CN1928182A - Secondary roller mechanism for full computer flat knitting machine - Google Patents
Secondary roller mechanism for full computer flat knitting machine Download PDFInfo
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- CN1928182A CN1928182A CN 200610096167 CN200610096167A CN1928182A CN 1928182 A CN1928182 A CN 1928182A CN 200610096167 CN200610096167 CN 200610096167 CN 200610096167 A CN200610096167 A CN 200610096167A CN 1928182 A CN1928182 A CN 1928182A
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- gear
- transiting rod
- leather sheath
- bellows
- knitting machine
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Abstract
A auxiliary roller mechanism of all-computer flat knitting machine, comprising a power driving device, couple panel for a first left and right accordion pipe, couple panel for a second left and right accordion pipe, couple transition bar for a first and second leather cup, couple a first and second accordion pipe; couple strutting piece for a first and second transition bar, couple a first and second leather cup, characterized in that couple transition bar for a first and second leather cup is set rotationally on panels for a first and second left-and-right accordion pipes and on each ends there are a first and second transition bar gears connecting with power driving device, is belong to technology area for accessorial establishment of all-computer flat knitting machine. The merit of the mechanism is that there is no influence for efficiency of flat knitting machine because of replacing leather cup continually, working capacity of maintenance worker is lessen and only one electromotor is need for power driving mechanism so that there is less manufacturing cost.
Description
Technical field
The present invention relates to a kind of auxiliary roller mechanism of full computer flat knitting machine, be used for the fabric after the knitting mechanism shaping is in traction downwards under the state of seizing on both sides by the arms, batch, belong to the affiliated facility technical field on the full computer flat knitting machine for batching apparatus.
Background technology
At flat machine for example on the full computer flat knitting machine, all need supporting auxiliary roller mechanism, so-called auxiliary roller mechanism is to be used for the fabric of knitting mechanism after the braiding of braiding process is shaped of flat machine is in traction downwards under the state of seizing on both sides by the arms as described above, batch for spooler or title cloth-winding mechanism, because spooler can not be directly with fabric take-off, if and directly batch by spooler, the tension uniform of batching can't obtain so, and can't batch under the desirable moderate tension state guaranteeing, make fabric wrapping on the cloth beam of spooler.Especially,, will certainly bring disaster to the knitting of knitting mechanism so, knitting can't be carried out if directly full computer flat knitting machine is woven fabric take-off after finishing in the braiding process by spooler.So auxiliary roller mechanism is a fabric transition mechanism that makes the braided fabric transition being used between the knitting mechanism of full computer flat knitting machine and spooler.
In the prior art, what adopt as a pair of roller (claiming cloth winding wheel or cloth beam usually) of the auxiliary roller mechanism of full computer flat knitting machine is smooth roll, and fabric is drawn the back through this to roller and batched by spooler.Yet, because a pair of roller is to adopt ganoid smooth roll structure, therefore expose following 2 deficiencies: the one since the installation of a pair of roller or be manufactured on objectively be difficult to accomplish fully parallel, thereby it is inconsistent stand-off distance to occur each other, make draw Bu Lali can not be even, have influence on the effect of batching of spooler; The 2nd, because of the length of a pair of roller must be isometric with the needle plate of flat machine, so, there is amount of deflection unavoidably in tediously long roller, and that the existence of amount of deflection can cause Bu Lali equally is inhomogeneous, if for fear of or reduce the amount of deflection of a pair of roller and make it thick, then can cause roller excessive again, influence weave effect and quality to the coil distance of knitting mechanism.Certainly, perhaps think and establish support member between reasonably at the interval range of roller to use the generation of avoiding amount of deflection be a kind of useful act, but too much support member can influence the succinct effect of complete machine, and the unreasonable increase that is difficult to control cost; The 3rd, in order to ensure the depth of parallelism of a pair of roller, must regulate every now and then, thereby cause regulating frequent and time-consuming.
In view of above-mentioned shortcoming, that industry is just kept away and adopt a pair of plum blossom roller as drawing Bu Luola, however cause following problem again: the one, plum blossom roller easy deformation, it is tight and middle pine can't integrally hold fabric under the arm and draw two ends to occur; The 2nd, the self structure of plum blossom roller can cause fabric face and produce fine wrinkle, make fabric lose should be smooth essence; The 3rd, need cooperatively interact and could move by two motors, therefore not only assembly difficulty is big, and parts are many and cause complex structure.
In view of above-mentioned technical problem, comprise that applicant's industry has just adopted auxiliary roller mechanism as shown in Figure 1 to be provided on the full computer flat knitting machine again, it comprises: a pair of motor of being located on the support 1 for sleeping in abreast; A pair of first left side, right corrugated header 2,3, each lower end connects with the power output shaft of a pair of motor respectively by the bellows fixed seating, each upper end fixes a pair of first respectively, the second leather sheath transiting rod 6, an end of 7, first, the second leather sheath transiting rod 6,7 the other end respectively with a pair of second left side, right corrugated header 12,13 upper end is fixed, a pair of second left side, right corrugated header 12,13 lower end is placed on a pair of first by fixed seating respectively, second tubular axis 15, on 16, first, second tubular axis 15,16 is corresponding with the power output shaft of a pair of motor 1, and be arranged on the axle bed 14; A pair of first, second bellows 8,9, each end cover is fixed on the power output shaft of a pair of motor 1, and each other end rotatably is nested with on the fixed seating of the second left and right corrugated header, 12,13 lower ends; A pair of first, second transiting rod support member 4,5, wherein, the first transiting rod support member 4 is bumped between the first leather sheath transiting rod 6 and first corrugated header 8, and the two ends end face is fixed with first, second left corrugated header 2,12 respectively, the second transiting rod support member 5 is bumped between the second leather sheath transiting rod 7 and second bellows 9, and the two ends end face is fixed with first, second right corrugated header 3,13 respectively; A pair of first, second leather sheath 10,11, one ends are nested with respectively on first, second bellows 8,9, and the other end is nested with respectively on first, second leather sheath transiting rod 6,7.
Said structure because the fabric face can make cropping by the extruding between a pair of first, second leather sheath 10,11 time is smooth, can not produce gauffer; Leather sheath has soft elasticity, can not make the fabric that draws of holding under the arm the situation of the tight middle pine in two occur, can fabric be held under the arm and draw; First, second transiting rod support member 4,5 both can play avoids first, second leather sheath transiting rod 6,7 amount of deflection to occur, can ensure that again first, second leather sheath 10,11 forms the stable plane of phoresying, and therefore can eliminate the drawback of aforesaid plum blossom roller roller basically.Yet, this structure still exposes following defective in actual use: at first, because first, the second leather sheath transiting rod 6, the 7th, do not rotate, and first, second leather sheath 10,11 first, second bellows 8, move again and again under 9 the drive, so, whenever first, second leather sheath 10,11 motions, one circle, just with first, the second leather sheath transiting rod 6,7 frictions once, how long need not (general split run 8h counts 2 months), first, second leather sheath 10,11 just scrap, must be changed, and the time of changing leather sheath is very tediously long, need earlier first, the second leather sheath transiting rod 6, an end of 7 is from first left side, right corrugated header 2, unload on 3, perhaps from second left side, right corrugated header 12, unload on 13, get again from (pulling out) first, the second transiting rod support member 4,5, then with new first, second leather sheath 10,11 put, thereafter with first, the second transiting rod support member 4,5 are bumped into, at last with first, the second leather sheath transiting rod 6,7 dresses are solid, and with first, second bellows 8,9 are nested with and finish.So not only the downtime of presidentization full computer flat knitting machine, influence the working (machining) efficiency of flat machine, but also cause increase of accessory cost fully and increasing of guarantor's bench work amount; The connection of the power output shaft of first, second bellows 8,9 and motor 1 is unreliable, occurs skidding easily, thereby causes the rotation of first, second bellows 8,9 to be lost efficacy, and can't order about the normal operation of first, second leather sheath 10,11; Complete unit needs a pair of motor 1, and therefore not only structure lacks terseness, and manufacturing cost is big.
Summary of the invention
Top priority of the present invention is to provide a kind of and uses minimizing to prolong leather sheath service life effectively because of changing downtime that leather sheath was caused, improving the auxiliary roller mechanism of the full computer flat knitting machine of working (machining) efficiency.
Task of the present invention also is to provide a kind of auxiliary roller mechanism of reliably using the full computer flat knitting machine that ensures the leather sheath proper motion with the bellows motion.
Task of the present invention is to provide the auxiliary roller mechanism of the terse full computer flat knitting machine of a kind of overall structure again.
Finish top priority of the present invention for embodiment, technical scheme provided by the present invention is: a kind of auxiliary roller mechanism of full computer flat knitting machine, and it comprises an actuating unit; The a pair of first left and right corrugated header that is connected with actuating unit; The a pair of second left and right corrugated header is located at respectively on first, second tubular axis, and first, second tubular axis is located on the axle bed; A pair of first, second leather sheath transiting rod, the two ends of the first leather sheath transiting rod place respectively on first, second left corrugated header, and the two ends of the second leather sheath transiting rod place respectively on first, second right corrugated header; A pair of first, second bellows, each end and actuating unit transmission connect, and each other end is sheathed on the second left and right corrugated header; A pair ofly be plugged between the first leather sheath transiting rod and first bellows respectively and be plugged on first, second transiting rod support member between the second leather sheath transiting rod and second bellows; A pair of first, second leather sheath that is nested with respectively on the first leather sheath transiting rod, first bellows and the second leather sheath transiting rod, second bellows, characteristics are: hub setting rotationally is on first, second left and right corrugated header respectively for described first, second leather sheath transiting rod, and an end separately is respectively equipped with first, second transiting rod gear that is used for described actuating unit transmission connection.
Finish an also task of the present invention for embodiment, technical scheme provided by the present invention is: extend one in the tube chamber of each end of described first, second bellows respectively and be used for the tenon that connects with described actuating unit.
For another task of the present invention is finished in embodiment, technical scheme provided by the present invention is: described actuating unit comprises a motor, driving gear, gear-box, first, second gear shaft, first, second, the 3rd, the 4th gear, transition gear, first, the second little transition gear, the power output shaft of motor is stretched in the gear-box, driving gear is fixed in gear-box on the power output shaft of motor, first, second gear shaft in parallel with each other hub setting on gear-box, an end separately is stretched in the gear-box, the other end offers tongue-and-groove respectively, first, second gear places and is stretched over a pair of first in the gear-box, the axle head of second gear shaft, wherein, first gear is nibbled mutually with driving gear and is joined, and second gear is nibbled mutually with transition gear and is joined, transition gear is hubbed in the gear-box, and nibble mutually with driving gear and to join, the 3rd, the 4th gear is fixed on and is stretched in first outside the gear-box, on the axis body of second gear shaft, first, the second little transition gear difference hub setting is on first left side, on the right corrugated header, and respectively with first, the second transiting rod gear and the 3rd, the 4th gear is nibbled mutually and is joined.
The upper end of first, second transiting rod support member of the present invention respectively constitutes the arc surface that is used for for first, second leather sheath transiting rod rolling, and the lower surface respectively constitutes and is used for pasting the bellows arc surface that touches mutually with first, second bellows.
Tenon of the present invention is any one in rectangle tenon, the cylindrical tenon.
Motor of the present invention is a clockwise and anticlockwise motor.
One of the present invention's advantage compared with the prior art, first, second leather sheath transiting rod become with first, second leather sheath by original leaving standstill rotate, reduced effectively and leather sheath between friction, prolonged the service life of leather sheath, thereby avoid influencing the operating efficiency of flat machine and alleviating mechanician's work load and the use cost of saving leather sheath because of the frequent leather sheath of changing; Two, connect by the tenon that extends on first, second bellows and actuating unit, can ensure that first, second bellows motion is reliable; Three, actuating unit only needs a motor, it is terse that overall structure is able to, and saves manufacturing cost.
Description of drawings
Fig. 1 is the structure chart of the auxiliary roller mechanism of the full computer flat knitting machine in the prior art.
Fig. 2 is one embodiment of the present of invention structure chart.
Fig. 3 is disposed at application example figure on the full computer flat knitting machine for the present invention.
The specific embodiment
By the description of applicant, will help to understand the present invention more, and good effect of the present invention is embodied more, but embodiment should not be considered as the restriction to some extent to the present invention program embodiment.
In Fig. 2, gear-box 17 tool gear cap 20 as the actuating unit that the present invention recommended, be to be fixed on the needle-bar support 47 of full computer flat knitting machine by hold-down screw 48 (Fig. 3 shows) under user mode, the motor 1 with rotating function is fixing with gear-box 17 by screw 43.The power output shaft of motor 1 extend in the case chamber of gear-box 17, and driving gear 42 is fixed in the power output shaft axle head of motor 1 in the case chamber of gear-box 17.First, second gear shaft 21,22 respectively by bearing 18 and hub setting on gear-box 17, with the location status shown in this figure is example, the left end of first, second gear shaft 21,22 extend in the case chamber of gear-box 17, and right-hand member is stretched in outside the case chamber, and respectively offer the tongue-and-groove 23 that is used for going into for tenon 31 tenons, first, second gear shaft 21,22 is keeping parallelism fully.Be respectively fixed to the axle head of a pair of first, second gear shaft 21,22 after first, second gear 19,40 both can have been processed separately, also can direct forming at the axle head of first, second gear shaft 21,22.First gear 19 is engaged with each other with driving gear 42, second gear 40 then is meshed with the transition gear 41 that is positioned at its below, because transition gear 41 is meshed with driving gear 42, therefore, drawing normally under the cloth state, motor 1 is rotated counterclockwise, then driving gear 42 is also with counterclockwise motion, driving first gear 19 turns clockwise, drive transition gear 41 simultaneously and turn clockwise, and then be rotated counterclockwise, until first gear shaft 21 is turned clockwise by transition gear 41 drives second gear 40, second gear shaft 22 is rotated counterclockwise, and vice versa.Three, the 4th gear 24,25 respectively is separately fixed on the axis body of right-hand member of first, second gear shaft 21,22 by hold-down screw 39, promptly is fixed on the axis body that is stretched in first, second outer gear shaft 21,22 of gear-box 17.First, second little transition gear 26a, 26b difference hub setting is on the first left and right corrugated header 2,3, specifically be on the first left and right corrugated header 2,3, to set firmly a transition gear axle 28 respectively, with first, second little transition gear 26a, 26b hub setting on corresponding transition gear axle 28.Seen that by figure the first little transition gear 26a nibbles together with the first transiting rod gear 27a and the 3rd gear 24 respectively, the second little transition gear 26b nibbles together with the second transiting rod gear 27b and the 4th gear 25 respectively.Therefore, when the 3rd gear 24 is done motion clockwise with first gear 21, drive the first little transition gear 26a and be rotated counterclockwise, and then drive the first transiting rod gear 27a by the first little transition gear 26a and make clockwise direction and rotate.In like manner, when the 4th gear 25 is done motion counterclockwise with second gear shaft 21, drive the second little transition gear 26b and turn clockwise, and then drive the rotation counterclockwise of second transiting rod gear 27b do by the second little transition gear 26b.
Continue to see Fig. 2, the bellows block set 38 that a pair of first left and right corrugated header 2,3 respectively extends by its bottom is placed on first, second gear shaft 21,22, during first, second gear shaft 21,22 rotations, the first left and right corrugated header the 2, the 3rd, non-rotary.First, second fixed seating 44,35 hub settings that a pair of second left and right corrugated header 12,13 extends by its lower end respectively are on a pair of first, second tubular axis 15,16, first, second tubular axis 15,16 should be corresponding with first, second gear shaft 21,22 respectively, and the nearly middle part of first, second tubular axis 15,16 is fixed on the axle bed 14.Under the present invention was in user mode, this axle bed 14 was fixed on the needle-bar support 47 by full computer flat knitting machine shown in Figure 3 equally, and consistent with the height of gear-box 17.One end of a pair of first, second leather sheath transiting rod 6,7 promptly the left end shown in the figure respectively hub setting is in the upper end of the first left and right corrugated header 2,3, and spindle nose separately 29 is fixed first, second transiting rod gear 27a, 27b respectively after passing the first left and right corrugated header 2,3; The i.e. difference of right-hand member shown in the figure hub setting of the other end of a pair of first, second leather sheath transiting rod 6,7 is in the upper end of the second left and right corrugated header 12,13.
Still see Fig. 2, the accent portion of the tube chamber 32 of the left end of a pair of first, second bellows 8,9 has extended a tenon 31, as embodiment, the tenon 31 that the present invention is given be shaped as the rectangle tenon, if change the tenon of cylindrical and even other shape into then be fine equally.After the left end cover of first, second bellows 8,9 is set on first, second gear shaft 21,22, described tenon 31 lucky tenons go into or claim tenon to close the transmission that forms in the tongue-and-groove 23 on first, second gear shaft 21,22 each other to connect, this connection can ensure the movement effects of first, second bellows 8,9, can not occur skidding.When first, second gear shaft 21,22 rotations, just drive first, second bellows 8,9 with revolving.The right-hand member of first, second bellows 8,9 is then empty to be enclosed within on first, second fixed seating 44,35 that the second left and right corrugated header, 12,13 bottoms extend.
Also see Fig. 2, a pair of first, second transiting rod support member 4,5 is embedded in respectively or claims to be plugged between the first leather sheath transiting rod 6 and first bellows 8 and between the second leather sheath transiting rod 7 and second bellows 9.Because what aforementioned first, second leather sheath transiting rod 6,7 adopted all is polished rods, therefore in order to make first, second leather sheath transiting rod 6,7 can be in the smooth and easy rotation in the top of first, second transiting rod support member 4,5, so the upper end end face at first, second transiting rod support member 4,5 is formed with cavity, constitutes arc surface 34 by this cavity.Equally, can realize well pasting touching with the lower surface of first, second transiting rod support member 4,5 in order to make first, second bellows 8,9, so be processed with bellows arc surface 33.The left end of first, second transiting rod support member 4,5 can also be fixing by the bolt 30 that is arranged on the first left and right corrugated header 2,3, and right-hand member too can be fixing by first, second angle 37,36 that is arranged on respectively on the second left and right corrugated header 12,13.First, second leather sheath 10,11 also can be called rubber sleeve.Show by Fig. 2 is clear, first leather sheath 10 is nested with on the first leather sheath transiting rod 6 and first bellows 8, second leather sheath 11 is nested with on the second leather sheath transiting rod 7 and second bellows 9, when the first leather sheath transiting rod 6,8 conrotatorys of first bellows, just drive first leather sheath 10 and do motion clockwise, in like manner, when the second leather sheath transiting rod 7, second bellows, 9 contrary revolving, just drive second leather sheath 11 and do motion counterclockwise, thereby first, second leather sheath 10,11 is drawn therebetween fabric under the state of seizing on both sides by the arms, batches for the spooler in road, back.
By the narration above the applicant, as can be known, first, second leather sheath 10,11 is in the process of motion again and again, first, second leather sheath transiting rod 6,7 also is in and first, second leather sheath 10,11 equidirectional rotation status, therefore, the friction energy between first, second leather sheath 10,11 and first, second leather sheath transiting rod 6,7 is alleviated significantly.Through applicant's test, the result shows that first, second leather sheath 10,11 of structure of the present invention is than having improved more than ten times the service life in the prior art.Concrete test method is that first, second the static leather sheath transiting rod 6,7 (Fig. 1 shows) that in applicant unit first, second leather sheath 10,11 of identical material is set in the prior art is gone up and is set on rotatable first, second leather sheath transiting rod 6,7 of the present invention, the former only can tolerate 60 days operating period, and the present invention still can play a role through use in 2 years, so its effect is ultimate attainment.
In Fig. 3, auxiliary roller mechanism of the present invention is installed in the needle-bar support 47 that is used to be provided with needle-bar 46 of full computer flat knitting machine, specifically be a gear-box 17 and an end of needle-bar support 47 to be fixed, and the axle bed 14 and the other end of needle-bar support 47 fixed with screw with hold-down screw 48.The knitting needle 45 that is arranged at the knitting mechanism on the needle-bar 46 of full computer flat knitting machine by inserted sheet 49 weaves under the effect of head, the fabric 50 that forms after the lopping is drawn and between first, second leather sheath 10,11.The a series of drive connection that the motor 1 of having set forth along with the front contrary revolves and the front has been described in detail, the first leather sheath transiting rod 6 and first bellows 8 turn clockwise, and the second leather sheath transiting rod 7 and second bellows 9 are rotated counterclockwise, first, second leather sheath 10,11 is as the same, therefore the fabric 50 between first, second leather sheath 10,11 is successfully drawn, and the batching apparatus of position batches for being provided in addition.
Claims (6)
1, a kind of auxiliary roller mechanism of full computer flat knitting machine, it comprises an actuating unit; The a pair of first left and right corrugated header (2), (3) that are connected with actuating unit; The a pair of second left and right corrugated header (12), (13) are located at respectively on first, second tubular axis (15), (16), and first, second tubular axis (15), (16) are located on the axle bed (14); A pair of first, second leather sheath transiting rod (6), (7), the two ends of the first leather sheath transiting rod (6) place respectively on first, second left corrugated header (2), (12), and the two ends of the second leather sheath transiting rod (7) place respectively on first, second right corrugated header (3), (13); A pair of first, second bellows (8), (9), each end and actuating unit transmission connect, and each other end is sheathed on the second left and right corrugated header (12), (13); A pair ofly be plugged between the first leather sheath transiting rod (6) and first bellows (8) respectively and be plugged on first, second transiting rod support member (4), (5) between the second leather sheath transiting rod (7) and second bellows (9); A pair of first, second leather sheath (10), (11) that are nested with respectively on the first leather sheath transiting rod (6), first bellows (8) and the second leather sheath transiting rod (7), second bellows (9), it is characterized in that hub setting rotationally is on first, second left and right corrugated header (2), (12), (3), (13) respectively for described first, second leather sheath transiting rod (6), (7), an end separately is respectively equipped with first, second transiting rod gear (27a), (27b) that is used for described actuating unit transmission connection.
2, the auxiliary roller mechanism of full computer flat knitting machine according to claim 1 is characterized in that extending respectively in the tube chamber (32) of each end of described first, second bellows (8), (9) one and is used for the tenon (31) that connects with described actuating unit.
3, the auxiliary roller mechanism of full computer flat knitting machine according to claim 1, it is characterized in that described actuating unit comprises a motor (1), driving gear (42), gear-box (17), first, second gear shaft (21), (22), first, second, the 3rd, the 4th gear (19), (40), (24), (25), transition gear (41), first, the second little transition gear (26a), (26b), the power output shaft of motor (1) is stretched in the gear-box (17), driving gear (42) is fixed on the power output shaft of motor (1) in gear-box (17), first, second gear shaft (21), (22) in parallel with each other hub setting on gear-box (17), an end separately is stretched in the gear-box (17), the other end offers tongue-and-groove (23) respectively, first, second gear (19), (40) place and be stretched over a pair of first in the gear-box (17), second gear shaft (21), (22) axle head, wherein, first gear (19) is nibbled mutually with driving gear (42) and is joined, and second gear (40) is nibbled mutually with transition gear (41) and is joined, transition gear (41) is hubbed in the gear-box (17), and nibble mutually with driving gear (42) and to join, the 3rd, the 4th gear (24), (25) be fixed on be stretched in gear-box (17) outer first, second gear shaft (21), (22) on the axis body, first, the second little transition gear (26a), (26b) the difference hub setting is on first left side, right corrugated header (2), (3) on, and respectively with first, the second transiting rod gear (27a), (27b) with the 3rd, the 4th gear (24), (25) nibble mutually and join.
4, the auxiliary roller mechanism of full computer flat knitting machine according to claim 1, the upper end that it is characterized in that described first, second transiting rod support member (4), (5) respectively constitutes the arc surface (34) that is used for for first, second leather sheath transiting rod (6), (7) rolling, and the lower surface respectively constitutes and is used for pasting the bellows arc surface (33) that touches mutually with first, second bellows (8), (9).
5, the auxiliary roller mechanism of full computer flat knitting machine according to claim 2 is characterized in that described tenon (31) is any one in rectangle tenon, the cylindrical tenon.
6, the auxiliary roller mechanism of full computer flat knitting machine according to claim 3 is characterized in that described motor (1) is a clockwise and anticlockwise motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200610096167 CN1928182A (en) | 2006-09-22 | 2006-09-22 | Secondary roller mechanism for full computer flat knitting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200610096167 CN1928182A (en) | 2006-09-22 | 2006-09-22 | Secondary roller mechanism for full computer flat knitting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1928182A true CN1928182A (en) | 2007-03-14 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200610096167 Pending CN1928182A (en) | 2006-09-22 | 2006-09-22 | Secondary roller mechanism for full computer flat knitting machine |
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| CN (1) | CN1928182A (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100554556C (en) * | 2008-01-22 | 2009-10-28 | 常熟市金龙机械有限公司 | The auxiliary roller mechanism of computer plain flat knitter |
| CN101956291A (en) * | 2010-09-27 | 2011-01-26 | 常熟市金龙机械有限公司 | Paired roller mechanism of computer flat knitting machine |
| CN104233619A (en) * | 2014-09-02 | 2014-12-24 | 江苏金龙科技股份有限公司 | Cloth guide roller structure of computerized flat knitting machine |
| CN104233618A (en) * | 2014-09-02 | 2014-12-24 | 江苏金龙科技股份有限公司 | Knitted fabric extracting device of computerized flat knitting machine |
| CN104963076A (en) * | 2015-06-02 | 2015-10-07 | 新昌县万事兴机械有限公司 | Roller device of computerized flat knitting machine |
| CN112877893A (en) * | 2021-01-11 | 2021-06-01 | 桐乡市强隆机械有限公司 | Double-layer traction roller device of flat knitting machine |
-
2006
- 2006-09-22 CN CN 200610096167 patent/CN1928182A/en active Pending
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100554556C (en) * | 2008-01-22 | 2009-10-28 | 常熟市金龙机械有限公司 | The auxiliary roller mechanism of computer plain flat knitter |
| CN101956291A (en) * | 2010-09-27 | 2011-01-26 | 常熟市金龙机械有限公司 | Paired roller mechanism of computer flat knitting machine |
| CN104233619A (en) * | 2014-09-02 | 2014-12-24 | 江苏金龙科技股份有限公司 | Cloth guide roller structure of computerized flat knitting machine |
| CN104233618A (en) * | 2014-09-02 | 2014-12-24 | 江苏金龙科技股份有限公司 | Knitted fabric extracting device of computerized flat knitting machine |
| CN104233619B (en) * | 2014-09-02 | 2016-03-16 | 江苏金龙科技股份有限公司 | The selvage guide laura structure of computer plain flat knitter |
| CN104963076A (en) * | 2015-06-02 | 2015-10-07 | 新昌县万事兴机械有限公司 | Roller device of computerized flat knitting machine |
| CN112877893A (en) * | 2021-01-11 | 2021-06-01 | 桐乡市强隆机械有限公司 | Double-layer traction roller device of flat knitting machine |
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