CN205062364U - Warp knitting embroidery all -in -one - Google Patents
Warp knitting embroidery all -in -one Download PDFInfo
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- CN205062364U CN205062364U CN201520753449.5U CN201520753449U CN205062364U CN 205062364 U CN205062364 U CN 205062364U CN 201520753449 U CN201520753449 U CN 201520753449U CN 205062364 U CN205062364 U CN 205062364U
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Abstract
The utility model discloses a warp knitting embroidery all -in -one, including tricot machine and embroidery machine, the tricot machine is including weaving mechanism and winding mechanism, it includes sley bar mechanism and looping mechanism to weave the mechanism, winding mechanism includes the cloth roller, the embroidery machine is placed in and is woven between mechanism and the winding mechanism, the embroidery machine includes the aircraft nose of fixed mounting on the embroidery machine crossbeam, and the aircraft nose bottom is installed a plurality of roots and is used for the embroidery needles of embroidering, crossbeam fixed mounting is on the crossbeam bearing, the embroidery machine still includes an aircraft nose transverse movement mechanism and the aircraft nose longitudinal motion mechanism with aircraft nose edge embroidery machine longitudinal motion with aircraft nose edge embroidery machine transverse movement, and a general the tricot machine is woven the cloth that the mechanism wove out and is carried extremely aircraft nose department carries extremely after the embroidery needle is embroidered winding mechanism's work feed mechanism. The utility model discloses can directly produce the warp knitting cloth that has embroidery flower structure, and it is of high quality to embroider, has extended the production range of tricot machine.
Description
Technical field
The utility model relates to a kind of warp knitting machine, particularly relate to a kind of can produce the tricot with embroidered structure through compile embroidering all-in-one machine.
Background technology
Existing warp knitting machine comprises knitting mechanism and rolling-up mechanism, the comb arrangement that described knitting mechanism comprises by sley bar seat, to be arranged on sley bar seat some that ground is combed, flower tree structure becomes and the looping mechanism be made up of knitting needle, nook closing member, knocking-over bar etc., described rolling-up mechanism comprises some cloth beams, during work, the cloth roll that knitting mechanism knits out by the cloth beam of described rolling-up mechanism is coiled into yardage roll.
Cloth pattern and the kind of the warp knitting machine braiding of this structure are single, directly cannot produce the warp knitting cloth material with embroidered structure.
Summary of the invention
The technical problems to be solved in the utility model is to provide a kind ofly directly can produce the warp knitting cloth material with embroidered structure, thus expands the production range of warp knitting machine, improve warp knitting machine added value through compiling embroidering all-in-one machine.
For solving the problems of the technologies described above, the utility model adopts a kind of like this through compiling embroidering all-in-one machine, and comprise warp knitting machine and embroidery machine, described warp knitting machine comprises knitting mechanism and rolling-up mechanism, described knitting mechanism comprises comb arrangement and looping mechanism, and described rolling-up mechanism comprises cloth beam, described embroidery machine is placed between described knitting mechanism and rolling-up mechanism, described embroidery machine comprises the head be fixedly mounted on embroidery machine crossbeam, the some embroidery needles for embroidering are installed bottom described head, described crossbeam is fixedly mounted on beam supporting seat, described embroidery machine also comprise one by described head along the head transverse motion mechanism of embroidery machine transverse movement and one by the head longitudinal motion mechanism of described head along embroidery machine lengthwise movement, and the cloth that described knitting mechanism of warp knitting machine knits out is delivered to described head place and is delivered to the cloth feeding mechanism of described rolling-up mechanism after embroidery needle is embroidered by one.
As a kind of preferred embodiment of the present utility model, described head transverse motion mechanism comprises the first straight-line motion mechanism, first straight-line guide rail slide block kinematic pair and horizontally disposed first installing plate, described first straight-line motion mechanism comprises the first motor, driven by the first motor and along embroidery machine horizontally set the first screw mandrel and be arranged on the first nut on the first screw mandrel, described first straight-line guide rail slide block kinematic pair comprise along embroidery machine horizontally set the first line slideway and be slidably mounted on the first slide block on described first line slideway, described first motor, first line slideway is fixedly mounted on described first installing plate respectively, described first nut, first slide block is fixedly connected with described beam supporting seat respectively, described head longitudinal motion mechanism comprises the second straight-line motion mechanism, second straight-line guide rail slide block kinematic pair and horizontally disposed second installing plate, described second straight-line motion mechanism comprises the second motor, by the second motor driving and along embroidery machine the second screw mandrel longitudinally arranged and the second nut be arranged on the second screw mandrel, described second straight-line guide rail slide block kinematic pair comprises the second line slideway longitudinally arranged along embroidery machine and the second slide block be slidably mounted on described second line slideway, described second motor, second line slideway is fixedly mounted on described second installing plate respectively, described second nut, second slide block is fixedly connected with described first installing plate respectively, described second installing plate is fixedly mounted in the frame of embroidery machine.
In the utility model, described cloth feeding mechanism preferably includes the fore-clamp cloth rewinder roll group and rear folder cloth rewinder roll group that are separately positioned on the longitudinal both sides of head, and is separately positioned on left chain transmission mechanism and the right chain transmission mechanism of head both lateral sides, described fore-clamp cloth rewinder roll group comprises and being arranged on rotationally on embroidery machine frame and upper and lower fore-clamp cloth rewinder roll arranged in pairs, described rear folder cloth rewinder roll group comprises and being arranged on rotationally on embroidery machine frame and upper and lower rear folder cloth rewinder roll arranged in pairs, described left chain transmission mechanism comprise be separately positioned on the longitudinal both sides of head first by movable sprocket and the first drive sprocket, and be arranged on described first by the first chain between movable sprocket and the first drive sprocket, described first drive sprocket is by the 3rd motor-driven rotation, described 3rd motor is fixedly mounted on one piece and is parallel to each other with described first chain, keep at a certain distance away on the riser of layout, be arranged on described riser to described first passive sprocket rotation, described riser is driven by the 3rd straight-line motion mechanism and laterally moves as transverse moving left and right along embroidery machine, described right chain transmission mechanism comprise be separately positioned on the longitudinal both sides of head second by movable sprocket and the second drive sprocket, and be arranged on described second by the second chain between movable sprocket and the second drive sprocket, described second drive sprocket is by the 4th motor-driven rotation, described 4th motor is fixedly mounted on embroidery machine frame, be arranged on embroidery machine frame to described second passive sprocket rotation, described first, several are all installed for inserting the contact pin in cloth outside each chain link of the second chain.
In the utility model, described 3rd straight-line motion mechanism comprises the 5th motor, driven by the 5th motor and along the 3rd screw mandrel of embroidery machine horizontally set and the 3rd nut that is arranged on the 3rd screw mandrel, described 3rd nut is fixedly connected with described riser, and described 5th motor is fixedly mounted on embroidery machine frame.
In the utility model, between described fore-clamp cloth rewinder roll group and first is by movable sprocket, is also provided with gravity-roller and fore-clamp cloth rewinder roll described in a gravity-roller pressed by cloth being directly placed on cloth is downwards parallel to each other.
In the utility model, first cloth pressing wheel coordinated with its rolling is equipped with above movable sprocket and the first drive sprocket described first, described first compress is arranged on described riser with moving in turn, second cloth pressing wheel coordinated with its rolling is equipped with above movable sprocket and the second drive sprocket described second, described second cloth pressing wheel is arranged on embroidery machine frame rotationally, the outer circumference surface of first, second cloth pressing wheel described all offers one for embedding the groove of described contact pin.
After adopting said structure, the utility model has following beneficial effect:
The utility model directly can produce the warp knitting cloth material with embroidered structure, pattern and the kind of tricot are enriched, expand the production range of warp knitting machine, significantly improved the added value of warp knitting machine, solved existing warp knitting machine and can not directly produce the problem with embroidery cloth cover effect.
Cloth feeding mechanism of the present utility model is provided with left chain transmission mechanism and right chain transmission mechanism respectively in head both lateral sides, so operationally, by the contact pin outside each chain link in right chain transmission mechanism, by fixing on the right side of the cloth between fore-clamp cloth rewinder roll group and rear folder cloth rewinder roll group, by the contact pin outside each chain link in left chain transmission mechanism and riser and the 3rd straight-line motion mechanism, by laterally traversing along head on the left of the cloth between fore-clamp cloth rewinder roll group and rear folder cloth rewinder roll group, the flatness of cloth between real-time ensuring fore-clamp cloth rewinder roll group and rear folder cloth rewinder roll group, the situation of inwardly shrinking when the cloth that effectively prevent between fore-clamp cloth rewinder roll group and rear folder cloth rewinder roll group is tightened up occurs, improve the embroidery quality of embroidery machine.
After the utility model arranges first, second cloth pressing wheel, can effectively contact pin be inserted in the cloth between fore-clamp cloth rewinder roll group and rear folder cloth rewinder roll group.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, detailed description of the invention of the present utility model is described in further detail.
Fig. 1 is that the utility model is through compiling a kind of structural representation of embroidering all-in-one machine.
Fig. 2 is a kind of structural representation of the horizontal and vertical motion of machine head of embroidery machine in the utility model.
Fig. 3 is a kind of decomposition texture schematic diagram of the horizontal and vertical motion of machine head of embroidery machine in the utility model, embroidery machine frame not shown in the figures.
Fig. 4 is a kind of structural representation of embroidery machine cloth feeding mechanism in the utility model.
Fig. 5 is the structural representation of embroidery machine cloth feeding mechanism in the utility model, cloth not shown in the figures and head.
Fig. 6 is the enlarged diagram at I place in Fig. 5.
Fig. 7 is a kind of structural representation of left chain transmission mechanism in the utility model.
Detailed description of the invention
See the one shown in Fig. 1 to Fig. 7 through compiling embroidering all-in-one machine, comprise warp knitting machine and embroidery machine, described warp knitting machine comprises knitting mechanism A and rolling-up mechanism B, the comb arrangement 1 that the sley bars such as described knitting mechanism A comprises by sley bar seat, to be arranged on sley bar seat some that ground is combed, flower comb are formed and the looping mechanism 2 be made up of knitting needle, nook closing member, knocking-over bar etc., described rolling-up mechanism B comprises cloth beam 3, described embroidery machine is placed between described knitting mechanism A and rolling-up mechanism B, described embroidery machine comprises the head 5 be fixedly mounted on embroidery machine crossbeam 4, the some embroidery needle 5a for embroidering are installed bottom described head 5, described crossbeam 4 is fixedly mounted on beam supporting seat 6, described embroidery machine also comprise one by described head 5 along the head transverse motion mechanism of embroidery machine transverse movement and one by the head longitudinal motion mechanism of described head 5 along embroidery machine lengthwise movement, and the cloth C that described knitting mechanism of warp knitting machine A knits out is delivered to described head 5 place and is delivered to the cloth feeding mechanism of described rolling-up mechanism B after embroidery needle 5a embroiders by one.
As a kind of preferred embodiment of the present utility model, as Fig. 1, 2, shown in 3, described head transverse motion mechanism comprises the first straight-line motion mechanism, first straight-line guide rail slide block kinematic pair and horizontally disposed first installing plate 7, described first straight-line motion mechanism comprises the first motor 8, driven by the first motor 8 and to rotate and along the first screw mandrel 9 of embroidery machine horizontally set and the first nut 10 of being arranged on the first screw mandrel 9, described first straight-line guide rail slide block kinematic pair comprises the first line slideway 11 along embroidery machine horizontally set and the first slide block 12 of being slidably mounted on described first line slideway 11, described first motor 8, first line slideway 11 is fixedly mounted on described first installing plate 7 respectively by bolt, described first nut 10, first slide block 12 is fixedly connected with described beam supporting seat 6 respectively by bolt, described head longitudinal motion mechanism comprises the second straight-line motion mechanism, second straight-line guide rail slide block kinematic pair and horizontally disposed second installing plate 13, described second straight-line motion mechanism comprises the second motor 14, driven by the second motor 14 and rotate and the second screw mandrel 15 longitudinally arranged along embroidery machine and the second nut 16 be arranged on the second screw mandrel 15, described second straight-line guide rail slide block kinematic pair comprises the second line slideway 17 longitudinally arranged along embroidery machine and the second slide block 18 be slidably mounted on described second line slideway 17, described second motor 14, second line slideway 17 is fixedly mounted on described second installing plate 13 respectively by bolt, described second nut 16, second slide block 18 is fixedly connected with described first installing plate 7 respectively by bolt, described second installing plate 13 is mounted by means of bolts in the frame 19 of embroidery machine.
In the utility model, described head transverse motion mechanism and head longitudinal motion mechanism are all preferably two, and arrange along the both lateral sides of crossbeam 4, as shown in Figure 1, 2.
When head of the present utility model is horizontal, longitudinal motion mechanism works, drive beam supporting seat 6 by the first motor 8, first screw mandrel 9 and the first nut 10 and be arranged on head 5 on crossbeam 4 and laterally make reciprocal transverse motion along embroidery machine, the first installing plate 7 and head 5 is driven longitudinally to do reciprocal vertical shift campaign along embroidery machine by the second motor 14, second screw mandrel 15 and the second nut 16, when head 5 does back and forth traversing, vertical shift campaign, designed flower pattern can be embroidered out on demand on the cloth C of continuous moving.
In the utility model, as shown in Fig. 1,4,5,6,7, described cloth feeding mechanism preferably includes the fore-clamp cloth rewinder roll group 20 and rear folder cloth rewinder roll group 21 that are separately positioned on the longitudinal both sides of head 5, and is separately positioned on left chain transmission mechanism and the right chain transmission mechanism of head 5 both lateral sides, described fore-clamp cloth rewinder roll group 20 is comprised and to be arranged on rotationally on embroidery machine frame 19 and upper and lower fore-clamp cloth rewinder roll 20a arranged in pairs by bearing, described rear folder cloth rewinder roll group 21 is comprised and to be arranged on rotationally on embroidery machine frame 19 and upper and lower rear folder cloth rewinder roll 21a arranged in pairs by bearing, described left chain transmission mechanism comprise be separately positioned on the longitudinal both sides of head 5 first by movable sprocket 22 and the first drive sprocket 23, and engagement is arranged on described first by the first chain 24 between movable sprocket 22 and the first drive sprocket 23, described first drive sprocket 23 drives rotation by the 3rd motor 25, when mounted, only need the first drive sprocket 23 be fixedly mounted on the output shaft of the 3rd motor 25, described 3rd motor 25 is mounted by means of bolts on one piece and is parallel to each other with described first chain 24, keep at a certain distance away on the riser 26 of layout, described first is arranged on described riser 26 by movable sprocket 22 by bearing rotationally, described riser 26 is driven by the 3rd straight-line motion mechanism and laterally moves as transverse moving left and right along embroidery machine, described right chain transmission mechanism comprise be separately positioned on the longitudinal both sides of head 5 second by movable sprocket 27 and the second drive sprocket 28, and engagement is arranged on described second by the second chain 29 between movable sprocket 27 and the second drive sprocket 28, described second drive sprocket 28 drives rotation by the 4th motor 30, described 4th motor 30 is mounted by means of bolts on embroidery machine frame 19, described second is arranged on embroidery machine frame 19 by movable sprocket 27 by bearing rotationally, described first, second chain 24, several are all installed for inserting the contact pin 31 in cloth C outside each chain link of 29, as Fig. 6, shown in 7, one piece of horizontally disposed metallic plate 39 is all fixed in the outside of each chain link, every block metallic plate 39 is erectly fixed with several contact pins 31.
In the utility model, as shown in Fig. 4,5,7, described 3rd straight-line motion mechanism comprises the 5th motor 32, driven by the 5th motor 32 and to rotate and along the 3rd screw mandrel 33 of embroidery machine horizontally set and the 3rd nut 34 that is arranged on the 3rd screw mandrel 33, described 3rd nut 34 is fixedly connected with described riser 26, and described 5th motor 32 is mounted by means of bolts on embroidery machine frame 19.During work, 5th motor 32 drives the 3rd screw mandrel 33 to rotate, when 3rd screw mandrel 33 rotates, drive riser 26, first laterally to be made transverse motion along head 5 left and right directions and embroidery machine by movable sprocket 22, first drive sprocket 23 and the first chain 24 by the 3rd nut 34 simultaneously.
In the utility model, as shown in Figure 4,5, between described fore-clamp cloth rewinder roll group 20 and first is by movable sprocket 22, be also provided with a gravity-roller 35 pressed by cloth C be directly placed on cloth C downwards, described gravity-roller 35 is parallel to each other with fore-clamp cloth rewinder roll 20a.
In the utility model, as Fig. 4, 5, shown in 7, first cloth pressing wheel 36 coordinated with its rolling is equipped with above movable sprocket 22 and the first drive sprocket 23 described first, described first cloth pressing wheel 36 is arranged on described riser 26 rotationally, second cloth pressing wheel 37 coordinated with its rolling is equipped with above movable sprocket 27 and the second drive sprocket 28 described second, described second cloth pressing wheel 37 is arranged on embroidery machine frame 19 rotationally, described first, second cloth pressing wheel 36, the outer circumference surface of 37 all offers one for embedding the groove 38 of described contact pin 31.After adopting such structure, can effectively contact pin 31 be inserted in the cloth C between fore-clamp cloth rewinder roll group 20 and rear folder cloth rewinder roll group 21.
During cloth feeding mechanism work of the present utility model, see Fig. 4,5, by the contact pin 31 outside each chain link in right chain transmission mechanism, by fixing on the right side of the cloth C between fore-clamp cloth rewinder roll group 20 and rear folder cloth rewinder roll group 21, by the contact pin 31 outside each chain link in left chain transmission mechanism and riser 26 and the 5th motor 32 and the 3rd screw mandrel 33, the 3rd nut 34, by laterally traversing along head 5 on the left of the cloth C between fore-clamp cloth rewinder roll group 20 and rear folder cloth rewinder roll group 21, the flatness of cloth C between real-time ensuring fore-clamp cloth rewinder roll group 20 and rear folder cloth rewinder roll group 21.
As shown in Figure 1, the utility model is also provided with the first folder cloth rewinder roll group 40 between knitting mechanism A and fore-clamp cloth rewinder roll group 20, described first folder cloth rewinder roll group 40 is comprised and to be arranged on rotationally in warp knitting machine frame 41 by bearing and the first folder cloth rewinder roll 40a arranged in pairs up and down, and described first folder cloth rewinder roll 40a and fore-clamp cloth rewinder roll 20a is parallel to each other.
First motor 8, second motor 14 of the present utility model, the 3rd motor 25, the 4th motor 30 and the 5th motor 32 are all preferably servomotor, and the first screw mandrel 9, second screw mandrel 15 and the 3rd screw mandrel 33 are all preferably ball screw.
When the utility model is through compiling embroidering all-in-one machine work, see Fig. 1, cloth C is exported by knitting mechanism of warp knitting machine A, successively after the first folder cloth rewinder roll group 40, fore-clamp cloth rewinder roll group 20 and gravity-roller 35, by first, second cloth pressing wheel 36,37, cloth cover is pressed in the contact pin 31 of left and right chain drive, and is delivered to head 5 by left and right chain drive, pressing from both sides cloth rewinder roll group 21 after being delivered to after the embroidery needle 5a of head 5 embroiders, is finally yardage roll by rolling-up mechanism B rolling.While embroidery needle 5a embroiders, by the contact pin 31 outside each chain link in left chain transmission mechanism and riser 26 and the 5th motor 32 and the 3rd screw mandrel 33, the 3rd nut 34, by laterally traversing along head 5 on the left of the cloth C between fore-clamp cloth rewinder roll group 20 and rear folder cloth rewinder roll group 21, the flatness of cloth C between real-time ensuring fore-clamp cloth rewinder roll group 20 and rear folder cloth rewinder roll group 21, ensures embroidery quality.
Claims (6)
1. one kind through compile embroidering all-in-one machine, comprise warp knitting machine and embroidery machine, described warp knitting machine comprises knitting mechanism (A) and rolling-up mechanism (B), and described knitting mechanism (A) comprises comb arrangement (1) and looping mechanism (2), and described rolling-up mechanism (B) comprises cloth beam (3), described embroidery machine is placed between described knitting mechanism (A) and rolling-up mechanism (B), described embroidery machine comprises the head (5) be fixedly mounted on embroidery machine crossbeam (4), described head (5) bottom is provided with the some embroidery needles (5a) for embroidering, described crossbeam (4) is fixedly mounted on beam supporting seat (6), it is characterized in that: described embroidery machine also comprise one by described head (5) along the head transverse motion mechanism of embroidery machine transverse movement and one by the head longitudinal motion mechanism of described head (5) along embroidery machine lengthwise movement, and a cloth (C) knit out by described knitting mechanism of warp knitting machine (A) is delivered to described head (5) place and is delivered to the cloth feeding mechanism of described rolling-up mechanism (B) after embroidery needle (5a) is embroidered.
2. according to claim 1 through compiling embroidering all-in-one machine, it is characterized in that: described head transverse motion mechanism comprises the first straight-line motion mechanism, first straight-line guide rail slide block kinematic pair and horizontally disposed first installing plate (7), described first straight-line motion mechanism comprises the first motor (8), to be driven by the first motor (8) and along first screw mandrel (9) of embroidery machine horizontally set and the first nut (10) of being arranged on the first screw mandrel (9), described first straight-line guide rail slide block kinematic pair comprises the first line slideway (11) along embroidery machine horizontally set and the first slide block (12) of being slidably mounted on described first line slideway (11), described first motor (8), first line slideway (11) is fixedly mounted on described first installing plate (7) respectively, described first nut (10), first slide block (12) is fixedly connected with described beam supporting seat (6) respectively, described head longitudinal motion mechanism comprises the second straight-line motion mechanism, second straight-line guide rail slide block kinematic pair and horizontally disposed second installing plate (13), described second straight-line motion mechanism comprises the second motor (14), by the second motor (14) driving and along longitudinal the second screw mandrel (15) arranged of embroidery machine and the second nut (16) be arranged on the second screw mandrel (15), described second straight-line guide rail slide block kinematic pair comprises the second line slideway (17) longitudinally arranged along embroidery machine and the second slide block (18) be slidably mounted on described second line slideway (17), described second motor (14), second line slideway (17) is fixedly mounted on described second installing plate (13) respectively, described second nut (16), second slide block (18) is fixedly connected with described first installing plate (7) respectively, described second installing plate (13) is fixedly mounted in the frame (19) of embroidery machine.
3. according to claim 1 through compiling embroidering all-in-one machine, it is characterized in that: described cloth feeding mechanism comprises the fore-clamp cloth rewinder roll group (20) and rear folder cloth rewinder roll group (21) that are separately positioned on head (5) longitudinal both sides, and is separately positioned on left chain transmission mechanism and the right chain transmission mechanism of head (5) both lateral sides; described fore-clamp cloth rewinder roll group (20) comprises and is arranged on the upper and upper and lower fore-clamp cloth rewinder roll (20a) arranged in pairs of embroidery machine frame (19) rotationally, described rear folder cloth rewinder roll group (21) comprises and is arranged on the upper and upper and lower rear folder cloth rewinder roll (21a) arranged in pairs of embroidery machine frame (19) rotationally, described left chain transmission mechanism comprise be separately positioned on head (5) longitudinal both sides first by movable sprocket (22) and the first drive sprocket (23), and be arranged on described first by the first chain (24) between movable sprocket (22) and the first drive sprocket (23), described first drive sprocket (23) is driven by the 3rd motor (25) and rotates, described 3rd motor (25) is fixedly mounted on one piece and is parallel to each other with described first chain (24), keep at a certain distance away on the riser (26) of layout, described first is arranged on described riser (26) by movable sprocket (22) rotationally, described riser (26) is driven by the 3rd straight-line motion mechanism and laterally moves as transverse moving left and right along embroidery machine, described right chain transmission mechanism comprise be separately positioned on head (5) longitudinal both sides second by movable sprocket (27) and the second drive sprocket (28), and be arranged on described second by the second chain (29) between movable sprocket (27) and the second drive sprocket (28), described second drive sprocket (28) is driven by the 4th motor (30) and rotates, described 4th motor (30) is fixedly mounted on embroidery machine frame (19), described second is arranged on embroidery machine frame (19) by movable sprocket (27) rotationally, described first, second chain (24,29) several are all installed for inserting the contact pin (31) in cloth (C) outside each chain link.
4. according to claim 3 through compiling embroidering all-in-one machine, it is characterized in that: described 3rd straight-line motion mechanism comprises the 5th motor (32), driven by the 5th motor (32) and along the 3rd screw mandrel (33) of embroidery machine horizontally set and the 3rd nut (34) that is arranged on the 3rd screw mandrel (33), described 3rd nut (34) is fixedly connected with described riser (26), and described 5th motor (32) is fixedly mounted on embroidery machine frame (19).
5. according to claim 3 through compiling embroidering all-in-one machine, it is characterized in that: between described fore-clamp cloth rewinder roll group (20) and first is by movable sprocket (22), be also provided with a gravity-roller (35) pressed by cloth (C) be directly placed on cloth (C) downwards, described gravity-roller (35) and fore-clamp cloth rewinder roll (20a) are parallel to each other.
6. according to claim 3 or 4 or 5 through compile embroidering all-in-one machine, it is characterized in that: be equipped with first cloth pressing wheel (36) coordinated with its rolling described first by the top of movable sprocket (22) and the first drive sprocket (23), described first cloth pressing wheel (36) is arranged on described riser (26) rotationally, second cloth pressing wheel (37) coordinated with its rolling is equipped with by the top of movable sprocket (27) and the second drive sprocket (28) described second, described second cloth pressing wheel (37) is arranged on embroidery machine frame (19) rotationally, described first, second cloth pressing wheel (36, 37) outer circumference surface all offers one for embedding the groove (38) of described contact pin (31).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520753449.5U CN205062364U (en) | 2015-09-28 | 2015-09-28 | Warp knitting embroidery all -in -one |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520753449.5U CN205062364U (en) | 2015-09-28 | 2015-09-28 | Warp knitting embroidery all -in -one |
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| Publication Number | Publication Date |
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| CN205062364U true CN205062364U (en) | 2016-03-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520753449.5U Active CN205062364U (en) | 2015-09-28 | 2015-09-28 | Warp knitting embroidery all -in -one |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105133174A (en) * | 2015-09-28 | 2015-12-09 | 江苏润源控股集团有限公司 | Warp knitting and embroidering all-in-one machine |
| CN115559056A (en) * | 2022-10-25 | 2023-01-03 | 福建省鑫港纺织机械有限公司 | Two-in-one knitting method |
-
2015
- 2015-09-28 CN CN201520753449.5U patent/CN205062364U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105133174A (en) * | 2015-09-28 | 2015-12-09 | 江苏润源控股集团有限公司 | Warp knitting and embroidering all-in-one machine |
| CN105133174B (en) * | 2015-09-28 | 2017-01-11 | 江苏润源控股集团有限公司 | Warp knitting and embroidering all-in-one machine |
| CN115559056A (en) * | 2022-10-25 | 2023-01-03 | 福建省鑫港纺织机械有限公司 | Two-in-one knitting method |
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