CN208121316U - Glove machine scissors mechanism - Google Patents
Glove machine scissors mechanism Download PDFInfo
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- CN208121316U CN208121316U CN201820277274.9U CN201820277274U CN208121316U CN 208121316 U CN208121316 U CN 208121316U CN 201820277274 U CN201820277274 U CN 201820277274U CN 208121316 U CN208121316 U CN 208121316U
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- clutch
- bearded needle
- block
- protrusion
- scissor blade
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Abstract
The utility model provides a kind of glove machine scissors mechanism, including two panels scissor blade, a pedestal, and any scissor blade is fixed on the top of pedestal, and the end of another scissors, which rotatably overlaps, to be fixed on previous scissor blade.The end of another scissor blade is connected with a twist mechanism, the twist mechanism by one with the bearded needle interval clutch-linkage of glove knitting machine and the clutch that slides drives.The utility model passes through the intermittent linkage between clutch and bearded needle, it controls twist mechanism control scissor blade and requires the closure rotation trimming when needing trimming according to trimming, two panels scissor blade formation gap is opened when without trimming to pass through for bearded needle, the ingenious rotation that scissor blade is driven using bearded needle movement, shear mechanism is set to be no longer dependent on the drivers such as cylinder or motor, shear mechanism structure effectively is simplified, to reduce cost, reduce energy consumption, is energy saving.
Description
Technical field
The present invention relates to glove knitting machine field of components, specifically a kind of glove machine scissors mechanism.
Background technique
Shear mechanism is that the important component of the braiding textile machine such as glove knitting machine, footwear machine makes for cutting litzendraht wire
The products such as gloves, the socks completed are woven to be separated.In the glove knitting machine course of work, the continuous stretching motion of bearded needle：Bearded needle is stretched
Hooking out, scissors cuts the line that bearded needle hooks back when bearded needle retracts.Common shear mechanism is usually to carry out a piece of scissor blade
It is fixed, it enables another scissor blade rotate, combines various transmission mechanisms that rotatable scissor blade is driven to turn by cylinder or motor
It is dynamic, and then make to generate relative motion between two scissor blades, realize cutting movement.Therefore, existing shear mechanism often volume
It is huge, components are more, also will increase the energy consumption or power, cost of glove knitting machine entirety.
Also, existing shear mechanism can not also be bonded with bearded needle since the structure of its own limits, braiding is caused to be completed
The products such as gloves, socks there are longer the end of a thread, cause wire rod waste, improve production cost.
Based on this, the application is made.
Summary of the invention
The purpose of the present invention is to provide glove machine scissors mechanisms, can be linked by scissors with bearded needle and realize that litzendraht wire is cut
Disconnected movement, reduces shear mechanism energy consumption or power, cost.
To achieve the above object, the technical solution adopted by the present invention is as follows：Glove machine scissors mechanism, including two panels scissors knife
Piece, a pedestal, any scissor blade are fixed on the top of pedestal, and the end of another scissors, which rotatably overlaps, is fixed on previous scissors
On blade.The end of another scissor blade is connected with a twist mechanism, and the twist mechanism is by one and the bearded needle interval of glove knitting machine
Clutch-linkage and slide clutch driving.
When bearded needle stretches out, clutch follows bearded needle to move with bearded needle linkage, so that it is another to drive twist mechanism movement to make
The rotation of one scissor blade makes opposite open of two panels scissor blade carry out trimming preparation, and clutch and bearded needle are detached from later（Do not join
It is dynamic）.When bearded needle hooking retracts, bearded needle drives litzendraht wire to enter the gap between two panels scissors, while joining again with clutch
It is dynamic to drive clutch movement, and then drive twist mechanism movement that another scissor blade rotation is made to make two panels scissor blade is opposite to close
Line is cut in conjunction.
Above-mentioned twist mechanism is the mechanism for making another scissor blade rotate；Clutch is one by bearded needle
Linear motion passes to the intermediary agency of twist mechanism, can link with bearded needle intermittence.The intermittent linkage refers to
Cooperated between clutch and bearded needle by certain structure, is linked between bearded needle in some period（Follow bearded needle dynamic
Make）, do not link in another period（It is detached from bearded needle, does not follow bearded needle to act）.
The end of the scissor blade is scissor blade for hingedly fixed part.
The present invention is further arranged to：Bearded needle is installed on the pedestal, and the scissor blade is adjacent with bearded needle.The bottom
Seat may actually be the pedestal of bearded needle installation.Line to enable scissor blade to hook back bearded needle is cut, scissor blade and bearded needle
Position need to work in coordination.
The present invention is further arranged to：Tail portion protrusion is equipped with clutch block one in the bearded needle, and clutch is equipped with clutch
Block two, clutch block one and clutch block two make clutch and bearded needle intermittence link.
The present invention is further arranged to：The clutch includes a skewed slot tilted upward, and twist mechanism cooperation is set
There is a sliding block, sliding block sliding is set in skewed slot.The length of the skewed slot torsion distance, clutch as needed for tilt angle and sliding block
The sliding distance of structure determines.
When clutch vertical motion, skewed slot is also moved, thus sliding block moves in skewed slot along skewed slot.By this
Clutch can be switched to the level in the plane two vertical with plane one by skewed slot and sliding block in the vertical motion in plane one
Movement, realizes the transmitting of power.In addition, the skewed slot has also cooperated the sliding stroke of clutch, so that each component be avoided to touch
The case where hitting or can not docking.
The present invention is further arranged to：Clutch includes linking with bearded needle slide plate disposed in parallel, with twist mechanism
Sliding slot/sliding block, tail are rotatably fixed with clutch block two, and sliding slot/sliding block is fixed on the top of slide plate；Slide plate center is equipped with
It slots, equipped with a fixed column and by being installed in the rack of glove knitting machine in fluting, fluting can be slided relative to fixed column, slide plate
Reset spring is connected between top and clutch block two.
The present invention is further arranged to：The twist mechanism includes shaft, torsionspring and sliding block, the head of shaft and another
One scissor blade is fixed, and torsionspring one end is mutually fixed with shaft, and the other end is mutually fixed with pedestal.The sliding block is fixed on shaft
Bottom.Sliding block Forced rotation drives shaft, another scissor blade to rotate together.Torsionspring is slow to provide when shaft rotation
It rushes and provides the restoring force of revolution for it.
The present invention is further arranged to：Clutch block two is equipped with clutch protrusion one, the clutch protrusion two being spaced apart, clutch
Block one is located between clutch protrusion one and clutch protrusion two.
It is assumed that clutch protrusion one is located above, clutch protrusion two is located below, when the clutch block two on bearded needle moves up
Clutch is driven to move upwards with the following table face contact of clutch protrusion one and by clutch protrusion one；When clutch block two moves down with
The upper surface of clutch protrusion two is touched and drives clutch to move downward by clutch protrusion two.The clutch protrusion one,
Clutch protrusion two is two protrusions on the side adjacent with clutch block one of clutch block two, and two protrusions are one of clutch block two
Divide, be towards clutch block one.
The present invention is further arranged to：The clutch protrusion one or clutch protrusion two on closer than bearded needle head are small protrusion.?
Bearded needle is stretched out to its head to be started, and the clutch block one on bearded needle drives small protrusion, clutch to move together, but stretches out to bearded needle
When certain length, since small raised body size and clutch sliding distance etc. limit, clutch block one will be crossed (in power
Under the action of, clutch block two is rotated backwards to clutch block one) small protrusion continues to move, and so that clutch block one, clutch block two is detached from linkage
State.
The present invention is further arranged to：The upper part of the clutch block two side side adjacent with bearded needle（I.e. towards hook
The upper half side of needle）For towards the triangular shape of bearded needle, small protrusion is located at the lower edge lower end of triangular shape side.
The above-mentioned triangular shape towards bearded needle can be regarded as triangle protrusion, and the wedge angle of triangle protrusion is towards bearded needle, the wedge angle
Two sides in：Be located above be upper edge, it is underlying be lower edge.Preferably, it is convex can be set to triangle for small protrusion
Play the joint of the lower half side of lower edge and clutch block two.Further, small protrusion is small triangle.
The upper edge of triangle protrusion, lower edge relative to clutch block first is that inclined, so as to be detached from clutch convex for clutch block one
It plays two or is re-entered between clutch protrusion one, clutch protrusion two when being moved down convenient for clutch block one.
The present invention is further arranged to：The motion profile of the bearded needle of glove knitting machine passes through the gap that two panels scissor blade is formed,
In order to scissor blade trimming.The motion profile of the bearded needle refers to the trajectory line of bearded needle stretching, the straight line shape retracted.
The present invention is further arranged to：The bearded needle is driven by a crank and rocker mechanism, and the crank and rocker mechanism includes
Driving motor, the driving wheel being fixedly installed in driving motor output shaft, the driven wheel and connecting rod engaged with driving wheel, connecting rod
One end it is eccentrically mounted on driven wheel, the tail portion of the other end and bearded needle it is hinged.
The present invention has the beneficial effect that：One, it is linked by the intermittence between clutch and bearded needle, controls twist mechanism
It controls scissor blade and requires intermittent action according to trimming（The closure rotation trimming when needing trimming, without opening two when trimming
Piece scissor blade forms gap and passes through for bearded needle）, the ingenious rotation that scissor blade is driven using bearded needle movement makes shear mechanism
The drivers such as cylinder or motor are no longer dependent on, shear mechanism structure is effectively simplified, to reduce cost, reduce energy consumption, save
The energy.
Two, clutch of the present invention, twist mechanism structure is simple, component is few, is easily installed production, life can not only be reduced
Cost is produced, is also easily accessible for service and replaces.
Three, scissor blade, twist mechanism, clutch and bearded needle are integrated on a pedestal in the present invention, excellent by structure
Change the volume that design greatly reduces shear mechanism, also improves the matching relationship of each section, efficiency is enable to be promoted.Also,
The waste of the end of a thread can also be reduced.
Detailed description of the invention
Fig. 1 is the overall structure diagram of shear mechanism of the invention.
Fig. 2 is Fig. 1 partial enlargement diagram.
Fig. 3 is the torsion spring mechanism structure chart of shear mechanism of the invention.
Fig. 4 is one schematic diagram of working condition of shear mechanism of the invention.
Fig. 5 is two schematic diagram of working condition of shear mechanism of the invention.
Fig. 6 is Fig. 5 partial enlargement diagram.
Fig. 7 is three schematic diagram of working condition of shear mechanism of the invention.
Fig. 8 is Fig. 7 partial enlargement diagram.
Fig. 9 is four schematic diagram of working condition of shear mechanism of the invention.
Figure 10 is five schematic diagram of working condition of shear mechanism of the invention.
Figure 11 is Figure 10 partial enlargement diagram.
As shown in the figure：101-rotation scissor blades, 102-fixed blade blades, 200-bearded needles, 201-clutch blocks one,
202-fixed blocks one, 203-fixed blocks two, 301-clutch blocks two, 302-reset springs, 303-link blocks, 304-is fixed
Column, 305-slide plates, 401-sliding blocks, 402-shafts, 403-torsionsprings, 404-fixing sleeves, 500-pedestals, 601-from
Driving wheel, 602-connecting rods, 603-driving wheels, 604-motors, the small protrusion of 301a-, 301b-plano-convex rise, and 301c-triangle is convex
It rises, 301d-rotation axis, 303a-skewed slot, 305a-sliding slot.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment, the present invention is further explained.
As shown in Figure 1, glove machine scissors mechanism, including two panels scissor blade, pedestal 500305, clutch and torsion
Mechanism is equipped with bearded needle 200 by fixed block 1 and fixed block 2 203 on pedestal 500305.In two panels scissor blade, one
For fixed blade blade 102, fixed blade blade 102 is fixed on the top of pedestal 500305；Another scissor blade is that rotation is cut
Knife blade 101, end are hinged on fixed blade blade 102.Rotate scissor blade 101 rotate when with fixed blade blade
102 opposite openings or closure.The articulated shaft of rotation scissor blade 101, which is penetrated to the lower section of pedestal 500305 and twist mechanism, to be connected
It connects.As shown in connection with fig. 2, twist mechanism includes shaft 402, torsionspring 403 and sliding block 401, the head of shaft 402（Institute in figure
It is shown as top）It is fixedly connected with the articulated shaft of rotation scissor blade 101, torsionspring 403 is set in shaft 402, reverses bullet
One end of spring 403 is fixed or is fastened in shaft 402, and the other end is fixed or fastened on pedestal 500305.The tail portion of shaft 402
（It is as shown in the figure bottom end）It is fixedly connected with sliding block 401.
Clutch includes clutch block 2 301 and slipper, and clutch block 2 301 is rotatably fixed on the slipper
On, the side of bearded needle 200 is protruding with clutch block 1 to side where clutch, and clutch block 1 is matched with clutch block 2 301
Close setting, when plastic cutter slides up and down, clutch block 1 drive clutch block 2 301 slide upward or downward, slipper also by
It drives and slides up and down.By limiting the sliding stroke of the slipper, can make to stop after slipper slides into and limits stroke
Sliding stop is temporarily separated clutch block 2 301 with clutch block 1 in conjunction with the rotatable setting of clutch block 2 301, thus real
Existing clutch and the intermittent of bearded needle 200 link.The slipper that the present embodiment uses includes link block 303, slide plate
305, fixed column 304, slide plate 305 are equipped with vertical strip and slot, as shown in figure 3, fixed column 304 divide head for hat shape with
Column is simultaneously carved with externally threaded fixed part, so that it is fixed on pedestal the strip fluting that fixed column 304 passes through slide plate 305
On 500305, and ensure that strip fluting and bearded needle 200 are mutually flat, slide plate 305 can be to glide on sliding fulcrum with fixed column 304
It is dynamic.The slipper of the present embodiment also can be replaced sliding rail and sliding slot 305a or other sliding knots that can be produced relative sliding
Structure.
The left side middle side edge of bearded needle 200 protrudes the clutch block 1 being equipped with.Clutch block 2 301 can be turned by shaft 402
The dynamic bottom for being fixed on slide plate 305, link block 303 are fixed on the top of slide plate 305 directly or by several trimmers.Link block
The skewed slot 303a tilted upward together is offered on 303,（Twist mechanism）Sliding block 401 is arranged in skewed slot 303a.This implementation
In example, length, the tilt angle of skewed slot 303a mainly reverse distance according to needed for sliding block 401, the sliding distance of clutch closes
And it is calculated（Using Pythagorean theorem）.Further, reset bullet is connected between 305 top of slide plate and clutch block 2 301
Spring 302.The sliding block 401 of above-mentioned skewed slot 303a and twist mechanism, which are constituted, switchs to turning for short distance transverse movement for vertical motion
To mechanism, which can also be used the similar means such as inclined wedge.
To realize good clutch effect, the right side side of this implementation clutch block 2 301（With the left side side of bearded needle 200
It is adjacent）It is located above equipped with the triangle protrusion 301c being spaced apart and big protrusion 301b, triangle protrusion 301c, big protrusion 301b
It is located below, clutch block 1 is located between big protrusion 301b and triangle protrusion 301c.To further ensure that clutch block 1
With the matching relationship between clutch block 2 301, clutch block 1 is set rectangular or rectangle by the present embodiment；It will big protrusion
301b is set as rectangular or rectangle protrusion, and makes it have horizontal upper edge；Enabling triangle protrusion 301c is that wedge angle direction hooks
The triangular shape of needle 200 protrudes, in two sides of the wedge angle：Be located above be upper edge, it is underlying be lower edge.Three
The joint of the angle lower edge protrusion 301c and the lower half side of clutch block 2 301 is equipped with the small protrusion 301a of small triangular shape, small convex
Playing 301a has horizontal lower edge.In the present embodiment, the upper edge of triangle protrusion 301c, lower edge are relative to clutch block one
201 be it is inclined, so as to clutch block 1 be detached from clutch protrusion two or while moving down convenient for clutch block 1 re-enter into it is big
Between raised 301b and triangle protrusion 301c or big protrusion 301b and small protrusion 301a.
Bearded needle 200 is driven by a crank and rocker mechanism, can also drive work by other driving elements or driving mechanism, such as straight
Line motor 604, cylinder etc..Crank and rocker mechanism includes driving motor 604, is fixedly installed on 604 output shaft of driving motor
Driving wheel 603, the driven wheel 601 engaged with driving wheel 603 and connecting rod 602, one end of connecting rod 602 are eccentrically mounted in driven wheel
On 601, the tail portion of the other end and bearded needle 200 it is hinged.The motion profile of the bearded needle 200 of glove knitting machine need guiding through two panels scissor blade it
Between angle gap, in order to scissor blade trimming.604 task driven driving wheel 603 of motor rotation, to drive driven wheel
601 rotations, and then connecting rod 602 is driven to rotate, connecting rod 602 drives bearded needle 200 to move up and down.
For the working principle that the present embodiment is described in detail, the course of work is now divided into five states, respectively refer to Fig. 4,
5、7、9、10.
Working condition one is also original state, and in conjunction with shown in Fig. 4, Fig. 2, connecting rod 602, bearded needle 200 pull into straight line, this
When bearded needle 200 be in least significant end, clutch block 1 is located between small protrusion 301a, big protrusion 301b, and reset spring 302 is in
Original state, sliding block 401 are located at the top of skewed slot 303a, rotate scissor blade 101 and fixed blade blade 102 is relatively closed.
Working condition two：As shown in Figure 5,6, motor 604 is started to work, and is formed obtuse angle between connecting rod 602 and bearded needle 200 and is promoted
Move up bearded needle 200.Clutch block 1 is still between small protrusion 301a and big protrusion 301b, and by small protrusion
The lower edge of 301a, which is withstood, drives clutch block 2 301, slide plate 305, link block 303 to move up together, and reset spring 302 is slightly
Tightening；Sliding block 401 slides to the bottom end of skewed slot 303a in skewed slot 303a from the top of skewed slot 303a, and then the rotation of shaft 402 makes
Rotation scissor blade 101 is turned out opening, rotation scissor blade 101 and the opposite opening of fixed blade blade 102.
Working condition three：As shown in Figure 7,8, motor 604 drives driven wheel 601 to rotate, and is fixed on its connecting rod 602 driven
Junction on wheel 601 turns to the top, and bearded needle 200 is opposite from rotation scissor blade 101 and fixed blade blade 102 at this time
It opens and is passed through in the gap of formation and continue to rise to highest point and carry out hooking.Because small protrusion 301a size, slide plate 305 slide
Apart from limited, under the driving effect of connecting rod 602, clutch block 1 be easy for it is more too small it is convex continue to move up, moving up process
In outside active force is applied to the inclined lower edge of triangle protrusion 301c simultaneously, make 2 301 stress of clutch block and backwards to from
It closes block 1 to laterally rotate, reset spring 302 is stretched, to realize that clutch and bearded needle 200 are detached from, cuts two panels
Knife blade keeps the opposite state opened.
Working condition four：As shown in figure 9, motor 604 drives driven wheel 601 to continue to rotate, connecting rod is made to move down and drive
Bearded needle 200 moves down, the lower edge of clutch block 1 do not enter between small protrusion 301a and big protrusion 301b and with it is big
When the upper edge contact of raised 301b.Clutch block 2 301 and clutch block 1 are to be detached under this state, therefore two panels scissors
Blade passes through when bearded needle 200 moves down between two panels scissor blade still in the state of opposite opening.
Working condition five：As shown in Figure 10,11, motor 604 drive bearded needle 200 continue to move down, clutch block 1 it is following
It offsets along the upper edge with big protrusion 301b, big protrusion 301b/ clutch block 2 301 is by downward pressure and combines reset spring
302 elastic force is acted on and is resetted（Reset position is as shown in Figure 4）, clutch block 2 301（Clutch）Follow bearded needle 200 1 in the same direction
Lower movement.The upward sliding in skewed slot 303a of sliding block 401 drives the rotation of shaft 402 to cut the rotation rotation of scissor blade 101 and hooks
The litzendraht wire that needle 200 hooks back.
Based on above-mentioned, the present invention provides glove machine scissors mechanisms, join by the way that clutch and bearded needle 200 are intermittent
It is dynamic, enable plastic cutter drive the slipper in clutch to move up and down together during up and down motion, and combine and be tilted towards
On the skewed slot 303a that opens up push twist mechanism to rotate, and then drive the rotation scissor blade 101 to rotate, to realize scissors knife
The opening of piece, cutting movement.The present invention " borrows power " during the up and down motion of bearded needle 200 by clutch, and this is erected
Histogram to movement switch to via skewed slot 303a the movement of horizontal direction, then the movement of horizontal direction is switched to by shaft 402
The rotation of scissor blade, overall structure is simple, components are few, connection and reasonable arrangement, was both easily installed, repairs, additionally it is possible to reduce cost,
Reduce energy consumption, energy saving.
As known by the technical knowledge, the present invention can pass through the embodiment party of other essence without departing from its spirit or essential feature
Case is realized.Therefore, embodiment disclosed above, in all respects are merely illustrative, not the only.Institute
Have within the scope of the present invention or is included in the invention in the change being equal in the scope of the present invention.
Claims (12)
1. glove machine scissors mechanism, including two panels scissor blade, a pedestal, it is characterised in that：Any scissor blade is fixed on bottom
The top of seat, the end of another scissors, which rotatably overlaps, to be fixed on previous scissor blade；The end of another scissor blade connects
Have a twist mechanism, the twist mechanism by one with the bearded needle interval clutch-linkage of glove knitting machine and the clutch that slides drives.
2. glove machine scissors mechanism as described in claim 1, it is characterised in that：Tail portion protrusion is equipped with clutch block in the bearded needle
One, clutch is equipped with clutch block two, and clutch block one and clutch block two join clutch and bearded needle intermittence
It is dynamic.
3. glove machine scissors mechanism as described in claim 1, it is characterised in that：The clutch includes one to tilt upward
Skewed slot, twist mechanism cooperation be equipped with a sliding block, sliding block sliding be set to skewed slot in.
4. the glove machine scissors mechanism as described in claims 1 or 2 or 3, it is characterised in that：Clutch includes parallel with bearded needle
The slide plate of setting, sliding slot/sliding block with twist mechanism linkage, tail are rotatably fixed with clutch block two, and sliding slot/sliding block is solid
Due to the top of slide plate；Slide plate center is equipped with fluting, is equipped with fixed column in fluting, fluting can be slided relative to fixed column.
5. glove machine scissors mechanism as claimed in claim 1 or 3, it is characterised in that：The twist mechanism includes shaft, torsion
Spring and sliding block, the head of shaft are fixed with another shear blade, and torsionspring one end is mutually fixed with shaft, the other end and pedestal phase
It is fixed；The sliding block is fixed on the bottom of shaft.
6. glove machine scissors mechanism as claimed in claim 4, it is characterised in that：Clutch block two is equipped with the clutch being spaced apart
Raised one, clutch protrusion two, clutch block one are located between clutch protrusion one and clutch protrusion two.
7. glove machine scissors mechanism as claimed in claim 6, it is characterised in that：Closer than bearded needle head clutch protrusion one or
Clutch protrusion two is small protrusion.
8. glove machine scissors mechanism as claimed in claim 6, it is characterised in that：The clutch block two side adjacent with bearded needle
The top of side is divided into the triangular shape towards bearded needle, and small protrusion is located at the lower edge lower end of triangular shape side.
9. glove machine scissors mechanism as described in claim 1, it is characterised in that：The bearded needle of the glove knitting machine is located at two panels scissors
In the gap that blade is formed.
10. glove machine scissors mechanism as described in claim 1, it is characterised in that：The bearded needle is driven by a crank and rocker mechanism
Dynamic, the crank and rocker mechanism includes driving motor, the driving wheel being fixedly installed in driving motor output shaft, nibbles with driving wheel
The driven wheel and connecting rod of conjunction, one end of connecting rod it is eccentrically mounted on driven wheel, the tail portion of the other end and bearded needle it is hinged.
11. glove machine scissors mechanism as described in claim 1, it is characterised in that：Bearded needle is installed on the pedestal, the scissors
Blade is adjacent with bearded needle.
12. glove machine scissors mechanism as claimed in claim 4, it is characterised in that：It is connected between clutch block two at the top of slide plate
There is reset spring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820277274.9U CN208121316U (en) | 2018-02-26 | 2018-02-26 | Glove machine scissors mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820277274.9U CN208121316U (en) | 2018-02-26 | 2018-02-26 | Glove machine scissors mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208121316U true CN208121316U (en) | 2018-11-20 |
Family
ID=64205207
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820277274.9U Active CN208121316U (en) | 2018-02-26 | 2018-02-26 | Glove machine scissors mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208121316U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108103660A (en) * | 2018-02-26 | 2018-06-01 | 浙江海森纺机科技有限公司 | Glove machine scissors mechanism |
| CN114209396A (en) * | 2022-01-19 | 2022-03-22 | 平舆县中心医院 | Hysteroscope tissue resection device |
-
2018
- 2018-02-26 CN CN201820277274.9U patent/CN208121316U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108103660A (en) * | 2018-02-26 | 2018-06-01 | 浙江海森纺机科技有限公司 | Glove machine scissors mechanism |
| CN108103660B (en) * | 2018-02-26 | 2024-02-06 | 浙江海森纺机科技有限公司 | Glove machine scissors mechanism |
| CN114209396A (en) * | 2022-01-19 | 2022-03-22 | 平舆县中心医院 | Hysteroscope tissue resection device |
| CN114209396B (en) * | 2022-01-19 | 2023-08-18 | 平舆县中心医院 | Hysteroscope tissue excision device |
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