CN203383011U - Vertical plush pattern shearing machine - Google Patents

Vertical plush pattern shearing machine Download PDF

Info

Publication number
CN203383011U
CN203383011U CN201320482901.XU CN201320482901U CN203383011U CN 203383011 U CN203383011 U CN 203383011U CN 201320482901 U CN201320482901 U CN 201320482901U CN 203383011 U CN203383011 U CN 203383011U
Authority
CN
China
Prior art keywords
minute
hair
adjusting
lifting
clipping
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.)
Withdrawn - After Issue
Application number
CN201320482901.XU
Other languages
Chinese (zh)
Inventor
白顺科
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Nanjing Institute of Industry Technology
Original Assignee
Nanjing Institute of Industry Technology
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Nanjing Institute of Industry Technology filed Critical Nanjing Institute of Industry Technology
Priority to CN201320482901.XU priority Critical patent/CN203383011U/en
Application granted granted Critical
Publication of CN203383011U publication Critical patent/CN203383011U/en
Withdrawn - After Issue legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Abstract

The utility model discloses a vertical plush pattern shearing machine which comprises a stand, a transverse scanning drive mechanism, a pattern shearing head, a roller type feeding mechanism and a microcomputer, wherein the roller type feeding mechanism is arranged on the stand; the pattern shearing head is arranged above the stand in a sliding manner through the transverse scanning drive mechanism; the microcomputer is respectively connected with the transverse scanning drive mechanism, the roller type feeding mechanism and the pattern shearing head; the pattern shearing head comprises a pattern shearing head bottom plate, a sliding block, an electric scissor lifting device, a pair of electric scissors, a plush separator lifting device and a plush separator; one side of the pattern shearing head bottom plate is fixed on the transverse scanning drive mechanism; the electric scissor lifting device and the plush separator lifting device are respectively fixed on the other side of the pattern shearing head bottom plate; the electric scissors and the plush separator are respectively arranged at the lower end of the pattern shearing head bottom plate up and down through the electric scissor lifting device and the plush separator lifting device. The vertical plush pattern shearing machine can preset a plurality of relief cut flower patterns of all shapes, is convenient to operate and suitable for relief process of plush fabrics in small scale.

Description

A kind of vertical lint carving machine
Technical field
The utility model relate to a kind ofly in clothes, toy, family, spin, cashmere shell-fabric process equipment that the industry such as decoration is used, be specifically related to a kind of vertical lint carving machine that can on cashmere shell-fabric, process the economical and efficient of embossment clipping and carving pattern.
Background technology
At present at clothes, toy, family is spun, decoration industry is used artificial lint in a large number, the leather and fur fabric.The design of embossment style has been arranged in the products such as lint clothes, toy, woollen blanket, and its well-bedded pictorial style is popular on market.
Tradition lint embossment style mainly adopts manual processing (with common scissors or electric shear), and its processing quality is poor, production efficiency is low, and style also is restricted, and is not suitable for batch production.Also there is in addition a kind of spinning post-finishing equipment to be called cotton gin, it adopts traditional cotton ginning technique, utilize forming embossing roller that the lint of fuzz fabric is cut into to embossing pattern, its production efficiency and processing quality are all higher, but also have obvious shortcoming: apparatus expensive, the flower type is dull, the flower roller manufacturing cycle is long and cost is high, is not suitable for small lot processing.Current most products trend small lot, personalization, the delivery cycle is short and artificial more and more expensive, the difficult situation of advertising for workers under, current lint embossment clipping and carving technique is badly in need of a kind of economical and practical, easy to operate, of all shapes and colors, cashmere shell-fabric embossment clipping and carving process equipment of being applicable to small lot processing.
Summary of the invention
The purpose of this utility model is the defect existed in prior art in order to solve, and a kind of vertical cashmere shell-fabric embossment clipping and carving process equipment of applicable small lot processing is provided.
In order to achieve the above object, the utility model provides a kind of vertical lint carving machine, comprises frame, transversal scanning driving mechanism, clipping and carving head, roller feed mechanism and micro computer; Roller feed mechanism is located on frame; The clipping and carving head is located at the frame top slidably by the transversal scanning driving mechanism; Micro computer is connected with transversal scanning driving mechanism, roller feed mechanism and clipping and carving head respectively; The clipping and carving head comprises clipping and carving head base plate, slide block, electric shear lifting device, electric shear, minute hair device lifting device and minute hair device; Clipping and carving head base plate one side is fixed on the transversal scanning driving mechanism; Electric shear lifting device and a minute hair device lifting device are separately fixed at clipping and carving head base plate opposite side; Electric shear and minute hair device slide up and down and are located at clipping and carving head base plate lower end by electric shear lifting device and a minute hair device lifting device respectively.
Further improvement of the utility model is: the transversal scanning driving mechanism comprises transversal scanning drive motors, transversal scanning guide rail and slide block; The transversal scanning drive motors is fixed on frame; The transversal scanning guide rail is screw mandrel, rotate and be located on frame, and an end is connected with the transmission of transversal scanning drive motors output shaft; Slide block is placed on described screw mandrel, and inboard is provided with the screw thread suitable with screw mandrel; Clipping and carving head base plate one side is fixed on slide block, and by the screw thread transmission, the clipping and carving head is along with the slide block transverse movement.
Or the transversal scanning driving mechanism comprises transversal scanning drive motors, transversal scanning guide rail and slide block; The transversal scanning drive motors is fixed on frame; Slide block is placed on the transversal scanning guide rail, and is connected with the horizontal drive motor transmission; Clipping and carving head base plate one side is fixed on slide block.Wherein being in transmission connection of slide block and horizontal drive motor can be realized by Timing Belt+synchronizing wheel: the transversal scanning drive motors is fixed on frame one side, its output is connected with a synchronizing wheel transmission, the frame opposite side is fixed with another synchronizing wheel, two synchronizing wheels are connected by toothed belt transmission, slide block and Timing Belt are fixedly linked, and by synchronizing wheel, drive transverse shifting.
The electric shear lifting device comprises the lifting driver and promotes slide block; Promoting driver and clipping and carving head base plate is fixedly linked; Electric shear is connected with the transmission of lifting driver by promoting slide block; Divide a hair device lifting device to comprise minute hair Height-adjusting device and a minute mao Height-adjusting device slide block; Divide a hair Height-adjusting device to be fixed on clipping and carving head base plate; Divide the hair device to be connected with dividing a hair Height-adjusting device by a minute hair Height-adjusting device slide block.
Divide a hair device lifting device also to comprise a minute hair Height-adjusting device spring, a minute hair Height-adjusting device guide rod, divide hair Height-adjusting device flange piece and a minute hair Height-adjusting device rod; Dividing a hair Height-adjusting device guide rod is telescopic rod; Divide hair Height-adjusting device spring to be connected with minute mao Height-adjusting device slide block and a minute hair Height-adjusting device flange piece respectively with minute hair Height-adjusting device guide rod two ends; Divide a hair device to be located at a minute hair Height-adjusting device flange piece lower end; The lifting slide block of electric shear lifting device is provided with the lifting rod; Divide a hair Height-adjusting device rod to be located at minute hair Height-adjusting device flange piece one side, and be positioned at directly over the lifting rod.
Wherein, divide the hair device to comprise two pieces minutes hair plates; Two pieces minutes hair plates gap distribution, and an end is connected with a minute hair device lifting device respectively.Within two pieces minutes, the hair plates angle is preferably the 150-160 degree, and gap is preferably 1-3mm, and both wings are respectively equipped with tip.
Roller feed mechanism comprises material roller, carry-over pinch rolls, idler roller and material receiving roller; Upper material roller, carry-over pinch rolls, idler roller and material receiving roller are separately fixed on frame; The transversal scanning driving mechanism is located at the idler roller top.
Above-mentioned vertical lint carving machine also comprises dust arrester; Dust arrester comprises dust excluding hood and aspiration channel; Dust excluding hood covers in clipping and carving head top; Aspiration channel is connected with dust excluding hood.
The clipping and carving head can be a plurality of, is located at slidably the frame top by the transversal scanning driving mechanism respectively.Micro computer is connected with each clipping and carving head respectively, controls the clipping and carving head and prunes different pattern simultaneously.
The utility model has the following advantages compared to existing technology:
1, by a minute hair device, the lint on cashmere shell-fabric is separated to bundle in flakes; Utilize micro computer can move up and down the height of electric shear according to the dynamic change of predefined pattern, the isolated lint sheet of cutting bundle, realize the highly-efficient processing to lint embossment clipping and carving pattern simultaneously.Minute hair device adopts two blocks of minute hair plates that distribute with certain interval at an angle, and both wings are designed to tip, is beneficial to lint is separated into to pencil.Utilize simultaneously and promote driver and minute hair Height-adjusting device, both facilitated mobile electric scissors and a minute hair device to carry out embossment clipping and carving pattern processing to cashmere shell-fabric, and do not affected feed mechanism (electric shear lifts and leaves cashmere shell-fabric) under empty cutter state and carry fast fabric.
2, the utility model drives a minute hair Height-adjusting device rod by promoting rod, realize that electric shear drives a lifting minute hair device, utilize minute restoring force of hair Height-adjusting device spring to realize a minute hair device return simultaneously, can effectively realize the fully automatic winding of minute hair device in the clipping and carving process and lower a minute hair.
3, the utility model arranges dust arrester and can effectively avoid lint floating above the clipping and carving head, on the impact of production equipment and environment.
4, by a plurality of clipping and carving heads are set, control respectively the lifting driver of a clipping and carving head, cashmere shell-fabric is sheared simultaneously, can effectively improve working (machining) efficiency.
5, the vertical lint carving machine of the utility model passes through microcomputerized control clipping and carving head in the transversal scanning guide rail transverse movement along the transversal scanning driving mechanism, simultaneously by controlling the vertical feeding of roll-type feed mechanism, and control and promote driver and divide a hair Height-adjusting device to be processed cashmere shell-fabric, predeterminable multiple embossment clipping and carving pattern, of all shapes and colors, easy to operate, be applicable to the processing of small lot cashmere shell-fabric embossment.
The accompanying drawing explanation
The structural representation that Fig. 1 is the vertical lint carving machine of the utility model;
The structural representation that Fig. 2 is clipping and carving head in Fig. 1;
The system control chart that Fig. 3 is the vertical lint carving machine of the utility model.
In figure, the 1-frame, the upper material roller of 2-, the 3-carry-over pinch rolls, the 4-idler roller, 5-transversal scanning drive motors, 6-transversal scanning guide rail, 7-clipping and carving head, the 8-material receiving roller, the 9-micro computer, the 10-cashmere shell-fabric, the 11-suction hood, the 12-exhaust column, the 13-slide block, 14-clipping and carving head base plate, 15-promotes driver, 16-promotes slide block, 17-promotes rod, the 18-electric shear, 19-divides a mao Height-adjusting device, 20-divides a mao Height-adjusting device slide block, 21-divides a mao Height-adjusting device guide rod, 22-divides a mao Height-adjusting device spring, 23-divides a mao Height-adjusting device flange piece, 24-divides a mao Height-adjusting device pogo stick, 25-divides a mao device, 26-divides hair plates, the 27-tip, 28-lint sheet bundle.
The specific embodiment
Below in conjunction with accompanying drawing, the vertical lint carving machine of the utility model is elaborated.
As shown in Figure 1, the vertical lint carving machine of the utility model comprises that frame 1, roller feed mechanism, transversal scanning driving mechanism, two clipping and carving head 7(can arrange according to the width of lint cloth a plurality of), dust arrester and micro computer 9.Main shape and the board making of adopting of frame 1.Roller feed mechanism is comprised of upper material roller 2, carry-over pinch rolls 3, idler roller 4 and material receiving roller 8, and each roller all adopts hard axle rubber rollers, and carry-over pinch rolls 3 and material receiving roller 8 be equipped drive motors respectively.The transversal scanning driving mechanism comprises transversal scanning drive motors 5, transversal scanning guide rail 6 and slide block 13, transversal scanning drive motors 5 is fixed on frame 1 left end, transversal scanning guide rail 6 is located at idler roller 4 tops, slide block 13 is placed on transversal scanning guide rail 6, and is connected with 5 transmissions of transversal scanning drive motors.Slide block 13 can adopt screw mandrel, Timing Belt+synchronizing wheel with the transmission mode of being connected of transversal scanning drive motors 5.When the transmission mode that is connected is screw mandrel, the screw mandrel two ends are fixed on frame 1 two ends by bearing block, and screw mandrel one end is connected with 5 transmissions of transversal scanning drive motors, and slide block 13 inboards are provided with the screw thread suitable with screw mandrel, by the screw thread transmission; While adopting Timing Belt+synchronizing wheel, transversal scanning drive motors 5 is fixed on frame 1 one sides, its output is connected with a synchronizing wheel transmission, frame 1 opposite side is fixed with another synchronizing wheel, two synchronizing wheels are connected by toothed belt transmission, slide block 13 is fixedly linked with Timing Belt, by synchronizing wheel, drives transverse shifting (synchronizing wheel and Timing Belt do not draw).Clipping and carving head 7 is located on the transversal scanning guide rail 6 of transversal scanning driving mechanism by slide block 13.Control transversal scanning drive motors 5 by micro computer 9 and rotate, by slide block 13, drive on clipping and carving head 7 guide rails of the transversal scanning at the transversal scanning driving mechanism 6 and laterally slide.Clipping and carving head 7 tops are covered with dust excluding hood 11, and dust excluding hood 11 upper ends are connected with a plurality of exhaust columns 12 respectively, by exhaust column 12, the fine, soft fur suede of cutting are siphoned away, and prevent floating production equipment and the environment of affecting.
In conjunction with Fig. 2, clipping and carving head 7 comprises clipping and carving head base plate 14, promotes driver 15, promotes slide block 16, divides hair Height-adjusting device spring 22, divides hair Height-adjusting device guide rod 21, promotes rod 17, electric shear 18, divides hair Height-adjusting device 19 and divide hair device 25.Clipping and carving head base plate 14 1 sides are connected with slide block 13, by slide block 13, slide and are located on the transversal scanning guide rail 6 of transversal scanning driving mechanism.Divide hair Height-adjusting device 19 and promote the opposite side that driver 15 is installed on clipping and carving head base plate 14.Divide hair Height-adjusting device 19 to adopt adjustable diameter and screw adjusting mechanisms, control the lifting of coupled minute hair Height-adjusting device slide block 20.Dividing a hair Height-adjusting device guide rod 21 is scalable guide rod.Divide hair Height-adjusting device flange piece 24 by minute hair Height-adjusting device spring 22 and divide a hair Height-adjusting device guide rod 21 to be located on minute hair Height-adjusting device slide block 20, divide hair device 25 to be located at minute hair Height-adjusting device 19 lower ends by a minute hair Height-adjusting device flange piece 24, divide a hair Height-adjusting device rod 24 to be located on minute hair Height-adjusting device flange piece 23.Minute hair device 25 comprise two at an angle minute hair plates 26(optimum angle of gap distribution be 150 ~ 160 degree, best clearance between the two is 1 ~ 3mm).The both wings of two pieces minutes hair plates 26 all are designed to tip 27, conveniently the lints above cashmere shell-fabric 10 are separated into to lint sheet bundle 28.Promote slide block 16 and be connected with 15 transmissions of lifting driver, transmission is connected and can adopts screw mandrel, gear+rackwork equipped drive motors.When adopting screw mandrel, screw mandrel rotates to be located on clipping and carving head base plate 14, and an end with promote driver 15(can adopt promote drive motors) output shaft be connected, be provided with and be threaded onto accordingly on screw mandrel in lifting slide block 16, drive the screw mandrel rotation by promoting driver 15, thereby move up and down.When adopting gear+rackwork, the output that promotes driver 15 is provided with gear, and clipping and carving head base plate 14 is provided with guide rail, promote slide block 16 and be placed on guide rail, and an end and tooth bar is fixedly linked; Rack and pinion is meshed, and along with gear rotates, rack drives promotes slide block 16 and moves up and down.Promote on slide block 16 and be designed with lifting rod 17, this lifting rod 17 is located at minute below of hair Height-adjusting device rod 24.Electric shear 18 can be selected electric wool shears commonly used and be located at the lower end that promotes slide block 16.
In conjunction with Fig. 3, when the vertical lint carving machine of the utility model at embossment clipping and carving state the time, grind magnificent ADVANTECH ARK3400 at the optional TaiWan, China of micro computer 9(model) control under, transversal scanning drive motors 5 rotates, drive slide block 13 along transverse movement, thereby control each clipping and carving head 7, do the transversal scanning campaign simultaneously.By a minute hair device 25, the lint on cashmere shell-fabric 10 is separated into to lint sheet bundle 28, the driver 15 that then utilizes micro computer 9 to control each clipping and carving head 7 of lifting dynamically changes the height of electric shear 18 according to the pattern designed in advance and cuts out minute isolated lint sheet of hair device 25 bundle 28.After a line lint sheet bundle is completed to clipping and carving, micro computer 9 is controlled the roll-type feed mechanism cashmere shell-fabric is carried to one section small length, so repeatedly carries out lint beam splitting clipping and carving, carries alternately to realize the highly-efficient processing of lint embossment clipping and carving pattern.
When the vertical lint carving machine of the utility model is operated in the feeding state, electric shear 18 on clipping and carving head 7 is promoted driver 15 drivings and is moved upward, after promoting the lifting rod 17 on slide block 16 and dividing a hair Height-adjusting device rod 24 to meet, promoting hair Height-adjusting device flange piece 24 also moves upward, finally make electric shear 18 and a minute hair device 25 break away from the cashmere shell-fabric 10 on idler roller 4, roller feed mechanism can unhinderedly complete the cashmere shell-fabric conveying simultaneously.

Claims (10)

1. a vertical lint carving machine, is characterized in that: comprise frame, transversal scanning driving mechanism, clipping and carving head, roller feed mechanism and micro computer; Described roller feed mechanism is located on described frame; Described clipping and carving head is located at described frame top slidably by the transversal scanning driving mechanism; Described micro computer is connected with described transversal scanning driving mechanism, roller feed mechanism and clipping and carving head respectively; Described clipping and carving head comprises clipping and carving head base plate, slide block, electric shear lifting device, electric shear, minute hair device lifting device and minute hair device; Described clipping and carving head base plate one side is fixed on described transversal scanning driving mechanism; Described electric shear lifting device and a minute hair device lifting device are separately fixed at described clipping and carving head base plate opposite side; Described electric shear and minute hair device slide up and down and are located at clipping and carving head base plate lower end by electric shear lifting device and a minute hair device lifting device respectively.
2. vertical lint carving machine according to claim 1, it is characterized in that: described transversal scanning driving mechanism comprises transversal scanning drive motors, screw mandrel, transversal scanning guide rail and slide block; Described transversal scanning drive motors is fixed on described frame; Described screw mandrel rotates and is located on described frame, and an end is connected with the transmission of described transversal scanning drive motors output shaft; Described slide block is placed on described screw mandrel, and inboard is provided with the screw thread suitable with described screw mandrel; Described clipping and carving head base plate one side is fixed on described slide block.
3. vertical lint carving machine according to claim 1, it is characterized in that: described transversal scanning driving mechanism comprises transversal scanning drive motors, transversal scanning guide rail and slide block; Described transversal scanning drive motors is fixed on described frame; Described slide block is placed on described transversal scanning guide rail, and is connected with described horizontal drive motor transmission; Described clipping and carving head base plate one side is fixed on described slide block.
4. vertical lint carving machine according to claim 1 is characterized in that: described electric shear lifting device comprises and promotes driver and promote slide block; Described lifting driver and described clipping and carving head base plate are fixedly linked; Described electric shear is connected with the transmission of described lifting driver by promoting slide block; Within described minute, hair device lifting device comprises minute hair Height-adjusting device and minute hair Height-adjusting device slide block; Within described minute, the hair Height-adjusting device is fixed on described clipping and carving head base plate; Within described minute, the hair device is connected with a minute hair Height-adjusting device by minute hair Height-adjusting device slide block.
5. vertical lint carving machine according to claim 4 is characterized in that: within described minute, hair device lifting device also comprises a minute hair Height-adjusting device spring, a minute hair Height-adjusting device guide rod, minute hair Height-adjusting device flange piece and a minute hair Height-adjusting device rod; Within described minute, hair Height-adjusting device guide rod is telescopic rod; Within described minute, hair Height-adjusting device spring is connected with a minute hair Height-adjusting device flange piece with minute hair Height-adjusting device slide block respectively with minute hair Height-adjusting device guide rod two ends; Within described minute, the hair device is located at described minute hair Height-adjusting device flange piece lower end; The lifting slide block of described electric shear lifting device is provided with the lifting rod; Within described minute, hair Height-adjusting device rod is located at described minute hair Height-adjusting device flange piece one side, and is positioned at directly over described lifting rod.
6. according to the arbitrary described vertical lint carving machine of claim 1 to 5, it is characterized in that: within described minute, the hair device comprises two pieces minutes hair plates; Described two pieces minutes hair plates gap distribution, and an end is connected with described minute hair device lifting device respectively.
7. vertical lint carving machine according to claim 6, it is characterized in that: within described two pieces minutes, the hair plates angle is the 150-160 degree, and gap is 1-3mm, and both wings are respectively equipped with tip.
8. according to the arbitrary described vertical lint carving machine of claim 1 to 5, it is characterized in that: described roller feed mechanism comprises material roller, carry-over pinch rolls, idler roller and material receiving roller; Described upper material roller, carry-over pinch rolls, idler roller and material receiving roller are separately fixed on frame; Described transversal scanning driving mechanism is located at described idler roller top.
9. according to the arbitrary described vertical lint carving machine of claim 1 to 5, it is characterized in that: described vertical lint carving machine also comprises dust arrester; Described dust arrester comprises dust excluding hood and aspiration channel; Described dust excluding hood covers in described clipping and carving head top; Described aspiration channel is connected with described dust excluding hood.
10. according to the arbitrary described vertical lint carving machine of claim 1 to 5, it is characterized in that: described clipping and carving head is a plurality of, is located at slidably described frame top by the transversal scanning driving mechanism respectively.
CN201320482901.XU 2013-08-08 2013-08-08 Vertical plush pattern shearing machine Withdrawn - After Issue CN203383011U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201320482901.XU CN203383011U (en) 2013-08-08 2013-08-08 Vertical plush pattern shearing machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201320482901.XU CN203383011U (en) 2013-08-08 2013-08-08 Vertical plush pattern shearing machine

Publications (1)

Publication Number Publication Date
CN203383011U true CN203383011U (en) 2014-01-08

Family

ID=49871523

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201320482901.XU Withdrawn - After Issue CN203383011U (en) 2013-08-08 2013-08-08 Vertical plush pattern shearing machine

Country Status (1)

Country Link
CN (1) CN203383011U (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103422296A (en) * 2013-08-08 2013-12-04 南京工业职业技术学院 Vertical flower shearing machine for plush fabric
CN110685106A (en) * 2018-07-06 2020-01-14 广东众恒科技有限公司 Carpet flower shearing device

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103422296A (en) * 2013-08-08 2013-12-04 南京工业职业技术学院 Vertical flower shearing machine for plush fabric
CN103422296B (en) * 2013-08-08 2015-11-11 南京工业职业技术学院 A kind of vertical lint carving machine
CN110685106A (en) * 2018-07-06 2020-01-14 广东众恒科技有限公司 Carpet flower shearing device

Similar Documents

Publication Publication Date Title
CN103422296B (en) A kind of vertical lint carving machine
CN103306083B (en) Plush flower-shearing cutting machine
CN106737915A (en) A kind of medical Chinese medicine bi-directional cutting device
CN203383011U (en) Vertical plush pattern shearing machine
CN203212911U (en) Novel cloth cutting machine
CN101575797B (en) Semi-automatic double-pole umbrella fabric pressure cutting machine
CN202005233U (en) High-speed chestnut shell cutting device
CN210558416U (en) Non-woven fabric edge cutting device
CN206438309U (en) A kind of new shearing machine
CN103789989A (en) Numerical-control textile cutting table
CN204722492U (en) Two-color toothbrush feather planting machine
CN103306084B (en) Plush laser embossing machine
CN104856433B (en) Two-color toothbrush feather planting machine
CN203021578U (en) Automatic fur mesh cutting device
CN109108498A (en) A kind of cutter device of fabric
CN203503958U (en) Line twisting mechanism of full-automatic single-head peeling wire-cutting end cutting machine
CN207548830U (en) Note distribution idler wheel rubber ring cutting device
CN202038090U (en) Full-automatic decorative paillette pattern arranging machine
CN206436295U (en) A kind of cotton core rod automatic gas cutting machine
CN205165366U (en) Rod finished product platform cold bed power belting
CN202849842U (en) Numerical control textile cutting table
CN203212909U (en) Extensible system of on-line protofilament cutting machine
CN210394963U (en) Cotton cloth cutting device
CN201342709Y (en) Bamboo tube washing mechanism
CN216129882U (en) Shearing device is used in textile fabric production

Legal Events

Date Code Title Description
C14 Grant of patent or utility model
GR01 Patent grant
C25 Abandonment of patent right or utility model to avoid double patenting
AV01 Patent right actively abandoned

Granted publication date: 20140108

Effective date of abandoning: 20151111