CN102773696A - Sleeve fixing template structure of camb aligning device for harness cord jacquard - Google Patents
Sleeve fixing template structure of camb aligning device for harness cord jacquard Download PDFInfo
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- CN102773696A CN102773696A CN2012102600735A CN201210260073A CN102773696A CN 102773696 A CN102773696 A CN 102773696A CN 2012102600735 A CN2012102600735 A CN 2012102600735A CN 201210260073 A CN201210260073 A CN 201210260073A CN 102773696 A CN102773696 A CN 102773696A
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Abstract
The invention discloses a sleeve fixing template structure of a camb aligning device for a harness cord jacquard. The sleeve fixing template structure comprises a bottom template, a lower template and an upper template, a plurality of longitudinally-arranged sleeve grooves are arranged on the bottom template, the lower template and the upper template, the upper template is provided with an upper bolt, and an upper bolt fixing frame is arranged on two sides of the upper template. The lower template is provided with a lower bolt, a lower bolt fixing frame is arranged on two sides of the lower template, the upper bolt and the lower bolt are connected through a bolt connecting plate, and the upper bolt or/and the lower bolt is or are connected with a bolt cylinder. The upper template, the lower template and the bottom template are of an integral structure, sliding blocks are fixed on two sides of the upper template, the upper bolt fixing frame on two sides is fixed on the sliding blocks on two sides respectively, the sliding blocks on two sides are respectively arranged on a template guide pillar, the lower end of the template guide pillar penetrates through a positioning plate installation base to be fixed on a working base, the upper end of the template guide pillar is fixed on a cylinder fixing plate, a sleeve fixing template is connected with a template pushing cylinder, and the template pushing cylinder drives the upper template, the lower template and the bottom template to slide along the template guide pillar.
Description
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Technical field
The present invention relates to field of textile machinery, particularly a kind ofly be used for the school eye equipment that harness is made.
Background technology
At present, all have supporting harness to make on various jacquards, the weaving loom, harness is made and is used for the carrying out of warp constantly promoted and descending in the process of weaving cotton cloth.Like Fig. 1, harness is made and is generally comprised harness cord thread 1010, heald bar 1020, spring 1030, and heald bar 1,020 one ends are communicated with silk thread 1010; The other end is connected on the spring 1030; Heald bar 1020 is provided with harness eye 1040, and the warp of the usefulness of weaving cotton cloth just passes harness eye 1040, in the process of weaving cotton cloth; Have a lot of cover harness and make composition one row, drive warp through pulling harness cord thread 1010 and constantly promote and decline.In order a lot of warps to be passed harness eye 1040 easily, before threading, need the harness eye on this row's the heald bar 1040 can be alignd on same level, a lot of like this warps can pass harness eye simultaneously, raises the efficiency greatly.Now for all harness eyes can be alignd; Being to 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 spur harness cord thread adjustment; All reach the requirement of alignment until all harness eyes, well imagine that efficient is low-down.
Summary of the invention
In order to improve the efficient of heald bar school eye; Need accomplish automatically whole school eye process through school eye equipment; The object of the present invention is to provide a kind of sleeve pipe fixed form structure that is used for the school eye equipment that harness makes, can carry out effectively fixingly, can the steel that sleeve pipe push heald bar automatically be combined head simultaneously being enclosed within sleeve pipe on the heald bar; Whole process is quick and convenient, has improved the efficient that school eye equipment carries out the school eye greatly.
In order to reach above-mentioned target; Technical scheme of the present invention is: a kind of sleeve pipe fixed form structure that is used for the school eye equipment that harness makes; Comprise end template, lower bolster and cope match-plate pattern; End template, lower bolster and cope match-plate pattern all are provided with a plurality of sleeve pipe grooves of vertical arrangement, and cope match-plate pattern is provided with keeper, and the cope match-plate pattern both sides are provided with the keeper fixed frame; Lower bolster is provided with down keeper, and the lower bolster both sides are provided with down the keeper fixed frame; Connect through the keeper connecting plate between last keeper and the following keeper; Last keeper connects the keeper cylinder or/and the Xiamen ties, cope match-plate pattern, lower bolster and end template integrative-structure for being fixedly connected, and the cope match-plate pattern both sides are fixed with slide block; The last keeper fixed frame of both sides is separately fixed on the slide block of both sides; The slide block of both sides is separately positioned on the template guide pillar, and template guide pillar lower end is passed the location-plate mount pad and is fixed on the work base, and template guide pillar upper end is fixed on the air cylinder fixed plate; The sleeve pipe fixed form is connected with template and promotes cylinder, and template promotes cylinder drive cope match-plate pattern, lower bolster and end template and slides along the template guide pillar.
The said keeper of going up is provided with the keeper guide pad, and last keeper slides along last keeper guide pad.
Sleeve pipe fixed form structure of the present invention is used on the school eye equipment that harness makes; Can carry out effectively fixing to the sleeve pipe that is enclosed within on the heald bar; Simultaneously can the steel that sleeve pipe push heald bar automatically be combined head, whole process is quick and convenient, has improved the efficient that school eye equipment carries out the school eye greatly.
Description of drawings
Fig. 1 is that the harness cord thread that harness is made in the existing weaving loom connects sketch map.
Fig. 2 is the sketch map of the heald bar among Fig. 1.
Fig. 3 is that the steel among Fig. 2 is combined the head part enlarged diagram.
Fig. 4 is the structural representation one of school of the present invention eye equipment.
Fig. 5 is the structural representation two of school of the present invention eye equipment.
Fig. 6 is the semi-section sketch map of Fig. 5.
Fig. 7 is the structural representation three of school of the present invention eye equipment.
Fig. 8 is the structural representation four of school of the present invention eye equipment.
Fig. 9 is the structural representation of the line ball parts of school of the present invention eye equipment.
Figure 10 is the structural representation of the hook line parts of school of the present invention eye equipment.
Figure 11 is installed in the overall structure sketch map on the long guideway with school of the present invention eye equipment.
Figure 12 is with the carrier wheel assembly sketch map on school of the present invention eye equipment and the 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 equipment.
Figure 16 is the A place internal structure sketch map among Figure 15.
Figure 17 is the B place internal structure sketch map among 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 vertical view of Figure 21.
Figure 23 is the left view of Figure 21.
Figure 24 is the enlarged drawing at A place among Fig. 6.
Figure 25 is the enlarged drawing at B place among Fig. 6.
The specific embodiment
Sleeve pipe fixed form structure of the present invention is installed on the eye equipment of school; Like Fig. 4,5; School eye equipment comprises frock base 100; Frock base 100 is provided with fixture component, hook line parts, line ball parts, secant parts, and said fixture component comprises the sleeve pipe fixed form 11 that is arranged on the frock base 100, and 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 all are provided with a plurality of sleeve pipe grooves 23 of vertical arrangement; The top of sleeve pipe, bottom and bottom can snap onto in the sleeve pipe groove 23 and fix like this, and cope match-plate pattern 32 is provided with keeper 27, and cope match-plate pattern 32 both sides are provided with keeper fixed frame 31; Lower bolster 35 is provided with down keeper 29, and lower bolster 35 both sides are provided with down keeper fixed frame 33; Connect through keeper connecting plate 28 between last keeper 27 and the following keeper 29, last keeper 27 is or/and following keeper 29 connects keeper cylinders 26.Last keeper 27 is provided with keeper guide pad 43.Last keeper 27 slides along last keeper guide pad 43, and the Xiamen is fastened 29 and can also can be driven through keeper connecting plate 28 by last keeper 27 by the 26 direct drives of keeper cylinder, and keeper slides into that the keeper fixed head of both sides is interior just to be fixed sleeve pipe.
Cope match-plate pattern 32 upper ends of sleeve pipe fixed form are provided with steel and combine location-plate 30, and steel is combined location-plate 30 and can be opened through handle, are closed in the comprehensive the inside of all putting into of steel that harness is made again, and just can play the effect that the location steel is combined head.Steel is combined location-plate 30 upper ends and is provided with line pressure plate 20, and line pressure plate 20 is provided with roof door bolt 16, and 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, and line pressure plate cylinder 9 is fixed on the air cylinder fixed plate 10, and roof door bolt 16 is provided with roof door bolt guide pad 21; Roof door bolt cylinder 17 drives roof door bolt 16 and slides along roof door bolt guide pad 21; Roof door bolt 16 slides in the roof door bolt fixed frame 38, and line pressure plate 20 is covered, and line pressure plate cylinder 9 drive line pressure plates 20 withstand on forward on the roof door bolt 16 then; Because harness cord thread can pass between line pressure plate 20 and roof door bolt 16, has been fixed so harness cord thread just presses.
When carrying out the school eye, the heald bar that needs the school eye is put after the sleeve pipe all neat being fixed on the harness eye plate; Then the harness eye sleeve-board is positioned on two harness eye plate backstays 40; The harness eye plate just is fixed on the harness eye plate location-plate 39 like this, and it is downward that location-plate pulling cylinder 1 can spur the chute of harness eye plate location-plate 39 on location-plate mount pad 37, like this after harness cord thread passes heald bar; With the harness cord thread tension, the steel that penetrates heald bar is combined the inside.
Cope match-plate pattern 32, lower bolster 35 and the integrative-structure of end template 36 for being fixedly connected; Cope match-plate pattern 32 both sides are fixed with slide block 44 simultaneously; The last 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 the template guide pillar 22, and template guide pillar 22 lower ends are passed location-plate mount pad 37 and are fixed on the work base 100, and template guide pillar 22 upper ends are fixed on the air cylinder fixed plate 10; The 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 along 22 slips of template guide pillar.
Like Figure 10, hook line parts comprise billhook 119, and billhook 119 is fixed on the billhook mounting 107; Billhook mounting 107 connects billhook cylinder 102, and billhook cylinder 102 is fixed on the billhook cylinder support 101, and billhook cylinder support 101 is arranged on the frock base 100; Billhook 119 is transversely arranged a plurality of, and billhook 119 1 ends are fixed on the billhook mounting 107, and the other end passes billhook frame 114; Be with flexible broach shell 118 on the billhook 119; Flexible broach shell 118 is stuck on the billhook frame 114, is provided with compression spring 113 between billhook frame 114 and the billhook mounting 107, and compression spring 113 is enclosed within on the screw shaft 108.Like Figure 18,24, flexible broach shell 118 is stuck on the billhook frame 114 through card end 1180, presses 1181 at end to be used for pressing harness cord thread.Under nature; Compression spring 113 pushes away billhook frame 114 forward; The flexible broach shell 118 that billhook frame 114 just will block within it is pressed on the point of a knife of billhook 119, if be hooked to harness cord thread on the point of a knife, then the pressure end 1181 of flexible broach shell 118 will be pressed on harness cord thread on the point of a knife.
Like Fig. 9, the line ball parts comprise left-hand door post 201, the right door pillar 205 that is fixed on the frock base 100, are fixed with upper holder block 211 on left-hand door post 201 and the right door pillar 205; Upper holder block 211 lower ends are provided with corresponding with it lower lock block 209, and lower lock block 209 is connected with lifter plate 208 through two briquetting guide pillars 210, and lifter plate 208 connects lift cylinder 203; Lifter plate 208 is provided with 204, two line ball guide pillar 204 lower ends of two line ball guide pillars and is fixed on the frock base 100, and the upper end connects through crossbeam 212; Lifter plate 208 can slide up and down along line ball guide pillar 204, is provided with buffer spring 207 between lifter plate 208 and the lower lock block 209, is fixed with line ball body 221 on the lifter plate 208; Be fixed with the side's of the tightening bar 220 that is used to tighten harness cord thread on the line ball body 221; Be provided with spring below the side's of tightening bar 220, the side's of tightening bar 220 is provided with a plurality of grooves of tightening of vertical arrangement, and the quantity of tightening groove is identical with sleeve pipe groove 23; Be fixed with left clamp 216 and right clamp 219 on the line ball body 221; Left side clamp 216 is provided with fixed strip 215 with right clamp 219 upper ends, and fixed strip 215 is provided with a plurality of little guide pillar 218 of vertical arrangement, and harness cord thread passes from the gap between the little guide pillar.Toward pulling back, each root harness cord thread passed the slit between each little guide pillar 218, and harness cord thread can not twined together after harness cord thread was hooked by billhook 119; Lift cylinder 203 drives lifter plate 208 along 204 risings of line ball guide pillar then; Lifter plate 208 drives lower lock block 209 and rises, and last lower lock block 209 compresses with upper holder block 211, so just will pass two harness cord threads between the briquetting and compress; Can drive line ball body 221 when lifter plate 208 rises simultaneously rises; Thereby the side's of the tightening bar on the line ball body 221 220 can up lift harness cord thread it is tightened, and the side's of tightening bar 220 is provided with a lot of grooves of tightening, and each root harness cord thread passes one and tightens groove.
Like Fig. 4,6,25; The secant parts comprise the cutter cylinder 25 that contains cutter; And knife guide 45, cutter is connected on the piston rod of cutter cylinder, has the cutter passage 451 that passes cutter on the knife guide 45; Cutter passage 451 is provided with cutting seam 453, and cutter passes the cutter passage by the piston rod drive and carries out secant.
The secant parts also comprise the second cutter cylinder 24 that contains second cutter; And hair-dryer assembly 46; Hair-dryer assembly 46 comprises hot hair dryer and drives the hair-dryer cylinder 47 that hot hair dryer laterally moves; Having the second cutter passage, 452, the second cutter passages 452 that pass second cutter on the knife guide 45 is provided with the second cutting seam, 454, the second cutteves and passes the second cutter passage and carry out secant.
The cutter of cutter cylinder 25 is to be used for the harness cord thread that is with plastic bushing is carried out secant, and second cutter of the second cutter cylinder 24 is to be used for the harness cord thread that is with heat-shrink tube is carried out secant, selects corresponding cutter according to actual needs.After the harness cord thread that is with heat-shrink tube was carried out secant, hair-dryer cylinder 47 can drive hot hair dryer heat-shrink tube is carried out blowing hot wind, and the heat shrinkage tube shrinks steel that encases is tightly combined.
In order to make the equipment fixation, reinforce the connection through connecting plate 8 between left-hand door post 201 and the air cylinder fixed plate 10 simultaneously, reinforce the connection through fixed head 49 between location-plate mount pad 37 and the air cylinder fixed plate 10.
Like Figure 11, can add a panel beating cover 1000 in the equipment outside it is covered the effect of playing protection in addition.
Because 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 equipment in every completion once after the work of school eye, is about to after a row the heald bar school eye of harness cord thread; Can carry out back one row's school eye work easily; We with entire equipment be arranged on can transverse translation long guideway on (like Figure 11), concrete structure is following
Like Figure 11,12,13,14, be fixed with left clamp 411, right clamp 404 on the frock base 100, being provided with between left clamp 411 and the right clamp 404 can be along the adjustable plate 410 of its slip; Adjustable plate 410 is provided with adapter sleeve 416, adapter sleeve 416 connection gear reductors 401, and gear reduction unit 401 connects reductor motor 417; Be fixed with gear 414 on the adapter sleeve 416; Gear 414 and tooth bar 504 engagements, tooth bar 504 is fixed on the long guideway seat 503, and adjustable plate 410 is provided with compression spring 409; Compression spring 409 presses adjustable plate 410; Be fixed with long linear guides 502 on the long guideway seat 503, be fixed with transverse translation slide block 518 on the frock base 100, transverse translation slide block 518 is arranged on its horizontal slip of long linear guides 502 upper edges.Transverse translation slide block 518 is fixing with frock base 100 through slide block fixed head 519.Be provided with travel switch 800 at the two ends of long linear guides 502, when equipment moved to soon near long linear guides 502 two ends, travel switch 800 can play the effect of prompting, prevents that its translation is excessive.
Through left clamp 411, right clamp 404 are fixed on the frock base 100, entire equipment and power set are coupled together, in the middle of left clamp 411, the right clamp 404 adjustable plates 410 are set; Adjustable plate 410 is stuck in the middle of two clamps, and left clamp 411, right clamp 404 inboards all are provided with chute, and adjustable plate 410 can slide along chute; Be with a deep groove ball bearing 413 in the middle of the adjustable plate 410, deep groove ball bearing 413 is fixed on the adapter sleeve 416, is with gear 414 on the adapter sleeve 416; Gear 414 and tooth bar 504 engagements are provided with compression spring 409 in the adjustable plate 410, compression spring 409 is enclosed within on the spring spindle 408; Spring spindle 408 is fixed on the limiting plate 406, and limiting plate 406 is fixed on the frock base 100, and limiting plate 406 is provided with two screw rods 405; Screw rod 405 1 ends are fixed on the adjustable plate 410, are with nut 407 on screw rod 405 other ends, thereby adjustable plate 410 is fixed on the screw rod 405; Screw rod 405 is fixed on the limiting plate 406, when needing the adjustment of adjustable plate 410 front and back, and the nut 407 of only need outwarding winding; Turn screw rod 405 moves forward and backward along limiting plate 406 then; Adjustable plate 410 also just follows screw rod to move forward and backward like this, has reached the purpose of adjustment adjustable plate 410, and the nut of after adjusting to the right place, screwing is again fixed screw rod.Compression spring 409 is between adjustable plate 410 and limiting plate 406, thus compression spring 409 squeeze adjustments plates 410.
Spring spindle 408 compressing compression springs 409 press adjustable plate 410; Adjustable plate 410 to the extruding of tooth bar 504 directions, because adjustable plate 410 is connected with gear 414 with adapter sleeve 416 through deep groove ball bearing 413, is also just tightly suppressed gear 414 and tooth bar 504 engagements so compress spring 409; Reductor motor 417 driven gear reductors 401; Gear reduction unit 401 driven gears 414 rotate, and mesh between gear 414 and the tooth bar 504, and the circumference rotational motion of gear 414 is become rectilinear motion; Gear 414 is along tooth bar 504 rectilinear motions; Thereby drive adapter sleeve 416, adjustable plate 410 and left and right sides clamp rectilinear motion together,, be fixed with the transverse translation slide block on the frock base 100 simultaneously because left clamp 411, right clamp 404 are fixed on the frock base 100; The transverse translation slide block is arranged on the long linear guides 502, so whole school eye equipment also laterally slides along long linear guides 502.Can configure every completion once after the work of school eye, how many distances school eye equipment laterally moves, and can just get to reach back one row and wait for that the harness of school eye makes the position.
In order to make the translation power set more firm, at 410 times fixing two support plates of adjustable plate, left supported plate 412, right supported plate 403, left supported plate 412, right supported plate 403 all are fixed on the following reductor fixed head 402.Can regulate the degree of tightness of compressing spring 409 in the position of regulating on the limiting plate 406 through screw rod 405 in addition, thus the degree of tightness between adjusting gear 414 and the tooth bar 504.
In order to adapt to the heald bar of different length, need regulate the height of school eye equipment, thus be provided with the long guideway seat lifting and lowering mechanism in long guideway seat 503 lower ends, like Figure 15,16,17; The long guideway seat lifting and lowering mechanism comprises two lifting base 604A, 604B, two lifting base 604A, the last elevating screw 616A that is respectively arranged with of 604B; 616B, elevating screw 616A, 616B are separately positioned on screw rodb base 601A, and 601B is last; Elevating screw 616A, the last turbine 623A that is respectively arranged with of 616B, 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, and in the 620B, turbine all is provided with 622 pairs of turbines of thrust ball bearing up and down and carries out relative fixed. Worm screw 629A, 629B respectively with connecting axle 612A, 612B connects; Two connecting axle 612A; Connect through power transmission shaft 611 between the 612B, worm screw 629A is connected with worm screw motor 615 through motor adapter sleeve 617, is fixed with up-down fixed head 632 on the power transmission shaft 611; Up-down fixed head 632 and two lifting base 604A, 604B are fixing with long guideway seat 503; Said screw rodb base 601A, 601B are fixed on the school eye plant bottom case 600, also are fixed with two up-down short lead rail 501A on the school eye plant bottom case 600; 501B; Be fixed with respectively and up-down short lead rail 501A the lifting slider 517A that 501B connects, 517B on the long guideway seat 503.School eye plant bottom case 600 can be provided with control apparatus case 700.
Tell about the course of work of school eye below, introduce at first that harness is made and original artificial school eye process, like Fig. 2,3; Harness is made and is generally comprised harness cord thread 1010, heald bar 1020, spring 1030; Heald bar 1,020 one ends are communicated with silk thread 1010, and the other end is connected on the spring 1030, and heald bar 1020 is provided with harness eye 1040; The end that heald bar 1020 connects harness cord thread 1010 is called comprehensive 1050 of steel, and steel is combined head and is divided into through wires hole 1060, line fixing hole 1070.Simultaneously on heald bar 1020, also be with sleeve pipe, put plastic bushing or heat-shrink tube according to different requirement.Harness cord thread 1010 generally all is to hang down from above; The a lot of harness cord threads that in the factory the inside all are the whole row of whole row now hang down from above, and pass steel through one one of workman then and combine the through wires hole 1060 on the head, strain heald bar then; Harness cord thread is drawn in line fixing hole 1070; And then heald bar one by one carried out the alignment of harness eye 1040, the sleeve pipe that will be enclosed within advance on the heald bar 1020 again after the alignment is pushed to, and the steel that puts harness cord thread 1010 is combined 1050 encase; Make harness cord thread 1010 can not combine 1050 the inside and run out, so just accomplished entire work process from steel.
Accomplish whole work through school eye equipment now, school eye work at first will need the whole row's of school eye heald bar 1020 (heald bar 1020 puts sleeve pipe in advance) all to snap onto in the groove 98 on the harness eye plate 99 at first; Like Figure 19-Figure 23, have the whole groove 98 longitudinally of arranging on the harness eye plate 99, heald bar 1020 just all is stuck in the groove 98; Also be provided with horizontal knockout groove 97 on the harness eye plate 99; Knockout groove 97 is communicated with all grooves 98, and wait after heald bar all snaps onto in the groove 98 position of harness eye on the heald bar just, the position of knockout groove 97 simultaneously; Pass the knockout groove of reserving on the harness eye plate 99 97 with steel bar; So just harness eyes in all grooves 98 are worn, fix thereby all heald bars are through together, all simultaneously heald bars all separate again; And with steel bar the harness eye of heald bar is all worn except can heald bar is all fixing together, the harness eye of all heald bars also all flushes simultaneously.
Then harness eye plate 99 is fixed to school eye equipment and gets on, two fixing holes 96 on the harness eye plate 99 are nested on two harness eye plate backstays 40 on the harness eye plate location-plate 39, simultaneously the sleeve pipe on the heald bar are all snapped in the sleeve pipe groove of corresponding sleeve pipe template; Be that sleeve pipe will all snap in the sleeve pipe groove 23 that is provided with on end template 36, lower bolster 35 and the cope match-plate pattern 32, then comprehensive of the steel of heald bar passed through steel and combine location-plate 30 location that the inboard of the comprehensive location-plate 30 of steel has line fixing hole 1070 corresponding groove on a plurality of and the comprehensive head of steel; Making each steel combine head can be positioned apart separately, and through wires hole 1060 is combined between location-plate 30 and the cope match-plate pattern 32 at steel simultaneously, goes up keeper 27 then, the Xiamen is fastened 29 and under the drive of cylinder, slided in the keeper fixed frame of correspondence; Sleeve pipe is fixed; Billhook cylinder 102 starts then, promotes billhook mounting 107, and the billhook 19 that finally drives a row passes between the top board 211 and lower platen 209 of line ball parts successively; Pass the side's of the tightening bar 220 on the line ball body 221; Each billhook passes from little guide pillar 218 respectively between any two, and final billhook can arrive at steel and combine location-plate 30 places, when arriving at here; At first billhook frame 114 can be blocked by the comprehensive location-plate 30 of a steel base plate behind; Billhook can continue to go ahead like this, and billhook frame 114 is blocked, and just is equivalent to billhook frame 114 and walks back; Billhook frame 114 just tightly suppresses compression spring 113 backward; The flexible broach shell 118 that is stuck in simultaneously on the billhook frame 114 is also and then walked back, and is exactly that billhook is stretched forward at last, stretches out billhook frame and broach shell.Billhook is combined location-plate 30 with steel forward and is backed down and therefrom wear out, and passes the comprehensive head of steel that steel is combined location-plate 30 location.
All pass a corresponding steel when each billhook wears out and combine the through wires hole 1060 on the head, at this time the workman will be in advance won on one one point of a knife that is through billhook by the top harness cord thread that comes of hanging down, and billhook cylinder 102 starts once more then; Along retracting original position in the other direction, the reciprocal again steel that passes of billhook is combined head with billhook 119, and the harness cord thread that is through like this on the point of a knife just is pulled through the through wires hole 1060 on the comprehensive head of steel; And be hooked on the point of a knife of billhook, compress spring 113 simultaneously after the billhook return and no longer receive compressing answer original shape, billhook frame 114 and flexible broach shell 118 are pushed away to the point of a knife direction; So just flexible broach shell 118 is pressed on the harness cord thread that pulls back on the point of a knife, at this time the lift cylinder 203 of line ball parts starts, and lift cylinder 203 drives lifter plate 208 upwards; Lifter plate 208 upwards at first drives lower lock block 209 and upwards compresses with upper holder block 211, also is about to harness cord thread and is pressed between the lower lock block, drives line ball body 221 simultaneously upwards; The side's of tightening bar 220 on the line ball body 221 jack-up harness cord thread that will make progress has a plurality of grooves of tightening on the side's of tightening bar 220, each is tightened all has a harness cord thread in the groove; Roof door bolt cylinder 17 drive roof door bolts 16 are inserted in the roof door bolt fixed frame 38 simultaneously, and line pressure plate cylinder 9 promotes line pressure plates 20 and withstands roof door bolt 16, and the top harness cord thread that comes that hangs down is pushed down; Location-plate pulling cylinder 1 starts harness eye plate location-plate 39 is spurred downwards then, thereby will be fixed on harness eye plate on the harness eye plate location-plate 39 to drop-down, thereby makes all heald bars to drop-down; Make that like this harness cord thread that passes through wires hole 1060 all is pulled in the line fixing hole 1070; Whole like this harness cord thread is in the state of fixedly tightening, and at this time cutter cylinder 25 starts, and drives cutter and slides along knife guide 45; Pass in the cutter passage 451 that cutter has from knife guide 45; Thereby the knife edge of cutter just passes from cutting seam 453 harness cord thread is cut off, and template promotes upwards jack-up of cylinder 4 then, and sleeve pipe fixed form 11 is upwards taken up; The sleeve pipe that is stuck in like this in the sleeve pipe fixed form 11 sleeve pipe grooves 23 all is brought to; Just the steel on the heald bar is combined head and top harness cord thread all encases, like this harness cord thread is penetrated heald bar, shifts sleeve pipe onto steel and combine head and go up harness cord thread is encased the harness eye alignment that makes it fix tightly and heald bar, all working is all accomplished; Deactivate below; At first three keepers have corresponding cylinder all to keep in the center, and lift cylinder 203 drives are gone up lower lock block and line ball body etc. and all kept in the center, and the stingy cylinders that are arranged on simultaneously in the location-plate mount pad 37 start; Drive piston rod and outwards promote the harness eye plate; The harness eye plate just withdraws from from harness eye plate location-plate 39, and the workman just can make from the school eye equipment with the harness of accomplishing threading, school eye work with hand and lifts down then, and the harness cord thread of giving up that will originally cut off is taken totally just passable.
After accomplishing once school eye work, reductor motor 417 starts driven gear reductor 401; Gear reduction unit 401 driven gears 414 rotate, and mesh between gear 414 and the tooth bar 504, and the circumference rotational motion of gear 414 is become rectilinear motion; Gear 414 is along tooth bar 504 rectilinear motions; Thereby drive adapter sleeve 416, adjustable plate 410 and left and right sides clamp rectilinear motion together,, be fixed with the transverse translation slide block on the frock base 100 simultaneously because left clamp 411, right clamp 404 are fixed on the frock base 100; The transverse translation slide block is arranged on the long linear guides 502, so whole school eye equipment also laterally slides along long linear guides 502.
Can configure every completion once after the work of school eye, school eye equipment laterally moves certain distance automatically, can just get to reach back one row and wait for that the harness of school eye makes the position, and horse back just can carry out work next time like this.
The above course of work is to plastic bushing; If heat-shrink tube; In secant, change the second cutter cylinder 24 that contains second cutter exactly into; After accomplishing secant by second cutter, the 47 drive hot hair dryer translation past of hair-dryer cylinder are carried out blowing hot wind to heat-shrink tube simultaneously, pack tightly thereby make heat shrinkage tube shrinks that steel is combined head.
In order to adapt to the heald bar of different length, need regulate the height of school eye equipment, when highly regulating; The worm screw 629A that worm screw motor 615 drives a side rotates, and worm screw 629A drives turbine 623A and rotates, and turbine 623A is enclosed within on the elevating screw 616A; 616A is threaded with elevating screw, so turbine 623A goes up and down along elevating screw 616A, the while is because an other side also has the identical structure of a cover; Comprise worm screw 629B, turbine 623B and elevating screw 616B, and pass through two connecting axle 612A between worm screw 629A and the worm screw 629B that 612B and power transmission shaft 611 connect; The turbine 623A of such side goes up and down along elevating screw 616B along the go up and down turbine 623B of drive opposite side that can be synchronous of elevating screw 616A, and the whole liftings of the up-down fixed head on the turbine box at whole like this two ends, lifting base and power transmission shaft, the power transmission shaft are because two lifting bases and up-down fixed head all are fixed on the long guideway seat 503; And screw rodb base 601A, 601B are fixed on the school eye plant bottom case 600, also are fixed with two up-down short lead rail 501A on the school eye plant bottom case 600; 501B; Be fixed with respectively and up-down short lead rail 501A the lifting slider 517A that 501B connects, 517B on the long guideway seat 503; So just drive long guideway seat 503 along up-down short lead rail 501A; 501B slides up and down, because school eye equipment is that relative fixed is arranged on the long guideway seat 503, regulates so whole school eye equipment just can carry out oscilaltion.
Claims (2)
1. sleeve pipe fixed form structure that is used for the school eye equipment that harness makes; It is characterized in that; Comprise end template (36), lower bolster (35) and cope match-plate pattern (32); End template (36), lower bolster (35) and cope match-plate pattern (32) all are provided with a plurality of sleeve pipe grooves (23) of vertical arrangement, and cope match-plate pattern (32) is provided with keeper (27), and cope match-plate pattern (32) both sides are provided with keeper fixed frame (31); Lower bolster (35) is provided with down keeper (29), and lower bolster (35) both sides are provided with down keeper fixed frame (33); Connect through keeper connecting plate (28) between last keeper (27) and the following keeper (29); Last keeper (27) is or/and following keeper (29) connects keeper cylinder (26); Cope match-plate pattern (32), lower bolster (35) and end template (36) integrative-structure for being fixedly connected; Cope match-plate pattern (32) both sides are fixed with slide block (44); The last keeper fixed frame (31) of both sides is separately fixed on the slide block (44) of both sides; The slide block of both sides (44) is separately positioned on the template guide pillar (22), and template guide pillar (22) lower end is passed location-plate mount pad (37) and is fixed on the work base (100), and template guide pillar (22) upper end is fixed on the air cylinder fixed plate (10); The sleeve pipe fixed form is connected with template and promotes cylinder (4), and template promotes cylinder (4) drive cope match-plate pattern (32), lower bolster (35) and end template (36) and slides along template guide pillar (22).
2. a kind of sleeve pipe fixed form structure that is used for the school eye equipment that harness makes according to claim 1; It is characterized in that; The said keeper (27) of going up is provided with keeper guide pad (43), and last keeper (27) slides along last keeper guide pad (43).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210260073.5A CN102773696B (en) | 2012-07-25 | 2012-07-25 | Sleeve fixing template structure of heald eye aligning device for harness cord jacquard |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210260073.5A CN102773696B (en) | 2012-07-25 | 2012-07-25 | Sleeve fixing template structure of heald eye aligning device for harness cord jacquard |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102773696A true CN102773696A (en) | 2012-11-14 |
| CN102773696B CN102773696B (en) | 2014-04-16 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210260073.5A Expired - Fee Related CN102773696B (en) | 2012-07-25 | 2012-07-25 | Sleeve fixing template structure of heald eye aligning device for harness cord jacquard |
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| CN (1) | CN102773696B (en) |
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| DE2339586A1 (en) * | 1973-08-04 | 1975-02-13 | Dornier Gmbh Lindauer | DEVICE FOR SEPARATING OBJECTS |
| JPH03124837A (en) * | 1989-10-09 | 1991-05-28 | Tsudakoma Corp | Heald frame for weaving machine, device for attaching the same frame and weaving machine equipped with the same device |
| JPH10158950A (en) * | 1996-11-27 | 1998-06-16 | Nissan Tecsys Kk | Middle hook attaching/detaching device for heald frame |
| CN201678792U (en) * | 2010-03-31 | 2010-12-22 | 芜湖康道尔纺织科技有限公司 | Fixing frame of upper threading plate for jacquard monofilaments |
| CN101962846A (en) * | 2010-10-15 | 2011-02-02 | 吴国平 | Heald frame of circular loom |
| CN201817661U (en) * | 2010-09-28 | 2011-05-04 | 振石集团恒石纤维基业有限公司 | Warp break protector of weaving machine |
| CN202684486U (en) * | 2012-07-25 | 2013-01-23 | 浙江旷达纺织机械有限公司 | Casing pipe fixing template structure for hole-collating device for assembling and manufacturing harness cord |
-
2012
- 2012-07-25 CN CN201210260073.5A patent/CN102773696B/en not_active Expired - Fee Related
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE2339586A1 (en) * | 1973-08-04 | 1975-02-13 | Dornier Gmbh Lindauer | DEVICE FOR SEPARATING OBJECTS |
| JPH03124837A (en) * | 1989-10-09 | 1991-05-28 | Tsudakoma Corp | Heald frame for weaving machine, device for attaching the same frame and weaving machine equipped with the same device |
| JPH10158950A (en) * | 1996-11-27 | 1998-06-16 | Nissan Tecsys Kk | Middle hook attaching/detaching device for heald frame |
| CN201678792U (en) * | 2010-03-31 | 2010-12-22 | 芜湖康道尔纺织科技有限公司 | Fixing frame of upper threading plate for jacquard monofilaments |
| CN201817661U (en) * | 2010-09-28 | 2011-05-04 | 振石集团恒石纤维基业有限公司 | Warp break protector of weaving machine |
| CN101962846A (en) * | 2010-10-15 | 2011-02-02 | 吴国平 | Heald frame of circular loom |
| CN202684486U (en) * | 2012-07-25 | 2013-01-23 | 浙江旷达纺织机械有限公司 | Casing pipe fixing template structure for hole-collating device for assembling and manufacturing harness cord |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102773696B (en) | 2014-04-16 |
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