CN205701958U - The cold rolling all-in-one of many plate shape roller formula - Google Patents
The cold rolling all-in-one of many plate shape roller formula Download PDFInfo
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- CN205701958U CN205701958U CN201620421429.2U CN201620421429U CN205701958U CN 205701958 U CN205701958 U CN 205701958U CN 201620421429 U CN201620421429 U CN 201620421429U CN 205701958 U CN205701958 U CN 205701958U
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Abstract
This utility model relates to the cold rolling all-in-one of many plate shape roller formula, including frame, described frame is provided with roll-forming system, provides the drive system of power for roll-forming system, described roll-forming system includes the some groups of device for rolling and molding being provided with different plate shapes, often group device for rolling and molding all includes shaping mechanism, punch mechanism and cutting mechanism arranged successively in the conveying direction, and being provided with between roll-forming system and drive system for switching drive system is the clutch transmission system that differential roller pressing molding device is driven.This utility model is by being integrated in multiple device for rolling and molding being provided with different plate shape in a frame, the multiple device for rolling and molding of control are driven by clutch transmission system by single drive system, thus reduce manufacturing cost, avoid multiple plate shape, manufacturing cost that multiple devices cause, the increase of floor space.
Description
Technical field
This utility model relates to roll-forming apparatus field, is specifically related to the cold rolling all-in-one of many plate shape roller formula.
Background technology
In the manufacture of rolling shutter door leaf produces, conventional manufacture is to be completed by device for rolling and molding, but because the plate shape of rolling shutter door leaf is more, manufacturing of rolling shutter door leaf is normal because of the different roller pressing forming machines requiring to need to be equipped with difference plate shape of client, the area of this hold facility is bigger, independent roller pressing forming machine corresponding to different plate shapes needs to arrange respective drive system, control system, wastes relatively multiple resource, and economic benefit is relatively low.
Utility model content
The purpose of this utility model is for above weak point, provide and a kind of multiple device for rolling and molding are integrated in a frame, single drive system driven the cold rolling all-in-one of many plate shape roller formula controlling multiple device for rolling and molding with different plate shape by clutch transmission system.
The scheme that this utility model solution technical problem is used is: the cold rolling all-in-one of many plate shape roller formula, including frame, described frame is provided with roll-forming system, provides the drive system of power for roll-forming system, described roll-forming system includes the some groups of device for rolling and molding being provided with different plate shapes, often group device for rolling and molding all includes shaping mechanism, punch mechanism and cutting mechanism arranged successively in the conveying direction, and being provided with between roll-forming system and drive system for switching drive system is the clutch transmission system that differential roller pressing molding device is driven.
In order to be exported with rational gear ratio by the power driving motor, and the single power making driving motor export can be dispersed into many parts of power and be driven each group of device for rolling and molding；Described drive system includes driving motor and by chain-drive mechanism and the drive shaft driving motor-driven to be connected, described chain-drive mechanism includes and drives the drive sprocket that motor is fixedly connected with and the driven sprocket being fixedly and coaxially connected with drive shaft, drive sprocket and driven sprocket constitute drive connection by driving chain, described drive shaft is connected with clutch transmission system and carries out transmission, and described drive shaft carries out rotating and then drive clutch transmission system to work by driving motor to drive.
In order to the power of drive system being passed to each device for rolling and molding rolling shutter door leaf with roll-in plurality of plate-shape；nullDescribed roll-forming system includes the second device for rolling and molding and the 3rd device for rolling and molding，Described clutch transmission system includes for switching the one-level clutch transmission that drive system is the second device for rolling and molding or the 3rd device for rolling and molding is driven，Described one-level clutch includes that coaxial sleeve sets clutch on the driving shaft being driven by drive shaft and rotates and rotating installation clutch sprocket wheel II on the driving shaft and clutch sprocket wheel III，Described clutch sprocket wheel II and clutch sprocket wheel III lays respectively at the axial both sides of clutch and is driven by clutch clutch respectively，Described clutch sprocket wheel II and clutch sprocket wheel III is connected with driven pulley II and driven pulley III respectively，Rotary shaft II and rotary shaft III the most coaxially it is fixed with on described driven pulley II and driven pulley III，Described rotary shaft II and rotary shaft III are respectively the second device for rolling and molding and the power input shaft of the 3rd device for rolling and molding.
Non-follow control clutch the most efficiently, embedding on described clutch it is connected with the shift fork switching over work for stirring clutch, the other end of described shift fork is installed with clutch rod, the other end of described clutch rod is installed with for controlling the wobble drive bar that clutch rod moves left and right, it is installed with handle on described wobble drive bar, it is connected by bearing pin between clutch rod with wobble drive bar, drives shift fork to move by stirring handle, thus stir clutch.
In order to the power of drive system being passed to each device for rolling and molding rolling shutter door leaf with roll-in plurality of plate-shape；Described roll-forming system also includes the first device for rolling and molding, described clutch transmission system also includes that for switching drive system be two grades of clutch transmissions that the first device for rolling and molding is driven, from with drive mechanism, described two grades include that coaxial fixed cover is located at the clutch sprocket wheel I that the drivewheel of drive shaft one end is connected and the driven pulley I coordinated with clutch sprocket wheel I with capstan drive, coaxially being fixed with rotary shaft I on described driven pulley I, described rotary shaft I is the power input shaft of the first device for rolling and molding.
For good transmission power, effectively utilize the power that drive shaft exports, the rotational making clutch sprocket wheel I drives driven pulley I to rotate and then drives rotary shaft I to rotate, recess is offered on described clutch sprocket wheel I, described driven pulley I is provided with and the protuberance of recess tabling, and described clutch sprocket wheel I is rotated with the drive driven pulley I that coordinates of protuberance by recess.
In order to carry out roll-forming in rolling shutter door leaf automatization is transmitted device for rolling and molding, the conveying mechanism for carrying rolling shutter door leaf it is additionally provided with in described frame, described conveying mechanism includes being located at frame blowing rail foremost, is located at the guiding mechanism of blowing rail rear end, and described guiding mechanism includes that upper block coordinates the lower tumbler transmitting rolling shutter door leaf with upper block.
In order to carry out roll-forming in rolling shutter door leaf automatization is transmitted device for rolling and molding, described shaping mechanism includes the dynamic pressure wheel that level pressure wheel matches with level pressure wheel, described level pressure wheel is rotating to be arranged in frame, described dynamic pressure wheel is fixedly connected with clutch transmission system and is rotated by clutch transmission system drive, forms rolling shutter door leaf roll-forming passage between level pressure wheel and dynamic pressure wheel.
In order to rolling shutter door leaf being carried out continuous roll-in to ensure the qualification rate of rolling shutter door leaf plate shape, shaping mechanism includes organizing level pressure wheel more and dynamic pressure is taken turns, the other end of the axle at dynamic pressure wheel place is the most coaxially fixed with duplicate sprocket, the duplicate sprocket at power input shaft place drives the duplicate sprocket on other axles to rotate by driving-chain, and then drive respective dynamic pressure wheel on other axles to rotate, it is achieved synchronize roll-in.
In order to be punched out rolling shutter door leaf, described punch mechanism includes punching support, the punching cylinder being arranged on punching support and is driven the drift being punched out operation by punching cylinder.
In order to rolling shutter door leaf is sheared, described cutting mechanism includes shearing support, being arranged on shearing oil cylinder and the shear-blade shearing frame upper, and described shear-blade includes being fixed on the ledger-plate sheared on support and being carried out the cutting blade of shear action from shearing ledger-plate with hydraulic oil cylinder driving.
For prior art, this utility model has the advantage that
(1) this utility model by multiple device for rolling and molding integrated installations in same frame, save place and produce space, avoid when producing plate shape section bar as multiple types, the board configuring correspondence one to one is needed to carry out producing and taking too much production site, the most nowadays in the case of cost of land so costliness, enterprise can reduce space, place and leased land cost, saves taking up room of equipment, improves the utilization rate of Factory Building；
(2) device for rolling and molding of multiple plate shapes is integrated in same frame by this utility model, share drive system, single drive system supplies multiple device for rolling and molding, thus reduce manufacturing cost, avoid because producing multiple plate shapes, corresponding multiple stage is configured with respective control and drive system machine, being greatly increased of the manufacturing cost caused；
(3) this utility model switches drive system and the first device for rolling and molding, the second device for rolling and molding and the driving drive connection of the 3rd device for rolling and molding by clutch transmission, clutch is controlled by handle, simple to operation, one machine has only to a people and operates, and decreases artificial input cost；
(4) this utility model is by the shaped device integrated design of plurality of plate-shape, reduces the manufacturing cost of equipment, reduces the purchase cost of enterprise, improves the production efficiency of enterprise.
Accompanying drawing explanation
The utility model is described in further detail the most in conjunction with the embodiments:
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the A-A sectional view of Fig. 1；
Fig. 3 is side view of the present utility model.
In figure:
1-blowing rail；2-guides mechanism；201-upper block；202-lower tumbler；3-shaping mechanism；301-level pressure is taken turns；302-dynamic pressure is taken turns；4-punch mechanism；5-frame；6-shaping mechanism；7-cutting mechanism；701-shears oil cylinder；702-shear-blade；703-shears support；8-clutch transmission system；810-clutch sprocket wheel II；811-driven pulley II；812-rotary shaft II；820-clutch；821-shift fork；822-clutch rod；823-wobble drive bar；824-handle；830-clutch sprocket wheel III；831-driven pulley III；832-rotary shaft III；840-drivewheel；841-driving chain；842-clutch sprocket wheel I；843-driven pulley I；844-rotary shaft I；9-drives motor；910-chain-drive mechanism；920-drive shaft.
Detailed description of the invention
Below in conjunction with Figure of description and specific embodiment, this utility model content is described in detail:
As shown in Figures 1 to 3, the cold rolling all-in-one of many plate shape roller formula, including frame 5, described frame 5 is provided with roll-forming system, provides the drive system of power for roll-forming system, described roll-forming system includes the some groups of device for rolling and molding being provided with different plate shapes, often group device for rolling and molding all includes shaping mechanism 3, punch mechanism 4 and cutting mechanism 7 arranged successively in the conveying direction, and being provided with between roll-forming system and drive system for switching drive system is the clutch transmission system 8 that differential roller pressing molding device is driven.
In order to be exported with rational gear ratio by the power driving motor 9, and the single power making driving motor 9 export can be dispersed into many parts of power and be driven each group of device for rolling and molding；Described drive system includes driving motor 9 and by chain-drive mechanism 910 and the drive shaft 920 driving motor 9 to be in transmission connection, described chain-drive mechanism 910 includes and drives the drive sprocket that motor 9 is fixedly connected with and the driven sprocket being fixedly and coaxially connected with drive shaft 920, drive sprocket and driven sprocket constitute drive connection by driving chain, described drive shaft 920 is connected with clutch transmission system 8 and carries out transmission, and described drive shaft 920 carries out rotating and then drive clutch transmission system 8 to work by driving motor 9 to drive.
In order to the power of drive system being passed to each device for rolling and molding rolling shutter door leaf with roll-in plurality of plate-shape；nullDescribed roll-forming system includes the second device for rolling and molding and the 3rd device for rolling and molding，Described clutch transmission system 8 includes for switching the one-level clutch transmission that drive system is the second device for rolling and molding or the 3rd device for rolling and molding is driven，Described one-level clutch includes that coaxial sleeve is located in drive shaft 920 and can be driven the clutch 820 of rotation and the rotating clutch sprocket wheel II 810 being arranged in drive shaft 920 and clutch sprocket wheel III 830 by drive shaft 920，Described clutch sprocket wheel II 810 and clutch sprocket wheel III 830 lays respectively at the axial both sides of clutch 820 and is driven by clutch 820 clutch respectively，Described clutch sprocket wheel II 810 and clutch sprocket wheel III 830 is connected with driven pulley II 811 and driven pulley III 831 respectively，Rotary shaft II 812 and rotary shaft III832 the most coaxially it is fixed with on described driven pulley II 811 and driven pulley III 831，Described rotary shaft II 812 and rotary shaft III 832 are respectively the second device for rolling and molding and the power input shaft of the 3rd device for rolling and molding.
Non-follow control clutch the most efficiently, embedding on described clutch 820 it is connected with the shift fork 821 switching over work for stirring clutch 820, the other end of described shift fork 821 is installed with clutch rod 822, the other end of described clutch rod 822 is installed with for controlling the wobble drive bar 823 that clutch rod 822 moves left and right, it is installed with handle 824 on described wobble drive bar 823, it is connected by bearing pin between clutch rod 822 with wobble drive bar 823, drive shift fork 821 to move by stirring handle 824, thus stir clutch 820.
In order to the power of drive system being passed to each device for rolling and molding rolling shutter door leaf with roll-in plurality of plate-shape；Described roll-forming system also includes the first device for rolling and molding, described clutch transmission system 8 also includes that for switching drive system be two grades of clutch transmissions that the first device for rolling and molding is driven, from with drive mechanism, described two grades include that coaxial fixed cover is located at the clutch sprocket wheel I 842 that the drivewheel 840 of drive shaft 920 one end is in transmission connection and the driven pulley I 843 coordinated with clutch sprocket wheel I 842 with drivewheel 840, coaxially being fixed with rotary shaft I 844 on described driven pulley I 843, described rotary shaft I 844 is the power input shaft of the first device for rolling and molding.
For good transmission power, effectively utilize the power that drive shaft 920 exports, the rotational making clutch sprocket wheel I 842 drives driven pulley I 843 rotate and then drive rotary shaft I 844 to rotate, recess is offered on described clutch sprocket wheel I 842, described driven pulley I 843 is provided with and the protuberance of recess tabling, and described clutch sprocket wheel I842 is rotated with the drive driven pulley I 843 that coordinates of protuberance by recess.
In order to carry out roll-forming in rolling shutter door leaf automatization is transmitted device for rolling and molding, the conveying mechanism for carrying rolling shutter door leaf it is additionally provided with in described frame 5, described conveying mechanism includes being located at frame 5 blowing rail 1 foremost, is located at the guiding mechanism 2 of blowing rail 1 rear end, described guide mechanism 2 to include upper block 201 coordinates the lower tumbler 202 of transmission rolling shutter door leaf with upper block 201.
In order to carry out roll-forming in rolling shutter door leaf automatization is transmitted device for rolling and molding, described shaping mechanism 3 includes the dynamic pressure wheel 302 that level pressure wheel 301 matches with level pressure wheel 301, described level pressure is taken turns 301 and rotating is arranged in frame 5, described dynamic pressure wheel 302 is fixedly connected with clutch transmission system 8 and is driven by clutch transmission system 8 and rotates, and forms rolling shutter door leaf roll-forming passage between level pressure wheel 301 and dynamic pressure wheel 302.
In order to rolling shutter door leaf being carried out continuous roll-in to ensure the qualification rate of rolling shutter door leaf plate shape, shaping mechanism 3 includes organizing level pressure wheel 301 and dynamic pressure wheel 302 more, dynamic pressure is taken turns the other end of the axle at 302 places and is the most coaxially fixed with duplicate sprocket, the duplicate sprocket at power input shaft place drives the duplicate sprocket on other axles to rotate by driving-chain, and then drive respective dynamic pressure wheel 302 rotation on other axles, it is achieved synchronize roll-in.
In order to be punched out rolling shutter door leaf, shaping mechanism 3 rear end is additionally provided with punch mechanism 4, and described punch mechanism 4 includes punching support, the punching cylinder being arranged on punching support and driven the drift being punched out operation by punching cylinder.
In order to rolling shutter door leaf is sheared, the rear end of frame 5 is additionally provided with cutting mechanism 7, described cutting mechanism 7 includes shearing support 703, being arranged on and shear the shearing oil cylinder 701 on support 703 top and shear-blade 702, described shear-blade 702 include being fixed on the ledger-plate sheared on support 703 and from shear oil cylinder 701 drive with ledger-plate carry out the cutting blade of shear action.
Specific implementation process: drive motor 9 to start working, drives motor 9 to drive drive shaft 920 to rotate by chain-drive mechanism 910, the clutch 820 that is connected in drive shaft 920, drivewheel 840 concomitant rotation；When needing the first device for rolling and molding work, drivewheel 840 is power input wheel, drivewheel 840 drives clutch sprocket wheel I 842 to rotate by driving chain 841, clutch sprocket wheel I 842 and driven pulley I 843 clutch, the protuberance tabling of the recess on clutch sprocket wheel I 842 and driven pulley I 843 is so that driven pulley I 843 rotates, rotary shaft I 844 being connected with driven pulley I 843 starts to rotate, rotary shaft I 844 is the power input shaft of the first device for rolling and molding, drives the first device for rolling and molding to start roll-forming；When needing the second device for rolling and molding work, it is set in drive shaft 920 because of clutch 820 and rotates with the rotation of drive shaft 920, moving handle 824, shift fork 821 is driven to be moved to the left, clutch 820 stirred to the left by shift fork 821, it is allowed to and clutch sprocket wheel II 810 clutch, clutch sprocket wheel II 810 and clutch 820 synchronous axial system, clutch sprocket wheel II 810 is power input wheel, clutch sprocket wheel II 810 drives driven pulley II 811 to rotate by Chain conveyer, rotary shaft II 812 that be connected fixing with driven pulley II 811 starts to rotate, rotary shaft II 812 is the power input shaft of the second device for rolling and molding, the second device for rolling and molding is driven to start roll-forming；When needing the 3rd device for rolling and molding work, moving handle 824, shift fork 821 is driven to move right, clutch 820 stirred to the right by shift fork 821, it is allowed to and clutch sprocket wheel III 830 clutch, clutch sprocket wheel III 830 and clutch 820 synchronous axial system, clutch sprocket wheel III 830 is power input wheel, clutch sprocket wheel III 830 drives driven pulley III 831 to rotate by Chain conveyer, rotary shaft III 832 that be connected fixing with driven pulley III 831 starts to rotate, rotary shaft III 832 is the power input shaft of the 3rd device for rolling and molding, the 3rd device for rolling and molding is driven to start roll-forming；Because shaping mechanism 3 includes that the level pressure wheel 301 organized and dynamic pressure take turns 302 more, when rotary shaft I 844, rotary shaft II 812 or rotary shaft III 832 start to rotate, the duplicate sprocket being fixed in rotary shaft I 844, rotary shaft II 812 and rotary shaft III 832 synchronizes to start to rotate, the duplicate sprocket that other group dynamic pressures are taken turns on the axle at 302 places forms chain-drive mechanism with the duplicate gear on power input shaft by chain, synchronizes to carry out rotating thus roll-in operation.
nullWhen carrying out roll-forming，Sheet material is placed on blowing rail 1，Sheet material is transported in device for rolling and molding by conveyer device，First sheet material is transported in shaping mechanism 3 by the passage formed between upper block 201 and the lower tumbler 202 of guide，Dynamic pressure wheel 302 starts to rotate under the driving of clutch transmission，Level pressure wheel 301 is rotatably connected in frame 5，Sheet material is by dynamic pressure wheel 302 and the roll-in passage roll-forming of level pressure wheel 301 formation，To be delivered to punch mechanism 4，Sheet material is punched out under punching cylinder drives by drift，Sheet material after punching is transported in shaping mechanism 6，Sheet material after integer moves in cutting mechanism 7，Ledger-plate is fixed in frame 5，Sheet material is sheared under the driving shearing oil cylinder 703 by cutting blade with ledger-plate generation shearing motion，The roll-forming of rolling shutter door leaf completes.
Above-listed preferred embodiment; the purpose of this utility model, technical scheme and advantage are further described; it is it should be understood that; the foregoing is only preferred embodiment of the present utility model; not in order to limit this utility model; all within spirit of the present utility model and principle, any modification, equivalent substitution and improvement etc. made, within should be included in protection domain of the present utility model.
Claims (10)
1. the cold rolling all-in-one of more than plate shape roller formula, including frame (5), it is characterised in that: in described frame (5)
Be provided with roll-forming system, for roll-forming system provide power drive system, described roll-forming system
Including some groups of device for rolling and molding, often group device for rolling and molding all includes one-tenth arranged successively in the conveying direction
Type mechanism (3), punch mechanism (4) and cutting mechanism (7), set between roll-forming system and drive system
Being equipped with for switching drive system is the clutch transmission system (8) that differential roller pressing molding device is driven.
The cold rolling all-in-one of many plate shape roller formula the most according to claim 1, it is characterised in that: described driving
System includes driving motor (9) and being in transmission connection with driving motor (9) by chain-drive mechanism (910)
Drive shaft (920), described drive shaft (920) is in transmission connection with clutch transmission system (8), described in drive
Moving axis (920) is driven by driving motor (9) and carries out rotating and then drive clutch transmission system (8) to work.
The cold rolling all-in-one of many plate shape roller formula the most according to claim 2, it is characterised in that: described roll-in
Formation system includes the second device for rolling and molding and the 3rd device for rolling and molding, described clutch transmission system (8)
Including being the second device for rolling and molding or the 3rd device for rolling and molding is driven one for switching drive system
Level clutch transmission, it is upper and can be by driving that described one-level clutch includes that coaxial sleeve is located at drive shaft (920)
Moving axis (920) drives the clutch (820) rotated and rotating is arranged in drive shaft (920)
Clutch sprocket wheel II (810) and clutch sprocket wheel III (830), described clutch sprocket wheel II (810) and clutch sprocket wheel
III (830) lays respectively at the axial both sides of clutch (820) and is driven by clutch (820) clutch respectively
Dynamic, described clutch sprocket wheel II (810) and clutch sprocket wheel III (830) are connected with driven pulley II respectively
(811) and distinguish on driven pulley III (831), described driven pulley II (811) and driven pulley III (831)
Coaxially it is fixed with rotary shaft II (812) and rotary shaft III (832), described rotary shaft II (812) and rotation
Axle III (832) is respectively the second device for rolling and molding and the power input shaft of the 3rd device for rolling and molding.
The cold rolling all-in-one of many plate shape roller formula the most according to claim 3, it is characterised in that: described clutch
The upper embedding shift fork (821) switching over work for stirring clutch (820) that is connected with of device (820), described
The other end of shift fork (821) is installed with clutch rod (822), the other end of described clutch rod (822)
It is installed with for controlling the wobble drive bar (823) that clutch rod (822) moves left and right, described wobble drive
Handle (824) it is installed with on bar (823).
The cold rolling all-in-one of many plate shape roller formula the most according to claim 2, it is characterised in that: described roll-in
Formation system also include the first device for rolling and molding, described clutch transmission system (8) also include for switching drive
Dynamic system is two grades of clutch transmissions that the first device for rolling and molding is driven, described two grades from and transmission
Mechanism includes that coaxial fixed cover is located at drivewheel (840) and the drivewheel (840) of drive shaft (920) one end
Clutch sprocket wheel I (842) being in transmission connection and the driven pulley I (843) coordinated with clutch sprocket wheel I (842),
Coaxially being fixed with rotary shaft I (844) on described driven pulley I (843), described rotary shaft I (844) is first
The power input shaft of device for rolling and molding.
The cold rolling all-in-one of many plate shape roller formula the most according to claim 5, it is characterised in that: described clutch
Offering recess on sprocket wheel I (842), described driven pulley I (843) is provided with and the protuberance of recess tabling,
Described clutch sprocket wheel I (842) is rotated with drive driven pulley I (843) that coordinates of protuberance by recess.
The cold rolling all-in-one of many plate shape roller formula the most according to claim 1, it is characterised in that: described frame
(5) front end is additionally provided with the conveying mechanism for carrying rolling shutter door leaf, and described conveying mechanism includes being located at machine
Frame (5) blowing rail (1) foremost, be located at the guiding mechanism (2) of blowing rail (1) rear end, described in draw
Lead mechanism (2) include upper block (201) coordinate with upper block (201) transmission rolling shutter door leaf under lead
Wheel (202).
The cold rolling all-in-one of many plate shape roller formula the most according to claim 1, it is characterised in that: described molding
Mechanism (3) includes dynamic pressure wheel (302) that level pressure wheel (301) matches with level pressure wheel (301), described
(301) are rotating is arranged in frame (5) for level pressure wheel, described dynamic pressure wheel (302) and clutch transmission system
System (8) is fixedly connected with and is driven by clutch transmission system (8) and rotates, and level pressure wheel (301) is taken turns with dynamic pressure
(302) rolling shutter door leaf roll-forming passage is formed between.
The cold rolling all-in-one of many plate shape roller formula the most according to claim 1, it is characterised in that: described punching
Mechanism (4) is located at the rear end of shaping mechanism (3), and described punch mechanism (4) includes punching support, installation
Punching cylinder on punching support and driven the drift being punched out operation by punching cylinder.
The cold rolling all-in-one of many plate shape roller formula the most according to claim 1, it is characterised in that: described shearing
Mechanism (7) is located at the rear end of frame (5), and described cutting mechanism (7) includes shearing support (703), peace
It is contained in shearing oil cylinder (701) and shear-blade (702), the described shearing shearing support (703) top
Blade (702) includes being fixed on the ledger-plate sheared on support (703) and being driven by shearing oil cylinder (701)
The dynamic cutting blade coordinating ledger-plate to carry out shear action.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620421429.2U CN205701958U (en) | 2016-05-11 | 2016-05-11 | The cold rolling all-in-one of many plate shape roller formula |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620421429.2U CN205701958U (en) | 2016-05-11 | 2016-05-11 | The cold rolling all-in-one of many plate shape roller formula |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205701958U true CN205701958U (en) | 2016-11-23 |
Family
ID=57304647
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620421429.2U Expired - Fee Related CN205701958U (en) | 2016-05-11 | 2016-05-11 | The cold rolling all-in-one of many plate shape roller formula |
Country Status (1)
| Country | Link |
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| CN (1) | CN205701958U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107138574A (en) * | 2017-04-07 | 2017-09-08 | 浙江伟联科技股份有限公司 | A kind of many plate-type metal shaped devices of faceplate type |
| CN107470496A (en) * | 2017-10-09 | 2017-12-15 | 大同泰瑞集团建设有限公司 | Adjustable in length formula base plate for truss forming machine |
| CN108788766A (en) * | 2018-01-21 | 2018-11-13 | 厦门美舜机械设备有限公司 | Chicken frid roll-type cold roll forming machine |
| CN110026736A (en) * | 2019-03-22 | 2019-07-19 | 厦门美舜机械设备有限公司 | A kind of forming method sheet material and device |
| CN112938311A (en) * | 2019-12-11 | 2021-06-11 | 沈阳新松机器人自动化股份有限公司 | External power source multi-stage clutch transfer storage roller way device |
-
2016
- 2016-05-11 CN CN201620421429.2U patent/CN205701958U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107138574A (en) * | 2017-04-07 | 2017-09-08 | 浙江伟联科技股份有限公司 | A kind of many plate-type metal shaped devices of faceplate type |
| CN107138574B (en) * | 2017-04-07 | 2018-10-26 | 浙江伟联科技股份有限公司 | A kind of more plate-type metal molding machines of faceplate type |
| CN107470496A (en) * | 2017-10-09 | 2017-12-15 | 大同泰瑞集团建设有限公司 | Adjustable in length formula base plate for truss forming machine |
| CN108788766A (en) * | 2018-01-21 | 2018-11-13 | 厦门美舜机械设备有限公司 | Chicken frid roll-type cold roll forming machine |
| CN110026736A (en) * | 2019-03-22 | 2019-07-19 | 厦门美舜机械设备有限公司 | A kind of forming method sheet material and device |
| CN112938311A (en) * | 2019-12-11 | 2021-06-11 | 沈阳新松机器人自动化股份有限公司 | External power source multi-stage clutch transfer storage roller way device |
| CN112938311B (en) * | 2019-12-11 | 2022-05-06 | 沈阳新松机器人自动化股份有限公司 | External power source multi-stage clutch transfer storage roller way device |
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