CN104452078A - Double-needle-bar warp knitting machine - Google Patents
Double-needle-bar warp knitting machine Download PDFInfo
- Publication number
- CN104452078A CN104452078A CN201410744443.1A CN201410744443A CN104452078A CN 104452078 A CN104452078 A CN 104452078A CN 201410744443 A CN201410744443 A CN 201410744443A CN 104452078 A CN104452078 A CN 104452078A
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- China
- Prior art keywords
- bar
- needle
- sley bar
- cam
- connecting rod
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Classifications
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- D—TEXTILES; PAPER
- D04—BRAIDING; LACE-MAKING; KNITTING; TRIMMINGS; NON-WOVEN FABRICS
- D04B—KNITTING
- D04B23/00—Flat warp knitting machines
- D04B23/02—Flat warp knitting machines with two sets of needles
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- D—TEXTILES; PAPER
- D04—BRAIDING; LACE-MAKING; KNITTING; TRIMMINGS; NON-WOVEN FABRICS
- D04B—KNITTING
- D04B27/00—Details of, or auxiliary devices incorporated in, warp knitting machines, restricted to machines of this kind
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- D—TEXTILES; PAPER
- D04—BRAIDING; LACE-MAKING; KNITTING; TRIMMINGS; NON-WOVEN FABRICS
- D04B—KNITTING
- D04B27/00—Details of, or auxiliary devices incorporated in, warp knitting machines, restricted to machines of this kind
- D04B27/06—Needle bars; Sinker bars
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- D—TEXTILES; PAPER
- D04—BRAIDING; LACE-MAKING; KNITTING; TRIMMINGS; NON-WOVEN FABRICS
- D04B—KNITTING
- D04B27/00—Details of, or auxiliary devices incorporated in, warp knitting machines, restricted to machines of this kind
- D04B27/06—Needle bars; Sinker bars
- D04B27/08—Driving devices therefor
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- D—TEXTILES; PAPER
- D04—BRAIDING; LACE-MAKING; KNITTING; TRIMMINGS; NON-WOVEN FABRICS
- D04B—KNITTING
- D04B27/00—Details of, or auxiliary devices incorporated in, warp knitting machines, restricted to machines of this kind
- D04B27/10—Devices for supplying, feeding, or guiding threads to needles
- D04B27/24—Thread guide bar assemblies
- D04B27/26—Shogging devices therefor
Abstract
The invention relates to a double-needle-bar warp knitting machine. The double-needle-bar warp knitting machine comprises a looping device, ground combing devices and a transmission device, wherein the looping device comprises front and rear needle bar parts and front and rear sinker bar parts; each ground combing device comprises an upper balance shaft, a yarn combing cradle and ground comb fixing bases in bilateral symmetry. The transmission device comprises front and rear needle bar transmission mechanisms, front and rear sinker bar transmission mechanisms, front and rear knocking-over transmission mechanisms and guide-bar cradle and upper balance shaft transmission mechanisms, wherein the front and rear needle bar transmission mechanisms supply power for the front and rear needle bar parts respectively, the front and rear sinker bar transmission mechanisms supply power for the front and rear sinker bar parts respectively, the front and rear knocking-over transmission mechanisms supply power for the front and rear balance shafts respectively, and the guide-bar cradle and upper balance shaft transmission mechanisms supply power for the yarn comb cradle respectively and control oscillation of the yarn comb cradle. The double-needle-bar warp knitting machine is capable of meeting the knitting requirements of short flock, medium flock and shag type warp knitting machines and can knit dense and jacquard pile fabric.
Description
Technical field
The present invention relates to field of textile machinery, specifically disclose a kind of double rib warp loom.
Background technology
In the market, many for the double rib warp loom and sandwich fabric warp knitting machine kind weaving lint kind fabric, but function singleness.It is the corresponding work bar space of 1.5 ~ 6mm(is 3 ~ 12mm that short flannel type double rib warp loom can weave lint height) pile fabrics, fabric is widely used in clothes, down toy, woollen blanket and interior decoration.Sandwich fabric warp knitting machine can braided fabric thickness be the corresponding work bar space of 1.5 ~ 6mm(be 3 ~ 12mm), fabric is widely used in the Household ornament fabrics such as seat cushions, sofa cloth, spring mattress, cotton blanket, and garment material and footwear industry materials.Above warp knitting machine is more than the double rib warp loom of braiding short flannel type fabric.
Along with the development of market economy, people have higher requirement to lot of essential factors such as multi-functional, multi items, the high efficiency of product, and above-mentioned warp knitting machine is suitable for Virtual production and the single user of product, is unfavorable for the development of user and increases use cost.
Summary of the invention
The object of the invention is to: providing a kind of medium staple type double rib warp loom for overcoming the above problems, the braiding requirement of short flannel, medium staple, long wool type warp knitting machine can be met, double rib warp loom that is closely knit, the braiding of jacquard weave pile fabrics can be realized again.
The technical solution adopted in the present invention is such:
A kind of double rib warp loom, comprises frame,
Described frame is provided with looping device, carding device (3,3 '), described looping device comprises front and back needle-bar part (1,1 '), front and back sinker bed part (2,2 '), described front and back needle-bar part (1,1 ') are symmetricly set in described frame respectively by front and back balance staff (10,10 '), and described front and back sinker bed part (2,2 ') are also symmetricly set in frame respectively by front and back balance staff (10,10 '); Described ground carding device (3,3 ') comprises the upper balance staff (11) be in transmission connection with frame, the hair be connected with upper balance staff (11) combs reel cage (12) and symmetrical comb holder (3-1), and described ground carding device (3,3 ') and hair comb reel cage (12) are arranged in described frame by upper balance staff (11);
Be positioned at front and back balance staff (10, 10 ') frame below is provided with transmission device, described transmission device comprises front and back needle-bar transmission mechanism (4, 4 '), front and back sinker bed transmission mechanism (5, 5 '), front and back knocking over transmission mechanism (6, 6 ') balance staff transmission mechanism (7) and on sley bar reel cage, described front and back needle-bar transmission mechanism (4, 4 ') be symmetricly set in frame respectively by the first driving shaft (8) and the second driving shaft (9), before described, rear sinker bed transmission mechanism (5, 5 ') also respectively by first, second driving shaft (8, 9) be symmetricly set in frame, before described, rear knocking over transmission mechanism (6, 6 ') same respectively by first, second main shaft (8, 9) be symmetricly set in frame, on described sley bar reel cage, balance staff transmission mechanism (7) is arranged on the second main shaft (9),
Described front and back needle-bar transmission mechanism (4,4 ') provide power to front and back needle-bar part (1,1 ') respectively, described front and back sinker bed transmission mechanism (5,5 ') provide power to front and back sinker bed part (2,2 ') respectively, described front and back knocking over transmission mechanism (6,6 ') provides power to front and back balance staff (10,10 ') respectively, and on described sley bar reel cage, balance staff transmission mechanism (7) provides power transmission to hair comb reel cage (12) and controls it and swings.
Further, described front and back needle-bar part (1,1 ') respectively comprise needle-bar reel cage (1-4), needle-bar bracket (1-3), the latch needles (1-2) that is connected to the needle-bar (1-1) on needle-bar bracket and is arranged on needle-bar (1-1), described front and back needle-bar transmission mechanism (4, 4 ') respectively comprise on needle-bar cam swing arm (4-4) and be provided with the interior needle-bar roller (4-3) that needle-bar cam (4-0) inner ring face is meshed and the outer roller (4-5) be meshed with needle-bar cam (4-0) face, outer ring, described outer needle-bar roller (4-5) is connected with the first needle-bar connecting rod (4-1), the first described needle-bar connecting rod (4-1) bolt is connected with the second needle-bar connecting rod (4-2), the second described needle-bar connecting rod (4-2) is connected with needle-bar bracket (1-3), front and back needle-bar transmission mechanism (4, 4 ') moving up and down of needle-bar (1-1) is realized by the swing of needle-bar cam (4-0), thus drive the telemechanical up and down of latch needles.
Further, the sinker bed (2-2) that described front and back sinker bed part (2,2 ') respectively comprise sedimentation swing arm (2-1) and fixing sedimentation swing arm (2-1) front end and the sedimentation pin (2-3) be arranged on sinker bed (2-2), described front and back sinker bed transmission mechanism (5, 5 ') respectively comprise sedimentation cam swing arm (5-4) and be separately fixed at first, second driving shaft (8, 9) the sedimentation cam (5-0) on, described sedimentation cam swing arm (5-4) is provided with the interior sedimentation roller (5-3) be meshed with sedimentation cam (5-0) inner ring face and the outer sedimentation roller (5-5) be meshed with sedimentation cam (5-0) face, outer ring, described outer sedimentation roller (5-5) is connected with the first sedimentation connecting rod (5-1), described first sedimentation connecting rod (5-1) bolt is connected with the second sedimentation connecting rod (5-2), described second sedimentation connecting rod (5-2) is flexibly connected with between sedimentation swing arm (2-1), front and back two sedimentation swing arms (2-1) are connected to front and back balance staff (8, 9) on, front and back sinker bed transmission mechanism (5, 5 ') seesawing of sinker bed (2-2) is driven by the swing of sedimentation cam (5-0).
Further, described front and back knocking over transmission mechanism (6, 6 ') respectively comprise casting-off cam swing arm (6-4) and be separately fixed at first, second driving shaft (8, 9) casting-off cam (6-0) on, described casting-off cam swing arm (6-4) is provided with the interior knocking over roller (6-3) be meshed with casting-off cam (6-0) inner ring face and the outer knocking over roller (6-5) be meshed with casting-off cam (6-0) face, outer ring, described outer knocking over roller (6-5) is connected with the first knocking over connecting rod (6-1), the first described knocking over connecting rod (6-1) bolt is connected with the second knocking over connecting rod (6-2), the second described knocking over connecting rod (6-2) is connected with knocking over swing arm (6-9), before, before rear two knocking over swing arms (6-9) are connected to, rear balance staff (8, 9) on.
Further, described sley bar reel cage is put transmission mechanism (7) and comprise sley bar cam swing arm (7-4), be connected on the sley bar on the first driving shaft (8) and put cam (7-0), the sley bar top link (7-11) being connected to the middle swing arm (7-9) of sley bar on front balance staff (10) and being connected on balance staff (11), described sley bar cam swing arm (7-4) is provided with sley bar is put interior sley bar roller (7-5) that cam (7-0) inner ring face is meshed and with the outer sley bar roller (7-6) of sley bar being put cam (7-0) face, outer ring and being meshed, described outer sley bar roller (7-6) pinned connection has on the first sley bar puts connecting rod (7-1), first sley bar is put connecting rod (7-1) bolt to be connected with on the second sley bar and to put connecting rod (7-2), the second described sley bar is put connecting rod (7-2) to be flexibly connected with swing arm (7-9) in the middle of sley bar, in the middle of described sley bar, swing arm (7-9) is connected with on the 3rd sley bar and puts connecting rod (7-3), the 3rd described sley bar puts connecting rod (7-3) be connected with the curved swing arm of sley bar (7-10), described sley bar curved rod swing arm (7-10) and the connecting rod sley bar top link (7-11) on upper balance staff (11) is connected, make sley bar is put balance staff (11) motion in cam (7-0) drive by balance staff transmission mechanism (7) on sley bar reel cage, thus band is automatically connected in hair comb reel cage (12) motion on balance staff (11).
Further, comb the pin of falling yarn that holder (3-1), hair comb reel cage (12) are respectively provided with sley bar (3-2) and are arranged on sley bar (3-2) describedly.
Further, described hair comb reel cage (12), comb on holder (3-1) and be provided with 6 sley bars (3-2), middle two sley bars (3-2) are hair comb sley bar, be positioned at both sides 4 sley bar (3-2) for sley bar is combed on ground.
Further, described frame is provided with for controlling the electronic traversing device (13) that in ground carding device (3), each sley bar (3-2) is traversing.
In sum, owing to adopting technique scheme, the invention has the beneficial effects as follows:
The present invention is a kind of medium staple type double rib warp loom, can meet the braiding requirement of short flannel, medium staple, long wool type warp knitting machine, can realize again braiding that is closely knit, jacquard weave pile fabrics.
Described Traverse Displacement Unit is electronic traversing device, this device instead of original traditional chain block Traverse Displacement Unit, conversion process is quick, can convert flower pattern, fabric tissue etc. arbitrarily, save a large amount of recruitment and time of compiling pattern chain block, and it is large to move pin amount, high-grade fabric can be produced, once-forming, can meet how fast multistage warp let-off requirement, operate steadily, reliably.
Accompanying drawing explanation
Fig. 1 is the structural representation of patent of the present invention;
Fig. 2 is needle-bar part and needle-bar transmission mechanism structural representation;
Fig. 3 is the axonometric projection graph of Fig. 2;
Fig. 4 is sinker bed part and sinker bed transmission mechanism structural representation;
Fig. 5 is the axonometric projection graph of Fig. 4;
Fig. 6 is the structural representation of knocking over transmission mechanism;
Fig. 7 is balance staff transmission mechanism structural representation on sley bar reel cage;
Fig. 8 is ground carding device structural representation;
Fig. 9 is electronic traversing device structural representation.
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is described in further detail.
As shown in Figure 1, a kind of double rib warp loom, comprise looping device, carding device and transmission device; Described looping device comprises symmetrical front and back needle-bar part 1,1 '; Front and back sinker bed part 2,2 '; Described ground carding device 3 combs holder 3-1 with comprising, the sley bar on holder 3-1 combed by hair comb reel cage 12 with being connected to, the sley bar on hair comb reel cage 12; Described transmission device comprises symmetrical front and back needle-bar transmission mechanism 4,4 ', symmetrical front and back sinker bed transmission mechanism 5,5 '; Front and back knocking over transmission mechanism 6,6 '; And balance staff transmission mechanism 7 on sley bar reel cage; A driving shaft 8, No. two driving shafts 9.
As shown in Figure 2,3, the parts of front and back needle-bar part 1,1 ' respectively comprise: needle-bar reel cage 1-4,1 '-4, needle-bar bracket 1-3,1 '-3 and the needle-bar 1-1,1 '-1 and be arranged on latch needles 1-2,1 '-2 on needle-bar that is attached thereto; Described forward and backward needle-bar transmission mechanism 4,4 ' respectively has needle-bar cam 4-0,4 '-0, needle-bar cam 4-0, has the first needle-bar connecting rod 4-1,4 '-1 and the second needle-bar connecting rod 4-2,4 '-2 between 4 '-0 and needle-bar 1-1,1 '-1.The needle-bar cam 4-0 of described front and back needle-bar transmission mechanism 4,4 ', the inner circle of 4 '-0 are meshed with roller 4-3,4 '-3, and cylindrical is meshed with roller 4-5,4 '-5.Described roller 4-3, 4 '-3 and 4-5, 4 '-5 by bearing pin 4-6, 4 '-6 is connected to cam swing arm 4-4, on 4 '-4, described roller 4-5, 4 '-5 and the first needle-bar connecting rod 4-1, by bearing pin 4-6 between 4 '-1, 4 '-6 connects, first needle-bar connecting rod 4-1, 4 '-1 and the second needle-bar connecting rod 4-2, connected by nut between 4 '-2, second needle-bar connecting rod 4-2, 4 '-2 with needle-bar bracket 1-3, 1 '-3 connects, needle-bar bracket 1-3, 1 '-3 with needle-bar 1-1, 1 '-1 connects, see that before described in Fig. 1, the needle-bar cam of needle-bar transmission mechanism 4 is connected on a driving shaft 8, the needle-bar cam of described rear needle-bar transmission mechanism 4 ' is connected on No. two driving shafts 9.Realize needle-bar 1-1,1 '-1 move up and down by the transmission of front and back needle-bar transmission mechanism, thus drive latch needles 1-2,1 '-2 move up and down.
As shown in Figure 4,5 the parts of sinker bed part 2,2 ' respectively comprise sedimentation swing arm 2-1,2 '-1 and be fixed on sedimentation swing arm front end sinker bed 2-2,2 '-2 and the sedimentation pin 2-3,2 '-3 that is arranged on sinker bed 2-2,2 '-2.Front and back sinker bed transmission mechanism 5,5 ' respectively has sedimentation cam 5-0,5 '-0, sedimentation cam 5-0, and by the first sedimentation connecting rod 5-1,5-1 ' 5 and the second sedimentation connecting rod 5-2 between 5 '-0 and sedimentation swing arm, 5 '-2 connects.Sedimentation cam 5-0,5 '-0 inner circle and roller 5-3,5 '-3 is meshed, cylindrical and roller 5-5, and 5 '-5 is meshed, described roller 5-3, and 5 '-3 and 5-5,5 '-5 all by bearing pin 5-6, and 5 '-6 is arranged on cam swing arm 5-4, on 5 '-4.Described roller 5-5,5 '-5 and the first sedimentation connecting rod 5-1, by bearing pin 5-6 between 5-1,5 '-6 connects, first sedimentation connecting rod 5-1,5-1 ' and the second sedimentation connecting rod 5-2,5 '-2 is connected by nut, the second sedimentation connecting rod 5-2, by connector 5-7 between 5 '-2 and sedimentation swing arm 2-1,2 '-1,5 '-7 connects, and sedimentation swing arm 2-1, is screwed is connected between 2 '-1 with sinker bed 2-2,2 '-2, and sinker 2-3,2 '-3 is arranged on sinker bed 2-2,2 '-2.The sedimentation cam of described front sinker bed transmission mechanism 5 is connected on a driving shaft 8, and the sedimentation cam of rear sinker bed transmission mechanism 5 ' is connected on No. two driving shafts 9.Sinker bed 2-2 before and after being realized by the transmission of front and back sinker bed transmission mechanism, 2 '-2 seesaw, thus drive sinker 2-3,2 '-3 seesaw.
As shown in Figure 6, front and back knocking over transmission mechanism 6,6 ', have casting-off cam 6-0,6 '-0 and knocking over swing arm 6-9,6 '-9, described casting-off cam 6-0, between 6 '-0 with knocking over swing arm 6-9,6 '-9 by the first knocking over connecting rod 6-1,6 '-1 and the second knocking over connecting rod 6-2,6 '-2 be connected.The described casting-off cam 6-0 of front and back knocking over transmission mechanism 6,6 ', the inner circle of 6 '-0 are meshed with roller 6-3,6 '-3, and cylindrical is meshed with roller 6-5,6 '-5.Described roller 6-3,6 '-3 and 6-5,6 '-5 be connected on cam swing arm 6-4,6 '-4 by bearing pin 6-6,6 '-6, described roller 6-5, to be connected by bearing pin 6-6,6 '-6 between 6 '-5 with the first needle-bar connecting rod 6-1,6 '-1, first needle-bar connecting rod 6-1, to be connected by nut between 6 '-1 with the second needle-bar connecting rod 6-2,6 '-2, the second needle-bar connecting rod 6-2, to be connected by connector 6-7,6 '-7 between 6 '-2 with knocking over swing arm 6-9,6 '-9.The casting-off cam of described front knocking over transmission mechanism 6 is connected on a driving shaft 8, and the casting-off cam of described rear knocking over transmission mechanism 6 ' is connected on No. two driving shafts 9.The swing of balance staff is realized by the transmission of front and back knocking over transmission mechanism.
As shown in Figure 7, balance staff transmission mechanism 7 on sley bar reel cage, have on sley bar and put the swing arm curved swing arm 7-10 of 7-9 sley bar and sley bar top link 7-11 in the middle of cam 7-0 sley bar, in the middle of sley bar top link 7-11 and sley bar, swing arm 7-9 is by being connected with the balance staff that frame is dynamically connected, and sley bar is put between cam 7-0 with sley bar top link 7-11 and connecting rod 7-2, the 3rd sley bar put connecting rod 7-3 is connected by the first sley bar being put connecting rod 7-1, the second sley bar put.Sley bar is put cam 7-0 inner circle to be meshed with roller 7-5, cylindrical is meshed with roller 7-6, described roller 7-5 and 7-6 is arranged on cam swing arm by bearing pin 7-7, roller 7-6 is connected by bearing pin 7-7 with the first sley bar being put between connecting rod 7-1, first sley bar is put connecting rod 7-1 and the second sley bar is put connecting rod 7-2 and be connected by nut, the second sley bar is put connecting rod 7-2 and the 3rd sley bar put between connecting rod 7-3 and to be connected in the middle of sley bar on swing arm 7-9 by connector 7-8.Swing arm is connected on balance staff in the middle of sley bar, on sley bar reel cage balance staff transmission mechanism 7 sley bar on put cam 7-0 and be connected on a driving shaft 8, complete swing under the effect of hair comb reel cage 12 balance staff transmission mechanism on sley bar reel cage.
As shown in Figure 8, the parts of ground carding device 3 comb holder 3-1 with comprising, the sley bar on holder 3-1 combed by hair comb reel cage 12 with being connected to, the sley bar on hair comb reel cage 12, the upper balance staff being connected to the sley point on sley bar and being in transmission connection with frame.Comb with it should be noted that holder 3-1 both sides four sley bar 3-2 can be sley bar, middle two sley bar 3-2 are hair comb sley bars.
As shown in Figure 9, electronic traversing device 13, by adopting this device to achieve each sley bar accurately traversing in ground carding device 3, this device transverse movement precision is high, speed is fast, noise is little; And it takes up room little, production cost is low, can weave various complex pattern, once-forming; How fast multistage warp let-off requirement can be met, operate steadily, reliably.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all any amendments done within the spirit and principles in the present invention, equivalent replacement and improvement etc., all should be included within protection scope of the present invention.
Claims (8)
1. a double rib warp loom, comprises frame, it is characterized in that:
Described frame is provided with looping device, carding device (3,3 '), described looping device comprises front and back needle-bar part (1,1 '), front and back sinker bed part (2,2 '), described front and back needle-bar part (1,1 ') are symmetricly set in described frame respectively by front and back balance staff (10,10 '), and described front and back sinker bed part (2,2 ') are also symmetricly set in frame respectively by front and back balance staff (10,10 ')
;described ground carding device (3,3 ') comprises the upper balance staff (11) be in transmission connection with frame, the hair be connected with upper balance staff (11) combs reel cage (12) and symmetrical comb holder (3-1), and described ground carding device (3,3 ') and hair comb reel cage (12) are arranged in described frame by upper balance staff (11);
Be positioned at front and back balance staff (10, 10 ') frame below is provided with transmission device, described transmission device comprises front and back needle-bar transmission mechanism (4, 4 '), front and back sinker bed transmission mechanism (5, 5 '), front and back knocking over transmission mechanism (6, 6 ') balance staff transmission mechanism (7) and on sley bar reel cage, described front and back needle-bar transmission mechanism (4, 4 ') be symmetricly set in frame respectively by the first driving shaft (8) and the second driving shaft (9), before described, rear sinker bed transmission mechanism (5, 5 ') also respectively by first, second driving shaft (8, 9) be symmetricly set in frame, before described, rear knocking over transmission mechanism (6, 6 ') same respectively by first, second main shaft (8, 9) be symmetricly set in frame, on described sley bar reel cage, balance staff transmission mechanism (7) is arranged on the second main shaft (9),
Described front and back needle-bar transmission mechanism (4,4 ') provide power to front and back needle-bar part (1,1 ') respectively, described front and back sinker bed transmission mechanism (5,5 ') provide power to front and back sinker bed part (2,2 ') respectively, described front and back knocking over transmission mechanism (6,6 ') provides power to front and back balance staff (10,10 ') respectively, and on described sley bar reel cage, balance staff transmission mechanism (7) provides power transmission to hair comb reel cage (12) and controls it and swings.
2. a kind of double rib warp loom according to claim 1, is characterized in that:
Described front and back needle-bar part (1,1 ') respectively comprise needle-bar reel cage (1-4), needle-bar bracket (1-3), the latch needles (1-2) that is connected to the needle-bar (1-1) on needle-bar bracket and is arranged on needle-bar (1-1);
Described front and back needle-bar transmission mechanism (4, 4 ') respectively comprise on needle-bar cam swing arm (4-4) and be provided with the interior needle-bar roller (4-3) that needle-bar cam (4-0) inner ring face is meshed and the outer roller (4-5) be meshed with needle-bar cam (4-0) face, outer ring, described outer needle-bar roller (4-5) is connected with the first needle-bar connecting rod (4-1), the first described needle-bar connecting rod (4-1) bolt is connected with the second needle-bar connecting rod (4-2), the second described needle-bar connecting rod (4-2) is connected with needle-bar bracket (1-3), front and back needle-bar transmission mechanism (4, 4 ') moving up and down of needle-bar (1-1) is realized by the swing of needle-bar cam (4-0), thus drive the telemechanical up and down of latch needles.
3. a kind of double rib warp loom according to claim 1, is characterized in that:
The sinker bed (2-2) that described front and back sinker bed part (2,2 ') respectively comprise sedimentation swing arm (2-1) and fixing sedimentation swing arm (2-1) front end and the sedimentation pin (2-3) be arranged on sinker bed (2-2);
Described front and back sinker bed transmission mechanism (5, 5 ') respectively comprise sedimentation cam swing arm (5-4) and be separately fixed at first, second driving shaft (8, 9) the sedimentation cam (5-0) on, described sedimentation cam swing arm (5-4) is provided with the interior sedimentation roller (5-3) be meshed with sedimentation cam (5-0) inner ring face and the outer sedimentation roller (5-5) be meshed with sedimentation cam (5-0) face, outer ring, described outer sedimentation roller (5-5) is connected with the first sedimentation connecting rod (5-1), described first sedimentation connecting rod (5-1) bolt is connected with the second sedimentation connecting rod (5-2), described second sedimentation connecting rod (5-2) is flexibly connected with between sedimentation swing arm (2-1), front and back two sedimentation swing arms (2-1) are connected to front and back balance staff (8, 9) on, front and back sinker bed transmission mechanism (5, 5 ') pass through
The swing of sedimentation cam (5-0) drives seesawing of sinker bed (2-2).
4. a kind of double rib warp loom according to claim 1, is characterized in that:
Described front and back knocking over transmission mechanism (6, 6 ') respectively comprise casting-off cam swing arm (6-4) and be separately fixed at first, second driving shaft (8, 9) casting-off cam (6-0) on, described casting-off cam swing arm (6-4) is provided with the interior knocking over roller (6-3) be meshed with casting-off cam (6-0) inner ring face and the outer knocking over roller (6-5) be meshed with casting-off cam (6-0) face, outer ring, described outer knocking over roller (6-5) is connected with the first knocking over connecting rod (6-1), the first described knocking over connecting rod (6-1) bolt is connected with the second knocking over connecting rod (6-2), the second described knocking over connecting rod (6-2) is connected with knocking over swing arm (6-9), before, before rear two knocking over swing arms (6-9) are connected to, rear balance staff (8, 9) on.
5. a kind of double rib warp loom according to claim 1, is characterized in that:
On described sley bar reel cage, balance staff transmission mechanism (7) comprises sley bar cam swing arm (7-4), be connected on the sley bar on the first driving shaft (8) and put cam (7-0), the sley bar top link (7-11) being connected to the middle swing arm (7-9) of sley bar on front balance staff (10) and being connected on balance staff (11), described sley bar cam swing arm (7-4) is provided with sley bar is put interior sley bar roller (7-5) that cam (7-0) inner ring face is meshed and with the outer sley bar roller (7-6) of sley bar being put cam (7-0) face, outer ring and being meshed, described outer sley bar roller (7-6) pinned connection has on the first sley bar puts connecting rod (7-1), first sley bar is put connecting rod (7-1) bolt to be connected with on the second sley bar and to put connecting rod (7-2), the second described sley bar is put connecting rod (7-2) to be flexibly connected with swing arm (7-9) in the middle of sley bar, in the middle of described sley bar, swing arm (7-9) is connected with on the 3rd sley bar and puts connecting rod (7-3), the 3rd described sley bar puts connecting rod (7-3) be connected with the curved swing arm of sley bar (7-10), described sley bar curved rod swing arm (7-10) and the connecting rod sley bar top link (7-11) on upper balance staff (11) is connected, make sley bar is put balance staff (11) motion in cam (7-0) drive by balance staff transmission mechanism (7) on sley bar reel cage, thus band is automatically connected in hair comb reel cage (12) motion on balance staff (11).
6. a kind of double rib warp loom according to claim 1, is characterized in that: comb the pin of falling yarn that holder (3-1), hair comb reel cage (12) are respectively provided with sley bar (3-2) and are arranged on sley bar (3-2) describedly.
7. a kind of double rib warp loom according to claim 6, it is characterized in that: described hair comb reel cage (12), comb on holder (3-1) and be provided with 6 sley bars (3-2), middle two sley bars (3-2) are hair comb sley bar, be positioned at both sides 4 sley bar (3-2) for sley bar is combed on ground.
8. a kind of double rib warp loom according to claim 6, is characterized in that: described frame is provided with for controlling the electronic traversing device (13) that in ground carding device (3), each sley bar (3-2) is traversing.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410744443.1A CN104452078A (en) | 2014-12-09 | 2014-12-09 | Double-needle-bar warp knitting machine |
| PCT/CN2015/076611 WO2016090793A1 (en) | 2014-12-09 | 2015-04-15 | Two-needle bed warp knitting machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410744443.1A CN104452078A (en) | 2014-12-09 | 2014-12-09 | Double-needle-bar warp knitting machine |
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| CN104452078A true CN104452078A (en) | 2015-03-25 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201410744443.1A Pending CN104452078A (en) | 2014-12-09 | 2014-12-09 | Double-needle-bar warp knitting machine |
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| WO (1) | WO2016090793A1 (en) |
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| CN104652033A (en) * | 2015-01-09 | 2015-05-27 | 常州市武进五洋纺织机械有限公司 | Loop formation mechanism for warp knitting machine |
| CN105220352A (en) * | 2015-10-27 | 2016-01-06 | 江苏润源控股集团有限公司 | A kind of knitting mechanism of double rib warp loom |
| WO2016090793A1 (en) * | 2014-12-09 | 2016-06-16 | 常州市武进五洋纺织机械有限公司 | Two-needle bed warp knitting machine |
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