CN203545621U - Automatic overturning roller bed device - Google Patents
Automatic overturning roller bed device Download PDFInfo
- Publication number
- CN203545621U CN203545621U CN201320574031.9U CN201320574031U CN203545621U CN 203545621 U CN203545621 U CN 203545621U CN 201320574031 U CN201320574031 U CN 201320574031U CN 203545621 U CN203545621 U CN 203545621U
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- shaped roller
- centralized positioning
- turnover bracket
- roller
- overturning
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Abstract
The utility model relates to an automatic overturning roller bed device composed of a motor transmission mechanism and a hydraulic overturning mechanism in connection. The motor transmission mechanism is connected with an overturning leg and a rotating shaft of the hydraulic overturning mechanism through a main supporting bracket in a centralized positioning manner, and the motor transmission mechanism is enabled cooperate to overturn by taking the rotating shaft as the center. The automatic overturning U-roller-bed device can be provided with an appropriate transmission mechanism according to actual application requirements to further meet the requirement on horizontal transmission of bar stocks, and can perform hydraulic overturning to be vertical for the convenience of meeting working requirements of follow-up stations. The automatic overturning roller bed device is simple in structure, reasonable in design, space saving, capable of realizing automatic operation, flexible and convenient, stable and reliable in horizontal running, strong in adaptability, high in utilization rate and remarkable in application effect. Application of the device can meet specific working requirements, and the device is far lower in manufacturing cost, economical and practical, and energy saving and efficient as compared with similar related devices.
Description
Technical field
The utility model relates to a kind of conveyer, particularly a kind of automatic turning roller bed device.
Background technology
At present, the circular bar conveyor layout configurations on market, the device that still increases turn over function in these Equipment Foundations is rare, and complex structure, operating difficulties, stability is not good enough, manufacturing cost is also higher, and maintenance and maintenance are got up also cumbersome; For the lower working environment of capacity utilization rate, be also a kind of waste in fact; If turn over function and transmitting function are concentrated on an equipment, undoubtedly cost-saving and better to utilize aspect space be all a kind of great progress.
Therefore, provide a kind of simple in structure, dependable performance, effect significantly the circular bar of horizontal positioned to be turned into the conveyer of vertical state, i.e. automatic turning roller bed device, is one of these those skilled in the art problem that should address.
Utility model content
The purpose of this utility model is to overcome above-mentioned weak point, and a kind of simple in structure, reasonable in design, dependable performance, the significant automatic turning roller bed device of effect are provided.
The technical scheme that the utility model adopts is for achieving the above object: a kind of automatic turning roller bed device, is characterized in that this device is connected to form by motor connecting gear, hydraulic turnover mechanism; Described motor connecting gear is connected with S. A. with the overturning supporting leg of hydraulic turnover mechanism with centralized positioning by supporting main support, and makes motor connecting gear centered by S. A., coordinate upset;
Described motor connecting gear comprises photoelectric switch regulating plate, drive motor, photoelectricity correlation switch, dead block seat, dead block, correlation switch mounting, U-shaped roller-way chain cover, chain box support, U-shaped roller installation rebound, the roller bearing units of usheing to seat, short U-shaped roller, sprocket wheel, axle sleeve, long U-shaped roller and supports main support, described photoelectric switch regulating plate is arranged on the end face of correlation switch mounting, drive motor is arranged on the attachment face that supports main support, photoelectricity correlation fastening switch is on photoelectric switch regulating plate, dead block seat passes through pin-and-hole location and installation on turnover bracket platform, dead block is arranged on dead block seat, correlation switch mounting is arranged on overturning supporting leg, U-shaped roller-way chain cover is arranged on chain box support, chain box support is arranged on U-shaped roller rebound upper surface is installed, U-shaped roller is installed rebound and is passed through pin-and-hole location and installation on turnover bracket platform, usher to seat roller bearing units by centralized positioning and short U-shaped roller, long U-shaped roller is connected and is mounted on U-shaped roller with bolt and installs on rebound, short U-shaped roller is connected with the roller bearing units of usheing to seat by centralized positioning, sprocket wheel is by centralized positioning and short U-shaped roller, long U-shaped roller is connected, axle sleeve is connected with short U-shaped roller by centralized positioning, long U-shaped roller is connected with the roller bearing units of usheing to seat by centralized positioning, support main support and pass through pin-and-hole location and installation at turnover bracket attachment face,
Described hydraulic turnover mechanism comprises lower margin, overturning supporting leg, turnover bracket, overturning oil cylinder, hydraulic actuating cylinder rotary seat, hydraulic actuating cylinder Connection Block, hydraulic actuating cylinder bearing pin, oscillating bearing, turnover bracket platform, the dead block of zero degree, approach switch, zero degree switch transition bracket, extremely keeps off supporting leg, copper sheathing, S. A. and pad, described lower margin is arranged on turnover bracket, overturning supporting leg is located by pin-and-hole, bolt is connected with turnover bracket, overturning oil cylinder is connected with hydraulic actuating cylinder rotary seat by centralized positioning, hydraulic actuating cylinder rotary seat is located with turnover bracket and is connected by pin-and-hole, hydraulic actuating cylinder Connection Block passes through pin-and-hole location and installation at turnover bracket platform lower surface, hydraulic actuating cylinder bearing pin is by centralized positioning and oscillating bearing, hydraulic actuating cylinder Connection Block is connected, oscillating bearing is connected with overturning oil cylinder by self screw thread and can freely adjusts relative distance, turnover bracket platform is connected with S. A. by centralized positioning, the dead block of zero degree and turnover bracket platform, dead gear supporting leg is connected, approach switch is connected with zero degree switch transition bracket, zero degree switch transition bracket is connected with dead gear supporting leg, dead gear supporting leg is connected with turnover bracket, copper sheathing is connected with overturning supporting leg by centralized positioning, S. A. is connected with copper sheathing by centralized positioning and uses bolt to be connected with turnover bracket platform, pad is connected with hydraulic actuating cylinder bearing pin by centralized positioning, axial location in order to fixing joint bearing on hydraulic actuating cylinder Connection Block.
The beneficial effects of the utility model are: this device can coordinate the working face of arbitrary height to use, and can meet the level allocation and transportation of heavy circular bar in the walking of horizontal plane any distance, automatic turning changes into vertical state, adaptable, reliable and stable, degree of utilization is high; Can meet various technological requirements, effectively increase work efficiency.This device design is less than the plant area area of other structure similar functions, greatly saves workshop arrangement space, thereby saves construction investment.
In a word, this apparatus structure is simple, reasonable in design, easy and simple to handle, and is applicable to each fields such as machine manufacture, applies very extensive.
Accompanying drawing explanation
Fig. 1 is structural front view of the present utility model;
Fig. 2 is structure birds-eye view of the present utility model;
Fig. 3 is structure side view of the present utility model;
Fig. 4 is along A-A to cross-sectional schematic in Fig. 1;
Fig. 5 is along B-B to cross-sectional schematic in Fig. 3;
In figure:
Motor connecting gear: 1-1 photoelectric switch regulating plate, 1-2 drive motor, 1-3 photoelectricity correlation switch, 1-4 switch hood, the dead block seat of 1-5, the dead block of 1-6,1-7 correlation switch mounting, the U-shaped roller-way chain cover of 1-8,1-9 chain box support, the U-shaped roller of 1-10 is installed rebound, the 1-11 roller bearing units of usheing to seat, the short U-shaped roller of 1-12,1-13 sprocket wheel, 1-14 axle sleeve, the long U-shaped roller of 1-15,1-16 supports main support;
Hydraulic turnover mechanism: 2-1 lower margin, 2-2 overturning supporting leg, 2-3 turnover bracket, 2-4 overturning oil cylinder, 2-5 hydraulic actuating cylinder rotary seat, 2-6 hydraulic actuating cylinder Connection Block, 2-7 hydraulic actuating cylinder bearing pin, 2-8 oscillating bearing, 2-9 turnover bracket platform, the dead block of 2-10 zero degree, 2-11 approach switch, 2-12 zero degree switch transition bracket, 2-13 extremely keeps off supporting leg, 2-14 copper sheathing, 2-15 S. A., 2-16 pad.
The specific embodiment
Below in conjunction with accompanying drawing and better case study on implementation, to the specific embodiment providing according to the utility model, structure, feature, details are as follows:
As Figure 1-Figure 5, a kind of automatic turning roller bed device, this device is connected to form by motor connecting gear and hydraulic turnover mechanism; Described motor connecting gear is connected with S. A. with the mode of centralized positioning and the overturning supporting leg of hydraulic turnover mechanism by supporting main support, and makes motor connecting gear centered by S. A., coordinate upset.
Described motor connecting gear comprises: photoelectric switch regulating plate 1-1, drive motor 1-2, photoelectricity correlation switch 1-3, switch hood 1-4, dead block seat 1-5, dead block 1-6, correlation switch mounting 1-7, U-shaped roller-way chain cover 1-8, chain box support 1-9, U-shaped roller are installed rebound 1-10, the roller bearing units 1-11 that ushers to seat, short U-shaped roller 1-12, sprocket wheel 1-13, axle sleeve 1-14, long U-shaped roller 1-15 and supported main support 1-16, described photoelectric switch regulating plate 1-1 is arranged on the end face of correlation switch mounting 1-7 in bolted mode, drive motor 1-2 is arranged on the attachment face that supports main support 1-16 in bolted mode, the mode that photoelectricity correlation switch 1-3 connects with screw is fastened on photoelectric switch regulating plate 1-1, the mode that switch hood 1-4 connects with screw is fastened on photoelectric switch regulating plate 1-1, dead block seat 1-5 is located in bolted mode and is arranged on turnover bracket platform 2-9 by pin-and-hole, dead block 1-6 is arranged on dead block seat 1-5 in bolted mode, correlation switch mounting 1-7 is arranged on overturning supporting leg 2-2 in bolted mode, U-shaped roller-way chain cover 1-8 is arranged on chain box support 1-9 in bolted mode, chain box support 1-9 is arranged on U-shaped roller in bolted mode rebound 1-10 upper surface is installed, U-shaped roller is installed rebound 1-10 and is located in bolted mode and be arranged on turnover bracket platform 2-9 by pin-and-hole, usher to seat roller bearing units 1-11 by centralized positioning and short U-shaped roller 1-12, long U-shaped roller 1-15 is connected and is arranged on U-shaped roller in bolted mode and installs on rebound 1-10, short U-shaped roller 1-12 is connected with the roller bearing units 1-11 that ushers to seat by centralized positioning, sprocket wheel 1-13 is by centralized positioning and short U-shaped roller 1-12, long U-shaped roller 1-15 is connected, axle sleeve 1-14 is connected with short U-shaped roller 1-12 by centralized positioning, long U-shaped roller 1-15 is connected with the roller bearing units 1-11 that ushers to seat by centralized positioning, supporting main support 1-16 is located in bolted mode and is arranged on turnover bracket 2-3 attachment face by pin-and-hole.
In this mechanism, the setting of each parts and effect feature are as follows:
1-1 photoelectric switch regulating plate: standard plate is processed, is arranged on the end face of correlation switch mounting 1-7 in bolted mode.
1-2 drive motor: be commercially available reducing motor, there is the features such as stable, reliable, be bolted to be fixed on and support on main support 1-16 attachment face, for walking movement provides power.
1-3 photoelectricity correlation switch: be commercially available prod, the signal by a pair of correlation switch has or not judgement to have or not workpiece, and the mode connecting with screw is fastened on photoelectric switch regulating plate 1-1.
1-4 switch hood: standard plate processing, the mode connecting with screw is fastened on photoelectric switch regulating plate 1-1.
The dead block seat of 1-5: standard plate processing, by pin-and-hole, locate in bolted mode and be arranged on turnover bracket platform 2-9.
The dead block of 1-6: adopt high strength 45# steel, be arranged on dead block seat 1-5 in bolted mode.
1-7 correlation switch mounting: sheet material weldment, is arranged on overturning supporting leg 2-2 in bolted mode.
The U-shaped roller-way chain cover of 1-8: standard plate processing, in bolted mode, be arranged on chain box support 1-9 upper, play safety precaution and dustproof effect.
1-9 chain box support: be standard plate processing, be arranged on U-shaped roller in bolted mode rebound 1-10 upper surface is installed.
The U-shaped roller of 1-10 is installed rebound: for standard plate processing, by pin-and-hole, located in bolted mode and be arranged on turnover bracket platform 2-9.
The 1-11 roller bearing units of usheing to seat: be commercially available prod, have carrying high, the feature such as durable in use, for rotatablely moving of the short U-shaped roller 1-12 of transmission, long U-shaped roller 1-15.
The short U-shaped roller of 1-12: be toroidal, middle according to bar external diameter, process U-shaped groove, by centre hole location and installation on the roller bearing units 1-11 that ushers to seat.
Sprocket wheel 1-13: adopt high strength 45# steel to be processed into, post-processing adopts modified and tooth portion electro-high-frequency hardening, is connected with short U-shaped roller 1-12, long U-shaped roller 1-15 by centralized positioning.
Axle sleeve 1-14: be toroidal, middle perforate, is arranged on short U-shaped roller 1-12 by centre hole locate mode.
Long U-shaped roller 1-15: be toroidal, middlely according to bar external diameter, process U-shaped groove, by centre hole location and installation on the roller bearing units 1-11 that ushers to seat.
Support main support 1-16: standard plate processing, by pin-and-hole, locate in bolted mode and be arranged on turnover bracket 2-3 attachment face.
Described hydraulic turnover mechanism comprises: lower margin 2-1, overturning supporting leg 2-2, turnover bracket 2-3, overturning oil cylinder 2-4, hydraulic actuating cylinder rotary seat 2-5, hydraulic actuating cylinder Connection Block 2-6, hydraulic actuating cylinder bearing pin 2-7, oscillating bearing 2-8, turnover bracket platform 2-9, the dead block 2-10 of zero degree, approach switch 2-11, zero degree switch transition bracket 2-12, extremely keep off supporting leg 2-13, copper sheathing 2-14, S. A. 2-15 and pad 2-16, lower margin 2-1 is arranged on turnover bracket 2-3 in bolted mode, overturning supporting leg 2-2 is connected with turnover bracket 2-3 with bolt connecting mode by pin-and-hole location, overturning oil cylinder 2-4 is connected with hydraulic actuating cylinder rotary seat 2-5 by centralized positioning, hydraulic actuating cylinder rotary seat 2-5 is connected with turnover bracket 2-3 with bolt connecting mode by pin-and-hole location, hydraulic actuating cylinder Connection Block 2-6 is located with bolt connecting mode and is arranged on turnover bracket platform 2-9 lower surface by pin-and-hole, hydraulic actuating cylinder bearing pin 2-7 is by centralized positioning mode and oscillating bearing 2-8, hydraulic actuating cylinder Connection Block 2-6 is connected, oscillating bearing 2-8 is connected with overturning oil cylinder 2-4 by self screw thread and can freely adjusts relative distance, turnover bracket platform 2-9 is connected with S. A. 2-15 by the mode of centralized positioning, the dead block 2-10 of zero degree is threaded connection mode and turnover bracket platform 2-9, dead gear supporting leg 2-13 is connected, approach switch 2-11 is threaded connection mode and is connected with zero degree switch transition bracket 2-12, zero degree switch transition bracket 2-12 is threaded connection mode and is connected with dead gear supporting leg 2-13, dead gear supporting leg 2-13 is threaded connection mode and is connected with turnover bracket 2-3, copper sheathing 2-14 is connected with overturning supporting leg 2-2 by centralized positioning mode, S. A. 2-15 is connected with copper sheathing 2-14 by centralized positioning mode and is connected with turnover bracket platform 2-9 with bolt connecting mode, pad 2-16 is connected with hydraulic actuating cylinder bearing pin 2-7 and is used for fixing the axial location of oscillating bearing 2-8 on hydraulic actuating cylinder Connection Block 2-6 by centralized positioning mode.
In this mechanism, the setting of each parts and effect feature are as follows:
2-1 lower margin: standard section processing, is arranged on turnover bracket 2-3 in bolted mode.
2-2 overturning supporting leg: sheet material weldment, is connected with turnover bracket 2-3 with bolt connecting mode by pin-and-hole location.
2-3 turnover bracket: the welding of employing standard section is made, rational in infrastructure firm, bears all gravity of switching mechanism.
2-4 overturning oil cylinder: commercially available prod, there is carrying high, good stability, the feature such as durable in use, rod end arranges the installation gudgeon of screw thread and afterbody, for equipment provides power.
2-5 hydraulic actuating cylinder rotary seat: standard plate processing, is connected with turnover bracket 2-3 with bolt connecting mode by pin-and-hole location.
2-6 hydraulic actuating cylinder Connection Block: standard plate welding is made, and is located with bolt connecting mode and is arranged on turnover bracket platform 2-9 lower surface by pin-and-hole.
2-7 hydraulic actuating cylinder bearing pin: adopt high strength steel, be connected with oscillating bearing 2-8, hydraulic actuating cylinder Connection Block 2-6 by centralized positioning mode.
2-8 oscillating bearing: be commercially available prod, have run stability good, the feature such as durable in use, is equipment transmission campaign, is connected with overturning oil cylinder 2-4 and can be freely adjusted relative distance by self screw thread.
2-9 turnover bracket platform: standard plate welding is made, the mode by centralized positioning is connected with S. A. 2-15.
The dead block of 2-10 zero degree: adopt high strength steel, the mode that is threaded connection with turnover bracket platform 2-9, extremely keep off supporting leg 2-13 and be connected.
2-11 approach switch: for there being detection sensitivity high, the feature such as durable in use, the mode that is threaded connection is connected with zero degree switch transition bracket 2-12.
2-12 zero degree switch transition bracket: standard plate processing, the mode that is threaded connection is connected with dead gear supporting leg 2-13.
2-13 extremely keeps off supporting leg: standard plate welding is made, and the mode that is threaded connection is connected with turnover bracket 2-3.
2-14 copper sheathing: adopt tin bronze material to make, be connected with overturning supporting leg 2-2 by centralized positioning mode, play directional tagging.
2-15 S. A.: standard plate welding is made, and is connected and is connected with turnover bracket platform 2-9 with bolt connecting mode by centralized positioning mode with copper sheathing 2-14, plays the function as S. A. in flip-flop movement.
2-16 pad: for standard round steel is processed into, is connected with hydraulic actuating cylinder bearing pin 2-7 and is used for fixing the axial location of oscillating bearing 2-8 on hydraulic actuating cylinder Connection Block 2-6 by centralized positioning mode.
Principle of work and main structure:
Motor connecting gear: U-shaped roller adopts high strength 45# Steel material to make, surface increases its toughness and hardness through heat treatment, increased equipment bending strength, all parts are installed concentratedly and are installed on rebound simple in structure at U-shaped roller, mechanism adopts motor as power transmission, usining sprocket wheel, chain reduces as the Transmission processing and manufacturing expense of power, and installation and transportation are convenient, and distinctive structure design increases rigidity and the stability of whole equipment.
Hydraulic turnover mechanism: reasonable in design, simple and practical, oil cylinder head adopts oscillating bearing to avoid horizontal slight displacement occurs and oil cylinder is caused to fail in shear, whether the approach switch of usining overturns to put in place as detection roller-way and makes device action more stable, the all workpiece of whole equipment and outsourcing piece are all installed concentratedly on turnover bracket, make simple in structurely, institute takes up space and greatly reduces.
In a word, this device can be installed suitable transmission device based on the actual application requirements, and then meets the bar transmission device with turn over function, flexible and convenient operation, transmits arbitrarily heavy bar work within the specific limits, and horizontal motion is reliable and stable, institute takes up space little, and effect is remarkable; The circumstances of, work under bad environment high for complex process, equipment failure rate, be more suitable for the application of this device, can not only reach the job requirement of regulation, and compared with the relevant device of congenerous, its manufacturing cost reduces greatly, economical and practical, greatly improved work efficiency; Can be widely used in each field of machinery industry.
The technological process that is applied to various device operations is as follows:
Control drive motor and drive workpiece walking, the workpiece upset permission bits postpone motor of walking stops, this signal by correlation switch detect workpiece whether walk to upset license for position definitely accurately, obtain controlling overturning oil cylinder upset after signal, make oil cylinder carry out flip-flop movement, when being turned to 90 ° of positions, be turned to again zero degree work after stopping the several seconds, at the signal of two working positions, be equipped with approach switch and obtain.
This device is convenient to processing and manufacturing, assembling, transportation, installation, and easy to maintenance.
Above-mentioned detailed description of this automatic turning roller bed device being carried out with reference to embodiment is illustrative rather than determinate; Therefore in the variation and the modification that do not depart under the utility model general plotting, within should belonging to protection domain of the present utility model.
Claims (2)
1. an automatic turning roller bed device, is characterized in that this device is connected to form by motor connecting gear, hydraulic turnover mechanism; Described motor connecting gear is connected with S. A. with the overturning supporting leg of hydraulic turnover mechanism with centralized positioning by supporting main support, and makes motor connecting gear centered by S. A., coordinate upset;
Described motor connecting gear comprises photoelectric switch regulating plate, drive motor, photoelectricity correlation switch, dead block seat, dead block, correlation switch mounting, U-shaped roller-way chain cover, chain box support, U-shaped roller installation rebound, the roller bearing units of usheing to seat, short U-shaped roller, sprocket wheel, axle sleeve, long U-shaped roller and supports main support, described photoelectric switch regulating plate is arranged on the end face of correlation switch mounting, drive motor is arranged on the attachment face that supports main support, photoelectricity correlation fastening switch is on photoelectric switch regulating plate, dead block seat passes through pin-and-hole location and installation on turnover bracket platform, dead block is arranged on dead block seat, correlation switch mounting is arranged on overturning supporting leg, U-shaped roller-way chain cover is arranged on chain box support, chain box support is arranged on U-shaped roller rebound upper surface is installed, U-shaped roller is installed rebound and is passed through pin-and-hole location and installation on turnover bracket platform, usher to seat roller bearing units by centralized positioning and short U-shaped roller, long U-shaped roller is connected and is mounted on U-shaped roller with bolt and installs on rebound, short U-shaped roller is connected with the roller bearing units of usheing to seat by centralized positioning, sprocket wheel is by centralized positioning and short U-shaped roller, long U-shaped roller is connected, axle sleeve is connected with short U-shaped roller by centralized positioning, long U-shaped roller is connected with the roller bearing units of usheing to seat by centralized positioning, support main support and pass through pin-and-hole location and installation at turnover bracket attachment face,
Described hydraulic turnover mechanism comprises lower margin, overturning supporting leg, turnover bracket, overturning oil cylinder, hydraulic actuating cylinder rotary seat, hydraulic actuating cylinder Connection Block, hydraulic actuating cylinder bearing pin, oscillating bearing, turnover bracket platform, the dead block of zero degree, approach switch, zero degree switch transition bracket, extremely keeps off supporting leg, copper sheathing, S. A. and pad, described lower margin is arranged on turnover bracket, overturning supporting leg is located by pin-and-hole, bolt is connected with turnover bracket, overturning oil cylinder is connected with hydraulic actuating cylinder rotary seat by centralized positioning, hydraulic actuating cylinder rotary seat is located with turnover bracket and is connected by pin-and-hole, hydraulic actuating cylinder Connection Block passes through pin-and-hole location and installation at turnover bracket platform lower surface, hydraulic actuating cylinder bearing pin is by centralized positioning and oscillating bearing, hydraulic actuating cylinder Connection Block is connected, oscillating bearing is connected with overturning oil cylinder by self screw thread and can freely adjusts relative distance, turnover bracket platform is connected with S. A. by centralized positioning, the dead block of zero degree and turnover bracket platform, dead gear supporting leg is connected, approach switch is connected with zero degree switch transition bracket, zero degree switch transition bracket is connected with dead gear supporting leg, dead gear supporting leg is connected with turnover bracket, copper sheathing is connected with overturning supporting leg by centralized positioning, S. A. is connected with copper sheathing by centralized positioning and uses bolt to be connected with turnover bracket platform, pad is connected with hydraulic actuating cylinder bearing pin by centralized positioning, axial location in order to fixing joint bearing on hydraulic actuating cylinder Connection Block.
2. automatic turning roller bed device according to claim 1, is characterized in that described photoelectric switch regulating plate is provided with switch hood.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320574031.9U CN203545621U (en) | 2013-09-17 | 2013-09-17 | Automatic overturning roller bed device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320574031.9U CN203545621U (en) | 2013-09-17 | 2013-09-17 | Automatic overturning roller bed device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203545621U true CN203545621U (en) | 2014-04-16 |
Family
ID=50463767
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320574031.9U Expired - Fee Related CN203545621U (en) | 2013-09-17 | 2013-09-17 | Automatic overturning roller bed device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203545621U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106629536A (en) * | 2016-11-08 | 2017-05-10 | 天奇自动化工程股份有限公司 | Cam elevator with turnover function |
| CN108069235A (en) * | 2017-12-22 | 2018-05-25 | 大连佳林设备制造有限公司 | Coiled strip automatic turning unloader |
-
2013
- 2013-09-17 CN CN201320574031.9U patent/CN203545621U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106629536A (en) * | 2016-11-08 | 2017-05-10 | 天奇自动化工程股份有限公司 | Cam elevator with turnover function |
| CN108069235A (en) * | 2017-12-22 | 2018-05-25 | 大连佳林设备制造有限公司 | Coiled strip automatic turning unloader |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140416 Termination date: 20160917 |
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| CF01 | Termination of patent right due to non-payment of annual fee |