CN205803736U - A kind of coordinated signals mechanism in flat knitting machine soleplate - Google Patents
A kind of coordinated signals mechanism in flat knitting machine soleplate Download PDFInfo
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- CN205803736U CN205803736U CN201620209973.0U CN201620209973U CN205803736U CN 205803736 U CN205803736 U CN 205803736U CN 201620209973 U CN201620209973 U CN 201620209973U CN 205803736 U CN205803736 U CN 205803736U
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Abstract
This utility model relates to the coordinated signals mechanism in a kind of flat knitting machine soleplate.There is presently no a kind of stable, reliable, in the flat knitting machine soleplate that concordance is good coordinated signals mechanism.This utility model includes base plate body, and is arranged on the left homing triangle of base plate body upper part and right homing triangle, is characterized in: includes draw runner, stir cam and motor；Motor is fixed on base plate body, stir cam to be fixed on the output shaft of motor, draw runner is provided with left chute, right rail, left limit post and right limit post, draw runner is slideable to be connected on base plate body, left limit post and right limit post lay respectively at stir cam the left and right sides and all with stir cam engagement, left homing triangle is slideable to be connected on base plate body, and right homing triangle is provided with right traveller, and what right homing triangle was slideable is connected on base plate body.This utility model is stable, reliable, and concordance is good.
Description
Technical field
This utility model relates to a kind of coordinated signals mechanism, especially relates to the coordinated signals machine in a kind of flat knitting machine soleplate
Structure, belongs to a mechanism in flat knitting machine soleplate.
Background technology
The most conventional left homing triangle in flat knitting machine soleplate and right homing triangle are when completing functional action, surely
Qualitative poor, reliability is poor, and concordance is poor, and is difficult to reach the function of moment execution, thus reduces straight-bar machines
The overall performance of base plate.Even the flat knitting machine soleplate that performance is good on the market, it is also difficult to be fully achieved stable, reliable, unanimously
The requirement that property is good, if publication date is on 09 18th, 2013, in the Chinese patent of Publication No. CN203200469U, disclosed one
Planting the flat knitting machine soleplate of motor driven controllable homing, and for example publication date is on October 24th, 2012, Publication No. CN102747527A
Chinese patent in, the flat knitting machine soleplate of disclosed a kind of motor driven, be the most all difficult to be fully achieved stable, reliable, unanimously
The requirement that property is good.
Utility model content
The purpose of this utility model is to overcome above-mentioned deficiency present in prior art, and provides a kind of structure design to close
Reason, stable, reliable, coordinated signals mechanism in the flat knitting machine soleplate that concordance is good.
The technical scheme in the invention for solving the above technical problem is: the coordinated signals mechanism bag in this flat knitting machine soleplate
Include base plate body, and be arranged on the left homing triangle of base plate body lower part and right homing triangle；Its construction features is:
Also include driving left homing triangle and right homing triangle to complete left homing triangle and right homing triangle for simultaneously
The draw runner of functional action, for stirring, by rotation, the cam of stirring that draw runner carries out horizontally slipping, and dials for driving
Moving cam carries out the motor rotated；Described motor is fixed on base plate body, described in stir cam and be fixed on the output shaft of motor
On, described draw runner is provided with for driving left homing triangle to carry out the left chute of slide anteroposterior, for driving right reset triangle
Plate carries out the right rail of slide anteroposterior, for by stirring the left limit post and use driving draw runner to slide to the left after cam is stirred
In by stirring the right limit post driving draw runner to slide to the right after cam is stirred, what this draw runner was slideable is connected to base plate originally
On body, described left limit post and right limit post lay respectively at stir cam the left and right sides and all with stir cam engagement, described
Left homing triangle is provided with and makes the slip by draw runner drive left reset triangle in the left chute of draw runner for cross-under
Plate carries out the left traveller of slide anteroposterior, and what this left homing triangle was slideable is connected on base plate body, described left traveller position
In the left chute of draw runner, described right homing triangle is provided with and makes by draw runner in the right rail of draw runner for cross-under
Sliding drives right homing triangle to carry out the right traveller of slide anteroposterior, and what this right homing triangle was slideable is connected to base plate
On body, described right traveller is positioned at the right rail of draw runner.
As preferably, coordinated signals mechanism described in the utility model also includes that pin triangle slide, described Yougui position three are lifted in the right side
Gusset is provided with right sliding part, and described right traveller is fixed on right sliding part, and the described right side is lifted one end of pin triangle slide and is provided with
For the fixed pan right side lifting pin triangle slide and base plate body fixes, this right side is provided with for the right side in lifting pin triangle slide
Right sliding part in homing triangle carries out the slip cavity of slide anteroposterior, and the opening part of described slip cavity is positioned at fixed pan
On, the described right side is lifted the top of pin triangle slide and is provided with the traveller slip mouth carrying out slide anteroposterior for right traveller, and this traveller is sliding
Opening one's mouth and connect with the cavity that slides, the front portion of described traveller slip mouth is provided with for the right traveller in right homing triangle forward
Slide carry out spacing front limit bar, the rear portion of this traveller slip mouth be provided with for the right traveller in right homing triangle to
Rear slip carries out spacing rear positive stop strip, and the described right side is lifted pin triangle slide and is fixed on base plate body, in this right homing triangle
Right sliding part slideable be sleeved on the right cunning in the sliding cavity body that pin triangle slide is lifted on the right side, in described right homing triangle
The bottom of post is positioned in the traveller slip mouth that pin triangle slide is lifted on the right side, the top of this right traveller be positioned at the right side lift pin triangle slide with
Outward.
As preferably, coordinated signals mechanism described in the utility model also includes that pin triangle slide, described left playback three are lifted in a left side
Gusset is provided with left sliding part, and described left traveller is fixed on left sliding part, and a described left side is lifted pin triangle slide and is fixed on base plate originally
On body, the structure that pin triangle slide is lifted on this left side is identical with the structure that pin triangle slide is lifted on the right side, and pin triangle slide and a left side are lifted in a described left side
The annexation that annexation between homing triangle is lifted with the right side between pin triangle slide and right homing triangle is identical.
As preferably, coordinated signals mechanism described in the utility model also includes sensing set, and described sensing set is fixed on motor
Output shaft on.
As preferably, described in the utility model stir the lower end that cam is fixed on the output shaft of motor.
As preferably, right homing triangle described in the utility model is provided with Yougui bit architecture, and this Yougui bit architecture is
Waist trapezium structure, the distance between the upper bottom surface in described Yougui bit architecture to the axis of right traveller is 14.25～14.75mm,
The cross section of described right sliding part is square structure, a length of the 10.35～10.45mm of the cross section of described right sliding part, should
The width of the cross section of right sliding part is 10～10.1mm.
As preferably, the width of fixed pan described in the utility model is 37mm, the height of this fixed pan be 10.25～
10.33mm, described slip cavity for square structure, the width of this slip cavity is 9.9～9.98mm, described traveller slip mouth
A length of 13.5～13.6mm, the spacing between bottom and the slip cavity of described front limit bar is 2～2.2mm, described after
Spacing between bottom and the slip cavity of positive stop strip is 2～2.2mm, and it is 16.5mm that the thickness of pin triangle slide is lifted on the described right side.
As preferably, the height of draw runner described in the utility model is 13.4～13.6mm, and the thickness of this draw runner is 2mm；Institute
The two ends stating left chute are semicircular structure, along the length direction of draw runner, two semicircular structures in left chute
Spacing between the center of circle is 9.9～10.1mm, in the short transverse of draw runner, and the circle of two semicircular structures in left chute
Spacing between the heart is 2.93～3.13mm, and the width of described left chute is 5.08mm；The two ends of described right rail are semicircle
Shape structure, along the length direction of draw runner, the spacing between the center of circle of two semicircular structures in right rail be 9.9～
10.1mm, in the short transverse of draw runner, the spacing between the center of circle of two semicircular structures in right rail be 2.93～
3.13mm, the width of described right rail is 5.08mm；Two semicircular structures in described left chute and two in right rail
Semicircular structure is arranged in order along the length direction of draw runner, in these four semicircular structures, along the length direction of draw runner,
Spacing between the center of circle of two alternate semicircular structures is 164.4～164.6mm.
This utility model compared with prior art, has the following advantages and effect: use a motor to control to stir cam
Complete left homing triangle and the functional action of right homing triangle so that left homing triangle and right homing triangle simultaneously
Form linkage, there is the advantages such as stable, moment execution, reliable, concordance.Be designed with on the output shaft of motor stir convex
Wheel, drives in the rotation of motor and stirs cam and fiddle with draw runner, draw runner is designed with chute at two, drives left playback respectively
Set square and right homing triangle seesaw, and complete left homing triangle and the functional action of right homing triangle.
Accompanying drawing explanation
Fig. 1 is the main TV structure schematic diagram of the coordinated signals mechanism in this utility model embodiment in flat knitting machine soleplate.
Fig. 2 is the backsight structural representation of the coordinated signals mechanism in this utility model embodiment in flat knitting machine soleplate.
Fig. 3 is the side-looking structural representation of the coordinated signals mechanism in this utility model embodiment flat knitting machine soleplate.
Fig. 4 is the structural representation of draw runner in this utility model embodiment.
Fig. 5 is the structure for amplifying schematic diagram of right homing triangle in this utility model embodiment.
Fig. 6 is the right structure for amplifying schematic diagram lifting pin triangle slide in this utility model embodiment.
Fig. 7 is the structure for amplifying schematic diagram stirring cam in this utility model embodiment.
Fig. 8 is the main TV structure schematic diagram of the right homing triangle of this utility model embodiment.
Fig. 9 is the right TV structure schematic diagram after Fig. 8 removes right traveller.
Figure 10 is the plan structure schematic diagram after Fig. 8 removes right traveller.
Figure 11 is the main TV structure schematic diagram that pin triangle slide is lifted on this utility model embodiment right side.
Figure 12 is the right TV structure schematic diagram of Figure 11.
Figure 13 is the plan structure schematic diagram of Figure 11.
Figure 14 is the main TV structure schematic diagram of draw runner in this utility model embodiment.
Figure 15 is the plan structure schematic diagram of Figure 14.
Detailed description of the invention
The utility model is described in further detail below in conjunction with the accompanying drawings and by embodiment, and following example are right
Explanation of the present utility model and this utility model is not limited to following example.
Embodiment.
Seeing Fig. 1 to Figure 15, the coordinated signals mechanism in the present embodiment flat knitting machine soleplate includes base plate body 1, left playback three
Gusset 18, right homing triangle 19, draw runner 70, motor 71, stir cam 72, pin triangle slide is lifted on a left side, pin triangle slide is lifted on the right side
73 and sensing set 74, wherein, left homing triangle 18 and right homing triangle 19 are installed in the bottom of base plate body 1.
Motor 71 in the present embodiment is fixed on base plate body 1, stirs cam 72 and is fixed on the output shaft of motor 71,
Draw runner 70 is provided with for driving left homing triangle 18 to carry out the left chute 701 of slide anteroposterior, for driving right reset triangle
Plate 19 carries out the right rail 702 of slide anteroposterior, for the left side by driving draw runner 70 to slide to the left after stirring the stirring of cam 72
Limited post 703 and for the right limit post 704 by driving draw runner 70 to slide to the right after stirring the stirring of cam 72, this draw runner 70
Slideable is connected on base plate body 1, and left limit post 703 and right limit post 704 lay respectively at the left and right stirring cam 72
Both sides and all with stir cam 72 and coordinate.
Left homing triangle 18 in the present embodiment is provided with and makes to pass through for cross-under in the left chute 701 of draw runner 70
The slip of draw runner 70 drives left homing triangle 18 to carry out the left traveller of slide anteroposterior, and this left homing triangle 18 is slideable
Be connected on base plate body 1, left traveller is positioned at the left chute 701 of draw runner 70.Right homing triangle 19 is provided with for wearing
Make in being connected on the right rail 702 of draw runner 70 to be driven right homing triangle 19 to carry out slide anteroposterior by the slip of draw runner 70
Right traveller 191, slideable being connected on base plate body 1 of this right homing triangle 19, right traveller 191 is positioned at the right side of draw runner 70
In chute 702.
Draw runner 70 in the present embodiment is for driving left homing triangle 18 and right homing triangle 19 to complete a left side simultaneously
Homing triangle 18 and the functional action of right homing triangle 19, stir cam 72 and enter for stirring draw runner 70 by rotation
Row horizontally slips, and motor 71 is stirred cam 72 for driving and rotated.
Right homing triangle 19 in the present embodiment is provided with right sliding part 192, and right traveller 191 is fixed on right sliding part
On 192, the right side is lifted one end of pin triangle slide 73 and is provided with for the right side lifting pin triangle slide 73 and base plate body 1 fixes consolidates
Allocate face 731, before and after this right side is provided with in right homing triangle 19 right sliding part 192 in lifting pin triangle slide 73 is carried out
The slip cavity 732 slided, the opening part of slip cavity 732 is positioned on fixed pan 731, and the top of pin triangle slide 73 is lifted on the right side
Being provided with the traveller slip mouth 733 carrying out slide anteroposterior for right traveller 191, this traveller slip mouth 733 is with slip cavity 732 even
Logical, the front portion of traveller slip mouth 733 is provided with for carrying out spacing to right traveller 191 forward slip in right homing triangle 19
Front limit bar 734, the rear portion of this traveller slip mouth 733 be provided with for the right traveller 191 in right homing triangle 19 to
Rear slip carries out spacing rear positive stop strip 735, and the right side is lifted pin triangle slide 73 and is fixed on base plate body 1, this right homing triangle
Slideable being sleeved in the slip cavity 732 that pin triangle slide 73 is lifted on the right side of right sliding part 192 in 19, right homing triangle
The bottom of the right traveller 191 in 19 is positioned in the traveller slip mouth 733 that pin triangle slide 73 is lifted on the right side, the top of this right traveller 191
It is positioned at the right side to lift beyond pin triangle slide 73.
Left homing triangle 18 in the present embodiment is provided with left sliding part, and left traveller is fixed on left sliding part, and a left side is lifted
Pin triangle slide is fixed on base plate body 1, and the structure of pin triangle slide and the right structure phase lifting pin triangle slide 73 are lifted in this left side
With, the annexation that a left side is lifted between pin triangle slide and left homing triangle 18 lifts pin triangle slide 73 and right reset triangle with the right side
Annexation between plate 19 is identical.
Sensing set 74 in the present embodiment is fixed on the output shaft of motor 71.Stir cam 72 and be typically secured to motor 71
The lower end of output shaft.It is provided with on the needle selection face of homing triangle 16 under left needle selection in the present embodiment and there is leakproof selects function
Left leakproof select boss 161, be provided with on the needle selection face of homing triangle 17 under right needle selection and there is leakproof select the right leakproof of function
Select boss 171.
Right homing triangle 19 in the present embodiment is provided with Yougui bit architecture 193, and this Yougui bit architecture 193 is isosceles ladders
Shape structure, the distance between the upper bottom surface in Yougui bit architecture 193 to the axis of right traveller 191 is 14.25～14.75mm, excellent
Electing 14.5mm as, the cross section of right sliding part 192 is square structure, the cross section of right sliding part 192 a length of 10.35～
10.45mm, preferably 10.35mm, the width of the cross section of this right sliding part 192 is 10～10.1mm, preferably 10mm.Yougui
Upper bottom surface in bit architecture 193 is 14.25～14.75mm to the distance between the axis of right traveller 191, coordinates slide strip slot, control
System endures the distance between pin and cam base plate between 3-6mm, it is ensured that be divided into duty and off working state two kinds by needle selection,
Decrease the friction of needle selection.A length of 10.35～10.45mm, preferably 14.5mm of the cross section of right sliding part 192, this right side
The width of the cross section of sliding part 192 is 10～10.1mm, preferably 10mm, with 10.35mm and 10mm of elevating cam slide
Use square matched in clearance, it is ensured that slide flexibly simultaneously, prevent triangle from transporting, it is ensured that action is correct.
The width of the fixed pan 731 in the present embodiment is 37mm, the height of this fixed pan 731 be 10.25～
10.33mm, preferably 10.35mm, described slip cavity 732 for square structure, the width of this slip cavity 732 be 9.9～
9.98mm, preferably 10mm, a length of 13.5～13.6mm, preferably 13.5mm of traveller slip mouth 733, front limit bar 734
Bottom and slip cavity 732 between spacing be 2～2.2mm, preferably 2mm, the bottom of rear positive stop strip 735 and slip cavity
Spacing between 732 is 2～2.2mm, preferably 2mm, and it is 16.5mm that the thickness of pin triangle slide 73 is lifted on the right side.
The height of the draw runner 70 in the present embodiment is 13.4～13.6mm, preferably 13.5mm, and the thickness of this draw runner 70 is
2mm；The two ends of left chute 701 are semicircular structure, on the length direction along draw runner 70, and two and half in left chute 701
Spacing between the center of circle of circular configuration is 9.9～10.1mm, preferably 10mm, in the short transverse along draw runner 70, and left cunning
Spacing between the center of circle of two semicircular structures in groove 701 is 2.93～3.13mm, preferably 3.03mm, left chute 701
Width be 5.08mm；The two ends of right rail 702 are semicircular structure, on the length direction along draw runner 70, and right rail 702
In two semicircular structures the center of circle between spacing be 9.9～10.1mm, preferably 10mm, in the height side along draw runner 70
Upwards, the spacing between the center of circle of two semicircular structures in right rail 702 is 2.93～3.13mm, preferably 3.03mm,
The width of right rail 702 is 5.08mm；Two semicircular structures in left chute 701 and two semicircles in right rail 702
Structure is arranged in order along the length direction of draw runner 70, in these four semicircular structures, on the length direction along draw runner 70, and phase
Between two semicircular structures the center of circle between spacing be 164.4～164.6mm, preferably 164.5mm.Groove separation is
164.5mm, can control left and right and lift the steady synchronous interaction of pin triangle, it is to avoid misoperation, weave relatively reliable.In left chute 701
Spacing between the center of circle of two semicircular structures is 3.03mm, between the center of circle of two semicircular structures in right rail 702
Spacing be 3.03mm, can make to lift pin triangle within effective travel, be unlikely to triangle and exceed other fixed triangle, make to take the needle more
Stable.The width of left chute 701 is 5.08mm, and the width of right rail 702 is 5.08mm, makes pin activity the most flexible, unlikely
In clamping stagnation occurs.The thickness of draw runner 70 is 2mm, and the height of draw runner 70 is 13.5mm, respectively with the 2mm lifted in pin triangle slide with
And 13.5mm uses matched in clearance, it is ensured that motion is reliable to be performed.
Furthermore, it is necessary to explanation, the specific embodiment described in this specification, the shape of its parts and components, it is named
Titles etc. can be different, and the above content described in this specification is only to this utility model structure example explanation.
All equivalence changes done according to structure, feature and the principle described in this utility model inventional idea or simple change, all wrap
Include in the protection domain of this utility model patent.This utility model person of ordinary skill in the field can be to described
Specific embodiment makes various amendment or supplements or use similar mode to substitute, without departing from knot of the present utility model
Structure or surmount scope defined in the claims, all should belong to protection domain of the present utility model.
Claims (8)
1. the coordinated signals mechanism in flat knitting machine soleplate, including base plate body, and the left side being arranged on base plate body lower part is returned
Position set square and right homing triangle；It is characterized in that: also include driving left homing triangle and right reset triangle for simultaneously
Plate completes left homing triangle and the draw runner of right homing triangle functional action, carries out for stirring draw runner by rotation
Horizontally slip stirs cam, and stirs, for driving, the motor that cam carries out rotating；Described motor is fixed on base plate body
On, described in stir cam and be fixed on the output shaft of motor, described draw runner is provided with before driving left homing triangle to carry out
The left chute of rear slip, for driving right homing triangle to carry out the right rail of slide anteroposterior, for being dialled by stirring cam
The left limit post that slides to the left of draw runner is driven and for by stirring the right side that after cam is stirred, drive draw runner slides to the right after Dong
Limited post, what this draw runner was slideable is connected on base plate body, described left limit post and right limit post lay respectively at stir convex
Wheel the left and right sides and all with stir cam engagement, described left homing triangle is provided with for cross-under in the left chute of draw runner
Making the slip by draw runner drive left homing triangle to carry out the left traveller of slide anteroposterior, this left homing triangle is slidably
Being connected on base plate body of formula, described left traveller is positioned at the left chute of draw runner, described right homing triangle be provided with for
Cross-under makes the slip by draw runner drive right homing triangle to carry out the right traveller of slide anteroposterior in the right rail of draw runner,
What this right homing triangle was slideable is connected on base plate body, and described right traveller is positioned at the right rail of draw runner.
Coordinated signals mechanism in flat knitting machine soleplate the most according to claim 1, it is characterised in that: described coordinated signals mechanism
Also including that pin triangle slide is lifted on the right side, described right homing triangle is provided with right sliding part, and described right traveller is fixed on right sliding part
On, the described right side is lifted one end of pin triangle slide and is provided with for the right side lifting pin triangle slide and that base plate body fixes is fixing flat
Face, the right sliding part that this right side is provided with in right homing triangle in lifting pin triangle slide carries out the sliding cavity of slide anteroposterior
Body, the opening part of described slip cavity is positioned on fixed pan, and the described right side is lifted the top of pin triangle slide and is provided with for right cunning
Post carries out the traveller slip mouth of slide anteroposterior, and this traveller slip mouth connects with slip cavity, and the front portion of described traveller slip mouth sets
It is equipped with for the right traveller forward slip in right homing triangle is carried out spacing front limit bar, the rear portion of this traveller slip mouth
Being provided with and carry out spacing rear positive stop strip for sliding backward the right traveller in right homing triangle, it is sliding that pin triangle is lifted on the described right side
Seat is fixed on base plate body, and pin triangle slide is lifted on the slideable right side that is sleeved on of right sliding part in this right homing triangle
In sliding cavity body, the bottom of the right traveller in described right homing triangle is positioned in the traveller slip mouth that pin triangle slide is lifted on the right side,
The top of this right traveller is positioned at the right side and lifts beyond pin triangle slide.
Coordinated signals mechanism in flat knitting machine soleplate the most according to claim 2, it is characterised in that: described coordinated signals mechanism
Also including that pin triangle slide is lifted on a left side, described left homing triangle is provided with left sliding part, and described left traveller is fixed on left sliding part
On, a described left side is lifted pin triangle slide and is fixed on base plate body, and the structure of pin triangle slide is lifted on this left side and pin triangle slide is lifted on the right side
Structure identical, a described left side is lifted annexation between pin triangle slide and left homing triangle and is lifted pin triangle slide and the right side with the right side
Annexation between homing triangle is identical.
Coordinated signals mechanism in flat knitting machine soleplate the most according to claim 1, it is characterised in that: described coordinated signals mechanism
Also include that sensing set, described sensing set are fixed on the output shaft of motor.
Coordinated signals mechanism in flat knitting machine soleplate the most according to claim 1, it is characterised in that stir cam described in: and fix
Lower end at the output shaft of motor.
Coordinated signals mechanism in flat knitting machine soleplate the most according to claim 1, it is characterised in that: described right homing triangle
Being provided with Yougui bit architecture, this Yougui bit architecture is isosceles trapezoidal structure, and the upper bottom surface in described Yougui bit architecture is to right traveller
Axis between distance be 14.25～14.75mm, the cross section of described right sliding part is square structure, described right sliding part
Cross section a length of 10.35～10.45mm, the width of the cross section of this right sliding part is 10～10.1mm.
Coordinated signals mechanism in flat knitting machine soleplate the most according to claim 2, it is characterised in that: the width of described fixed pan
Degree is for 37mm, and the height of this fixed pan is 10.25～10.33mm, described slip cavity for square structure, this slip cavity
Width be 9.9～9.98mm, a length of the 13.5～13.6mm of described traveller slip mouth, the bottom of described front limit bar and cunning
Spacing between dynamic cavity is 2～2.2mm, and the spacing between bottom and the slip cavity of described rear positive stop strip is 2～2.2mm,
It is 16.5mm that the thickness of pin triangle slide is lifted on the described right side.
Coordinated signals mechanism in flat knitting machine soleplate the most according to claim 1, it is characterised in that: the height of described draw runner is
13.4～13.6mm, the thickness of this draw runner is 2mm；The two ends of described left chute are semicircular structure, in the length along draw runner
On direction, the spacing between the center of circle of two semicircular structures in left chute is 9.9～10.1mm, in the height side along draw runner
Upwards, the spacing between the center of circle of two semicircular structures in left chute is 2.93～3.13mm, the width of described left chute
For 5.08mm；The two ends of described right rail are semicircular structure, along the length direction of draw runner, and two and half in right rail
Spacing between the center of circle of circular configuration is 9.9～10.1mm, at two semicircles in the short transverse of draw runner, in right rail
Spacing between the center of circle of shape structure is 2.93～3.13mm, and the width of described right rail is 5.08mm；In described left chute
Two semicircular structures in two semicircular structures and right rail are arranged in order along the length direction of draw runner, at these four semicircles
In shape structure, along the length direction of draw runner, the spacing between the center of circle of two alternate semicircular structures be 164.4～
164.6mm。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620209973.0U CN205803736U (en) | 2016-03-18 | 2016-03-18 | A kind of coordinated signals mechanism in flat knitting machine soleplate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620209973.0U CN205803736U (en) | 2016-03-18 | 2016-03-18 | A kind of coordinated signals mechanism in flat knitting machine soleplate |
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| Publication Number | Publication Date |
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| CN205803736U true CN205803736U (en) | 2016-12-14 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105734814A (en) * | 2016-03-18 | 2016-07-06 | 桐乡市强隆机械有限公司 | Linkage control mechanism in flat knitting machine base plate |
-
2016
- 2016-03-18 CN CN201620209973.0U patent/CN205803736U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105734814A (en) * | 2016-03-18 | 2016-07-06 | 桐乡市强隆机械有限公司 | Linkage control mechanism in flat knitting machine base plate |
| CN105734814B (en) * | 2016-03-18 | 2018-08-03 | 桐乡市强隆机械有限公司 | Coordinated signals mechanism in flat knitting machine soleplate |
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