16 泰山玻璃纤维邹城有限公司 Cap borehole presses robot workstation and autocontrol method
CN111483010A (en) * 2020-04-11 2020-08-04 陈铭军 Automatic processing system and processing technology after polyester film forming

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