CN109404368A - A kind of multifunction hydraulic reconditioner - Google Patents
A kind of multifunction hydraulic reconditioner Download PDFInfo
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- CN109404368A CN109404368A CN201811468374.0A CN201811468374A CN109404368A CN 109404368 A CN109404368 A CN 109404368A CN 201811468374 A CN201811468374 A CN 201811468374A CN 109404368 A CN109404368 A CN 109404368A
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F15—FLUID-PRESSURE ACTUATORS; HYDRAULICS OR PNEUMATICS IN GENERAL
- F15B—SYSTEMS ACTING BY MEANS OF FLUIDS IN GENERAL; FLUID-PRESSURE ACTUATORS, e.g. SERVOMOTORS; DETAILS OF FLUID-PRESSURE SYSTEMS, NOT OTHERWISE PROVIDED FOR
- F15B21/00—Common features of fluid actuator systems; Fluid-pressure actuator systems or details thereof, not covered by any other group of this subclass
- F15B21/04—Special measures taken in connection with the properties of the fluid
- F15B21/041—Removal or measurement of solid or liquid contamination, e.g. filtering
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- General Engineering & Computer Science (AREA)
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Abstract
The present invention relates to a kind of purification devices, it in particular is a kind of multifunction hydraulic reconditioner, including moving wheel mechanism, rotating filter fuselage mechanism, contaminant filter mechanism, hydraulic oil pipe retaining mechanism, device can move, device is capable of the oil inlet pipe of clamping hydraulic oil, device can filter out roughly the impurity of bulky grain in hydraulic oil, device can brush off large granular impurity recycling, device can filter out the fine impurities in hydraulic oil by strainer high speed rotation, device can guarantee the service life of long period, moving wheel mechanism is located at the lower section of rotating filter fuselage mechanism, the connection type of moving wheel mechanism and rotating filter fuselage mechanism is to be bolted, contaminant filter mechanism is located at the right side of rotating filter fuselage mechanism, the connection type of contaminant filter mechanism and rotating filter fuselage mechanism is welding, hydraulic oil pipe locks machine Structure is located at the top of rotating filter fuselage mechanism, and the connection type of hydraulic oil pipe retaining mechanism and rotating filter fuselage mechanism is welding.
Description
Technical field
The present invention relates to a kind of purification devices, are in particular a kind of multifunction hydraulic reconditioners.
Background technique
Hydraulic device is widely used in all trades and professions, and hydraulic oil will receive pollution during use,
Have some hydraulic oil by purification after still can be used, traditional purification device be all by a kind of purification style, it is not thorough enough
Bottom, so devising this multifunction hydraulic reconditioner.
Summary of the invention
The invention mainly solves the technical problem of providing a kind of multifunction hydraulic reconditioner, device can be moved,
Device is capable of the oil inlet pipe of clamping hydraulic oil, and device can filter out roughly the impurity of bulky grain in hydraulic oil, and device can be
Large granular impurity brushes off recycling, and device can filter out the fine impurities in hydraulic oil by strainer high speed rotation, and device can
Guarantee the service life of long period.
In order to solve the above technical problems, the present invention relates to a kind of purification devices, it is in particular a kind of multifunction hydraulic
Reconditioner, including moving wheel mechanism, rotating filter fuselage mechanism, contaminant filter mechanism, hydraulic oil pipe retaining mechanism, device
It can move, device is capable of the oil inlet pipe of clamping hydraulic oil, and device can filter out roughly the impurity of bulky grain in hydraulic oil, dress
Large granular impurity can be brushed off recycling by setting, and device can filter out the fine impurities in hydraulic oil by strainer high speed rotation,
Device can guarantee the service life of long period.
Moving wheel mechanism includes movable pulley, movable pulley fixed link, movable pulley supporting leg, movable pulley fixing seat, movable pulley and is moved
Driving wheel fixed link is connected, and the connection type of movable pulley and movable pulley fixed link is welding, movable pulley fixed link and movable pulley supporting leg
It is connected, movable pulley fixed link is that bearing is connect with the connection type of movable pulley supporting leg, and movable pulley supporting leg is located at movable pulley fixing seat
Lower section, the connection type of movable pulley supporting leg and movable pulley fixing seat is welding；
Rotating filter fuselage mechanism includes that oil outlet, fuselage body, rotary filter net mechanism, middle base, oil-through hole, oil inlet are logical
Road, filter screen loose slot, oil outlet are located at the lower left of fuselage body, and the connection type of oil outlet and fuselage body is that spiral connects
It connects, rotary filter net mechanism is arranged in the inside of fuselage body, and the connection type of rotary filter net mechanism and fuselage body is that bearing connects
Connect, middle base is arranged in the inside of fuselage body, and the connection type of middle base and fuselage body is welding, rotary filter net mechanism with
The connection type of middle base is bearing connection, and oil-through hole is opened in middle base, and oil inlet passage is opened among the top plate of fuselage body
Position, filter screen loose slot are opened in the right side plate middle position of fuselage body；
Rotary filter net mechanism includes rotary sieve ontology, rotary sieve fixing seat, intermediate link block, intermediate rotary shaft, rotation
Turn strainer ontology to be connected with rotary sieve fixing seat, the connection type of rotary sieve ontology and rotary sieve fixing seat is bolt company
It connects, rotary sieve fixing seat is connected with intermediate link block, and the connection type of rotary sieve fixing seat and intermediate link block is bolt
Connection, intermediate link block are connected with intermediate rotary shaft, and the connection type of intermediate link block and intermediate rotary shaft is welding；
Contaminant filter mechanism includes that impurity brushes off mechanism, sliding strainer mechanism, sliding strainer sliding rail, sliding strainer driving machine
Structure, downside casing, impurity brush off mechanism and are connected with sliding strainer mechanism, and impurity brushes off mechanism and slides the cooperation side of strainer mechanism
Formula is to be engaged, and sliding strainer mechanism is connected with sliding strainer sliding rail, sliding strainer mechanism and the cooperation for sliding strainer sliding rail
Mode is clearance fit, and sliding strainer driving mechanism is located at the lower section of sliding strainer mechanism, sliding strainer driving mechanism and sliding
The connection type of strainer mechanism is engagement, and the connection type for sliding strainer sliding rail and downside casing is to be bolted, and slides strainer
The inside of downside casing is arranged in driving mechanism, and the connection type for sliding strainer driving mechanism and downside casing is to be bolted；
It includes driving motor, drive motor shaft, hairbrush fixed runner, hairbrush, drive motor shaft setting that impurity, which brushes off mechanism,
In the inside of driving motor, the connection type of drive motor shaft and driving motor is bearing connection, and drive motor shaft and hairbrush are solid
Determine runner to be connected, drive motor shaft is that expansion set is connect with the connection type of the fixed runner of hairbrush, hairbrush and the fixed runner phase of hairbrush
Even, the connection type of hairbrush and the fixed runner of hairbrush is to be bolted；
Sliding strainer mechanism includes sliding strainer ontology, sliding filter screen seat, rack gear, slides strainer ontology and sliding filter screen seat
Be connected, sliding strainer ontology and slide filter screen seat connection type be welding, rack gear be located at sliding filter screen seat lower section, rack gear with
The connection type of sliding filter screen seat is to be bolted；
Sliding strainer driving mechanism includes gear drive motor seat, gear drive motor, gear drive motor axis, gear,
Gear drive motor seat is located at the lower section of gear drive motor, and the connection type of gear drive motor seat and gear drive motor is
The inside of gear drive motor, the company of gear drive motor axis and gear drive motor is arranged in welding, gear drive motor axis
Mode is connect as bearing connection, gear is connected with gear drive motor axis, and the connection type of gear and gear drive motor axis is swollen
Set connection；
Hydraulic oil pipe retaining mechanism includes loosening driving mechanism, oil pipe retaining mechanism, oil pipe retaining mechanism seat, loosens driving
Mechanism is connected with oil pipe retaining mechanism, and the fit system for loosening driving mechanism and oil pipe retaining mechanism is to be engaged, oil pipe lock
Tight mechanism is connected with oil pipe retaining mechanism seat, the connection type of oil pipe retaining mechanism and oil pipe retaining mechanism seat be partially weld,
Portion gap cooperation；
Loosening driving mechanism includes loosening motor cabinet, loosening motor, loosen motor shaft, loosen cam, loosens motor cavity
In the lower section for loosening motor, loosening motor cabinet and loosening the connection type of motor is welding, loosens motor shaft setting and is loosening electricity
The inside of machine, loosening motor shaft with the connection type for loosening motor is that bearing is connect, and loosens motor shaft and is connected with cam is loosened, pine
Dynamic motor shaft is that expansion set is connect with the connection type for loosening cam；
Oil pipe retaining mechanism includes pulling seat, pull lever, locking spring, middle springs seat, locking shell, locking head mechanism, is drawn
Seat is connected with pull lever, and the connection type of pulling seat and pull lever is welding, and pull lever is connected with middle springs seat, and pull lever is in
Between the connection type of spring base be welding, the inside of locking shell is arranged in middle springs seat, and middle springs seats is matched with shell is locked
Conjunction mode clearance fit, middle springs seat are connected with locking spring, and the connection type of middle springs seat and locking spring is welding,
Locking spring and locking shell phase connect, and the connection type of locking spring and locking shell is welding, and locking head mechanism is located at pull lever
The connection type of right side, locking head mechanism and pull lever is welding；
Locking head mechanism includes locking bail, lock-screw, locking screw nail seat, magnet fixing screws, magnet, circular arc oil pipe lock
Tight seat, lock-screw are connected with locking bail, and the connection type of lock-screw and locking bail is spiral connection, locking bail and locking screw
The connection type of nail seat is to weld, and the connection type of locking screw nail seat and magnet fixing screws is welding, magnet and circular arc oil pipe
Locking bed is connected to one piece by magnet fixing screws；
Moving wheel mechanism is located at the lower section of rotating filter fuselage mechanism, the company of moving wheel mechanism and rotating filter fuselage mechanism
Connecing mode is to be bolted, and contaminant filter mechanism is located at the right side of rotating filter fuselage mechanism, contaminant filter mechanism with rotate through
The connection type for filtering main body mechanism is welding, and hydraulic oil pipe retaining mechanism is located at the top of rotating filter fuselage mechanism, hydraulic oil
The connection type of pipe retaining mechanism and rotating filter fuselage mechanism is welding.
As advanced optimizing for the technical program, movable pulley described in a kind of multifunction hydraulic reconditioner of the present invention
The number of mechanism is four.
As advanced optimizing for the technical program, fuselage sheet described in a kind of multifunction hydraulic reconditioner of the present invention
The material of body is stainless steel.
As advanced optimizing for the technical program, locking bullet described in a kind of multifunction hydraulic reconditioner of the present invention
The material of spring is high-carbon steel.
A kind of multifunction hydraulic reconditioner of the invention has the beneficial effect that
A kind of multifunction hydraulic reconditioner of the present invention, device can move, and device is capable of the oil inlet of clamping hydraulic oil
Pipe, device can filter out roughly the impurity of bulky grain in hydraulic oil, and device can brush off large granular impurity recycling, device energy
The fine impurities in hydraulic oil are enough filtered out by strainer high speed rotation, device can guarantee the service life of long period.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is a kind of structural schematic diagram of multifunction hydraulic reconditioner of the present invention.
Fig. 2 is a kind of structural schematic diagram of the moving wheel mechanism 1 of multifunction hydraulic reconditioner of the present invention.
Fig. 3 is a kind of structural schematic diagram of the rotating filter fuselage mechanism 2 of multifunction hydraulic reconditioner of the present invention.
Fig. 4 is a kind of structural schematic diagram of the rotary filter net mechanism 2-3 of multifunction hydraulic reconditioner of the present invention.
Fig. 5 is a kind of structural schematic diagram of the contaminant filter mechanism 3 of multifunction hydraulic reconditioner of the present invention.
Fig. 6 is the structural schematic diagram that a kind of impurity of multifunction hydraulic reconditioner of the present invention brushes off mechanism 3-1.
Fig. 7 is the structural schematic diagram of the sliding strainer mechanism 3-2 of multifunction hydraulic reconditioner of the present invention a kind of.
Fig. 8 is the structural schematic diagram of the sliding strainer driving mechanism 3-4 of multifunction hydraulic reconditioner of the present invention a kind of.
Fig. 9 is a kind of structural schematic diagram of the hydraulic oil pipe retaining mechanism 4 of multifunction hydraulic reconditioner of the present invention.
Figure 10 is a kind of structural schematic diagram of the loosening driving mechanism 4-1 of multifunction hydraulic reconditioner of the present invention.
Figure 11 is a kind of structural schematic diagram of the oil pipe retaining mechanism 4-2 of multifunction hydraulic reconditioner of the present invention.
Figure 12 is a kind of structural schematic diagram of the locking head mechanism 4-2-6 of multifunction hydraulic reconditioner of the present invention.
In figure: moving wheel mechanism 1；Movable pulley 1-1；Movable pulley fixed link 1-2；Movable pulley supporting leg 1-3；Movable pulley fixing seat
1-4；Rotating filter fuselage mechanism 2；Oil outlet 2-1；Fuselage body 2-2；Rotary filter net mechanism 2-3；Rotary sieve ontology 2-3-
1；Rotary sieve fixing seat 2-3-2；Intermediate link block 2-3-3；Intermediate rotary shaft 2-3-4；Middle base 2-4；Oil-through hole 2-5；Into
Oily channel 2-6；Filter screen loose slot 2-7；Contaminant filter mechanism 3；Impurity brushes off mechanism 3-1；Driving motor 3-1-1；Driving electricity
Arbor 3-1-2；Hairbrush fixes runner 3-1-3；Hairbrush 3-1-4；Slide strainer mechanism 3-2；Slide strainer ontology 3-2-1；Sliding
Filter screen seat 3-2-2；Rack gear 3-2-3；Slide strainer sliding rail 3-3；Slide strainer driving mechanism 3-4；Gear drive motor seat 3-4-
1；Gear drive motor 3-4-2；Gear drive motor axis 3-4-3；Gear 3-4-4；Downside casing 3-5；Hydraulic oil pipe locks machine
Structure 4；Loosen driving mechanism 4-1；Loosen motor cabinet 4-1-1；Loosen motor 4-1-2；Loosen motor shaft 4-1-3；Loosen cam 4-
1-4；Oil pipe retaining mechanism 4-2；Pulling seat 4-2-1；Pull lever 4-2-2；Locking spring 4-2-3；Middle springs seat 4-2-4；Locking
Shell 4-2-5；Locking head mechanism 4-2-6；Locking bail 4-2-6-1；Lock-screw 4-2-6-2；Locking screw nail seat 4-2-6-3；Magnet
Fixing screws 4-2-6-4；Magnet 4-2-6-5；Circular arc oil pipe locking bed 4-2-6-6；Oil pipe retaining mechanism seat 4-3.
Specific embodiment
Specific embodiment 1:
Illustrate this implementation below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12
Mode, the present invention relates to a kind of purification devices, are in particular a kind of multifunction hydraulic reconditioners, including mobile turbine
Structure 1, rotating filter fuselage mechanism 2, contaminant filter mechanism 3, hydraulic oil pipe retaining mechanism 4, device can move, and device can press from both sides
The oil inlet pipe of tight hydraulic oil, device can filter out roughly the impurity of bulky grain in hydraulic oil, and device can be large granular impurity
Recycling is brushed off, device can filter out the fine impurities in hydraulic oil by strainer high speed rotation, when device can guarantee longer
Between service life.
Moving wheel mechanism 1 includes movable pulley 1-1, movable pulley fixed link 1-2, movable pulley supporting leg 1-3, movable pulley fixing seat 1-
4, movable pulley 1-1 is connected with movable pulley fixed link 1-2, and the connection type of movable pulley 1-1 and movable pulley fixed link 1-2 are welding,
Movable pulley fixed link 1-2 is connected with movable pulley supporting leg 1-3, and movable pulley fixed link 1-2 and the connection type of movable pulley supporting leg 1-3 are
Bearing connection, movable pulley supporting leg 1-3 are located at the lower section of movable pulley fixing seat 1-4, movable pulley supporting leg 1-3 and movable pulley fixing seat 1-
4 connection type is welding；
Rotating filter fuselage mechanism 2 include oil outlet 2-1, fuselage body 2-2, rotary filter net mechanism 2-3, middle base 2-4,
Oil-through hole 2-5, oil inlet passage 2-6, filter screen loose slot 2-7, oil outlet 2-1 are located at the lower left of fuselage body 2-2, oil outlet
2-1 is that spiral is connect with the connection type of fuselage body 2-2, and the inside of fuselage body 2-2 is arranged in rotary filter net mechanism 2-3,
Rotary filter net mechanism 2-3 is that bearing is connect with the connection type of fuselage body 2-2, and middle base 2-4 is arranged in fuselage body 2-2's
The connection type of inside, middle base 2-4 and fuselage body 2-2 are welding, the connection of rotary filter net mechanism 2-3 and middle base 2-4
Mode is bearing connection, and oil-through hole 2-5 is opened on middle base 2-4, and oil inlet passage 2-6 is opened among the top plate of fuselage body 2-2
Position, filter screen loose slot 2-7 are opened in the right side plate middle position of fuselage body 2-2；
Rotary filter net mechanism 2-3 includes rotary sieve ontology 2-3-1, rotary sieve fixing seat 2-3-2, intermediate link block 2-
3-3, intermediate rotary shaft 2-3-4, rotary sieve ontology 2-3-1 are connected with rotary sieve fixing seat 2-3-2, rotary sieve ontology 2-
The connection type of 3-1 and rotary sieve fixing seat 2-3-2 is to be bolted, rotary sieve fixing seat 2-3-2 and intermediate link block
2-3-3 is connected, and rotary sieve fixing seat 2-3-2 and the connection type of intermediate link block 2-3-3 are to be bolted, intermediate link block
2-3-3 is connected with centre rotary shaft 2-3-4, and the connection type of intermediate link block 2-3-3 and intermediate rotary shaft 2-3-4 are welding,
Drive intermediate rotary shaft 2-3-4 to be rotated by motor, intermediate rotary shaft 2-3-4 rotate intermediate link block 2-3-3 into
Row rotation, intermediate link block 2-3-3, which carries out rotation, will drive rotary sieve fixing seat 2-3-2 and is rotated, and rotary sieve is fixed
Seat 2-3-2, which carries out rotation, will drive rotary sieve ontology 2-3-1 and is rotated, and rotary sieve ontology 2-3-1 carries out rotation can handle
Fine impurities filter out；
Contaminant filter mechanism 3 includes that impurity brushes off mechanism 3-1, sliding strainer mechanism 3-2, sliding strainer sliding rail 3-3, sliding
Strainer driving mechanism 3-4, downside casing 3-5, impurity brush off mechanism 3-1 and are connected with sliding strainer mechanism 3-2, and impurity brushes off mechanism
The fit system of 3-1 and sliding strainer mechanism 3-2 is to be engaged, sliding strainer mechanism 3-2 and sliding strainer sliding rail 3-3 phase
Even, the fit system of sliding strainer mechanism 3-2 and sliding strainer sliding rail 3-3 are clearance fit, slide strainer driving mechanism 3-4
In the lower section of sliding strainer mechanism 3-2, sliding strainer driving mechanism 3-4 is to engage with the connection type for sliding strainer mechanism 3-2,
The connection type of sliding strainer sliding rail 3-3 and downside casing 3-5 is to be bolted, and sliding strainer driving mechanism 3-4 is arranged under
The inside of side casing 3-5, the connection type of sliding strainer driving mechanism 3-4 and downside casing 3-5 are to be bolted；
It includes driving motor 3-1-1, drive motor shaft 3-1-2, hairbrush fixed runner 3-1-3, hair that impurity, which brushes off mechanism 3-1,
3-1-4 is brushed, the inside of driving motor 3-1-1, drive motor shaft 3-1-2 and driving motor 3- is arranged in drive motor shaft 3-1-2
The connection type of 1-1 is bearing connection, and drive motor shaft 3-1-2 is connected with the fixed runner 3-1-3 of hairbrush, drive motor shaft 3-1-
2 connect with the connection type of the fixed runner 3-1-3 of hairbrush for expansion set, and hairbrush 3-1-4 is connected with the fixed runner 3-1-3 of hairbrush, hair
Brush 3-1-4 and the connection type of the fixed runner 3-1-3 of hairbrush are to be bolted, and are operated by driving motor 3-1-1 and drive driving
Motor shaft 3-1-2 is rotated, and drive motor shaft 3-1-2 carries out the fixed runner 3-1-3 of rotation meeting hairbrush and rotated, and hairbrush is solid
Determine runner 3-1-3 and carry out rotation to will drive hairbrush 3-1-4 and rotated, it in this way can be big on sliding strainer ontology 3-2-1
Grain impurity is wiped off；
Sliding strainer mechanism 3-2 includes sliding strainer ontology 3-2-1, sliding filter screen seat 3-2-2, rack gear 3-2-3, sliding filter
Net ontology 3-2-1 is connected with sliding filter screen seat 3-2-2, sliding strainer ontology 3-2-1 and the connection type for sliding filter screen seat 3-2-2
For welding, rack gear 3-2-3 is located at the lower section of sliding filter screen seat 3-2-2, the connection side of rack gear 3-2-3 and sliding filter screen seat 3-2-2
Formula is to be bolted；
Sliding strainer driving mechanism 3-4 includes gear drive motor seat 3-4-1, gear drive motor 3-4-2, gear driving
Motor shaft 3-4-3, gear 3-4-4, gear drive motor seat 3-4-1 are located at the lower section of gear drive motor 3-4-2, gear driving
The connection type of motor cabinet 3-4-1 and gear drive motor 3-4-2 is welding, and gear drive motor axis 3-4-3 is arranged in gear
The connection type of the inside of driving motor 3-4-2, gear drive motor axis 3-4-3 and gear drive motor 3-4-2 are bearing company
It connects, gear 3-4-4 is connected with gear drive motor axis 3-4-3, the connection side of gear 3-4-4 and gear drive motor axis 3-4-3
Formula is expansion set connection, is operated by gear drive motor 3-4-2 and gear drive motor axis 3-4-3 is driven to be rotated, and gear drives
Dynamic motor shaft 3-4-3 carries out rotation and will drive gear 3-4-4 being rotated, and gear 3-4-4, which carries out rotation, will drive rack gear 3-2-3
Moved, rack gear 3-2-3 carry out movement will drive sliding filter screen seat 3-2-2 moved, sliding filter screen seat 3-2-2 transported
The dynamic sliding strainer ontology 3-2-1 that will drive is moved, and gear drive motor 3-4-2 carries out rotating forward reversion repeatedly, in this way can band
Dynamic sliding strainer ontology 3-2-1 moves back and forth, so that it may which the large granular impurity in hydraulic oil is filtered out；
Hydraulic oil pipe retaining mechanism 4 includes loosening driving mechanism 4-1, oil pipe retaining mechanism 4-2, oil pipe retaining mechanism seat 4-
3, it loosens driving mechanism 4-1 and is connected with oil pipe retaining mechanism 4-2, loosen the cooperation of driving mechanism 4-1 and oil pipe retaining mechanism 4-2
Mode is to be engaged, and oil pipe retaining mechanism 4-2 is connected with oil pipe retaining mechanism seat 4-3, and oil pipe retaining mechanism 4-2 and oil pipe are locked
The connection type of tight mechanism seat 4-3 is part welding, portion gap cooperation；
Loosening driving mechanism 4-1 includes loosening motor cabinet 4-1-1, loosening motor 4-1-2, loosen motor shaft 4-1-3, loosen
Cam 4-1-4 loosens motor cabinet 4-1-1 and is located at the lower section for loosening motor 4-1-2, loosens motor cabinet 4-1-1 and loosens motor 4-
The connection type of 1-2 is welding, loosens motor shaft 4-1-3 and the inside for loosening motor 4-1-2 is arranged in, loosen motor shaft 4-1-3
It is that bearing is connect with the connection type for loosening motor 4-1-2, loosens motor shaft 4-1-3 and be connected with cam 4-1-4 is loosened, loosens electricity
Arbor 4-1-3 is that expansion set is connect with the connection type for loosening cam 4-1-4；
Oil pipe retaining mechanism 4-2 includes pulling seat 4-2-1, pull lever 4-2-2, locking spring 4-2-3, middle springs seat 4-2-
4, shell 4-2-5, locking head mechanism 4-2-6 are locked, pulling seat 4-2-1 is connected with pull lever 4-2-2, pulling seat 4-2-1 and pull lever 4-
The connection type of 2-2 is welding, and pull lever 4-2-2 is connected with middle springs seat 4-2-4, pull lever 4-2-2 and middle springs seat
The connection type of 4-2-4 is welding, and the inside of locking shell 4-2-5, middle springs seat 4-2-4 is arranged in middle springs seat 4-2-4
With the fit system clearance fit of locking shell 4-2-5, middle springs seat 4-2-4 is connected with locking spring 4-2-3, middle springs seat
The connection type of 4-2-4 and locking spring 4-2-3 is welding, and locking spring 4-2-3 is connected with locking shell 4-2-5, locking spring
The connection type of 4-2-3 and locking shell 4-2-5 are welding, and locking head mechanism 4-2-6 is located at the right side of pull lever 4-2-2, are locked
The connection type of head mechanism 4-2-6 and pull lever 4-2-2 is welding, and when needing to clamp oil inlet pipe, operating loosens motor
4-1-2, loosening motor 4-1-2 will drive loosening motor shaft 4-1-3 and rotated, and loosens motor shaft 4-1-3 and carries out rotation meeting band
The dynamic cam 4-1-4 that loosens is rotated, and is loosened cam 4-1-4 and is carried out rotation and will drive pulling seat 4-2-1 moving downward, pulling seat 4-2-
1 moves downward and will drive locking head mechanism 4-2-6 and move downward, and pulling seat 4-2-1 will drive middle springs seat 4-2-4 at the same time
Locking spring 4-2-3 is compressed to the left, oil pipe is put among locking head mechanism 4-2-6 in this way, then in locking spring
Middle springs seat 4-2-4 is moved right under the rebound effect of 4-2-3, and middle springs seat 4-2-4, which is moved right, will drive pull lever
4-2-2 is moved right, and pull lever 4-2-2, which is moved right, will drive locking head mechanism 4-2-6 movement, and magnet 4-2-6-5 mutually connects
Touching can be pull-in on one piece, then tightened with lock-screw 4-2-6-2, thereby realize the locking function of oil pipe；
Locking head mechanism 4-2-6 includes locking bail 4-2-6-1, lock-screw 4-2-6-2, locking screw nail seat 4-2-6-3, magnetic
Ferropexy screw 4-2-6-4, magnet 4-2-6-5, circular arc oil pipe locking bed 4-2-6-6, lock-screw 4-2-6-2 and locking bail 4-
2-6-1 is connected, and lock-screw 4-2-6-2 and the connection type of locking bail 4-2-6-1 are that spiral is connect, locking bail 4-2-6-1 and
The connection type of locking screw nail seat 4-2-6-3 is welding, the company of locking screw nail seat 4-2-6-3 and magnet fixing screws 4-2-6-4
Mode is connect as welding, magnet 4-2-6-5 and circular arc oil pipe locking bed 4-2-6-6 is connected to by magnet fixing screws 4-2-6-4
One piece；
Moving wheel mechanism 1 is located at the lower section of rotating filter fuselage mechanism 2, moving wheel mechanism 1 and rotating filter fuselage mechanism 2
Connection type be to be bolted, contaminant filter mechanism 3 is located at the right side of rotating filter fuselage mechanism 2, contaminant filter mechanism 3 and
The connection type of rotating filter fuselage mechanism 2 is welding, and hydraulic oil pipe retaining mechanism 4 is located at the upper of rotating filter fuselage mechanism 2
The connection type of side, hydraulic oil pipe retaining mechanism 4 and rotating filter fuselage mechanism 2 is welding.
Specific embodiment 2:
Illustrate this implementation below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12
Mode, present embodiment are described further embodiment one, the sieve plate card slot, sieve plate number be four.
Specific embodiment 3:
Illustrate this implementation below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12
Mode, present embodiment are described further embodiment one, and the material of the damping spring is high-carbon steel.
Specific embodiment 4:
Illustrate this implementation below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12
Mode, present embodiment are described further embodiment one, and the material of the frame body is stainless steel.
Device can move, and movable pulley 1-1 is equipped with below device, and movable pulley 1-1 is connected with movable pulley fixed link 1-2, move
Driving wheel fixed link 1-2 is that bearing is connect with the connection type of movable pulley supporting leg 1-3, and being freely rotated for movable pulley 1-1 may be implemented,
To realize locomotive function；Device is capable of the oil inlet pipe of clamping hydraulic oil, and when needing to clamp oil inlet pipe, operating loosens electricity
Machine 4-1-2, loosening motor 4-1-2 will drive loosening motor shaft 4-1-3 and rotated, and loosens motor shaft 4-1-3 and carries out rotation meeting
It drives and loosens cam 4-1-4 and rotated, loosening cam 4-1-4 and carrying out rotation will drive pulling seat 4-2-1 and move downward, pulling seat 4-
2-1, which is moved downward, will drive locking head mechanism 4-2-6 and moves downward, and pulling seat 4-2-1 will drive middle springs seat 4- at the same time
2-4 compresses locking spring 4-2-3 to the left, and oil pipe is put among locking head mechanism 4-2-6 in this way, then in locking bullet
Middle springs seat 4-2-4 is moved right under the rebound effect of spring 4-2-3, and middle springs seat 4-2-4, which is moved right, will drive pulling
Bar 4-2-2 is moved right, and pull lever 4-2-2, which is moved right, will drive locking head mechanism 4-2-6 movement, and magnet 4-2-6-5 is mutual
Contact can be pull-in on one piece, then tightened with lock-screw 4-2-6-2, thereby realize the locking function of oil pipe；Device energy
The enough impurity for filtering out bulky grain in hydraulic oil roughly, is operated by gear drive motor 3-4-2 and drives gear drive motor axis
3-4-3 is rotated, and gear drive motor axis 3-4-3, which carries out rotation, will drive gear 3-4-4 and rotated, gear 3-4-4 into
Row rotation will drive rack gear 3-2-3 and be moved, and rack gear 3-2-3 carries out movement and will drive sliding filter screen seat 3-2-2 being moved,
Sliding filter screen seat 3-2-2 carry out movement will drive sliding strainer ontology 3-2-1 moved, gear drive motor 3-4-2 carry out
Reversion is rotated forward repeatedly, be will drive sliding strainer ontology 3-2-1 in this way and is moved back and forth, so that it may the bulky grain in hydraulic oil
Contaminant filter comes out；Device can brush off large granular impurity recycling, operated by driving motor 3-1-1 and drive drive motor shaft
3-1-2 is rotated, and drive motor shaft 3-1-2 carries out the fixed runner 3-1-3 of rotation meeting hairbrush and rotated, the fixed runner of hairbrush
3-1-3, which carries out rotation, will drive hairbrush 3-1-4 and is rotated, in this way can be the large granular impurity on sliding strainer ontology 3-2-1
It wipes off；Device can filter out the fine impurities in hydraulic oil by strainer high speed rotation, drive intermediate rotary shaft by motor
2-3-4 is rotated, and intermediate rotary shaft 2-3-4, which carries out rotating intermediate link block 2-3-3, to be rotated, intermediate link block 2-3-3
Carrying out rotation will drive rotary sieve fixing seat 2-3-2 and is rotated, and rotary sieve fixing seat 2-3-2, which carries out rotation, will drive rotation
Turn strainer ontology 2-3-1 to be rotated, rotary sieve ontology 2-3-1, which carries out rotation, to filter out fine impurities；Device energy
Enough guarantee the service life of long period, the material of fuselage body 2-2 is stainless steel, can prevent from being rusted, and extends and uses year
Limit.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (4)
1. a kind of multifunction hydraulic reconditioner, including moving wheel mechanism (1), rotating filter fuselage mechanism (2), contaminant filter
Mechanism (3), hydraulic oil pipe retaining mechanism (4), it is characterised in that: moving wheel mechanism (1) includes that movable pulley (1-1), movable pulley are solid
Fixed pole (1-2), movable pulley supporting leg (1-3), movable pulley fixing seat (1-4), movable pulley (1-1) and movable pulley fixed link (1-2) phase
Even, the connection type of movable pulley (1-1) and movable pulley fixed link (1-2) are welding, movable pulley fixed link (1-2) and movable pulley branch
Leg (1-3) is connected, and movable pulley fixed link (1-2) is that bearing is connect with the connection type of movable pulley supporting leg (1-3), movable pulley supporting leg
(1-3) is located at the lower section of movable pulley fixing seat (1-4), the connection type of movable pulley supporting leg (1-3) and movable pulley fixing seat (1-4)
For welding；
Rotating filter fuselage mechanism (2) includes oil outlet (2-1), fuselage body (2-2), rotary filter net mechanism (2-3), middle base
(2-4), oil-through hole (2-5), oil inlet passage (2-6), filter screen loose slot (2-7), oil outlet (2-1) are located at fuselage body (2-
2) lower left, oil outlet (2-1) are that spiral is connect with the connection type of fuselage body (2-2), and rotary filter net mechanism (2-3) is set
It sets in the inside of fuselage body (2-2), rotary filter net mechanism (2-3) is that bearing is connect with the connection type of fuselage body (2-2),
In the inside of fuselage body (2-2), the connection type of middle base (2-4) and fuselage body (2-2) are weldering for middle base (2-4) setting
It connects, rotary filter net mechanism (2-3) is that bearing is connect with the connection type of middle base (2-4), and oil-through hole (2-5) is opened in middle base
On (2-4), oil inlet passage (2-6) is opened in the top plate middle position of fuselage body (2-2), and filter screen loose slot (2-7) is opened in machine
The right side plate middle position of body ontology (2-2)；
Rotary filter net mechanism (2-3) includes rotary sieve ontology (2-3-1), rotary sieve fixing seat (2-3-2), intermediate link block
(2-3-3), intermediate rotary shaft (2-3-4), rotary sieve ontology (2-3-1) are connected with rotary sieve fixing seat (2-3-2), rotate
The connection type of strainer ontology (2-3-1) and rotary sieve fixing seat (2-3-2) is to be bolted, rotary sieve fixing seat (2-
3-2) it is connected with intermediate link block (2-3-3), the connection side of rotary sieve fixing seat (2-3-2) and intermediate link block (2-3-3)
Formula is to be bolted, and intermediate link block (2-3-3) is connected with intermediate rotary shaft (2-3-4), intermediate link block (2-3-3) and centre
The connection type of rotary shaft (2-3-4) is welding；
Contaminant filter mechanism (3) include impurity brush off mechanism (3-1), sliding strainer mechanism (3-2), sliding strainer sliding rail (3-3),
Strainer driving mechanism (3-4), downside casing (3-5) are slided, impurity brushes off mechanism (3-1) and is connected with sliding strainer mechanism (3-2),
Impurity brush off mechanism (3-1) and slide strainer mechanism (3-2) fit system be engaged, sliding strainer mechanism (3-2) with
It slides strainer sliding rail (3-3) to be connected, sliding strainer mechanism (3-2) is matched with the fit system for sliding strainer sliding rail (3-3) for gap
It closes, sliding strainer driving mechanism (3-4) is located at the lower section of sliding strainer mechanism (3-2), slides strainer driving mechanism (3-4) and sliding
The connection type of electric filter mechanism (3-2) is engagement, slides strainer sliding rail (3-3) and the connection type of downside casing (3-5) is
It is bolted, sliding strainer driving mechanism (3-4) setting is slided strainer driving mechanism (3-4) in the inside of downside casing (3-5)
Connection type with downside casing (3-5) is to be bolted；
It includes driving motor (3-1-1), drive motor shaft (3-1-2), the fixed runner (3-1- of hairbrush that impurity, which brushes off mechanism (3-1),
3), hairbrush (3-1-4), drive motor shaft (3-1-2) are arranged in the inside of driving motor (3-1-1), drive motor shaft (3-1-2)
It is that bearing is connect with the connection type of driving motor (3-1-1), drive motor shaft (3-1-2) and hairbrush are fixed runner (3-1-3)
Be connected, the connection type of drive motor shaft (3-1-2) and hairbrush fixed runner (3-1-3) is that expansion set is connect, hairbrush (3-1-4) and
Hairbrush fixed runner (3-1-3) is connected, and the connection type of hairbrush (3-1-4) and hairbrush fixed runner (3-1-3) is to be bolted；
Sliding strainer mechanism (3-2) includes sliding strainer ontology (3-2-1), sliding filter screen seat (3-2-2), rack gear (3-2-3), is slided
Electric filter ontology (3-2-1) is connected with sliding filter screen seat (3-2-2), sliding strainer ontology (3-2-1) and sliding filter screen seat (3-2-
2) connection type is welding, and rack gear (3-2-3) is located at the lower section of sliding filter screen seat (3-2-2), and rack gear (3-2-3) and sliding are filtered
The connection type of reticulum (3-2-2) is to be bolted；
Sliding strainer driving mechanism (3-4) includes gear drive motor seat (3-4-1), gear drive motor (3-4-2), gear drive
Dynamic motor shaft (3-4-3), gear (3-4-4), gear drive motor seat (3-4-1) are located under gear drive motor (3-4-2)
Square, the connection type of gear drive motor seat (3-4-1) and gear drive motor (3-4-2) are welding, gear drive motor axis
(3-4-3) setting is in the inside of gear drive motor (3-4-2), gear drive motor axis (3-4-3) and gear drive motor (3-
Connection type 4-2) is bearing connection, and gear (3-4-4) is connected with gear drive motor axis (3-4-3), gear (3-4-4) and
The connection type of gear drive motor axis (3-4-3) is expansion set connection；
Hydraulic oil pipe retaining mechanism (4) includes loosening driving mechanism (4-1), oil pipe retaining mechanism (4-2), oil pipe retaining mechanism seat
(4-3) loosens driving mechanism (4-1) and is connected with oil pipe retaining mechanism (4-2), loosens driving mechanism (4-1) and oil pipe locks machine
The fit system of structure (4-2) is to be engaged, and oil pipe retaining mechanism (4-2) is connected with oil pipe retaining mechanism seat (4-3), oil pipe lock
Tight mechanism (4-2) and the connection type of oil pipe retaining mechanism seat (4-3) are that part is welded, portion gap cooperates；
Loosen driving mechanism (4-1) include loosen motor cabinet (4-1-1), loosen motor (4-1-2), loosen motor shaft (4-1-3),
It loosens cam (4-1-4), loosens motor cabinet (4-1-1) and be located at the lower section for loosening motor (4-1-2), loosen motor cabinet (4-1-1)
It is welding with the connection type for loosening motor (4-1-2), loosens motor shaft (4-1-3) setting and loosening the interior of motor (4-1-2)
Portion, loosen motor shaft (4-1-3) with loosen motor (4-1-2) connection type be bearing connect, loosening motor shaft (4-1-3) and
It loosens cam (4-1-4) to be connected, loosening motor shaft (4-1-3) with the connection type for loosening cam (4-1-4) is that expansion set is connect；
Oil pipe retaining mechanism (4-2) includes pulling seat (4-2-1), pull lever (4-2-2), locking spring (4-2-3), middle springs seat
(4-2-4), locking shell (4-2-5), locking head mechanism (4-2-6), pulling seat (4-2-1) are connected with pull lever (4-2-2), pulling seat
The connection type of (4-2-1) and pull lever (4-2-2) is welding, and pull lever (4-2-2) is connected with middle springs seat (4-2-4),
Pull lever (4-2-2) and the connection type of middle springs seat (4-2-4) are welding, and middle springs seat (4-2-4) setting is being locked
The inside of shell (4-2-5), the fit system clearance fit of middle springs seat (4-2-4) and locking shell (4-2-5), middle springs seat
(4-2-4) is connected with locking spring (4-2-3), and the connection type of middle springs seat (4-2-4) and locking spring (4-2-3) are weldering
It connects, locking spring (4-2-3) is connected with locking shell (4-2-5), the connection side of locking spring (4-2-3) and locking shell (4-2-5)
Formula is welding, and locking head mechanism (4-2-6) is located at the right side of pull lever (4-2-2), locking head mechanism (4-2-6) and pull lever
The connection type of (4-2-2) is welding；
Locking head mechanism (4-2-6) includes locking bail (4-2-6-1), lock-screw (4-2-6-2), locking screw nail seat (4-2-6-
3), magnet fixing screws (4-2-6-4), magnet (4-2-6-5), circular arc oil pipe locking bed (4-2-6-6), lock-screw (4-2-
6-2) it is connected with locking bail (4-2-6-1), the connection type of lock-screw (4-2-6-2) and locking bail (4-2-6-1) are spiral
It connects, the connection type of locking bail (4-2-6-1) and locking screw nail seat (4-2-6-3) are welding, locking screw nail seat (4-2-6-3)
Connection type with magnet fixing screws (4-2-6-4) is welding, magnet (4-2-6-5) and circular arc oil pipe locking bed (4-2-6-
6) one piece is connected to by magnet fixing screws (4-2-6-4)；
Moving wheel mechanism (1) is located at the lower section of rotating filter fuselage mechanism (2), moving wheel mechanism (1) and rotating filter fuselage machine
The connection type of structure (2) is to be bolted, and contaminant filter mechanism (3) is located at the right side of rotating filter fuselage mechanism (2), impurity mistake
The connection type of filter structure (3) and rotating filter fuselage mechanism (2) is welding, and hydraulic oil pipe retaining mechanism (4), which is located at, to be rotated through
The connection type of the top of filter main body mechanism (2), hydraulic oil pipe retaining mechanism (4) and rotating filter fuselage mechanism (2) is welding.
2. a kind of multifunction hydraulic reconditioner according to claim 1, it is characterised in that: the moving wheel mechanism
(1) number is four.
3. a kind of multifunction hydraulic reconditioner according to claim 1, it is characterised in that: the fuselage body
The material of (2-2) is stainless steel.
4. a kind of multifunction hydraulic reconditioner according to claim 1, it is characterised in that: the locking spring
The material of (4-2-3) is high-carbon steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811468374.0A CN109404368B (en) | 2018-12-03 | 2018-12-03 | Multifunctional hydraulic oil purification device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811468374.0A CN109404368B (en) | 2018-12-03 | 2018-12-03 | Multifunctional hydraulic oil purification device |
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| CN109404368A true CN109404368A (en) | 2019-03-01 |
| CN109404368B CN109404368B (en) | 2020-01-03 |
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| CN201811468374.0A Expired - Fee Related CN109404368B (en) | 2018-12-03 | 2018-12-03 | Multifunctional hydraulic oil purification device |
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| CN2759575Y (en) * | 2005-01-11 | 2006-02-22 | 辽宁工程技术大学 | Two-stage dust cleaner by rotational flow and filtration |
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| CN102226455A (en) * | 2011-06-17 | 2011-10-26 | 徐州重型机械有限公司 | Crane and magnetic impurity filter unit thereof |
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| CN109404368B (en) | 2020-01-03 |
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