CN205775118U - Computerized flat knitting machine constructional device - Google Patents
Computerized flat knitting machine constructional device Download PDFInfo
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- CN205775118U CN205775118U CN201620565649.2U CN201620565649U CN205775118U CN 205775118 U CN205775118 U CN 205775118U CN 201620565649 U CN201620565649 U CN 201620565649U CN 205775118 U CN205775118 U CN 205775118U
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- mesh
- leg pressing
- mountain
- angle
- pin
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Abstract
This utility model relates to a kind of Computerized flat knitting machine constructional device, including knitting zone base plate and needle selection district base plate, it is provided with system for weaving on the base plate of knitting zone, it is characterized in that: system for weaving includes connecing pin leg pressing for depressing a left side for spring needle pin bell, the second from left section degree mesh leg pressing, hang mesh leg pressing, the right side connects pin leg pressing and right two-stage nitration degree mesh leg pressing, a left side connects pin leg pressing, the second from left section degree mesh leg pressing, hang mesh leg pressing, the right side connects pin leg pressing and right two-stage nitration degree mesh leg pressing from left to right arranges, it is telescopically disposed on the base plate of knitting zone, system for weaving also includes the degree mesh mountain angle group being arranged on the base plate of knitting zone, for adjusting coil degree mesh size, it includes height angle, mesh mountain, left side, low angle, mesh mountain, left side, height angle, mesh mountain, right side and angle, minuent mesh mountain, right side；In the case of left or right two-stage nitration degree mesh leg pressing ejection and left or right connect pin leg pressing retraction, make Du Mushan angle, left or right side by high low layer Discrete control minute hand stitch by the difference of lower pressing spring pin pin bell height.
Description
Technical field
This utility model relates to a kind of Computerized flat knitting machine constructional device.
Background technology
Computerized flat knitting machine constructional device is arranged on computer flat-knitting machine head, and existing Computerized flat knitting machine structure fills
Put in cannot realizing same rows of knitting and control by the mesh of degree more than pin bilayer, it is impossible to realize how close by pin
Degree style braiding.
Summary of the invention
The purpose of this utility model is to provide a kind of Computerized flat knitting machine constructional device, by bilayer degree
Mesh structure can be as accurate as being controlled each pin degree mesh value size in same rows of knitting, from
And realize the braiding of any pin in same rows of knitting, hang mesh coil degree mesh change, greatly increase
Add the style kind that Computerized flat knitting machine can weave, be effectively improved the production effect producing multi-density flower pattern
Rate stability.
The purpose of this utility model realizes by following technical solution:
A kind of Computerized flat knitting machine constructional device, including knitting zone base plate and needle selection district base plate, knitting zone
System for weaving it is provided with on base plate, it is characterised in that: system for weaving includes for depressing spring needle
A left side for pin bell connect pin leg pressing, the second from left section degree mesh leg pressing, hang mesh leg pressing, the right side connects pin leg pressing and right two
Section degree mesh leg pressing, a left side connect pin leg pressing, the second from left section degree mesh leg pressing, hang mesh leg pressing, the right side connects pin leg pressing
From left to right arrange with right two-stage nitration degree mesh leg pressing, be telescopically disposed on the base plate of knitting zone, compile
System of knitting also includes the degree mesh mountain angle group being arranged on the base plate of knitting zone, is used for adjusting coil degree mesh
Size, it include left side height angle, mesh mountain, angle, minuent mesh mountain, left side, angle, height mesh mountain, right side and
Low angle, mesh mountain, right side；Connect pin leg pressing in left or right two-stage nitration degree mesh leg pressing ejection and left or right to retract
In the case of, make Du Mushan angle, left or right side by height by the difference of lower pressing spring pin pin bell height
Low layer Discrete control minute hand stitch.
Low angle, mesh mountain, left side and angle, height mesh mountain, left side are for pressing control coil density size
Track be to overlap, angle, height mesh mountain, left side is positioned on low angle, mesh mountain, left side；Right side is low
Degree angle, mesh mountain and angle, height mesh mountain, right side are weights for the track of pressing control coil density size
Closing, angle, height mesh mountain, right side is positioned on low angle, mesh mountain, right side.
The ejection of left side two-stage nitration degree mesh leg pressing and right side two-stage nitration degree mesh leg pressing is to pressing position and retraction
Or flick non-pressing position and can realize controlling bilayer degree mesh.
Left side two-stage nitration degree mesh leg pressing and right side two-stage nitration degree mesh leg pressing and hang mesh leg pressing in same braiding
Position height A position or H position, it is achieved bilayer degree mesh control；As left side two-stage nitration degree mesh leg pressing,
Right side two-stage nitration degree mesh leg pressing and hang one of them in weaving the A position of position or H position of mesh leg pressing
Braiding position, then left side connects pin leg pressing and right side connects another in A position or H position of pin leg pressing
Braiding position.
1 to 4 system for weaving can be provided with on the base plate of knitting zone.
The beneficial effects of the utility model:
This utility model system for weaving is provided with left side height angle, mesh mountain, left side minuent mesh Shan Jiao, the right side
Angle, height mesh mountain, side and angle, minuent mesh mountain, right side, connect pin leg pressing, a left side on the left side from left to right arranged
Two-stage nitration degree mesh leg pressing, hang mesh leg pressing, the right side connects pin leg pressing and under right two-stage nitration degree mesh leg pressing effect, can
To realize much more double-deck degree mesh by pin control, bilayer degree mesh of often going can be significantly greatly increased by the control of pin
The style that Computerized flat knitting machine can weave, it is achieved the design of more tissue styles；Same volume can be realized
Precisely loosening the pin needing individually needle overturning in knitting row, the needle overturning action for next line is carried out
Preparation, thoroughly solves the problem that during braiding under compactness, needle overturning is unstable；Can realize individually
Control to hang the degree mesh of mesh coil, solve to hang the problem that mesh tissue is difficult to braiding；How close for needs
The flower pattern of degree function braiding, this utility model can reduce braiding line number to greatest extent, at least subtract
Few technique line number 50%, thus it is effectively increased production efficiency.Summation, this utility model is compiled
The system of knitting can be significantly greatly increased the style kind that Computerized flat knitting machine can weave, and is effectively improved production many
The production efficiency of density flower pattern and stability.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the needle trajectory map of flat needle-like state knitting needle, and the most left system for weaving works；
Fig. 3 is the needle trajectory map of half needle-like state knitting needle, and the most left system for weaving works；
Fig. 4 is the needle trajectory map of full needle-like state knitting needle, and the most left system for weaving works；
Fig. 5 is the needle trajectory map of needle overturning state knitting needle, and the most left system for weaving works；
Fig. 6 is the needle trajectory map connecing needle-like state knitting needle, and the most left system for weaving works；
Fig. 7 is that bilayer degree mesh weaves process needle trajectory map, and the most left system for weaving works；
Fig. 8 weaves+hangs mesh process pin trajectory diagram for bilayer degree mesh, and the most left system for weaving works.
Detailed description of the invention
As it is shown in figure 1, include knitting zone base plate 1 and needle selection district base plate 2, knitting zone base plate 1
On can be provided with 1 to 4 workout system, in the present embodiment, knitting zone base plate has been provided with
Symmetrical two system for weaving,
The structure of left and right system for weaving is identical, elaborates below as a example by left system for weaving:
Left system for weaving includes angle, telescopic needle overturning mountain 32, is fixedly installed on angle, needle overturning mountain
The sharp mountain 331 of side, the Jiao Die mountain, lower withdrawal of needle mountain 30 of lower section, the angle, fixing mountain of upper left is left
Mountain 391 is protected in side, is arranged on left side and protects the nursed mountain 37 of mountain volume two, is arranged on and can nurse mountain
Downside is that mountain 392 is protected in left side reservation, and being arranged on the angle, upper guide pin mountain on the right side of point mountain is on centre
Protect mountain 394, centre is protected the angle, lower guide pin mountain on the downside of mountain and protects mountain 393 for centre reservation, if
Put on the left of butterfly mountain for angle, degree mesh mountain 34 at the bottom of angle, height mesh mountain, left side 33 and left side, be arranged on
On the right side of butterfly mountain is height angle, mesh mountain 41, right side and angle, minuent mesh mountain, right side 29, and butterfly has on the downside of mountain
5 leg pressing structures, wherein a row is left side two-stage nitration degree mesh leg pressing 35 from left to right, hangs above
Mesh leg pressing 39, the degree mesh leg pressing 41 of two degree of right side, below connect pin leg pressing for left side on the left of a row
40, right side is that right side connects to retain on the left of pin leg pressing 36. and protects mountain volume two and be set to fixing angle, mountain 121
Left side is long protects mountain, and left side length is protected and protected mountain 123, on the left of left side for long in the middle of fixing angle, mountain on the right side of mountain
Long protecting protects mountain 122 under left side on the downside of mountain, protects the right side on mountain for fixing under centre, angle, mountain under left side
Protect and protect mountain under mountain 124, left side and left side length is protected and is set to slide cam selector 51 between mountain, coordinate choosing
The left pusher in angle, scalable mountain 46 of pin device secondary needle selection action, protects under corresponding centre
Mountain and centre length are protected and are set to slide cam selector 53 between mountain, coordinate No. 53 2 needle selection actions of slide cam selector
Angle, scalable mountain be angle, right withdraw of the needle mountain be 52, for pattern bit is reset to be moved by needle selection
The angle, fixing mountain made is resetting guide block 45, is arranged on a left side and connects pin leg pressing and the right side connects below pin leg pressing
Angle, fixing mountain do not knit tabletting 42.
Knitting needle as shown in Figure 2 is by pattern bit 64, spring needle 63, minute hand 62 and knits
Pin 61 forms.Wherein spring needle pin bell 65, pin bell 66 under minute hand, pattern bit pin bell 67.
Spring needle as shown in Figure 2 sequentially consists of B position, H under the effect of pattern bit
Position and A position.B position is that spring needle pin bell position corresponds to not knit tabletting 42, and H position is spring
Pin pin bell position connects pin leg pressing corresponding to a left side and the right side connects pin leg pressing, and A position is that spring needle pin bell is corresponding
In left side two-stage nitration degree mesh leg pressing, hang mesh leg pressing and right side two-stage nitration degree mesh leg pressing.
Specific works mode is:
Shown in reference Fig. 2, head left lateral, when not having pattern bit 64 to be preselected when, so
By slide cam selector 51 cannot secondary needle selection, at this time the heel of pattern bit pin 67 is in total head state,
Now, selection piece 64 is in the state in needle plate slot that is pressed into, and pattern bit 64 is not long by left side
Protecting and protect mountain 122 under mountain 121, left side and left pusher 46 acts on, now knitting needle is not
Participating in the up and down motion inside needle-bar, now, knitting needle makees flat pin state motion, takes the needle
Track is as shown in Figure 2.
With reference to shown in Fig. 3, head left lateral, on the left of the pattern bit 64 being preselected enters, length is protected
When protecting mountain 122 under mountain 121 and left side, then carry out secondary needle selection through slide cam selector 51,
The most selected pattern bit is under left side pusher 46 acts on, and pattern bit is spring needle
It is pushed into A position, now, is in the upper left side two-stage nitration degree mesh leg pressing of position, A position and right side two-stage nitration degree
Mesh leg pressing is the state of flicking (not in pressing bell position, A position), and hanging mesh leg pressing is A position pressing
Bell state, when minute hand drives knitting needle to guide to 201 position via butterfly mountain 30 effect, now
Mesh leg pressing, for hanging mesh position height, is now hung pressing, further under spring needle pin bell in 201 positions
Press minute hand under spring needle, cause pin bell under minute hand to be depressed in needle plate slot, when hanging mesh leg pressing pressure bullet
Spring pin pin bell terminates, and now, knitting needle moves to narrowing state, via minuent mesh mountain, right side
Angle has guided half pin to hang mesh work.This hangs mesh state motion for left half pin of knitting needle, takes the needle
Track is as shown in Figure 3.
With reference to shown in Fig. 4, head left lateral, on the left of the pattern bit 64 being preselected enters, length is protected
When protecting mountain 122 under mountain 121 and left side, then do not carry out secondary choosing through slide cam selector 51
Pin, the pattern bit in being at this time preselected does not acts on through left side pusher 46, pattern bit
Spring needle is pushed into H position, now, is in that position, H position is upper left connects pin leg pressing and the right side connects pin pressure
Lower limb is the state of flicking (not in pressing bell position, H position), when minute hand drive knitting needle via
Butterfly mountain 30 effect guides to angle, minuent mesh mountain, right side, has guided pressure through angle, minuent mesh mountain, right side
Pin works, and this is for weaving full needle-like state course motion, and Cam Track is as shown in Figure 4.
Shown in reference Fig. 5, head left lateral, long on the left of the pattern bit 64 being preselected enters
Protect when protecting mountain 122 under mountain 121 and left side, then do not carry out secondary through slide cam selector 51
Needle selection, the pattern bit in being at this time preselected does not acts on through left side pusher 46, jacquard weave
Sheet is pushed into H position spring needle, now, is in that position, H position is upper left connects pin leg pressing and the right side connects pin
Leg pressing is the state of flicking (not in pressing bell position, H position), when minute hand drives knitting needle warp
Being acted on by butterfly mountain 30 and guiding to butterfly mountain height 201, then knitting needle is through angle, needle overturning mountain
32 complete needle overturning action under point mountain 31 (such as Fig. 1) guiding.This does needle overturning for knitting needle
State motion, Cam Track is as shown in Figure 5.
Shown in reference Fig. 6, head left lateral, long on the left of the pattern bit 64 being preselected enters
Protect when protecting mountain 122 under mountain 121 and left side, then do not carry out secondary through slide cam selector 51
Needle selection, the pattern bit in being at this time preselected does not acts on through left side pusher 46, jacquard weave
Sheet is pushed into H position spring needle, now, is in that position, H position is upper left to be connect pin leg pressing and be in ejection
H position, the right side connects pin leg pressing for flicking state (not in pressing bell position, H position), when minute hand drives
Knitting needle is in time entering butterfly mountain 30 effect and guide, and a left side connects pin leg pressing dead spring pin pin bell,
Then spring needle acts on minute hand, further pin bell under minute hand is pressed in needle plate slot, this
Under Shi Changzhen, pin bell skips to inside butterfly mountain under a left side connects pin leg pressing effect, when spring needle connects through a left side
After pin leg pressing completes, minute hand stitch is no longer connect pin leg pressing by a left side and is acted on, the knitting needle that minute hand drives
Assembly is under butterfly mountain 30 inner track and angle 32, needle overturning mountain guide, and then knitting needle is through the right side
Angle 51, minuent mesh mountain, side completes to connect pin action under guiding.This connects needle-like state fortune for knitting needle
Dynamic, Cam Track is as shown in Figure 6.
With reference to shown in Fig. 7, head left lateral, on the left of the pattern bit 64 being preselected enters, length is protected
When protecting mountain 122 under mountain 121 and left side, then carry out secondary needle selection through slide cam selector 51,
Pattern bit in being at this time preselected acts on through left side pusher 46, and pattern bit is spring needle
It is pushed into A position；When not carrying out secondary needle selection, carrying in being at this time preselected through slide cam selector 51
Flower sheet does not acts on through left side pusher 46, and pattern bit is pushed into H position spring needle.(1)
It is in the upper left side two-stage nitration degree mesh leg pressing of position, A position and hangs mesh leg pressing and be in the state of flicking (not at A
Position pressing bell position), right side two-stage nitration degree mesh leg pressing be in ejection state (A position pressing state),
When minute hand drives knitting needle to guide to angle, minuent mesh mountain, right side, when through bullet via butterfly mountain 30 effect
When going out two degree of degree mesh leg pressings, spring needle pin bell can be pressed down certain distance, through height mesh mountain, right side
Angle has guided pressing to work, and the degree mesh value now produced is little degree mesh, and (2) are in H position
Position is upper left connects pin leg pressing and the right side connects pin leg pressing and is the state of flicking (not in pressing bell position, H position
Put), when minute hand drives knitting needle to guide to angle, minuent mesh mountain, right side via butterfly mountain 30 effect
Completing pressing work, now produce has guided pressing to work through angle, minuent mesh mountain, right side, this
Time produce degree mesh value be magnanimous mesh.Both the above state is exactly that bilayer degree mesh implements kinematical theory
Bright, this is that bilayer degree mesh weaves full needle-like state course motion, and Cam Track is as shown in Figure 7
With reference to shown in Fig. 7, head left lateral, on the left of the pattern bit 64 being preselected enters, length is protected
When protecting mountain 122 under mountain 121 and left side, then carry out secondary needle selection through slide cam selector 51,
Pattern bit in being at this time preselected acts on through left side pusher 46, and pattern bit is spring needle
It is pushed into A position；When not carrying out secondary needle selection, carrying in being at this time preselected through slide cam selector 51
Flower sheet does not acts on through left side pusher 46, and pattern bit is pushed into H position spring needle.(1)
It is in the upper left side two-stage nitration degree mesh leg pressing of position, A position and is in the state of flicking (not at A position pressing bell
Position), hang mesh leg pressing and right side two-stage nitration degree mesh leg pressing is in ejection state (A position pressing state),
When minute hand drives knitting needle to guide to during to 201 position via butterfly mountain 30 effect, now 201
Mesh leg pressing, for hanging mesh position height, is now hung pressing under spring needle pin bell, further spring in position
Press minute hand under pin, cause pin bell under minute hand to be depressed in needle plate slot, when hanging mesh leg pressing pressing spring pin
Pin bell terminates, and now, knitting needle moves to right side two-stage nitration degree mesh leg pressing, when through ejection two
During degree degree mesh leg pressing, spring needle pin bell can be pressed down certain distance, draws through angle, height mesh mountain, right side
Having led pressing work, the degree mesh value now produced is little degree mesh, and (2) are in position, H position
Upper left connect pin leg pressing and the right side connects pin leg pressing and is the state of flicking (not in pressing bell position, H position),
Pressure is completed when minute hand drives knitting needle to guide to angle, minuent mesh mountain, right side via butterfly mountain 30 effect
Pin works, and now produce has guided pressing to work through angle, minuent mesh mountain, right side, now produced
Degree mesh value be magnanimous mesh.Both the above state is exactly that bilayer degree mesh implements motion explanation, and this is
Bilayer degree mesh weaves+hangs mesh state procedure motion (weave and hang mesh and respectively walk a degree mesh value),
Cam Track is as shown in Figure 8.
The above, preferred embodiment the most of the present utility model, therefore can not limit with this
The scope that this utility model is implemented, i.e. according to this utility model claim and description
The equivalence change made with modify, all should still belong in the range of this utility model patent contains.
Claims (5)
1. a Computerized flat knitting machine constructional device, including knitting zone base plate and needle selection district base plate, compiles
Knit and be provided with system for weaving on district's base plate, it is characterised in that: system for weaving includes for depressing bullet
A left side for spring pin pin bell connect pin leg pressing, the second from left section degree mesh leg pressing, hang mesh leg pressing, the right side connects pin leg pressing and
Right two-stage nitration degree mesh leg pressing, a left side connect pin leg pressing, the second from left section degree mesh leg pressing, hang mesh leg pressing, the right side connects pin
Leg pressing and right two-stage nitration degree mesh leg pressing from left to right arrange, and are telescopically disposed in knitting zone base plate
On, system for weaving also includes the degree mesh mountain angle group being arranged on the base plate of knitting zone, is used for adjusting line
Circle degree mesh size, it includes left side height angle, mesh mountain, angle, minuent mesh mountain, left side, right side height mesh
Angle, mountain and angle, minuent mesh mountain, right side；Pin pressure is connect in left or right two-stage nitration degree mesh leg pressing ejection and left or right
In the case of lower limb is retracted, make Du Mushan angle, left or right side by the difference of lower pressing spring pin pin bell height
By high low layer Discrete control minute hand stitch.
Computerized flat knitting machine constructional device the most according to claim 1, it is characterised in that: left
Angle, minuent mesh mountain, side and angle, height mesh mountain, left side are used for the track of pressing control coil density size
Being to overlap, angle, height mesh mountain, left side is positioned on low angle, mesh mountain, left side；Low mesh mountain, right side
Angle and angle, height mesh mountain, right side are to overlap for the track of pressing control coil density size, right
Angle, height mesh mountain, side is positioned on low angle, mesh mountain, right side.
Computerized flat knitting machine constructional device the most according to claim 1, it is characterised in that: left
The ejection of side two-stage nitration degree mesh leg pressing and right side two-stage nitration degree mesh leg pressing to pressing position and retraction or flicks
Non-pressing position can realize controlling bilayer degree mesh.
Computerized flat knitting machine constructional device the most according to claim 3, it is characterised in that: left
Side two-stage nitration degree mesh leg pressing and right side two-stage nitration degree mesh leg pressing and hang mesh leg pressing at same braiding position height
A position or H position, it is achieved bilayer degree mesh control；Left side two-stage nitration degree mesh leg pressing, right side two-stage nitration
Spend mesh leg pressing and hang mesh leg pressing one of them braiding position in the A position or H position of braiding position,
Then left side connects pin leg pressing and right side connects pin leg pressing another braiding position in A position or H position.
5. according to the Computerized flat knitting machine constructional device described in Claims 1-4 any one, its
It is characterised by: 1 to 4 system for weaving on the base plate of knitting zone, can be provided with.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520843602 | 2015-10-27 | ||
| CN2015208436023 | 2015-10-27 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205775118U true CN205775118U (en) | 2016-12-07 |
Family
ID=58134623
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620565649.2U Expired - Fee Related CN205775118U (en) | 2015-10-27 | 2016-05-26 | Computerized flat knitting machine constructional device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205775118U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106637641A (en) * | 2017-01-17 | 2017-05-10 | 汕头市连兴实业有限公司 | Motor type double-layer meshing panel |
-
2016
- 2016-05-26 CN CN201620565649.2U patent/CN205775118U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106637641A (en) * | 2017-01-17 | 2017-05-10 | 汕头市连兴实业有限公司 | Motor type double-layer meshing panel |
| CN106637641B (en) * | 2017-01-17 | 2020-05-05 | 汕头市连兴实业有限公司 | Motor type double-layer stitch cam |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161207 Termination date: 20190526 |