CN209162346U - A kind of Kanehara control device - Google Patents
A kind of Kanehara control device Download PDFInfo
- Publication number
- CN209162346U CN209162346U CN201821268121.4U CN201821268121U CN209162346U CN 209162346 U CN209162346 U CN 209162346U CN 201821268121 U CN201821268121 U CN 201821268121U CN 209162346 U CN209162346 U CN 209162346U
- Authority
- CN
- China
- Prior art keywords
- kanehara
- slot
- needle selecting
- triangle
- fixed plate
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Knitting Machines (AREA)
Abstract
The utility model provides a kind of Kanehara control device, has both uplink and downlink and left and right rows simultaneously, guarantees to ensure that sinker pushes depth to facilitate adjusting while biggish pressing width.It includes transmission mechanism, control draw runner, Kanehara fixed plate and two groups of sinker triangle groups, the sinker triangle group includes a pair of of needle selecting cam and a sinker triangle, two groups of sinker triangle groups are located at the central axis two sides arrangement of the length direction of the Kanehara fixed plate, each pair of needle selecting cam is located at the length direction both ends disposed outside of sinker triangle, specially outside needle selecting cam, inside needle selecting cam, the Kanehara fixed plate correspond to the needle selecting cam position at be respectively arranged with the first guide groove, first guide groove is arranged perpendicular to the length direction of the Kanehara fixed plate, the upper position that the control draw runner corresponds to outside needle selecting cam is respectively disposed with the first driver slot.
Description
Technical field
The utility model relates to the technical field of Computerized flat knitting machine mechanism, specially a kind of Kanehara control device.
Background technique
Kanehara device is the important component on flat machine, and Kanehara device mainly includes driving mechanism, transmission mechanism and letter
Gram triangle, driving mechanism pass through transmission mechanism and sinker triangle are driven to move back and forth.Pass through pushing away for the sinker triangle that moves reciprocatingly
Sinker is pushed into face, carries out crimping work.Existing Kanehara device is divided into two kinds of structures of uplink and downlink and left and right rows.On existing
The shortcomings that downlink Kanehara device, is that pressing width (twill face) only has 25mm, will appear latch needles yarn clipping when applied to bodkin knitting
The phenomenon that；Existing left and right rows Kanehara device increases pressing width to 50mm, but it pushes the depth of sinker to fix, and needs
Bindiny mechanism between manual teardown Kanehara device and sinker is just adjustable sinker depth, it is difficult to ensure that sinker depth
Consistency.Therefore defect present in the Kanehara device of the prior art is: can not have both two kinds of structures of uplink and downlink and left and right rows
Kanehara device the advantages of, i.e., can not ensure while guaranteeing biggish pressing width sinker push depth it is adjustable.
And the working condition of existing Kanehara device does not have not needle selection state, in practice, narrow scope of application.
Summary of the invention
In view of the above-mentioned problems, the utility model provides a kind of Kanehara control device, uplink and downlink and left and right are had both simultaneously
Row guarantees to ensure that sinker pushes depth to facilitate adjusting while biggish pressing width；And it has not needle selection state, so that
Whole device has a wide range of application.
A kind of Kanehara control device, it is characterised in that: it includes transmission mechanism, control draw runner, Kanehara fixed plate and two groups
Sinker triangle group, the sinker triangle group include a pair of of needle selecting cam and a sinker triangle, and two groups of sinker triangle groups distinguish position
Arrange that each pair of needle selecting cam is located at sinker triangle in the central axis two sides of the length direction of the Kanehara fixed plate
Length direction both ends disposed outside, specially outside needle selecting cam, inside needle selecting cam, the Kanehara fixed plate correspond to described
The first guide groove, length of first guide groove perpendicular to the Kanehara fixed plate are respectively arranged at the position of needle selecting cam
Direction arrangement, the upper position that the control draw runner corresponds to outside needle selecting cam are respectively disposed with the first driver slot, and described the
One driver slot includes inner end horizontally-guided part, oblique transition targeting part, outer end horizontally-guided part, two outside choosings
At least part of the upper end external piece of needle triangle after first guide groove is located in first driver slot, the control
The upper area that draw runner processed corresponds to two inside needle selecting cams is provided with the second driver slot, and second driver slot includes middle part
Horizontally-guided part, the oblique targeting part in two sides, two outside horizontally-guided parts, two oblique targeting parts and respective side
Oblique transition targeting part be arranged symmetrically about the middle vertical plane in two sections of regions, the upper end of two inside needle selecting cams is external
Part extends through at least part after first guide groove and is located in second driver slot, and the Kanehara fixed plate is corresponding
The top of the sinker triangle is provided at least one horizontal guide slot, the control draw runner corresponds to the sinker triangle
Top is provided with a horizontal drive elongated slot, and the upper end connection of every group of sinker triangle runs through the horizontal guide slot of corresponding position
Afterwards, it is placed in the horizontal drive elongated slot, the horizontal direction of the sinker triangle is provided with reduction torsion spring；The transmission mechanism is specific
Central area upper surface for rack gear, the control draw runner is connected with rack gear link block, and the top of the rack gear link block is affixed
There is rack gear.
It is further characterized by:
The length of middle part horizontally-guided part is equal to the length of outer end horizontally-guided part, it is ensured that two pairs of needle selections
Triangle synchronous marching is not in interference；
The upper end external piece includes upper slider, and the lower part segment of the upper slider runs through first guide groove
After be fixed in the needle selecting cam, the upper surface of the upper slider is connected with first bearing, the outer ring cloth of the first bearing
Be placed in first driver slot or the second driver slot, it is ensured that control draw runner advance when, each needle selecting cam follow guiding to act；
Each Kanehara fixed plate, which corresponds in the length areas of every piece of sinker triangle, to be provided with two sections of levels and leads
To slot, respectively outer horizontal guide slot, interior horizontal guide slot, the central region of the outer horizontal guide slot, interior horizontal guide slot
Position corresponding to the horizontal drive elongated slot is connected with the first cushion block, the first sliding block, and first sliding block is located at the level
Arrangement in elongated slot is driven, the sinker triangle is respectively arranged with outer corresponding to the position of outer horizontal guide slot, interior horizontal guide slot
Convex sliding block, interior convex sliding block are connected with outer plate on the outer convex sliding block, are connected with internal pressure on the interior convex sliding block
Plate, the outer end of the clip plate, the first cushion block inner end be provided with interior reduction torsion spring, the entirety of the interior reduction torsion spring is installed in
The corresponding position upper end of the Kanehara fixed plate, indent is provided on the outer plate, and the side of the indent passes through shaft and pacifies
Equipped with connecting rod, one end of the connecting rod is installed in corresponding indent, and the other end top of the connecting rod fills the one of outer reduction torsion spring
End, the other end of the outer reduction torsion spring are positioned in the outer positioning groove of first cushion block, and two groups of reduction torsion springs ensure letter
The reset of gram triangle is reliable in place；
The shaft is located at the other end of the connecting rod and is set with second bearing, and the control draw runner is towards described
The corresponding position of the outer ring of two bearings is provided with both ends stopper protrusion, and both ends stopper protrusion ensures that the horizontal direction of total is moved
It is dynamic reliable accurate；
The Kanehara fixed plate, which corresponds on the outside of each outside needle selecting cam, is additionally provided with corresponding reply triangle,
Ensure that accurate positioning is reliable；
The Kanehara fixed plate is respectively in the fixing seat of length direction two sides, the fixing seat by vertically connecting to screw
It is described vertically affixed solid after the first cushion block, the first sliding block of corresponding position to screw positioned at the top of the control draw runner
Reservation.
After the utility model, when in use, drive rack, drive control draw runner is back and forth slided in Kanehara fixed plate side
Dynamic, the first driver slot driving outside needle selecting cam is slided along the first guide groove, while the second driver slot driving inside needle selection three
Angle is slided along the second guide groove, to drive two pairs of needle selecting cams vertically to move to alternate repetition, by adjusting the first guiding
The shape and angle of slot, the first driver slot, the second driver slot, so that adjusting needle selecting cam pushes sinker depth, and in needle selection
Triangle is vertically to when movement, and horizontal drive elongated slot drives sinker triangle to act along horizontal guide slot horizontal direction, and horizontal drive is long
After the driving force contact of slot, reduction torsion spring drives the sinker triangle horizontal reset of corresponding position, promotes in other side sinker triangle
When be again propelled, repeatedly, each time with side sinker triangle group collective effect push sinker, to increase sinker
Pressing width, so that the utility model has had both the advantages of pressing width is big and sinker pushes depth easily to adjust；It has not
Needle selection state, so that whole device has a wide range of application.
Detailed description of the invention
Fig. 1 is confined explosion's figure structure schematic representation of the utility model；
Fig. 2 is the vertical view figure structure schematic representation of the utility model；
Fig. 3 looks up figure structure schematic representation for the utility model；
Title corresponding to serial number is as follows in figure:
Draw runner 1, Kanehara fixed plate 2, sinker triangle 3, outside needle selecting cam 4, inside needle selecting cam 5, first is controlled to be oriented to
Slot 6, the first driver slot 7, inner end horizontally-guided part 71, oblique transition targeting part 72, outer end horizontally-guided part 73, second
Driver slot 8, middle part horizontally-guided part 81, oblique targeting part 82, outside horizontally-guided part 83, horizontal drive elongated slot 9, tooth
Item 10, rack gear link block 11, upper slider 12, first bearing 13, outer horizontal guide slot 14, interior horizontal guide slot 15, first pad
Block 16, the first sliding block 17, outer convex sliding block 18, interior convex sliding block 19, outer plate 20, clip plate 21, interior reduction torsion spring 22, pressure
Slot 23, shaft 24, connecting rod 25, outer reduction torsion spring 26, reply triangle 27, vertically to screw 28, fixing seat 29, second bearing 30,
Stopper protrusion 31.
Specific embodiment
A kind of Kanehara control device, is shown in Fig. 1-Fig. 3: it includes transmission mechanism, control draw runner 1, Kanehara fixed plate 2 and two groups
Sinker triangle group, sinker triangle group include that a pair of of needle selecting cam and a sinker triangle 3, two groups of sinker triangle groups are located at letter
The central axis two sides arrangement of the length direction of 2 plates gram is fixed, each pair of needle selecting cam is located at the length direction two of sinker triangle
Disposed outside is held, specially outside needle selecting cam 4, inside needle selecting cam 5, Kanehara fixed plate 2 corresponds to the position of needle selecting cam
Place is respectively arranged with the first guide groove 6, and the first guide groove 6 is arranged perpendicular to the length direction of Kanehara fixed plate 2, controls draw runner 1
Upper position corresponding to outside needle selecting cam 4 is respectively disposed with the first driver slot 7, and the first driver slot 7 includes that inner end level is led
To part 71, oblique transition targeting part 72, outer end horizontally-guided part 73, the upper end external piece of two outside needle selecting cams 4
At least part after the first guide groove 6 is located in the first driver slot 7, and control draw runner 1 corresponds to two inside needle selections three
The upper area at angle 5 is provided with the second driver slot 8, and the second driver slot 8 includes middle part horizontally-guided part 81, the oblique guiding in two sides
The oblique transition targeting part 72 of part 82, two outside horizontally-guided parts 83, each oblique targeting part 82 and respective side closes
Middle vertical plane in two sections of regions is arranged symmetrically, after the upper end external piece of two inside needle selecting cams 5 extends through the first guide groove 6
At least part be located in the second driver slot 8, Kanehara fixed plate 2 correspond to sinker triangle 3 top be provided at least one
Horizontal guide slot, the top that control draw runner 1 corresponds to sinker triangle 3 are provided with a horizontal drive elongated slot 9, every group of sinker triangle
3 upper end connection through corresponding position horizontal guide slot after, be placed in horizontal drive elongated slot 9, the horizontal direction of sinker triangle 3
It is provided with reduction torsion spring；Transmission mechanism is specially rack gear 10, and the central area upper surface of control draw runner 1 is connected with rack gear link block
11, the top of rack gear link block 11 is connected with rack gear 10.
The length of middle part horizontally-guided part 81 is equal to the length of outer end horizontally-guided part 73, it is ensured that two pairs of needle selecting cams
Synchronous marching is not in interference；
Upper end external piece includes upper slider 12, and the lower part segment of upper slider 12 is affixed after the first guide groove 6
In needle selecting cam, the upper surface of upper slider 12 is connected with first bearing 13, and the outer ring of first bearing 13 is arranged in the first driving
In slot 7 or the second driver slot 8, it is ensured that control draw runner 1 advance when, each needle selecting cam follow guiding to act；
Each Kanehara fixed plate 2 is divided corresponding to two sections of horizontal guide slots are provided in the length areas of every piece of sinker triangle 3
Not Wei outer horizontal guide slot 14, interior horizontal guide slot 15, outer horizontal guide slot 14, the central region of interior horizontal guide slot 15 are corresponding
It is connected with the first cushion block 16, the first sliding block 17 in the position of horizontal drive elongated slot 9, the first sliding block 17 is located at horizontal drive elongated slot 9
Interior arrangement, sinker triangle 3 corresponds to outer horizontal guide slot 14, the position of interior horizontal guide slot 15 is respectively arranged with outer convex sliding block
18, interior convex sliding block 19 is connected with outer plate 20 on outer convex sliding block 18, is connected with clip plate 21 on interior convex sliding block 19, interior
The outer end of pressing plate 21, the first cushion block 16 inner end be provided with interior reduction torsion spring 22, the entirety of interior reduction torsion spring 22 is installed in Kanehara
The corresponding position upper end of fixed plate 2, indent 23 is provided on outer plate 20, and the side of indent 23 is equipped with connecting rod by shaft 24
25, one end of connecting rod 25 is installed in corresponding indent 23, and the other end top of connecting rod 25 fills one end of outer reduction torsion spring 26, outside
The other end of reduction torsion spring 26 is positioned in the outer positioning groove of the first cushion block 16, and two groups of reduction torsion springs ensure sinker triangle 3
It resets reliable in place；
The combination of both outside needle selecting cam 4, inside needle selecting cams 5 can form three kinds of working conditions: needle selecting cam 4 on the outside of a
Needle selection, inside needle selecting cam 5 not needle selection；Needle selecting cam 4 not needle selection, 5 needle selection of inside needle selecting cam on the outside of b；Needle selecting cam on the outside of c
4, the not needle selection of inside needle selecting cam 5, has not needle selection state, so that whole device has a wide range of application.
Shaft 24 is located at the other end of connecting rod 25 and is set with second bearing 30, controls draw runner 1 towards second bearing 30
The corresponding position of outer ring is provided with both ends stopper protrusion 31, and both ends stopper protrusion 31 ensures that the horizontal direction of total is mobile
It is reliable accurate；
The outside that Kanehara fixed plate 2 corresponds to each outside needle selecting cam 4 is additionally provided with corresponding reply triangle 27, it is ensured that
Accurate positioning is reliable；
Kanehara fixed plate 2 is respectively in the fixing seat 29 of length direction two sides, fixing seat 29 by vertically connecting to screw 28
It is vertically affixed solid after the first cushion block 16, the first sliding block 17 of corresponding position to screw 28 positioned at the top of control draw runner 1
Reservation 29.
Its working principles are as follows: when in use, by external motor drive rack, drive control draw runner is in Kanehara fixed plate
Side reciprocatingly slides, and the first driver slot driving outside needle selecting cam is slided along the first guide groove, while in the driving of the second driver slot
Side needle selecting cam is slided along the second guide groove, so that two pairs of needle selecting cams is driven vertically to move to alternate repetition, by adjusting
The shape and angle of first guide groove, the first driver slot, the second driver slot, so that adjusting needle selecting cam pushes sinker depth,
And in needle selecting cam vertically to when movement, horizontal drive elongated slot drives sinker triangle to act along horizontal guide slot horizontal direction, water
After the driving force contact of flat driving elongated slot, reduction torsion spring drives the sinker triangle horizontal reset of corresponding position, in other side Kanehara
Triangle is again propelled when promoting, and repeatedly, sinker is pushed each time with side sinker triangle group collective effect, to increase
Add sinker pressing width, so that the utility model has had both the advantages of pressing width is big and sinker pushes depth easily to adjust.
Specific embodiment of the utility model is described in detail above, but content is only what the utility model was created
Preferred embodiment should not be construed as limiting the practical range of the utility model creation.All create according to the utility model is applied
All the changes and improvements made by range etc., shall still fall within the scope of this patent.
Claims (7)
1. a kind of Kanehara control device, it is characterised in that: it includes transmission mechanism, control draw runner, Kanehara fixed plate and two groups of letters
Gram triangle group, the sinker triangle group include that a pair of of needle selecting cam and a sinker triangle, two groups of sinker triangle groups are located at
The central axis two sides of the length direction of the Kanehara fixed plate arrange that each pair of needle selecting cam is located at the length of sinker triangle
Direction both ends disposed outside is spent, specially outside needle selecting cam, inside needle selecting cam, the Kanehara fixed plate correspond to the choosing
The first guide groove, length side of first guide groove perpendicular to the Kanehara fixed plate are respectively arranged at the position of needle triangle
To arrangement, the upper position that the control draw runner corresponds to outside needle selecting cam is respectively disposed with the first driver slot, and described first
Driver slot includes inner end horizontally-guided part, oblique transition targeting part, outer end horizontally-guided part, two outside needle selections
At least part of the upper end external piece of triangle after first guide groove is located in first driver slot, the control
The upper area that draw runner corresponds to two inside needle selecting cams is provided with the second driver slot, and second driver slot includes middle part water
Flat targeting part, the oblique targeting part in two sides, two outside horizontally-guided parts, two oblique targeting parts and respective side
Oblique transition targeting part is arranged symmetrically about the middle vertical plane in two sections of regions, the upper end external piece of two inside needle selecting cams
At least part after extending through first guide groove is located in second driver slot, and the Kanehara fixed plate corresponds to
The top of the sinker triangle is provided at least one horizontal guide slot, and the control draw runner corresponds to the upper of the sinker triangle
Portion is provided with a horizontal drive elongated slot, the upper end connection of every group of sinker triangle after the horizontal guide slot of corresponding position,
It is placed in the horizontal drive elongated slot, the horizontal direction of the sinker triangle is provided with reduction torsion spring；The transmission mechanism is specially
The central area upper surface of rack gear, the control draw runner is connected with rack gear link block, is connected with above the rack gear link block
Rack gear.
2. a kind of Kanehara control device as described in claim 1, it is characterised in that: the length of middle part horizontally-guided part
Equal to the length of outer end horizontally-guided part.
3. a kind of Kanehara control device as described in claim 1, it is characterised in that: the upper end external piece includes that top is sliding
The lower part segment of block, the upper slider is fixed in the needle selecting cam, the upper slider after first guide groove
Upper surface be connected with first bearing, the outer ring of the first bearing is arranged in first driver slot or the second driver slot.
4. a kind of Kanehara control device as described in claim 1, it is characterised in that: each Kanehara fixed plate corresponds to every
Two sections of horizontal guide slots, respectively outer horizontal guide slot, interior horizontally-guided are provided in the length areas of sinker triangle described in block
Slot, the outer horizontal guide slot, interior horizontal guide slot central region correspond to the horizontal drive elongated slot position be connected with
First cushion block, the first sliding block, first sliding block are located at arrangement in the horizontal drive elongated slot, and the sinker triangle corresponds to outer
Horizontal guide slot, interior horizontal guide slot position be respectively arranged with outer convex sliding block, interior convex sliding block, on the outer convex sliding block
It is connected with outer plate, clip plate, the inner end setting of the outer end of the clip plate, the first cushion block are connected on the interior convex sliding block
There is interior reduction torsion spring, the entirety of the interior reduction torsion spring is installed in the corresponding position upper end of the Kanehara fixed plate, the external pressure
Indent is provided on plate, the side of the indent is equipped with connecting rod by shaft, and one end of the connecting rod is installed in corresponding pressure
In slot, the other end top of the connecting rod fills one end of outer reduction torsion spring, and the other end of the outer reduction torsion spring is positioned at described the
In the outer positioning groove of one cushion block.
5. a kind of Kanehara control device as claimed in claim 4, it is characterised in that: the shaft is located at the another of the connecting rod
Second bearing is held and is set with, the corresponding position of outer ring of the control draw runner towards the second bearing is provided with both ends
Stopper protrusion.
6. a kind of Kanehara control device as described in claim 1, it is characterised in that: the Kanehara fixed plate corresponds to each institute
It states and is additionally provided with corresponding reply triangle on the outside of the needle selecting cam of outside.
7. a kind of Kanehara control device as claimed in claim 4, it is characterised in that: the Kanehara fixed plate passes through vertically to spiral shell
Nail connection is respectively in the fixing seats of length direction two sides, the fixed seating in the top of the control draw runner, it is described vertically to
Screw is through affixed fixing seat after the first cushion block, the first sliding block of corresponding position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821268121.4U CN209162346U (en) | 2018-08-08 | 2018-08-08 | A kind of Kanehara control device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821268121.4U CN209162346U (en) | 2018-08-08 | 2018-08-08 | A kind of Kanehara control device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209162346U true CN209162346U (en) | 2019-07-26 |
Family
ID=67329356
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821268121.4U Active CN209162346U (en) | 2018-08-08 | 2018-08-08 | A kind of Kanehara control device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209162346U (en) |
-
2018
- 2018-08-08 CN CN201821268121.4U patent/CN209162346U/en active Active
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN108998881A (en) | A kind of Kanehara control device | |
| CN209162346U (en) | A kind of Kanehara control device | |
| CN202730414U (en) | Sinker control device of hosiery machine | |
| CN108085856A (en) | Dual system Computerized flat knitting machine mountain plate | |
| EP0567282A1 (en) | Flat knitting machine and a method of operating the rocking sinkers of the flat knitting machine | |
| KR200469927Y1 (en) | Device for driving a movable cam in a flat knitting machine | |
| EP3819414B1 (en) | Needle selection apparatus and method for latch needle warp knitting machine | |
| CN203333944U (en) | Flat knitting machine sinker device | |
| CN107151857A (en) | A kind of Gemini gram triangle device of computer flat knitting machine | |
| CN101597834B (en) | Cutter mechanism for clamping and cutting yarn for yarn changing device | |
| CN208440770U (en) | A kind of Computerized flat knitting machine mountain plate | |
| CN107400976B (en) | Virtual line structure is pressed to flat loom faller | |
| CN109056174A (en) | A kind of flat machine | |
| CN111962201A (en) | Computerized flat knitting machine coil pressing device adopting electromagnetic needle selection and working method thereof | |
| CN108166146B (en) | Big circular knitting machine and needle selecting mechanism thereof | |
| CN209975065U (en) | Flat knitting machine head and flat knitting machine | |
| KR101576837B1 (en) | Flatbed knitting machine provided with movable sinker | |
| KR200478192Y1 (en) | Swing device for forming a double floating files yarn knitting Lasell | |
| EP2392710B1 (en) | Flat knitting machine | |
| CN109853120B (en) | Sinker device of flat knitting machine head, flat knitting machine head and flat knitting machine | |
| CN210237960U (en) | Two-stage stitch control device of flat knitting machine and flat knitting machine | |
| CN211620778U (en) | Needle selecting system of high-speed glove knitting machine | |
| KR102366041B1 (en) | Flat knitting machine | |
| CN211079514U (en) | Signal gram control structure | |
| CN107119383B (en) | A kind of Computerized flat knitting machine Du Mu mechanism with direction selection function |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |