CN103252427B - Yarn cutting part of heddle eye correcting machine for harness cord making equipment - Google Patents
Yarn cutting part of heddle eye correcting machine for harness cord making equipment Download PDFInfo
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- CN103252427B CN103252427B CN201310186350.7A CN201310186350A CN103252427B CN 103252427 B CN103252427 B CN 103252427B CN 201310186350 A CN201310186350 A CN 201310186350A CN 103252427 B CN103252427 B CN 103252427B
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Abstract
The invention discloses a yarn cutting part of a heddle eye correcting machine for harness cord making equipment. The yarn cutting part of the heddle eye correcting machine comprises a cutting knife cylinder which comprises a cutting knife and a cutting knife guide plate. The cutting knife is connected on a piston rod of the cutting knife cylinder, a cutting knife channel which allows the cutting knife to penetrate through is formed in the cutting knife guide plate, a cutting seam is formed in the cutting knife channel, and the cutting knife is driven by the piston rod to penetrate through the cutting knife channel to cut yarns. The yarn cutting part of the heddle eye correcting machine further comprises a second cutting knife cylinder which comprises a second cutting knife and a blower component. The blower component comprises a heat blower and a blower cylinder which drives the heat blower to move horizontally. The cutting knife guide plate is provided with a second cutting knife channel of the second cutting knife, the second cutting knife channel is provided with a second cutting knife seam, and the second cutting knife penetrates through the second cutting knife channel to cut the yarns. The cutting knife cylinder and the second cutting knife cylinder are both fixed on a cylinder fixing plate component, the blower component is fixed on a blower fixing plate, and the blower fixing plate is fixed on a base of a tool. The yarn cutting part of the heddle eye correcting machine for the harness cord making equipment can smoothly cut off harness cord yarns which penetrate through a steel heddle head in the process of heddle eye correcting of the heddle eye machine.
Description
The application is divisional application, the applying date of original application: 2012-7-25, application number: 201210259967.2, title: " a kind of school eye machine made for harness ".
Technical field
The present invention relates to field of textile machinery, particularly a kind of school eye machine made for harness.
Background technology
At present, various jacquard, weaving loom have supporting harness make, harness is made for constantly promoting the carrying out of warp in the process of weaving cotton cloth and declining.As Fig. 1, harness is made and is generally comprised harness cord thread 1010, heald bar 1020, spring 1030, heald bar 1020 one end is communicated with silk thread 1010, the other end is connected on spring 1030, heald bar 1020 is provided with harness eye 1040, the warp of weaving cotton cloth just passes harness eye 1040, in the process of weaving cotton cloth, having a lot of cover harness, to make group in a row, drives warp constantly promote and decline by pulling harness cord thread 1010.In order to can, by a lot of warp easily through harness eye 1040, before threading, need the harness eye 1040 on the heald bar of this row can align in same level, warps a lot of like this can pass harness eye simultaneously, greatly raises the efficiency.Now in order to enable all harness eyes align, being adopt the mode of artificial school eye to carry out, is exactly whether workman's inspection harness eye one by one aligns, and unevenly will pull harness cord thread to adjust, until all harness eyes all reach the requirement of alignment, well imagine that efficiency is low-down.
Summary of the invention
In order to improve the efficiency of heald bar school eye, need automatically to be completed whole school eye process by school eye equipment, the object of the present invention is to provide a kind of secant parts of the school eye machine made for harness, can carry out smoothly the harness cord thread combining head through steel being cut off in the process of school eye at school eye equipment, whole process is quick and convenient, substantially increases the efficiency that school eye equipment carries out school eye.
In order to reach above-mentioned target, technical scheme of the present invention is: a kind of secant parts of the school eye machine made for harness, comprise the cutter cylinder containing cutter, and knife guide, cutter is connected on the piston rod of cutter cylinder, knife guide has the cutter passage through cutter, cutter passage is provided with cutting seam, cutter is driven by piston rod and carries out secant through cutter passage, also comprise the second cutter cylinder containing the second cutter, and hair-dryer assembly, hair-dryer assembly comprises hot hair dryer and drives the hair-dryer cylinder of hot hair dryer transverse shifting, knife guide has the second cutter passage through the second cutter, second cutter passage is provided with the second cutting seam, second cutter carries out secant through the second cutter passage, cutter cylinder, second cutter cylinder is all fixed on cylinder fixed head assembly, hair-dryer assembly is fixed on blower fan fixed head, blower fan fixed head is fixed on tooling base.
Secant parts of the present invention are assemblied on the eye machine of school, and can carry out being cut off by the harness cord thread combining head through steel smoothly in the process of school eye at school eye equipment, whole process is quick and convenient, substantially increases the efficiency that school eye equipment carries out school eye.
Accompanying drawing explanation
Fig. 1 is the harness cord thread connection diagram that in existing weaving loom, harness is made.
Fig. 2 is the schematic diagram of the heald bar in Fig. 1.
Fig. 3 is that head part enlarged diagram combined by the steel in Fig. 2.
Fig. 4 is the structural representation one of school of the present invention eye machine.
Fig. 5 is the structural representation two of school of the present invention eye machine.
Fig. 6 is the semi-section schematic diagram of Fig. 5.
Fig. 7 is the structural representation three of school of the present invention eye machine.
Fig. 8 is the structural representation four of school of the present invention eye machine.
Fig. 9 is the structural representation of the line ball parts of school of the present invention eye machine.
Figure 10 is the structural representation of the line hooking portion part of school of the present invention eye machine.
Figure 11 is the overall structure schematic diagram be arranged on by school of the present invention eye machine on long guideway.
Figure 12 is by the carrier wheel assembly schematic diagram on school of the present invention eye machine and long guideway.
Figure 13 is the structural representation one of long guideway assembly.
Figure 14 is the structural representation two of long guideway assembly.
Figure 15 is the structural representation of the lowering or hoisting gear of school eye machine.
Figure 16 is the A place internal structure schematic diagram in Figure 15.
Figure 17 is the B place internal structure schematic diagram in Figure 15.
Figure 18 is the structural representation of the flexible broach shell of billhook parts.
Figure 19 is the structural representation one of harness eye plate.
Figure 20 is the structural representation two of harness eye plate.
Figure 21 is the structural representation three of harness eye plate.
Figure 22 is the top view of Figure 21.
Figure 23 is the left view of Figure 21.
Figure 24 is the enlarged drawing at A place in Fig. 6.
Figure 25 is the enlarged drawing at B place in Fig. 6.
Detailed description of the invention
As Fig. 4, 5, a kind of school eye machine made for harness, comprise tooling base 100, tooling base 100 is provided with fixture component, line hooking portion part, secant parts, described fixture component comprises the sleeve pipe fixed form 11 be arranged on tooling base 100, sleeve pipe fixed form 11 comprises end template 36, lower bolster 35 and cope match-plate pattern 32, end template 36, lower bolster 35 and cope match-plate pattern 32 are all provided with multiple casing recess of longitudinal arrangement, the top of such sleeve pipe, bottom and bottom can snap onto in casing recess and be fixed, cope match-plate pattern 32 is provided with keeper 27, cope match-plate pattern 32 both sides are provided with keeper fixed frame 31, lower bolster 35 is provided with lower keeper 29, lower bolster 35 both sides are provided with lower keeper fixed frame 33, connected by keeper connecting plate 28 between upper keeper 27 and lower keeper 29, upper keeper 27 is or/and lower keeper 29 connects keeper cylinder 26.Upper keeper 27 is provided with keeper guide pad 43.Upper keeper 27 slides along upper keeper guide pad 43, lower door Hinge 29 can by keeper cylinder 26 directly drive also can be driven by keeper connecting plate 28 by upper keeper 27, just sleeve pipe is fixed in the keeper fixed head that keeper slides into both sides.
Cope match-plate pattern 32 upper end of sleeve pipe fixed form is provided with steel and combines location-plate 30, and steel is combined location-plate 30 and can be opened by handle, and the steel made by harness closes inside combining and all putting into again, just can play the effect that location steel is combined.Steel is combined location-plate 30 upper end and is provided with line pressure plate 20, line pressure plate 20 is provided with roof door bolt 16, roof door bolt 16 connects roof door bolt cylinder 17, line pressure plate 20 both sides are provided with roof door bolt fixed frame 38, line pressure plate 20 is connected with line pressure plate cylinder 9, line pressure plate cylinder 9 is fixed in air cylinder fixed plate 10, roof door bolt 16 is provided with roof door bolt guide pad 21, roof door bolt cylinder 17 drives roof door bolt 16 to slide along roof door bolt guide pad 21, roof door bolt 16 slides in roof door bolt fixed frame 38, line pressure plate 20 is covered, then line pressure plate cylinder 9 drives line pressure plate 20 to withstand on forward on roof door bolt 16, because harness cord thread can pass between line pressure plate 20 and roof door bolt 16, fixed so harness cord thread just presses.
End template 36 lower end of sleeve pipe fixed form is provided with harness eye plate location-plate 39, harness eye plate location-plate 39 is provided with harness eye plate backstay 40, harness eye plate location-plate 39 connected positioning plate pulls cylinder 1, harness eye plate location-plate 39 is arranged on location-plate mount pad 37, location-plate mount pad 37 is fixed on tooling base 100, location-plate mount pad 37 is provided with chute and slides up and down for harness eye plate location-plate 39, is provided with the little cylinder promoting harness eye plate in location-plate mount pad 37.
When carrying out school eye, to need after the heald bar of school eye puts sleeve pipe, all neatly be fixed on harness eye plate, then harness eye sleeve-board is positioned on two harness eye plate backstays 40, such harness eye plate is just fixed on harness eye plate location-plate 39, and location-plate pulls cylinder 1 chute of harness eye plate location-plate 39 on location-plate mount pad 37 can be pulled downward, like this after harness cord thread passes heald bar, strained by harness cord thread, the inside combined by the steel penetrating heald bar.
Cope match-plate pattern 32, lower bolster 35 and the integrative-structure of end template 36 for being fixedly connected with, cope match-plate pattern 32 both sides are fixed with slide block 44, the upper keeper fixed frame 31 of both sides is separately fixed on the slide block 44 of both sides, the slide block 44 of both sides is separately positioned on template guide pillar 22, template guide pillar 22 lower end is fixed in work base 100 through location-plate mount pad 37, template guide pillar 22 upper end is fixed in air cylinder fixed plate 10, sleeve pipe fixed form is connected with template and promotes cylinder 4, and template promotes cylinder 4 and drives cope match-plate pattern 32, lower bolster 35 and end template 36 to slide along template guide pillar 22.
As Figure 10, line hooking portion part comprises billhook 119, billhook 119 is fixed on billhook mounting 107, billhook mounting 107 connects billhook cylinder 102, billhook cylinder 102 is fixed on billhook air cylinder support 101, billhook air cylinder support 101 is arranged on tooling base 100, billhook 119 is transversely arranged multiple, billhook 119 one end is fixed on billhook mounting 107, the other end is through billhook frame 114, on billhook 119, cover has flexible broach shell 118, flexible broach shell 118 is stuck on billhook frame 114, Compress Spring 113 is provided with between billhook frame 114 and billhook mounting 107, Compress Spring 113 is enclosed within screw shaft 108.As Figure 18,24, flexible broach shell 118 is stuck on billhook frame 114 by card end 1180, and pressure side 1181 is used to press harness cord thread.In its natural state, Compress Spring 113 pushes away forward billhook frame 114, card flexible broach shell 118 within it is just pressed on the point of a knife of billhook 119 by billhook frame 114, if point of a knife has been hooked to harness cord thread, then harness cord thread will be pressed on point of a knife by the pressure side 1181 of flexible broach shell 118.
As Fig. 4,6,25, secant parts comprise the cutter cylinder 25 containing cutter, and knife guide 45, cutter is connected on the piston rod of cutter cylinder, knife guide 45 has the cutter passage 451 through cutter, cutter passage 451 is provided with cutting seam 453, cutter is driven by piston rod and carries out secant through cutter passage.
Secant parts also comprise the second cutter cylinder 24 containing the second cutter, and hair-dryer assembly 46, hair-dryer assembly 46 comprises hot hair dryer and drives the hair-dryer cylinder 47 of hot hair dryer transverse shifting, knife guide 45 has the second cutter passage 452 through the second cutter, second cutter passage 452 is provided with second cutting seam the 454, second cutter and carries out secant through the second cutter passage.
The cutter of cutter cylinder 25 is used to have the harness cord thread of plastic bushing to carry out secant to cover, and the second cutter of the second cutter cylinder 24 is used to have the harness cord thread of heat-shrink tube to carry out secant to cover, selects corresponding cutter according to actual needs.After having the harness cord thread of heat-shrink tube to carry out secant to cover, hair-dryer cylinder 47 can drive hot hair dryer to carry out blowing hot wind to heat-shrink tube, and the steel that encases that heat-shrink tube is shunk tightly is combined.
Cutter cylinder 25, second cutter cylinder 24 is all fixed on cylinder fixed head assembly 23, and hair-dryer assembly 46 is fixed on blower fan fixed head 48, and blower fan fixed head 48 is fixed on tooling base 100.
More smooth when the harness cord thread cutting of coming to enable billhook hook, the line ball parts pressing harness cord thread are set between billhook parts and cutter parts, as Fig. 9, line ball parts comprise the left-hand door post 201 be fixed on tooling base 100, right door pillar 205, left-hand door post 201 and right door pillar 205 are fixed with upper holder block 211, upper holder block 211 lower end is provided with lower lock block 209 corresponding with it, lower lock block 209 is connected with lifter plate 208 by two briquetting guide pillars 210, lifter plate 208 connects lift cylinder 203, lifter plate 208 is provided with two line ball guide pillars 204, two line ball guide pillar 204 lower ends are fixed on tooling base 100, upper end is connected by crossbeam 212, lifter plate 208 can slide up and down along line ball guide pillar 204, buffer spring 207 is provided with between lifter plate 208 and lower lock block 209, lifter plate 208 is fixed with line ball body 221, line ball body 221 is fixed with the side's of the tightening bar 220 for tightening harness cord thread, the side's of tightening bar 220 is provided with spring below, the side's of tightening bar 220 is provided with the multiple of longitudinal arrangement and tightens groove, the quantity tightening groove is identical with casing recess, line ball body 221 is fixed with left clamp 216 and right clamp 219, left clamp 216 and right clamp 219 upper end are provided with fixed strip 215, fixed strip 215 is provided with the multiple little guide pillar 218 of longitudinal arrangement, harness cord thread passes from the gap between little guide pillar.Toward pulling back after harness cord thread is hooked by billhook 119, each root harness cord thread is through the gap each little guide pillar 218, make harness cord thread can not twine together like this, then lift cylinder 203 drives lifter plate 208 to rise along line ball guide pillar 204, lifter plate 208 drives lower lock block 209 to rise, last lower lock block 209 compresses with upper holder block 211, so just compress through the harness cord thread two briquettings, line ball body 221 can be driven to rise when lifter plate 208 rises simultaneously, harness cord thread can up lift thus be tightened by the side's of the tightening bar 220 on line ball body 221, the side's of tightening bar 220 is provided with and a lot of tightens groove, each root harness cord thread tightens groove through one.
Simultaneously in order to make equipment fixation, being reinforced the connection by connecting plate 8 between left-hand door post 201 and air cylinder fixed plate 10, being reinforced the connection by fixed head 49 between location-plate mount pad 37 and air cylinder fixed plate 10.
In addition as Figure 11, a panel beating cover 1000 can be added covered the effect playing protection outside equipment.
Due in the production process of reality, the harness cord thread that harness is made is lining up of the whole row of whole row, in order to make school eye machine after often completing once school eye work, after heald bar school eye by the harness cord thread of a row, the school eye work of a row after can carrying out easily, we whole equipment is arranged on can transverse translation long guideway on (as Figure 11), concrete structure is as follows
As Figure 11, 12, 13, 14, tooling base 100 is fixed with left clamp 411, right clamp 404, the adjustable plate 410 that can slide along it is provided with between left clamp 411 and right clamp 404, adjustable plate 410 is provided with adapter sleeve 416, adapter sleeve 416 connects gear reduction unit 401, gear reduction unit 401 connects motor for speed reducer 417, adapter sleeve 416 is fixed with gear 414, gear 414 engages with tooth bar 504, tooth bar 504 is fixed on long guideway seat 503, adjustable plate 410 is provided with Compress Spring 409, Compress Spring 409 presses adjustable plate 410, long guideway seat 503 is fixed with long linear guides 502, tooling base 100 is fixed with transverse translation slide block 518, transverse translation slide block 518 is arranged on long linear guides 502 and laterally slides along it.Transverse translation slide block 518 is fixed by slide block fixed head 519 and tooling base 100.The two ends of long linear guides 502 are provided with travel switch 800, and when equipment moves to soon close to long linear guides 502 two ends time, travel switch 800 can play the effect of prompting, prevents its translation excessive.
By by left clamp 411, right clamp 404 is fixed on tooling base 100, whole equipment and power set are coupled together, left clamp 411, in the middle of right clamp 404, an adjustable plate 410 is set, adjustable plate 410 is stuck in the middle of two clamps, left clamp 411, all chute is provided with inside right clamp 404, adjustable plate 410 can along slide, adjustable plate 410 intermediate sleeve has a deep groove ball bearing 413, deep groove ball bearing 413 is fixed on adapter sleeve 416, on adapter sleeve 416, cover has gear 414, gear 414 engages with tooth bar 504, Compress Spring 409 is provided with in adjustable plate 410, Compress Spring 409 is enclosed within spring spindle 408, spring spindle 408 is fixed on limiting plate 406, limiting plate 406 is fixed on tooling base 100, limiting plate 406 is provided with two screw rods 405, screw rod 405 one end is fixed on adjustable plate 410, on screw rod 405 other end, cover has nut 407, thus adjustable plate 410 is fixed on screw rod 405, screw rod 405 is fixed on limiting plate 406, when needing adjustment before and after adjustable plate 410, only need nut 407 of outwarding winding, then turn screw rod 405 moves forward and backward along limiting plate 406, also just and then screw rod is movable for such adjustable plate 410, reach the object of adjustment adjustable plate 410, after adjusting to the right place, tightening nut makes screw rod fix again.Compress Spring 409 is between adjustable plate 410 and limiting plate 406, thus Compress Spring 409 squeeze adjustments plate 410.
Spring spindle 408 is oppressed Compress Spring 409 and is pressed adjustable plate 410, adjustable plate 410 is extruded to tooth bar 504 direction, because adjustable plate 410 is connected with gear 414 with adapter sleeve 416 by deep groove ball bearing 413, engage so Compress Spring 409 also just tightly suppresses gear 414 with tooth bar 504, motor for speed reducer 417 driven gear reductor 401, gear reduction unit 401 driven gear 414 rotates, engage between gear 414 with tooth bar 504, the motion of the circular-rotation of gear 414 is become rectilinear motion, gear 414 is along tooth bar 504 rectilinear motion, thus drive adapter sleeve 416, adjustable plate 410 and left and right clamp rectilinear motion together, due to left clamp 411, right clamp 404 is fixed on tooling base 100, tooling base 100 is fixed with transverse translation slide block simultaneously, transverse translation slide block is arranged on long linear guides 502, so whole school eye machine also laterally slides along long linear guides 502.Can set after often completing once school eye work, school eye machine transverse shifting how many distances, a row after reaching can just be got at and wait for that the harness of school eye makes position.
In order to make translation power set more firm, fix two support plates for 410 times at adjustable plate, left supported plate 412, right supported plate 403, left supported plate 412, right supported plate 403 are all fixed on reductor fixed head 402 below.The degree of tightness that the position on limiting plate 406 can regulated to regulate Compress Spring 409 by screw rod 405 in addition, thus the degree of tightness between adjusting gear 414 and tooth bar 504.
In order to adapt to the heald bar of different length, need to regulate the height of school eye equipment, so be provided with long guideway seat lifting and lowering mechanism in long guideway seat 503 lower end, as Figure 15, 16, 17, long guideway seat lifting and lowering mechanism comprises two lifting base 604A, 604B, two lifting base 604A, 604B is respectively arranged with elevating screw 616A, 616B, elevating screw 616A, 616B is separately positioned on screw rodb base 601A, on 601B, elevating screw 616A, 616B is respectively arranged with turbine 623A, 623B, turbine 623A, 623B respectively with worm screw 629A, 629B connects, turbine 623A, 623B and worm screw 629A, 629B is separately positioned on turbine box 620A, in 620B, turbine is all provided with thrust ball bearing 622 pairs of turbines up and down and relatively fixes.Worm screw 629A, 629B respectively with connecting axle 612A, 612B connects, two connecting axle 612A, connected by power transmission shaft 611 between 612B, worm screw 629A is connected with endless screw electric motor 615 by motor adapter sleeve 617, power transmission shaft 611 is fixed with lifting fixed head 632, lifting fixed head 632 and two lifting base 604A, 604B fix with long guideway seat 503; Described screw rodb base 601A, 601B are fixed on school eye plant bottom case 600, school eye plant bottom case 600 are also fixed with two lifting short lead rail 501A, 501B, long guideway seat 503 is fixed with the lifting slider 517A connected with lifting short lead rail 501A, 501B respectively, 517B.School eye plant bottom case 600 can arrange control apparatus case 700.
Tell about the course of work of school eye below, first introduce harness to make and original artificial school eye process, as Fig. 2,3, harness is made and is generally comprised harness cord thread 1010, heald bar 1020, spring 1030, heald bar 1020 one end is communicated with silk thread 1010, and the other end is connected on spring 1030, heald bar 1020 is provided with harness eye 1040, one end that heald bar 1020 connects harness cord thread 1010 is called steel comprehensive 1050, and steel is combined head and is divided into through wires hole 1060, line fixing hole 1070.On heald bar 1020, also cover has sleeve pipe simultaneously, puts plastic bushing or heat-shrink tube according to different requirements.Harness cord thread 1010 is all generally hang down from above, all now that a lot of harness cord threads of the whole row of whole row hang down from above inside factory, then through wires hole 1060 on head is combined by workman one one through steel, then heald bar is strained, harness cord thread is drawn in line fixing hole 1070, and then heald bar is one by one carried out to the alignment of harness eye 1040, again the sleeve pipe be enclosed within advance on heald bar 1020 is pushed to after alignment, comprehensive for the steel putting harness cord thread 1010 1050 is encased, harness cord thread 1010 can not be run out inside steel comprehensive 1050, this completes the whole course of work.
Complete whole work by school eye equipment now, school eye work at first, first will the heald bar 1020(heald bar 1020 of the whole row of school eye be needed to put sleeve pipe in advance) all snap onto on harness eye plate 99 groove 98 in, as Figure 19-Figure 23, harness eye plate 99 has the groove 98 that whole row is longitudinal, heald bar 1020 is just all stuck in groove 98, harness eye plate 99 is also provided with horizontal knockout groove 97, all grooves 98 are communicated with by knockout groove 97, the position of knockout groove 97 is just just to the position of harness eye on heald bar simultaneously, after heald bar all snaps onto in groove 98, with steel bar through knockout groove 97 reserved on harness eye plate 99, so just harness eye in all grooves 98 is worn, thus all heald bars are worn together fix, simultaneously all heald bars all separate again, and with steel bar, the harness eye of heald bar is all worn except heald bar all being fixed together, the harness eye of all heald bars also all flushes simultaneously.
Then harness eye plate 99 is fixed to school eye equipment to get on, two fixing holes 96 on harness eye plate 99 are nested on two harness eye plate backstays 40 on harness eye plate location-plate 39, sleeve pipe on heald bar is all snapped in the casing recess of corresponding sleeve pipe template simultaneously, namely sleeve pipe will all snap in end template 36, in the casing recess that lower bolster 35 and cope match-plate pattern 32 are arranged, then the steel of heald bar is combined head to combine location-plate 30 by steel and locate, the inner side that location-plate 30 combined by steel has multiple groove corresponding with the line fixing hole 1070 that steel is combined on head, each steel is enable to combine head positioned apart separately, through wires hole 1060 is combined between location-plate 30 and cope match-plate pattern 32 at steel simultaneously, then keeper 27 is gone up, lower door Hinge 29 slips down in corresponding keeper fixed frame in the drive of cylinder, sleeve pipe is fixed, then billhook cylinder 102 starts, promote billhook mounting 107, the billhook 19 arranged of final drive one is successively through the upper holder block 211 of line ball parts and lower lock block 209, through the side's of the tightening bar 220 on line ball body 221, each billhook passes between any two from little guide pillar 218 respectively, final billhook can arrive at steel and combine location-plate 30 place, when arriving at herein, first billhook frame 114 meeting is blocked by the base plate that location-plate 30 behind be combined by steel, such billhook can continue to go ahead, billhook frame 114 is blocked, just be equivalent to billhook frame 114 walk back, billhook frame 114 just tightly suppresses Compress Spring 113 backward, the flexible broach shell 118 be simultaneously stuck on billhook frame 114 is also and then walked back, be exactly finally that billhook is stretched forward, stretch out billhook frame and broach shell.Steel is combined location-plate 30 forward and is backed down and therefrom wear out by billhook, and through steel combine location-plate 30 locate steel combine head.
All pass a corresponding steel time each billhook wears out and combine through wires hole 1060 on head, at this time workman is won over one one by prior be through on the point of a knife of billhook by the harness cord thread come that hangs down above, then billhook cylinder 102 starts again, billhook 119 is retracted original position in reverse direction, billhook is reciprocal again combines head through steel, the harness cord thread be through like this on point of a knife is just pulled through steel and combines through wires hole 1060 on head, and be hooked on the point of a knife of billhook, after billhook return, Compress Spring 113 is no longer subject to compressing and replys original shape simultaneously, billhook frame 114 and flexible broach shell 118 are pushed away to point of a knife direction, so just flexible broach shell 118 is made to be pressed on point of a knife by the harness cord thread pulled back, at this time the lift cylinder 203 of line ball parts starts, lift cylinder 203 drives lifter plate 208 upwards, first lifter plate 208 upwards drives lower lock block 209 upwards to compress with upper holder block 211, also be pressed between upper lower lock block by harness cord thread, drive line ball body 221 upwards simultaneously, the side's of tightening bar 220 on line ball body 221 will upwards jack-up harness cord thread, the side's of tightening bar 220 has and multiplely tightens groove, each tightening in groove has a harness cord thread, roof door bolt cylinder 17 drives roof door bolt 16 to be inserted in roof door bolt fixed frame 38 simultaneously, line pressure plate cylinder 9 promotes line pressure plate 20 and withstands roof door bolt 16, by hanging down above, the harness cord thread come is pushed down, then location-plate pulls cylinder 1 to start to be pulled downwards by harness eye plate location-plate 39, thus the harness eye plate be fixed on harness eye plate location-plate 39 is pulled down, thus all heald bars are pulled down, the harness cord thread through through wires hole 1060 is made all to be pulled in line fixing hole 1070 like this, whole like this harness cord thread is in the state fixedly tightened, at this time cutter cylinder 25 starts, cutter is driven to slide along knife guide 45, cutter passes in the cutter passage 451 that knife guide 45 has, the knife edge of cutter just passes thus is cut off by harness cord thread from cutting seam 453, then template promotes cylinder 4 upwards jack-up, sleeve pipe fixed form 11 is upwards taken up, the sleeve pipe be stuck in like this in sleeve pipe fixed form 11 casing recess is all brought to, just the steel on heald bar is combined head and harness cord thread above all encases, like this harness cord thread is penetrated heald bar, sleeve pipe is shifted onto steel and combine harness eye alignment harness cord thread encasing by head and makes it fix tightly and heald bar, all working all completes, deactivate below, first three keepers have corresponding cylinder all to keep in the center, lift cylinder 203 drives upper lower lock block and line ball body etc. all to keep in the center, the little cylinder be simultaneously arranged in location-plate mount pad 37 starts, piston rod is driven outwards to promote harness eye plate, harness eye plate just withdraws from harness eye plate location-plate 39, then workman just can will complete threading with hand, the harness of school eye work is made and is lifted down from school eye machine, and the harness cord thread given up originally cut off is taken clean just passable.
After completing once school eye work, motor for speed reducer 417 starts, driven gear reductor 401, gear reduction unit 401 driven gear 414 rotates, engage between gear 414 with tooth bar 504, the motion of the circular-rotation of gear 414 is become rectilinear motion, gear 414 is along tooth bar 504 rectilinear motion, thus drive adapter sleeve 416, adjustable plate 410 and left and right clamp rectilinear motion together, due to left clamp 411, right clamp 404 is fixed on tooling base 100, tooling base 100 is fixed with transverse translation slide block simultaneously, transverse translation slide block is arranged on long linear guides 502, so whole school eye machine also laterally slides along long linear guides 502.
Can set after often completing once school eye work, school eye machine automatic transverse-moving certain distance, a row after reaching can just be got at and wait for that the harness of school eye makes position, just can carry out work next time so at once.
The above course of work is for plastic bushing, if heat-shrink tube, the second cutter cylinder 24 containing the second cutter is changed exactly into when secant, simultaneously after completing secant by the second cutter, hair-dryer cylinder 47 drove the hot hair dryer translation past to carry out blowing hot wind to heat-shrink tube, made heat-shrink tube shrink thus steel is combined head and packed tightly.
In order to adapt to the heald bar of different length, need to regulate the height of school eye equipment, when highly regulating, endless screw electric motor 615 drives the worm screw 629A of side to rotate, worm screw 629A drives turbine 623A to rotate, turbine 623A is enclosed within elevating screw 616A, be threaded with elevating screw 616A, so turbine 623A is elevated along elevating screw 616A, simultaneously because other side also has a set of identical structure, comprise worm screw 629B, turbine 623B and elevating screw 616B, and by two connecting axle 612A between worm screw 629A and worm screw 629B, 612B and power transmission shaft 611 connect, the turbine 623A of such side along elevating screw 616A lifting can be synchronous the turbine 623B of drive opposite side be elevated along elevating screw 616B, the turbine box at whole like this two ends, lifting base and power transmission shaft, the whole lifting of lifting fixed head on power transmission shaft, because two lifting bases and lifting fixed head are all fixed on long guideway seat 503, and screw rodb base 601A, 601B is fixed on school eye plant bottom case 600, school eye plant bottom case 600 is also fixed with two lifting short lead rail 501A, 501B, long guideway seat 503 is fixed with respectively with lifting short lead rail 501A, the lifting slider 517A that 501B connects, 517B, so just drive long guideway seat 503 along lifting short lead rail 501A, 501B slides up and down, because school eye equipment is relatively fixedly installed on long guideway seat 503, so whole school eye equipment just can carry out oscilaltion adjustment.
Claims (1)
1. the secant parts of the school eye machine made for harness, it is characterized in that, comprise the cutter cylinder (25) containing cutter, and knife guide (45), cutter is connected on the piston rod of cutter cylinder, knife guide (45) has the cutter passage (451) through cutter, cutter passage (451) is provided with cutting seam (453), cutter is driven by piston rod and carries out secant through cutter passage, also comprise the second cutter cylinder (24) containing the second cutter, and hair-dryer assembly (46), hair-dryer assembly (46) comprises hot hair dryer and drives the hair-dryer cylinder (47) of hot hair dryer transverse shifting, knife guide (45) has the second cutter passage (452) through the second cutter, second cutter passage (452) is provided with the second cutting seam (454), second cutter carries out secant through the second cutter passage, cutter cylinder (25), second cutter cylinder (24) is all fixed on cylinder fixed head assembly (23), hair-dryer assembly (46) is fixed on blower fan fixed head (48), blower fan fixed head (48) is fixed on tooling base (100).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310186350.7A CN103252427B (en) | 2012-07-25 | 2012-07-25 | Yarn cutting part of heddle eye correcting machine for harness cord making equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310186350.7A CN103252427B (en) | 2012-07-25 | 2012-07-25 | Yarn cutting part of heddle eye correcting machine for harness cord making equipment |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210259967.2A Division CN102773693B (en) | 2012-07-25 | 2012-07-25 | Camb aligning machine for harness cord jacquard |
Publications (2)
| Publication Number | Publication Date |
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| CN103252427B true CN103252427B (en) | 2015-03-25 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201310186350.7A Expired - Fee Related CN103252427B (en) | 2012-07-25 | 2012-07-25 | Yarn cutting part of heddle eye correcting machine for harness cord making equipment |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104178867B (en) * | 2014-08-13 | 2015-12-23 | 朱永春 | The harness cord automatic cutting device of a kind of harness cord and heald bar connection device |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1073991A (en) * | 1991-12-03 | 1993-07-07 | 日产自动车株式会社 | The Weft treating of fluid jet type weaving machine |
| JP3569212B2 (en) * | 2000-09-12 | 2004-09-22 | 株式会社ハーモニ産業 | Positive opening device for wide yarn such as spread fiber |
| CN101353844A (en) * | 2007-07-26 | 2009-01-28 | 路易吉·O·佐里尼 | Needle loom |
| CN1966791B (en) * | 2005-11-16 | 2010-08-04 | 株式会社丰田自动织机 | Harness frame guide device of knitting machine warp yarn opening device |
| CN201841224U (en) * | 2010-10-08 | 2011-05-25 | 天津滨海盈信投资有限公司 | Automatic steel strand fixed-length cutting machine |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE50309723D1 (en) * | 2002-10-04 | 2008-06-12 | Sultex Ag | Weaving machine for producing leno fabrics |
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Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1073991A (en) * | 1991-12-03 | 1993-07-07 | 日产自动车株式会社 | The Weft treating of fluid jet type weaving machine |
| JP3569212B2 (en) * | 2000-09-12 | 2004-09-22 | 株式会社ハーモニ産業 | Positive opening device for wide yarn such as spread fiber |
| CN1966791B (en) * | 2005-11-16 | 2010-08-04 | 株式会社丰田自动织机 | Harness frame guide device of knitting machine warp yarn opening device |
| CN101353844A (en) * | 2007-07-26 | 2009-01-28 | 路易吉·O·佐里尼 | Needle loom |
| CN201841224U (en) * | 2010-10-08 | 2011-05-25 | 天津滨海盈信投资有限公司 | Automatic steel strand fixed-length cutting machine |
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| CN103252427A (en) | 2013-08-21 |
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