CN208933609U - A kind of single-segment needle selecting Computerized flat knitting machine bottom plate apparatus - Google Patents
A kind of single-segment needle selecting Computerized flat knitting machine bottom plate apparatus Download PDFInfo
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- CN208933609U CN208933609U CN201821453442.1U CN201821453442U CN208933609U CN 208933609 U CN208933609 U CN 208933609U CN 201821453442 U CN201821453442 U CN 201821453442U CN 208933609 U CN208933609 U CN 208933609U
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Abstract
The utility model relates to a kind of single-segment needle selecting Computerized flat knitting machine bottom plate apparatus, two sets of cam systems are set on triangle motherboard, needle selection motherboard lower part is connected with a slide cam selector seat, successively be fixed with No.1 single-segment needle selecting device, No. two single-segment needle selecting devices, No. three single-segment needle selecting devices on slide cam selector seat from left to right, and three single-segment needle selecting devices from left to right respectively with lower-left Hu Shan, in lower shield mountain, bottom right Hu Shan be arranged in a one-to-one correspondence；No.1 single-segment needle selecting device and No. three single-segment needle selecting devices are specification of the same race, are respectively provided with two needle selection points thereon；For tool there are three needle selection point, in-between needle selection point is that two sets of cam systems are public on No. two single-segment needle selecting devices.Three single-segment needle selecting devices are used in the application, two pairs of needle selection points can be provided for every set cam system, reduce the part triangle installed on needle selection motherboard, are kept entire flat knitting machine soleplate structure design more succinct, reasonable, are reduced costs, save material；Using single-segment needle selecting, compared to the needle selection mode of original common dual system, efficiency improves 15%.
Description
Technical field
The utility model relates to textile machine apparatus fields, in particular, being related to a kind of single-segment needle selecting Computerized flat knitting machine bottom plate
Device.
Background technique
The slide cam selector installed on domestic bottom plate of flat knitting machine generallys use multistage needle selection mode, and there are needle selection time length, phase
The development that speed is slow, does not adapt to high speed machine is answered, and the triangle knot installed on needle selection bottom plate can be made using multistage needle selection mode
Structure increases, and causes needle selection baseplate width to increase, cost increases, waste material.
Utility model content
The purpose of the utility model is to overcome the above deficiencies in the existing technologies, and provide a kind of structure design conjunction
Reason promotes knitted in flat knitting machine efficiency and simplifies the single-segment needle selecting Computerized flat knitting machine bottom plate apparatus of floor structure.
The technical scheme in the invention for solving the above technical problem is: a kind of single-segment needle selecting Computerized flat knitting machine bottom plate dress
It sets, including triangle motherboard and needle selection motherboard, triangle motherboard and needle selection motherboard are stitched together and form flat knitting machine soleplate；On triangle motherboard
Two sets of cam systems are set, and two sets of cam systems are relatively symmetrically arranged on triangle motherboard about the middle line of triangle motherboard；Every set
Cam system includes left redundant degree mesh, right redundant degree mesh, the right degree mesh triangle of left degree mesh trigonometric sum；Left redundant degree mesh and right redundant
Mesh is spent to be arranged on triangle motherboard in splayed；The left right degree mesh triangle of degree mesh trigonometric sum is arranged on triangle motherboard in splayed,
And it is located at below left redundant degree mesh and right redundant degree purpose；Needle overturning oblique three is provided between the left right degree mesh triangle of degree mesh trigonometric sum
Angle, braiding depressing cam and braiding starting connect needle depressing cam, and the oblique triangle of needle overturning, braiding depressing cam and braiding starting connect needle
Depressing cam is successively set on from top to bottom on triangle motherboard；Above left redundant degree mesh and right redundant degree purpose from left to right successively
It is provided with left needle overturning depressing cam, swings the right needle overturning depressing cam of trigonometric sum；It is characterized by: being arranged on the needle selection motherboard left
Long Hu Shan, middle long Hu Shan, right long Hu Shan, left needle selecting cam, middle needle selecting cam, right needle selecting cam, lower-left Hu Shan, in lower shield mountain and
Bottom right Hu Shan；Left long Hu Shan, left needle selecting cam, lower-left Hu Shan are successively set on the left side of needle selection motherboard from top to bottom；Left long shield
Mountain, middle long Hu Shan, right long shield mountain are set gradually from left to right；Left needle selecting cam, middle needle selecting cam, right needle selecting cam are from left to right
It sets gradually；Lower-left Hu Shan, in lower shield mountain and bottom right Hu Shan set gradually from left to right；The lower part of needle selection motherboard is connected with one
Slide cam selector seat is successively fixed with No.1 single-segment needle selecting device, No. two single-segment needle selecting devices, No. three single hops choosings on slide cam selector seat from left to right
Needle device, and three single-segment needle selecting devices from left to right respectively with lower-left Hu Shan, in lower shield mountain, bottom right Hu Shan be arranged in a one-to-one correspondence；One
Number single-segment needle selecting device and No. three single-segment needle selecting devices are specification of the same race, are respectively provided with two needle selection points thereon；No. two single-segment needle selecting devices
For upper tool there are three needle selection point, in-between needle selection point is that two sets of cam systems are public.
Preferably, being additionally provided on triangle motherboard described in the utility model, left back-stitching cam, right back-stitching cam, a left side is adjustable
Triangle, right adjustable triangle, left reservation triangle, right reservation triangle, intermediate back-stitching cam, intermediate reservation triangle；Left back-stitching cam and
Right back-stitching cam left and right settings, and it is located at the two sides of two sets of cam systems, left adjustable triangle is located at the lower section of left back-stitching cam, left
Retain the lower section that triangle is located at left adjustable triangle, right adjustable triangle is located at the lower section of right back-stitching cam, and right reservation triangle is located at the right side
The lower section of adjustable triangle；Intermediate back-stitching cam and the intermediate triangle that retains are arranged from top to bottom, and are located between two cam systems.
Preferably, the width of triangle motherboard described in the utility model is 300mm.
The utility model compared with prior art, has the following advantages that and effect: (1) Double-system flat machine bottom plate uses three altogether
A single-segment needle selecting device can be realized and provide two pairs of needle selection points for every set cam system, reduces the part installed on needle selection motherboard
Triangle keeps entire flat knitting machine soleplate structure design more succinct, reasonable, and the width of triangle motherboard is only 300mm, reduces costs,
It saves material；(2) continual continuous needle selection can be realized using single-segment needle selecting, compared to the needle selection side of original common dual system
Formula, efficiency improve 15%；(3) the utility model use HP braiding needle track, can be realized braiding, hang mesh, needle overturning, connect needle,
It does not knit, weave and tightly hang and hang mesh and tightly hang seven movements, more varied and high-efficient can be woven.
Detailed description of the invention
Fig. 1 is the positive structure schematic one of the present embodiment flat knitting machine soleplate.
Fig. 2 is the right side structural representation of Fig. 1.
Fig. 3 is the positive structure schematic two of the present embodiment flat knitting machine soleplate.
Stitch Cam Track schematic diagram when Fig. 4 is needle overturning in the present embodiment.
Fig. 5 is stitch Cam Track schematic diagram when weaving in the present embodiment.
Fig. 6 is stitch Cam Track schematic diagram when connecing needle in the present embodiment.
Fig. 7 is stitch Cam Track schematic diagram when hanging mesh in the present embodiment.
Fig. 8 is stitch Cam Track schematic diagram when not knitting in the present embodiment.
Fig. 9 is that stitch Cam Track schematic diagram when tightly hanging is woven in the present embodiment.
Figure 10 is that stitch Cam Track schematic diagram when mesh is tightly hung is hung in the present embodiment.
Description of symbols: triangle motherboard C1；Needle selection motherboard C2；Right back-stitching cam 1；Right redundant degree mesh 4；Right needle overturning pressing
Triangle 5；Swing triangle 6；Left needle overturning depressing cam 7；Left redundant degree mesh 8；Intermediate back-stitching cam 9；Right degree mesh triangle 10；Braiding
Starting connects needle depressing cam 11；Weave depressing cam 12；Left degree mesh triangle 13；The oblique triangle 14 of needle overturning；Centre retains triangle 15；It is left
Back-stitching cam 16；Left adjustable triangle 17；Left reservation triangle 18；Right adjustable triangle 19；Right reservation triangle 20；Left long shield mountain 21；In
Long shield mountain 22；Right long shield mountain 23；Left needle selecting cam 24；Middle needle selecting cam 25；Right needle selecting cam 26；Mountain 27 is protected in lower-left；In lower shield
Mountain 28；Mountain 29 is protected in bottom right；Slide cam selector seat 30；No.1 single-segment needle selecting device 31；No. two single-segment needle selecting devices 32；No. three single-segment needle selecting devices
33；Needle jack 34；Stitch 34a；Stitch 34b；Needle pushing plate 35；Stitch 35a；Magnet is attracted face 35b.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawing and by embodiment, and following embodiment is pair
The explanation of the utility model and the utility model is not limited to following embodiment.
Embodiment.
Referring to Fig. 1 to Figure 10.
A kind of single-segment needle selecting Computerized flat knitting machine bottom plate apparatus of the present embodiment, including triangle motherboard C1 and needle selection motherboard C2, triangle
Motherboard C1 and needle selection motherboard C2 are stitched together and form flat knitting machine soleplate.The present embodiment can be realized braiding, hang mesh, needle overturning, connect needle,
It does not knit, weave and tightly hang and hang mesh and tightly hang seven movements.
Be provided on triangle motherboard C1 left back-stitching cam 16, right back-stitching cam 1, left adjustable triangle 17, right adjustable triangle 19,
Left reservation triangle 18, right reservation triangle 20, intermediate back-stitching cam 9, intermediate reservation triangle 15 and two sets of cam systems A, B.Two sets
Cam system A, B is from left to right and the middle line about triangle motherboard C1 is relatively symmetrically successively set on triangle motherboard C1.
1 left and right settings of left back-stitching cam 16 and right back-stitching cam, and it is located at the two sides of two sets of cam systems A, B, it is left adjustable
Triangle 17 is located at the lower section of left back-stitching cam 16, the left lower section for retaining triangle 18 and being located at left adjustable triangle 17, right adjustable triangle 19
Positioned at the lower section of right back-stitching cam 1, the right lower section for retaining triangle 20 and being located at right adjustable triangle 19；Intermediate back-stitching cam 9 and centre
Retain triangle 15 to be arranged from top to bottom, and is located between two cam systems A, B.
Every set cam system includes left redundant degree mesh 8, right redundant degree mesh 4, left degree mesh triangle 13 and right degree mesh triangle 10.
Left redundant degree mesh 8 and right redundant degree mesh 4 are arranged on triangle motherboard C1 in splayed；Left degree mesh triangle 13 and right degree mesh triangle 10
It is arranged on triangle motherboard C1 in splayed, and is located at the lower section of left redundant degree mesh 8 and right redundant degree mesh 4.Left degree mesh triangle 13
It is provided with the oblique triangle 14 of needle overturning, braiding depressing cam 12 and braiding starting between right degree mesh triangle 10 and connects needle depressing cam 11,
And the oblique triangle 14 of needle overturning, braiding depressing cam 12 and braiding starting connect needle depressing cam 11 and are successively set on triangle mother from top to bottom
On plate C1.The top of left redundant degree mesh 8 and right redundant degree mesh 4 is disposed with left needle overturning depressing cam 7 from left to right, swings three
Angle 6 and right needle overturning depressing cam 5.
Left long shield mountain 21, middle long shield mountain 22, right long shield mountain 23, left needle selecting cam 24, middle needle selection are set on needle selection motherboard C2
Triangle 25, right needle selecting cam 26, lower-left shield mountain 27, in lower shield mountain 28 and bottom right protect mountain 29.Left long shield mountain 21, left needle selecting cam
24, shield mountain 27 in lower-left is successively set on the left side of needle selection motherboard C2 from top to bottom.Left long shield mountain 21, middle long shield mountain 22, right long shield
Mountain 23 is set gradually from left to right；Left needle selecting cam 24, middle needle selecting cam 25, right needle selecting cam 26 are set gradually from left to right；
Lower-left shield mountain 27, in lower shield mountain 28 and bottom right shield mountain 29 set gradually from left to right.
The lower part of needle selection motherboard C2 is connected with a slide cam selector seat 30, is successively fixed with one from left to right on slide cam selector seat 30
Number single-segment needle selecting device 33 of single-segment needle selecting device 32, three of single-segment needle selecting device 31, two, and three single-segment needle selecting devices are distinguished from left to right
With lower-left shield mountain 27, in lower shield mountain 28, bottom right shield mountain 29 be arranged in a one-to-one correspondence；No.1 single-segment needle selecting device 31 and No. three single-segment needle selectings
Device 33 is specification of the same race, is respectively provided with two needle selection points thereon；There are three needle selection points for tool on No. two single-segment needle selecting devices 32, wherein
Between needle selection point be two sets of cam systems it is public.Referring to shown in Fig. 3, two needle selection points of No.1 single-segment needle selecting device 31 are from left to right
For P1, P2, three needle selection points of No. two single-segment needle selecting devices 32 are P3, P4, P5 from left to right, two of No. three single-segment needle selecting devices 33
Needle selection point is P6, P7 from left to right.Needle selection point P4 is that two sets of cam systems are public, and needle selection point P1, P2, P3, P4 are cam system A
Two pairs of needle selection points, P4, P5, P6, P7 be cam system B two pairs of needle selection points.
When selecting pin mark P1, P2 not needle selection, the stitch 35a on needle pushing plate 35 does not expose from the needle tray of needle bed, by not
The pushing and pressing of triangle device on to flat knitting machine soleplate and walk not knitting needle road c.
When P1 not needle selection, P2 needle selection, the magnet on needle pushing plate 35 is attracted face 35b and is sucked simultaneously by No.1 single-segment needle selecting device 31
When moving to the needle selection point position P2 with flat knitting machine soleplate, No.1 single-segment needle selecting device 31 decontrols the actuation that face 35b is attracted to magnet, then
Stitch 35a exposes from the needle tray of needle bed, the pushing and pressing of the triangle device on corresponding flat knitting machine soleplate and walk to hang mesh needle track b.
When P1 needle selection, P2 not needle selection, the magnet on needle pushing plate 35 is attracted face 35b and is sucked simultaneously by No.1 single-segment needle selecting device 31
When moving to the needle selection point position P1 with flat knitting machine soleplate, No.1 single-segment needle selecting device 31 decontrols the actuation that face 35b is attracted to magnet, then
Stitch 35a exposes from the needle tray of needle bed, the pushing and pressing of the triangle device on corresponding flat knitting machine soleplate and walk to weave needle track a.
Double-system flat machine bottom plate uses three single-segment needle selecting devices altogether in the present embodiment, can be realized and mentions for every set cam system
For two pairs of needle selection points, reduce the part triangle installed on needle selection motherboard C2, make the design of entire flat knitting machine soleplate structure it is more succinct,
Rationally, the width L of triangle motherboard C1 is only 300mm, reduces costs, saves material；Single-segment needle selecting uses pure electromagnetism completely
Iron slide cam selector is, it can be achieved that continual continuous needle selection, and with responding, fast, accuracy is good, action time is short, needle selection frequency is high, machine
Part abrasion it is small, can effectively hoisting machine working efficiency and simplify machine construction the characteristics of, compared to the needle selection of original common dual system
Mode, efficiency improve 15%.
The present embodiment uses the braiding needle track of HP, can be realized braiding, hang mesh, needle overturning, connect needle, do not knit, weave it is tight hang and
It hangs mesh and tightly hangs seven movements, more varied and high-efficient can be woven.
It is that knitting needle is woven, hangs mesh, needle overturning, connects needle, does not knit, weave and tight hang and hang mesh and tightly hang seven referring to Fig. 4 to Figure 10
Cam Track when a movement, is illustrated one by one below.
(1) needle overturning
Referring to Fig. 4, be described with cam system A, when weaving needle overturning, knitting needle according to the direction in figure from left to right into
Enter knitting cam, the stitch 34b of needle jack 34 is moved up along the left inclined-plane for retaining triangle 18, subsequently into left degree mesh triangle
Groove needle track on 13, at this time in the not recessed triangle motherboard C1 of the oblique triangle 14 of needle overturning, needle under the action of needle overturning oblique triangle 14
Foot 34b continues to move to the right according to the stitch track in figure, subsequently enters in the braiding needle track on braiding depressing cam 12, in
Between retain triangle 15 under the action of, knitting needle walks out knitting cam, is completed at the same time needle overturning.
(2) it weaves
It referring to Fig. 5, is described with cam system A, when braiding, knitting needle enters volume according to the direction in figure from left to right
Triangle is knitted, stitch 34b is moved up along the left inclined-plane for retaining triangle 18, after then translating one end distance, by left degree mesh triangle
13 bottom face is caught, and is subsequently entered in the braiding needle track on braiding depressing cam 12, is then passed through right degree mesh three, is protected in centre
Under the action of staying triangle 15, knitting needle walks out knitting cam, completes braiding.
(3) needle is connect
Referring to Fig. 6, it is described with cam system A, when connecing needle, knitting needle enters braiding according to the direction in figure from left to right
Triangle, stitch 34b is moved along the planar horizontal on left reservation triangle 18 to be entered braiding starting after a distance and connects needle pressing three
The needle needle track completion that connects on angle 1111 connects needle, continues thereafter with to move horizontally and walks out knitting cam.
(4) mesh is hung
Referring to Fig. 7, it is described with cam system A, when hanging mesh, knitting needle enters braiding according to the direction in figure from left to right
Triangle, stitch 34b enter on braiding depressing cam 12 after moving a distance along the planar horizontal on left reservation triangle 18
It weaves in needle track, connecing needle depressing cam 11 due to weaving starting at this time is recessed in triangle motherboard C1, after knitting needle enters braiding needle track
It is horizontally moved to the right according to the stitch track in figure, after mobile a distance, under the action of right degree mesh triangle 10, walks out
Knitting cam.
(5) it does not knit
Referring to Fig. 8, it is described with cam system A, when not knitting, knitting needle enters braiding according to the direction in figure from left to right
Triangle, stitch 34b is horizontally moved under the plane effect on left reservation triangle 18 and moves right, until walking out braiding three
Angle.
(6) braiding is tightly hung
It referring to Fig. 9, is described with cam system A, when braiding is tightly hung, knitting needle enters according to the direction in figure from left to right
Knitting cam, at this point, left redundant degree mesh 8 is moved down in operating position, stitch 34a first touches walking for left redundant degree mesh 8
Needle track, the i.e. level of 8 lower part of left redundant degree mesh walk dial, and stitch 34a is walked after dial moves a distance along level, needle
Foot 34b, which is braided starting and connects the inclined-plane of needle depressing cam 11, to be caught, and is subsequently entered in normal braiding track, is so far completed braiding
Tightly hang.
(7) mesh is hung tightly to hang
Referring to Fig.1 0, be described with cam system A, when hanging mesh and tightly hanging, knitting needle according to the direction in figure from left to right into
Enter knitting cam, at this point, left redundant degree mesh 8 is moved down in operating position, stitch 34a first touches left redundant degree mesh 8
Cam Track, the i.e. level of 8 lower part of left redundant degree mesh walk dial, and stitch 34a is walked after dial moves a distance along level,
Stitch 34b walks dial by the side of left degree mesh triangle 13 and catches, and subsequently enters and normally hangs in mesh track, so far it is tight to hang mesh for completion
It hangs.
Although the utility model is disclosed as above with embodiment, its protection model being not intended to limit the utility model
It encloses, any technical staff for being familiar with this technology, made change and profit in the conception and scope for not departing from the utility model
Decorations, all should belong to the protection range of the utility model.
Claims (3)
1. a kind of single-segment needle selecting Computerized flat knitting machine bottom plate apparatus, including triangle motherboard and needle selection motherboard, triangle motherboard and needle selection motherboard
It is stitched together and forms flat knitting machine soleplate；Two sets of cam systems are set on triangle motherboard, and two sets of cam systems are about triangle motherboard
Middle line is relatively symmetrically arranged on triangle motherboard；Every set cam system includes left redundant degree mesh, right redundant degree mesh, left degree mesh three
Angle and right degree mesh triangle；Left redundant degree mesh and right redundant degree mesh are arranged on triangle motherboard in splayed；Left degree mesh trigonometric sum is right
It spends mesh triangle to be arranged on triangle motherboard in splayed, and is located at below left redundant degree mesh and right redundant degree purpose；Left degree mesh three
It is provided with the oblique triangle of needle overturning, braiding depressing cam and braiding starting between angle and right degree mesh triangle and connects needle depressing cam, and needle overturning
Oblique triangle, braiding depressing cam and braiding starting connect needle depressing cam and are successively set on triangle motherboard from top to bottom；Left redundant
Left needle overturning depressing cam is disposed with above degree mesh and right redundant degree purpose from left to right, swings the right needle overturning pressing three of trigonometric sum
Angle；It is characterized by: left long Hu Shan, middle long Hu Shan, right long Hu Shan, left needle selecting cam, middle needle selection are arranged on the needle selection motherboard
Triangle, right needle selecting cam, lower-left Hu Shan, in lower shield mountain and bottom right Hu Shan；Mountain is protected from upper in left long Hu Shan, left needle selecting cam, lower-left
The left side of needle selection motherboard is successively set under；Left long Hu Shan, middle long Hu Shan, right long shield mountain are set gradually from left to right；Zuo Xuan
Needle triangle, middle needle selecting cam, right needle selecting cam are set gradually from left to right；Lower-left Hu Shan, in lower shield mountain and bottom right protect mountain from a left side
It is set gradually to the right side；The lower part of needle selection motherboard is connected with a slide cam selector seat, is successively fixed with one from left to right on slide cam selector seat
Number single-segment needle selecting device, No. two single-segment needle selecting devices, No. three single-segment needle selecting devices, and three single-segment needle selecting devices from left to right respectively with lower-left
Hu Shan, in lower shield mountain, bottom right Hu Shan be arranged in a one-to-one correspondence；No.1 single-segment needle selecting device and No. three single-segment needle selecting devices are specification of the same race,
It is respectively provided with two needle selection points thereon；For tool there are three needle selection point, in-between needle selection point is two set three on No. two single-segment needle selecting devices
Angle system share.
2. single-segment needle selecting Computerized flat knitting machine bottom plate apparatus according to claim 1, it is characterised in that: on the triangle motherboard also
It is provided with left back-stitching cam, right back-stitching cam, left adjustable triangle, right adjustable triangle, left reservation triangle, right reservation triangle, centre
Back-stitching cam, intermediate reservation triangle；Left back-stitching cam and right back-stitching cam left and right settings, and it is located at the two of two sets of cam systems
Side, left adjustable triangle are located at the lower section of left back-stitching cam, the left lower section for retaining triangle and being located at left adjustable triangle, right adjustable triangle position
In the lower section of right back-stitching cam, the right lower section for retaining triangle and being located at right adjustable triangle；Intermediate back-stitching cam and intermediate reservation triangle
It is arranged from top to bottom, and is located between two cam systems.
3. single-segment needle selecting Computerized flat knitting machine bottom plate apparatus according to claim 1, it is characterised in that: the width of the triangle motherboard
Degree is 300mm.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821453442.1U CN208933609U (en) | 2018-09-06 | 2018-09-06 | A kind of single-segment needle selecting Computerized flat knitting machine bottom plate apparatus |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821453442.1U CN208933609U (en) | 2018-09-06 | 2018-09-06 | A kind of single-segment needle selecting Computerized flat knitting machine bottom plate apparatus |
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| CN208933609U true CN208933609U (en) | 2019-06-04 |
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ID=66720037
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| CN201821453442.1U Withdrawn - After Issue CN208933609U (en) | 2018-09-06 | 2018-09-06 | A kind of single-segment needle selecting Computerized flat knitting machine bottom plate apparatus |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109023687A (en) * | 2018-09-06 | 2018-12-18 | 桐乡市强隆机械有限公司 | Single-segment needle selecting Computerized flat knitting machine bottom plate apparatus |
-
2018
- 2018-09-06 CN CN201821453442.1U patent/CN208933609U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109023687A (en) * | 2018-09-06 | 2018-12-18 | 桐乡市强隆机械有限公司 | Single-segment needle selecting Computerized flat knitting machine bottom plate apparatus |
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