CN208437761U - Stainless steel cut device - Google Patents
Stainless steel cut device Download PDFInfo
- Publication number
- CN208437761U CN208437761U CN201821118571.5U CN201821118571U CN208437761U CN 208437761 U CN208437761 U CN 208437761U CN 201821118571 U CN201821118571 U CN 201821118571U CN 208437761 U CN208437761 U CN 208437761U
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- stainless steel
- piston cylinder
- motor
- cutter
- grain
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Abstract
The utility model belongs to cutting processing technical field, specifically discloses stainless steel cut device, including rack, cutter unit, transmission unit and clamping unit；Cutter unit includes shaft, first motor, cam and cutter, and cutter are located at one upper side of transmission unit；Guide groove is provided in rack, first motor is slidably connected on the rack by guide groove；It is provided with closed card slot on cam, is fixed with connecting rod in rack；Clamping unit includes grain-clamping table and piston cylinder, and hydraulic oil is housed inside piston cylinder, piston is slidably connected in piston cylinder, the connecting column that lower part is fixed on piston is connected in first motor；Piston cylinder is equipped with buffer gear；The lower surface of grain-clamping table is provided with groove, and cavity is provided in grain-clamping table, slidably connected in cavity two be oppositely arranged push away column, the side for pushing away column is respectively positioned in groove；Connecting tube is connected between grain-clamping table and piston cylinder.Using the present apparatus, the big problem of existing cutting mode low efficiency, labor intensity of workers can effectively solve the problem that.
Description
Technical field
The utility model belongs to cutting processing technical field more particularly to a kind of stainless steel cut device.
Background technique
Stainless steel is the abbreviation of stainless acid resistant steel, the weak corrosive medium such as resistance to air, steam, water or the steel grade with rustless property
Referred to as stainless steel, since stainless steel is not easy to get rusty, long service life, stainless steel material be widely used in various objects plus
In work production, stainless steel would generally be used when such as producing showcase, door and window.
Stainless steel would generally be cut when producing showcase, door and window, the length of stainless steel is made to meet the requirements, and due to
Stainless steel nt wt net weight itself is larger, and script length is also longer, and the general fado that does is first to fix stainless steel, then take one and cut
The length that cutting mill cutting needs, using this cutting mode, every cutting once all needs that stainless steel is fixed, production efficiency
It is low, and entire cutting process all needs worker to participate in, the large labor intensity of worker.
Utility model content
The purpose of this utility model is to provide a kind of stainless steel cut device, with solve existing cutting mode low efficiency,
The big problem of labor intensity of workers.
In order to achieve the above object, the base case of the utility model are as follows: stainless steel cut device, including rack, cutting
Unit, transmission unit and the clamping unit for being gripped to stainless steel material, clamping unit are located on transmission unit
Side；Cutter unit includes shaft, the first motor of drive shaft rotation and the cam and cutter being each attached in shaft, is cut
Cutter is located at one upper side of transmission unit；The guide groove being distributed along the vertical direction is provided in rack, first motor is slided by guide groove
Connection is on the rack；It is provided with closed card slot on the curved profile surface of cam, is fixed with lower end in rack and is fastened in card slot
Connecting rod；Clamping unit includes grain-clamping table and piston cylinder, and hydraulic oil is housed inside piston cylinder, slidably connects work in piston cylinder
It fills in, is connected with the connecting column that lower part is fixed on piston in first motor；Piston cylinder is equipped with for pressure in regulating piston cylinder
The buffer gear of size；The lower surface of grain-clamping table, which is provided with, to be provided with cavity in grain-clamping table for the groove that stainless steel material passes through, empty
It is intracavitary slidably connect two be oppositely arranged push away column, the side for pushing away column is respectively positioned in groove；Connect between grain-clamping table and piston cylinder
It is connected to connecting tube.
The working principle of this base case is: stainless steel material to be cut being placed on transmission unit, by transmitting
Unit conveys stainless steel material, when stainless steel material moves to fixed position, transmission unit is made to stop working.Starting
First motor, first motor drive cam and cutter to rotate by shaft, during cam rotation, first motor
It can be slided up and down with the variation of cam surface profile along rack.When first motor moves downward, first motor passes through connection
Column drives inner wall slide downward of the piston along piston cylinder, piston press hydraulic oil, and hydraulic oil flows into grain-clamping table by connecting tube
In cavity, the hydraulic oil in cavity pushes away column and moves to stainless steel material side, pushes away column and gradually clamps stainless steel material.When
When pushing away column and not continuing to movement, the pressure in piston cylinder increases, the pressure in buffer gear regulating piston cylinder.In this process
In, motor drives cutter downward together by shaft, and when cutter go downwards to extreme position, cutter are completed to stainless
The cutting of Steel material.When first motor moves upwards, first motor driving cutter and piston move upwards together.On piston
During row, the hydraulic oil in grain-clamping table cavity is gradually flowed back into piston cylinder, is pushed away column and is gradually resetted, and is pushed away column and is unclamped automatically and is located at
Stainless steel material on transmission unit.
The beneficial effect of this base case is:
1, cutter move downward when cutting to stainless steel material, push away column and realize Automatic-clamping to stainless steel material,
This programme has simplified operating procedure for compared with the existing technology, improves work efficiency.
2, start first motor, first motor drives cam and cutter rotation, and motor can also drive in this process
Cutter pump, and cutter is enable effectively to cut to stainless steel material.In entire cutting process, it is not required to
Worker holds cutting machine and cuts to workpiece, and the labor intensity of worker is effectively reduced.
Further, the lower section of cutter is equipped with the Material collecting box for harvesting positioned at transmission unit side, be provided on Material collecting box for harvesting can supply it is stainless
The through-hole that Steel material passes through；The support plate for being supported to stainless steel material, Material collecting box for harvesting are hinged on the inner wall of Material collecting box for harvesting
It is interior to be equipped with the sliding cylinder being located at below support plate, the top for support plate to be pushed into horizontal position is slidably connected in sliding cylinder
Column；Drain pipe is connected between sliding cylinder and piston cylinder.
When first motor downlink, piston press hydraulic oil, section hydraulic oil is flowed into sliding cylinder by drain pipe, sliding cylinder
Interior hydraulic oil driving top pillar is upward, and support plate is pushed into horizontal position by top pillar, and support plate is contacted with stainless steel material at this time, branch
Fagging can be supported stainless steel material, avoid making stainless steel material since stainless steel material part is hanging when cutting processing
Some position stress is excessive and deforms.
Further, the limiting slot along short transverse distribution is provided on the inner wall of sliding cylinder, top pillar is equipped with and is slidably connected at
Protrusion in limiting slot, when the upper end of projection movement to limiting slot, support plate is pushed into horizontal position by top pillar.Limiting slot energy is set
The movement travel of enough effectively control top pillars, makes the movement of top pillar meet actual demand.
Further, transmission unit include controller, pressure sensor, two driving wheels, driving driving wheel rotation second
Motor and the conveyer belt being set on two driving wheels, pressure sensor and the second motor are electrically connected with the controller, and pressure passes
Sensor is fixed on the inner wall of Material collecting box for harvesting and opposite with through-hole.
Start the second motor, the second motor drives conveyer belt to move by driving wheel, and conveyer belt carries out stainless steel material
Conveying, when stainless steel material passes through through-hole and contacts with the inner wall of Material collecting box for harvesting, stainless steel material squeeze pressure sensor, pressure
Sensor experiences pressure, and pressure signal is converted to electric signal and sends controller, controller control second to by pressure sensor
Motor stops working, and stainless steel material also stop motion, cuts stainless steel material convenient for cutter at this time.After cutting
Stainless steel material transferring position after, stainless steel material no longer applies pressure to pressure sensor, and controller do not receive by pressing
The electric signal of force signal conversion, controller control the work of the second motor, and conveyer belt again conveys stainless steel material.This reality
It is more intelligent with the transmission unit working method in novel application, after stainless steel material is transported to suitable position by conveyer belt,
Conveyer belt stop motion, is cut convenient for cutter, and after the stainless steel material position transfer after cutting, conveyer belt continues to convey
Stainless steel material is not required to worker's participation in this process, cost of labor is effectively reduced.
Further, buffer gear includes the liquid reserve tank being fixed on piston cylinder side wall, and the side wall of piston cylinder is equipped with equal energy
It is connected to the unidirectional liquid feed valve and unidirectional tapping valve of liquid reserve tank and piston cylinder.When pressure in piston cylinder increases, unidirectional tapping valve is certainly
Dynamic to open, the hydraulic oil in piston cylinder can be flowed into liquid reserve tank by unidirectional tapping valve；It is single when pressure in piston cylinder reduces
It is automatically opened to liquid feed valve, the hydraulic oil in liquid reserve tank can be flowed into piston cylinder by unidirectional liquid feed valve.The utility model Shen
Please in buffer gear structure it is simple, and can be effectively controlled the pressure in piston cylinder, avoid due to pressure in piston cylinder and big
Air pressure difference is excessive and piston cylinder is caused to be damaged.
Further, sliding block is slidably connected on guide groove, first motor is fixed on sliding block.Sliding block is set, and sliding block is along guide groove
It slides up and down, effectively first motor can be avoided directly to contact with guide groove, first motor is caused to be worn.
Detailed description of the invention
Fig. 1 is the positive view of the utility model stainless steel cut Installation practice；
Fig. 2 is the cross-sectional view of grain-clamping table；
Fig. 3 is the top view of Material collecting box for harvesting in Fig. 1.
Specific embodiment
It is further described below by specific embodiment:
Appended drawing reference in Figure of description 1 to 3 includes: rack 10, guide groove 11, sliding block 12, connecting rod 13, first motor
20, shaft 21, cam 22, cutter 23, connecting column 24, piston 25, driving wheel 30, conveyer belt 31, piston cylinder 40, unidirectional feed liquor
Valve 41, unidirectional tapping valve 42, connecting tube 43, drain pipe 44, liquid reserve tank 45, sliding cylinder 50, top pillar 51, limiting slot 52, Material collecting box for harvesting
60, through-hole 61, support plate 62, pressure sensor 63, stainless steel material 70, grain-clamping table 80, cavity 81, groove 82, push away column 90, folder
Hold plate 91.
As shown in Figure 1, stainless steel cut device, including rack 10, cutter unit, transmission unit and it is located on transmission unit
The clamping unit of side.Cutter unit includes first motor 20, shaft 21 and the cam 22 being each attached in shaft 21 and cutting
Knife 23, cutter 23 are located at top on the left of transmission unit.The output shaft and shaft 21 of first motor 20 weld, and start first motor
20, first motor 20 drives shaft 21 to rotate.It is provided with the guide groove 11 being distributed along the vertical direction in rack 10, is slided on guide groove 11
Dynamic to be connected with sliding block 12, first motor 20 is fixed on sliding block 12, and first motor 20 is slidably connected at guide groove 11 by sliding block 12
On.It is provided with closed card slot on the curved profile surface of cam 22, connecting rod 13, the lower end of connecting rod 13 are fixed in rack 10
It is rotatably connected to spin, spin is fastened in card slot.
Clamping unit includes grain-clamping table 80 and the piston cylinder 40 positioned at 20 lower section of first motor, and piston cylinder 40 is provided with hydraulic
Oil is slidingly and sealingly connected with piston 25 in piston cylinder 40.Connecting column 24, the lower end of connecting column 24 are fixed in first motor 20
It is fixed on piston 25, first motor 20 drives piston 25 to move up and down along the inner wall of piston cylinder 40 by connecting column 24.Piston
Cylinder 40, which is equipped with, is used for the powerful small buffer gear of 40 internal pressure of regulating piston cylinder, and buffer gear includes being fixed on 40 side wall of piston cylinder
On liquid reserve tank 45, the side wall of piston cylinder 40 is equipped with unidirectional liquid feed valve 41 and unidirectional tapping valve 42, the pressure in piston cylinder 40
When increase, unidirectional tapping valve 42 is automatically opened, and liquid reserve tank 45 is connected to piston cylinder 40, and the hydraulic oil in piston cylinder 40 passes through unidirectional
Tapping valve 42 flows into liquid reserve tank 45；When pressure in piston cylinder 40 reduces, unidirectional liquid feed valve 41 is automatically opened, liquid reserve tank 45 with
Piston cylinder 40 is connected to, and the hydraulic oil in liquid reserve tank 45 can be flowed into piston cylinder 40 by unidirectional liquid feed valve 41.In conjunction with Fig. 2 institute
Show, the lower surface of grain-clamping table 80, which is provided with, to be provided with cavity 81, cavity in grain-clamping table 80 for the groove 82 that stainless steel material 70 passes through
Slidably connected in 81 two be oppositely arranged push away column 90, the side for pushing away column 90 is respectively positioned in groove 82, is pushed away column 90 and is located at groove
Grip block 91 is fixed on side in 82.Connecting tube 43, connecting tube are connected between grain-clamping table 80 and the lower part of piston cylinder 40
43 are connected to cavity 81 with the inside of piston cylinder 40.
The lower section of cutter 23 is equipped with Material collecting box for harvesting 60, and Material collecting box for harvesting 60 is located at the left side of transmission unit, the right side of Material collecting box for harvesting 60
Being provided on wall can be for through-hole 61 that stainless steel material 70 passes through.When the stainless steel material 70 that transmission unit is sent passes through through-hole
61 and when being contacted with the inner left wall of Material collecting box for harvesting 60, move down cutter 23, stainless steel material 70 can be cut by cutter 23
The length needed, the stainless steel material 70 being of convenient length generated after cutting are fallen in Material collecting box for harvesting 60.As shown in connection with fig. 3, collect
Support plate 62 is hinged on the inner wall of hopper 60, support plate 62 is overturn to when in the horizontal position, and support plate 62 can be to by transmitting
The stainless steel material 70 that unit is sent is supported.The sliding cylinder 50 for being located at 62 lower section of support plate is equipped in Material collecting box for harvesting 60,
Top pillar 51 is slidingly and sealingly connected in sliding cylinder 50, top pillar 51 is for being supported support plate 62.The inner wall of sliding cylinder 50
On be provided with the limiting slot 52 along short transverse distribution, be fixed with the protrusion being slidably connected in limiting slot 52 on top pillar 51, protrusion
When moving to the upper end of limiting slot 52, support plate 62 is pushed into horizontal position by top pillar 51；Projection movement is to the lower end of limiting slot 52
When, top pillar 51 is located at lower limit position, and the lower surface of support plate 62 remains to contact with top pillar 51 at this time, but support plate 62 is turned over downwards
Certain angle is turned, the stainless steel material 70 for cutting completion can slide downwards along support plate 62, into Material collecting box for harvesting 60.It is sliding
It is connected with drain pipe 44 between the lower part of dynamic cylinder 50 and the lower part of piston cylinder 40, drain pipe 44 connects sliding cylinder 50 and piston cylinder 40
It connects.
Transmission unit includes the second motor, controller, pressure sensor 63, conveyer belt 31 and two driving wheels 30, transmission
Band 31 is set on two driving wheels 30, and grain-clamping table 80 is located at the top (grain-clamping table 80 is not drawn into Fig. 1) of conveyer belt 31.Second
The output shaft of motor is fixed therein at the center of rotation of a driving wheel 30, starts the second motor, and the second motor is able to drive
The driving wheel 30 rotates.Controller and pressure sensor 63 are electrically connected with the second motor, are used in the present embodiment
Controller is the controller of the model JKDB0903040123DS bought from Electronics Co., Ltd. of Zhongshan Jack Electronics Co., Ltd..Pressure sensing
Device 63 is fixed on the inner wall of Material collecting box for harvesting 60 and opposite with through-hole 61, and pressure sensor 63 used in the present embodiment refers to for Guangzhou
The pressure sensor 63 of the model PTB401 of compass sensor apparatus Co., Ltd production.When pressure sensor 63 experiences pressure
When, pressure signal is converted to electric signal and sends controller to by pressure sensor 63, and controller controls the second motor and stops working；
When pressure sensor 63 does not experience pressure signal, controller does not receive the electric signal converted by pressure signal, control
Device controls the second motor and works normally.
Specific implementation process is as follows: stainless steel material 70 to be cut is placed on conveyer belt 31, the second motor is started,
Second motor drives conveyer belt 31 to move by driving wheel 30, and conveyer belt 31 drives stainless steel material 70 to transport to 60 side of Material collecting box for harvesting
It is dynamic.When stainless steel material 70 passes through through-hole 61 and contacts with the inner left wall of Material collecting box for harvesting 60,70 squeeze pressure of stainless steel material
Sensor 63, pressure sensor 63 experience pressure, and pressure signal is converted to electric signal and sends control to by pressure sensor 63
Device, controller control the second motor and stop working, and the also stop motion of conveyer belt 31 at this time, conveyer belt 31 no longer drives stainless steel
Material 70 continues to move.Starting first motor 20, first motor 20 drives cam 22 and cutter 23 to rotate by shaft 21,
Since 13 position of connecting rod is fixed, and connecting rod 13 engages with the card slot of cam 22, in 22 rotation process of cam, first motor
20 can slide up and down with the variation of 22 surface profile of cam along guide groove 11.
When first motor 20 moves downward, first motor 20 drives piston 25 along the inner wall of piston cylinder 40 by connecting column 24
Slide downward, piston 25 squeeze hydraulic oil, and hydraulic oil passes through connecting tube 43 respectively, drain pipe 44 flows into the cavity of grain-clamping table 80
81, in sliding cylinder 50, the hydraulic oil driving top pillar 51 in sliding cylinder 50 is upward, when top pillar 51 is up to extreme position, top pillar
Support plate 62 is pushed into horizontal position by 51；And the hydraulic oil in cavity 81 pushes grip block 91 to stainless steel material by pushing away column 90
The movement of 70 sides, grip block 91 gradually clamp stainless steel material 70.It is living when top pillar 51, pushing away column 90 and not continuing to movement
Pressure in plug tube 40 increases, and unidirectional tapping valve 42 automatically opens, and the hydraulic oil in piston cylinder 40 is flowed by unidirectional tapping valve 42
Enter in liquid reserve tank 45, avoids the pressure in piston cylinder 40 excessive and explode.In this process, first motor passes through shaft
21 drive cutter 23 downward together, and when cutter 23 go downwards to extreme position, cutter 23 are completed to stainless steel material
70 cutting, the stainless steel material 70 being of convenient length after cutting are fallen in support plate 62.
When first motor 20 moves upwards, first motor 20 drives cutter 23 and piston 25 to move upwards together, cuts
Knife 23 is gradually distance from Material collecting box for harvesting 60.During 25 uplink of piston, the hydraulic oil in cavity 81 and sliding cylinder 50 gradually flows back into work
In plug tube 40, pushes away column 90 and grip block 91 is driven gradually to reset, grip block 91 unclamps the stainless steel material 70 being located on transmission belt.With
This simultaneously, top pillar 51 moves gradually downward, and when top pillar 51 moves to lower limit position, support plate 62 has downwardly turned over certain
Angle, the stainless steel material 70 in support plate 62 slide downwards, finally enter in Material collecting box for harvesting 60.Stainless steel material 70 after cutting
After being transferred to Material collecting box for harvesting 60, stainless steel material 70 no longer applies pressure to pressure sensor 63, and pressure sensor 63 does not generate pressure
When force signal, controller does not receive the electric signal converted by pressure signal, and controller controls the work of the second motor, the second motor
Conveyor belt motion is driven, conveyer belt 31 drives stainless steel material 70 to continue to move to 60 side of Material collecting box for harvesting.Push away column 90 and top pillar 51
When cannot continue movement, the pressure in piston cylinder 40 reduces, and unidirectional liquid feed valve 41 automatically opens, the hydraulic oil in liquid reserve tank 45
It is flowed into piston cylinder 40 by unidirectional liquid feed valve 41.When stainless steel material 70, which is moved to, to be contacted with pressure sensor 63, first
Motor drives 25 downlink of cutter 23 and piston again.
Above-described is only the embodiments of the present invention, and the common sense such as well known specific structure and characteristic are herein in scheme
It does not describe excessively.It should be pointed out that for those skilled in the art, in the premise for not departing from the utility model structure
Under, several modifications and improvements can also be made, these also should be considered as the protection scope of the utility model, these all will not influence
The effect and patent practicability that the utility model is implemented.This application claims protection scope should be with the content of its claim
Subject to, the records such as specific embodiment in specification can be used for explaining the content of claim.
Claims (6)
1. stainless steel cut device, it is characterised in that: including rack, cutter unit, transmission unit and be used for stainless steel material
The clamping unit gripped, clamping unit are located above transmission unit；Cutter unit includes shaft, drive shaft rotation
First motor and the cam and cutter that are each attached in shaft, cutter be located at one upper side of transmission unit；In rack
It is provided with the guide groove being distributed along the vertical direction, first motor is slidably connected on the rack by guide groove；The curved profile surface of cam
On be provided with closed card slot, the connecting rod that lower end is fastened in card slot is fixed in rack；Clamping unit includes grain-clamping table and work
Plug tube, piston cylinder inside are equipped with hydraulic oil, slidably connect piston in piston cylinder, be connected with lower part in first motor and be fixed on work
Connecting column beyond the Great Wall；Piston cylinder, which is equipped with, is used for the powerful small buffer gear of regulating piston cylinder internal pressure；It opens the lower surface of grain-clamping table
Cavity can be provided in grain-clamping table for the groove that stainless steel material passes through by having, slidably connected in cavity two be oppositely arranged push away
Column, the side for pushing away column are respectively positioned in groove；Connecting tube is connected between grain-clamping table and piston cylinder.
2. stainless steel cut device according to claim 1, it is characterised in that: the lower section of cutter, which is equipped with, is located at transmission list
The Material collecting box for harvesting of first side, being provided on Material collecting box for harvesting can be for through-hole that stainless steel material passes through；It is hinged with and is used on the inner wall of Material collecting box for harvesting
To the support plate that stainless steel material is supported, the sliding cylinder being located at below support plate, sliding in sliding cylinder are equipped in Material collecting box for harvesting
It is connected with the top pillar for support plate to be pushed into horizontal position；Drain pipe is connected between sliding cylinder and piston cylinder.
3. stainless steel cut device according to claim 2, it is characterised in that: be provided on the inner wall of sliding cylinder along height side
To the limiting slot of distribution, top pillar is equipped with the protrusion that is slidably connected in limiting slot, when the upper end of projection movement to limiting slot, pushes up
Support plate is pushed into horizontal position by column.
4. stainless steel cut device according to claim 3, it is characterised in that: transmission unit includes controller, pressure biography
Sensor, two driving wheels, driving driving wheel the second motor rotated and the conveyer belt being set on two driving wheels, pressure sensing
Device and the second motor are electrically connected with the controller, and pressure sensor is fixed on the inner wall of Material collecting box for harvesting and opposite with through-hole.
5. stainless steel cut device according to claim 1-4, it is characterised in that: buffer gear includes being fixed on
Liquid reserve tank on piston cylinder side wall, the side wall of piston cylinder are equipped with the unidirectional liquid feed valve and list that can be connected to liquid reserve tank and piston cylinder
To tapping valve.
6. stainless steel cut device according to claim 1-4, it is characterised in that: slidably connect cunning on guide groove
Block, first motor are fixed on sliding block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821118571.5U CN208437761U (en) | 2018-07-13 | 2018-07-13 | Stainless steel cut device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821118571.5U CN208437761U (en) | 2018-07-13 | 2018-07-13 | Stainless steel cut device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208437761U true CN208437761U (en) | 2019-01-29 |
Family
ID=65085484
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821118571.5U Expired - Fee Related CN208437761U (en) | 2018-07-13 | 2018-07-13 | Stainless steel cut device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208437761U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111036975A (en) * | 2019-12-27 | 2020-04-21 | 重庆市金久装饰工程有限责任公司 | Automatic aluminum product cutting device of pay-off |
-
2018
- 2018-07-13 CN CN201821118571.5U patent/CN208437761U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111036975A (en) * | 2019-12-27 | 2020-04-21 | 重庆市金久装饰工程有限责任公司 | Automatic aluminum product cutting device of pay-off |
| CN111036975B (en) * | 2019-12-27 | 2020-11-24 | 重庆市金久装饰工程有限责任公司 | Automatic aluminum product cutting device of pay-off |
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Legal Events
| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190129 Termination date: 20190713 |