CN202138904U - Automatic towel longitudinal cutting and shearing machine - Google Patents
Automatic towel longitudinal cutting and shearing machine Download PDFInfo
- Publication number
- CN202138904U CN202138904U CN201120225250U CN201120225250U CN202138904U CN 202138904 U CN202138904 U CN 202138904U CN 201120225250 U CN201120225250 U CN 201120225250U CN 201120225250 U CN201120225250 U CN 201120225250U CN 202138904 U CN202138904 U CN 202138904U
- Authority
- CN
- China
- Prior art keywords
- frame
- roller
- cloth
- guiding roller
- fixture block
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Abstract
The utility model discloses an automatic towel longitudinal cutting and shearing machine, which comprises a frame. The rear end of the top of the frame is equipped with a cloth discharging drive roller driven by a cloth discharging power device. A front cloth support roller and a rear cloth support roller are arranged on the frame at an interval. A slidable longitudinal cutting machine head and a driving device for driving the longitudinal cutting machine head to slide are arranged above the front and rear cloth support rollers. A cloth feeding drive roller driven by the cloth discharging power device is arranged below the front cloth support roller. A cloth feeding guide roller group arranged at the front end of the top of the frame, an intermediate guide roller group arranged below the cloth feeding drive roller, and a cloth discharging guide roller group arranged between the rear cloth support roller and the cloth discharging guide guide roller group are also arranged on the frame. The automatic towel longitudinal cutting and shearing machine has the advantages of high stripping efficiency, good quality and low labor intensity.
Description
Technical field
The utility model relates to the towel Fabricating machinery, is specifically related to a kind of full automaticity towel longitudinal incision shearing machine.
Background technology
Products such as the towel of using in the daily life, pillow cover or bath towel; All be to be formed by weaving the towel weaving loom; What weaving loom was weaved out is the towel grey cloth, and fabric width is certain, and width of cloth length is tens meters or hundreds of rice even last km; Looped pile district and plain cloth are interval at a distance from being provided with on the towel grey cloth, that is to say to be the plain cloth district between the adjacent looped pile district, the left and right sides.When making towel, elder generation with towel grey cloth slitting striping, the plain cloth district that is about between the adjacent looped pile district, the left and right sides is divided into two, thereby the towel grey cloth is cut into many taeniaes.At present, the slitting striping of towel grey cloth combines through artificial or artificial and simple frock and realizes that above-mentioned itemize mode efficient is low, labour intensity is high, and itemize is of poor quality.
Summary of the invention
The technical matters that the utility model will solve is to above-mentioned defective, provides that a kind of efficient is high, labour intensity is low and the measured full automaticity towel of itemize matter longitudinal incision shearing machine.
In order to solve the problems of the technologies described above; The utility model provides a kind of full automaticity towel longitudinal incision shearing machine with following structure; Comprise frame; Its constructional feature is that the position, rear end of frame top is provided with by what go out that the cloth engine installation drives and goes out the cloth driven roller, and frame is provided with the preceding mop roller and back mop roller that is provided with at interval, and forward and backward mop roller top is provided with slidably the rip cutting head and drives the actuating device that the rip cutting head slides; Before mop roller below be provided with by what go out that the cloth engine installation drives and go into the cloth driven roller, frame be provided with the front end position of frame top go into cloth orienting roll group, going into below the cloth driven roller middle guiding roller group and at back mop roller with go out and go out cloth orienting roll group between the cloth driven roller.
Said rip cutting head is at least two; Each rip cutting head includes the headstock with the frame sliding block joint; Be hinged with the motor frame on the headstock, be fixed with the rip cutting motor that is used for the cutting knife installation on the motor frame, the motor frame is hinged with the upset cylinder that hinge is contained on the headstock; All adjustable two switch frames of position and angle are housed on the headstock, photoelectric switch respectively is housed on each switch frame; Actuating device comprises and is located on the frame and by the motor-driven revolution belt of slippage I that headstock is provided with can be with headstock and revolution belt I power bonded assembly fixing device.
Said fixing device is an air clamper; Air clamper comprises and clamps cylinder and can make the moving fixture block that revolution belt I walks and decide fixture block between the two; Clamp cylinder and decide fixture block and be fixed on the headstock, moving fixture block is fixed on the piston rod of clamping cylinder.
Said clamping cylinder, moving fixture block and decide fixture block and respectively be two; Wherein one clamp cylinder, a moving fixture block and certain fixture block can with one side clamping engagement of revolution belt I, another clamp cylinder, another moving fixture block and another decide fixture block can with the another side clamping engagement of revolution belt I.
The position, rear end of said frame top is hinged with rocker, is equipped with on the rocker and controls roller, and rocker is by driving with engine installation power bonded assembly piston crank mechanism.
Said frame is provided with at the automatic deviation rectifying device of going between cloth guiding roller group and the middle orienting roll group.
Said automatic deviation rectifying device comprises position detecting device and the swing deviation correcting device of being controlled by position detecting device; Said position detecting device comprises two supports that are arranged on frame lower at interval, and the location photoelectric switch all is housed on each support, and frame is provided with and the cooresponding reflector in location photoelectric switch position; Said swing deviation correcting device comprises that hinge is contained in correction roller frame and the rectifying cylinder on the frame, on the correction roller frame correction roller is housed, and the piston rod of rectifying cylinder is hinged with correction roller frame.
Said frame is provided with revolution belt II and slippage cylinder; Two supports are slidingly connected on the frame, and wherein a support is connected with one side power of revolution belt II, and another support is connected with the another side power that turns round the belt II, and the piston rod of slippage cylinder is connected with a support power wherein.
Saidly go into cloth orienting roll group and comprise by the guiding roller I that before and after sets gradually, guiding roller II, guiding roller III; Middle guiding roller group comprises guiding roller IV and the guiding roller V that is contained in the frame bottom, guiding roller IV and the corresponding setting up and down of guiding roller III, guiding roller V and the corresponding setting of guiding roller IV level; Go out cloth orienting roll group comprise be positioned at mop roller rear, back and by down and on be connected to guiding roller VI, guiding roller VII and the guiding roller VIII on the frame in turn.
Be provided with the tightening device that the tensioning engine installation drives between said guiding roller II and the guiding roller III, tightening device comprise that hinge is contained on the frame and with tensioning engine installation power bonded assembly tensioning frame, idler roller I and idler roller II are housed on the tensioning frame.
The utility model advantage is: itemize efficient is high, quality is good, and labour intensity is low.
Description of drawings
Below in conjunction with accompanying drawing the specific embodiment of the utility model is done further to specify:
Fig. 1 is the structural representation of the utility model;
Fig. 2 is that A among Fig. 1 is to view;
Fig. 3 is the right elevation of Fig. 2;
Fig. 4 is to view along the B among Fig. 1;
Fig. 5 is to view along the D-D among Fig. 4;
Fig. 6 is that C among Fig. 1 is to view.
The specific embodiment
The utility model press cloth moving towards distinguish before and after, with before advancing the cloth direction and being, with after going out the cloth direction and being, the trend of cloth is shown in arrow among Fig. 1.As shown in Figure 1, full automaticity towel longitudinal incision shearing machine comprises frame 1, and the position, rear end at frame 1 top is provided with out cloth driven roller 3, and the engine installation that drives out cloth driven roller 3 is for going out cloth motor 30.The middle and lower part of frame 1 is provided with the preceding mop roller 7 and back mop roller 8 that is provided with at interval before and after the level, and preceding mop roller 7 belows are provided with into cloth driven roller 2, and the engine installation that is driven into cloth driven roller 2 is for going into cloth motor 31.Above forward and backward mop roller, frame 1 is provided with slidably rip cutting head 6 and the actuating device that drives 6 slips of rip cutting head.Frame 1 be provided with the front end position at frame 1 top go into cloth orienting roll group, going into below the cloth driven roller 2 middle guiding roller group and at back mop roller 8 with go out and go out cloth orienting roll group between the cloth driven roller 3.Going into cloth orienting roll group comprises by the guiding roller I 18 that before and after sets gradually, guiding roller II 19, guiding roller III 20; Middle guiding roller group comprises the guiding roller IV 21 and guiding roller V 22 that is contained in frame 1 bottom, guiding roller IV 21 and the corresponding setting about in the of 20 of guiding roller III, guiding roller V 22 and the corresponding setting of guiding roller IV 21 levels; Go out cloth orienting roll group comprise be positioned at mop roller 8 rears, back and by down and on be connected to guiding roller VI 23, guiding roller VII 24 and the guiding roller VIII 25 on the frame in turn.Be provided with the tightening device that the tensioning engine installation drives between guiding roller II 19 and the guiding roller III 20; Tightening device comprise that hinge is contained on the frame and with tensioning engine installation power bonded assembly tensioning frame 17; The tensioning engine installation is a tensioning motor 32, and idler roller I 26 and idler roller II 27 are housed on the tensioning frame 17.Above-mentioned go into cloth orienting roll group with go out each guiding roller in the cloth orienting roll group and go into cloth driven roller 2, go out cloth driven roller 3, preceding mop roller 7, back mop roller 8, idler roller I 26 and idler roller II 27 be arranged in parallel; And their axis is all perpendicular to the trend of cloth, promptly along the horizontally set of frame.Frame 1 is provided with the automatic deviation rectifying device between guiding roller IV 21 and guiding roller III 20,
Like Fig. 1, Fig. 2 and shown in Figure 3, automatic deviation rectifying device comprises position detecting device and the swing deviation correcting device of being controlled by position detecting device.Position detecting device comprises two supports 9 that are arranged on frame 1 bottom at interval; Two supports 9 are slidingly connected on the frame; On each support 9 location photoelectric switch 10 is housed respectively; The projector of location photoelectric switch 10 and receptor all are contained on the support 9, and frame 1 is provided with and the cooresponding reflector 11 in location photoelectric switch 10 positions.Establish both sides, frame 1 bottom on the frame 1 and be rotatably connected to pivoted pulley 36 respectively, be with revolution belt II 12 on the pivoted pulley 36, frame 1 bottom is connected with slippage cylinder 13; Line of centers with two pivoted pulley 36 is the boundary; Be positioned at one side of line of centers top for revolution belt II 12; Be positioned at the another side for revolution belt II 12 of line of centers below, in two supports 9, wherein a support 9 is connected with one side power of revolution belt II 12; Another support 9 is connected with the another side power of revolution belt II, and the piston rod of slippage cylinder 13 is connected with a support 9 power wherein.During 12 revolutions of revolution belt II, because the moving direction on its both sides is opposite, so 13 actions of slippage cylinder can realize that two supports 9 only can make slide in opposition or dorsal glide.The swing deviation correcting device is positioned at the position detecting device top; Comprise that hinge is contained in the correction roller frame 14 and rectifying cylinder 15 on the frame 1; On the correction roller frame 14 correction roller 16 is housed, correction roller 16 is three that are arranged above and below and are arranged in parallel, and the piston rod of rectifying cylinder 15 is hinged with correction roller frame 14.
Above-mentioned rip cutting head 6 can be one, two or more; Its quantity is decided according to concrete designing requirement; The structure of rip cutting head 6 and actuating device such as Fig. 1, Fig. 4 and shown in Figure 5, rip cutting head 6 comprises and the headstock 60 of frame 1 sliding block joint, is hinged with motor frame 61 on the headstock 60; Be fixed with the rip cutting motor 62 that is used for the cutting knife installation on the motor frame 61, motor frame 61 is hinged with the upset cylinder 63 that hinge is contained on the headstock 60; All adjustable two switch frames 64 of position and angle are housed on the headstock 60, on each switch frame 64 photoelectric switch 65 are housed respectively; Be rotatably connected to adjust bar 70 on the headstock 60; Adjust bar 70 is provided with two sections opposite screw threads of rotation direction; Be bolted with 71, two switch frames 64 of nut on every section screw thread and cut with scissors respectively and be contained on two nuts 71, be bolted with the angle adjustable bolt 72 that is positioned at nut 71 tops on the switch frame 64; The intrinsic limited post 73 that is positioned at nut 71 belows on the switch frame 64, headstock 60 are provided with the position-limited trough 74 that supplies limited post 73 to insert; Be set with the spring 75 between headstock 60 and switch frame 64 on the limited post 73, can realize that through rotary regulating lever 70 position of two switch frames 64 is adjusted, regulate the angular adjustment that bolt 72 can be realized switch frame 64 through rotational angle; The projector of photoelectric switch 65 and receptor are contained in the both sides, front and back of switch frame 64 lower ends respectively.Actuating device is the revolution belt I 66 that is located on the frame 1 and is driven by slippage motor 33; Revolution belt I 66 is enclosed within on two belt pulleys 34 that are rotatably connected on the frame 1; Only show a belt pulley 34 among the figure, wherein a belt pulley 34 is connected with slippage motor 33 power; Headstock 60 is provided with can be with headstock 60 and revolution belt I 66 power bonded assembly fixing devices.Fixing device is an air clamper; Air clamper comprises and clamps cylinder 67 and can make moving fixture block 68 that revolution belt I 66 walks and decide fixture block 69 between the two; Clamp cylinder 67 and decide fixture block 69 and be fixed on the headstock 60, moving fixture block 68 is fixed on the piston rod of clamping cylinder 67.Clamp cylinder 67, moving fixture block 68 and decide fixture block 69 and respectively be two; Line of centers with two belt pulleys is the boundary; Be positioned at one side of line of centers top for revolution belt I 66; Be positioned at the another side for revolution belt I 66 of line of centers below; Wherein one clamp cylinder 67, one moving fixture block 68 and certain fixture block 69 can with one side clamping engagement of revolution belt I 66, another clamp cylinder 67, another moving fixture block 68 and another decide fixture block 69 can with the another side clamping engagement of revolution belt I 66.When revolution belt I 66 is rotated; If the position last moving fixture block 68 with decide fixture block 69 and clamp and turn round belt I 66 and can realize that headstock 60 is to a direction slippage; If the position under moving fixture block 68 with decide fixture block 69 and clamp and turn round belt I 66, can realize that headstock 60 is to the other direction slippage.
] like Fig. 1 and shown in Figure 6, frame 1 top rear is hinged with rocker 4, is equipped with two on the rocker 4 and controls roller 5, rocker 4 is by driving with engine installation power bonded assembly piston crank mechanism; Piston crank mechanism comprise be rotatably connected on the frame and with go out cloth motor 30 power bonded assembly cranks 28 and two ends respectively with crank 28 and rocker 4 pivotally attached connecting rods 29.
As shown in Figure 1; During use; Installing towel grey cloth 35 earlier is about to the towel grey cloth and walks around guiding roller I 18, guiding roller II 19, idler roller I 26, idler roller II 27, guiding roller III 20, three corrections roller 16, guiding roller IV 21, guiding roller V 22 successively, goes into cloth driven roller 2, preceding mop roller 7, back mop roller 8, guiding roller VI 23, guiding roller VII 24, guiding roller VIII 25 and go out cloth driven roller 3; And finally control between the roller 5 from two and pass, adjust the position of two switch frames 64 and two stands 9 then.With reference to Fig. 2 and Fig. 3; Adjust the position and the angle of two switch frames 64; Make the projector of photoelectric switch 65 and the preceding oblique upper both sides that receptor lays respectively at preceding mop roller 7; Make the edge in the looped pile district 352 that exceeds its plain cloth district 351 on the towel grey cloth 35, the light that projector is sent blocks, and promptly receptor can't accept the light that projector sends.With reference to Fig. 4 and Fig. 5, the position of adjustment two stands 9, the edge that makes towel grey cloth 35 blocks the receptor of location photoelectric switch 10, that is the projector receptor that emits beam after the reflector reflection can not be accepted.After above-mentioned work is accomplished, start the longitudinal incision shearing machine and just can realize itemize the towel grey cloth.
In the itemize process; It is following that the out-of-position adjustment process takes place rip cutting head 6: press Fig. 4 and Fig. 5 direction on drawing, suppose that rip cutting head 6 squints to the right, the light that the projector of the photoelectric switch 65 on the left of then the edge in the looped pile district 352 in left side can't stop sends; The receptor of the photoelectric switch 65 in left side receives to send actuating signal behind the light; Slippage motor-driven revolution belt I 66 is rotated, and moving fixture block 68 actions of top are ordered about in clamping cylinder 67 actions of top simultaneously, the moving fixture block 68 of top with decide fixture block 69 and match revolution belt I 66 is clamped; The light that headstock 60 makes the edge in the looped pile district 352 in left side block the photoelectric switch 65 in left side again to moving to left projector sends; Slippage this moment motor stops, clamping cylinder 67 returns of top, and the centering adjustment of rip cutting head 6 is accomplished; If rip cutting head 6 squints left; Then the photoelectric switch 65 on right side sends signal; Slippage motor-driven revolution belt I 66 is rotated, and moving fixture block 68 actions of top are ordered about in clamping cylinder 67 actions of below simultaneously, the moving fixture block 68 of below with decide fixture block 69 and match revolution belt I 66 is clamped; The move right edge in the looped pile district 352 that makes the right side of headstock 60 blocks the light that the projector of the photoelectric switch 65 on right side sends again; Slippage this moment motor stops, clamping cylinder 67 returns of below, and the centering adjustment of rip cutting head 6 is accomplished.
It is following that the out-of-position adjustment process takes place in the process of advancing the towel grey cloth: press the direction of Fig. 2 on drawing; If towel grey cloth 35 squints left, promptly the light that sends of the projector of the location photoelectric switch 10 on right side is received by the receiver; Then the location photoelectric switch 10 on right side sends signal and makes rectifying cylinder 15 actions; The right-hand member that orders about correction roller frame 14 rises, and the tension force that the right of towel grey cloth receives is big, and the towel grey cloth just moves right and gets back to original position; In like manner; If the towel grey cloth squints to the right, promptly the light that sends of the projector of the location photoelectric switch 10 in left side is received by the receiver; Then the location photoelectric switch 10 in left side sends signal and makes rectifying cylinder 15 actions; The left end that orders about correction roller frame 14 rises, and the tension force that the left side of towel grey cloth receives is big, and the towel grey cloth just is moved back into original position left.
The action of the utility model is by the control of PLC circuit, and the PLC circuit is a known technology, and those skilled in the art are according to the description of above-mentioned course of action, and need not to spend creative work can make, and repeats no more at this.
Claims (10)
1. full automaticity towel longitudinal incision shearing machine; Comprise frame (1); The position, rear end that it is characterized in that frame (1) top is provided with by what go out that the cloth engine installation drives and goes out cloth driven roller (3); Frame (1) is provided with the preceding mop roller (7) and back mop roller (8) that is provided with at interval, and forward and backward mop roller top is provided with the slidably actuating device of rip cutting head (6) and driving rip cutting head (6) slip; Before mop roller (7) below be provided with by what go out that the cloth engine installation drives and go into cloth driven roller (2), frame (1) be provided with the front end position that is positioned at frame (1) top go into cloth orienting roll group, be positioned at middle the guiding roller group of cloth driven roller (2) below and be positioned at after mop roller (8) and go out and go out cloth orienting roll group between the cloth driven roller (3).
2. full automaticity towel longitudinal incision shearing machine as claimed in claim 1; It is characterized in that said rip cutting head (6) is at least two; Each rip cutting head (6) includes the headstock (60) with frame (1) sliding block joint; Be hinged with motor frame (61) on the headstock (60), be fixed with the rip cutting motor (62) that is used for the cutting knife installation on the motor frame (61), motor frame (61) is hinged with the upset cylinder (63) that hinge is contained on the headstock (60); All adjustable two switch frames of position and angle (64) are housed on the headstock (60), photoelectric switch (65) respectively is housed on each switch frame (64); Actuating device comprises and is located at that frame (1) goes up and by the motor-driven revolution belt of slippage I (66), headstock (60) is provided with can be with headstock (60) and revolution belt I (66) power bonded assembly fixing device.
3. full automaticity towel longitudinal incision shearing machine as claimed in claim 2; It is characterized in that said fixing device is an air clamper; Air clamper comprises and clamps cylinder (67) and can make the moving fixture block (68) that revolution belt I (66) walks and decide fixture block (69) between the two; Clamp cylinder (67) and decide fixture block (69) and be fixed on the headstock (60), move on the piston rod that fixture block (68) is fixed in clamping cylinder (67).
4. full automaticity towel longitudinal incision shearing machine as claimed in claim 3 is characterized in that said clamping cylinder (67), moving fixture block (68) and decides fixture block (69) respectively being two; Wherein one clamp cylinder (67), a moving fixture block (68) and certain fixture block (69) can with one side clamping engagement of revolution belt I (66), another clamp cylinder (67), another moving fixture block (68) and another decide fixture block (69) can with the another side clamping engagement of turning round belt I (66).
5. full automaticity towel longitudinal incision shearing machine as claimed in claim 1; The position, rear end that it is characterized in that said frame (1) top is hinged with rocker (4); Be equipped with on the rocker (4) and control roller (5), rocker (4) is by driving with engine installation power bonded assembly piston crank mechanism.
6. full automaticity towel longitudinal incision shearing machine as claimed in claim 1 is characterized in that said frame (1) is provided with at the automatic deviation rectifying device of going between cloth guiding roller group and the middle orienting roll group.
7. full automaticity towel longitudinal incision shearing machine as claimed in claim 6 is characterized in that said automatic deviation rectifying device comprises position detecting device and the swing deviation correcting device of being controlled by position detecting device; Said position detecting device comprises two supports (9) that are arranged on frame (1) bottom at interval, and location photoelectric switch (10) all is housed on each support (9), and frame (1) is provided with and the cooresponding reflector in location photoelectric switch (10) position (11); Said swing deviation correcting device comprises that hinge is contained in correction roller frame (14) and the rectifying cylinder (15) on the frame (1), and correction roller (16) is housed on the correction roller frame (14), and the piston rod of rectifying cylinder (15) is hinged with correction roller frame (14).
8. full automaticity towel longitudinal incision shearing machine as claimed in claim 7 is characterized in that said frame (1) is provided with revolution belt II (12) and slippage cylinder (13); Two supports (9) are slidingly connected on the frame; Wherein a support (9) is connected with one side power of revolution belt II; Another support (9) is connected with the another side power of revolution belt II, and the piston rod of slippage cylinder (13) is connected with a support (9) power wherein.
9. like the described full automaticity towel of arbitrary claim longitudinal incision shearing machine in the claim 1 to 8, it is characterized in that saidly going into cloth orienting roll group and comprising by the guiding roller I (18) that before and after sets gradually, guiding roller II (19), guiding roller III (20); Middle guiding roller group comprises guiding roller IV (21) and the guiding roller V (22) that is contained in frame (1) bottom, guiding roller IV (21) and the corresponding up and down setting of guiding roller III (20), guiding roller V (22) and the corresponding setting of guiding roller IV (21) level; Go out cloth orienting roll group comprise be positioned at mop roller (8) rear, back and by down and on be connected to guiding roller VI (23), guiding roller VII (24) and the guiding roller VIII (25) on the frame in turn.
10. full automaticity towel longitudinal incision shearing machine as claimed in claim 9; It is characterized in that being provided with between said guiding roller II (19) and the guiding roller III (20) tightening device that the tensioning engine installation drives; Tightening device comprise that hinge is contained on the frame and with tensioning engine installation power bonded assembly tensioning frame (17), idler roller I (26) and idler roller II (27) are housed on the tensioning frame (17).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120225250U CN202138904U (en) | 2011-06-29 | 2011-06-29 | Automatic towel longitudinal cutting and shearing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120225250U CN202138904U (en) | 2011-06-29 | 2011-06-29 | Automatic towel longitudinal cutting and shearing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202138904U true CN202138904U (en) | 2012-02-08 |
Family
ID=45549978
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201120225250U Expired - Fee Related CN202138904U (en) | 2011-06-29 | 2011-06-29 | Automatic towel longitudinal cutting and shearing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202138904U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104237251A (en) * | 2014-09-04 | 2014-12-24 | 浙江双灯家纺有限公司 | Novel cloth detection device |
| CN105525479A (en) * | 2016-02-24 | 2016-04-27 | 苏州红隼机电科技有限公司 | Carpet longitudinal cutting method and system based on computer vision technology |
| CN107164882A (en) * | 2017-06-30 | 2017-09-15 | 苏州琼派瑞特电子科技有限公司 | A kind of full-automatic material distributing machine of longitudinal direction suture |
-
2011
- 2011-06-29 CN CN201120225250U patent/CN202138904U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104237251A (en) * | 2014-09-04 | 2014-12-24 | 浙江双灯家纺有限公司 | Novel cloth detection device |
| CN105525479A (en) * | 2016-02-24 | 2016-04-27 | 苏州红隼机电科技有限公司 | Carpet longitudinal cutting method and system based on computer vision technology |
| CN107164882A (en) * | 2017-06-30 | 2017-09-15 | 苏州琼派瑞特电子科技有限公司 | A kind of full-automatic material distributing machine of longitudinal direction suture |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN202138897U (en) | Automatic rectifying and centering device for cloth feeding of towel longitudinal-cutting shearing machine | |
| CN202139410U (en) | Overedging machine | |
| CN102225548B (en) | Automatic plastic tube cutting machine | |
| CN202138904U (en) | Automatic towel longitudinal cutting and shearing machine | |
| CN103485086A (en) | Full automatic edge cutting and edge seaming machine for cloth | |
| CN202185641U (en) | Multi-head full-automatic pipe cutting machine | |
| CN103022854A (en) | Automatic cable cutting and peeling and fag end compacting machine | |
| CN204508387U (en) | An a kind of towel cloth transverse cutting unit | |
| CN204509834U (en) | A kind of towel cloth location infeed set-up | |
| CN201998281U (en) | Automatic tenoning and sawing integrated machine for machining wooden clothes rack | |
| CN110666857A (en) | Secondary broccoli dicing device with screening and posture adjusting functions and dicing method thereof | |
| CN202139475U (en) | Automatic centering longitudinal cutting device for towel longitudinal cutting shearing machine | |
| CN105870843A (en) | Knife rest assembly of wire-stripping machine | |
| CN108326985A (en) | A kind of transverse cuts mechanism of buckle cutter device | |
| CN209686127U (en) | A kind of scarf cloth intelligence automatic deviation correction and cutting mechanism | |
| CN208717622U (en) | A kind of fabric automation cutter | |
| CN2302070Y (en) | Feeding mechanism for improved spring-making machine | |
| CN211112585U (en) | Automatic rib round collar sewing machine | |
| CN103485150A (en) | Full automatic edge cutting machine for cloth | |
| CN202829103U (en) | Forming machine seam allowance wrapping cloth feed frame | |
| CN103482400A (en) | Full automatic edge cutting device for cloth | |
| CN209022505U (en) | Four point positioning piece material conveying device before non-woven bag molding | |
| CN110541254A (en) | Material cutting mechanism of automatic rib collar sewing machine | |
| CN205589547U (en) | Full -automatic V takes infantees machine | |
| CN214644619U (en) | Automatic multi-disc tile cutting device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120208 Termination date: 20140629 |
|
| EXPY | Termination of patent right or utility model |