Summary of the invention
Technical problem to be solved by this invention is for above-mentioned prior art present situation, and a kind of inkle loom of automatic processing ribbon ring is provided.
The present invention solves the problems of the technologies described above adopted technical scheme: a kind of inkle loom, comprise material guide mechanism, material stacking mechanism and feed mechanism, material stacking mechanism comprises the folded material gripper shoe being fixedly installed, above folded material gripper shoe, be provided with the binder part that can move up and down, a side in folded material gripper shoe is provided with the folding material cylinder that can move up and down, the drive rod of described folding material cylinder is connected with the folding flitch of energy horizontal movement, and binder part is folded and expected that cylinder drive moves up and down by one with folding material cylinder.
For optimizing technique scheme, the present invention also comprises following improved technical scheme.
Above-mentioned folded material cylinder is fixed on folded material support, and folding material cylinder is slidably matched with folded material support, and the drive end of folded material cylinder is connected with folding material cylinder by connecting plate.
Above-mentioned binder part comprises the binder substrate that can move up and down, and binder substrate is connected with the drive rod of folded material cylinder.
Above-mentioned binder substrate is fixed with spring conductor rod, and described spring conductor rod is provided with the binder spring for binder.
Above-mentioned material guide mechanism carries the ribbon section of preseting length on folded material gripper shoe, folded material air cylinder driven binder part declines and pushes down the ribbon section in folded material gripper shoe, roll over flitch simultaneously and decline in the side of folded material gripper shoe, and expect that by folding air cylinder driven is partially folded to folded material gripper shoe below by ribbon section.
Above-mentioned material guide mechanism has feed lead rail, is provided with by the motor-driven charging gear of charging in feed lead rail, at the discharging opening of feed lead rail, is provided with the cutting knife for blank.
Above-mentioned feed lead rail is provided with the regulating block of adjusting guide rail width.
Above-mentioned feed mechanism comprises the feeding pedestal being slidably matched with stock support, and feeding pedestal is connected with the drive rod of feeding cylinder; On feeding pedestal, be provided with for clamping the material folding plate of material and for the pusher cylinder of discharging, the drive rod of described pusher cylinder is connected with scraping wings.
When above-mentioned feeding cylinder drives the feeding of material folding plate, pusher air cylinder driven scraping wings pusher.
Compared with prior art, inkle loom of the present invention, by material guide mechanism, automatically ribbon is cut into the ribbon section of preseting length, and output to material stacking mechanism, by material stacking mechanism, ribbon section auto-folder is formed to ribbon ring, feed mechanism is released sewing position by a upper ribbon ring of having sewed, and the ribbon ring just having folded is delivered to sewing position place simultaneously and sewed fixing.This inkle loom has advantages of simple in structure, automation mechanized operation, has greatly improved the working (machining) efficiency of ribbon ring, has reduced human cost.
The specific embodiment
Below in conjunction with accompanying drawing, embodiments of the invention are described in further detail.
Fig. 1 is to Figure 6 shows that structural representation of the present invention.
Reference numeral is wherein: folded material gripper shoe 1, folding material cylinder 2, folding flitch 21, connecting plate 22, folded material cylinder 3, folded material support 31, binder substrate 32, spring conductor rod 33, binder spring 34, feed lead rail 4, charging motor 41, charging gear 42, cutting knife 43, regulating block 44, cutting knife cylinder 45, stock support 51, feeding pedestal 52, feeding cylinder 53, pusher cylinder 54, scraping wings 55, material folding plate 56, material folding cylinder 57, sewing mechanism 6.
As shown in Figure 1, inkle loom of the present invention, comprises material guide mechanism, material stacking mechanism and feed mechanism.The ribbon of rolling is sent into material stacking mechanism after material guide mechanism segment, and material stacking mechanism is folded into ribbon ring by ribbon section, then it is fixing by feed mechanism, to deliver to the sewing position place sewing of sewing mechanism 6.
Material stacking mechanism comprises the folded material gripper shoe 1 being fixedly installed, above folded material gripper shoe 1, be provided with the binder part that can move up and down, a side in folded material gripper shoe 1 is provided with the folding material cylinder 2 that can move up and down, the drive rod of described folding material cylinder 2 is connected with the folding flitch 21 of energy horizontal movement, and binder part and folding material cylinder 2 are folded and expected that the drive of cylinder 3 moves up and down by one.
Material guide mechanism as shown in Figure 2, has feed lead rail 4, is provided with the charging gear 42 being driven by charging motor 41 in feed lead rail 4, at the discharging opening of feed lead rail 4, is provided with the cutting knife 43 for blank.The angle of rotating by controlling charging motor 41, just can control the ribbon segment length that feed lead rail 4 is exported.
Feed lead rail 4 is provided with the regulating block 44 of adjusting guide rail width, to adapt to the ribbon of different in width.
Cutting knife 43 in the present embodiment rotates and arranges, and drives it to rotate blank by cutting knife cylinder 45; Cutting knife 43 also can adopt fervent structure to carry out blank.
As shown in Figure 3 and Figure 4, folded material cylinder 3 is fixed on folded material support 31.Folding expects cylinder 2 by guide rail and slide block and folds material support 31 to be slidably matched.The drive end of folded material cylinder 3 is connected with folding material cylinder 2 by connecting plate 22, can drive folding material cylinder 2 to move up and down.
Material guide mechanism carries the ribbon section of preseting length on folded material gripper shoe 1, folded material cylinder 3 drives binder part to decline and pushes down the ribbon section in folded material gripper shoe 1, roll over flitch 21 simultaneously and decline in the side of folded material gripper shoe 1, and expect that by folding cylinder 2 drivings are partially folded to folded material gripper shoe 1 below by ribbon section.
Binder part comprises the binder substrate 32 that can move up and down, and binder substrate 32 is connected with the drive rod of folded material cylinder 3.When the drive rod of folded material cylinder 3 moves downward, binder part and folding material cylinder 2 can move downward simultaneously.
Binder substrate 32 is fixed with spring conductor rod 33, and spring conductor rod 33 is provided with the binder spring 34 for binder.The height of binder spring 34 is lower than folding flitch 21.When folded material cylinder 3 drives binder part and folding material cylinder 2 to decline, binder spring 34 first contacts ribbon section and is fixed, roll over subsequently flitch 21 and in decline process, press down the end of ribbon section, and expect that by folding cylinder 2 drives 21 horizontal movements of folding flitch to make the ribbon of depressing be partially folded to folded bottom of expecting gripper shoe 1.
As shown in Figure 5 and Figure 6, feed mechanism comprises the feeding pedestal 52 being slidably matched with stock support 51, and feeding pedestal 52 is connected with the drive rod of feeding cylinder 53.
On feeding pedestal 52, be provided with for clamping the material folding plate 56 of material and for the pusher cylinder 54 of discharging, the drive rod of pusher cylinder 54 is connected with scraping wings 55.Material folding plate 56 is controlled material folding by material folding cylinder 57.
After ribbon section in folded material gripper shoe 1 has folded, feeding cylinder 53 drives feeding pedestal 52 to folded material gripper shoe 1 motion, now the drive rod of pusher cylinder 54, in elongation state, is avoided the ribbon section of sewing at sewing position place when scraping wings 55 moves with feeding pedestal 52.When material folding plate 56 moves to feeding pedestal 52 after folded material gripper shoe 1, material folding cylinder 57 is controlled material folding plate 56 and is clamped the ribbon section folding.
When feeding cylinder 53 drives 56 feeding of material folding plate, pusher cylinder 54 drives scraping wings 55 pushers.Feeding pedestal 52 moves to sewing position place under material cylinder 53 drives, and now the drive rod of pusher cylinder 54 is in contraction state.When scraping wings 55 moves with feeding pedestal 52, the ribbon section of having sewed is pushed open, feeding pedestal 52 drives material folding plates 56 to move to sewing position place afterwards, and the ribbon section folding is placed on to sewing position.
Most preferred embodiment of the present invention is illustrated, and the various variations of being made by those of ordinary skills or remodeling can not depart from the scope of the present invention.