CN103088535A - Compilation control mechanism of computerized flat knitting machine three needle passage and bidirectional loop transfer technology - Google Patents
Compilation control mechanism of computerized flat knitting machine three needle passage and bidirectional loop transfer technology Download PDFInfo
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- CN103088535A CN103088535A CN2013100101332A CN201310010133A CN103088535A CN 103088535 A CN103088535 A CN 103088535A CN 2013100101332 A CN2013100101332 A CN 2013100101332A CN 201310010133 A CN201310010133 A CN 201310010133A CN 103088535 A CN103088535 A CN 103088535A
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Abstract
The invention discloses a compilation control mechanism of a computerized flat knitting machine three needle passage and a bidirectional loop transfer technology. The compilation control mechanism of the computerized flat knitting machine three needle passage and the bidirectional loop transfer technology comprises a triangle base plate, wherein the triangle base plate comprises a density triangle, loop transfer triangles, a zig-zag triangle, cast-on needle erect composite triangles, a doubling stitch triangle, a needle connection triangle, needle blocking triangles, upper back stitching triangles, adjustable back stitching triangles, lower needle blocking triangles, needle selection devices, a needle selecting triangle, a needle selecting piece upper track triangle, needle selecting pieces and needle lifting triangles, wherein the density triangle, the loop transfer triangles, the zig-zag triangle, the cast-on needle erect composite triangles, the doubling stitch triangle, the needle connection triangle, the needle blocking triangles, the upper back stitching triangles, the adjustable back stitching triangles and the lower needle blocking triangles are used for controlling knitting needle movements, the needle selection devices, the needle selecting triangle, the needle selecting piece upper track triangle, the needle selecting pieces and the needle lifting triangles are used for controlling knitting needle knitting states, the needle selecting piece upper track triangle is arranged in the middle of the triangle base plate, and the needle selecting triangle, the needle selecting pieces and the needle lifting triangles are arranged on the lower portion of the triangle base plate. According to the compilation control mechanism of the computerized flat knitting machine three needle passage and the bidirectional loop transfer technology, a middle needle erect piece is adopted to carry out a segmentation guide needle mode, carious pushing pieces and pressing pieces in an existing computerized flat knitter are removed, and meanwhile due to the fact that the number of movable triangles is greatly reduced, a plurality of redundant electromagnets are removed, only one electromagnet is adopted to carry out gang control of movements of the loop transfer triangles and the doubling stitch triangle, and a machinery failure rate is reduced to a maximum extent.
Description
Technical field
The present invention relates to computer flat knitting machine, particularly a kind of establishment controlling organization for Computerized flat knitting machine three needle tracks and two-way barring-on technology.
Background technology
The braiding controlling mechanism of computer flat knitting machine is arranged on cam base plate, generally is comprised of single or multiple system for weaving.It is below existing braiding controlling mechanism with type.
The knitting mechanism that two system for weaving as depicted in figs. 1 and 2 form, this braiding controlling mechanism is two system for weaving, can be single or two system for weaving participate in simultaneously braiding.Elevating cam 102 and transfer cam 101 are the form realization interlock modes one on the other with lever.During lopping, elevating cam 102 is laid, and transfer cam 101 is mentioned, and 111 times pin heel effects of 102 pairs of needle jacks of elevating cam make knitting needle enter lopping work.During barring-on, the triangle action is opposite, and transfer cam 101 is laid, and to needle jack 111 top butt effects, elevating cam 102 is mentioned, and makes knitting needle enter barring-on and receiving coil work.Barring-on, tuck knitting are also wanted the cooperation of push jack group 107.The push jack group works to 113 station pins, and 107 is movable push jack group, and 108 do not weave pressing plate.It is the key of completing three kinds of states of braiding in same line.So though this controlling organization possesses the braiding function of three needle track technology and two-way barring-on, but structure is too complicated, and the size of cam base plate is larger, so that the also corresponding increase of head of cam base plate is installed, cause at last head swing away in coming and going operation process excessive, reduce braid efficiency.
Summary of the invention
The objective of the invention is, for the defects of prior art, provide a kind of establishment controlling organization for Computerized flat knitting machine three needle tracks and two-way barring-on technology.
for solving the above-mentioned deficiency of prior art, the technical scheme that the present invention will solve is: the establishment controlling organization of a kind of Computerized flat knitting machine three needle tracks and two-way barring-on technology, comprise cam base plate, described cam base plate is provided with the density triangular of controlling needle motion, transfer cam, the herringbone triangle, withdrawal of needle is endured the pin Composite Triangular, tuck cam, connect the pin triangle, block the pin triangle, upper back-stitching cam, adjustable back-stitching cam blocks the pin triangle under reaching, and the slide cam selector of control knitting needle woven condition, needle selecting cam, track triangle on selection piece, selection piece and lift the pin triangle, on described selection piece, the track triangle is arranged on the centre of described cam base plate, described needle selecting cam, selection piece and lift the bottom that the pin triangle is arranged on described cam base plate, described slide cam selector be arranged on track triangle on described needle selecting cam and selection piece between.
A kind of improvement as the establishment controlling organization of Computerized flat knitting machine three needle tracks of the present invention and two-way barring-on technology, described density triangular, transfer cam, herringbone triangle, upper back-stitching cam, adjustable back-stitching cam are arranged on the upper end of described cam base plate, form a woven extent, be combined into the operation needle track of knitting needle.
As a kind of improvement of the establishment controlling organization of Computerized flat knitting machine three needle tracks of the present invention and two-way barring-on technology, described density triangular loose joint is in an end of the Eight characters skewed slot of cam base plate, and each is by a step motor control,
As a kind of improvement of the establishment controlling organization of Computerized flat knitting machine three needle tracks of the present invention and two-way barring-on technology, described transfer cam and described tuck cam link through a leverage.When wanting barring-on, sending signal by computerized control system, to act on the lever transfer cam to drive magnet downward, tuck cam is upwards mentioned, in the time will weaving with tuck, send opposite signal by computerized control system and withdraw from effect to drive magnet, upwards mentioned by the spring action transfer cam, tuck cam is downward.
A kind of improvement as the establishment controlling organization of Computerized flat knitting machine three needle tracks of the present invention and two-way barring-on technology, described withdrawal of needle endure pin Composite Triangular, tuck cam and connect the pin triangle, block the pin triangle, under block the pin triangle be arranged on cam base plate on the upper side position, in the middle of forming, the transitionality of needle jack operation when work is walked needle track.
As a kind of improvement of the establishment controlling organization of Computerized flat knitting machine three needle tracks of the present invention and two-way barring-on technology, described withdrawal of needle is endured the pin Composite Triangular and is connect the pin triangle and connects black iron by a back of the body and fix, and loose joint simultaneously is in described cam base plate.Withdrawal of needle is endured the pin Composite Triangular and is connect the pin triangle and can lift easily the knitting needle that gets out of the way all working state and pin very by ouble bar link mechanism when machine maintenance, solves the semiclosed needle track problem that critical point can't pass through that takes the needle.
Compared with prior art, advantage of the present invention is: in the middle of the present invention adopts, needle jack is implemented segmentation guide pin form, various push jacks and compressing tablet in former computer flat knitting machine have been saved, simultaneously because movable triangle reduces in a large number, numerous unnecessary electromagnet have been removed, only implement with an electromagnet action that transfer cam and tuck cam are controlled in interlock, reduce to greatest extent failure rate of machinery, maintenance and repair are convenient.Due to rational in infrastructure and compact in design, reduced the cam base plate lateral dimension, a kind of consumptive material is few, volume is little in order to produce, and guarantees again the high efficiency computer flat knitting machine of various braiding functions, meets the needs of modern production and development.
Description of drawings
Fig. 1 is that existing computer flat knitting machine possesses same line braiding, tuck, do not knit and the two-way barring-on braiding control structure schematic diagram of same line front and back needle thread loop to moving.
Fig. 2 is the knitting complex structure schematic diagram of existing Computerized flat knitting machine.
Fig. 3 is braiding controlling mechanism schematic diagram of the present invention.
Fig. 4 is the same line braiding of the present invention, tuck, the technology of not knitting weaves the control structure schematic diagram.
Fig. 5 is the two-way barring-on technology braiding control structure schematic diagram of needle thread loop to moving before and after the same line of the present invention.
Fig. 6 is transfer cam and tuck cam linkage structure schematic diagram.
label in accompanying drawing: 1 cam base plate, 2 density triangulars, 3 transfer cams, 4 herringbone triangles, 5-1, the 5-2 withdrawal of needle is endured the pin Composite Triangular, 6 tuck cams, 7 connect the pin triangle, 8 block the pin triangle, back-stitching cam on 9, 10 adjustable back-stitching cams, block the pin triangle 11 times, track triangle on 12 selection pieces, 13 needle selecting cams, 14-1 lifts the pin triangle, 15 cam base plate splayed chutes, 16-1, 16-2, 16-3, the 16-4 slide cam selector, 21 knitting needles, needle jack in the middle of 22, 23 selection pieces, 30 back ofs the body connect black iron, 31 handles, 101 transfer cams, 102 elevating cams, 103 herringbone triangles, back-stitching cam on 104, 105 density triangulars, 106 withdrawals of needle connect the pin Composite Triangular, 107 movable push jacks, 108 do not weave pressing plate, 110 knitting needles, 111 needle jacks, 112 selection pieces, 113 station pins.
The specific embodiment
Below just the invention will be further described with reference to the accompanying drawings.
as shown in Figure 3, the establishment controlling organization of a kind of Computerized flat knitting machine three needle tracks and two-way barring-on technology, comprise cam base plate 1, cam base plate 1 is provided with the density triangular 2 of controlling needle motion, transfer cam 3, herringbone triangle 4, withdrawal of needle is endured pin Composite Triangular 5-1, 5-2, tuck cam 6, connect pin triangle 7, block pin triangle 8, upper back-stitching cam 9, under reaching, adjustable back-stitching cam 10 blocks pin triangle 11, and the slide cam selector 16-1 of control knitting needle woven condition, 16-2, 16-3, 16-4, needle selecting cam 13, track triangle 12 on selection piece, selection piece 23 and lift pin triangle 14-1, 14-2, 14-3, 14-4, on selection piece, track triangle 12 is arranged on the centre of cam base plate 1, needle selecting cam 12, selection piece 23 and lift pin triangle 14-1, 14-2, 14-3, 14-4 is separately positioned on the bottom of cam base plate 1, slide cam selector 16-1, 16-2, 16-3, 16-4 be arranged on track triangle 12 on needle selecting cam 13 and selection piece between.
Wherein, density triangular 2, transfer cam 3, herringbone triangle 4, upper back-stitching cam 9, adjustable back-stitching cam 10 are arranged on the upper end of cam base plate 1, form a woven extent, are combined into the operation needle track of knitting needle.
Density triangular 2,2-1 loose joint are in the Eight characters skewed slot 15-1 of cam base plate 1 and the end of 15-2, and each is divided into a plurality of density ranks by the Density requirement by a step motor control along cam base plate 1 splayed skewed slot 15-1 and 15-2 slip.
As shown in Figure 6, transfer cam 3 and tuck cam 6 link through a leverage.When wanting barring-on, sending signal by computerized control system acts on lever to drive magnet and makes transfer cam 3 downward, 6 of tuck cams are upwards mentioned, in the time will weaving with tuck, send opposite signal by computerized control system and withdraw from effect to drive magnet, upwards mentioned by spring action transfer cam 3,6 of tuck cams are downward.
Withdrawal of needle endure pin Composite Triangular 5-1,5-2, tuck cam 6 and connect pin triangle 7, block pin triangle 8, under block pin triangle 11 be arranged on cam base plate 1 on the upper side position, in the middle of forming, the transitionality of needle jack 22 operation when work is walked needle track, withdrawal of needle is endured pin Composite Triangular 5-1 and connects pin triangle 7 that to connect black iron 30 by a back of the body fixing, and loose joint simultaneously is in described cam base plate 1.Withdrawal of needle is endured pin Composite Triangular 5-1,5-2 and is connect pin triangle 7 and can lift easily the knitting needle 21 that gets out of the way all working state and pin very by ouble bar link mechanism when machine maintenance, solves the semiclosed needle track problem that critical point can't pass through that takes the needle.
Withdrawal of needle is endured pin Composite Triangular 5-, 5-2 and is connect pin triangle 7 one and be connected.Can make vertically-acting, be set as fixed form during knitting, can together mention by handle 31 during maintaining.
the establishment controlling organization of Computerized flat knitting machine three needle tracks of the present invention and two-way barring-on technology is arranged on computer flat knitting machine head, come and go mobile in the braiding fabric width of setting with head, the machine language that converts to by fabric tissue plate-making, by slide cam selector 16-1 and 16-2 or 16-4 and the selected selection piece 23 that is arranged in the needle-bar needle tray of 16-3, rise on the slope of needle selecting cam 13, promote the middle needle jack 22 corresponding with it and enter its transitionality to walk needle track, then endure pin Composite Triangular 5-2 and 5-1 along withdrawal of needle, tuck cam 6 and connecing on the slope of pin triangle 7 rises, promoting the knitting needle 21 corresponding with it both rises to take the altitude and works.Block pin triangle 8 and under block 11 of pin triangles the middle needle jack 22 of finishing the work delivered to original position.
As shown in Figure 4, the control structure of same line three needle track knitting skills.When head moved from right to left, tuck cam 6 puts down worked, and Fig. 33 of hypographous transfer cams of getting the bid of interlock are mentioned with it.It is selected by lifting the selection piece 23 corresponding to knitting needle that will participate in weaving in the needle-bar needle tray that be arranged on that pin triangle 14-1 lifts that slide cam selector 16-1 accepts the instruction of computer, faller gill 23 rises on a of needle selecting cam 13 takes the needle the inclined-plane, promote the middle needle jack 22 corresponding with it and enter its transitionality to walk needle track, pin heel when knitting needle 21 and middle needle jack 22 and selection piece 23 braiding during the little box indicating of black braiding in Fig. 4, middle needle jack 22 rise on the left side that withdrawal of needle is endured pin Composite Triangular 5-1 takes the needle the inclined-plane and promote knitting needle 21 and rise to set braiding and highly participate in knitting.At the same time, it is selected by lifting the selection piece 23 corresponding to knitting needle that will participate in tuck in the needle-bar needle tray that be arranged on that pin triangle 14-2 lifts that slide cam selector 16-2 also accepts the instruction of computer, faller gill 23 rises on the b of needle selecting cam 13 takes the needle the inclined-plane, promote the middle needle jack 22 corresponding with it and enter its transitionality to walk needle track, in Fig. 4 during white little box indicating tuck when knitting needle 21 and middle needle jack 22 and selection piece 23 tuck the pin heel, middle needle jack 22 rises and promotes knitting needle 21 on tuck cam 6 left sides take the needle the inclined-plane and rises to set tuck height participation tuck work.The machine language that converts to by fabric tissue plate-making, the selection piece of not chosen by slide cam selector 16-1 or 16-2 will be pressed into the needle-bar needle tray, corresponding knitting needle 21 and 22 of middle needle jacks do not worked with it, knitting needle slips over along zero line, in Fig. 4, small circle represents the needle track that knitting needle is not knitted, so far, completed the braiding of three needle tracks that head moves from right to left.
Head returns when moving from left to right, successively by slide cam selector 16-4 and 16-3 work, repeats the three needle track braidings that next line is completed in above action.
As shown in Figure 5, the braiding controlling mechanism of needle thread loop to the two-way barring-on technology of moving before and after same line.When head moved from right to left, transfer cam 3 puts down worked, and the figure of the interlock hypographous tuck cam 6 of getting the bid is mentioned and do not worked with it.It is selected by lifting the selection piece 23 corresponding to knitting needle that will participate in weaving in the needle-bar needle tray that be arranged on that pin triangle 14-1 lifts that slide cam selector 16-1 accepts the instruction of computer, selection piece 23 rises on a of needle selecting cam 13 takes the needle the inclined-plane, promotes the middle needle jack 22 corresponding with it and enter its transitionality to walk needle track.The pin heel of knitting needle 21 and middle needle jack 22 and selection piece during the little box indicating barring-on of black in Fig. 5.Middle needle jack 22 rises on the left side that withdrawal of needle is endured pin Composite Triangular 5-1 takes the needle the inclined-plane, and promotes the inclined-plane that takes the needle that knitting needle 21 rises to transfer cam 3, rises to set barring-on height and participates in barring-on work.At the same time, it is selected by lifting the selection piece 23 corresponding to knitting needle that will participate in connecing pin in the needle-bar needle tray that be arranged on that pin triangle 14-2 lifts that slide cam selector 16-2 also accepts the instruction of computer, faller gill 23 rises on the b of needle selecting cam 13 takes the needle the inclined-plane, promotes the middle needle jack 22 corresponding with it and enter its transitionality to walk needle track.The pin heel of knitting needle 21 and middle needle jack 22 and selection piece during white little box indicating tuck in Fig. 5.Middle needle jack 22 takes the needle to rise on the inclined-plane and promote knitting needle 21 and rises to the set pin height participation that connects and connect pin work through connecing pin triangle 7.The machine language that converts to by fabric tissue plate-making, the selection piece of not chosen by slide cam selector 16-1 or 16-2 will be pressed into the needle-bar needle tray, corresponding knitting needle 21 and 22 of middle needle jacks do not worked with it, and knitting needle slips over along zero line, and in Fig. 5, whether small circle represent knitting needle or not road.Braiding controlling mechanism on head front-rear triangular base plate is corresponding to above action, and one moves one connects.So far, completed the braiding of the two-way barring-on that head moves from right to left.
Head returns when moving from left to right, successively by slide cam selector 16-4 and 16-3 work, repeats the two-way barring-on braiding that next line is completed in above action.
Claims (6)
1. the establishment controlling organization of Computerized flat knitting machine three needle tracks and two-way barring-on technology, it is characterized in that, comprise cam base plate, described cam base plate is provided with the density triangular of controlling needle motion, transfer cam, the herringbone triangle, withdrawal of needle is endured the pin Composite Triangular, tuck cam, connect the pin triangle, block the pin triangle, upper back-stitching cam, adjustable back-stitching cam, under block the pin triangle, and the slide cam selector of control knitting needle woven condition, needle selecting cam, track triangle on selection piece, selection piece and lift the pin triangle, on described selection piece, the track triangle is arranged on the centre of described cam base plate, described needle selecting cam, selection piece and lift the bottom that the pin triangle is arranged on described cam base plate, described slide cam selector is arranged on described needle selecting cam and selection piece between the track triangle.
2. the establishment controlling organization of Computerized flat knitting machine three needle tracks according to claim 1 and two-way barring-on technology, it is characterized in that, described density triangular, transfer cam, herringbone triangle, upper back-stitching cam, adjustable back-stitching cam are arranged on the upper end of described cam base plate, form a woven extent, be combined into the operation needle track of knitting needle.
3. the establishment controlling organization of Computerized flat knitting machine three needle tracks according to claim 1 and two-way barring-on technology, is characterized in that, described density triangular loose joint is in an end of the Eight characters skewed slot of cam base plate, and each is by a step motor control.
4. the establishment controlling organization of Computerized flat knitting machine three needle tracks according to claim 1 and two-way barring-on technology, is characterized in that, described transfer cam and described tuck cam link through a leverage.
5. the establishment controlling organization of Computerized flat knitting machine three needle tracks according to claim 1 and two-way barring-on technology, it is characterized in that, described withdrawal of needle endure pin Composite Triangular, tuck cam and connect the pin triangle, block the pin triangle, under block the pin triangle be arranged on cam base plate on the upper side position, in the middle of forming, the transitionality of needle jack operation when work is walked needle track.
6. the establishment controlling organization of Computerized flat knitting machine three needle tracks according to claim 1 and two-way barring-on technology, is characterized in that, described withdrawal of needle is endured the pin Composite Triangular and connect the pin triangle and connects black iron by a back of the body and fix, and loose joint simultaneously is in described cam base plate.
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| CN2013100101332A CN103088535A (en) | 2013-01-11 | 2013-01-11 | Compilation control mechanism of computerized flat knitting machine three needle passage and bidirectional loop transfer technology |
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| CN2013100101332A CN103088535A (en) | 2013-01-11 | 2013-01-11 | Compilation control mechanism of computerized flat knitting machine three needle passage and bidirectional loop transfer technology |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104233616A (en) * | 2014-09-02 | 2014-12-24 | 江苏国茂纺织科技有限公司 | Knitting mechanism of computerized flat knitting machine |
| CN104328594A (en) * | 2014-11-24 | 2015-02-04 | 西安工程大学 | Five-location computerized flat knitting machine knitting mechanism adopting electromagnetic needle selection |
| CN109183263A (en) * | 2018-09-06 | 2019-01-11 | 桐乡市强隆机械有限公司 | A kind of Computerized flat knitting machine knitting mechanism and method |
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| CN102534987A (en) * | 2011-12-23 | 2012-07-04 | 东阳市金艺科技有限公司 | Three-station knitting cam system |
| CN203034222U (en) * | 2013-01-11 | 2013-07-03 | 邓福明 | Computerized flat knitting machine three-needle way and compilation control mechanism of two-way transfer technology |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104233616A (en) * | 2014-09-02 | 2014-12-24 | 江苏国茂纺织科技有限公司 | Knitting mechanism of computerized flat knitting machine |
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| CN104328594A (en) * | 2014-11-24 | 2015-02-04 | 西安工程大学 | Five-location computerized flat knitting machine knitting mechanism adopting electromagnetic needle selection |
| CN109183263A (en) * | 2018-09-06 | 2019-01-11 | 桐乡市强隆机械有限公司 | A kind of Computerized flat knitting machine knitting mechanism and method |
| CN109183263B (en) * | 2018-09-06 | 2023-11-07 | 桐乡市强隆机械有限公司 | Knitting mechanism and method of computerized flat knitting machine |
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Application publication date: 20130508 |