CN202175803U - Cam knitting system and knitting needle assembly of computerized flat knitting machine - Google Patents
Cam knitting system and knitting needle assembly of computerized flat knitting machine Download PDFInfo
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- CN202175803U CN202175803U CN2011202121799U CN201120212179U CN202175803U CN 202175803 U CN202175803 U CN 202175803U CN 2011202121799 U CN2011202121799 U CN 2011202121799U CN 201120212179 U CN201120212179 U CN 201120212179U CN 202175803 U CN202175803 U CN 202175803U
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Abstract
The utility model relates to a cam knitting system and a knitting needle assembly of a computerized flat knitting machine, which comprises a jacquard needle resetting cam, a lower jacquard needle resetting cam, a left jacquard cam, a right jacquard cam, an A-position right needle lifting cam, an H-position right needle lifting cam, a B-position left needle lifting cam, an A-position left needle lifting cam, a right jacquard needle safety cam, a left jacquard needle safety cam, a right B-position resetting cam, a left B-position resetting cam and a needle selector which are all arranged on a jacquard triangle bottom plate; a reposition cam, a right resetting cam, a middle resetting cam, a left resetting cam, a non-weaving press plate, a second connecting loop press plate, a doubling loop pressing plate, a third connecting loop press plate, a B-position resetting cam, a right plain knitting cam, a connecting loop cam, a loop forming cam, a right loop transfer needle lifting cam, a left loop transfer needle lifting cam, a left plain knitting cam, a right stitch cam, a left stitch cam, a loop transfer needle pressing block and a loop transfer needle pressing cam which are all arranged on a cam bottom plate; and jacquard needles arranged on the jacquard cam bottom plate and a cam bottom plate. The cam knitting system and the knitting needle assembly of the computerized flat knitting machine can increase colors and patterns of knitted fabrics and improve stability of the machine.
Description
Technical field
The utility model relates to a kind of building block of straight-bar machines, is specifically related to a kind of triangular knitting system and knitting needle of Computerized flat knitting machine.
Background technology
The institutional framework of weft-knitted fabric is of a great variety, and generally the weft-knitting machine of each type can only weave a part wherein.The institutional framework type that flat machine can weave is mainly by following factor decisions: the structure of cam system, needle selection ability and mapping function; Coil shifts the ability with shog; Thread-carrier what and ability to transform; Have or not the special annex (like presser feet, sinker etc.) and the automatic control degree of complete machine each several part etc. used.
Computerized flat knitting machine is when each line of braiding; Every cover selecting mechanism and cam system not only can be respectively to each piece knitting needle weave, tuck or do not weave three kinds of State Selection; It is so-called three needle tracks technology; But also can select and control the knitting needle folk prescription to barring-on (otherwise by preceding needle-bar move to the back needle-bar or) with simultaneously to the both direction barring-on, and generally adopted technology such as presser feet.In the braiding process, the selection of each loop-forming element and conversion, the adjusting of loop length, needle-bar traversing, functions such as the variation of machine speed all are according to the structure of design in advance and the program of flower type and input, are automatically controlled by little processing and electronic installation.Because of a little, Computerized flat knitting machine not only can weave the fertile various fabrics of ordinary flat knitting machine, and can also weave the various fabric tissues that some ordinary flat knitting machines can't be produced.Yet the pattern fabric that the triangular knitting system of existing Computerized flat knitting machine produces is of less types, less stable.
Therefore, necessary a kind of triangular knitting system and knitting needle with structure improved Computerized flat knitting machine be provided, solve above-mentioned technical problem.
The utility model content
For addressing the above problem, the purpose of the utility model is to provide a kind of triangular knitting system and knitting needle that is applicable to the Computerized flat knitting machine of single system and three systems.
For realizing above-mentioned purpose, the technical scheme that the utility model is taked is: a kind of triangular knitting system and knitting needle of Computerized flat knitting machine, and it comprises accordion cam base plate and cam base plate; Wherein, be provided with knitting needle reset triangle, following reset triangle, left accordion cam, right accordion cam, the right rise cam in A position, the right rise cam in H position, a left side, B position rise cam, a left side, A position rise cam, right knitting needle insurance triangle, left knitting needle insurance triangle, right B position reset triangle, left B position reset triangle and needle selection device of knitting needle in said accordion cam base plate; In said cam base plate be provided with playback triangle, the right side reset triangle, in reset triangle, a left side reset triangle, do not knit pressing plate, the second adapter ring pressing plate, tuck pressing plate, the 3rd adapter ring pressing plate, B position reset triangle, right flat pin triangle, adapter ring triangle, stitch cam, move to right enclose the pin triangle, moving to left encloses pin triangle, the flat pin triangle in a left side, right degree order triangle, left degree order triangle, barring-on pressing piece and barring-on depressing cam; Some knitting needles are positioned on accordion cam base plate and the cam base plate, and said needle selection device and knitting needle match to merge and drive the knitting needle motion.
The triangular knitting system and the knitting needle of the Computerized flat knitting machine of the utility model further are set to: comprise needle selection spring, stitch, spacer, the first location compressing tablet, guide pin pin, second location compressing tablet, needle-bar and the knitting needle.
The triangular knitting system and the knitting needle of the Computerized flat knitting machine of the utility model also can be set to: said knitting needle, stitch, guide pin pin and knitting needle can move on cam base plate and cam base plate; Spacer can move and promotes the guide pin pin with stitch, and the first location compressing tablet and the second location compressing tablet can be pressed and moved back the guide pin pin.
Compared with prior art, the present invention has following beneficial effect: the triangular knitting system and the knitting needle of the Computerized flat knitting machine of the utility model can increase the knitted fabric designs and varieties, improve the stability of machine, and it is applicable to the Computerized flat knitting machine of single system and three systems.
[description of drawings]
Fig. 1-the 1st, the triangular knitting system of the Computerized flat knitting machine of the utility model and the installation diagram of knitting needle.
Fig. 1-2 is the displacement diagram of knitting needle among Fig. 1-1.
Fig. 2-the 1st, the working state figure when the triangular knitting system of the Computerized flat knitting machine of the utility model and knitting needle do not weave.
Fig. 2-the 2nd, the displacement diagram of knitting needle among Fig. 2-1.
Fig. 3-the 1st, the working state figure when the triangular knitting system of the Computerized flat knitting machine of the utility model and knitting needle lopping braiding.
Fig. 3-the 2nd, the displacement diagram of knitting needle among Fig. 2-1.
Fig. 4-the 1st, the working state figure when the triangular knitting system of the Computerized flat knitting machine of the utility model and knitting needle tuck knitting.
Fig. 4-the 2nd, the displacement diagram of knitting needle among Fig. 2-1.
Fig. 5-the 1st, the working state figure when the triangular knitting system of the Computerized flat knitting machine of the utility model and the braiding of knitting needle barring-on.
Fig. 5-the 2nd, the displacement diagram of knitting needle among Fig. 2-1.
Fig. 6-the 1st, the working state figure when the triangular knitting system of the Computerized flat knitting machine of the utility model and the braiding of knitting needle adapter ring.
Fig. 6-the 2nd, the displacement diagram of knitting needle among Fig. 2-1.
Fig. 7 is triangular knitting system and the single system schematic diagram of knitting needle of the Computerized flat knitting machine of the utility model.
Fig. 8 is triangular knitting system and three systematic schematic diagrams of knitting needle of the Computerized flat knitting machine of the utility model.
[specific embodiment]
See also shown in the Figure of description 1-1 to 6-2, the utility model is a kind of triangular knitting system and knitting needle of Computerized flat knitting machine, and it comprises the knitting needle triangle 1 that resets, the following knitting needle triangle 2 that resets, left accordion cam 3, accordion cam 4; The right rise cam 5 in H position, right accordion cam 6, accordion cam base plate 7, right knitting needle insurance triangle 8, the right rise cam 9 in A position, the right B position triangle 10 that resets; Needle selection device 11, playback triangle 12, the right side triangle 13 that resets is not knitted pressing plate 14, the second adapter ring pressing plates 15; The right side, the B position triangle 16 that resets, right degree order triangle 17, right flat pin triangle 18, cam base plate 19, moving to right encloses pin triangle 20; Tuck pressing plate 21, barring-on pressing piece 22, barring-on depressing cam 23, adapter ring triangle 24, moving to left encloses pin triangle 25; Stitch cam 26, left degree order triangle 27, the three adapter ring pressing plates 28, A position left side rise cam 29, in the triangle 30 that resets; B position left side rise cam 31, the flat pin triangle 32 in a left side, the left side triangle 33 that resets, the left B position triangle 34 that resets, left knitting needle insurance triangle 35.Said needle selection device 11 has A position needle selection point and H position needle selection point.
Be provided with said knitting needle reset triangle 1, reset triangle 2, left accordion cam 3, right accordion cam 6, the right rise cam 9 in A position, the right rise cam 5 in H position, a left side, B position rise cam 31, a left side, A position rise cam 29, right knitting needle insurance triangle 8, left knitting needle insurance triangle 35, right B position reset triangle 10, left B position reset triangle 34 and the needle selection device 11 of knitting needle down gone up in said accordion cam base plate 7.In said cam base plate 19 be provided with said playback triangle 12, the right side reset triangle 13, in reset triangle 30, a left side reset triangle 33, do not knit pressing plate 14, the second adapter ring pressing plate 15, tuck pressing plate 21, the 3rd adapter ring pressing plate 28, B position reset triangle 16, right flat pin triangle 18, adapter ring triangle 24, stitch cam 26, move to right enclose pin triangle 20, moving to left encloses pin triangle 25, the flat pin triangle 32 in a left side, right degree order triangle 17, left degree order triangle 27, barring-on pressing piece 22 and barring-on depressing cam 23.
The triangular knitting system and the knitting needle of this Computerized flat knitting machine further comprise knitting needle 40, and knitting needle 40 comprises pin heel 40A, 40B, 40C, 40D, syringe needle position 40E and the position 40F of needle selection spring 41 is set; Needle selection spring 41; Stitch 42, stitch comprise pin heel 42A, 42B, backshank 42C and 42D, and pin heel 42D plays mark A position, H position and B position three needle tracks technology, and backshank 42C is U type structure; Spacer 43, the first location compressing tablets 44, guide pin pin 45; Guide pin pin 45 has positions such as pin heel 45A, 45B, syringe needle 45C, the second location compressing tablet 46, needle-bar 47; Knitting needle 48, knitting needle 48 have pin heel 48A, 48B, the position 48C that guide pin pin 45 syringe needle 45C are set and crochet hook head 48D.Some knitting needles 40 are positioned on accordion cam base plate 7 and the cam base plate 19, and said needle selection device 11 matches to merge with knitting needle 40 and drives knitting needle 40 motions.Said knitting needle 40, stitch 42, guide pin pin 45 and knitting needle 48 can be in cam base plate 7 and cam base plate 19 upper edge needle trays motions; Spacer 43 can move and promotes the pin heel 45A on the guide pin pin 45 with stitch 42; The first location compressing tablet 44 and the second location compressing tablet 46 can be pressed the pin heel 45B that moves back on the guide pin pin 45, make knitting needle be in off position.
Shown in Fig. 2-1 and Fig. 2-2, head is not knitted pressing plate 14 and endured out cam base plate 19 like the diagram arrow direction, and is in running order, and the second adapter ring pressing plate 15, the 3rd adapter ring pressing plate 28 and tuck pressing plate 21 are in off working state.Pin on the knitting needle 40 heel 40C triangle 10 that resets along the B position moves, and moves along right accordion cam 6 and right knitting needle insurance triangle 8 with hour hands heel 40A and 40B; When the syringe needle position of knitting needle 40E arrives needle selection device 11; Attraction syringe needle position 40E on the needle selection device; Knitting needle 40 is under the effect of needle selection spring 41, and pin heel 40A and 40B sink in the needle-bar 47, and magnet suction does not interrupt during through 11 two needle selection points of needle selection device; Pin heel 40B does not rise along accordion cam 4, and the needle selection device is needle selection not; Pin on the stitch 42 heel 42B triangle 13 that resets along the right side moves; Owing to do not receive the pin heel 40D effect on the knitting needle 40; Pin on the stitch 42 heel 42B triangle 13 that do not reset along the right side rises, and along 12 descending motions of playback triangle, the first location compressing tablet 44 moves along the top of not knitting compressing tablet 14; The first location compressing tablet 44 is pressed into the pin of guide pin pin 45 heel 45B in the needle tray; The pin heel 45B of guide pin pin 45 resets the flat pin triangle of the triangle 16 and the right side 18 backs along plane motion on stitch cam 26 and the adapter ring triangle 24 through the B position, and knitting needle 48 does not move back circle, do not weave, and the pin heel 42D on the stitch 42 is in B bit-identify position.
Shown in Fig. 3-1 and Fig. 3-2, head is like the diagram arrow direction, do not knit pressing plate 14, the second adapter ring pressing plate 15, the 3rd adapter ring pressing plate 28 and tuck pressing plate 21 and is in off working state.Pin on the knitting needle 40 heel 40C triangle 10 that resets along the B position moves, and moves along right accordion cam 6 and right knitting needle insurance triangle 8 with hour hands heel 40A and 40B; When the syringe needle position of knitting needle 40 40E arrives needle selection device 11, the attraction 40E position on the needle selection device 11, knitting needle 40 is under the effect of needle selection spring 41; Pin heel 40A and 40B sink in the needle-bar 47; When needle selection device 11 arrived A position needle selection point C-C ｀, the electromagnet energising behind of needle selection device 11 magnet discharged the magnetic field opposite with magnet magnetic, and magnetic is interrupted; Magnet no longer attracts the syringe needle position 40E on the knitting needle 40; Under the effect of needle selection spring 41, the pin of knitting needle 40 heel 40B exposes needle-bar 47, rises along the inclined-plane 4A on the accordion cam 4; Then right rise cam 9 rises the pin of knitting needle 40 heel 40C along the A position; When the pin of knitting needle 40 heel 40D meets the pin heel 42A of stitch 42, drive stitch 42 triangle 13 that resets along the right side, B position and rise, the pin heel 42B that promotes on the stitch 42 does not move along not knitting in the track that compressing tablet 14 and the right triangle 13 that resets form, and stitch 42 drives spacer 43 in this process; The pin heel 45A that spacer 43 drives on the guide pin pin 45 again makes the pin heel on the guide pin pin rise along right degree order triangle 17 and stitch cam 26; When the stitch 45B on the guide pin pin 45 arrives the peak of stitch cam 26 such as the syringe needle 48D of knitting needle 48 gripped coil then knitting needle move back circle fully, then knitting needle encloses pin triangle 25 and descends and accomplish kinkings and lopping braiding along moving to left, more then along left degree order triangle 27 decline completeness orders braiding; Simultaneously along last knitting needle reset triangle 1 and knitting needle triangle 2 playback that descends that resets down, the pin heel 42D on the stitch 42 is in A bit-identify position respectively for heel 40C of the pin on the knitting needle 40 and 40B.
Shown in Fig. 4-1 and Fig. 4-2, head is like the diagram arrow direction, do not knit pressing plate 14, the second adapter ring pressing plate 15, the 3rd adapter ring pressing plate 28 and is in off working state, and tuck pressing plate 21 is in running order.Pin on the knitting needle 40 heel 40C triangle 10 that resets along the B position moves, and moves along right accordion cam 6 and right knitting needle insurance triangle 8 with hour hands heel 40A and 40B; When the syringe needle position of knitting needle 40E arrives needle selection device 11, the attraction 40E position on the needle selection device 11, knitting needle 40 is under the effect of needle selection spring 41; Pin heel 40A and 40B sink in the needle-bar 47, when the syringe needle 40E of knitting needle needle selection device needle selection not during through A position needle selection point C-C ｀, needle selection device needle selection when passing through H position needle selection point D-D ｀; The electromagnet energising behind of needle selection device 11 magnet discharges the magnetic field of and equivalent opposite with magnet magnetic, and magnetic is interrupted, and magnet no longer attracts the syringe needle position 40E of knitting needle; Under the effect of needle selection spring 41, the pin of knitting needle 40 heel 40B exposes needle-bar 47, rises along the inclined-plane 4B on the accordion cam 4; Then rise cam 5 risings of the pin heel 40C on the knitting needle 40 along the H position, the pin heel 40D in uphill process on the knitting needle 40 promotes the pin heel 42A on the stitch 42, and the stitch 42B on the stitch 42 is in the track of not knitting compressing tablet 14 and 12 formation of playback triangle; Stitch 42 drives spacer 43, and spacer 43 drives the pin heel 45A on the guide pin pin 45, and the 45B on the guide pin pin 45 is risen along right degree order triangle 17 and stitch cam 26; Then the second location compressing tablet 46 rises along tuck pressing plate 21, and 45B is pressed in the needle-bar 47 the heel of the pin on the guide pin pin 45, moves along the top of stitch cam 26; Knitting needle does not move back circle, and then spacer (two) 46 descends along tuck pressing plate 21, and the pressure of guide pin pin 45 discharges; Expose needle-bar 47; Entering moves to left and encloses in the track of pin triangle 25 and stitch cam 26 formation, encloses pin triangle 25 along moving to left and descends, and descends along left degree order triangle 27 again; Simultaneously heel 40C of the pin on the knitting needle 40 and 40B respectively along last knitting needle reset triangle 1 and down the knitting needle triangle 2 that resets descend, tuck knitting is accomplished, the pin heel 42D on the stitch 42 is in the H bit-identify.
Shown in Fig. 5-1 and Fig. 5-2, head is like the diagram arrow direction, do not knit pressing plate 14, the second adapter ring pressing plate 15, the 3rd adapter ring pressing plate 28 and tuck pressing plate 21 and is in off working state.Pin on the knitting needle 40 heel 40C triangle 10 that resets along the right side, B position moves, and moves along right accordion cam 6 and right knitting needle insurance triangle 8 with hour hands heel 40A and 40B; When the syringe needle position of knitting needle 40 40E arrives needle selection device 11, the attraction 40E position on the needle selection device 11, knitting needle 40 is under the effect of needle selection spring 41; Pin heel 40A and 40B sink in the needle-bar 47, needle selection device 11 needle selections when arriving needle selection device 11 A position needle selection point C-C ｀, and the electromagnet energising behind of needle selection device 11 magnet discharges the magnetic field of and equivalent opposite with magnet magnetic; Magnetic is interrupted, and magnet no longer attracts the syringe needle position 40E of knitting needle 40, under the effect of needle selection spring 41; The pin of knitting needle 40 heel 40B exposes needle tray, rises along the inclined-plane 4A on the accordion cam 4, and the pin heel 40C triangle 10 that also resets along the right side, B position rises; Then right rise cam 9 rises along the A position; Pin in uphill process on the knitting needle 40 heel 40D promote on the stitch 42 pin heel 42A the heel of the pin on the stitch 42 42B send into the right side reset triangle 13 with do not knit in the track that pressing plate 14 forms, stitch 42 drives spacers 43 motions simultaneously, spacer 43 drives the pin heel 45A motion on the guide pin pin 45; Pin heel 45B on the guide pin pin 45 is risen along the track 17A of right degree order triangle 17; When the heel of the pin on the guide pin pin 45 45B arrival degree order triangle 17B position, the pin heel 48B on the knitting needle 48 moves along barring-on depressing cam 23 simultaneously, and the pin heel 45B that follows guide pin pin 45 encloses pin triangle 20 along moving to right and moves; The 45B that continues on the guide pin pin 45 runs into barring-on pressing piece 22; Pin heel 45B on the guide pin pin 45 descends along barring-on pressing piece 22, then encloses pin triangle 25 along moving to left and descends, and then descends along left degree order triangle 27 again; Along last knitting needle reset triangle 1 and knitting needle triangle 2 playback that descends that resets down, knitting needle is accomplished the barring-on braiding respectively for pin on the knitting needle 40 heel 40C and 40B, and the pin heel 42D on the stitch 42 is in the A bit-identify.
Shown in Fig. 6-1 and Fig. 6-2, head is not knitted pressing plate 14, the 3rd adapter ring pressing plate 28 and tuck pressing plate 21 and is in off working state like the diagram arrow direction, and the second adapter ring pressing plate 15 is in running order.Pin on the knitting needle 40 heel 40C triangle 10 that resets along the right side, B position moves, and moves along right accordion cam 6 and right knitting needle insurance triangle 8 with hour hands heel 40A and 40B; When the syringe needle position of knitting needle 40E arrives needle selection device 11, the attraction 40E position on the needle selection device 11, knitting needle 40 is under the effect of needle selection spring 41; Pin heel 40A and 40B sink in the needle-bar 47, and when the process of the syringe needle position 40E on the knitting needle 40 A position needle selection point C-C ｀, needle selection device 11 is needle selection not; When arriving H position needle selection point D-D ｀, the electromagnet energising behind of needle selection device needle selection, needle selection device 11 magnet discharges the magnetic field of and equivalent opposite with magnet magnetic; Magnetic is interrupted, and magnet no longer attracts the syringe needle position 40E of knitting needle, under the effect of needle selection spring 41; The pin heel 40B of knitting needle 40 exposes needle-bar 47, rises along the inclined-plane 4B on the accordion cam 4, and also right rise cam 5 rises the pin heel 40C on the knitting needle 40 along the H position; The pin heel 42B that promotes on the stitch 42 rises, and stitch 42 drives spacer 43, and spacer 43 drives guide pin pin 45 top butt 45A rises guide pin pin 45; The second location compressing tablet, 46 edges, the second adapter ring pressing plate 15 rises and is pressed into guide pin pin 45 in the needle-bar 47 simultaneously, and the pin heel 45B on the guide pin pin 45 moves along stitch cam 26 upper surfaces, when the second location compressing tablet, 46 edges, the second adapter ring pressing plate 15 descends; Pressure on the guide pin pin 45 reduces gradually, and pin heel 45B exposes needle-bar 47, is in the track of adapter ring triangle 24 and stitch cam 26 formation; Then pin heel 45B rises along adapter ring triangle 24, behind the peak that arrives adapter ring triangle 24, then descends along stitch cam 26 again; Knitting needle 48 carries out the adapter ring action, and the pin heel 42D of stitch 42 is in the H bit-identify.
Need to prove that when head during like diagram arrow opposite-oriented movement, triangle and knitting needle The Knitting Principle are the same.
In addition, single system such as Fig. 7 and three systems such as Fig. 8 are said, and its The Knitting Principle is the same, this no longer numerous stating.
The above specific embodiment is merely the preferred embodiment of this creation, not in order to limiting this creation, any modification of being made within all spirit and principles in this creation, is equal to replacement, improvement etc., all should be included within the protection domain of this creation.
Claims (3)
1. the triangular knitting system and the knitting needle of a Computerized flat knitting machine is characterized in that: comprise accordion cam base plate and cam base plate; Wherein, be provided with knitting needle reset triangle, following reset triangle, left accordion cam, right accordion cam, the right rise cam in A position, the right rise cam in H position, a left side, B position rise cam, a left side, A position rise cam, right knitting needle insurance triangle, left knitting needle insurance triangle, right B position reset triangle, left B position reset triangle and needle selection device of knitting needle in said accordion cam base plate; In said cam base plate be provided with playback triangle, the right side reset triangle, in reset triangle, a left side reset triangle, do not knit pressing plate, the second adapter ring pressing plate, tuck pressing plate, the 3rd adapter ring pressing plate, B position reset triangle, right flat pin triangle, adapter ring triangle, stitch cam, move to right enclose the pin triangle, moving to left encloses pin triangle, the flat pin triangle in a left side, right degree order triangle, left degree order triangle, barring-on pressing piece and barring-on depressing cam; Some knitting needles are positioned on accordion cam base plate and the cam base plate, and said needle selection device and knitting needle match to merge and drive the knitting needle motion.
2. the triangular knitting system and the knitting needle of Computerized flat knitting machine as claimed in claim 1 is characterized in that: further comprise needle selection spring, stitch, spacer, the first location compressing tablet, guide pin pin, second location compressing tablet, needle-bar and the knitting needle.
3. the triangular knitting system and the knitting needle of Computerized flat knitting machine as claimed in claim 2, it is characterized in that: said knitting needle, stitch, guide pin pin and knitting needle can move on cam base plate and cam base plate; Spacer can move and promotes the guide pin pin with stitch; The first location compressing tablet and the second location compressing tablet can be pressed and moved back the guide pin pin.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202121799U CN202175803U (en) | 2011-06-22 | 2011-06-22 | Cam knitting system and knitting needle assembly of computerized flat knitting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202121799U CN202175803U (en) | 2011-06-22 | 2011-06-22 | Cam knitting system and knitting needle assembly of computerized flat knitting machine |
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| Publication Number | Publication Date |
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| CN202175803U true CN202175803U (en) | 2012-03-28 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2011202121799U Expired - Fee Related CN202175803U (en) | 2011-06-22 | 2011-06-22 | Cam knitting system and knitting needle assembly of computerized flat knitting machine |
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| CN (1) | CN202175803U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102787439A (en) * | 2012-09-04 | 2012-11-21 | 东莞市金贝诺软件技术有限公司 | Improved head cam system for computerized flat knitting machine and knitting needle device of computerized flat knitting machine |
| CN102851868A (en) * | 2012-09-29 | 2013-01-02 | 东莞市光庆针织服装有限公司 | Synchronous-looping and lagged-looping computerized flat knitting machine knitting system |
| CN104894740A (en) * | 2015-06-10 | 2015-09-09 | 浙江丰帆数控机械有限公司 | Hill-shaped plate for computerized flat knitting machine |
-
2011
- 2011-06-22 CN CN2011202121799U patent/CN202175803U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102787439A (en) * | 2012-09-04 | 2012-11-21 | 东莞市金贝诺软件技术有限公司 | Improved head cam system for computerized flat knitting machine and knitting needle device of computerized flat knitting machine |
| CN102787439B (en) * | 2012-09-04 | 2014-04-09 | 东莞市金贝诺软件技术有限公司 | Improved head cam system for computerized flat knitting machine |
| CN102851868A (en) * | 2012-09-29 | 2013-01-02 | 东莞市光庆针织服装有限公司 | Synchronous-looping and lagged-looping computerized flat knitting machine knitting system |
| CN104894740A (en) * | 2015-06-10 | 2015-09-09 | 浙江丰帆数控机械有限公司 | Hill-shaped plate for computerized flat knitting machine |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120328 Termination date: 20120622 |