CN207119657U - A kind of cartridge-type loads towing hook bullodozer - Google Patents
A kind of cartridge-type loads towing hook bullodozer Download PDFInfo
- Publication number
- CN207119657U CN207119657U CN201721065373.2U CN201721065373U CN207119657U CN 207119657 U CN207119657 U CN 207119657U CN 201721065373 U CN201721065373 U CN 201721065373U CN 207119657 U CN207119657 U CN 207119657U
- Authority
- CN
- China
- Prior art keywords
- electrically connected
- control module
- catch bar
- bending stress
- stress block
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Press Drives And Press Lines (AREA)
Abstract
The utility model belongs to bullodozer field, and in particular to a kind of cartridge-type loads towing hook bullodozer.A kind of cartridge-type loads towing hook bullodozer, including housing and bearing platform, it is characterised in that, in addition to:Chunk is bent, is welded on housing, is electrically connected with control module；Control module, electrically connected with civil power；Sensor assembly, electrically connected with control module；Transport module, it is welded on housing, is electrically connected with control module；Chunk is fed, is plugged on housing, is electrically connected with control module；Charging chunk includes：Cartridge-type precompressor shell, is plugged on housing；No. 1 catch bar, with No. 1 catch bar drive rod snap-in；No. 1 catch bar drive rod, is welded on housing, is electrically connected with control module；Spring, one end connection cartridge-type precompressor shell, the other end are connected with raw material push pedal；Raw material push pedal, it is connected in cartridge-type precompressor shell, is welded with spring.
Description
Technical field
The utility model belongs to bullodozer field, and in particular to a kind of cartridge-type loads towing hook bullodozer.
Background technology
Many problems during towing hook is bent being present, 1. upper moulds when bending press down, and make blank and placed side stress,
Rubbed always during subduing, forming abrasion mark；Product placement position is controlled by worker when 2. existing frock is bent
System, more or pressure may be pressed few, cause blank to be lacked when shaping and expect.3. the blank after pulling is meeting when being irregularly placed on above frock
Roll, so needing worker to fix manually.Need to waste substantial amounts of time, man power and material, and degree of danger is bigger.
Utility model content
The utility model is in order to solve above-mentioned easy formation abrasion mark in press bending process, lose time, waste people
Power, waste the problem of material resources and degree of danger are larger, it is proposed that a kind of safe efficient and high quality bullodozer.
A kind of cartridge-type of technical scheme loads towing hook bullodozer used by the utility model solves its technical problem, including
Housing and bearing platform, in addition to:Chunk is bent, is welded on housing, is electrically connected with control module；Control module, with civil power
Electrical connection；Sensor assembly, electrically connected with control module；Transport module, it is welded on housing, charging is electrically connected with control module
Chunk, it is plugged on housing, is electrically connected with control module；Charging chunk includes：Cartridge-type precompressor shell, is plugged on housing
On；No. 1 catch bar, with No. 1 catch bar drive rod snap-in；No. 1 catch bar drive rod, is welded on housing, with control module electricity
Connection；Spring, one end connection cartridge-type precompressor shell, the other end are connected with raw material push pedal；Raw material push pedal, is connected to cartridge-type
In precompressor shell, welded with spring.
Preferably, described press-bending chunk includes：Left bending stress block, engaged with right bending stress block；It is right bend by
Power block, plate weld is accepted with right bending stress block；Right bending stress block extrusion head, and right bending stress block welding, it is right bend by
Power block bearing plate, with case weld；Left bending stress block catch bar, engage with left bending stress block, electrically connected with control module；
Left bending stress block extrusion head, engage with left bending stress block, electrically connected with control module；Roller bearing, installed in left bending stress
In the inner side channel of block and right bending stress block；Bearing plate, on bearing platform；Cooling bay, on bearing plate；Hold
Pointing, on bearing plate.
Preferably, described transport module includes：Transport case, to there is hamper body, it is welded on transport case catch bar upper end；
No. 2 catch bars, it is plugged in transport case and No. 2 catch bar pushers；No. 2 catch bar pushers, are electrically connected with control module, with
Transport case welds；Transport case catch bar upper end, it is socketed with transport case catch bar lower end, is electrically connected with control module；Transport case pushes away
Lever lower end, with case weld, electrically connected with control module；Transport case catch bar case, is welded on housing bottom；No. 1 fortune
Input board, it is welded on housing；No. 2 plate conveyors, it is slidably connected with No. 1 plate conveyor, is electrically connected with control module.
Preferably, described sensor assembly includes：No. 1 pressure sensor, installed in No. 2 promotion club heads, with control
Molding block electrically connects；Position sensor, installed in raw material catch bar afterbody, electrically connected with control module；No. 2 pressure sensors,
Installed in left bending stress block extrusion head, electrically connected with control module；No. 3 pressure sensors, squeezed installed in right bending stress block
On pressure head, electrically connected with control module;No. 1 validator in place, on cartridge-type precompressor shell, it is electrically connected with control module
Connect；No. 2 validators in place, in raw material push pedal, are electrically connected with control module；No. 1 RF transmitter, installed in pressure-bearing
On plate, electrically connected with control module；No. 2 RF transmitters, on bearing plate, are electrically connected with control module；Infrared ray
Receive sensor, on right bending stress bearing plate, electrically connected with control module.
Preferably, described control module includes：Data acquisition unit, electrically connected with sensor assembly；Data processing
Unit, is electrically connected with data acquisition module and memory cell electrically connects；Clock unit, with data acquisition unit, output unit, deposit
Storage unit and data processing unit electrical connection；Memory cell, electrically connected with data processing unit and output unit；Output unit,
Promoted with data processing unit, transport case catch bar upper end, transport case catch bar lower end, No. 2 plate conveyors, left bending stress block
Bar, left bending stress block extrusion head, No. 2 catch bar pushers and No. 1 catch bar drive rod electrical connection.
The utility model beneficial effect：The utility model employs cartridge-type precompressor and raw material workpiece is filled out first
Dress, just as loading, workpiece is manually loaded into after precompressor, inserts bullodozer, outside on cartridge-type precompressor
Confirm sensor device equipped with place, entitled No. 1 confirmation sensor in place, after cartridge-type precompressor is inserted into housing, No. 1 in place
Confirm that sensor confirms that precompressor has installed, this when, No. 1 catch bar drive rod, controlled, drive by control module
No. 1 catch bar releases the workpiece in precompressor, shifts onto in transport case.Workpiece in filler is pressed by upper end raw material push pedal
Power, bottom is depressed into after No. 1 catch bar is extracted out, workpiece can so be released one by one by No. 1 catch bar and be processed, when filling out
After workpiece in dress device is all pushed out；One end is mounted in precompressor bottom, and the other end is mounted in the confirmation in place of raw material push pedal bottom surface
Sensor, entitled No. 2 workpiece in place confirmed in sensor confirmation filler have emptied, and transmit a signal to the number of control module
According to collecting unit, after data processing unit, output unit is sent to, output unit controls No. 1 catch bar drive rod to stop
Drive No. 1 catch bar.Efficiently workpiece can be so processed, save manpower and time.
After workpiece enters transport case, workpiece touches the pressure sensor of No. 2 promotion club heads, and entitled No. 1 pressure passes
Sensor, confirm that workpiece has fully entered transport case, the data acquisition unit of control module is sent signal to, at data
After managing cell processing, sent and instructed by output unit, control transport case catch bar upper end moves down, while controls transport case to push away
Lever lower end moves down, and finally transport case is reached in No. 1 plate conveyor, and transport case catch bar upper end and transport case promote
Bar lower end enters transport case catch bar case.After transport case reaches No. 1 plate conveyor, control module controls No. 2 catch bars
Pusher is pushed to No. 2 catch bars so that workpiece enters in No. 2 plate conveyors, wherein No. 2 plate conveyors are groove dress, when workpiece is complete
It is complete to release transport case, triggered installed in No. 2 position sensors to dynamic afterbody this when, control module receives signal,
Then direction of No. 2 plate conveyors along No. 1 plate conveyor is controlled to move to below bending module.
The right bending stress block of bending module is bonded with the bottom of No. 2 plate conveyors, and after workpiece reaches, right bending stress block squeezes
No. 3 pressure sensors on pressure head receive signal, then control left bending stress block catch bar to drive left pressure by control module
Curved force block declines, while controls left bending stress block extrusion head close to workpiece, when installed in the 2 of left bending stress block extrusion head
Number pressure sensor feels the pressure of workpiece, and control module drives left bending stress block and right bending stress block by Workpiece clamping
Afterwards, stop the driving to bending chunk, next control No. 2 plate conveyors to return in No. 1 plate conveyor.Finally by exterior motor
Control housing carrier internal build to decline, released with the pressure-bearing point on bearing plate, to the complete field press-bending operation of workpiece.Its
In in the channel of left bending stress block and the inner side of right bending stress block, roller bearing is installed, the presence of roller bearing bending
During reduce friction to workpiece, reduce the formation of abrasion mark.Then left bending stress block and right bending stress
Block to step up workpiece, without rolling, wherein being provided with left bending stress block extrusion head and right bending stress block extrusion head
Groove, it is easy to the clamping of workpiece.
After the completion of workpiece compacting, housing moves up, and then bearing plate moves so that cooling bay corresponds to press-bending chunk
Lower section, bend the left bending stress block in chunk and the motion of left bending stress block extrusion head so that the workpiece after press-bending comes off, and falls
Enter in cooling bay, save the plenty of time.
Brief description of the drawings
Fig. 1;A kind of cartridge-type towing hook bullodozer overall structure figure
In figure：1st, cartridge-type precompressor shell, 2, spring, 3, housing, 4, No. 1 catch bar drive rods, 5, No. 1 catch bars,
6th, No. 2 catch bars, 7, No. 2 catch bar pushers, 8, transport case catch bar upper end, 9, transport case catch bar lower end, 10, No. 1 fortune
Input board, 11, pressure-bearing point, 12, cooling bay, 13, bearing plate, 14, No. 2 plate conveyors, 15, left bending stress block extrusion head, 16, rolling
Axle, 17, right bending stress block, 18, left bending stress block, 19, transport case, 20, transport case catch bar case, 21, left press-bending
Force block catch bar, 22, raw material push pedal, 23, right press-bending pressure block extrusion head, 24, right press-bending pressure bearing plate.
Embodiment
Embodiment
A kind of cartridge-type of technical scheme loads towing hook bullodozer used by the utility model solves its technical problem, including
Housing 3 and bearing platform, in addition to:Chunk is bent, is welded on housing 3, is electrically connected with control module；Control module, with city
Electricity electrical connection；Sensor assembly, electrically connected with control module；Transport module, it is welded on housing 3, is electrically connected with control module
Chunk is fed, is plugged on housing 3, is electrically connected with control module；Charging chunk includes：Cartridge-type precompressor shell 1, is plugged on
On housing 3；No. 1 catch bar 5, with No. 1 snap-in of catch bar drive rod 4；No. 1 catch bar drive rod 4, is welded on housing 3, with control
Molding block electrically connects；Spring 2, one end connection cartridge-type precompressor shell 1, the other end is connected with raw material push pedal 22；Raw material push pedal
22, it is connected in cartridge-type precompressor shell 1, is welded with spring 2.
Described press-bending chunk includes：Left bending stress block 18, engaged with right bending stress block 17；Right bending stress block
17, welded with right bending stress block bearing plate 24；Right bending stress block extrusion head 23, is welded, right pressure with right bending stress block 17
Curved force block bearing plate 24, is welded with housing 3；Left bending stress block catch bar 21, is engaged with left bending stress block 18, with control
Module electrically connects；Left bending stress block extrusion head 15, engages with left bending stress block 18, is electrically connected with control module；Roller bearing 16,
In the inner side channel of left bending stress block 18 and right bending stress block 17；Bearing plate 13, on bearing platform；It is cold
But pond 12, on bearing plate 13；Pressure-bearing point 11, on bearing plate 13.
Described transport module includes：Transport case 19, to there is hamper body, it is welded on transport case catch bar upper end 8；No. 2 push away
Lever 6, it is plugged in transport case 19 and No. 2 catch bar pushers 7；No. 2 catch bar pushers 7, are electrically connected with control module, with
Transport case 19 welds；Transport case catch bar upper end 8, it is socketed with transport case catch bar lower end 9, is electrically connected with control module；Transport
Box catch bar lower end 9, welds with housing 3, is electrically connected with control module；Transport case catch bar case 20, it is welded on the bottom of housing 3
Portion；No. 1 plate conveyor 10, is welded on housing 3；No. 2 plate conveyors 14, it is slidably connected with No. 1 plate conveyor 10, is electrically connected with control module
Connect.
Described sensor assembly includes：No. 1 pressure sensor, installed in No. 2 heads of catch bar 6, with control module electricity
Connection；Position sensor, installed in raw material catch bar afterbody, electrically connected with control module；No. 2 pressure sensors, installed in a left side
Bending stress block extrusion head 15, is electrically connected with control module；No. 3 pressure sensors, installed in right bending stress block extrusion head 23
On, electrically connected with control module;No. 1 validator in place, on cartridge-type precompressor shell 1, electrically connected with control module；
No. 2 validators in place, in raw material push pedal 22, are electrically connected with control module；No. 1 RF transmitter, installed in pressure-bearing
On plate 13, electrically connected with control module；No. 2 RF transmitters, on bearing plate 13, are electrically connected with control module；It is red
Outside line receives sensor, on right bending stress bearing plate, is electrically connected with control module.
Described control module includes：Data acquisition unit, electrically connected with sensor assembly；Data processing unit, with number
According to acquisition module electrical connection and memory cell electrical connection；Clock unit, with data acquisition unit, output unit, memory cell and
Data processing unit electrically connects；Memory cell, electrically connected with data processing unit and output unit；At output unit, with data
Manage unit, transport case catch bar upper end 8, the plate conveyor 14 of transport case catch bar lower end 9,2, left bending stress block catch bar 21,
Left 15, No. 2 catch bar pushers 7 of bending stress block extrusion head and No. 1 catch bar drive rod 4 electrically connect.
The utility model employs cartridge-type precompressor and raw material workpiece is loaded first, will just as loading
Workpiece is manually loaded into after precompressor, inserts bullodozer, outside on cartridge-type precompressor to confirm sensor device equipped with place,
Entitled No. 1 confirmation sensor in place, after cartridge-type precompressor is inserted into housing 3, No. 1 confirmation sensor in place confirms precompressor
It has been installed that, this when, No. 1 catch bar drive rod 4, controlled by control module, driven No. 1 catch bar 5 by precompressor
In workpiece release, shift onto in transport case 19.Workpiece in filler is promoted by the pressure of upper end raw material push pedal 22 when No. 1
Bar 5 is depressed into bottom after extracting out, one by one can so release workpiece by No. 1 catch bar 5 and be processed, when the work in precompressor
After part is all pushed out；One end is mounted in precompressor bottom, and the other end is mounted in the confirmation sensor in place of the bottom surface of raw material push pedal 22, name
Emptied for No. 2 workpiece in place confirmed in sensor confirmation filler, transmitted a signal to the data acquisition list of control module
Member, after data processing unit, output unit is sent to, output unit controls No. 1 catch bar drive rod 4 to stop driving 1
Catch bar 5.Efficiently workpiece can be so processed, save manpower and time.
After workpiece enters transport case 19, workpiece touches the pressure sensor on No. 2 heads of catch bar 6, entitled No. 1 pressure
Sensor, confirm that workpiece has fully entered transport case 19, the data acquisition unit of control module is sent signal to, by number
After processing unit processes, sent and instructed by output unit, control transport case catch bar upper end 8 moves down, while controls fortune
Defeated box catch bar lower end 9 moves down, and finally transport case 19 is reached in No. 1 plate conveyor 10, and transport case catch bar upper end 8
Transport case catch bar case 20 is entered with transport case catch bar lower end 9.After transport case 19 reaches No. 1 plate conveyor 10, control
Molding block controls No. 2 catch bar pushers 7 to be pushed to No. 2 catch bars 6 so that workpiece enters in No. 2 plate conveyors 14, wherein No. 2
Plate conveyor 14 is groove dress, and when the completely out transport case 19 of workpiece, this when is installed in No. 2 position sensings to dynamic afterbody
Device triggers, and control module receives signal, then controls direction of No. 2 plate conveyors 14 along No. 1 plate conveyor 10 to move to press-bending
Below module.
The right bending stress block 17 of bending module is bonded with the bottom of No. 2 plate conveyors 14, after workpiece reaches, right bending stress
No. 3 pressure sensors on block extrusion head 23 receive signal, then control left bending stress block catch bar 21 by control module
Drive left bending stress block 18 to decline, while control left bending stress block extrusion head 15 close to workpiece, when installed in it is left bend by
No. 2 pressure sensors of power block extrusion head 15 feel the pressure of workpiece, and control module drives left bending stress block 18 and right pressure
Curved force block 17 by after Workpiece clamping, stop to bend chunk driving, next control No. 2 plate conveyors 14 return to No. 1 fortune
On input board 10.Finally the carrier's internal build of housing 3 is controlled to decline by exterior motor, with the pressure-bearing on bearing plate 13
Point 11 releases, to the complete field press-bending operation of workpiece.Wherein in the channel of left bending stress block 18 and the inner side of right bending stress block 17
It is interior, roller bearing 16 is installed, the presence of roller bearing 16 to reduce the friction to workpiece during press-bending, reduces Friction mark
The formation of mark.Then left bending stress block 18 and right bending stress block 17 to step up workpiece, without rolling, wherein on a left side
Bending stress block extrusion head 15 and right bending stress block extrusion head 23 are provided with groove, are easy to the clamping of workpiece.
After the completion of workpiece compacting, housing 3 moves up, and then bearing plate 13 moves so that cooling bay 12 corresponds to pressure
Below curved chunk, bend the left bending stress block 18 in chunk and left bending stress block extrusion head 15 moves so that after press-bending
Workpiece comes off, and falls into cooling bay 12, saves the plenty of time.
Claims (5)
1. a kind of cartridge-type loads towing hook bullodozer, including housing and bearing platform, it is characterised in that, in addition to:
Chunk is bent, is welded on housing, is electrically connected with control module；
Control module, electrically connected with civil power；
Sensor assembly, electrically connected with control module；
Transport module, it is welded on housing, is electrically connected with control module；
Chunk is fed, is plugged on housing, is electrically connected with control module；
Charging chunk includes：
Cartridge-type precompressor shell, is plugged on housing；
No. 1 catch bar, with No. 1 catch bar drive rod snap-in；
No. 1 catch bar drive rod, is welded on housing, is electrically connected with control module；
Spring, one end connection cartridge-type precompressor shell, the other end are connected with raw material push pedal；
Raw material push pedal, it is connected in cartridge-type precompressor shell, is welded with spring.
2. a kind of cartridge-type according to claim 1 loads towing hook bullodozer, it is characterised in that described press-bending chunk bag
Include：
Left bending stress block, engaged with right bending stress block；
Right bending stress block, plate weld is accepted with right bending stress block；
Right bending stress block extrusion head, with right bending stress block welding;
Right bending stress block bearing plate, with case weld；
Left bending stress block catch bar, engage with left bending stress block, electrically connected with control module；
Left bending stress block extrusion head, engage with left bending stress block, electrically connected with control module；
Roller bearing, in the inner side channel of left bending stress block and right bending stress block；
Bearing plate, on bearing platform；
Cooling bay, on bearing plate；
Pressure-bearing point, on bearing plate.
3. a kind of cartridge-type according to claim 1 loads towing hook bullodozer, it is characterised in that described transport module bag
Include：
Transport case, to there is hamper body, it is welded on transport case catch bar upper end；
No. 2 catch bars, it is plugged in transport case and No. 2 catch bar pushers；
No. 2 catch bar pushers, are electrically connected with control module, are welded with transport case；
Transport case catch bar upper end, it is socketed with transport case catch bar lower end, is electrically connected with control module；
Transport case catch bar lower end, with case weld, is electrically connected with control module；
Transport case catch bar case, is welded on housing bottom；
No. 1 plate conveyor, is welded on housing；
No. 2 plate conveyors, it is slidably connected with No. 1 plate conveyor, is electrically connected with control module.
4. a kind of cartridge-type according to claim 1 loads towing hook bullodozer, it is characterised in that described sensor assembly
Including：
No. 1 pressure sensor, installed in No. 2 promotion club heads, electrically connected with control module；
Position sensor, installed in raw material catch bar afterbody, electrically connected with control module；
No. 2 pressure sensors, installed in left bending stress block extrusion head, electrically connected with control module；
No. 3 pressure sensors, on right bending stress block extrusion head, electrically connected with control module;
No. 1 validator in place, on cartridge-type precompressor shell, electrically connected with control module；
No. 2 validators in place, in raw material push pedal, are electrically connected with control module；
No. 1 RF transmitter, on bearing plate, is electrically connected with control module；
No. 2 RF transmitters, on bearing plate, are electrically connected with control module；
Infrared ray receives sensor, on right bending stress bearing plate, is electrically connected with control module.
5. a kind of cartridge-type according to claim 1 loads towing hook bullodozer, it is characterised in that described control module bag
Include：
Data acquisition unit, electrically connected with sensor assembly；
Data processing unit, is electrically connected with data acquisition module and memory cell electrically connects；
Clock unit, electrically connected with data acquisition unit, output unit, memory cell and data processing unit；
Memory cell, electrically connected with data processing unit and output unit；
Output unit, with data processing unit, transport case catch bar upper end, transport case catch bar lower end, No. 2 plate conveyors, left pressure
Curved force block catch bar, left bending stress block extrusion head, No. 2 catch bar pushers and No. 1 catch bar drive rod electrical connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721065373.2U CN207119657U (en) | 2017-08-24 | 2017-08-24 | A kind of cartridge-type loads towing hook bullodozer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721065373.2U CN207119657U (en) | 2017-08-24 | 2017-08-24 | A kind of cartridge-type loads towing hook bullodozer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207119657U true CN207119657U (en) | 2018-03-20 |
Family
ID=61610959
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721065373.2U Expired - Fee Related CN207119657U (en) | 2017-08-24 | 2017-08-24 | A kind of cartridge-type loads towing hook bullodozer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207119657U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110508643A (en) * | 2019-08-01 | 2019-11-29 | 宁波润爵科技有限公司 | A kind of plate bullodozer |
| CN111360112A (en) * | 2020-03-11 | 2020-07-03 | 郭训丰 | Automatic manufacturing device for wiring and binding hook of electrician |
-
2017
- 2017-08-24 CN CN201721065373.2U patent/CN207119657U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110508643A (en) * | 2019-08-01 | 2019-11-29 | 宁波润爵科技有限公司 | A kind of plate bullodozer |
| CN110508643B (en) * | 2019-08-01 | 2021-05-04 | 宁波润爵科技有限公司 | Plate bending press |
| CN111360112A (en) * | 2020-03-11 | 2020-07-03 | 郭训丰 | Automatic manufacturing device for wiring and binding hook of electrician |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN207119657U (en) | A kind of cartridge-type loads towing hook bullodozer | |
| CN201374929Y (en) | Straw baler | |
| CN205439323U (en) | Compression collection device of lathe iron fillings | |
| CN104909175B (en) | Lead waste briquetting machine | |
| CN207088656U (en) | LVL sheet material automatic loading and unloading production lines | |
| CN207103516U (en) | A kind of towing hook bullodozer | |
| US3557683A (en) | Mobile compacting unit | |
| CN105799360B (en) | A kind of Hook for wall calendar wears the system automatically | |
| US20080156205A1 (en) | Method for transporting bent, irregularly shaped pieces of scrap sheet metal | |
| CN202072001U (en) | Hydraulic full automatic packaging device | |
| CN201240647Y (en) | Refuse compression transfer station | |
| CN100525944C (en) | Transport unit of the steel tube blank tail pad between the heating furnace and the extrusion pressing barrel | |
| CN205060845U (en) | Automatic advancing device that overturns of packing carton | |
| CN201770222U (en) | Vertical-compression type garbage bin | |
| CN102433425B (en) | Machine tool for continuously quenching slender steel pipe | |
| CN102190143A (en) | Vertical compression type dustbin | |
| CN202016196U (en) | Vacuum forming machine | |
| CN202390345U (en) | Automatic box-collection system for detonator | |
| CN206855009U (en) | Steel tie shearing assembling all-in-one | |
| CN206855679U (en) | Output section structure on brick forming machine after fragment of brick shaping | |
| CN206702118U (en) | A kind of coil of strip material trimming garbage collection processing unit | |
| CN102848422B (en) | Feeding and compressing device and automatic medicine slicing machine | |
| CN206462340U (en) | One kind automation tea cake compression molding device | |
| CN107814106A (en) | A kind of miniature collection compression device of waste paper | |
| CN211247729U (en) | Safe and environment-friendly self-spraying paint tank recovery device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180320 Termination date: 20190824 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |