CN109537154A - A kind of Kanehara device of Computerized flat knitting machine - Google Patents
A kind of Kanehara device of Computerized flat knitting machine Download PDFInfo
- Publication number
- CN109537154A CN109537154A CN201910038101.0A CN201910038101A CN109537154A CN 109537154 A CN109537154 A CN 109537154A CN 201910038101 A CN201910038101 A CN 201910038101A CN 109537154 A CN109537154 A CN 109537154A
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- CN
- China
- Prior art keywords
- push
- pull
- kanehara
- telescopic adjustment
- regulating mechanism
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Classifications
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- D—TEXTILES; PAPER
- D04—BRAIDING; LACE-MAKING; KNITTING; TRIMMINGS; NON-WOVEN FABRICS
- D04B—KNITTING
- D04B15/00—Details of, or auxiliary devices incorporated in, weft knitting machines, restricted to machines of this kind
- D04B15/32—Cam systems or assemblies for operating knitting instruments
- D04B15/36—Cam systems or assemblies for operating knitting instruments for flat-bed knitting machines
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/50—Manufacturing or production processes characterised by the final manufactured product
- Y02P70/62—Manufacturing or production processes characterised by the final manufactured product related technologies for production or treatment of textile or flexible materials or products thereof, including footwear
Abstract
The present invention relates to a kind of Kanehara devices of Computerized flat knitting machine, belong to field of textile machinery.Left Kanehara sliding slot and right Kanehara sliding slot in the present invention are arranged on Kanehara motherboard, left Kanehara slide is located in left Kanehara sliding slot, right Kanehara slide is located in right Kanehara sliding slot, left Kanehara slide and right Kanehara slide are installed on Kanehara bottom plate, left sinker triangle is mounted on left Kanehara slide, right sinker triangle is mounted on right Kanehara slide, left expansion regulating mechanism is located at the left side of left Kanehara slide, left push-and-pull regulating mechanism is located at the right side of left Kanehara slide, left expansion regulating mechanism and left push-and-pull regulating mechanism are contacted with left Kanehara slide, right expansion regulating mechanism is located at the right side of right Kanehara slide, right push-and-pull regulating mechanism is located at the left side of right Kanehara slide, right expansion regulating mechanism and right push-and-pull regulating mechanism are contacted with right Kanehara slide, left push-and-pull regulating mechanism and right push-and-pull regulating mechanism are connect with push-and-pull driving mechanism.
Description
Technical field
The present invention relates to a kind of Kanehara devices of Computerized flat knitting machine, belong to field of textile machinery.
Background technique
Kanehara device is installed in Computerized flat knitting machine, and Kanehara device primarily serves guiding role, Kanehara dress in Computerized flat knitting machine
It sets and guiding is mainly played the role of by the movement of two sinker triangles, at present two Kaneharas three in majority Kanehara devices
The mobile distance in angle is fixed and invariable, and is not adjustable.
In view of this, disclosing one kind in the patent document application No. is 201521105492.7 is equipped with dynamic settling
The Kanehara device of slot, including fixed frame, fixed cage plate, guide runner, tooth plate, fixed plate, stepper motor, train of reduction gears, Gu
Determine cage plate to be fixed on fixed frame, guide runner passes through fixing sleeve, and the two sides of guide runner have a guide groove, fixed
Two sliding slots are provided on frame；Tooth plate is fixed on guide runner, and fixed plate is vertically fixed on fixed frame, stepper motor and is subtracted
Fast gear set is mounted in fixed plate, and train of reduction gears is connect with stepper motor, and train of reduction gears and tooth plate are clamped；Fixed frame
Lower end be provided with apart from one another by arrangement 3 fixed triangles and 2 bolt cams, 3 fixed triangles be fixed on fixed frame
Lower end, 2 bolt cams pass through fixing axle respectively to be fixed with guide runner, is provided in fixed triangle and bolt cam mutually
The hand-manipulating of needle slot of linking.Sinker triangle position in above-mentioned documents is fixed, and can not be adjusted.
Summary of the invention
It is an object of the invention to overcome the above deficiencies in the existing technologies, and provide a kind of reasonable in design
The Kanehara device of Computerized flat knitting machine.
Technical solution used by the present invention solves the above problems is: the Kanehara device of the Computerized flat knitting machine, design feature
It is: including left sinker triangle, right sinker triangle, Zuo Xinke slide, right Kanehara slide, Kanehara bottom plate, Zuo Xinke sliding slot, right letter
Gram sliding slot, Kanehara motherboard, left expansion regulating mechanism, right expansion regulating mechanism, left push-and-pull regulating mechanism, right push-and-pull regulating mechanism and
Push and pull driving mechanism；The left Kanehara sliding slot and right Kanehara sliding slot are arranged on Kanehara motherboard, and the left Kanehara slide is located at
In left Kanehara sliding slot, the right Kanehara slide is located in right Kanehara sliding slot, and the left Kanehara slide and right Kanehara slide are respectively mounted
On Kanehara bottom plate, the left sinker triangle is mounted on left Kanehara slide, and the right sinker triangle is mounted on right Kanehara slide
On, the left expansion regulating mechanism is located at the left side of left Kanehara slide, and the left push-and-pull regulating mechanism is located at left Kanehara slide
Right side, the left expansion regulating mechanism and left push-and-pull regulating mechanism are contacted with left Kanehara slide, the right expansion regulating mechanism
Positioned at the right side of right Kanehara slide, the right push-and-pull regulating mechanism is located at the left side of right Kanehara slide, the right telescopic adjustment machine
Structure and right push-and-pull regulating mechanism are contacted with right Kanehara slide, the left push-and-pull regulating mechanism and right push-and-pull regulating mechanism with push away
Draw driving mechanism connection.Two sinker triangle positions in the Kanehara device of the Computerized flat knitting machine can be adjusted, to be suitable for
The flat knitting machine soleplate of plurality of specifications, the Kanehara apparatus structure design of the Computerized flat knitting machine rationally, take the needle accurate, work efficiency is high.
It further, further include Kanehara rack gear and Kanehara pedestal, the Kanehara rack gear is mounted on Kanehara bottom plate, the letter
Gram motherboard is mounted on Kanehara pedestal.The driving to left sinker triangle and right sinker triangle is realized by Kanehara rack gear.
Further, the left expansion regulating mechanism includes left telescopic adjustment fixture block, left telescopic adjustment card slot, left flexible tune
Section abuts seat, left telescopic adjustment screw rod, left telescopic adjustment sleeve, left telescopic adjustment positioning ring, left telescopic adjustment drive disk, Zuo Shen
Contracting adjusts driver slot, left telescopic adjustment channel and left telescopic adjustment locating slot；The left Kanehara slide and left telescopic adjustment card slot
Contact, the left telescopic adjustment fixture block are located in left Kanehara sliding slot, and the left telescopic adjustment card slot is arranged in left telescopic adjustment card
On block, the left telescopic adjustment abuts seat and is fixed on left telescopic adjustment fixture block, the left telescopic adjustment screw rod and left flexible tune
Section abut seat fix, the left telescopic adjustment screw rod is located in left telescopic adjustment sleeve, and the end of left telescopic adjustment sleeve and
Left telescopic adjustment abuts seat and abuts, and the left telescopic adjustment positioning ring is fixed on outside left telescopic adjustment sleeve, the left flexible tune
The solid end in left telescopic adjustment sleeve of drive disk is saved, the left telescopic adjustment driver slot is arranged in left telescopic adjustment drive disk
On, the left telescopic adjustment channel is arranged on Kanehara motherboard, and left telescopic adjustment channel is connected to left Kanehara sliding slot, the left side
Telescopic adjustment locating slot is arranged in left telescopic adjustment channel, and the left telescopic adjustment sleeve is located in left telescopic adjustment channel,
The left telescopic adjustment positioning ring is located in left telescopic adjustment locating slot.
Further, the right expansion regulating mechanism includes right telescopic adjustment fixture block, right telescopic adjustment card slot, right flexible tune
Section abutting seat, right telescopic adjustment screw rod, right telescopic adjustment sleeve, right telescopic adjustment positioning ring, right telescopic adjustment drive disk, the right side are stretched
Contracting adjusts driver slot, right telescopic adjustment channel and right telescopic adjustment locating slot；The right Kanehara slide and right telescopic adjustment card slot
Contact, the right telescopic adjustment fixture block are located in right Kanehara sliding slot, and the right telescopic adjustment card slot is arranged in right telescopic adjustment card
On block, the right telescopic adjustment abuts seat and is fixed on right telescopic adjustment fixture block, the right telescopic adjustment screw rod and right flexible tune
Section abut seat fix, the right telescopic adjustment screw rod is located in right telescopic adjustment sleeve, and the end of right telescopic adjustment sleeve and
Right telescopic adjustment abuts seat and abuts, and the right telescopic adjustment positioning ring is fixed on outside right telescopic adjustment sleeve, the right flexible tune
The solid end in right telescopic adjustment sleeve of drive disk is saved, the right telescopic adjustment driver slot is arranged in right telescopic adjustment drive disk
On, the right telescopic adjustment channel is arranged on Kanehara motherboard, and right telescopic adjustment channel is connected to right Kanehara sliding slot, the right side
Telescopic adjustment locating slot is arranged in right telescopic adjustment channel, and the right telescopic adjustment sleeve is located in right telescopic adjustment channel,
The right telescopic adjustment positioning ring is located in right telescopic adjustment locating slot.
Further, the left push-and-pull regulating mechanism includes that left push-and-pull adjusts fixture block, left push-and-pull adjusts card slot, left push-and-pull is adjusted
Save pull rod, left push-and-pull adjusts hinged seat, left push-and-pull adjusts hinge bar and left push-and-pull adjusts channel；The left Kanehara slide is pushed away with a left side
It draws and adjusts card slot contact, the left push-and-pull adjusts fixture block and is located in left Kanehara sliding slot, and the left push-and-pull adjusts card slot and is arranged on a left side
Push-and-pull is adjusted on fixture block, and one end of the left push-and-pull adjusting yoke adjusts fixture block with left push-and-pull and fixes, and the left push-and-pull adjusts hinge
Joint chair is fixed on the other end of left push-and-pull adjusting yoke, and the left push-and-pull adjusts one end of hinge bar and left push-and-pull adjusts hinged seat
Hingedly, the other end of the left push-and-pull adjusting hinge bar and push-and-pull driving mechanism are hinged, and the left push-and-pull adjusts channel setting and exists
On Kanehara motherboard, and left push-and-pull adjusts channel and is connected to left Kanehara sliding slot, and the left push-and-pull adjusting yoke is located at left push-and-pull adjusting
In channel.
Further, the right push-and-pull regulating mechanism includes that right push-and-pull adjusts fixture block, right push-and-pull adjusts card slot, right push-and-pull is adjusted
Save pull rod, right push-and-pull adjusts hinged seat, right push-and-pull adjusts hinge bar and right push-and-pull adjusting channel, the right Kanehara slide are pushed away with the right side
It draws and adjusts card slot contact, the right push-and-pull adjusts fixture block and is located in right Kanehara sliding slot, and the right push-and-pull adjusts card slot and is arranged on the right side
Push-and-pull is adjusted on fixture block, and one end of the right push-and-pull adjusting yoke adjusts fixture block with right push-and-pull and fixes, and the right push-and-pull adjusts hinge
Joint chair is fixed on the other end of right push-and-pull adjusting yoke, and the right push-and-pull adjusts one end of hinge bar and right push-and-pull adjusts hinged seat
Hingedly, the other end of the right push-and-pull adjusting hinge bar and push-and-pull driving mechanism are hinged, and the right push-and-pull adjusts channel setting and exists
On Kanehara motherboard, and right push-and-pull adjusts channel and is connected to right Kanehara sliding slot, and the right push-and-pull adjusting yoke is located at right push-and-pull adjusting
In channel.
Further, the push-and-pull driving mechanism includes left push-and-pull driving hinged seat, right push-and-pull driving hinged seat, push-and-pull drive
Movable slider, push-and-pull driving sliding slot, push-and-pull driving screw rod, push-and-pull driving channel, push-and-pull driving limiting slot and push-and-pull driving limited block；
The push-and-pull driving sliding slot and push-and-pull driving channel are arranged on Kanehara motherboard, and push and pull driving channel and push-and-pull driving sliding slot
Connection, the left push-and-pull driving hinged seat and right push-and-pull driving hinged seat are each attached on push-and-pull driving sliding block, and the push-and-pull is driven
Movable slider is located in push-and-pull driving sliding slot, and the push-and-pull driving screw rod is located in push-and-pull driving channel, the push-and-pull driving limit
On push-and-pull driving sliding block, the push-and-pull driving limited block is fixed on push-and-pull driving screw rod for slot setting, the push-and-pull driving limit
Position block is located in push-and-pull driving limiting slot.
Further, the left push-and-pull in the push-and-pull driving sliding slot and left push-and-pull regulating mechanism adjusts channel and right push-and-pull is adjusted
It saves the right push-and-pull in mechanism and adjusts channel connection, the left push-and-pull tune in the left push-and-pull driving hinged seat and left push-and-pull regulating mechanism
The other end for saving hinge bar is hinged, and the right push-and-pull in the right push-and-pull driving hinged seat and right push-and-pull regulating mechanism adjusts hinge bar
The other end it is hinged.
Further, the shape of the push-and-pull driving sliding block is trapezoidal.
Further, the Kanehara rack gear is engaged with Kanehara gear, and the Kanehara gear is mounted on driving motor.
Compared with prior art, the invention has the following advantages that two sinker triangles in the Kanehara device of the Computerized flat knitting machine
Position can be adjusted, and to be suitable for the flat knitting machine soleplate of plurality of specifications, the Kanehara apparatus structure design of the Computerized flat knitting machine is reasonable,
It takes the needle accurate, work efficiency is high, can control the movement of left Kanehara slide by left expansion regulating mechanism and left push-and-pull regulating mechanism
Stroke can control the stroke of right Kanehara slide by right expansion regulating mechanism and right push-and-pull regulating mechanism, by pushing and pulling driving machine
Structure can realize the accurate adjusting to left push-and-pull regulating mechanism and right push-and-pull regulating mechanism, it is ensured that will not be wool yarn in use process
Dabbing crushes, and the smooth, beautiful of braided fabric can be effectively ensured, improve qualification rate.
Detailed description of the invention
Fig. 1 is the schematic perspective view of the Kanehara device of the Computerized flat knitting machine of the embodiment of the present invention.
Fig. 2 is the schematic perspective view of the Kanehara device of the Computerized flat knitting machine of the embodiment of the present invention.
Fig. 3 is the main view configuration schematic diagram of the Kanehara device of the Computerized flat knitting machine of the embodiment of the present invention.
Fig. 4 is the A-A the schematic diagram of the section structure in Fig. 3.
Fig. 5 is the portion the B enlarged structure schematic diagram in Fig. 4.
Fig. 6 is the portion the C enlarged structure schematic diagram in Fig. 4.
Fig. 7 is the portion the D enlarged structure schematic diagram in Fig. 4.
In figure: left sinker triangle 11, right sinker triangle 12, Zuo Xinke slide 21, right Kanehara slide 22, Kanehara bottom plate 23,
Kanehara rack gear 24, Zuo Xinke sliding slot 31, right Kanehara sliding slot 32, Kanehara motherboard 33, Kanehara pedestal 34, left expansion regulating mechanism 4, the right side
Expansion regulating mechanism 5, left push-and-pull regulating mechanism 6, right push-and-pull regulating mechanism 7, push-and-pull driving mechanism 8, left telescopic adjustment fixture block 41,
Left telescopic adjustment card slot 42, left telescopic adjustment abutting seat 43, left telescopic adjustment screw rod 44, left telescopic adjustment sleeve 45, a left side are flexible
Adjust positioning ring 46, left telescopic adjustment drive disk 47, left telescopic adjustment driver slot 48, left telescopic adjustment channel 49, left flexible tune
It saves locating slot 490, right telescopic adjustment fixture block 51, right telescopic adjustment card slot 52, right telescopic adjustment and abuts seat 53, right telescopic adjustment spiral shell
Bar 54, right telescopic adjustment sleeve 55, right telescopic adjustment positioning ring 56, right telescopic adjustment drive disk 57, right telescopic adjustment driver slot
58, right telescopic adjustment channel 59, right telescopic adjustment locating slot 590, left push-and-pull adjust fixture block 61, left push-and-pull adjusting card slot 62, a left side
Push and pull adjusting yoke 63, left push-and-pull adjusts hinged seat 64, left push-and-pull adjusts hinge bar 65, left push-and-pull adjusts channel 66, right push-and-pull
Adjust fixture block 71, right push-and-pull adjusts card slot 72, right push-and-pull adjusting yoke 73, right push-and-pull adjusts hinged seat 74, right push-and-pull adjusts hinge
Extension bar 75, right push-and-pull adjust channel 76, left push-and-pull drives hinged seat 81, right push-and-pull drives hinged seat 82, push-and-pull drives sliding block 83,
Push-and-pull driving sliding slot 84, push-and-pull driving screw rod 85, push-and-pull driving channel 86, push-and-pull driving limiting slot 87, push-and-pull driving limited block
88。
Specific embodiment
The present invention is described in further detail with reference to the accompanying drawing and by embodiment, and following embodiment is to this hair
Bright explanation and the invention is not limited to following embodiments.
Embodiment.
Referring to shown in Fig. 1 to Fig. 7, it should however be clear that this specification structure depicted in this specification institute accompanying drawings, ratio, size etc. are only used
To cooperate the revealed content of specification, so that those skilled in the art understands and reads, being not intended to limit the invention can
The qualifications of implementation, therefore do not have technical essential meaning, the tune of the modification of any structure, the change of proportionate relationship or size
It is whole, in the case where not influencing the effect of present invention can be generated and the purpose that can reach, it should all still fall in disclosed skill
In the range of art content can cover.Meanwhile if in this specification with reference as "upper", "lower", "left", "right", " centre " and
The term of " one " etc. is merely convenient to being illustrated for narration, rather than to limit the scope of the invention, relativeness
It is altered or modified, under the content of no substantial changes in technology, when being also considered as the enforceable scope of the present invention.
The Kanehara device of Computerized flat knitting machine in the present embodiment, including left sinker triangle 11, right sinker triangle 12, left Kanehara are sliding
Seat 21, right Kanehara slide 22, Kanehara bottom plate 23, Kanehara rack gear 24, Zuo Xinke sliding slot 31, right Kanehara sliding slot 32, Kanehara motherboard 33,
Kanehara pedestal 34, left expansion regulating mechanism 4, right expansion regulating mechanism 5, left push-and-pull regulating mechanism 6, right 7 and of push-and-pull regulating mechanism
Push and pull driving mechanism 8.
Left Kanehara sliding slot 31 and right Kanehara sliding slot 32 in the present embodiment are arranged on Kanehara motherboard 33, Zuo Xinke slide
21 are located in left Kanehara sliding slot 31, and right Kanehara slide 22 is located in right Kanehara sliding slot 32, Zuo Xinke slide 21 and right Kanehara slide
22 are installed on Kanehara bottom plate 23, and left sinker triangle 11 is mounted on left Kanehara slide 21, and right sinker triangle 12 is mounted on the right side
On Kanehara slide 22, Kanehara rack gear 24 is mounted on Kanehara bottom plate 23, and Kanehara motherboard 33 is mounted on Kanehara pedestal 34, Kanehara tooth
Item 24 is engaged with Kanehara gear, and Kanehara gear is mounted on driving motor.
Left expansion regulating mechanism 4 in the present embodiment is located at the left side of left Kanehara slide 21, and left push-and-pull regulating mechanism 6 is located at
The right side of left Kanehara slide 21, left expansion regulating mechanism 4 and left push-and-pull regulating mechanism 6 are contacted with left Kanehara slide 21, and the right side is stretched
Contracting regulating mechanism 5 is located at the right side of right Kanehara slide 22, and right push-and-pull regulating mechanism 7 is located at the left side of right Kanehara slide 22, and the right side is stretched
Contracting regulating mechanism 5 and right push-and-pull regulating mechanism 7 are contacted with right Kanehara slide 22, and left push-and-pull regulating mechanism 6 and right push-and-pull are adjusted
Mechanism 7 is connect with push-and-pull driving mechanism 8.
Left expansion regulating mechanism 4 in the present embodiment includes left telescopic adjustment fixture block 41, left telescopic adjustment card slot 42, Zuo Shen
Contracting adjusting abutting seat 43, left telescopic adjustment screw rod 44, left telescopic adjustment sleeve 45, left telescopic adjustment positioning ring 46, left stretch are adjusted
Save drive disk 47, left telescopic adjustment driver slot 48, left telescopic adjustment channel 49 and left telescopic adjustment locating slot 490.
Left Kanehara slide 21 in the present embodiment is contacted with left telescopic adjustment card slot 42, and left telescopic adjustment fixture block 41 is located at a left side
In Kanehara sliding slot 31, left telescopic adjustment card slot 42 is arranged on left telescopic adjustment fixture block 41, and it is fixed that left telescopic adjustment abuts seat 43
On left telescopic adjustment fixture block 41, left telescopic adjustment screw rod 44 abuts seat 43 with left telescopic adjustment and fixes, left telescopic adjustment screw rod
44 are located in left telescopic adjustment sleeve 45, and the end of left telescopic adjustment sleeve 45 abuts the abutting of seat 43 with left telescopic adjustment, left
Telescopic adjustment positioning ring 46 is fixed on outside left telescopic adjustment sleeve 45, and left telescopic adjustment drive disk 47 is solid in left telescopic adjustment set
The end of cylinder 45, left telescopic adjustment driver slot 48 are arranged on left telescopic adjustment drive disk 47, and left telescopic adjustment channel 49 is arranged
On Kanehara motherboard 33, and left telescopic adjustment channel 49 is connected to left Kanehara sliding slot 31, and the left setting of telescopic adjustment locating slot 490 exists
In left telescopic adjustment channel 49, left telescopic adjustment sleeve 45 is located in left telescopic adjustment channel 49, left telescopic adjustment positioning ring 46
In left telescopic adjustment locating slot 490.
Right expansion regulating mechanism 5 in the present embodiment is stretched including right telescopic adjustment fixture block 51, right telescopic adjustment card slot 52, the right side
Contracting adjusting abutting seat 53, right telescopic adjustment screw rod 54, right telescopic adjustment sleeve 55, right telescopic adjustment positioning ring 56, right stretch are adjusted
Save drive disk 57, right telescopic adjustment driver slot 58, right telescopic adjustment channel 59 and right telescopic adjustment locating slot 590.
Right Kanehara slide 22 in the present embodiment is contacted with right telescopic adjustment card slot 52, and right telescopic adjustment fixture block 51 is located at the right side
In Kanehara sliding slot 32, right telescopic adjustment card slot 52 is arranged on right telescopic adjustment fixture block 51, and it is fixed that right telescopic adjustment abuts seat 53
On right telescopic adjustment fixture block 51, right telescopic adjustment screw rod 54 abuts seat 53 with right telescopic adjustment and fixes, right telescopic adjustment screw rod
54 are located in right telescopic adjustment sleeve 55, and the end of right telescopic adjustment sleeve 55 abuts the abutting of seat 53 with right telescopic adjustment, right
Telescopic adjustment positioning ring 56 is fixed on outside right telescopic adjustment sleeve 55, and right telescopic adjustment drive disk 57 is solid in right telescopic adjustment set
The end of cylinder 55, right telescopic adjustment driver slot 58 are arranged on right telescopic adjustment drive disk 57, and right telescopic adjustment channel 59 is arranged
On Kanehara motherboard 33, and right telescopic adjustment channel 59 is connected to right Kanehara sliding slot 32, and the right setting of telescopic adjustment locating slot 590 exists
In right telescopic adjustment channel 59, right telescopic adjustment sleeve 55 is located in right telescopic adjustment channel 59, right telescopic adjustment positioning ring 56
In right telescopic adjustment locating slot 590.
Left push-and-pull regulating mechanism 6 in the present embodiment includes that left push-and-pull adjusts fixture block 61, left push-and-pull adjusts card slot 62, a left side pushes away
Adjusting yoke 63, left push-and-pull is drawn to adjust hinged seat 64, left push-and-pull adjusts hinge bar 65 and left push-and-pull adjusts channel 66；Left Kanehara is sliding
Seat 21 adjusts card slot 62 with left push-and-pull and contacts, and left push-and-pull adjusts fixture block 61 and is located in left Kanehara sliding slot 31, and left push-and-pull adjusts card slot
62 settings are adjusted on fixture block 61 in left push-and-pull, and one end of left push-and-pull adjusting yoke 63 and left push-and-pull adjusting fixture block 61 are fixed, and a left side pushes away
It draws and adjusts the other end that hinged seat 64 is fixed on left push-and-pull adjusting yoke 63, one end of left push-and-pull adjusting hinge bar 65 and left push-and-pull
Adjust hinged seat 64 hingedly, hingedly, left push-and-pull adjusts channel to the other end and push-and-pull driving mechanism 8 that left push-and-pull adjusts hinge bar 65
66 are arranged on Kanehara motherboard 33, and left push-and-pull adjusts channel 66 and is connected to left Kanehara sliding slot 31, and left push-and-pull adjusting yoke 63
It is adjusted in channel 66 in left push-and-pull.
Right push-and-pull regulating mechanism 7 in the present embodiment includes that right push-and-pull adjusts fixture block 71, right push-and-pull adjusts card slot 72, the right side pushes away
It draws adjusting yoke 73, right push-and-pull to adjust hinged seat 74, right push-and-pull adjusting hinge bar 75 and right push-and-pull and adjusts channel 76, right Kanehara is sliding
Seat 22 adjusts card slot 72 with right push-and-pull and contacts, and right push-and-pull adjusts fixture block 71 and is located in right Kanehara sliding slot 32, and right push-and-pull adjusts card slot
72 settings are adjusted on fixture block 71 in right push-and-pull, and one end of right push-and-pull adjusting yoke 73 and right push-and-pull adjusting fixture block 71 are fixed, and the right side pushes away
It draws and adjusts the other end that hinged seat 74 is fixed on right push-and-pull adjusting yoke 73, one end of right push-and-pull adjusting hinge bar 75 and right push-and-pull
Adjust hinged seat 74 hingedly, hingedly, right push-and-pull adjusts channel to the other end and push-and-pull driving mechanism 8 that right push-and-pull adjusts hinge bar 75
76 are arranged on Kanehara motherboard 33, and right push-and-pull adjusts channel 76 and is connected to right Kanehara sliding slot 32, and right push-and-pull adjusting yoke 73
It is adjusted in channel 76 in right push-and-pull.
Push-and-pull driving mechanism 8 in the present embodiment includes left push-and-pull driving hinged seat 81, right push-and-pull driving hinged seat 82, pushes away
Draw driving sliding block 83, push-and-pull driving sliding slot 84, push-and-pull driving screw rod 85, push-and-pull driving channel 86, push-and-pull driving 87 and of limiting slot
Push-and-pull driving limited block 88；Push-and-pull driving sliding slot 84 and push-and-pull driving channel 86 are arranged on Kanehara motherboard 33, and are pushed and pulled and driven
Dynamic channel 86 is connected to push-and-pull driving sliding slot 84, and left push-and-pull driving hinged seat 81 and right push-and-pull driving hinged seat 82 are each attached to and push away
It draws on driving sliding block 83, the shape of push-and-pull driving sliding block 83 is trapezoidal.
Push-and-pull driving sliding block 83 in the present embodiment is located in push-and-pull driving sliding slot 84, and push-and-pull driving screw rod 85 is located at push-and-pull
It drives in channel 86, on push-and-pull driving sliding block 83, push-and-pull driving limited block 88, which is fixed on, to be pushed away for push-and-pull driving limiting slot 87 setting
It draws on driving screw rod 85, push-and-pull driving limited block 88 is located in push-and-pull driving limiting slot 87；Push-and-pull driving sliding slot 84 and left push-and-pull
Left push-and-pull in regulating mechanism 6 adjusts channel 66 and is connected to the right push-and-pull adjusting channel 76 in right push-and-pull regulating mechanism 7, left push-and-pull
The other end for driving hinged seat 81 to adjust hinge bar 65 with the left push-and-pull in left push-and-pull regulating mechanism 6 is hinged, right push-and-pull driving hinge
Joint chair 82 and the other end that the right push-and-pull in right push-and-pull regulating mechanism 7 adjusts hinge bar 75 are hinged.
The specifically Kanehara device of the Computerized flat knitting machine is adjusted before work by adjusting left expansion regulating mechanism 4 and left push-and-pull
It saves the position of mechanism 6 and then limits the shift motion of left Kanehara slide 21, adjusted by adjusting right expansion regulating mechanism 5 and right push-and-pull
It saves the position of mechanism 7 and then limits the stroke of right Kanehara slide 22, left push-and-pull regulating mechanism 6 and right push-and-pull regulating mechanism 7 pass through
It pushes and pulls driving mechanism 8 and realizes synchronous adjustment.
The position of left telescopic adjustment fixture block 41 is adjusted, so that left telescopic adjustment card slot 42 and left Kanehara slide 21
Spanner is mounted in the left telescopic adjustment driver slot 48 on left telescopic adjustment drive disk 47 by left contact, when adjusting, and rotation is pulled
Hand, so that left telescopic adjustment sleeve 45 rotates in left telescopic adjustment channel 49, left telescopic adjustment positioning ring 46 in rotation process
In left telescopic adjustment locating slot 490, positioning action, left telescopic adjustment screw rod 44 and a left side are played to left telescopic adjustment positioning ring 46
Telescopic adjustment sleeve 45 is connected through a screw thread, and makes left telescopic adjustment fixture block 41 in left letter by rotating left telescopic adjustment sleeve 45
Sliding in gram sliding slot 31.
The position of right telescopic adjustment fixture block 51 is adjusted, so that right telescopic adjustment card slot 52 and right Kanehara slide 22
Spanner is mounted in the right telescopic adjustment driver slot 58 on right telescopic adjustment drive disk 57 by right contact, when adjusting, and rotation is pulled
Hand, so that right telescopic adjustment sleeve 55 rotates in right telescopic adjustment channel 59, right telescopic adjustment positioning ring 56 in rotation process
In right telescopic adjustment locating slot 590, positioning action, right telescopic adjustment screw rod 54 and the right side are played to right telescopic adjustment positioning ring 56
Telescopic adjustment sleeve 55 is connected through a screw thread, and makes right telescopic adjustment fixture block 51 in right letter by rotating right telescopic adjustment sleeve 55
Sliding in gram sliding slot 32.
The position for adjusting fixture block 71 to left push-and-pull adjusting fixture block 61 and right push-and-pull is adjusted in synchronism, and push-and-pull drives screw rod 85 and pushes away
Driving channel 86 is drawn to be connected through a screw thread, trapezoidal push-and-pull driving sliding block 83 can adjust hinge bar to left push-and-pull in adjustment process
65 and right push-and-pull adjust hinge bar 75 play position-limiting action, by turn push-and-pull driving screw rod 85 so that push-and-pull driving limited block
88 rotate in push-and-pull driving limiting slot 87, and then push and pull driving sliding block 83 and move down along push-and-pull driving sliding slot 84, pass through a left side
Push-and-pull adjusts hinge bar 65 and left push-and-pull adjusting yoke 63 is pushed to move downward, while adjusting hinge bar 75 by right push-and-pull and pushing the right side
Push-and-pull adjusting yoke 73 moves right, so that left push-and-pull adjusts fixture block 61 and right push-and-pull adjusts the difference of fixture block 71 Kanehara to the left
Slide 21 and right Kanehara slide 22 are close, so that left push-and-pull adjusts card slot 62 and contacts with left Kanehara slide 21, while the right side are pushed away
Adjusting card slot 72 is drawn to contact with right Kanehara slide 22.
The Kanehara device of the Computerized flat knitting machine may make to be suitable for the computer horizontal of plurality of specifications model by above-mentioned adjustment process
Machine bottom board, the Kanehara device of the Computerized flat knitting machine have control precision high, and guiding is accurate, and work efficiency is high, will not in the course of work
There is the advantages that striker situation.
In addition, it should be noted that, the specific embodiments described in this specification, the shape of parts and components are named
Title etc. can be different, and above content is only to structure of the invention example explanation described in this specification.It is all according to
According to equivalence changes or simple change that the invention patent design structure, feature and principle is done, it is included in this hair
In the protection scope of bright patent.Those skilled in the art can do described specific embodiment various
The mode that the modify or supplement or adopt of various kinds is similar substitutes, and without departing from structure of the invention or surmounts present claims
Range defined in book, is within the scope of protection of the invention.
Claims (10)
1. a kind of Kanehara device of Computerized flat knitting machine, it is characterised in that: including left sinker triangle (11), right sinker triangle (12), a left side
Kanehara slide (21), right Kanehara slide (22), Kanehara bottom plate (23), Zuo Xinke sliding slot (31), right Kanehara sliding slot (32), Kanehara are female
Plate (33), left expansion regulating mechanism (4), right expansion regulating mechanism (5), left push-and-pull regulating mechanism (6), right push-and-pull regulating mechanism
(7) and driving mechanism (8) are pushed and pulled；The left Kanehara sliding slot (31) and right Kanehara sliding slot (32) are arranged at Kanehara motherboard (33)
On, the left Kanehara slide (21) is located in left Kanehara sliding slot (31), and the right Kanehara slide (22) is located at right Kanehara sliding slot
(32) in, the left Kanehara slide (21) and right Kanehara slide (22) are installed on Kanehara bottom plate (23), the left Kanehara three
Angle (11) is mounted on left Kanehara slide (21), and the right sinker triangle (12) is mounted on right Kanehara slide (22), the left side
Expansion regulating mechanism (4) is located at the left side of left Kanehara slide (21), and the left push-and-pull regulating mechanism (6) is located at left Kanehara slide
(21) right side, the left expansion regulating mechanism (4) and left push-and-pull regulating mechanism (6) contact with left Kanehara slide (21), institute
The right side that right expansion regulating mechanism (5) are located at right Kanehara slide (22) is stated, it is sliding that the right push-and-pull regulating mechanism (7) is located at right Kanehara
The left side of seat (22), the right expansion regulating mechanism (5) and right push-and-pull regulating mechanism (7) contact with right Kanehara slide (22),
The left push-and-pull regulating mechanism (6) and right push-and-pull regulating mechanism (7) connect with push-and-pull driving mechanism (8).
2. the Kanehara device of Computerized flat knitting machine according to claim 1, it is characterised in that: further include Kanehara rack gear (24) and letter
Gram pedestal (34), the Kanehara rack gear (24) are mounted on Kanehara bottom plate (23), and the Kanehara motherboard (33) is mounted on Kanehara bottom
On seat (34).
3. the Kanehara device of Computerized flat knitting machine according to claim 1, it is characterised in that: the left expansion regulating mechanism (4)
Seat (43), left telescopic adjustment screw rod are abutted including left telescopic adjustment fixture block (41), left telescopic adjustment card slot (42), left telescopic adjustment
(44), left telescopic adjustment sleeve (45), left telescopic adjustment positioning ring (46), left telescopic adjustment drive disk (47), left telescopic adjustment
Driver slot (48), left telescopic adjustment channel (49) and left telescopic adjustment locating slot (490)；The left Kanehara slide (21) is stretched with a left side
Contracting adjusts card slot (42) contact, and the left telescopic adjustment fixture block (41) is located in left Kanehara sliding slot (31), the left telescopic adjustment
Card slot (42) is arranged on left telescopic adjustment fixture block (41), and the left telescopic adjustment abuts seat (43) and is fixed on left telescopic adjustment card
On block (41), the left telescopic adjustment screw rod (44) abuts seat (43) with left telescopic adjustment and fixes, the left telescopic adjustment screw rod
(44) it is located in left telescopic adjustment sleeve (45), and the end of left telescopic adjustment sleeve (45) abuts seat (43) with left telescopic adjustment
It abuts, the left telescopic adjustment positioning ring (46) is fixed on left telescopic adjustment sleeve (45) outside, the left telescopic adjustment drive disk
(47) the solid end in left telescopic adjustment sleeve (45), left telescopic adjustment driver slot (48) setting are driven in left telescopic adjustment
On Moving plate (47), the left telescopic adjustment channel (49) is arranged on Kanehara motherboard (33), and left telescopic adjustment channel (49) with
Left Kanehara sliding slot (31) connection, left telescopic adjustment locating slot (490) setting is in left telescopic adjustment channel (49), the left side
Telescopic adjustment sleeve (45) is located in left telescopic adjustment channel (49), and the left telescopic adjustment positioning ring (46) is located at left flexible tune
It saves in locating slot (490).
4. the Kanehara device of Computerized flat knitting machine according to claim 1, it is characterised in that: the right expansion regulating mechanism (5)
Seat (53), right telescopic adjustment screw rod are abutted including right telescopic adjustment fixture block (51), right telescopic adjustment card slot (52), right telescopic adjustment
(54), right telescopic adjustment sleeve (55), right telescopic adjustment positioning ring (56), right telescopic adjustment drive disk (57), right telescopic adjustment
Driver slot (58), right telescopic adjustment channel (59) and right telescopic adjustment locating slot (590)；The right Kanehara slide (22) is stretched with the right side
Contracting adjusts card slot (52) contact, and the right telescopic adjustment fixture block (51) is located in right Kanehara sliding slot (32), the right telescopic adjustment
Card slot (52) is arranged on right telescopic adjustment fixture block (51), and the right telescopic adjustment abuts seat (53) and is fixed on right telescopic adjustment card
On block (51), the right telescopic adjustment screw rod (54) abuts seat (53) with right telescopic adjustment and fixes, the right telescopic adjustment screw rod
(54) it is located in right telescopic adjustment sleeve (55), and the end of right telescopic adjustment sleeve (55) abuts seat (53) with right telescopic adjustment
It abuts, the right telescopic adjustment positioning ring (56) is fixed on right telescopic adjustment sleeve (55) outside, the right telescopic adjustment drive disk
(57) the solid end in right telescopic adjustment sleeve (55), right telescopic adjustment driver slot (58) setting are driven in right telescopic adjustment
On Moving plate (57), the right telescopic adjustment channel (59) is arranged on Kanehara motherboard (33), and right telescopic adjustment channel (59) with
Right Kanehara sliding slot (32) connection, right telescopic adjustment locating slot (590) setting is in right telescopic adjustment channel (59), the right side
Telescopic adjustment sleeve (55) is located in right telescopic adjustment channel (59), and the right telescopic adjustment positioning ring (56) is located at right flexible tune
It saves in locating slot (590).
5. the Kanehara device of Computerized flat knitting machine according to claim 1, it is characterised in that: the left push-and-pull regulating mechanism (6)
Fixture block (61) are adjusted including left push-and-pull, left push-and-pull adjusts card slot (62), left push-and-pull adjusting yoke (63), left push-and-pull adjusting hinged seat
(64), left push-and-pull adjusts hinge bar (65) and left push-and-pull adjusts channel (66)；The left Kanehara slide (21) and left push-and-pull are adjusted
Card slot (62) contact, the left push-and-pull adjust fixture block (61) and are located in left Kanehara sliding slot (31), and the left push-and-pull adjusts card slot
(62) setting is adjusted on fixture block (61) in left push-and-pull, and one end of left push-and-pull adjusting yoke (63) and left push-and-pull adjust fixture block
(61) fixed, the left push-and-pull adjusts the other end that hinged seat (64) are fixed on left push-and-pull adjusting yoke (63), the left push-and-pull
The one end and left push-and-pull for adjusting hinge bar (65) adjust hinged seat (64) hingedly, and the left push-and-pull adjusts the another of hinge bar (65)
Hingedly with push-and-pull driving mechanism (8), the left push-and-pull adjusts channel (66) and is arranged on Kanehara motherboard (33), and left push-and-pull is adjusted at end
Section channel (66) is connected to left Kanehara sliding slot (31), and the left push-and-pull adjusting yoke (63) is located at left push-and-pull and adjusts channel (66)
It is interior.
6. the Kanehara device of Computerized flat knitting machine according to claim 1, it is characterised in that: the right push-and-pull regulating mechanism (7)
Fixture block (71) are adjusted including right push-and-pull, right push-and-pull adjusts card slot (72), right push-and-pull adjusting yoke (73), right push-and-pull adjusting hinged seat
(74), right push-and-pull adjusts hinge bar (75) and right push-and-pull adjusts channel (76), and the right Kanehara slide (22) and right push-and-pull are adjusted
Card slot (72) contact, the right push-and-pull adjust fixture block (71) and are located in right Kanehara sliding slot (32), and the right push-and-pull adjusts card slot
(72) setting is adjusted on fixture block (71) in right push-and-pull, and one end of right push-and-pull adjusting yoke (73) and right push-and-pull adjust fixture block
(71) fixed, the right push-and-pull adjusts the other end that hinged seat (74) are fixed on right push-and-pull adjusting yoke (73), the right push-and-pull
The one end and right push-and-pull for adjusting hinge bar (75) adjust hinged seat (74) hingedly, and the right push-and-pull adjusts the another of hinge bar (75)
Hingedly with push-and-pull driving mechanism (8), the right push-and-pull adjusts channel (76) and is arranged on Kanehara motherboard (33), and right push-and-pull is adjusted at end
Section channel (76) is connected to right Kanehara sliding slot (32), and the right push-and-pull adjusting yoke (73) is located at right push-and-pull and adjusts channel (76)
It is interior.
7. the Kanehara device of Computerized flat knitting machine according to claim 1, it is characterised in that: push-and-pull driving mechanism (8) packet
Include left push-and-pull driving hinged seat (81), right push-and-pull driving hinged seat (82), push-and-pull driving sliding block (83), push-and-pull driving sliding slot
(84), push-and-pull driving screw rod (85), push-and-pull driving channel (86), push-and-pull driving limiting slot (87) and push-and-pull driving limited block
(88)；Push-and-pull driving sliding slot (84) and push-and-pull driving channel (86) are arranged on Kanehara motherboard (33), and push and pull driving
Channel (86) is connected to push-and-pull driving sliding slot (84), left push-and-pull driving hinged seat (81) and right push-and-pull driving hinged seat (82)
It is each attached in push-and-pull driving sliding block (83), push-and-pull driving sliding block (83) is located in push-and-pull driving sliding slot (84), described to push away
Driving screw rod (85) is drawn to be located in push-and-pull driving channel (86), push-and-pull driving limiting slot (87) setting drives sliding block in push-and-pull
(83) on, push-and-pull driving limited block (88) is fixed in push-and-pull driving screw rod (85), and the push-and-pull drives limited block (88)
In push-and-pull driving limiting slot (87).
8. the Kanehara device of Computerized flat knitting machine according to claim 7, it is characterised in that: push-and-pull driving sliding slot (84) with
The right push-and-pull that left push-and-pull in left push-and-pull regulating mechanism (6) is adjusted in channel (66) and right push-and-pull regulating mechanism (7) adjusts channel
(76) it is connected to, the left push-and-pull in left push-and-pull driving hinged seat (81) and left push-and-pull regulating mechanism (6) adjusts hinge bar (65)
The other end it is hinged, it is described it is right push-and-pull driving hinged seat (82) and it is right push-and-pull regulating mechanism (7) in right push-and-pull adjust hinge bar
(75) the other end is hinged.
9. the Kanehara device of Computerized flat knitting machine according to claim 7, it is characterised in that: push-and-pull driving sliding block (83)
Shape is trapezoidal.
10. the Kanehara device of Computerized flat knitting machine according to claim 2, it is characterised in that: the Kanehara rack gear (24) and letter
The engagement of gram gear, the Kanehara gear are mounted on driving motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910038101.0A CN109537154B (en) | 2019-01-16 | 2019-01-16 | Letter gram device of computerized flat knitting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910038101.0A CN109537154B (en) | 2019-01-16 | 2019-01-16 | Letter gram device of computerized flat knitting machine |
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| Publication Number | Publication Date |
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| CN109537154A true CN109537154A (en) | 2019-03-29 |
| CN109537154B CN109537154B (en) | 2023-09-12 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910038101.0A Active CN109537154B (en) | 2019-01-16 | 2019-01-16 | Letter gram device of computerized flat knitting machine |
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| JP2016141910A (en) * | 2015-02-03 | 2016-08-08 | 株式会社島精機製作所 | Flat knitting machine including movable sinker |
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| CN209537751U (en) * | 2019-01-16 | 2019-10-25 | 宁波博日机械有限公司 | The Kanehara device of Computerized flat knitting machine |
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|---|---|---|---|---|
| WO2008043219A1 (en) * | 2006-10-10 | 2008-04-17 | Yu-Hsin Wu | Automatic lifting mechanism of yarn guide |
| EP2570532A1 (en) * | 2011-09-16 | 2013-03-20 | Pai Lung Machinery Mill Co., Ltd. | Sinker control apparatus for flat knitting machines |
| US8381550B1 (en) * | 2011-09-19 | 2013-02-26 | Pai Lung Machinery Mill Co., Ltd. | Needle bed structure for flat knitting machines |
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|---|---|
| CN109537154B (en) | 2023-09-12 |
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