CN209636427U - Trinity motor control mountain plate - Google Patents
Trinity motor control mountain plate Download PDFInfo
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- CN209636427U CN209636427U CN201920153430.5U CN201920153430U CN209636427U CN 209636427 U CN209636427 U CN 209636427U CN 201920153430 U CN201920153430 U CN 201920153430U CN 209636427 U CN209636427 U CN 209636427U
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Abstract
The utility model relates to braiding apparatus technical fields, it is related to Trinity motor control mountain plate, setting rotation long axis at the top of the station motor, needle overturning cam, braiding cam and gear are from top to bottom cased on rotation long axis, station motor drives needle overturning cam, braiding cam and gear rotation by rotation long axis, needle overturning triangle and needle overturning cam are mutually closely fitted, and knitting cam and braiding cam are mutually closely fitted；The intermeshing of double-station rack and pinion, station triangle group are mounted on double-station rack gear, and vertical movement up and down is done with double-station rack gear bar groove left and right displacement；The running of needle triangle is lifted in station motor bottom setting lift needle cam and drive, and lift needle triangle is moved by eccentric shaft along lift needle cam inner ring.Mountain plate is controlled using single motor, by multiple component unified drivings such as needle overturning triangle, knitting cam and station triangle, and was completed a station movement and is saved manufacturing cost in the premise for guaranteeing product quality, and also improved the service life of equipment.
Description
Technical field
The utility model relates to braiding apparatus technical fields, more particularly, to Trinity motor control mountain plate.
Background technique
The design structure of computer flat-knitting machine head bottom plate can make knitting needle complete to weave, hang mesh, needle overturning, connect needle and do not knit five
Basis movement.Halver etc. is chosen in the movement extended in this five basis movements.Choosing halver movement is to execute needle overturning in knitting needle
Also braid movement is carried out while movement.And in the needle track design of existing head bottom plate, control mode is relatively easy, can only weave
Simple flower pattern is unable to complete multiple braid movements.That there are structures is not compact for existing dual system straight-bar machines mountain plate, working efficiency is low,
It is driven that unstable, noise is big, hangs the elastic nonadjustable disadvantage of mesh, does not conform in addition, auxiliary degree mesh drive mechanism is designed there are structure
The low problem of reason, precision.
Old money needle overturning triangle and knitting cam rise or fall, and act on knitting cam, needle overturning three by electromagnet core
Angle is resetted by compressed spring；Since the active force of electromagnet with the increase of access times and gradually can reduce in aging, work as nothing
When method bears the reaction force of long stitch piece bell, knitting cam can fail in retraction bottom plate, so as to cause striker phenomenon.Compress bullet
Spring also can cause needle overturning triangle that can not reset with the increase of number of use, be progressively smaller until failure, and it is existing that striker will occur
As；If machine is shaken, compressed spring elastic construction can make needle overturning triangle unstability, so as to cause striker phenomenon.
The applicant has the deficiency for seeing above-mentioned known existing motor control mountain plate, adheres to research and innovation, excelsior
Spirit proposes a practical solution using the method for professional science in conjunction with production practices, therefore proposes this case application.
Utility model content
The utility model in order to overcome at least one of the drawbacks of the prior art described above, proposes Trinity motor control mountain
Plate is controlled for existing mountain plate using single motor, by the unified drive of multiple components such as needle overturning triangle, knitting cam and station triangle
It is dynamic, and multiple station movements are completed, functional keeps overall structure more compact and simple in the premise for guaranteeing product quality
It is clean, manufacturing cost is also saved in this way, improves the service life of equipment.
In order to solve the above technical problems, the utility model adopts the technical scheme that Trinity motor control mountain plate,
Specifically include that needle overturning triangle, knitting cam, lift needle triangle, station triangle group, station motor and triangle of pushing pin, the station
Setting rotation long axis at the top of motor, rotates and is from top to bottom cased with needle overturning cam, braiding cam and gear on long axis, and station motor is logical
Crossing rotation long axis drives needle overturning cam, braiding cam and gear rotation, needle overturning triangle and needle overturning cam to be mutually closely fitted, and weaves
Trigonometric sum braiding cam is mutually closely fitted；The intermeshing of double-station rack and pinion, station triangle group are mounted on double-station tooth
On item, and vertical movement up and down is done with double-station rack gear bar groove left and right displacement；Station motor bottom setting lift needle cam and
Lift needle triangle running is driven, lift needle triangle is moved by eccentric shaft along lift needle cam inner ring, and two swing rods one are withstood in cam outer ring
End is now in zero-bit, and slide bar is not to triangle effect of pushing pin, and the two swing rod other ends are connected with triangle of pushing pin, and slide bar is laterally arranged
On the outside of triangle of pushing pin, when cam leaves zero-bit, triangle of pushing pin is moved up and down by the sliding slot left and right displacement of slide bar, is pushed pin
Triangular prism position is equipped with the compressed spring for reset.
It is mounted in fixing seat specifically, the needle overturning triangle and knitting cam passes through elevating lever, inside fixing seat
Equipped with connecting rod, connecting rod interlude is fixed on inside fixing seat, and connecting rod two end agrees with the liter in needle overturning triangle and knitting cam respectively
It drops in bar.
Specifically, the elevating lever of the needle overturning triangle and knitting cam is equipped with the slot position assigned for connecting rod, needle overturning is convex
Wheel and braiding cam are closely fitted elevating lever one end, and by two elevating levers push needle overturning triangle and knitting cam rise or under
Drop.
Specifically, the station triangle group is divided into left station triangle, middle station trigonometric sum right working position triangle, double-station tooth
Side is equipped with straight-tooth, straight-tooth and gear intermeshing and only gear band start building a rack gear (do opposite left and right linear movement, it is double
Station rack gear is divided into double flute station rack gear and single slot station rack gear, and left station trigonometric sum right working position triangle is distinguished by fixing bearing
It is connected in the left and right bar groove of double flute station rack gear, middle station triangle is connected to the bar groove of single slot station rack gear by fixing bearing
It is interior.
Specifically, the left and right bar groove of the double flute station rack gear has wave crest, trough and intermediate three kinds of positions, left bar groove
From left to right be followed successively by thick mesh, it is left tightly hang, compiles hang, zero-bit, turn over connect needle, two layers hang and the right side is tight hangs seven stations, right bar groove is from a left side
To the right side be followed successively by two layers of volume, it is left tightly hang, compile hang, zero-bit, turn over connect needle, pine hangs and seven stations are tightly hung in the right side, single slot station rack gear
Bar groove has wave crest, two kinds of positions of trough and only garter station.
Specifically, the cam outer ring is pressed in two swing rod one end, the two swing rod other ends agree in the recessed of needle selection fixing seat
It in slot, is fixed in fixing seat among two swing rods, triangle of pushing pin is mounted in needle selection fixing seat, and needle selection fixing seat passes through the axis of rolling
It holds to be displaced along the groove bar on slide bar and triangle of pushing pin is driven to rise or fall and move.
Specifically, the slide bar is spliced to form for three by left, center, right, slide bar flatness can be promoted and prevent slide bar from becoming
Shape is stuck, is mutually linked by two connection button bits between three slide bars, and groove bar is equipped on slide bar, is equipped with U-type groove among groove bar
Position, two slot positions of left and right are to the inclined-plane of intermediate, inclined.
Specifically, the needle selection fixing seat is located at two slot position rears of left and right, baffle is respectively arranged in needle selection fixing seat
And the symmetrical arrangement of baffle, baffle play position-limiting action to slider bar travel, slide bar is stuck between baffle and needle selection fixing seat,
The U-lag position of slide bar bottom is arranged in lift needle triangle.
Compared with prior art, beneficial effect is:
1, due to needle overturning cam and needle overturning triangle snug fit, weave cam and knitting cam snug fit needle overturning triangle,
Knitting cam rises or falls no diastema, and transmission is more accurate, to improve the precision of equipment.In contrast, existing benefit
With connecting rod effect and needle overturning triangle and knitting cam, it is ensured that needle overturning triangle and knitting cam can smoothly reset, and avoid hitting
Needle phenomenon, long service life will not be shaken because of machine, and compressed spring elastic construction is caused needle overturning triangle to be made to lose
Surely；
2, station triangle rises or falls movement by station rack gear flute profile runway, can bear the station triangle bearing limit
Power effect, thus the risk for avoiding station triangle from failing.Station three-legged structure is L shape before, is acted on by electromagnet core
On station triangle, the active force that station triangle is born is limited by electromagnet amount of force, and electromagnet active force can be with
Access times increase aging it is smaller and smaller, cause the active force of the unbearable long stitch piece bell of station triangle and fail, from
And occur disorderly going out needle phenomenon.Station three-legged structure is L shape before, is used as by electromagnet core work and is moved forward and backward, station three
The working face at angle can be acted in inclined-plane and long stitch piece bell, accelerate the abrasion of long stitch piece bell；
3, lift needle triangle can rise or fall movement, when needle selection, lift needle triangle rising；When not selecting, lift under needle triangle
It reduces as far as possible.Lift needle number can be reduced in this way, reduce the abrasion and head running resistance of needle selection.Lift needle triangle uses before
Fixed form, it is necessary to first lift all needle selections, unused needle selection passes through needle selection electromagnet cutter head again and needle selection is pressed into needle tray
In, it increases the abrasion of needle selection electromagnet cutter head and reduces the frequent service life of needle selection electromagnet；
4, needle selecting cam, which is lifted, is hidden in cam base plate, is not acted on by slide bar strip groove runway, triangular prism position dress of pushing pin
There is compressed spring for resetting, as station motor rotates, swing rod is released, and triangle of pushing pin is acted on by slide bar strip groove runway,
Crisscross motion one on the other is done, movement cannot be risen or fallen simultaneously.It is when needle selecting cam is lifted and is hidden in cam base plate
The station for realizing braiding mountain plate is zeroed by odd-job position, is effectively prevented from the random needle phenomenon of appearance, influences the braiding fortune of following apparatus
Make.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural schematic diagram of the utility model needle overturning triangle and knitting cam；
Fig. 3 is the cross-sectional view in the utility model attached drawing 2；
Fig. 4 is the structural schematic diagram of the utility model station triangle group；
Fig. 5 is the structural schematic diagram of the utility model lift needle triangle part；
Fig. 6 is that the utility model is pushed pin the structural schematic diagram of triangle part；
Fig. 7 is the utility model station motor and cam, the structural schematic diagram for lifting needle cam；
Fig. 8 is that the utility model is pushed pin the Slide bar structure schematic diagram of triangle；
Fig. 9 is the utility model Slide bar structure schematic diagram；
Figure 10 is the station figure of the utility model station triangle；
Figure 11 is the station figure of the utility model double-station rack gear.
Mark explanation: needle overturning triangle 1, knitting cam 2, elevating lever 3, eccentric shaft 4, station triangle group 5, station motor 6 are lifted
Needle triangle 7, double-station rack gear 8, triangle 9 of pushing pin, lift needle cam 10, needle overturning cam 11, cam 101, cam 21, connecting rod 31, a left side
Station triangle 51, middle station triangle 52, right working position triangle 53, gear 54, fixing seat 55, swing rod 91, bar 93, double flute station rack gear
81, single slot station rack gear 82, needle selection fixing seat 71, baffle 711, connection button bit 931, groove bar 932
Specific embodiment
The attached figures are only used for illustrative purposes and cannot be understood as limitating the patent；In order to better illustrate this embodiment, attached
Scheme certain components to have omission, zoom in or out, does not represent the size of actual product；To those skilled in the art,
The omitting of some known structures and their instructions in the attached drawings are understandable.Being given for example only property of positional relationship is described in attached drawing
Illustrate, should not be understood as the limitation to this patent.
As shown in Figure 1 to 9, Trinity motor control mountain plate specifically includes that needle overturning triangle, knitting cam, lift needle three
Angle, station triangle group, station motor and triangle of pushing pin, setting rotation long axis at the top of the station motor, rotate on long axis by
Be cased with needle overturning cam, braiding cam and gear under, station motor by rotation long axis drive needle overturning cam, braiding cam and
Gear rotation, needle overturning triangle and needle overturning cam are mutually closely fitted, and knitting cam and braiding cam are mutually closely fitted；Double-station
Rack and pinion intermeshing, station triangle group are mounted on double-station rack gear, and with double-station rack gear bar groove left and right displacement
And do vertical movement up and down；The running of needle triangle is lifted in station motor bottom setting lift needle cam and drive, and lift needle triangle passes through bias
Axis is moved along lift needle cam inner ring, and two swing rod one end are withstood in cam outer ring, is now in zero-bit, and slide bar is not made triangle of pushing pin
With the two swing rod other ends are connected with triangle of pushing pin, and slide bar is horizontally installed on the outside of triangle of pushing pin, and when cam leaves zero-bit, push pin
Triangle is moved up and down by the sliding slot left and right displacement of slide bar, and triangular prism position of pushing pin is equipped with the compressed spring for reset.
The groove cam runway of station motor one end connection lift needle cam, other end connection long axis lift needle cam acts on partially
Mandrel is conveniently adjusted gap, and eccentric shaft is together with lift needle triangle joint, to do above and below regular with groove cam runway
Movement；Gear is engaged with station rack gear, respectively drives station triangle with station motor rotation and station triangle is done on regular
Lower movement；Needle overturning cam on long axis and one group of cooperation of needle overturning triangle, braiding cam on long axis with knitting cam is another assembles
It closes, needle overturning triangle can only be done with knitting cam and move one on the other, cannot rise or fall simultaneously.
Above scheme, the needle overturning triangle and knitting cam pass through elevating lever and are mounted in fixing seat, in fixing seat
Portion is equipped with connecting rod, and connecting rod interlude is fixed on inside fixing seat, and connecting rod two end is agreed with respectively in needle overturning triangle and knitting cam
In elevating lever.The elevating lever of the needle overturning triangle and knitting cam is equipped with the slot position assigned for connecting rod, needle overturning cam and volume
It knits cam and is closely fitted elevating lever one end, and push needle overturning triangle and knitting cam to rise or fall by elevating lever.
Needle overturning cam and braiding cam are fixed on long axis, and gear is fixed on long axis one end；Needle overturning cam and needle overturning triangle
Snug fit, braiding cam and knitting cam snug fit, needle overturning cam groove center and braiding cam salient point are conllinear with side, turn over
Needle triangle is connect with knitting cam by connecting rod, and such needle overturning triangle and knitting cam just meeting one rise and one drop will not rise simultaneously
Or decline；The link design makes needle overturning triangle and knitting cam rise or fall no diastema, makes its mountain plate work operation effect
Rate improves, and transmission accuracy reaches highest, and compares conventional electromagnets iron core, and access times are improved, and avoids the occurrence of old
The bad phenomenons such as change, can bear the reaction force of long stitch piece bell for a long time, avoid knitting cam that from failing in retraction bottom plate,
So as to cause striker phenomenon.
Above scheme, the station triangle group are divided into left station triangle, middle station trigonometric sum right working position triangle, double-station
Rack gear side is equipped with straight-tooth, and the intermeshing of straight-tooth and gear and only gear band a rack gear of starting building do opposite left and right linear movement,
Double-station rack gear is divided into double flute station rack gear and single slot station rack gear, and left station trigonometric sum right working position triangle passes through fixing bearing point
It is not connected in the left and right bar groove of double flute station rack gear, middle station triangle is connected to the item of single slot station rack gear by fixing bearing
In slot.The left and right bar groove of the double flute station rack gear has wave crest, trough and an intermediate three kinds of positions, left bar groove from left to right according to
It is secondary for thick mesh, it is left tightly hang, compile hang, zero-bit, turn over connect needle, two layers hang and seven stations are tightly hung in the right side, right bar groove is from left to right followed successively by
Two layers compile, it is left tightly hang, compiles hang, zero-bit, turn over connect needle, pine hangs and the right side is tight hangs seven stations, the bar groove of single slot station rack gear have wave crest,
Two kinds of positions of trough and only garter station.
Middle station triangle with one group of station rack gear, station rack gear bar groove has two positions of peaks and troughs, middle station triangle
Cooperated by fixing bearing and station rack gear bar groove, the tooth form of station rack gear is engaged with gear, does an opposite left side with the rotation of gear
Right linear movement, station rack gear bar groove driving station triangle rise or fall movement.
There are two bar grooves on station rack gear, respectively correspond left station trigonometric sum right working position triangle, station rack gear bar groove has wave
Peak, trough and middle position；The tooth form of station rack gear is engaged with gear, does opposite left and right linear movement, work with the rotation of gear
Position rack gear can do one rise and one drop, with liter highest and middle position or with the minimum and middle position of drop.
As shown in attached drawing 10 to 11, seven stations, each station are equipped on double flute station rack gear and single slot station rack gear
Cooperate other component to realize multiple movements, movement has zero-bit, volume to hang, it is left tightly hang, thick mesh, turn over connect needle, pine hangs, it is right tightly hang, a left side
Pressing and right pressing.If braiding mountain plate left lateral is that a left side is tightly hung, right lateral will become right pressing action, if braiding mountain plate right lateral is right tight
It hangs, left lateral will become left pressing action, and thick mesh and loose hang will use the tissue that two depth mesh compare pine.Weave mountain plate
Use station rack and pinion as driving principle, improves and bear station triangle bearing limiting force, the combination of multistation can be real
Existing more braid movement, also enriches a variety of flower pattern tissues, has better met market and the demand of client.
Above scheme, the cam outer ring are pressed in two swing rod one end, and the two swing rod other ends agree in needle selection fixing seat
It in groove, is fixed in fixing seat among two swing rods, triangle of pushing pin is mounted in needle selection fixing seat, and needle selection fixing seat passes through rolling
Bearing is displaced along the groove bar on slide bar and triangle of pushing pin is driven to rise or fall and moves.The slide bar is by left, center, right three
It is spliced to form, is mutually linked by two connection button bits between three slide bars, groove bar is equipped on slide bar, is equipped among groove bar U-shaped
Slot position, two slot positions of left and right are to the inclined-plane of intermediate, inclined.The needle selection fixing seat is located at two slot position rears of left and right, needle selection
It is respectively arranged with baffle in fixing seat and the symmetrical arrangement of baffle, slide bar are stuck between baffle and needle selection fixing seat, baffle has cunning
The U-lag position of slide bar bottom is arranged in throw of lever position-limiting action, lift needle triangle.
Cam shown position is minimum point, and cam salient point is pressed in one end of swing rod, and the swing rod other end is recessed with triangle of pushing pin
Slot linking, triangle of pushing pin, which is lifted, to be hidden in cam base plate, is not acted on by slide bar strip groove runway, i.e. station zero-bit, to mention
The flexibility of height braiding mountain plate, realizes the diversification of braid movement, and triangular prism position of pushing pin is used to reset equipped with compressed spring, with
Station motor rotation, swing rod are released, and triangle of pushing pin is acted on by slide bar strip groove runway, does crisscross motion one on the other, cannot
Movement is risen or fallen simultaneously.
Obviously, the above embodiments of the present invention is merely examples for clearly illustrating the present invention, and
It is not limitations of the embodiments of the present invention.For those of ordinary skill in the art, in above description
On the basis of can also make other variations or changes in different ways.There is no need and unable to give all embodiments
Exhaustion.Any modifications, equivalent replacements, and improvements made within the spirit and principle of the present invention etc., should be included in
Within the protection scope of the utility model claims.
Claims (8)
1. Trinity motor control mountain plate specifically includes that needle overturning triangle (1), knitting cam (2), lift needle triangle (7), station
Triangle group (5), station motor (6) and triangle of pushing pin (9), it is characterised in that: setting rotation length at the top of the station motor (6)
Axis (61) rotates and is from top to bottom cased with needle overturning cam (11), braiding cam (21) and gear (54), station motor on long axis (61)
(6) by rotation long axis (61) drive needle overturning cam (11), braiding cam (21) and gear (54) rotate, needle overturning triangle (1) and
Needle overturning cam (11) is mutually closely fitted, and knitting cam (2) and braiding cam (21) are mutually closely fitted；Double-station rack gear (8)
It is intermeshed with gear (54), station triangle group (5) is mounted on double-station rack gear (8), and with double-station rack gear (8) bar groove
Left and right displacement and do up and down vertical movement；Station motor (6) bottom setting lift needle cam (10) and drive lift needle triangle (7) fortune
Make, lift needle triangle (7) is mobile along lift needle cam (10) inner ring by eccentric shaft (4), and two swing rods are withstood in cam (101) outer ring
(91) one end is now in zero-bit, and slide bar (93) does not act on triangle of pushing pin (9), two swing rods (91) other end and triangle of pushing pin
(9) it is connected, slide bar (93) is horizontally installed on the outside of triangle of pushing pin (9), and when cam (101) leaves zero-bit, triangle of pushing pin (9) passes through
The sliding slot left and right displacement of slide bar (93) and move up and down, triangle of pushing pin (9) column position be equipped with for reset compressed spring.
2. Trinity motor control according to claim 1 mountain plate, it is characterised in that: the needle overturning triangle (1) and
Knitting cam (2) is mounted on fixing seat (55) by elevating lever (3), is equipped with connecting rod (31) inside fixing seat (55), connecting rod
(31) interlude is fixed on fixing seat (55) inside, and connecting rod (31) both ends are agreed with respectively in needle overturning triangle (1) and knitting cam (2)
Elevating lever (3) in.
3. Trinity motor control according to claim 2 mountain plate, it is characterised in that: the needle overturning triangle (1) and
The elevating lever (3) of knitting cam (2) is equipped with the slot position assigned for connecting rod (31), needle overturning cam (11) and braiding cam (21) patch
Tight fit elevating lever (3) one end, and push needle overturning triangle (1) and knitting cam (2) to rise or fall by two elevating levers (3).
4. Trinity motor control according to claim 1 mountain plate, it is characterised in that: the station triangle group (5)
It is divided into left station triangle (51), middle station triangle (52) and right working position triangle (53), double-station rack gear (8) side is equipped with straight-tooth,
Straight-tooth is intermeshed with gear (54) and only gear (54) drives station rack gear (8) to do opposite left and right linear movement, double-station
Rack gear (8) is divided into double flute station rack gear (81) and single slot station rack gear (82), left station triangle (51) and right working position triangle (53)
It is connected to by fixing bearing in the left and right bar groove of double flute station rack gear (81), middle station triangle (52) passes through fixing bearing
It is connected in the bar groove of single slot station rack gear (82).
5. Trinity motor control according to claim 4 mountain plate, it is characterised in that: the double flute station rack gear
(81) left and right bar groove has wave crest, trough and intermediate three kinds of positions, and left bar groove is from left to right followed successively by thick mesh, a left side tightly hangs, compiles
Hang, zero-bit, turn over connect needle, two layers hang and it is right tightly hang seven stations, right bar groove is from left to right followed successively by two layers of volumes, a left side is tightly hung, compile hang,
Zero-bit, turn over connect needle, pine hangs and it is right tightly hang seven stations, the bar groove of single slot station rack gear (82) have wave crest, two kinds of positions of trough and
Only garter station.
6. Trinity motor control mountain plate according to claim 1 or 5, it is characterised in that: the cam (101) is outside
Circle is pressed in two swing rods (91) one end, and two swing rods (91) other end agrees in the groove of needle selection fixing seat (71), two swing rods (91)
Centre is fixed on fixing seat (55), and triangle of pushing pin (9) is mounted on needle selection fixing seat (71), and needle selection fixing seat (71) passes through rolling
Dynamic bearing is displaced along the groove bar (932) on slide bar (93) and triangle (9) of pushing pin is driven to rise or fall movement.
7. Trinity motor control according to claim 6 mountain plate, it is characterised in that: the slide bar (93) is by left
Right three are spliced to form, and are mutually linked by two connections button bit (931) between three slide bars (93), slide bar is equipped with slot on (93)
Item (932), groove bar (932) is intermediate to be equipped with U-type groove position, and two slot positions of left and right are to the inclined-plane of intermediate, inclined.
8. Trinity motor control according to claim 7 mountain plate, it is characterised in that: the needle selection fixing seat (71)
Two slot position rears of left and right are located at, are respectively arranged with baffle (711) and baffle (711) symmetrical cloth in needle selection fixing seat (71)
It sets, slide bar (93) is stuck between baffle (711) and needle selection fixing seat (71), U of lift needle triangle (7) setting in slide bar (93) bottom
Shape groove location.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920153430.5U CN209636427U (en) | 2019-01-29 | 2019-01-29 | Trinity motor control mountain plate |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920153430.5U CN209636427U (en) | 2019-01-29 | 2019-01-29 | Trinity motor control mountain plate |
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| Publication Number | Publication Date |
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| CN209636427U true CN209636427U (en) | 2019-11-15 |
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ID=68479811
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109518351A (en) * | 2019-01-29 | 2019-03-26 | 汕头市连兴实业有限公司 | Trinity motor control mountain plate |
| CN111705408A (en) * | 2020-07-30 | 2020-09-25 | 桐乡市桐诚科技有限公司 | High-precision needle pushing device of computerized flat knitting machine |
-
2019
- 2019-01-29 CN CN201920153430.5U patent/CN209636427U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109518351A (en) * | 2019-01-29 | 2019-03-26 | 汕头市连兴实业有限公司 | Trinity motor control mountain plate |
| CN111705408A (en) * | 2020-07-30 | 2020-09-25 | 桐乡市桐诚科技有限公司 | High-precision needle pushing device of computerized flat knitting machine |
| CN111705408B (en) * | 2020-07-30 | 2021-07-20 | 桐乡市桐诚科技有限公司 | High-precision needle pushing device of computerized flat knitting machine |
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