CN105239263B - A kind of complex cam system for being applied to full molding Computerized flat knitting machine - Google Patents
A kind of complex cam system for being applied to full molding Computerized flat knitting machine Download PDFInfo
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- CN105239263B CN105239263B CN201510713760.1A CN201510713760A CN105239263B CN 105239263 B CN105239263 B CN 105239263B CN 201510713760 A CN201510713760 A CN 201510713760A CN 105239263 B CN105239263 B CN 105239263B
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- cam
- needle
- barring
- tabletting
- adapter ring
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Abstract
The invention provides a kind of complex cam system for being applied to full molding Computerized flat knitting machine, including rise cam, elevating cam above rise cam, elevating cam both sides degree of being provided with mesh triangle；Transfer cam is provided with above elevating cam, above transfer cam, above lower needle overturning guide pin triangular, transfer cam bottom both sides are provided with adapter ring triangle to upper needle overturning guide pin triangular to lower needle overturning guide pin triangular；Tablet press mechanism is provided with below rise cam, the track that climbs is provided between tablet press mechanism and upper needle overturning guide pin triangular；Also include needle jack, on needle jack, be sequentially provided with front piece heel, the heel of middle part piece, tail sheet heel.The present invention can not only complete barring-on, adapter ring, lopping, tuck, not knit these basic actss, and can carry out mutual barring-on and adapter ring between upper and lower needle-bar, reach and improve cross machine knitting efficiency, the effect of diversified weave pattern.
Description
Technical field
The present invention relates to one kind is loaded on carriage in flat knitting machine along needle-bar direction move back and forth, can carry out
Barring-on, adapter ring, braiding, tuck, the cam system for not knitting basic actss, the cam system are applied to the full molding of four needle-bars, three system
Computerized flat knitting machine.
Background technology
At present, multiple knitting needles are arranged on straight-bar machines needle-bar, cam carrier is moved along needle-bar, loads fabric thereon
Braiding triangle device.While cam carrier is moved back and forth along needle-bar, triangle device selectively will be driven on needle-bar
Knitting needle is retreated along tooth mouth, takes yarn braided fabric so as to hook.
Under normal circumstances, cross machine triangulo system can be divided into single system, dual system and three systems according to system number.At present
Dual system straight-bar machines is mostly on the market, and single system straight-bar machines has gradually lost market, three systems due to single function, inefficiency
Straight-bar machines establishment efficiency high, functional diversities, its design difficulty are high, and price is also very high, is generally used for high-end field.
Straight-bar machines is divided by needle-bar quantity and can be divided into two needle-bars, four needle-bars, three kinds of five needle-bar.In two needle-bar straight-bar machines, one is well matched
Standby double cam systems, this two needle-bar are configured into before and after about 90 degree, so on the two needle-bars just can respective braided fabric,
In addition, two needle-bars can also coordinate braiding rib construction.Four needle-bar straight-bar machines and two needle-bar differences are and are equipped with three
Cam system, and many two auxiliary needle-bars, are configured with auxiliary needle on two auxiliary needle-bars, and its function is that auxiliary barring-on and adapter ring are dynamic
Make, such that each travel efficiency of cam carrier is higher, so as to improve straight-bar machines whole efficiency.In four needle-bar straight-bar machines
In, four needle-bar configuration modes are about, and two main needle-bars are configured into before and after about 90 degree, thereon, other two auxiliary needle of horizontal arrangement
Bed, four needle-bar straight-bar machines are greatly improved compared with two needle-bar straight-bar machines efficiency.
In patent documentation US6079231, a kind of three system straight-bar machines of four needle-bar is disclosed, needle-bar is using compound before and after the straight-bar machines
Pin, auxiliary needle-bar are configured with auxiliary needle, and the compound needle of needle-bar can be coordinated with the auxiliary needle on auxiliary needle-bar in front and back carries out barring-on
Action, such straight-bar machines can not only carry out basic weaving textile in a stroke of triangle balladeur train, additionally it is possible to be included
The braiding of the various fabrics such as barring-on, substantially increases braid efficiency.The design shortcoming of the cam system is it is clear that i.e. structure is multiple
Miscellaneous, manufacturing cost is high.
In patent documentation US5992183, a kind of and cam system structure disclosed by patent documentation US6079231 is disclosed
Similar cam system structure, but the cam system complex structure, this will cause cam carrier overall weight higher, straight-bar machines
During operation, cam carrier vibration is big, straight-bar machines high energy consumption.In addition, the design and manufacture cost is high, maintenance difficulty is big, is unfavorable for horizontal stroke
The cost control and production in enormous quantities of machine.
The content of the invention
The technical problem to be solved in the present invention is to provide a kind of simple structure, easy to manufacture is applied to four needle-bars, three system
Full molding Computerized flat knitting machine cam system, the cam system can not only complete barring-on, adapter ring, lopping, tuck, not knit these
Basic actss, and can carry out mutual barring-on and adapter ring between upper and lower needle-bar, reach raising cross machine knitting efficiency, various
Change the effect of weave pattern.
In order to solve above-mentioned technical problem, the technical scheme is that to provide and a kind of be applied to full molding Computerized flat knitting machine
Complex cam system, it is characterised in that：Including rise cam, above rise cam, elevating cam both sides set elevating cam
Degree of having mesh triangle；Transfer cam is provided with above elevating cam, lower needle overturning guide pin triangular is located above transfer cam, upper needle overturning guide pin
Above lower needle overturning guide pin triangular, transfer cam bottom both sides are equipped with adapter ring triangle to triangle；Pressure is provided with below rise cam
Piece mechanism, is provided with the track that climbs between tablet press mechanism and upper needle overturning guide pin triangular；
Also include needle jack, on needle jack, be sequentially provided with front piece heel, the heel of middle part piece, tail sheet heel；Tail sheet is called in person with
Portion's piece is called in person for controlling the selection of each track of needle jack；Front piece call in person for each triangle rail effect, so as to drive needle jack
Motion.
Preferably, the transfer cam, adapter ring triangle and rise cam have difference in height between any two.
Preferably, the degree mesh triangle is the slide block mechanism from the horizontal by an angle of inclination.
Preferably, when barring-on action between upper and lower needle-bar is carried out, transfer cam, rise cam, elevating cam will sink to
The passage of cam base plate, upper needle overturning guide pin triangular and lower needle overturning guide pin triangular closing composition is the motion road of needle jack front piece heel
Footpath, this path are referred to as barring-on track between upper and lower needle-bar.
Preferably, when barring-on action between lower needle-bar is carried out, rise cam will sink to cam base plate, lower needle overturning guide pin three
The passage of angle and transfer cam closing composition is the motion path of needle jack front piece heel, and this path is referred to as barring-on between lower needle-bar
Track.
Preferably, when adapter ring action between lower needle-bar is carried out, the effect of only one of which adapter ring triangle, not acted on connect
Circle triangle will sink to cam base plate, and elevating cam will also sink to cam base plate, and transfer cam closes composition with adapter ring triangle
Passage is the motion path of needle jack front piece heel, and this path is referred to as adapter ring track between lower needle-bar.
Preferably, the tablet press mechanism includes that height selects tabletting, barring-on adapter ring to select tabletting, barring-on to select tabletting, collection
Enclose tabletting, do not knit tabletting；
Tabletting is highly selected to be used to control needle jack initial motion height；When height selects tabletting to act on, needle jack fortune
Row is to rise cam height；When height select tabletting do not act on when, needle jack will continue on the track that climbs rise to barring-on or
Adapter ring triangle height；
When barring-on adapter ring selects tabletting to act on, needle jack will highly stop rising in adapter ring；If barring-on adapter ring selects tabletting
Do not act on, needle jack will continue on the track that climbs and rise to barring-on height；
Barring-on selects tabletting to carry out barring-on action between barring-on or lower needle-bar between upper and lower needle-bar for controlling needle jack.
When height selects tabletting to act on piece heel in the middle part of needle jack, the heel of needle jack front piece will be lifted, so as to cross over
The track that climbs moves along a straight line；Highly select tabletting in when sinking to state and not working, the heel of needle jack front piece will continue to be climbed
Rise track driving and rise to barring-on or adapter ring triangle height；If now barring-on adapter ring selects tabletting effect, the heel of needle jack tail sheet
To be lifted, in adapter ring highly across the track that climbs, into adapter ring track；If barring-on adapter ring selects tabletting to be in and sinks to state not
Effect, needle jack front piece heel will continue climbed track drive rise to barring-on height；Now, if barring-on selects tabletting work
Make, the heel of needle jack front piece will be lifted, across the whole of transfer cam, hence into the barring-on track between lower needle-bar；Such as
Fruit barring-on selects tabletting not work in sinking to state, and the heel of needle jack front piece will continue to be driven by transfer cam, hence into
Barring-on track between upper and lower needle-bar.
The present invention provide device overcome the deficiencies in the prior art, can not only complete barring-on, adapter ring, lopping, tuck,
These basic actss are not knitted, and mutual barring-on and the adapter ring between upper and lower needle-bar can be carried out, reach raising cross machine knitting effect
The effect of rate, diversified weave pattern.
Description of the drawings
Fig. 1 is a kind of structural representation of the complex cam system for being applied to full molding Computerized flat knitting machine of the present invention；
Fig. 2 be and a kind of complex cam system for being applied to full molding Computerized flat knitting machine of the present invention joined together by needle jack structure
Schematic diagram；
Fig. 3 is that a kind of present invention complex cam system for being applied to full molding Computerized flat knitting machine does not knit path figure；
Fig. 4 is a kind of lopping mark route map of the complex cam system for being applied to full molding Computerized flat knitting machine of the present invention；
Fig. 5 is a kind of tuck path figure of the complex cam system for being applied to full molding Computerized flat knitting machine of the present invention；
Fig. 6 is a kind of barring-on between needle-bar up and down of the complex cam system for being applied to full molding Computerized flat knitting machine of the present invention
Path figure；
Fig. 7 is the rail of barring-on between a kind of lower needle-bar of the complex cam system for being applied to full molding Computerized flat knitting machine of the present invention
Mark route map；
Fig. 8 is the rail of adapter ring between a kind of lower needle-bar of the complex cam system for being applied to full molding Computerized flat knitting machine of the present invention
Mark route map.
Specific embodiment
To become apparent the present invention, hereby with a preferred embodiment, and accompanying drawing is coordinated to be described in detail below.
What Fig. 1 was represented is a kind of structure composition of the complex cam system for being applied to full molding Computerized flat knitting machine of the present invention, is led to
Often, the similar cam system of multiple structures is mounted with carriage in flat knitting machine, the present invention is only represented positioned at cam carrier
One cam system of the upper rightmost side, the cam system can be also carried out between upper and lower needle-bar, lower pin in addition to basic braiding function
Adapter ring action between barring-on and lower needle-bar between bed.Its structure is mainly by being constituted with lower component：Rise cam 8, elevating cam 7,
Degree mesh triangle 6a, 6b, transfer cam 4, adapter ring triangle 5a, 5b, upper needle overturning guide pin triangular 1, lower needle overturning guide pin triangular 2, tablet machine
Structure 9a, 9b, 9c, 9d, 9e, 9f, climb track 3.Elevating cam 7 is located above rise cam 8,7 both sides degree of being provided with of elevating cam
Mesh triangle 6a, 6b；Transfer cam 4 is provided with above elevating cam 7, lower needle overturning guide pin triangular 2 is located above transfer cam 4, above turns over
Pin guide pin triangular 1 is located above lower needle overturning guide pin triangular 2, and 4 bottom of transfer cam is provided with adapter ring triangle 5a, 5b；Under rise cam 8
Side is provided with tablet press mechanism 9a, 9b, 9c, 9d, 9e, 9f, is provided with the track 3 that climbs between tablet press mechanism and upper needle overturning guide pin triangular 1.
Fig. 2 is tied with the needle jack 10 joined together by a kind of complex cam system for being applied to full molding Computerized flat knitting machine of the present invention
Structure schematic diagram, is sequentially provided with front piece heel 10c, middle part piece heel 10b, tail sheet heel 10a, the needle jack tail sheet on needle jack 10
Heel 10a and middle part piece heel 10b are used to control the selection of each track of needle jack, and front piece heel 10c is mainly used in and each triangle track
Effect, so as to drive needle jack to move.
Needle jack structure is similar with traditional needle jack structure, and it is a piece of that difference is that needle jack afterbody additionally with the addition of
Heel, can be processed using traditional needle jack manufacturing process and compound the three of full molding Computerized flat knitting machine is applied to the present invention
The needle jack that angle system is engaged.
Tablet press mechanism, can be divided into height by function and select tabletting, barring-on adapter ring to select tabletting, barring-on to select tabletting, tuck
Tabletting, tabletting is not knitted, in Fig. 1,9a selects tabletting, 9b barring-ons adapter ring to select tabletting, 9c tabletting, 9d to be selected to move to left circle for height
Tabletting, 9f are selected not knit tabletting to move to right circle for tuck tabletting, 9e.Tabletting is highly selected to be used to control needle jack motion height
Degree, when which act on, needle jack runs to rise cam height and just no longer rises along the track that climbs, when which does not act on, very pin
Piece will continue on the track that climbs and rise to barring-on or adapter ring triangle height, if now barring-on adapter ring selects tabletting effect, very pin
Piece will highly stop rising in adapter ring, if barring-on adapter ring selects tabletting not act on, needle jack will continue on track rising of climbing
To barring-on height, last barring-on selects tabletting to carry out moving between barring-on or lower needle-bar between upper and lower needle-bar for controlling needle jack
Circle action.
The complex cam system that the present invention is provided has the movement locus of 6 differing heights, respectively up and down between needle-bar
Adapter ring track between barring-on track, lower needle-bar between barring-on track, lower needle-bar, lopping track, tuck track, track is not knitted, had
Body is as follows：
Fig. 3 is that a kind of present invention complex cam system for being applied to full molding Computerized flat knitting machine does not knit path figure.Three
When angled seat balladeur train turns left operation from the right side, the piece heel movement locus direction of needle jack 10 should be from left to right, when needle jack 10 is located at
During tabletting 9a positions, now tabletting 9a is in raised working condition, then in the middle part of needle jack, piece heel 10b will be lifted across climbing
Track 3, the then track 3 that climbs will not continue to drive needle jack front piece heel 10c to rise, when needle jack 10 is located at tabletting 9f positions
When, now in raised working condition, in the middle part of needle jack, piece heel 10b continues to be lifted tabletting 9f, across rise cam 8, very pin
10 whole process of piece transfixion all the time.
Fig. 4 is a kind of lopping path figure of the complex cam system for being applied to full molding Computerized flat knitting machine of the present invention.When
When needle jack 10 is located at tabletting 9a positions, now tabletting 9a is in raised working condition, then in the middle part of needle jack, piece heel 10b will be by
Lift across climbing track 3, then the track 3 that climbs will not continue to drive needle jack front piece heel 10c to rise, when needle jack 10
When tabletting 9f positions, now tabletting 9f does not work in sinking to state, and needle jack 10b will not be lifted, and needle jack is anterior
Piece heel 10c will sink to the track between rise cam 8 and elevating cam 7, rise so as to needle jack 10 will continue to drive, directly
Complete to lopping campaign.It should be noted that degree mesh triangle 6b is a slide block mechanism from the horizontal by certain angle, when
Needle jack can reach regulating winding tightness degree by the height of degree of control mesh triangle 6b, most when mesh triangle 6b positions are spent
The purpose for adjusting Density is reached eventually.
Fig. 5 is a kind of tuck path figure of the complex cam system for being applied to full molding Computerized flat knitting machine of the present invention.When
When needle jack 10 is located at tabletting 9a positions, now tabletting 9a is in raised working condition, then in the middle part of needle jack, piece heel 10b will be by
Lift, needle jack front piece heel 10c will be disengaged from climbing in track 3, the track 3 that climbs will not continue to drive the heel of needle jack front piece
10c rises, and when needle jack 10 is located at tabletting 9f positions, now tabletting 9f does not work in sinking to state, and needle jack 10 will not
Can be lifted, needle jack front piece heel 10c will sink to the track between rise cam 8 and elevating cam 7, so as to needle jack 10 will
Can continue to drive and rise, when needle jack 10 is located at tabletting 9d, now tabletting 9f is in raised working condition, in the middle part of needle jack
Piece heel 10b will be lifted, when needle jack 10 will continue on rise cam rise cam 8 and elevating cam across after tabletting 9d
Track motion between 7, until tuck motion is completed.During the tuck of complex cam system, to prevent needle jack piece from calling in person
Interfere with tabletting 9f, tabletting 9f is in settling phase all the time.
Fig. 6 is a kind of barring-on between needle-bar up and down of the complex cam system for being applied to full molding Computerized flat knitting machine of the present invention
Path figure.When needle jack 10 is located at tabletting 9a positions, now tabletting 9a does not work in sinking to state, then in needle jack
Portion piece heel 10b will not be lifted, and needle jack front piece heel 10c will continue to submerge and climb in track 3, and the track 3 that climbs will continue
Needle jack front piece heel 10c is driven to rise, when needle jack 10 is located at tabletting 9b, now 9b is in sedimentation off position, then
Needle jack tail sheet heel 10a will not be lifted, and needle jack front piece heel 10c will continue the track 3 that climbed and drive rising, when very pin
When piece 10 is located at tabletting 9c, now 9c will not be lifted in sedimentation off position, then needle jack tail sheet heel 10a, very pin
Piece front piece heel 10c will continue to rise along the track between upper needle overturning guide pin triangular 1 and lower needle overturning guide pin triangular 2, until
Whole barring-on process is completed.Needs are said, during the entire process of barring-on, to prevent needle jack tail sheet heel 10a and rising
Pin triangle 8, elevating cam 7 are interfered, and rise cam 8, elevating cam 7 are in settling phase all the time.
Fig. 7 is the rail of barring-on between a kind of lower needle-bar of the complex cam system for being applied to full molding Computerized flat knitting machine of the present invention
Mark route map.When needle jack 10 is located at tabletting 9a positions, now tabletting 9a does not work in sinking to state, then in the middle part of needle jack
Piece heel 10b will not be lifted, and needle jack front piece heel 10c will continue to submerge and climb in track 3, and the track 3 that climbs will continue to drive
Dynamic needle jack front piece heel 10c rises, and when needle jack 10 is located at tabletting 9b, now tabletting 9b is in sedimentation off position,
Then needle jack tail sheet heel 10a will not be lifted, and needle jack front piece heel 10c will continue the track 3 that climbed and drive risings, when enduring
When faller gill 10 is located at tabletting 9c, now 9c can be lifted in raised working condition, then needle jack tail sheet heel 10a, needle jack
Front piece heel 10c will continue to rise along the track between lower needle overturning guide pin triangular 2 and transfer cam 4, until whole barring-on
Process is completed.Needs are said, during the entire process of barring-on, to prevent needle jack tail sheet heel 10a and rise cam 8
Raw to interfere, rise cam 8 is in settling phase all the time.
Fig. 8 is the rail of adapter ring between a kind of lower needle-bar of the complex cam system for being applied to full molding Computerized flat knitting machine of the present invention
Mark route map.When needle jack 10 is located at tabletting 9a positions, now tabletting 9a does not work in sinking to state, then in the middle part of needle jack
Piece heel 10b will not be lifted, and needle jack front piece heel 10c will continue to submerge and climb in track 3, and the track 3 that climbs will continue to drive
Dynamic needle jack front piece heel 10c rises, and when needle jack 10 is located at tabletting 9b, now 9b is in raised working condition, then very pin
Piece tail sheet heel 10a can be lifted, and needle jack front piece heel 10c will be across the track 3 that climbs, and the track 3 that will not continue to be climbed drives
Dynamic to rise, when needle jack 10 reaches adapter ring triangle 5a positions, adapter ring triangle 5a does not work in settling phase, and needle jack 10 is protected
Static difference is held, when adapter ring triangle 5b positions are reached, adapter ring triangle 5b is in raised working condition, the heel of needle jack front piece
10c is by the track motion along between transfer cam 4 and adapter ring triangle 5b, until adapter ring action is completed.
Claims (8)
1. a kind of complex cam system for being applied to full molding Computerized flat knitting machine, it is characterised in that：Including rise cam (8), very pin
Triangle (7) above rise cam (8), elevating cam (7) both sides degree of being provided with mesh triangle；Elevating cam is provided with shifting above (7)
Circle triangle (4), lower needle overturning guide pin triangular (2) above transfer cam (4), lead located at lower needle overturning by upper needle overturning guide pin triangular (1)
Above pin triangle (2), transfer cam (4) bottom both sides are equipped with adapter ring triangle；Rise cam is provided with tablet press mechanism below (8),
The track that climbs (3) is provided between tablet press mechanism and upper needle overturning guide pin triangular (1)；
Also include needle jack (10), on needle jack (10), be sequentially provided with front piece heel (10c), middle part piece heel (10b), tail sheet heel
(10a)；Tail sheet is called in person (10a) and middle part piece heel (10b) is for controlling the selection of each track of needle jack；Front piece heel (10c) is used
In with each triangle rail effect, so as to drive needle jack to move.
2. a kind of complex cam system for being applied to full molding Computerized flat knitting machine as claimed in claim 1, it is characterised in that：It is described
Transfer cam (4), adapter ring triangle and rise cam (8) have difference in height between any two.
3. a kind of complex cam system for being applied to full molding Computerized flat knitting machine as claimed in claim 1, it is characterised in that：It is described
Degree mesh triangle is the slide block mechanism from the horizontal by an angle of inclination.
4. a kind of complex cam system for being applied to full molding Computerized flat knitting machine as claimed in claim 1, it is characterised in that：When entering
Between the upper and lower needle-bar of row during barring-on action, transfer cam (4), rise cam (8), elevating cam (7) will sink to cam base plate, on
The passage of needle overturning guide pin triangular (1) and lower needle overturning guide pin triangular (2) closing composition is the motion road of needle jack front piece heel (10c)
Footpath, this path are referred to as barring-on track between upper and lower needle-bar.
5. a kind of complex cam system for being applied to full molding Computerized flat knitting machine as claimed in claim 4, it is characterised in that：When entering
Between the lower needle-bar of row during barring-on action, rise cam (8) will sink to cam base plate, lower needle overturning guide pin triangular (2) and transfer cam
(4) passage of closing composition is the motion path of needle jack front piece heel (10c), and this path is referred to as barring-on rail between lower needle-bar
Mark.
6. a kind of complex cam system for being applied to full molding Computerized flat knitting machine as claimed in claim 5, it is characterised in that：When entering
Between the lower needle-bar of row during adapter ring action, the effect of only one of which adapter ring triangle, do not act on adapter ring triangle will sink to triangle bottom
Plate, and elevating cam (7) will also sink to cam base plate, the passage that transfer cam (4) closes composition with adapter ring triangle is needle jack
The motion path of front piece heel (10c), adapter ring track between the referred to as lower needle-bar in this path.
7. a kind of complex cam system for being applied to full molding Computerized flat knitting machine as claimed in claim 6, it is characterised in that：It is described
Tablet press mechanism includes that height selects tabletting, barring-on adapter ring to select tabletting, barring-on to select tabletting, tuck tabletting, do not knit tabletting；
Tabletting is highly selected to be used to control needle jack initial motion height；When height select tabletting act on when, needle jack run to
Rise cam height；When height selects tabletting not act on, needle jack will continue on the track that climbs and rise to barring-on or adapter ring
Triangle height；
When barring-on adapter ring selects tabletting to act on, needle jack will highly stop rising in adapter ring；If barring-on adapter ring selects tabletting not make
With needle jack will continue on the track that climbs and rise to barring-on height；
Barring-on selects tabletting to carry out barring-on action between barring-on or lower needle-bar between upper and lower needle-bar for controlling needle jack.
8. a kind of complex cam system for being applied to full molding Computerized flat knitting machine as claimed in claim 7, it is characterised in that：Work as height
When degree selects tabletting to act on piece heel (10b) in the middle part of needle jack, needle jack front piece heel (10c) will be lifted, and climb so as to cross over
Rise track (3) to move along a straight line；Tabletting is selected highly in when sinking to state and not working, needle jack front piece heel (10c) will be after
The continuous track (3) that climbed drives and rises to barring-on or adapter ring triangle height；If now barring-on adapter ring selects tabletting effect, needle jack
Tail sheet heel (10a) will be lifted, in adapter ring highly across the track (3) that climbs, into adapter ring track；If barring-on adapter ring selects pressure
Piece is not acted in sinking to state, and needle jack front piece heel (10c) track (3) that will continue to be climbed drives that to rise to barring-on high
Degree；Now, if barring-on selects tabletting work, needle jack front piece heel (10c) will be lifted, across the complete of transfer cam (4)
Portion, hence into the barring-on track between lower needle-bar；If barring-on selects tabletting not work in sinking to state, needle jack is anterior
Piece heel (10c) will continue to be driven by transfer cam (4), hence into the barring-on track between upper and lower needle-bar.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510713760.1A CN105239263B (en) | 2015-10-28 | 2015-10-28 | A kind of complex cam system for being applied to full molding Computerized flat knitting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510713760.1A CN105239263B (en) | 2015-10-28 | 2015-10-28 | A kind of complex cam system for being applied to full molding Computerized flat knitting machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105239263A CN105239263A (en) | 2016-01-13 |
| CN105239263B true CN105239263B (en) | 2017-03-29 |
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ID=55037071
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510713760.1A Expired - Fee Related CN105239263B (en) | 2015-10-28 | 2015-10-28 | A kind of complex cam system for being applied to full molding Computerized flat knitting machine |
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| CN (1) | CN105239263B (en) |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH042847A (en) * | 1990-04-17 | 1992-01-07 | Shima Seiki Mfg Ltd | Operating needle cam for weft knitting machine |
| JP3085657B2 (en) * | 1997-08-08 | 2000-09-11 | 株式会社島精機製作所 | Flat knitting machine |
| JP2995464B2 (en) * | 1998-05-15 | 1999-12-27 | 株式会社島精機製作所 | Depositing device for stitch loop in flat knitting machine |
| CN201347489Y (en) * | 2009-01-15 | 2009-11-18 | 浙江虎王数控科技有限公司 | Knitting triangular system of electrically controlled automatic flat knitting machine |
| CN104328594B (en) * | 2014-11-24 | 2016-07-27 | 西安工程大学 | Adopt five merit position Computerized flat knitting machine knitting mechanisms of electromagnetic needle selection |
-
2015
- 2015-10-28 CN CN201510713760.1A patent/CN105239263B/en not_active Expired - Fee Related
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| Publication number | Publication date |
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| CN105239263A (en) | 2016-01-13 |
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