CN209050354U - A kind of provision for disengagement of steel plate crusher rotor - Google Patents
A kind of provision for disengagement of steel plate crusher rotor Download PDFInfo
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- CN209050354U CN209050354U CN201822021689.2U CN201822021689U CN209050354U CN 209050354 U CN209050354 U CN 209050354U CN 201822021689 U CN201822021689 U CN 201822021689U CN 209050354 U CN209050354 U CN 209050354U
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- steel plate
- disengagement
- provision
- oil cylinder
- crusher rotor
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Abstract
The utility model discloses a kind of provisions for disengagement of steel plate crusher rotor, belong to steel plate recovery technology field.The provision for disengagement of the steel plate crusher rotor includes: the both ends that two guide rails are separately positioned on braced frame；The both ends of two crossbeams are respectively slidably arranged on two guide rails；Length direction on crossbeam along crossbeam offers several location holes, and the fixing end of oil cylinder is removably connect with location hole, and pushing block is provided on the telescopic end of oil cylinder, and pushing block is arranged in the gap between two disks of rotor；Two fixing seats are separately positioned on two guide rails, and two fixing seats are arranged between two crossbeams, and the both ends of central axis are provided with connecting rod, and the setting of connecting rod is in fixing seat.The provision for disengagement dismounting speed of the utility model steel plate crusher rotor is fast, disassembly quality is high, disassembly cost is low, it is no longer necessary to which additional dismantling device has greatly saved maintenance time and the maintenance cost of rotor, reduced the labor intensity of worker.
Description
Technical field
The utility model relates to steel plate recovery technology field, in particular to a kind of provision for disengagement of steel plate crusher rotor.
Background technique
The effective recycling of old metal resource can greatly reduce the consumption of the exploitation to natural mineral resources, reach reduction
Land seizure, the purpose for reducing social total energy consumption, investment reduction, preserving the ecological environment, improving labour productivity effect.Especially exist
The extremely consumption of natural mineral resources and increasingly deficient today, old metal resource is in world economy, the strategy of sustainable development
Status is just more aobvious to be protruded.So more and more steel plates are broken as the industrial theory of recycling and reusing environmental protection is more more and more universal
Machine has come into major steel mill, solves steel mill and provides great convenience to the recycling of recycling steel plate.
But the core component rotor of steel plate crusher will cause the damage of rotor in continuous operation, to reduce fortune
Row cost needs rotor carrying out whole maintenance by disassembling on steel plate crusher.It in the prior art, is by artificial
The rotor that steel plate crusher is dismantled with some simple extracting tools, there is inefficiency, at high cost, disassembly quality is unstable
It is fixed, overlong time is caused to the production maintenance of sliver, delays production.
Utility model content
The utility model provides a kind of provision for disengagement of steel plate crusher rotor, solves or part solves the prior art
In the rotor of steel plate crusher is dismantled by artificial and some simple extracting tools, there is inefficiency, it is at high cost, tear open
The technical issues of unloading unstable quality, caused by overlong time, delays production for the production maintenance of sliver.
In order to solve the above technical problems, the utility model provides a kind of provision for disengagement of steel plate crusher rotor, it is applicable in
In the disassembly for being mounted on central axis upper rotor part, the provision for disengagement of the steel plate crusher rotor include: braced frame, two lead
Rail, two fixing seats, two crossbeams and two oil cylinders；Two guide rails are separately positioned on the both ends of the braced frame, and two
A guide rail is parallel；The both ends of two crossbeams are respectively slidably arranged on two guide rails, described in two
Crossbeam is parallel；Two oil cylinders are corresponding with two crossbeams, and the length direction on the crossbeam along the crossbeam is opened
Equipped with several location holes, the fixing end of the oil cylinder is removably connect with the location hole, and the telescopic end of the oil cylinder is along institute
The length direction for stating crossbeam is flexible, is provided with pushing block on the telescopic end of the oil cylinder；Two fixing seats are separately positioned on two
On a guide rail, two fixing seats are opposite, and two fixing seats are arranged between described two crossbeams, described
The both ends of central axis are provided with connecting rod, and the diameter of the connecting rod is less than the diameter of the central axis, and the connecting rod is set
It sets in the fixing seat.
Further, the braced frame is the truss structure being made of several support rods.
Further, the crossbeam includes: the first side plate, the second side plate and bottom plate；The first end of the bottom plate with it is described
The connection of first side plate, second end connect to form U-shaped sliding slot with second side plate, the first end of the bottom plate and the bottom plate
Second end is opposite.
Further, the opening of the U-shaped sliding slot is towards the fixing seat.
Further, the crossbeam further include: link block and the first T-type sliding block；The both ends of the crossbeam pass through the company
It connects block to connect with the first T-type sliding block, T-slot is offered on the guide rail, the first T-type sliding block is slidably disposed on
In the T-slot.
Further, the fixing seat includes: pedestal and support tube；The pedestal is slidably connected with the guide rail；
The support tube is arranged on the pedestal, and the connecting rod is arranged in the support tube.
Further, the bottom of the pedestal is provided with the second T-type sliding block, and the second T-type sliding block is mounted slidably
In the T-slot.
Further, the fixing seat further include: gripping block；The gripping block is movably arranged on described across the pedestal
In support tube；Connecting hole is offered on the pedestal, the gripping block is removably connected by connector with the connecting hole
It connects.
Further, the oil cylinder further include: cylinder slide block；The fixing end of the oil cylinder is arranged in the cylinder slide block,
The cylinder slide block is slideably arranged in the U-type groove.
Further, the cylinder slide block is removably connect by locating piece with the location hole.
One or more technical solutions provided in the embodiments of the present application have at least the following technical effects or advantages:
Since two fixing seats are separately positioned on two guide rails, two fixing seats are opposite, and two fixing seats are arranged two
Between a crossbeam, the both ends of central axis are provided with connecting rod, and the diameter of connecting rod is less than the diameter of central axis, the setting of connecting rod
In fixing seat, so, rotor can be arranged in fixing seat, since two guide rails are separately positioned on the two of braced frame
End, two guide rails are parallel, and the both ends of two crossbeams are respectively slidably arranged on two guide rails, and two crossbeams are parallel,
So two crossbeams can be made close to rotor, since two oil cylinders are corresponding with two crossbeams, along the length side of crossbeam on crossbeam
To several location holes are offered, the fixing end of oil cylinder is removably connect with location hole, the length of the telescopic end of oil cylinder along crossbeam
Direction is flexible, and pushing block is provided on the telescopic end of oil cylinder, and pushing block is arranged in the gap between two disks of rotor, so,
The fixing end of oil cylinder can be made to act in crossbeam, reach the telescopic end of oil cylinder in the gap between two disks of rotor,
Start oil cylinder, so that the telescopic end of oil cylinder is driven pushing block movement, two disks of drive rotor on central axis by dismantling, dismounting speed
Fastly, disassembly quality is high, disassembly cost is low, it is no longer necessary to additional dismantling device, greatly saved rotor maintenance time and
Maintenance cost reduces the labor intensity of worker.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the provision for disengagement of steel plate crusher rotor provided by the embodiment of the utility model.
Specific embodiment
Referring to Fig. 1, the utility model embodiment provides a kind of provision for disengagement of steel plate crusher rotor, is suitable for installation
The disassembly of rotor on center shaft, the provision for disengagement of the steel plate crusher rotor include: 1, two guide rail 2, two of braced frame
3, two crossbeams 4 of a fixing seat and two oil cylinders 5.
Two guide rails 2 are separately positioned on the both ends of braced frame 1, and two guide rails 2 are parallel.
The both ends of two crossbeams 4 are respectively slidably arranged on two guide rails 2, and two crossbeams 4 are parallel.
Two oil cylinders 5 are corresponding with two crossbeams 4, and the length direction on crossbeam 4 along crossbeam 4 offers several location hole 4-
6, the fixing end of oil cylinder 5 is removably connect with location hole 4-6, and the telescopic end of oil cylinder 5 is flexible along the length direction of crossbeam 4, oil
Pushing block 5-1 is provided on the telescopic end of cylinder 4.
Two fixing seats 3 are separately positioned on two guide rails 2, and two fixing seats 3 are opposite, and two fixing seats 3 are arranged two
Between a crossbeam 4, the both ends of central axis are provided with connecting rod, and the diameter of connecting rod is less than the diameter of central axis, and connecting rod is set
It sets in fixing seat 3.
The application specific embodiment is since two fixing seats 3 are separately positioned on two guide rails 2, two 3 phases of fixing seat
Right, two fixing seats 3 are arranged between two crossbeams 4, and the both ends of central axis are provided with connecting rod, during the diameter of connecting rod is less than
The diameter of mandrel, the setting of connecting rod in fixing seat 3, so, rotor can be arranged in fixing seat 3, be led due to two
Rail 2 is separately positioned on the both ends of braced frame 1, and two guide rails 2 are parallel, and the both ends of a crossbeam 4 are respectively slidably set two-by-two
Set on two guide rails 2, two crossbeams 4 are parallel, so, two crossbeams 4 can be made close to rotor, due to two oil cylinders 5 with
Two crossbeams 4 are corresponding, and the length direction on crossbeam 4 along crossbeam 4 offers several location hole 4-6, and the fixing end of oil cylinder 5 is removable
It is connect with location hole 4-6 with unloading, the telescopic end of oil cylinder 5 is flexible along the length direction of crossbeam 4, is provided on the telescopic end of oil cylinder 4
Pushing block 5-1, pushing block 5-1 are arranged in the gap between two disks of rotor, so, the fixing end of oil cylinder 5 can be made in cross
Movement in beam 4 reaches the telescopic end of oil cylinder 5 in the gap between two disks of rotor, starts oil cylinder 5, make stretching for oil cylinder 5
Contracting end drives pushing block 5-1 movement, and for two disks of drive rotor by dismantling on central axis, dismounting speed is fast, disassembly quality is high, tears open
It unloads at low cost, it is no longer necessary to which additional dismantling device has greatly saved maintenance time and the maintenance cost of rotor, reduced work
The labor intensity of people.
The structure of braced frame 1 is discussed in detail
Braced frame 1 is the truss structure being made of several support rod 1-1, makes supporting & stablizing, avoids shaking.
The structure of crossbeam 4 is discussed in detail.
Crossbeam 4 includes: the first side plate 4-1, the second side plate 4-2 and bottom plate 4-3.
The first end of bottom plate 4-3 is fixedly connected with the first side plate 4-1.Specifically, in the present embodiment, bottom plate 4-3
First end can be fixedly connected by welding with the first side plate 4-1, and in other embodiments, the first end of bottom plate 4-3 can pass through
Other way such as bolt etc. is fixedly connected with the first side plate 4-1.The second end of bottom plate 4-3 is fixedly connected with the second side plate 4-3.Tool
Body, in the present embodiment, the second end of bottom plate 4-3 can be fixedly connected by welding with the second side plate 4-3, in other implementations
In mode, the second end of bottom plate 4-3 can such as bolt be fixedly connected with the second side plate 4-3 otherwise.Bottom plate 4-3 and
Side plate 4-1 and the second side plate 4-2 connect to form U-shaped sliding slot, and the first end of bottom plate 4-3 is opposite with the second end of bottom plate 4-3.U
The opening of type sliding slot is towards fixing seat 3.
The structure of crossbeam 4 is discussed in detail.
Crossbeam 4 further include: link block 4-4 and the first T-type sliding block 4-5.
The both ends of crossbeam 4 are fixedly connected by link block 4-4 with the first T-type sliding block 4-5, and T-slot 2- is offered on guide rail 2
1, the first T-type sliding block 4-5 is slidably disposed in T-slot 2-1, and crossbeam 4 is by the first T-type sliding block 4-5 in T-slot 2-1
Sliding.
The structure of fixing seat 3 is discussed in detail.
Fixing seat 3 includes: pedestal 3-1 and support tube 3-2.
Pedestal 3-1 is slidably connected with guide rail 2.The bottom of pedestal 3-1 is provided with the second T-type sliding block 3-11, the second T-type
Sliding block 3-11 is slidably disposed in T-slot 2-1, slides pedestal 3-1 on guide rail 2, is reached and is closed convenient for pedestal 3-1
It sets right position.
Support tube 3-2 is fixed on pedestal 3-1.Specifically, in the present embodiment, support tube 3-2 can pass through weldering
It connects and is fixed on pedestal 3-1, in other embodiments, support tube 3-2 can be set in such as bolt fixation otherwise
It sets on pedestal 3-1.Connecting rod is arranged in support tube 3-2.
Fixing seat 3 further include: gripping block 3-3.
Gripping block 3-3 passes through pedestal 3-1 and is movably arranged in support tube 3-2.
Connecting hole is offered on pedestal 3-1, gripping block 3-3 is removably connect by connector with connecting hole.When even
When extension bar is arranged in support tube 3-2, acts gripping block 3-3 into support tube 3-2, connecting rod is clamped, then pass through company
Fitting is fastened with connecting hole, and connecting rod is clamped, and avoids central axis rotation, guarantees that the disassembly of rotor is smooth.
Wherein, connector can be bolt or pin shaft.
The structure of oil cylinder 5 is discussed in detail.
Oil cylinder 5 further include: cylinder slide block 5-2.
Cylinder slide block 5-2 is fixed at the fixing end of oil cylinder 4.Specifically, in the present embodiment, cylinder slide block 5-2
It can be bolted the fixing end that oil cylinder 4 is set, in other embodiments, cylinder slide block 5-2 can be otherwise
Such as pivot pin is fixed at the fixing end of oil cylinder 4.Cylinder slide block 5-2 is slideably arranged in U-type groove, sliding by oil cylinder
Block 5-2 is acted in U-type groove, and the pushing block 5-1 on the telescopic end of oil cylinder 5 is driven to reach the gap between two disks of rotor
It is interior.
Cylinder slide block 5-2 is removably connect by locating piece 6 with location hole 4-6.When cylinder slide block 5-2 drives pushing block
When 5-1 reaches suitable position, cylinder slide block 5-2 is fastened by locating piece 6.
Wherein, locating piece 6 can be alignment pin or positioning bolt.
The utility model embodiment is introduced in order to become apparent from, is given from the application method of the utility model embodiment below
It introduces.
T-slot 2-1 sliding by two crossbeams 4 by the first T-type sliding block 4-5 on guide rail 2, to the outer of braced frame 1
Sideslip opens, and makes gap between two crossbeams 4 to maximum.The rotor integral hoisting dismantled will be needed to enter in braced frame 1, made
The center line of mandrel is aligned with the longitudinal centre line of braced frame 1.The bottom of pedestal 3-1 is provided with the second T-type sliding block 3-11, the
Two T-type sliding block 3-11 are slidably disposed in T-slot 2-1, slide pedestal 3-1 on guide rail 2, are convenient for pedestal 3-1
Reach suitable position.By in the connecting rod insertion support tube 3-2 at the both ends of central axis, move gripping block 3-3 into support tube 3-2
Make, connecting rod is clamped, is then fastened by connector and connecting hole, connecting rod is clamped, avoids central axis rotation, protects
The disassembly for demonstrate,proving rotor is smooth.
It crosses the first T-type sliding block 4-5 to slide in T-slot 2-1, adjusts the gap between two crossbeams 4, keep oil cylinder 5 fixed
The cylinder slide block 5-2 at end is about 2-3CM from distance of round outside two disks of rotor.Recycle cylinder slide block 5-1 in crossbeam 4
Longitudinal movement adjustment 5 position of oil cylinder in U-type groove makes the pushing block 5-1 of 5 telescopic end of oil cylinder be embedded just below two in rotor when putting down
In the gap of disk, by the locating piece insertion location hole 4-6 of cylinder slide block 5-2, restarts hydraulic station and slowly pushes oil cylinder 5,
Disk is slowly detached from from central axis using the thrust of oil cylinder 5, dismounting speed is fast, disassembly quality is high, disassembly cost is low, no longer
Additional dismantling device is needed, maintenance time and the maintenance cost of rotor has greatly been saved, has reduced the labor intensity of worker.
After disengaging, connector is taken out, by gripping block 3-3 by extracting out, making the connecting rod of center shaft end and consolidating in support tube 3-2
The support tube 3-2 of reservation 3 is detached from, and is hung away disk using driving, then central axis is hung, central axis, which is hung away, can be completed entirely
Portion's dismantlement work.
When to be assembled to rotor, first central axis is lifted into braced frame 1, the connecting rod of central axis one end is put
Enter in fixing seat 3, the connecting rod of the central axis other end is not put into fixing seat 3.Central axis is held using extraneous support, then
Disk is hung in braced frame 1, by disassembly principle it is opposite in the way of, after the disk of rotor is pushed into central axis, take away branch
The connecting rod of the central axis other end is packed into fixing seat 3 by seat.Recycle oil cylinder 5 that disk slowly shifted onto fixed position, second
When a and later disk assembly, it is also desirable to after the connecting rod of the central axis other end and fixing seat are detached from, using seat supports,
Disk is directly installed to fixed position using oil cylinder 5 after disk is hung in contraposition.
It should be noted last that the above specific embodiment is only to illustrate the technical solution of the utility model rather than limits
System, although the utility model is described in detail referring to example, those skilled in the art should understand that, it can be right
The technical solution of the utility model is modified or replaced equivalently, without departing from the spirit and model of technical solutions of the utility model
It encloses, should all cover in the scope of the claims of the utility model.
Claims (10)
1. a kind of provision for disengagement of steel plate crusher rotor, is suitably mounted to the disassembly of central axis upper rotor part, which is characterized in that
The provision for disengagement of the steel plate crusher rotor includes: braced frame, two guide rails, two fixing seats, two crossbeams and two
Oil cylinder；
Two guide rails are separately positioned on the both ends of the braced frame, and two guide rails are parallel；
The both ends of two crossbeams are respectively slidably arranged on two guide rails, and two crossbeams are parallel；
Two oil cylinders are corresponding with two crossbeams, and the length direction on the crossbeam along the crossbeam offers several
Location hole, the fixing end of the oil cylinder are removably connect with the location hole, and the telescopic end of the oil cylinder is along the crossbeam
Length direction is flexible, is provided with pushing block on the telescopic end of the oil cylinder；
Two fixing seats are separately positioned on two guide rails, and two fixing seats are opposite, two fixing seats
It is arranged between described two crossbeams, the both ends of the central axis are provided with connecting rod, and the diameter of the connecting rod is less than
The diameter of the central axis, the setting of the connecting rod is in the fixing seat.
2. the provision for disengagement of steel plate crusher rotor according to claim 1, it is characterised in that:
The braced frame is the truss structure being made of several support rods.
3. the provision for disengagement of steel plate crusher rotor according to claim 1, which is characterized in that the crossbeam includes:
Side plate, the second side plate and bottom plate；
The first end of the bottom plate is connect with first side plate, and second end connect to form U-shaped sliding slot with second side plate, institute
The first end for stating bottom plate is opposite with the second end of the bottom plate.
4. the provision for disengagement of steel plate crusher rotor according to claim 3, it is characterised in that:
The opening of the U-shaped sliding slot is towards the fixing seat.
5. the provision for disengagement of steel plate crusher rotor according to claim 3, which is characterized in that the crossbeam further include:
Link block and the first T-type sliding block；
The both ends of the crossbeam are connect by the link block with the first T-type sliding block,
T-slot is offered on the guide rail, the first T-type sliding block is slidably disposed in the T-slot.
6. the provision for disengagement of steel plate crusher rotor according to claim 5, which is characterized in that the fixing seat includes:
Pedestal and support tube；
The pedestal is slidably connected with the guide rail；
The support tube is arranged on the pedestal, and the connecting rod is arranged in the support tube.
7. the provision for disengagement of steel plate crusher rotor according to claim 6, it is characterised in that:
The bottom of the pedestal is provided with the second T-type sliding block, and the second T-type sliding block is slidably disposed in the T-slot.
8. the provision for disengagement of steel plate crusher rotor according to claim 6, which is characterized in that the fixing seat is also wrapped
It includes: gripping block；
The gripping block passes through the pedestal and is movably arranged in the support tube；
Connecting hole is offered on the pedestal, the gripping block is removably connect by connector with the connecting hole.
9. the provision for disengagement of steel plate crusher rotor according to claim 3, which is characterized in that the oil cylinder further include:
Cylinder slide block；
The fixing end of the oil cylinder is arranged in the cylinder slide block, and the cylinder slide block is slidably disposed in the U-type groove.
10. the provision for disengagement of steel plate crusher rotor according to claim 9, it is characterised in that:
The cylinder slide block is removably connect by locating piece with the location hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822021689.2U CN209050354U (en) | 2018-11-28 | 2018-11-28 | A kind of provision for disengagement of steel plate crusher rotor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822021689.2U CN209050354U (en) | 2018-11-28 | 2018-11-28 | A kind of provision for disengagement of steel plate crusher rotor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209050354U true CN209050354U (en) | 2019-07-02 |
Family
ID=67054655
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822021689.2U Active CN209050354U (en) | 2018-11-28 | 2018-11-28 | A kind of provision for disengagement of steel plate crusher rotor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209050354U (en) |
-
2018
- 2018-11-28 CN CN201822021689.2U patent/CN209050354U/en active Active
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