CN206172668U - Full -automatic lopping one -tenth dish admission machine - Google Patents
Full -automatic lopping one -tenth dish admission machine Download PDFInfo
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- CN206172668U CN206172668U CN201621245285.6U CN201621245285U CN206172668U CN 206172668 U CN206172668 U CN 206172668U CN 201621245285 U CN201621245285 U CN 201621245285U CN 206172668 U CN206172668 U CN 206172668U
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- platen
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Abstract
The utility model relates to a full -automatic lopping one -tenth dish admission machine, construct and total frame including pressure disk mechanism, packaging membrane mechanism, admission machine, pressure disk mechanism includes pressure disk frame, pressure disk cylinder, the smooth traverse axis of pressure disk, pressure disk slide rail, pressure disk motor, pressure disk transition axle, lift lead screw, pressure disk lift seat, lead screw driving motor, chuck assembly and rotation clamping ring, be equipped with the rolling disc in total frame, the rolling disc lies in and rotates the clamping ring below, packaging membrane mechanism is located pressure disk mechanism lateral part, and packaging membrane mechanism includes coating machine frame, diolame book installation roller and brake coupling, the admission machine constructs including take -up stand, transmission wheel assembly, cable guiding hole post, receives the thread guide rail and receive the line cylinder, take -up stand slides with receipts thread guide rail and is connected cable guiding hole post and take -up stand fixed connection to just to pressure disk mechanism, receive the line cylinder and be connected with total frame, and export the pole and be connected with take -up stand. The utility model discloses realize the full automatization, accomplish coiling and diolame operation, improve production efficiency, reduction in production cost.
Description
Technical field
The utility model is related to a kind of full-automatic lopping into disk admission machine, belongs to and is winding into disc apparatus field.
Background technology
It is well known that at present cable is required to be wound on I shape coiling disk, and need to carry out coating operation again.It is existing
The coiling and coating for having technology is completed by curling machine and coating machine, so not only reduces production efficiency, and automates journey
Degree is not high, and production cost increases.
The content of the invention
The purpose of this utility model is to provide a kind of realization full-automation, completes coiling and coating operation, improves production
Efficiency, reduces the full-automatic lopping of production cost into disk admission machine.
In order to achieve the above object, the technical solution of the utility model is：A kind of full-automatic lopping into disk admission machine, including
Compressing mechanism, film coating mechanism, take-up mechanism and total frame, the compressing mechanism includes platen frame, platen cylinder, platen sliding
Axle, platen slide rail, platen motor, platen transition axis, elevating screw, platen lifting seat, screw mandrel motor, chuck assembly and turn
Dynamic pressure circle, the platen frame is fixedly connected with total frame, and elevating screw and platen transition axis are connected with platen frame, and platen is slided
Rail is fixedly connected with platen frame, and platen lifting seat is connected with platen slide rail sliding, and is connected with elevating screw, described to rotate pressure
Circle is rotated with platen lifting seat and is connected, and is connected with platen transition axis, and the platen cylinder is connected with platen lifting seat, and
Take-off lever is connected with platen slip shaft, and platen slip shaft is connected through trim ring, chuck assembly is rotated with platen slip shaft bottom,
Platen motor is connected with platen transition axis, and screw mandrel motor is connected with elevating screw, and total frame is provided with
Rotation dish, rotation dish is located at and rotates trim ring lower section；The film coating mechanism is located at compressing mechanism sidepiece, and film coating mechanism includes coating machine
Frame, coating volume mounted roller and brake coupling, the coating volume mounted roller is connected by brake coupling with coating gantry rotation；
The take-up mechanism includes take-up stand, driving pulley assembly, cable guide hole post, take-up guide rail and take-up cylinder, and the take-up is led
Rail and driving pulley assembly are connected with total frame, and the take-up stand is connected with take-up guide rail sliding, cable guide hole post and take-up stand
It is fixedly connected, and just to compressing mechanism, take-up cylinder is connected with total frame, and take-off lever is connected with take-up stand.
Also include send disc mechanism, send disc mechanism include send disk frame, send disc holder, two send disk drive, send disk to convey
Band, send disk guide rail, send parcel bar, send disk handwheel and send coil motor, it is described to send disk guide rail to be fixedly connected with disk frame is sent, send pan arrest
Frame is connected with disk guide rail sliding is sent, and is connected with parcel bar is sent, described to send disk handwheel to be fixedly connected with parcel bar upper end is sent, two
Send disk drive to rotate with the two ends for sending disc holder to be connected, and be connected by sending disk conveyer belt, it is described send coil motor and its
In one send disk drive to be connected.
Also include pushing plate mechanism, pushing plate mechanism includes push-plate installing rack, push-plate cylinder and push-plate roller, the push-plate installing rack
It is fixedly connected with total frame, push-plate cylinder is connected with push-plate installing rack, the push-plate roller is fixed on the take-off lever of push-plate cylinder.
The end for sending disc mechanism is additionally provided with and connects disk rotating turret and connect coil motor, connect disk rotating turret by connect coil motor with
Disk gantry rotation is sent to connect.
The platen frame is to be provided with tray platform and two sliding holders below portal frame, and platen frame, always
Frame is provided with pallet slide rail at tray platform, and sliding holder is located at tray platform top, and with pallet slide rail sliding
Connection, is provided with gap S between sliding holder, and platen frame is provided with the first platen motor and the first platen bar, and described the
One platen motor is fixedly connected with platen frame, and the lifting of the first platen bar and platen frame is connected, and with the first platen motor
It is connected.
The chuck assembly include chuck mounting seat, back-moving spring, line ball claw and PU cushion blocks, the chuck mounting seat with
Platen slip shaft bottom is fixedly connected, and chuck mounting seat is provided with receiving hole, and back-moving spring is located in receiving hole, line ball claw
It is slidably connected with receiving hole, one end and the line ball claw of back-moving spring offset, and the other end offsets with receiving hole bottom hole, the PU pads
Block is located between line ball claw and chuck mounting seat.
The film coating mechanism also includes coating motor, coating deflector roll, coating positioning cylinder, coating elevating screw, deflector roll support
Frame, coating lifting seat and coating lifting sliding rail, coating lifting sliding rail is fixedly connected in coating frame, coating lifting seat and coating
Lifting sliding rail sliding connects, and is connected with coating elevating screw, and the brake coupling is connected on coating lifting seat, the bag
The take-off lever connection of film positioning cylinder offsets with coating lifting seat, and the coating motor is connected with coating elevating screw, leads
Roll bracket is fixedly connected with coating lifting seat, and coating deflector roll is connected with deflector roll carriage turns.
After using said structure, I-beam wheel of the present utility model is positioned by compressing mechanism and rotated, take-up mechanism
The reserved line-entering hole in I-beam wheel periphery is stretched into in the termination of cable, platen slip shaft can extend into the mesopore of I-beam wheel, and lead to
The termination that chuck assembly pushes down cable is crossed, in I-beam wheel rotation process winding operation is just completed.Then film coating mechanism is to coiling
The I-beam wheel for completing carries out coating operation.High degree of automation, and coiling and coating operation can be just completed on an equipment,
Improve production efficiency, reduces production cost.
Description of the drawings
Fig. 1 is stereogram of the present utility model；
Fig. 2 is the top view of Fig. 1；
Fig. 3 is compressing mechanism schematic diagram in Fig. 1；
Fig. 4 is the A-A sectional views of Fig. 3；
Fig. 5 is the I portions enlarged drawing of Fig. 4；
Fig. 6 is that disc mechanism schematic diagram is sent in Fig. 1；
Fig. 7 is the top view of Fig. 6；
Fig. 8 is coating device schematic diagram in Fig. 1；
Fig. 9 is the B-B sectional views of Fig. 8.
Specific embodiment
The utility model is described in further detail below in conjunction with the embodiment that accompanying drawing is given.
Referring to shown in Fig. 1-9, a kind of full-automatic lopping is into disk admission machine, including compressing mechanism 100, film coating mechanism 200, receives
Line mechanism 300 and total frame 400, the compressing mechanism 100 includes platen frame 101, platen cylinder 102, platen slip shaft
103rd, platen slide rail 104, platen motor 105, platen transition axis 106, elevating screw 107, platen lifting seat 108, screw mandrel drive
Motor 109, chuck assembly 110 and rotation trim ring 111, the platen frame 101 is fixedly connected with total frame 400, elevating screw
107 and platen transition axis 106 be connected with platen frame 101, platen slide rail 104 is fixedly connected with platen frame 101, platen lifting
Seat 108 is connected with the sliding of platen slide rail 104, and is connected with elevating screw 107, described to rotate trim ring 111 and platen lifting seat 108
Connection is rotated, and is connected with platen transition axis 106, the platen cylinder 102 is connected with platen lifting seat 108, and exported
Bar is connected with platen slip shaft 103, and platen slip shaft 103 is through rotation trim ring 111, chuck assembly 110 and platen slip shaft 103
Bottom connects, and platen motor 105 is connected with platen transition axis 106, and screw mandrel motor 109 is passed with elevating screw 107
Dynamic connection, total frame 400 is provided with rotation dish 401, and rotation dish 401 is located at and rotates the lower section of trim ring 111；The film coating mechanism
200 are located at the sidepiece of compressing mechanism 100, and film coating mechanism 200 includes that coating frame 201, coating rolls up mounted roller 203 and brake coupling
204, the coating volume mounted roller 203 is rotated with coating frame 201 by brake coupling 204 and is connected；The take-up mechanism 300
Including take-up stand 301, driving pulley assembly 302, cable guide hole post 303, take-up guide rail 304 and take-up cylinder 305, the take-up
Guide rail 304 and driving pulley assembly 302 are connected with total frame 400, and the take-up stand 301 is connected with the sliding of take-up guide rail 304, cable
It is oriented to hole post 303 to be fixedly connected with take-up stand 301, and just to compressing mechanism 100, take-up cylinder 305 is connected with total frame 400,
And take-off lever is connected with take-up stand 301.
Referring to shown in Fig. 1,2,6,7, also including disc mechanism 500 is sent, disc mechanism 500 is sent to include sending disk frame 501, sending pan arrest
502, two, frame send disk drive 503, send disk conveyer belt 504, send disk guide rail 505, send parcel bar 506, send disk handwheel 507 and send
Coil motor 508, it is described to send disk guide rail 505 to be fixedly connected with disk frame 501 is sent, send disc holder 502 to connect with the sliding of disk guide rail 505 is sent
Connect, and be connected with parcel bar 506 is sent, described to send disk handwheel 507 to be fixedly connected with the upper end of parcel bar 506 is sent, two are sent disk to be driven
Wheel 503 is rotated with the two ends for sending disc holder 502 and is connected, and is connected by sending disk conveyer belt 504, described to send coil motor 508
Disk drive 503 is sent to be connected with one of them.The drive of coil motor 508 of sending for sending disk device 500 send disk conveyer belt 504 to pass
It is dynamic, the I-beam wheel for lying low is delivered at total frame 400, and it is highly consistent with miscellaneous part to adjust height.It is concrete to adjust
Section mode is：Disk handwheel 507 is sent in operation, send disk handwheel 507 to drive and send parcel bar 506 to rotate, and drive send disc holder 502 to exist
Disk guide rail 505 is sent to make lifting moving.
Referring to shown in Fig. 1,2, also including pushing plate mechanism 600, pushing plate mechanism 600 includes push-plate installing rack 601, push-plate cylinder
602 and push-plate roller 603, the push-plate installing rack 601 is fixedly connected with total frame 400, push-plate cylinder 602 and push-plate installing rack
601 connections, the push-plate roller 603 is fixed on the take-off lever of push-plate cylinder 602.Pushing plate mechanism 600 will can be completed around making
The I-beam wheel of industry is released, and can be pushed in other conveying device.Facilitate the collection of finished product I-beam wheel.
Referring to shown in Fig. 1,2, the end for sending disc mechanism 500 is additionally provided with and connects disk rotating turret 700 and connect coil motor 701,
Connect disk rotating turret 700 and be connected with the rotation of disk frame 501 is sent by connecing coil motor 701.When I-beam wheel send disk from send disc mechanism 500
Conveyer belt 504 is delivered to and connects on disk rotating turret 700, then connects the drive of coil motor 701 and connects the 90 ° of rotations of the work of disk rotating turret 700, makes to put down
The I-beam wheel lain is in vertical laying state, and be placed exactly in two sliding holders 801 just can be with clamp position, and work
The middle part cylinder of character wheel is just installed on the gap S between two sliding holders 801.
Referring to shown in Fig. 1,2, the platen frame 101 is portal frame, and the lower section of platen frame 101 is provided with tray platform
800 and two sliding holders 801, total frame 400 is provided with pallet slide rail 802, sliding holder at tray platform 800
801 are located at the top of tray platform 800, and are connected with the sliding of pallet slide rail 802, and gap S is provided between sliding holder 801, and
Platen frame 101 is provided with the first platen motor 803 and the first platen bar 804, the first platen motor 803 and platen frame
101 are fixedly connected, and the first platen bar 804 is connected with the lifting of platen frame 101, and are connected with the first platen motor 803.
Apparatus above is from the transition conveying device for sending disc mechanism 500 to be delivered to compressing mechanism 100 by I-beam wheel.It is shown in Figure 2, when
When the middle part cylinder of I-beam wheel is just installed on the left side of the gap S between two sliding holders 801, described two sliding folders
Gripping member 801 moves right in the presence of drive cylinder on pallet slide rail 802, when I-beam wheel is moved to the first platen bar 804
During lower section, the first platen motor 803 drives the first platen bar 804 to decline, and I-beam wheel is pushed down, then drives sliding holder 801
It is moved to the left, because I-beam wheel is pushed down by the first platen bar 804, I-beam wheel can only slide on the S of gap, moves to sliding folder
The right side of gripping member 801, and the left side of sliding holder 801 has clamped another I-beam wheel, when sliding holder 801 again to
When moving right, first I-beam wheel for being clamped in right side has been moved to the lower section of chuck assembly 110, and second is just pressed from both sides
Hold the I-beam wheel in the left side of sliding holder 801 to be moved into below the first platen bar 804, the like, the conveying work of circulation
Character wheel, completes I-beam wheel and conveys from the transition for sending disc mechanism 500 to compressing mechanism 100.
Shown in Figure 5, the chuck assembly 110 includes chuck mounting seat 116, back-moving spring 112, line ball claw 113
With PU cushion blocks 114, the chuck mounting seat 116 is fixedly connected with the bottom of platen slip shaft 103, sets in chuck mounting seat 116
There is receiving hole 115, back-moving spring 112 is located in receiving hole 115, and line ball claw 113 is slidably connected with receiving hole 115, reset bullet
One end of spring 112 offsets with line ball claw 113, and the other end offsets with the bottom hole of receiving hole 115, and the PU cushion blocks 114 are located at line ball
Between claw 113 and chuck mounting seat 116.Line ball claw 113 can push down the end of a thread of cable, and the conduct of back-moving spring 112
Buffer, and PU cushion blocks 114 will not be damaged by pressure to the enamel-covered wire of the end of a thread outsourcing.
Also include coating motor 202, coating deflector roll 205, coating positioning gas referring to the film coating mechanism 200 shown in Fig. 8,9
Cylinder 206, coating elevating screw 207, deflector roll bracket 208, coating lifting seat 209 and coating lifting sliding rail 210, coating lifting sliding rail
210 are fixedly connected in coating frame 201, and coating lifting seat 209 is connected with the sliding of coating lifting sliding rail 210, and with coating liter
Drop screw mandrel 207 connects, and the brake coupling 204 is connected on coating lifting seat 209, coating positioning cylinder 206 it is defeated
Rod connection offsets with coating lifting seat 209, and the coating motor 202 is connected with coating elevating screw 207, deflector roll bracket
208 are fixedly connected with coating lifting seat 209, and coating deflector roll 205 is rotated with deflector roll bracket 208 and is connected.Coating rolls up mounted roller 203
It is connected with brake coupling 204, brake coupling 204 is connected with coating lifting seat 209.Coating lifting seat 209 can be by bag
Film motor 202 drives coating elevating screw 207, moves up and down, so as to drive coating volume mounted roller 203 to move up and down.
In coating operation process, so moving up and down can cause coating more uniform, and coating effect more preferably, meets full-automatic production
Demand.
Referring to shown in Fig. 1-9, when the utility model is used, when I-beam wheel send disk conveyer belt 504 defeated from send disc mechanism 500
Deliver to and connect on disk rotating turret 700, then connect the drive of coil motor 701 and connect the 90 ° of rotations of the work of disk rotating turret 700, make the I-beam wheel for lying low
In vertical laying state, and be placed exactly in two sliding holders 801 just can be with clamp position, and the middle part of I-beam wheel
Cylinder is just installed in the leftward position of the gap S between two sliding holders 801.
When I-beam wheel is moved to the first platen 804 lower section of bar, the first platen motor 803 is driven under the first platen bar 804
Drop, I-beam wheel is pushed down, then drives sliding holder 801 to be moved to the left, because I-beam wheel is pushed down by the first platen bar 804, work
Character wheel can only slide on the S of gap, move to the right side of sliding holder 801, and the left side of sliding holder 801 clamps
Another I-beam wheel, when sliding holder 801 moves right again, first I-beam wheel for being clamped in right side by
It is moved in the rotation dish 401 of the lower section of chuck assembly 110, and second I-shaped for being just clamped in the left side of sliding holder 801
Wheel is moved into the lower section of the first platen bar 804, the like, the conveying I-beam wheel of circulation completes I-beam wheel from sending disc mechanism 500
Transition to compressing mechanism 100 is conveyed.
Screw mandrel motor 109 drives elevating screw 107 to rotate, so as to drive platen lifting seat 108 to move down, so as to
Drive rotation trim ring 111 to decline, push down I-beam wheel.Take-up mechanism 300 is pressed in the reserved hole of the termination insertion I-beam wheel of cable
Disk cylinder 102 drives platen slip shaft 103 to decline, and through the mesopore of I-beam wheel, chuck assembly 110 is pushed down into the end of cable
Head.Now platen motor 105 drives platen transition axis 106 to rotate, and platen transition axis 106 drives rotation trim ring 111 to rotate, so as to
I-beam wheel is driven to rotate, cable is just coiled in I-beam wheel.After the completion of coiling, the cut-out cable of take-up mechanism 300.Film coating mechanism
200 operations, I-shaped wheel surface is wrapped in the coating volume rotation process of mounted roller 203 by film, rotates trim ring 111 and chuck assembly
110 return to original position.
The push-plate cylinder 602 of last pushing plate mechanism 600 drives push-plate roller 603 that I-beam wheel is pushed into into other conveying device
On, that is, complete whole operations.
The utility model high degree of automation, and integrate and give disk, coiling and coating, improve production efficiency.
Above-described is only preferred embodiment of the present utility model, it is noted that for the ordinary skill of this area
For personnel, on the premise of design is created without departing from the utility model, some deformations and improvement can also be made, these all belong to
In protection domain of the present utility model.
Claims (7)
1. a kind of full-automatic lopping is into disk admission machine, it is characterised in that：Including compressing mechanism (100), film coating mechanism (200), receive
Line mechanism (300) and total frame (400), the compressing mechanism (100) includes platen frame (101), platen cylinder (102), pressure
Disk slip shaft (103), platen slide rail (104), platen motor (105), platen transition axis (106), elevating screw (107), platen
Lifting seat (108), screw mandrel motor (109), chuck assembly (110) and rotation trim ring (111), the platen frame (101)
It is fixedly connected with total frame (400), elevating screw (107) and platen transition axis (106) are connected with platen frame (101), platen
Slide rail (104) is fixedly connected with platen frame (101), and platen lifting seat (108) is connected with platen slide rail (104) sliding, and with
Elevating screw (107) connect, it is described rotation trim ring (111) with platen lifting seat (108) rotation be connected, and with platen transition axis
(106) it is connected, the platen cylinder (102) is connected with platen lifting seat (108), and take-off lever and platen slip shaft
(103) connect, platen slip shaft (103) is through rotation trim ring (111), chuck assembly (110) and platen slip shaft (103) lower end
Portion connects, and platen motor (105) is connected with platen transition axis (106), screw mandrel motor (109) and elevating screw
(107) it is connected, total frame (400) is provided with rotation dish (401), and rotation dish (401) is under rotation trim ring (111)
Side；
The film coating mechanism (200) includes coating frame (201), bag positioned at compressing mechanism (100) sidepiece, film coating mechanism (200)
Film roll mounted roller (203) and brake coupling (204), coating volume mounted roller (203) is by brake coupling (204) and bag
Film frame (201) rotates connection；
The take-up mechanism (300) is led including take-up stand (301), driving pulley assembly (302), cable guide hole post (303), take-up
Rail (304) and take-up cylinder (305), the take-up guide rail (304) and driving pulley assembly (302) are connected with total frame (400), institute
State take-up stand (301) to be connected with take-up guide rail (304) sliding, cable guide hole post (303) is fixedly connected with take-up stand (301),
And just to compressing mechanism (100), take-up cylinder (305) is connected with total frame (400), and take-off lever is connected with take-up stand (301).
2. full-automatic lopping according to claim 1 is into disk admission machine, it is characterised in that：Also include sending disc mechanism (500),
Send disc mechanism (500) including send disk frame (501), send disc holder (502), two send disk drive (503), send disk conveyer belt
(504) disk guide rail (505), is sent, parcel bar (506) is sent, send disk handwheel (507) and is sent coil motor (508), it is described to send disk guide rail
(505) be fixedly connected with disk frame (501) is sent, send disc holder (502) to be connected with disk guide rail (505) sliding is sent, and with send parcel
Bar (506) connects, and described to send disk handwheel (507) to be fixedly connected with parcel bar (506) upper end is sent, two are sent disk drive (503)
It is connected with sending the two ends of disc holder (502) to rotate, and is connected by sending disk conveyer belt (504), it is described to send coil motor (508)
Disk drive (503) is sent to be connected with one of them.
3. full-automatic lopping according to claim 1 is into disk admission machine, it is characterised in that：Also include pushing plate mechanism (600),
Pushing plate mechanism (600) includes push-plate installing rack (601), push-plate cylinder (602) and push-plate roller (603), the push-plate installing rack
(601) it is fixedly connected with total frame (400), push-plate cylinder (602) is connected with push-plate installing rack (601), the push-plate roller (603)
It is fixed on the take-off lever of push-plate cylinder (602).
4. full-automatic lopping according to claim 2 is into disk admission machine, it is characterised in that：The disc mechanism (500) of sending
End is additionally provided with and connects disk rotating turret (700) and connect coil motor (701), connects disk rotating turret (700) by connecing coil motor (701) and sending
Disk frame (501) rotates connection.
5. full-automatic lopping according to claim 1 is into disk admission machine, it is characterised in that：The platen frame (101) is
Tray platform (800) and two sliding holders (801), total frame are provided with below portal frame, and platen frame (101)
(400) be provided with pallet slide rail (802) positioned at tray platform (800) place, sliding holder (801) is positioned at tray platform (800)
Top, and be connected with pallet slide rail (802) sliding, it is provided between sliding holder (801) on gap S, and platen frame (101)
The first platen motor (803) and the first platen bar (804) are provided with, the first platen motor (803) is solid with platen frame (101)
Connection, and the first platen bar (804) calmly is connected with platen frame (101) lifting, and connects with the transmission of the first platen motor (803)
Connect.
6. full-automatic lopping according to claim 1 is into disk admission machine, it is characterised in that：Chuck assembly (110) bag
Include chuck mounting seat (116), back-moving spring (112), line ball claw (113) and PU cushion blocks (114), the chuck mounting seat
(116) it is fixedly connected with platen slip shaft (103) bottom, chuck mounting seat (116) is provided with receiving hole (115), reset bullet
In receiving hole (115), line ball claw (113) is slidably connected spring (112) with receiving hole (115), and the one of back-moving spring (112)
End offsets with line ball claw (113), and the other end offsets with receiving hole (115) bottom hole, and the PU cushion blocks (114) are positioned at line ball claw
(113) and chuck mounting seat (116) between.
7. full-automatic lopping according to claim 1 is into disk admission machine, it is characterised in that：The film coating mechanism (200) is also
Including coating motor (202), coating deflector roll (205), coating positioning cylinder (206), coating elevating screw (207), deflector roll bracket
(208), coating lifting seat (209) and coating lifting sliding rail (210), coating lifting sliding rail (210) is fixedly connected on coating frame
(201) on, coating lifting seat (209) is connected with coating lifting sliding rail (210) sliding, and is connected with coating elevating screw (207),
The brake coupling (204) is connected on coating lifting seat (209), the take-off lever connection of coating positioning cylinder (206)
Offset with coating lifting seat (209), the coating motor (202) is connected with coating elevating screw (207), deflector roll bracket
(208) it is fixedly connected with coating lifting seat (209), and coating deflector roll (205) is rotated with deflector roll bracket (208) and is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621245285.6U CN206172668U (en) | 2016-11-14 | 2016-11-14 | Full -automatic lopping one -tenth dish admission machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621245285.6U CN206172668U (en) | 2016-11-14 | 2016-11-14 | Full -automatic lopping one -tenth dish admission machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206172668U true CN206172668U (en) | 2017-05-17 |
Family
ID=58685583
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621245285.6U Active CN206172668U (en) | 2016-11-14 | 2016-11-14 | Full -automatic lopping one -tenth dish admission machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206172668U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106364982A (en) * | 2016-11-14 | 2017-02-01 | 江苏新永良线缆机械有限公司 | Full-automatic coil-forming and disc-forming take-up machine |
| CN109179070A (en) * | 2018-10-15 | 2019-01-11 | 富通集团（嘉善）通信技术有限公司 | Receive the inner end reservation device of winding displacement automatically for cable |
-
2016
- 2016-11-14 CN CN201621245285.6U patent/CN206172668U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106364982A (en) * | 2016-11-14 | 2017-02-01 | 江苏新永良线缆机械有限公司 | Full-automatic coil-forming and disc-forming take-up machine |
| CN109179070A (en) * | 2018-10-15 | 2019-01-11 | 富通集团（嘉善）通信技术有限公司 | Receive the inner end reservation device of winding displacement automatically for cable |
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