CN204780103U

CN204780103U - Full motor flat -bed machine bottom plate of dual system with bi -motor playback

Info

Publication number: CN204780103U
Application number: CN201520319295.9U
Authority: CN
Inventors: 王靖敏
Original assignee: Tongxiang Qianglong Machinery Co Ltd
Current assignee: Tongxiang Qianglong Machinery Co Ltd
Priority date: 2015-05-18
Filing date: 2015-05-18
Publication date: 2015-11-18
Anticipated expiration: 2025-05-18

Abstract

The utility model relates to a full motor flat -bed machine bottom plate of dual system with bi -motor playback. Still there is not at present the full motor flat -bed machine bottom plate of dual system with bi -motor playback that can reduce the energy consumption. The utility model discloses a triangle of pushing pin on the triangle mother board, two numbers triangles of pushing pin, the four numbers triangles of pushing pin of trigonometric sum of pushing pin for three numbers are installed to the triangle mother board, the draw runner, and motion control structure about the triangle of pushing pin, its characteristics are: the motion control structure is including pushing pin triangle motor, cam, a guide pillar and no. Two guide pillars from top to bottom for the triangle of pushing pin, and the cam is connected on the triangle motor of pushing pin, and a guide pillar and no. Two guide pillars are all fixed on the draw runner and are located the cam both sides respectively, and a guide pillar and no. Two guide pillars all cooperate with the cam, the motion control structure is including pushing pin triangle motor, gear and rack from top to bottom for the triangle of perhaps pushing pin, and gear connection is on the triangle motor of pushing pin, and the rack is fixed on the draw runner, rack and gear engagement. The utility model discloses can reduce the energy consumption, improve and weave the accuracy.

Description

A kind of full motor flat knitting machine soleplate of dual system with bi-motor playback

Technical field

The utility model relates to a kind of full motor flat knitting machine soleplate of dual system with bi-motor playback, belongs to a kind of flat knitting machine soleplate.

Background technology

In Computerized flat knitting machine, magnet steel is generally adopted to be adsorbed in the knee-action that the mode that large thick stick plane drags completes triangle of pushing pin at present, which relies on the absorption affinity of magnet steel and great Gang (iron piece) to rub completely and drives the guide pillar execution of triangle of pushing pin, frictional force is very large, easily cause the wearing and tearing of large thick stick, cause head overall operation resistance very large, complete machine easily produces and rocks, the accuracy of impact braiding; Also very high to the power requirement of mair motor, waste electricity, not energy-conserving and environment-protective; Because resistance is very large, the wearing and tearing of synchronizing wheel and Timing Belt are also very large, and the profile of tooth of synchronizing wheel is is easily worn and torn, and time serious, profile of tooth can come off, and causing changing synchronizing wheel could normally use, and greatly reduces the service life of complete machine.What generally adopt at present is that electromagnet impact guide pillar completes the function action of turning over pin guide block and middle mountain these two triangles of guide block, in use procedure, stitch easily returns these two gable-top, cause completing predetermined braiding function, greatly reduce the overall performance of flat knitting machine soleplate, in addition, the noise in running is large, has instant impact during electromagnet impact, electromagnet and guide pillar easily wear and tear, and service life is not high.

Also there is now the flat knitting machine soleplate of other structures, if publication date is on November 24th, 2010, publication number is in the Chinese patent of CN101892550A, disclose a kind of cam system of braiding flat-bed machine, the cam system of this braiding flat-bed machine comprises cam base plate, depressing cam mechanism, this depressing cam mechanism comprises that a left side does not knit that depressing cam is not knitted on depressing cam, the right side, a left side connects pin depressing cam, the right side connects pin depressing cam, two sections of degree order depressing cams, hang order depressing cam, and depressing cam mechanism drives each depressing cam to do action by a driving mechanism; Driving mechanism comprise depressing cam motor, gear, the first tooth bar, with the second tooth bar; First tooth bar is provided with the first chute, the second tooth bar is provided with the second chute, each depressing cam is all fixed with a latch, latch to be inserted in chute and slide relatively, and chute has horizontal concrete chute section and tip chute section; When being positioned at horizontal concrete chute section when latch and doing relative sliding at this horizontal concrete chute, corresponding depressing cam keeps motionless; When latch is positioned at tip chute section, corresponding depressing cam does the action perpendicular to the turnover of cam base plate plane, and the overall construction design of the cam system of this braiding flat-bed machine is reasonable not.

In sum, also do not have a kind of structure simple, reasonable in design at present, design is unique, is conducive to reducing energy consumption, improves braiding accuracy, extends the full motor flat knitting machine soleplate of dual system with bi-motor playback in complete machine service life.

Utility model content

The purpose of this utility model is to overcome above shortcomings in prior art, and provides a kind of structure simple, reasonable in design, triangle scientific arrangement, be conducive to reducing energy consumption, improve braiding accuracy, extend the full motor flat knitting machine soleplate of dual system with bi-motor playback in complete machine service life.

The technical scheme in the invention for solving the above technical problem is: should comprise triangle motherboard with the full motor flat knitting machine soleplate of dual system of bi-motor playback, triangle is protected in the left side be arranged on triangle motherboard, pin guide block is turned on a left side, triangle is protected in centre, pin guide block is turned on the right side, triangle is protected on right side, left sharp triangle, right sharp triangle, left back-stitching cam, a degree order triangle, left mountain guide block, No. two degree order triangles, No. three degree order triangles, right mountain guide block, No. four degree order triangles, right back-stitching cam, left side retains protects triangle, left dish triangle, middle reservation, protects triangle, right dish triangle, right side retains protects triangle, left side is long protects triangle, middle length protects triangle, right side is long protects triangle, a triangle of pushing pin, No. two triangles of pushing pin, No. three triangles of pushing pin, No. four triangles of pushing pin, triangle is protected in lower-left, triangle is protected under centre, triangle is protected in bottom right, middle back-stitching cam, left length is protected the right length of trigonometric sum and is protected triangle, draw runner, triangle knee-action control structure of pushing pin, a triangle guide pillar of pushing pin, a guide pin bushing, No. two triangle guide pillars of pushing pin, No. two guide pin bushings, No. three triangle guide pillars of pushing pin, No. three guide pin bushings, No. four triangle guide pillars of pushing pin, No. four guide pin bushings, and the left side be arranged on triangle motherboard connects pin and hangs order tablet press mechanism and the right side and connect pin and hang order tablet press mechanism, triangle is protected in described left side, pin guide block is turned on a left side, triangle is protected in centre, the right side is turned over pin guide block and right side and is protected triangle and be arranged in order from left to right, and triangle is protected in described left side, left back-stitching cam, left side retains protects triangle, left side is long to be protected trigonometric sum lower-left and protects triangle and be arranged in order from top to bottom, described left sharp triangle, pin guide block is turned on a left side, left mountain guide block and left dish triangle are arranged in order from top to bottom, and a described degree order trigonometric sum No. two degree order triangles lay respectively at left side and the right side of left mountain guide block, and triangle is protected in described centre, middle back-stitching cam, middle reservation, protects triangle, protect triangle under middle length protects trigonometric sum centre to be arranged in order from top to bottom, described right sharp triangle, pin guide block is turned on the right side, right mountain guide block and right dish triangle are arranged in order from top to bottom, and described No. three degree order trigonometric sums No. four degree order triangles lay respectively at left side and the right side of right mountain guide block, and triangle is protected on described right side, right back-stitching cam, right side retains protects triangle, right side is long to be protected trigonometric sum bottom right and protects triangle and be arranged in order from top to bottom, a described triangle of pushing pin is positioned at the top that triangle is protected in lower-left, described No. two No. three, trigonometric sums of pushing pin are pushed pin and are protected the top of triangle under triangle is all positioned at centre, described No. four triangles of pushing pin are positioned at the top that triangle is protected in bottom right, a described triangle of pushing pin, No. two triangles of pushing pin, No. three trigonometric sum No. four triangles of pushing pin of pushing pin are arranged in order from left to right, and described left side is long protects triangle, left length protects triangle, middle length protects triangle, right length to be protected on the right side of trigonometric sum and is longly protected triangle and be arranged in order from left to right, one end of a described triangle guide pillar of pushing pin is fixed on the back side of a triangle of pushing pin, one end of a described guide pin bushing is fixed on No. one and pushes pin on triangle guide pillar, one end of described No. two triangle guide pillars of pushing pin is fixed on the back side of No. two triangles of pushing pin, one end of described No. two guide pin bushings is fixed on No. two and pushes pin on triangle guide pillar, one end of described No. three triangle guide pillars of pushing pin is fixed on the back side of No. three triangles of pushing pin, one end of described No. three guide pin bushings is fixed on No. three and pushes pin on triangle guide pillar, one end of described No. four triangle guide pillars of pushing pin is fixed on the back side of No. four triangles of pushing pin, one end of described No. four guide pin bushings is fixed on No. four and pushes pin on triangle guide pillar, and described draw runner is provided with and is respectively used to a triangle of pushing pin, No. two triangles of pushing pin, No. three No. four, trigonometric sums of pushing pin are pushed pin the chute that triangle knee-action carries out leading, No. two chutes, No. three chutes and No. four chutes, a described guide pin bushing, No. two guide pin bushings, No. three guide pin bushings and the cross-under of No. four guide pin bushing difference are at a chute, No. two chutes, in No. three chutes and No. four chutes, its design feature is: described in triangle knee-action control structure of pushing pin comprise triangle motor of pushing pin, cam, a guide pillar and No. two guide pillars, described triangle motor of pushing pin is fixed on the back side of triangle motherboard, described cam is connected to pushes pin on triangle motor, a described guide pillar and No. two guide pillars are all fixed on draw runner, this guide pillar and No. two guide pillars lay respectively at the both sides of cam, and a described guide pillar and No. two guide pillars are all and cam engagement, or described in triangle knee-action control structure of pushing pin comprise push pin triangle motor, gear and tooth bar, described triangle motor of pushing pin is fixed on the back side of triangle motherboard, described gear is connected to pushes pin on triangle motor, and described tooth bar is fixed on draw runner, and this rack and pinion engages.

As preferably, dual system electric baseboard described in the utility model also comprises left needle selecting foot briquetting and right needle selecting foot briquetting, described left needle selecting foot briquetting and right needle selecting foot briquetting are installed on triangle motherboard, described left needle selecting foot briquetting is positioned at the long below protecting triangle, left side, and described right needle selecting foot briquetting is positioned at the long below protecting triangle, right side.

As preferably, the right side of the left side of left mountain described in the utility model guide block and No. respectively with one, right side degree order triangle and the left contact of No. two degree order triangles, the right side of the left side of described right mountain guide block and No. respectively with three, right side degree order triangle and the left contact of No. four degree order triangles.

As preferably, a chute described in the utility model, No. two chutes, No. three chutes and No. four chutes include upper crosspiece, in tiltedly section and lower crosspiece, in described, the oblique upper end of section is connected with one end of upper crosspiece, in this, the lower end of oblique section is connected with one end of lower crosspiece, in described oblique section to triangle motherboard distance therefrom tiltedly section upper end in the lower end of oblique section increase gradually.

As preferably, one end of a triangle guide pillar of pushing pin described in the utility model is vertically fixed on the back side of a triangle of pushing pin, one end of described No. two triangle guide pillars of pushing pin is vertically fixed on the back side of No. two triangles of pushing pin, one end of described No. three triangle guide pillars of pushing pin is vertically fixed on the back side of No. three triangles of pushing pin, and one end of described No. four triangle guide pillars of pushing pin is vertically fixed on the back side of No. four triangles of pushing pin.

As preferably, the full motor flat knitting machine soleplate of dual system described in the utility model also comprise three interlock left sides strike linkage and three interlock the right sides strike linkage, described three interlock left sides are struck linkage and are comprised left motor, left cam, bar is struck on a left side, left guide pillar positioning seat, the first from left guide pillar and the second from left guide pillar, described left motor is arranged on the back side of triangle motherboard, described left cam is provided with skewed left chute, described the first from left guide pillar and the second from left guide pillar are respectively arranged with the first from left guide pillar groove and the second from left guide pillar groove, one end of this first from left guide pillar and one end of the second from left guide pillar are separately fixed at a left side and turn over the back side of pin guide block and the back side of left mountain guide block, described left guide pillar positioning seat is fixed on the back side of triangle motherboard, described the first from left guide pillar and the second from left guide pillar are all movably connected on left guide pillar positioning seat, a described left side is struck bar and is disposed with the first from left guide pillar connecting portion from top toward bottom, bar articulated section is struck on a left side, the second from left guide pillar connecting portion and left cam contact, a described left side is struck bar articulated section and is rotatably connected on left guide pillar positioning seat, described the first from left guide pillar connecting portion and the second from left guide pillar connecting portion lay respectively in the first from left guide pillar groove and the second from left guide pillar groove, described left cam contact and left slide coordinate, the described three interlock right sides are struck linkage and are comprised right motor, right cam, bar is struck on the right side, right guide pillar positioning seat, a right guide pillar and right No. two guide pillars, described right motor is arranged on the back side of triangle motherboard, described right cam is provided with skewed right rail, a described right guide pillar and right No. two guide pillars are respectively arranged with a right guide pillar groove and right No. two guide pillar grooves, one end of this guide pillar in right side and one end of right No. two guide pillars are separately fixed at the right side and turn over the back side of pin guide block and the back side of right mountain guide block, described right guide pillar positioning seat is fixed on the back side of triangle motherboard, a described right guide pillar and right No. two guide pillars are all movably connected on right guide pillar positioning seat, the described right side is struck bar and is disposed with a right guide pillar connecting portion from top toward bottom, bar articulated section is struck on the right side, right No. two guide pillar connecting portions and right cam contact, the described right side is struck bar articulated section and is rotatably connected on right guide pillar positioning seat, a described right guide pillar connecting portion and right No. two guide pillar connecting portions lay respectively in a right guide pillar groove and right No. two guide pillar grooves, described right cam contact and right rail are slidably matched.

As preferably, the full motor flat knitting machine soleplate of dual system described in the utility model also comprises a degree order motor, No. two degree order motors, No. three degree order motors, No. four degree order motors, a degree order cam, No. two degree order cams, No. three degree order cams and No. four degree order cams, a described degree order motor, No. two degree order motors, No. three degree order motors and No. four degree order motors are installed in the back side of triangle motherboard, a described degree order cam, No. two degree order cams, No. three degree order cams and No. four degree order cams are connected to a degree order motor, No. two degree order motors, spend on order motors and No. four degree order motors for No. three, this No. one degree order cam, No. two degree order cams, the end face of No. three degree order cams and No. four degree order cams is respectively arranged with a gathering sill, No. two gathering sills, No. three gathering sills and No. four gathering sills, a described degree order triangle, No. two degree order triangles, the back side of No. three degree order trigonometric sums No. four degree order triangles is respectively arranged with a bearing, No. two bearings, No. three bearings and No. four bearings, a described bearing, No. two bearings, No. three bearings and No. four bearings respectively with number gathering sill, No. two gathering sills, No. three gathering sills and No. four gathering sills are slidably matched.

As preferably, a left side described in the utility model connects pin and hangs order tablet press mechanism and comprise a left side and connect pin and hang order compressing tablet, left skate, left compressing tablet gear and left compressing tablet motor, described left skate is provided with left compressing tablet tooth bar and left compressing tablet chute, described left compressing tablet motor is arranged on the back side of triangle motherboard, described left compressing tablet gear is arranged on left compressing tablet motor, this left compressing tablet gear and the engagement of left compressing tablet tooth bar, a described left side connects pin and hangs on order compressing tablet and be provided with axle sleeve, described axle sleeve and left compressing tablet slide coordinate, a described left side connects pin and hangs order compressing tablet and be positioned at a degree order triangle, the below of No. two left dish triangles of degree order trigonometric sum, the described right side connects pin and hangs order tablet press mechanism and comprise the right side and connect pin and hang order compressing tablet, right skate, right compressing tablet gear and right compressing tablet motor, described right skate is provided with right compressing tablet tooth bar and right compressing tablet chute, described right compressing tablet motor is arranged on the back side of triangle motherboard, described right compressing tablet gear is arranged on right compressing tablet motor, this right compressing tablet gear and the engagement of right compressing tablet tooth bar, the described right side connects pin and hangs on order compressing tablet and be provided with axle sleeve, described axle sleeve and right compressing tablet slide coordinate, the described right side connects pin and hangs order compressing tablet and be positioned at No. three degree order triangles, the below of No. four right dish triangles of degree order trigonometric sum.

As preferably, a triangle of pushing pin described in the utility model, No. two triangles of pushing pin, No. three No. four, trigonometric sums of pushing pin triangle of pushing pin all is movably arranged on triangle motherboard by triangle guide holder of pushing pin.

As preferably, upper crosspiece in a chute described in the utility model is positioned at the left side of a chute, upper crosspiece in described No. two chutes is positioned at the left side of No. two chutes, upper crosspiece in described No. three chutes is positioned at the right side of No. three chutes, and the upper crosspiece in described No. four chutes is positioned at the right side of No. four chutes.

The utility model compared with prior art, have the following advantages and effect: 1, eliminate magnet steel, devise the structure of motor and cam cleverly, or the structure of motor and gear, become rectilinear motion by motor translating rotation, complete the function action needed for braiding of triangle of pushing pin; 2, to make in transmission, without any friction, to greatly reduce the resistance of head, ensure that the light operation of head; 3, the consumption of mair motor is greatly reduced; 4, synchronizing wheel, the pulling force of Timing Belt and wearing and tearing are greatly reduced; 5, greatly reduce the wearing and tearing of large thick stick, greatly reduce the wearing and tearing of the operation bearing on head; 6, greatly reduce the energy consumption of complete machine, have very large advantage on energy-conservation, also current country advocates; 7, be run without rubbing between head and large thick stick, the operation of complete machine, without rocking, improves the accuracy of braiding function; 8, improve the service life of complete machine; 9, structure is simple, reasonable in design, and design is unique, dependable performance; 10, triangle arrangement science, rationally, each triangle forms an organic whole, mutual collaborative work, completes final braiding function.

Three interlock left sides are struck linkage and accurately can be completed a left side and turn over pin guide block and these two pieces of triangle function action positions of left mountain guide block, and the three interlock right sides are struck linkage and accurately can be completed the right side and turn over pin guide block and these two pieces of triangle function action positions of right mountain guide block.Strike in linkage on three interlock left sides, eliminate the structure of electromagnet impact, left motor is adopted to drive, the output shaft of left motor is designed with left cam, bar is struck on a left cam driven left side, promotion arc surface bar devising cleverly three interlocks is struck on a left side, and a left side is struck bar and driven the left mountain guide block guide pillar turning over a left side that pin guide block is connected with a left side and turn over pin guide block guide pillar and be connected with left mountain guide block respectively, completes upper and lower function action.For ensureing that the left chute of bar and left cam is struck on a left side, a left side turns over stationarity in pin guide block guide pillar groove and the guide block guide pillar groove transmission of left mountain, and a left side is struck on bar and is designed with arc surface and sphere, ensure that level and smooth transmission, transmission non-resistance.The rear output shaft of left motor is designed with left inductive disks, left inductive disks is designed with magnet steel, and left motor rear end face is designed with induction, can identify the position that left cam rotates accurately, ensure that left mountain guide block and the left elaborate position turning over the movement of pin guide block, accurately complete its function action position.

Strike in linkage on the three interlock right sides, eliminate the structure of electromagnet impact, right motor is adopted to drive, the output shaft of right motor is designed with right cam, bar is struck on the right cam driven right side, promotion arc surface bar devising cleverly three interlocks is struck on the right side, and the right side is struck bar and driven the right mountain guide block guide pillar turning over the right side that pin guide block is connected with the right side and turn over pin guide block guide pillar and be connected with right mountain guide block respectively, completes upper and lower function action.For ensureing that the right rail of bar and right cam is struck on the right side, the right side turns over stationarity in pin guide block guide pillar groove and the guide block guide pillar groove transmission of right mountain, and the right side is struck on bar and is designed with arc surface and sphere, ensure that level and smooth transmission, transmission non-resistance.The rear output shaft of right motor is designed with right inductive disks, right inductive disks is designed with magnet steel, and right motor rear end face is designed with induction, can identify the position that right cam rotates accurately, ensure that right mountain guide block and the right elaborate position turning over the movement of pin guide block, accurately complete its function action position.

The utility model turns over the stable drive of pin guide block and the playback of middle mountain guide block, weares and teares minimum, noiselessness; Strike bar round end all the time in the chute of cam, can not be returned by stitch top; Transmission position is accurate.The utility model is mainly applicable in the base plate of 12G, 13G, 14G, 15G.

Accompanying drawing explanation

Fig. 1 is the main TV structure schematic diagram with the dual system full motor flat knitting machine soleplate of bi-motor playback in the utility model embodiment.

Fig. 2 is the backsight structural representation with the full motor flat knitting machine soleplate of dual system of bi-motor playback in the utility model embodiment 1.

Fig. 3 relates generally to push pin the plan structure schematic diagram of triangle knee-action control structure in Fig. 2.

Fig. 4 is the backsight structural representation with the full motor flat knitting machine soleplate of dual system of bi-motor playback in the utility model embodiment 2.

Fig. 5 relates generally to push pin the plan structure schematic diagram of triangle knee-action control structure in Fig. 4.

Fig. 6 is the left main TV structure schematic diagram striking linkage of three interlocks for flat knitting machine soleplate in the utility model embodiment.

Fig. 7 is the left TV structure schematic diagram of Fig. 6.

Fig. 8 is the main TV structure schematic diagram in the utility model embodiment after left cam amplification.

Fig. 9 is the plan structure schematic diagram of Fig. 8.

Figure 10 is the cylindrical deployed configuration schematic diagram in the utility model embodiment after left cam amplification.

Figure 11 be in the utility model embodiment left strike bar amplify after main TV structure schematic diagram.

Figure 12 is the left TV structure schematic diagram of Figure 11.

Figure 13 be in the utility model embodiment left strike bar amplify after perspective view.

Figure 14 is the right main TV structure schematic diagram striking linkage of three interlocks for flat knitting machine soleplate in the utility model embodiment.

Figure 15 is the left TV structure schematic diagram of Figure 14.

Figure 16 is the main TV structure schematic diagram in the utility model embodiment after right cam amplification.

Figure 17 is the plan structure schematic diagram of Figure 16.

Figure 18 is the cylindrical deployed configuration schematic diagram in the utility model embodiment after right cam amplification.

Figure 19 be in the utility model embodiment right strike bar amplify after main TV structure schematic diagram.

Figure 20 is the left TV structure schematic diagram of Figure 19.

Figure 21 be in the utility model embodiment right strike bar amplify after perspective view.

Figure 22 is the sectional structure schematic diagram in A-A face in Fig. 2 and Fig. 4.

Figure 23 is that the utility model embodiment left side connects the main TV structure schematic diagram that pin hangs order tablet press mechanism.

Figure 24 is the plan structure schematic diagram of Figure 23.

Figure 25 is that the utility model embodiment right side connects the main TV structure schematic diagram that pin hangs order tablet press mechanism.

Figure 26 is the plan structure schematic diagram of Figure 25.

Detailed description of the invention

Below in conjunction with accompanying drawing, also by embodiment, the utility model is described in further detail, and following examples are that the utility model is not limited to following examples to explanation of the present utility model.

Embodiment 1.

See Fig. 1 to Fig. 3, Fig. 6 to Figure 26, in the present embodiment, comprise triangle motherboard 1 with the full motor flat knitting machine soleplate of dual system of bi-motor playback, triangle 2 is protected in left side, pin guide block 3 is turned on a left side, triangle 4 is protected in centre, pin guide block 5 is turned on the right side, triangle 6 is protected on right side, left sharp triangle 7, right sharp triangle 8, left back-stitching cam 9, a degree order triangle 10, left mountain guide block 11, No. two degree order triangles 12, No. three degree order triangles 13, right mountain guide block 14, No. four degree order triangles 15, right back-stitching cam 16, left side retains protects triangle 17, left dish triangle 18, middle reservation, protects triangle 19, right dish triangle 20, right side retains protects triangle 21, left side is long protects triangle 22, middle length protects triangle 23, right side is long protects triangle 24, left needle selecting foot briquetting 25, right needle selecting foot briquetting 26, a triangle 27 of pushing pin, No. two triangles 28 of pushing pin, No. three triangles 29 of pushing pin, No. four triangles 30 of pushing pin, triangle 31 is protected in lower-left, triangle 32 is protected under centre, triangle 33 is protected in bottom right, middle back-stitching cam 36, left length protects triangle 37, right length protects triangle 38, draw runner 39, to push pin triangle knee-action control structure, a triangle guide pillar of pushing pin, a guide pin bushing, No. two triangle guide pillars of pushing pin, No. two guide pin bushings, No. three triangle guide pillars of pushing pin, No. three guide pin bushings, No. four triangle guide pillars of pushing pin, No. four guide pin bushings, a left side connects pin and hangs order tablet press mechanism, the right side connects pin and hangs order tablet press mechanism, a degree order motor 60, No. two degree order motors 61, No. three degree order motors 62, No. four degree order motors 63, a degree order cam 64, No. two degree order cams 65, No. three degree order cams 66 and No. four degree order cams 67.

Triangle 2 is protected in left side in the present embodiment, pin guide block 3 is turned on a left side, triangle 4 is protected in centre, pin guide block 5 is turned on the right side, triangle 6 is protected on right side, left sharp triangle 7, right sharp triangle 8, left back-stitching cam 9, a degree order triangle 10, left mountain guide block 11, No. two degree order triangles 12, No. three degree order triangles 13, right mountain guide block 14, No. four degree order triangles 15, right back-stitching cam 16, left side retains protects triangle 17, left dish triangle 18, middle reservation, protects triangle 19, right dish triangle 20, right side retains protects triangle 21, left side is long protects triangle 22, middle length protects triangle 23, right side is long protects triangle 24, a triangle 27 of pushing pin, No. two triangles 28 of pushing pin, No. three triangles 29 of pushing pin, No. four triangles 30 of pushing pin, triangle 31 is protected in lower-left, triangle 32 is protected under centre, triangle 33 is protected in bottom right, middle back-stitching cam 36, left length is protected triangle 37 and right length and is protected triangle 38 and be installed on triangle motherboard 1.

Triangle 2 is protected in left side in the present embodiment, pin guide block 3 is turned on a left side, triangle 4 is protected in centre, pin guide block 5 is turned on the right side and right side is protected triangle 6 and is arranged in order from left to right, triangle 2 is protected in left side, left back-stitching cam 9, left side retain and protect long triangle 22 and the lower-left protected in triangle 17, left side and protect triangle 31 and be arranged in order from top to bottom, left sharp triangle 7, a left side turn over pin guide block 3, left mountain guide block 11 and left dish triangle 18 and are arranged in order from top to bottom, and left dish triangle 18 is positioned at the long top protecting triangle 22, left side.

In the present embodiment No. one degree order triangle 10 and No. two degree order triangles 12 lay respectively at left side and the right side of left mountain guide block 11, triangle 4, middle back-stitching cam 36 are protected in centre, triangle 19 is protected in middle reservation, middle length is protected triangle 32 under protecting triangle 23 and centre and is arranged in order from top to bottom, right sharp triangle 8, the right side turn over pin guide block 5, right mountain guide block 14 and right dish triangle 20 and are arranged in order from top to bottom, and right dish triangle 20 is positioned at the middle long top protecting triangle 23.

In the present embodiment No. three degree order triangles 13 and No. four degree order triangles 15 lay respectively at left side and the right side of right mountain guide block 14, triangle 6 is protected on right side, right back-stitching cam 16, right side retains protects triangle 21, right side is long to be protected triangle 24 and bottom right and protects triangle 33 and be arranged in order from top to bottom, a triangle 27 of pushing pin is positioned at the top that triangle 31 is protected in lower-left, the top of triangle 32 is protected under No. two push pin triangle 28 and No. three triangles 29 of pushing pin all are positioned at centre, No. four triangles 30 of pushing pin are positioned at the top that triangle 33 is protected in bottom right, a triangle 27 of pushing pin, No. two triangles 28 of pushing pin, No. three push pin triangle 29 and No. four triangles 30 of pushing pin are arranged in order from left to right, left side is long protects triangle 22, left length protects triangle 37, middle length protects triangle 23, right length protects that triangle 38 and right side are long to be protected triangle 24 and be arranged in order from left to right.

Left side in the present embodiment retain protect triangle 17, middle reservation protect triangle 19 and right side and retain and protect triangle 21 and be arranged in order from left to right, left side is long protects triangle 22, middlely longly protect triangle 23 and right side is long protects triangle 24 and be arranged in order from left to right, and lower-left is protected triangle 32 and bottom right and protected triangle 33 and be arranged in order from left to right under protecting triangle 31, centre.Left needle selecting foot briquetting 25 and right needle selecting foot briquetting 26 are installed on triangle motherboard 1, and left needle selecting foot briquetting 25 is positioned at the long below protecting triangle 22, left side, and right needle selecting foot briquetting 26 is positioned at the long below protecting triangle 24, right side.

The left side of left mountain guide block 11 and right side be the right side of respectively with number degree order triangle 10 and the left contact of No. two degree order triangles 12 usually, and the left side of right mountain guide block 14 and right side be the right side of respectively with No. three degree order triangles 13 and the left contact of No. four degree order triangles 15 usually.

One end of No. one in the present embodiment triangle guide pillar of pushing pin is fixed on the back side of a triangle 27 of pushing pin, one end of a guide pin bushing is fixed on No. one and pushes pin on triangle guide pillar, one end of No. two triangle guide pillars of pushing pin is fixed on the back side of No. two triangles 28 of pushing pin, one end of No. two guide pin bushings is fixed on No. two and pushes pin on triangle guide pillar, one end of No. three triangle guide pillars of pushing pin is fixed on the back side of No. three triangles 29 of pushing pin, one end of No. three guide pin bushings is fixed on No. three and pushes pin on triangle guide pillar, one end of No. four triangle guide pillars of pushing pin is fixed on the back side of No. four triangles 30 of pushing pin, one end of No. four guide pin bushings is fixed on No. four and pushes pin on triangle guide pillar.

Draw runner 39 in the present embodiment be provided be respectively used to No. 27, two, a triangle of pushing pin push pin No. 28, three, triangle push pin a chute 391, No. two chutes 392, No. three chutes 393 that triangle 29 and No. four triangle 30 knee-actions of pushing pin carry out leading and No. four chutes 394, guide pin bushing, No. two guide pin bushings, No. three guide pin bushings and No. four guide pin bushings respectively cross-under in a chute 391, No. two chutes 392, No. three chutes 393 and No. four chutes 394.When a chute 391, No. two chutes 392, when No. three chutes 393 and No. four chutes 394 move left and right with draw runner 39, a chute 391 can promote a guide pin bushing along chute 391 activity, No. two chutes 392 can promote No. two guide pin bushings along No. two chutes 392 activities, No. three chutes 393 can promote No. three guide pin bushings along No. three chutes 393 activities, No. four chutes 394 can promote No. four guide pin bushings along No. four chutes 394 activities, again by a guide pin bushing, No. two guide pin bushings, No. three guide pin bushings and No. four guide pin bushings drive a triangle 27 of pushing pin respectively, No. two triangles 28 of pushing pin, No. three push pin triangle 29 and No. four triangle 30 knee-actions of pushing pin, a triangle 27 of pushing pin, No. two triangles 28 of pushing pin, the knee-action of No. three push pin triangle 29 and No. four triangles 30 of pushing pin refers to along from the direction of the front of triangle motherboard 1 to the back side of triangle motherboard 1 or the direction from the back side of triangle motherboard 1 to the front of triangle motherboard 1.

Triangle knee-action control structure of pushing pin in the present embodiment comprises triangle motor 40 of pushing pin, cam 41, guide pillar 42 and No. two guide pillars 43, triangle motor 40 of pushing pin is fixed on the back side of triangle motherboard 1, cam 41 is connected to pushes pin on triangle motor 40, a guide pillar 42 and No. two guide pillars 43 are all fixed on draw runner 39, this guide pillar 42 and No. two guide pillars 43 lay respectively at the both sides of cam 41, and a guide pillar 42 and No. two guide pillars 43 all coordinate with cam 41.When triangle motor 40 of pushing pin is with moving cam 41 to rotate, cam 41 can promote a guide pillar 42 or No. two guide pillars 43, thus realizes the function that a guide pillar 42 or No. two guide pillars 43 drive draw runner 39 to move left and right.Triangle motor 40 of pushing pin is with moving cam 41 to rotate, when cam 41 withstands a guide pillar 42, draw runner 39 is moved to the left, guide pin bushing moves along chute, finally realize push pin triangle 27 and No. two to push pin triangle 28 actions downwards, and No. three push pin triangle 29 and No. four are pushed pin the function of triangle 30 upwards action.When cam 41 withstands No. two guide pillars 43, draw runner 39 moves right, and guide pin bushing moves along chute, finally realizes push pin triangle 27 and No. two triangle 28 upwards actions of pushing pin, and the function of No. three push pin triangle 29 and No. four triangle 30 actions downwards of pushing pin.

391, No. two chutes of a chute in the present embodiment, 392, No. three chutes 393 and No. four chutes 394 include upper crosspiece, in tiltedly section and lower crosspiece, in tiltedly the upper end of section be connected with one end of upper crosspiece, in this, the lower end of oblique section is connected with one end of lower crosspiece, in tiltedly section to triangle motherboard 1 distance therefrom tiltedly section upper end in the lower end of oblique section increase gradually.Upper crosspiece is usually all parallel with triangle motherboard 1 with lower crosspiece.Upper crosspiece in a chute 391 is positioned at the left side of a chute 391, upper crosspiece in described No. two chutes 392 is positioned at the left side of No. two chutes 392, upper crosspiece in described No. three chutes 393 is positioned at the right side of No. three chutes 393, and the upper crosspiece in described No. four chutes 394 is positioned at the right side of No. four chutes 394.

A degree order motor 60 in the present embodiment, No. two degree order motors 61, No. three degree order motors 62 and No. four degree order motors 63 are installed in the back side of triangle motherboard 1, a degree order cam 64, No. two degree order cams 65, No. three degree order cams 66 and No. four degree order cams 67 are connected to a degree order motor 60, No. two degree order motors 61, spend on order motors 62 and No. four degree order motors 63 for No. three, this No. one degree order cam 64, No. two degree order cams 65, the end face of No. three degree order cams 66 and No. four degree order cams 67 is respectively arranged with a gathering sill, No. two gathering sills, No. three gathering sills and No. four gathering sills, a degree order triangle 10, No. two degree order triangles 12, the back side of No. three degree order triangles 13 and No. four degree order triangles 15 is respectively arranged with a bearing, No. two bearings, No. three bearings and No. four bearings, a bearing, No. two bearings, No. three bearings and No. four bearings respectively with number gathering sill, No. two gathering sills, No. three gathering sills and No. four gathering sills are slidably matched, a bearing, No. two bearings, No. three bearings and No. four bearings can respectively at gathering sills, No. two gathering sills, slide in No. three gathering sills and No. four gathering sills, thus drive a degree order triangle 10 respectively, No. two degree order triangles 12, No. three degree order triangles 13 and No. four degree order triangles 15 realize having slided up and down braiding function.Under normal circumstances, bearing, No. two bearings, No. three bearings and No. four bearings are all stuck in bearing shift fork, bearing shift fork is designed with spring, can plays cushioning effect, ensure that collision can not be wounded triangle.

A left side in the present embodiment connects pin and hangs order tablet press mechanism and comprise a left side and connect pin and hang order compressing tablet 50, left skate 51, left compressing tablet gear 52 and left compressing tablet motor 53, left skate 51 is provided with left compressing tablet tooth bar and left compressing tablet chute 54, left compressing tablet motor 53 is arranged on the back side of triangle motherboard 1, left compressing tablet gear 52 is arranged on left compressing tablet motor 53, this left compressing tablet gear 52 and the engagement of left compressing tablet tooth bar, a left side connects pin and hangs on order compressing tablet 50 and be provided with axle sleeve, axle sleeve and left compressing tablet chute 54 are slidably matched, a left side connects pin and hangs order compressing tablet 50 and be positioned at a degree order triangle 10, the below of No. two degree order triangles 12 and left dish triangle 18.The right side in the present embodiment connects pin and hangs order tablet press mechanism and comprise the right side and connect pin and hang order compressing tablet 55, right skate 56, right compressing tablet gear 57 and right compressing tablet motor 58, right skate 56 is provided with right compressing tablet tooth bar and right compressing tablet chute 59, right compressing tablet motor 58 is arranged on the back side of triangle motherboard 1, right compressing tablet gear 57 is arranged on right compressing tablet motor 58, this right compressing tablet gear 57 and the engagement of right compressing tablet tooth bar, the right side connects pin and hangs on order compressing tablet 55 and be provided with axle sleeve, axle sleeve and right compressing tablet chute 59 are slidably matched, the right side connects pin and hangs order compressing tablet 55 and be positioned at No. three degree order triangles 13, the below of No. four degree order triangles 15 and right dish triangle 20.The output shaft of left compressing tablet motor 53 is designed with left compressing tablet gear 52, the output shaft of right compressing tablet motor 58 is designed with right compressing tablet gear 57, left compressing tablet gear 52 produces left and right with the left compressing tablet tooth bar engaged transmission on left skate 51 and runs, left skate 51 is designed with left compressing tablet chute 54, a left side connects pin and hangs on order compressing tablet 50 and be designed with axle sleeve, and axle sleeve slides in left compressing tablet chute 54, and generation moves up and down, achieve a left side to connect pin and hang moving up and down of order compressing tablet 50, complete braiding function.The right side connects pin and hangs principle that order tablet press mechanism realizes braiding function and a left side and connect pin to hang order tablet press mechanism identical.A left side can be provided with in the present embodiment and not knit compressing tablet 68 and compressing tablet 69 is not knitted on the right side, a left side is not knitted compressing tablet 68 and the right side and is not knitted compressing tablet 69 and be installed on triangle motherboard 1, and compressing tablet 68 is not knitted on a left side and right compressing tablet 69 of not knitting lays respectively at a left side and connects pin and hang order compressing tablet 50 and rightly connect the below that pin hangs order compressing tablet 55.

Three interlock left sides in the present embodiment strike that linkage comprises left motor 71, bar 75, left guide pillar positioning seat 76, the first from left guide pillar 77 and the second from left guide pillar 78 are struck in left inductive disks 72, left inductive magnetic steel 73, left cam 74, a left side.Pin guide block 3 is turned on a left side in the present embodiment and left mountain guide block 11 is all movably arranged on the triangle motherboard 1 of flat knitting machine soleplate, left motor 71 is arranged on the back side of triangle motherboard 1, left cam 74 is provided with skewed left chute 741, the first from left guide pillar 77 and the second from left guide pillar 78 are respectively arranged with the first from left guide pillar groove and the second from left guide pillar groove, and one end of this first from left guide pillar 77 and one end of the second from left guide pillar 78 are separately fixed at a left side and turn over the back side of pin guide block 3 and the back side of left mountain guide block 11.

Left guide pillar positioning seat 76 in the present embodiment is fixed on the back side of triangle motherboard 1, the first from left guide pillar 77 and the second from left guide pillar 78 are all movably connected on left guide pillar positioning seat 76, a left side is struck bar 75 and is disposed with the first from left guide pillar connecting portion 751 from top toward bottom, bar articulated section 752 is struck on a left side, the second from left guide pillar connecting portion 753 and left cam contact 754, wherein, a left side is struck bar articulated section 752 and is rotatably connected on left guide pillar positioning seat 76, the first from left guide pillar connecting portion 751 and the second from left guide pillar connecting portion 753 lay respectively in the first from left guide pillar groove and the second from left guide pillar groove, left cam contact 754 and left chute 741 are slidably matched.The first from left guide pillar connecting portion 751 and the second from left guide pillar connecting portion 753 are arc surface structure usually, and left cam contact 754 is generally spherical structure.

Left inductive disks 72 in the present embodiment is arranged on the rear output shaft of left motor 71, and this left inductive disks 72 and left motor 71 coordinate, and left inductive magnetic steel 73 and left inductive disks 72 coordinate.Left chute 741 in the present embodiment can comprise epimere, stage casing and hypomere, and the orthographic projection shape of epimere, stage casing and hypomere is respectively horizontal, skewed and horizontal.Pin guide block 3 is turned on a left side can turn over pin guide block for a left side, and left mountain guide block 11 can be left mountain guide block.

The three interlock right sides in the present embodiment strike that linkage comprises right motor 81, bar 85, right guide pillar positioning seat 86, a right guide pillar 87 and right No. two guide pillars 88 are struck in right inductive disks 82, right inductive magnetic steel 83, right cam 84, the right side.Pin guide block 5 is turned on the right side in the present embodiment and right mountain guide block 14 is all movably arranged on the triangle motherboard 1 of flat knitting machine soleplate, right motor 81 is arranged on the back side of triangle motherboard 1, right cam 84 is provided with skewed right rail 841, a right guide pillar 87 and right No. two guide pillars 88 are respectively arranged with a right guide pillar groove and right No. two guide pillar grooves, and one end of this guide pillar 87 in right side and one end of right No. two guide pillars 88 are separately fixed at the right side and turn over the back side of pin guide block 5 and the back side of right mountain guide block 14.

Right guide pillar positioning seat 86 in the present embodiment is fixed on the back side of triangle motherboard 1, a right guide pillar 87 and right No. two guide pillars 88 are all movably connected on right guide pillar positioning seat 86, the right side is struck bar 85 and is disposed with a right guide pillar connecting portion 851 from top toward bottom, bar articulated section 852 is struck on the right side, right No. two guide pillar connecting portions 853 and right cam contact 854, wherein, the right side is struck bar articulated section 852 and is rotatably connected on right guide pillar positioning seat 86, a right guide pillar connecting portion 851 and right No. two guide pillar connecting portions 853 lay respectively in a right guide pillar groove and right No. two guide pillar grooves, right cam contact 854 and right rail 841 are slidably matched.A right guide pillar connecting portion 851 and right No. two guide pillar connecting portions 853 are arc surface structure usually, and right cam contact 854 is generally spherical structure.

Right inductive disks 82 in the present embodiment is arranged on the rear output shaft of right motor 81, and this right inductive disks 82 and right motor 81 coordinate, and right inductive magnetic steel 83 and right inductive disks 82 coordinate.Right rail 841 in the present embodiment can comprise epimere, stage casing and hypomere, and the orthographic projection shape of epimere, stage casing and hypomere is respectively horizontal, skewed and horizontal.

Under normal circumstances, one end of a triangle guide pillar of pushing pin is vertically fixed on the back side of a triangle 27 of pushing pin, one end of No. two triangle guide pillars of pushing pin is vertically fixed on the back side of No. two triangles 28 of pushing pin, one end of No. three triangle guide pillars of pushing pin is vertically fixed on the back side of No. three triangles 29 of pushing pin, and one end of No. four triangle guide pillars of pushing pin is vertically fixed on the back side of No. four triangles 30 of pushing pin.The axis of a triangle guide pillar of pushing pin and the axes normal of a guide pin bushing, the axis of No. two triangle guide pillars of pushing pin and the axes normal of No. two guide pin bushings, the axis of No. three triangle guide pillars of pushing pin and the axes normal of No. three guide pin bushings, the axis of No. four triangle guide pillars of pushing pin and the axes normal of No. four guide pin bushings.A guide pillar 42 and No. two guide pillars 43 are all perpendicular to draw runner 39.No. 27, two, triangle of pushing pin push pin triangle 29 and No. four triangles 30 of pushing pin of No. 28, three, triangle of pushing pin all are movably arranged on triangle motherboard 1 by triangle guide holder of pushing pin.

The utility model eliminates magnet steel, employing triangle motor 40 of pushing pin drives, push pin triangle motor 40 output shaft on be designed with cam 41, draw runner 39 is designed with two guide pillars, draw runner 39 is designed with chute everywhere, drive draw runner 39 to complete to horizontally slip, thus drive four pieces of triangles of pushing pin to complete its required function action.

Embodiment 2.

See Fig. 1, Fig. 4 to Figure 26, in the present embodiment, comprise triangle motherboard 1 with the full motor flat knitting machine soleplate of dual system of bi-motor playback, triangle 2 is protected in left side, pin guide block 3 is turned on a left side, triangle 4 is protected in centre, pin guide block 5 is turned on the right side, triangle 6 is protected on right side, left sharp triangle 7, right sharp triangle 8, left back-stitching cam 9, a degree order triangle 10, left mountain guide block 11, No. two degree order triangles 12, No. three degree order triangles 13, right mountain guide block 14, No. four degree order triangles 15, right back-stitching cam 16, left side retains protects triangle 17, left dish triangle 18, middle reservation, protects triangle 19, right dish triangle 20, right side retains protects triangle 21, left side is long protects triangle 22, middle length protects triangle 23, right side is long protects triangle 24, left needle selecting foot briquetting 25, right needle selecting foot briquetting 26, a triangle 27 of pushing pin, No. two triangles 28 of pushing pin, No. three triangles 29 of pushing pin, No. four triangles 30 of pushing pin, triangle 31 is protected in lower-left, triangle 32 is protected under centre, triangle 33 is protected in bottom right, middle back-stitching cam 36, left length protects triangle 37, right length protects triangle 38, draw runner 39, to push pin triangle knee-action control structure, a triangle guide pillar of pushing pin, a guide pin bushing, No. two triangle guide pillars of pushing pin, No. two guide pin bushings, No. three triangle guide pillars of pushing pin, No. three guide pin bushings, No. four triangle guide pillars of pushing pin, No. four guide pin bushings, a left side connects pin and hangs order tablet press mechanism, the right side connects pin and hangs order tablet press mechanism, a degree order motor 60, No. two degree order motors 61, No. three degree order motors 62, No. four degree order motors 63, a degree order cam 64, No. two degree order cams 65, No. three degree order cams 66 and No. four degree order cams 67.

Triangle knee-action control structure of pushing pin in the present embodiment comprises triangle motor 40 of pushing pin, gear 44 and tooth bar 45, triangle motor 40 of pushing pin is fixed on the back side of triangle motherboard 1, gear 44 is connected to pushes pin on triangle motor 40, and tooth bar 45 is fixed on draw runner 39, and this tooth bar 45 and gear 44 engage.When triangle motor 40 driven gear 44 of pushing pin rotates, gear 44 can be with carry-over bar 45 to move, thus realizes the function that tooth bar 45 drives draw runner 39 to move left and right.Triangle motor 40 driven gear 44 of pushing pin rotates, when gear 44 is with carry-over bar 45 to be moved to the left, draw runner 39 is moved to the left, guide pin bushing moves along chute, finally realize push pin triangle 28 and No. two to push pin triangle 29 actions downwards, and No. three push pin triangle 30 and No. four are pushed pin the function of triangle 31 upwards action.When gear 44 is with carry-over bar 45 to move right, draw runner 39 moves right, and guide pin bushing moves along chute, finally realizes push pin triangle 28 and No. two triangle 29 upwards actions of pushing pin, and the function of No. three push pin triangle 30 and No. four triangle 31 actions downwards of pushing pin.

The utility model eliminates magnet steel, employing triangle motor 40 of pushing pin drives, push pin triangle motor 40 output shaft on be designed with gear 44, drive draw runner 39, draw runner 39 is designed with tooth bar 45, draw runner 39 is designed with chute everywhere, completes horizontally slipping of draw runner 39, thus drive four pieces of triangles of pushing pin to complete its required function action.

Said in the utility model " top ", " below ", "left", "right", " on ", the orientation term such as D score is common practise to those skilled in the art.

In addition, it should be noted that, the specific embodiment described in this description, the shape, institute's title of being named etc. of its parts and components can be different, and the above content described in this description is only to the explanation of the utility model structure example.

Claims

1., with the full motor flat knitting machine soleplate of dual system of bi-motor playback, comprise triangle motherboard, triangle is protected in the left side be arranged on triangle motherboard, pin guide block is turned on a left side, triangle is protected in centre, pin guide block is turned on the right side, triangle is protected on right side, left sharp triangle, right sharp triangle, left back-stitching cam, a degree order triangle, left mountain guide block, No. two degree order triangles, No. three degree order triangles, right mountain guide block, No. four degree order triangles, right back-stitching cam, left side retains protects triangle, left dish triangle, middle reservation, protects triangle, right dish triangle, right side retains protects triangle, left side is long protects triangle, middle length protects triangle, right side is long protects triangle, a triangle of pushing pin, No. two triangles of pushing pin, No. three triangles of pushing pin, No. four triangles of pushing pin, triangle is protected in lower-left, triangle is protected under centre, triangle is protected in bottom right, middle back-stitching cam, left length is protected the right length of trigonometric sum and is protected triangle, draw runner, triangle knee-action control structure of pushing pin, a triangle guide pillar of pushing pin, a guide pin bushing, No. two triangle guide pillars of pushing pin, No. two guide pin bushings, No. three triangle guide pillars of pushing pin, No. three guide pin bushings, No. four triangle guide pillars of pushing pin, No. four guide pin bushings, and the left side be arranged on triangle motherboard connects pin and hangs order tablet press mechanism and the right side and connect pin and hang order tablet press mechanism, triangle is protected in described left side, pin guide block is turned on a left side, triangle is protected in centre, the right side is turned over pin guide block and right side and is protected triangle and be arranged in order from left to right, and triangle is protected in described left side, left back-stitching cam, left side retains protects triangle, left side is long to be protected trigonometric sum lower-left and protects triangle and be arranged in order from top to bottom, described left sharp triangle, pin guide block is turned on a left side, left mountain guide block and left dish triangle are arranged in order from top to bottom, and a described degree order trigonometric sum No. two degree order triangles lay respectively at left side and the right side of left mountain guide block, and triangle is protected in described centre, middle back-stitching cam, middle reservation, protects triangle, protect triangle under middle length protects trigonometric sum centre to be arranged in order from top to bottom, described right sharp triangle, pin guide block is turned on the right side, right mountain guide block and right dish triangle are arranged in order from top to bottom, and described No. three degree order trigonometric sums No. four degree order triangles lay respectively at left side and the right side of right mountain guide block, and triangle is protected on described right side, right back-stitching cam, right side retains protects triangle, right side is long to be protected trigonometric sum bottom right and protects triangle and be arranged in order from top to bottom, a described triangle of pushing pin is positioned at the top that triangle is protected in lower-left, described No. two No. three, trigonometric sums of pushing pin are pushed pin and are protected the top of triangle under triangle is all positioned at centre, described No. four triangles of pushing pin are positioned at the top that triangle is protected in bottom right, a described triangle of pushing pin, No. two triangles of pushing pin, No. three trigonometric sum No. four triangles of pushing pin of pushing pin are arranged in order from left to right, and described left side is long protects triangle, left length protects triangle, middle length protects triangle, right length to be protected on the right side of trigonometric sum and is longly protected triangle and be arranged in order from left to right, one end of a described triangle guide pillar of pushing pin is fixed on the back side of a triangle of pushing pin, one end of a described guide pin bushing is fixed on No. one and pushes pin on triangle guide pillar, one end of described No. two triangle guide pillars of pushing pin is fixed on the back side of No. two triangles of pushing pin, one end of described No. two guide pin bushings is fixed on No. two and pushes pin on triangle guide pillar, one end of described No. three triangle guide pillars of pushing pin is fixed on the back side of No. three triangles of pushing pin, one end of described No. three guide pin bushings is fixed on No. three and pushes pin on triangle guide pillar, one end of described No. four triangle guide pillars of pushing pin is fixed on the back side of No. four triangles of pushing pin, one end of described No. four guide pin bushings is fixed on No. four and pushes pin on triangle guide pillar, and described draw runner is provided with and is respectively used to a triangle of pushing pin, No. two triangles of pushing pin, No. three No. four, trigonometric sums of pushing pin are pushed pin the chute that triangle knee-action carries out leading, No. two chutes, No. three chutes and No. four chutes, a described guide pin bushing, No. two guide pin bushings, No. three guide pin bushings and the cross-under of No. four guide pin bushing difference are at a chute, No. two chutes, in No. three chutes and No. four chutes, it is characterized in that: described in triangle knee-action control structure of pushing pin comprise triangle motor of pushing pin, cam, a guide pillar and No. two guide pillars, described triangle motor of pushing pin is fixed on the back side of triangle motherboard, described cam is connected to pushes pin on triangle motor, a described guide pillar and No. two guide pillars are all fixed on draw runner, this guide pillar and No. two guide pillars lay respectively at the both sides of cam, and a described guide pillar and No. two guide pillars are all and cam engagement, or described in triangle knee-action control structure of pushing pin comprise push pin triangle motor, gear and tooth bar, described triangle motor of pushing pin is fixed on the back side of triangle motherboard, described gear is connected to pushes pin on triangle motor, and described tooth bar is fixed on draw runner, and this rack and pinion engages.

2. the full motor flat knitting machine soleplate of dual system with bi-motor playback according to claim 1, it is characterized in that: described dual system electric baseboard also comprises left needle selecting foot briquetting and right needle selecting foot briquetting, described left needle selecting foot briquetting and right needle selecting foot briquetting are installed on triangle motherboard, described left needle selecting foot briquetting is positioned at the long below protecting triangle, left side, and described right needle selecting foot briquetting is positioned at the long below protecting triangle, right side.

3. the full motor flat knitting machine soleplate of dual system with bi-motor playback according to claim 1 and 2, it is characterized in that: the right side of the left side of described left mountain guide block and No. respectively with one, right side degree order triangle and the left contact of No. two degree order triangles, the right side of the left side of described right mountain guide block and No. respectively with three, right side degree order triangle and the left contact of No. four degree order triangles.

4. the full motor flat knitting machine soleplate of dual system with bi-motor playback according to claim 1 and 2, it is characterized in that: a described chute, No. two chutes, No. three chutes and No. four chutes include upper crosspiece, in tiltedly section and lower crosspiece, in described, the oblique upper end of section is connected with one end of upper crosspiece, in this, the lower end of oblique section is connected with one end of lower crosspiece, in described oblique section to triangle motherboard distance therefrom tiltedly section upper end in the lower end of oblique section increase gradually.

5. the full motor flat knitting machine soleplate of dual system with bi-motor playback according to claim 1 and 2, it is characterized in that: one end of a described triangle guide pillar of pushing pin is vertically fixed on the back side of a triangle of pushing pin, one end of described No. two triangle guide pillars of pushing pin is vertically fixed on the back side of No. two triangles of pushing pin, one end of described No. three triangle guide pillars of pushing pin is vertically fixed on the back side of No. three triangles of pushing pin, and one end of described No. four triangle guide pillars of pushing pin is vertically fixed on the back side of No. four triangles of pushing pin.

6. the full motor flat knitting machine soleplate of dual system with bi-motor playback according to claim 1 and 2, it is characterized in that: the full motor flat knitting machine soleplate of described dual system also comprise three interlock left sides strike linkage and three interlock the right sides strike linkage, described three interlock left sides are struck linkage and are comprised left motor, left cam, bar is struck on a left side, left guide pillar positioning seat, the first from left guide pillar and the second from left guide pillar, described left motor is arranged on the back side of triangle motherboard, described left cam is provided with skewed left chute, described the first from left guide pillar and the second from left guide pillar are respectively arranged with the first from left guide pillar groove and the second from left guide pillar groove, one end of this first from left guide pillar and one end of the second from left guide pillar are separately fixed at a left side and turn over the back side of pin guide block and the back side of left mountain guide block, described left guide pillar positioning seat is fixed on the back side of triangle motherboard, described the first from left guide pillar and the second from left guide pillar are all movably connected on left guide pillar positioning seat, a described left side is struck bar and is disposed with the first from left guide pillar connecting portion from top toward bottom, bar articulated section is struck on a left side, the second from left guide pillar connecting portion and left cam contact, a described left side is struck bar articulated section and is rotatably connected on left guide pillar positioning seat, described the first from left guide pillar connecting portion and the second from left guide pillar connecting portion lay respectively in the first from left guide pillar groove and the second from left guide pillar groove, described left cam contact and left slide coordinate, the described three interlock right sides are struck linkage and are comprised right motor, right cam, bar is struck on the right side, right guide pillar positioning seat, a right guide pillar and right No. two guide pillars, described right motor is arranged on the back side of triangle motherboard, described right cam is provided with skewed right rail, a described right guide pillar and right No. two guide pillars are respectively arranged with a right guide pillar groove and right No. two guide pillar grooves, one end of this guide pillar in right side and one end of right No. two guide pillars are separately fixed at the right side and turn over the back side of pin guide block and the back side of right mountain guide block, described right guide pillar positioning seat is fixed on the back side of triangle motherboard, a described right guide pillar and right No. two guide pillars are all movably connected on right guide pillar positioning seat, the described right side is struck bar and is disposed with a right guide pillar connecting portion from top toward bottom, bar articulated section is struck on the right side, right No. two guide pillar connecting portions and right cam contact, the described right side is struck bar articulated section and is rotatably connected on right guide pillar positioning seat, a described right guide pillar connecting portion and right No. two guide pillar connecting portions lay respectively in a right guide pillar groove and right No. two guide pillar grooves, described right cam contact and right rail are slidably matched.

7. the full motor flat knitting machine soleplate of dual system with bi-motor playback according to claim 1 and 2, is characterized in that: the full motor flat knitting machine soleplate of described dual system also comprises a degree order motor, No. two degree order motors, No. three degree order motors, No. four degree order motors, a degree order cam, No. two degree order cams, No. three degree order cams and No. four degree order cams, a described degree order motor, No. two degree order motors, No. three degree order motors and No. four degree order motors are installed in the back side of triangle motherboard, a described degree order cam, No. two degree order cams, No. three degree order cams and No. four degree order cams are connected to a degree order motor, No. two degree order motors, spend on order motors and No. four degree order motors for No. three, this No. one degree order cam, No. two degree order cams, the end face of No. three degree order cams and No. four degree order cams is respectively arranged with a gathering sill, No. two gathering sills, No. three gathering sills and No. four gathering sills, a described degree order triangle, No. two degree order triangles, the back side of No. three degree order trigonometric sums No. four degree order triangles is respectively arranged with a bearing, No. two bearings, No. three bearings and No. four bearings, a described bearing, No. two bearings, No. three bearings and No. four bearings respectively with number gathering sill, No. two gathering sills, No. three gathering sills and No. four gathering sills are slidably matched.

8. the full motor flat knitting machine soleplate of dual system with bi-motor playback according to claim 1 and 2, it is characterized in that: a described left side connects pin and hangs order tablet press mechanism and comprise a left side and connect pin and hang order compressing tablet, left skate, left compressing tablet gear and left compressing tablet motor, described left skate is provided with left compressing tablet tooth bar and left compressing tablet chute, described left compressing tablet motor is arranged on the back side of triangle motherboard, described left compressing tablet gear is arranged on left compressing tablet motor, this left compressing tablet gear and the engagement of left compressing tablet tooth bar, a described left side connects pin and hangs on order compressing tablet and be provided with axle sleeve, described axle sleeve and left compressing tablet slide coordinate, a described left side connects pin and hangs order compressing tablet and be positioned at a degree order triangle, the below of No. two left dish triangles of degree order trigonometric sum, the described right side connects pin and hangs order tablet press mechanism and comprise the right side and connect pin and hang order compressing tablet, right skate, right compressing tablet gear and right compressing tablet motor, described right skate is provided with right compressing tablet tooth bar and right compressing tablet chute, described right compressing tablet motor is arranged on the back side of triangle motherboard, described right compressing tablet gear is arranged on right compressing tablet motor, this right compressing tablet gear and the engagement of right compressing tablet tooth bar, the described right side connects pin and hangs on order compressing tablet and be provided with axle sleeve, described axle sleeve and right compressing tablet slide coordinate, the described right side connects pin and hangs order compressing tablet and be positioned at No. three degree order triangles, the below of No. four right dish triangles of degree order trigonometric sum.

9. the full motor flat knitting machine soleplate of dual system with bi-motor playback according to claim 1 and 2, is characterized in that: a described triangle of pushing pin, No. two triangles of pushing pin, No. three No. four, trigonometric sums of pushing pin triangle of pushing pin all is movably arranged on triangle motherboard by triangle guide holder of pushing pin.

10. the full motor flat knitting machine soleplate of dual system with bi-motor playback according to claim 4, it is characterized in that: the upper crosspiece in a described chute is positioned at the left side of a chute, upper crosspiece in described No. two chutes is positioned at the left side of No. two chutes, upper crosspiece in described No. three chutes is positioned at the right side of No. three chutes, and the upper crosspiece in described No. four chutes is positioned at the right side of No. four chutes.