CN109078673A - A kind of Multi-function experimental grinding device - Google Patents
A kind of Multi-function experimental grinding device Download PDFInfo
- Publication number
- CN109078673A CN109078673A CN201810937886.0A CN201810937886A CN109078673A CN 109078673 A CN109078673 A CN 109078673A CN 201810937886 A CN201810937886 A CN 201810937886A CN 109078673 A CN109078673 A CN 109078673A
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- ontology
- connection type
- grinding
- driving motor
- welding
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C1/00—Crushing or disintegrating by reciprocating members
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C21/00—Disintegrating plant with or without drying of the material
- B02C21/02—Transportable disintegrating plant
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C23/00—Auxiliary methods or auxiliary devices or accessories specially adapted for crushing or disintegrating not provided for in preceding groups or not specially adapted to apparatus covered by a single preceding group
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C23/00—Auxiliary methods or auxiliary devices or accessories specially adapted for crushing or disintegrating not provided for in preceding groups or not specially adapted to apparatus covered by a single preceding group
- B02C23/08—Separating or sorting of material, associated with crushing or disintegrating
- B02C23/16—Separating or sorting of material, associated with crushing or disintegrating with separator defining termination of crushing or disintegrating zone, e.g. screen denying egress of oversize material
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
- B07B1/28—Moving screens not otherwise provided for, e.g. swinging, reciprocating, rocking, tilting or wobbling screens
- B07B1/34—Moving screens not otherwise provided for, e.g. swinging, reciprocating, rocking, tilting or wobbling screens jigging or moving to-and-fro perpendicularly or approximately perpendiculary to the plane of the screen
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
- B07B1/42—Drive mechanisms, regulating or controlling devices, or balancing devices, specially adapted for screens
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
- B07B1/46—Constructional details of screens in general; Cleaning or heating of screens
- B07B1/4609—Constructional details of screens in general; Cleaning or heating of screens constructional details of screening surfaces or meshes
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C21/00—Disintegrating plant with or without drying of the material
- B02C21/02—Transportable disintegrating plant
- B02C2021/023—Transportable disintegrating plant for disintegrating material on the surface of the ground
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B2201/00—Details applicable to machines for screening using sieves or gratings
- B07B2201/04—Multiple deck screening devices comprising one or more superimposed screens
Abstract
The present invention relates to a kind of grinding devices, it in particular is a kind of Multi-function experimental grinding device, including chassis, vibration screening mechanism, grind house, grind executing agency, device can grind experimental material, experimental material after grinding can be carried out sieve classification by device, device can store experiment appliance, device can move and bear lesser vibration in the process of moving, device can have longer life-cycle, vibration screening mechanism is located at the top of chassis, the connection type of vibration screening mechanism and chassis is welding, grinding executing agency is located at the top of chassis, the connection type of grinding executing agency and chassis is to be bolted, grinding house is connected with grinding executing agency, grinding house and grinding the connection type of executing agency is welding.
Description
Technical field
The present invention relates to a kind of grinding devices, are in particular a kind of Multi-function experimental grinding devices.
Background technique
Senior middle school is often in need to do the subjects such as the course tested, such as biology, chemistry, and the material of experiment often may require that
It goes grinding, need to go to be classified.And traditional abrasive hand tool grinding efficiency is low, needs additionally to carry out sieve classification, waste is real
The energy of teacher is tested, so devising this Multi-function experimental grinding device.
Summary of the invention
The invention mainly solves the technical problem of providing a kind of Multi-function experimental grinding device, device can be experiment material
Experimental material after grinding can be carried out sieve classification by abrasive lapping, device, and device can store experiment appliance, and device can move
It moves and bears lesser vibration in the process of moving, device can have longer life-cycle.
In order to solve the above technical problems, the present invention relates to a kind of grinding devices, it is in particular a kind of Multi-function experimental
Grinding device, including chassis, vibration screening mechanism, grinding house, grinding executing agency, device can grind experimental material
Experimental material after grinding can be carried out sieve classification by mill, device, and device can store experiment appliance, device can move and
Lesser vibration is born in the process of moving, and device there can be longer life-cycle.
Chassis mechanism includes movable pulley, movable pulley fixed link, compressed spring, wheel seat, movable pulley supporting leg, chassis ontology,
Movable pulley is connected with movable pulley fixed link, and movable pulley is that bearing is connect with the connection type of movable pulley fixed link, and movable pulley is fixed
Bar is connected with movable pulley supporting leg, and the connection type of movable pulley fixed link and movable pulley supporting leg is welding, and compressed spring is located at
The connection type of the top of movable pulley supporting leg, compressed spring and movable pulley supporting leg is welding, and wheel seat is located at compressed spring
The connection type of top, wheel seat and compressed spring is welding, and wheel seat is located at the lower section of chassis ontology, the company of wheel seat and chassis ontology
Connecing mode is to be bolted；
Vibration screening mechanism includes driving motor pedestal, driving motor supporting leg, driving motor ontology, drive motor shaft, convex
Wheel, screen box wheel, screen box wheel connecting shaft, screen box ontology, sieve, compressed spring I, driving motor pedestal are located at driving motor supporting leg
The connection type of lower section, driving motor pedestal and driving motor supporting leg is to be bolted, and driving motor ontology is located at driving motor
The connection type of the top of supporting leg, driving motor ontology and driving motor supporting leg is welding, and drive motor shaft setting is in driving electricity
The inside of machine ontology, cam are located at the right side of drive motor shaft, and the connection type of cam and drive motor shaft is that expansion set connects, sieve
Case wheel is located at the top of cam, and the fit system of screen box wheel and cam is to be engaged, and screen box wheel connecting shaft is located at screen box wheel
Right side, screen box wheel connecting shaft are that expansion set is connect with the connection type of screen box wheel, and screen box wheel connecting shaft is connected with screen box ontology, screen box
Wheel connecting shaft is that bearing is connect with the connection type of screen box ontology, and the inside of screen box ontology, sieve and screen box sheet is arranged in sieve
The fit system of body is transition fit, and compressed spring I is located at the lower section of screen box ontology, the connection of compressed spring I and screen box ontology
Mode is welding；
Grinding house includes storing box outer wall, storage tank knob, storage tank ontology, grinding chamber ontology, blanking port, cunning
Door, slide fixing buckle, small storing box outer wall, small storage tank knob, small storage tank ontology, storage tank ontology are arranged outside storage tank
The fit system of the inside of wall, storage tank ontology and storing box outer wall is clearance fit, storage tank knob and storage tank ontology phase
Even, storage tank knob and the connection type of storage tank ontology are welding, and storing box outer wall is located at the left side of grinding chamber ontology, storing
The connection type of box outer wall and grinding chamber ontology is welding, and blanking port is opened in the lower end surface middle position of grinding chamber ontology, slide
Fixing buckle is located at the lower section of grinding chamber ontology, and the connection type of slide fixing buckle and grinding chamber ontology is welding, slide and slide
Fixing buckle is connected, and the fit system of slide and slide fixing buckle is clearance fit, and small storing box outer wall is located at grinding chamber ontology
The connection type of right side, small storing box outer wall and grinding chamber ontology is welding, and small storage tank ontology is arranged in small storing box outer wall
Inside, the fit system of small storage tank ontology and small storing box outer wall is clearance fit, small storage tank knob and small storage tank
Ontology is connected, and the connection type of small storage tank knob and small storage tank ontology is welding；
Grinding executing agency includes bracket institution, driving I mechanism, grinding executing agency, drives I mechanism and bracket institution phase
Even, it drives I mechanism and the connection type of bracket institution is to be bolted, grinding executing agency is connected with bracket institution, and grinding is held
Row mechanism is partially to engage, is partially hinged with the connection type of bracket institution, and driving I mechanism is located at the left side for grinding executing agency
Side, driving I mechanism are to be engaged with the fit system for grinding executing agency；
Bracket institution includes support rod, movable plate, reset spring, top plate, rack gear, and support rod is connected with movable plate, support
The fit system of bar and movable plate is clearance fit, and reset spring is connected with movable plate, the connection side of reset spring and movable plate
Formula welding, reset spring are connected with support rod, and the connection type of reset spring and support rod is welding, and top plate is located at support rod
The connection type of top, top plate and support rod is welding, and rack gear is connected with top plate, and the connection type of rack gear and top plate is bolt company
It connects；
Support rod includes lower support bar, slide cartridge, reset spring connects convex block, movable plate passes through aperture, upper support bar, slide cartridge
Positioned at the top of lower support bar, the connection type of slide cartridge and lower support bar is spiral connection, and reset spring connects convex block and slide cartridge
It is connected, it is welding that reset spring, which connects convex block and the connection type of slide cartridge, and movable plate is opened on slide cartridge by aperture, upper support bar
Positioned at the top of slide cartridge, the connection type of upper support bar and slide cartridge is spiral connection；
Movable plate include left end limit plate, movable plate ontology, reset spring connection convex block I, hinge hole, right end limit plate,
Left end limit plate is located at the left end of movable plate ontology, and the connection type of left end limit plate and movable plate ontology is welding, resets bullet
Spring connection convex block I is connected with movable plate ontology, and it is welding, hinge that reset spring, which connects convex block I and the connection type of movable plate ontology,
It connects hole to be opened on movable plate ontology, right end limit plate is located at the right end of movable plate ontology, right end limit plate and movable plate ontology
Connection type is welding；
Driving I mechanism includes driving motor I pedestal, driving motor I supporting leg, driving motor I, drive motor shaft I, cam I,
Driving motor I supporting leg is located at the lower section of driving motor I pedestal, and driving motor I supporting leg and the connection type of driving motor I pedestal are
Welding, driving motor I are located at the lower section of driving motor I supporting leg, and the connection type of driving motor I and driving motor I supporting leg is to weld
It connects, drive motor shaft I is arranged inside driving motor I, and cam I is connected with drive motor shaft I, cam I and drive motor shaft I's
Connection type is expansion set connection；
Grinding executing agency include tooth plate, follower, abrasive wheel fixed joint, kinge-joint knot, abrasive wheel fixed link, abrasive wheel,
Mill ball, tooth plate are connected with follower, and the connection type of tooth plate and follower is to be bolted, abrasive wheel fixed joint and follower
It is connected, the connection type of abrasive wheel fixed joint and follower is to be bolted, and kinge-joint knot is connected with abrasive wheel fixed joint, kinge-joint knot
Connection type with abrasive wheel fixed joint be it is hinged, abrasive wheel fixed link is connected with abrasive wheel fixed joint, abrasive wheel fixed link with
The connection type of abrasive wheel fixed joint is welding, and abrasive wheel is connected with abrasive wheel fixed link, abrasive wheel and abrasive wheel fixed link
Connection type is bearing connection, and mill ball is connected with abrasive wheel, and the connection type of mill ball and abrasive wheel is spiral connection；
Vibration screening mechanism is located at the top of chassis, and the connection type of vibration screening mechanism and chassis is welding, and grinding is held
Row mechanism is located at the top of chassis, and the connection type for grinding executing agency and chassis is to be bolted, grinding house and grinding
Executing agency is connected, and grinding house and the connection type for grinding executing agency are welding.
As advanced optimizing for the technical program, compression bullet described in a kind of Multi-function experimental grinding device of the present invention
Spring, compressed spring I, reset spring material be high-carbon steel.
As advanced optimizing for the technical program, storage tank described in a kind of Multi-function experimental grinding device of the present invention is drawn
Anti-slip cover is provided on hand, small storage tank knob.
As advanced optimizing for the technical program, abrasive wheel described in a kind of Multi-function experimental grinding device of the present invention,
The material of mill ball is potassium steel.
A kind of Multi-function experimental grinding device of the invention has the beneficial effect that
A kind of Multi-function experimental grinding device of the present invention, device can grind experimental material, and device can be after grinding
Experimental material carry out sieve classification, device can store experiment appliance, and device can be moved and be born in the process of moving
Lesser vibration, device can have longer life-cycle.
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 Multi-function experimental grinding device of the present invention.
Fig. 2 is a kind of structural schematic diagram of the chassis 1 of Multi-function experimental grinding device of the present invention.
Fig. 3 is a kind of structural schematic diagram of the vibration screening mechanism 2 of Multi-function experimental grinding device of the present invention.
Fig. 4 is a kind of structural schematic diagram of the grinding house 3 of Multi-function experimental grinding device of the present invention.
Fig. 5 is a kind of structural schematic diagram of the grinding executing agency 4 of Multi-function experimental grinding device of the present invention.
Fig. 6 is a kind of structural schematic diagram of the bracket institution 4-1 of Multi-function experimental grinding device of the present invention.
Fig. 7 is a kind of structural schematic diagram of the support rod 4-1-1 of Multi-function experimental grinding device of the present invention.
Fig. 8 is a kind of structural schematic diagram of the movable plate 4-1-2 of Multi-function experimental grinding device of the present invention.
Fig. 9 is the structural schematic diagram of the driving I mechanism 4-2 of Multi-function experimental grinding device of the present invention a kind of.
Figure 10 is the structural schematic diagram of the grinding executing agency 4-3 of Multi-function experimental grinding device of the present invention a kind of.
In figure: chassis 1；Movable pulley 1-1；Movable pulley fixed link 1-2；Compressed spring 1-3；Wheel seat 1-4；Movable pulley supporting leg
1-5；Chassis ontology 1-6；Vibration screening mechanism 2；Driving motor pedestal 2-1；Driving motor supporting leg 2-2；Driving motor ontology 2-
3；Drive motor shaft 2-4；Cam 2-5；Screen box wheel 2-6；Screen box wheel connecting shaft 2-7；Screen box ontology 2-8；Sieve 2-9；Compress bullet
Spring I2-10；Grind house 3；Storing box outer wall 3-1；Storage tank knob 3-2；Storage tank ontology 3-3；Grinding chamber ontology 3-4；
Blanking port 3-5；Slide 3-6；Slide fixing buckle 3-7；Small storing box outer wall 3-8；Small storage tank knob 3-9；Small storage tank ontology
3-10；Grind executing agency 4；Bracket institution 4-1；Support rod 4-1-1；Lower support bar 4-1-1-1；Slide cartridge 4-1-1-2；Reset bullet
Spring connects convex block 4-1-1-3；Movable plate passes through aperture 4-1-1-4；Upper support bar 4-1-1-5；Movable plate 4-1-2；Left end limit
Plate 4-1-2-1；Movable plate ontology 4-1-2-2；Reset spring connects convex block I4-1-2-3；Hinge hole 4-1-2-4；Right end limit plate
4-1-2-5；Reset spring 4-1-3；Top plate 4-1-4；Rack gear 4-1-5；Drive I mechanism 4-2；Driving motor I pedestal 4-2-1；It drives
Dynamic motor I supporting leg 4-2-2；Driving motor I4-2-3；Drive motor shaft I4-2-4；Cam I4-2-5；Grind executing agency 4-3；
Tooth plate 4-3-1；Follower 4-3-2；Abrasive wheel fixed joint 4-3-3；Kinge-joint knot 4-3-4；Abrasive wheel fixed link 4-3-5；Abrasive wheel
4-3-6；Mill ball 4-3-7.
Specific embodiment
Specific embodiment 1:
Illustrate present embodiment below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, the present invention
Be related to a kind of grinding device, be in particular a kind of Multi-function experimental grinding device, including chassis 1, vibration screening mechanism 2,
Grind house 3, grinding executing agency 4, device can grind experimental material, device can the experimental material after grinding into
Row sieve classification, device can store experiment appliance, and device can move and bear in the process of moving lesser vibration, dress
Longer life-cycle can be had by setting.
Chassis mechanism 1 includes movable pulley 1-1, movable pulley fixed link 1-2, compressed spring 1-3, wheel seat 1-4, movable pulley support
Leg 1-5, chassis ontology 1-6, movable pulley 1-1 are connected with movable pulley fixed link 1-2, movable pulley 1-1 and movable pulley fixed link 1-2's
Connection type is bearing connection, provides reliable rotation, movable pulley fixed link 1-2 and movable pulley supporting leg 1-5 for movable pulley 1-1
It is connected, the connection type of movable pulley fixed link 1-2 and movable pulley supporting leg 1-5 are welding, and providing for movable pulley fixed link 1-2 can
The support leaned on, compressed spring 1-3 are located at the top of movable pulley supporting leg 1-5, compressed spring 1-3 and movable pulley supporting leg 1-5's
Connection type is welding, provides support for compressed spring 1-3, wheel seat 1-4 is located at the top of compressed spring 1-3, wheel seat 1-4 and pressure
The connection type of contracting spring 1-3 is welding, and wheel seat 1-4 is located at the lower section of chassis ontology 1-6, wheel seat 1-4 and chassis ontology 1-6's
Connection type is to be bolted, convenient for later detachable maintaining；
Vibration screening mechanism 2 includes driving motor pedestal 2-1, driving motor supporting leg 2-2, driving motor ontology 2-3, driving
Motor shaft 2-4, cam 2-5, screen box wheel 2-6, screen box wheel connecting shaft 2-7, screen box ontology 2-8, sieve 2-9, compressed spring I2-
10, driving motor pedestal 2-1 are located at the lower section of driving motor supporting leg 2-2, driving motor pedestal 2-1 and driving motor supporting leg 2-2
Connection type be to be bolted, convenient for the detachable maintaining of later driving motor ontology 2-3, driving motor ontology 2-3, which is located at, to be driven
The connection type of the top of dynamic motor supporting leg 2-2, driving motor ontology 2-3 and driving motor supporting leg 2-2 are welding, because of driving
The rotation of motor body 2-3 has biggish torque, so number uses such connection type, drive motor shaft 2-4 setting is being driven
The inside of dynamic motor body 2-3, cam 2-5 are located at the right side of drive motor shaft 2-4, the company of cam 2-5 and drive motor shaft 2-4
Mode is connect as expansion set connection, expansion set the more turns the more tight during rotation, prevents cam 2-5 from falling off, and screen box wheel 2-6 is located at cam
The top of 2-5, the fit system of screen box wheel 2-6 and cam 2-5 are to be engaged, the stroke variation in cam 2-5 rotation process
Screen box wheel 2-6 can be passed to, screen box wheel connecting shaft 2-7 is located at the right side of screen box wheel 2-6, screen box wheel connecting shaft 2-7 and screen box wheel
The connection type of 2-6 is expansion set connection, and expansion set the more turns the more tight during rotation, prevents falling off for screen box wheel 2-6, influences to fill
Operating is set, screen box wheel connecting shaft 2-7 is connected with screen box ontology 2-8, the connection side of screen box wheel connecting shaft 2-7 and screen box ontology 2-8
Formula is bearing connection, provides reliable rotation for screen box wheel connecting shaft 2-7, and the inside of screen box ontology 2-8 is arranged in sieve 2-9,
The fit system of sieve 2-9 and screen box ontology 2-8 is transition fit, can more easily replace, press when sieve 2-9 abrasion
Contracting spring I2-10 is located at the lower section of screen box ontology 2-8, and the connection type of compressed spring I2-10 and screen box ontology 2-8 is welding；
Grinding house 3 includes storing box outer wall 3-1, storage tank knob 3-2, storage tank ontology 3-3, grinding chamber ontology 3-
4, blanking port 3-5, slide 3-6, slide fixing buckle 3-7, small storing box outer wall 3-8, small storage tank knob 3-9, small storage tank sheet
The inside of storing box outer wall 3-1 is arranged in body 3-10, storage tank ontology 3-3, storage tank ontology 3-3 and storing box outer wall 3-1's
Fit system is clearance fit, convenient for storage tank ontology 3-3 pull-out is taken object, storage tank knob 3-2 and storage tank ontology 3-3 phase
Even, the connection type of storage tank knob 3-2 and storage tank ontology 3-3 is welding, and storing box outer wall 3-1 is located at grinding chamber ontology 3-
The connection type of 4 left side, storing box outer wall 3-1 and grinding chamber ontology 3-4 are welding, and blanking port 3-5 is opened in grinding chamber ontology
The lower end surface middle position of 3-4, slide fixing buckle 3-7 are located at the lower section of grinding chamber ontology 3-4, slide fixing buckle 3-7 and grinding
The connection type of room ontology 3-4 is welding, and slide 3-6 is connected with slide fixing buckle 3-7, slide 3-6 and slide fixing buckle 3-7's
Fit system is clearance fit, facilitates the sliding of slide 3-6, and small storing box outer wall 3-8 is located at the right side of grinding chamber ontology 3-4,
The connection type of small storing box outer wall 3-8 and grinding chamber ontology 3-4 is welding, and small storage tank ontology 3-10 is arranged in small storage tank
The fit system of the inside of outer wall 3-8, small storage tank ontology 3-10 and small storing box outer wall 3-8 are clearance fit, and being convenient for will be small
Storage tank ontology 3-10 pull-out takes object, and small storage tank knob 3-9 is connected with small storage tank ontology 3-10, small storage tank knob 3-9
Connection type with small storage tank ontology 3-10 is welding；
Grinding executing agency 4 includes bracket institution 4-1, driving I mechanism 4-2, grinding executing agency 4-3, drives I mechanism 4-
2 are connected with bracket institution 4-1, and the connection type of driving I mechanism 4-2 and bracket institution 4-1 is to be bolted, convenient for driving later
The detachable maintaining of I mechanism 4-2, grinding executing agency 4-3 are connected with bracket institution 4-1, grind executing agency 4-3 and bracket institution
The connection type of 4-1 is that part engages, is partially hinged, convenient for the change of motion state, drives I mechanism 4-2 to be located at and grinds execution
The left side of mechanism 4-3, driving I mechanism 4-2 are to be engaged with the fit system for grinding executing agency 4-3；
Bracket institution 4-1 includes support rod 4-1-1, movable plate 4-1-2, reset spring 4-1-3, top plate 4-1-4, rack gear 4-
1-5, support rod 4-1-1 are connected with movable plate 4-1-2, and support rod 4-1-1 and the fit system of movable plate 4-1-2 are matched for gap
It closes, reset spring 4-1-3 is connected with movable plate 4-1-2, and the connection type of reset spring 4-1-3 and movable plate 4-1-2 are welded, just
Movable plate 4-1-2 is retracted into reset in reset spring 4-1-3, reset spring 4-1-3 is connected with support rod 4-1-1, reset spring
The connection type of 4-1-3 and support rod 4-1-1 are welding, and top plate 4-1-4 is located at the top of support rod 4-1-1, top plate 4-1-4 and
The connection type of support rod 4-1-1 is welding, and rack gear 4-1-5 is connected with top plate 4-1-4, the company of rack gear 4-1-5 and top plate 4-1-4
Connecing mode is to be bolted, convenient for the dismounting and change of rack gear 4-1-5；
Support rod 4-1-1 includes lower support bar 4-1-1-1, slide cartridge 4-1-1-2, reset spring connection convex block 4-1-1-3, work
Movable plate is located at the top of lower support bar 4-1-1-1, slide cartridge by aperture 4-1-1-4, upper support bar 4-1-1-5, slide cartridge 4-1-1-2
4-1-1-2 is that spiral is connect with the connection type of lower support bar 4-1-1-1, and convenient for the disassembly of slide cartridge 4-1-1-2, reset spring connects
It meets convex block 4-1-1-3 to be connected with slide cartridge 4-1-1-2, reset spring connects the connection type of convex block 4-1-1-3 and slide cartridge 4-1-1-2
For welding, tie point is provided for reset spring 4-1-3, movable plate is opened on slide cartridge 4-1-1-2 by aperture 4-1-1-4, upper branch
Strut 4-1-1-5 is located at the top of slide cartridge 4-1-1-2, and the connection type of upper support bar 4-1-1-5 and slide cartridge 4-1-1-2 is spiral
Connection, convenient for the disassembly of upper support bar 4-1-1-5；
Movable plate 4-1-2 includes left end limit plate 4-1-2-1, movable plate ontology 4-1-2-2, reset spring connection convex block
I4-1-2-3, hinge hole 4-1-2-4, right end limit plate 4-1-2-5, left end limit plate 4-1-2-1 are located at movable plate ontology 4-1-
The connection type of the left end of 2-2, left end limit plate 4-1-2-1 and movable plate ontology 4-1-2-2 are welding, left end limit plate 4-1-
2-1 provides limit function, prevents movable plate ontology 4-1-2-2 from sliding, and reset spring connects convex block I4-1-2-3 and movable plate sheet
Body 4-1-2-2 is connected, and the connection type that reset spring connects convex block I4-1-2-3 and movable plate ontology 4-1-2-2 is welding, hinge
It meets hole 4-1-2-4 to be opened on movable plate ontology 4-1-2-2, right end limit plate 4-1-2-5 is located at the right side of movable plate ontology 4-1-2-2
The connection type of end, right end limit plate 4-1-2-5 and movable plate ontology 4-1-2-2 are welding, and right end limit plate 4-1-2-5 is provided
Limit function prevents movable plate ontology 4-1-2-2 from sliding；
Driving I mechanism 4-2 include driving motor I pedestal 4-2-1, driving motor I supporting leg 4-2-2, driving motor I4-2-3,
Drive motor shaft I4-2-4, cam I4-2-5, driving motor I supporting leg 4-2-2 are located at the lower section of driving motor I pedestal 4-2-1, drive
The connection type of dynamic motor I supporting leg 4-2-2 and driving motor I pedestal 4-2-1 is welding, and driving motor I4-2-3 is located at driving electricity
The connection type of the lower section of machine I supporting leg 4-2-2, driving motor I4-2-3 and driving motor I supporting leg 4-2-2 are welding, driving electricity
Machine I4-2-3 generates biggish torque during rotation, so using such connection type, drive motor shaft I4-2-4 setting
Inside driving motor I4-2-3, cam I4-2-5 is connected with drive motor shaft I4-2-4, cam I4-2-5 and drive motor shaft
The connection type of I4-2-4 is expansion set connection, and expansion set the more turns the more tight in rotary course, prevents cam I4-2-5 from sliding, influences to fill
Set operating；
Grinding executing agency 4-3 includes tooth plate 4-3-1, follower 4-3-2, abrasive wheel fixed joint 4-3-3, kinge-joint knot 4-3-
4, abrasive wheel fixed link 4-3-5, abrasive wheel 4-3-6, mill ball 4-3-7, tooth plate 4-3-1 are connected with follower 4-3-2, tooth plate 4-
The connection type of 3-1 and follower 4-3-2 is to be bolted, convenient for the dismounting and change of later tooth plate 4-3-1, abrasive wheel fixed joint
4-3-3 is connected with follower 4-3-2, and the connection type of abrasive wheel fixed joint 4-3-3 and follower 4-3-2 is to be bolted, just
In later detachable maintaining, kinge-joint knot 4-3-4 is connected with abrasive wheel fixed joint 4-3-3, kinge-joint knot 4-3-4 and abrasive wheel fixed joint
The connection type of 4-3-3 be it is hinged, abrasive wheel fixed link 4-3-5 is connected with abrasive wheel fixed joint 4-3-3, abrasive wheel fixed link 4-
The connection type of 3-5 and abrasive wheel fixed joint 4-3-3 is welding, and abrasive wheel 4-3-6 is connected with abrasive wheel fixed link 4-3-5, grinds
Emery wheel 4-3-6 is that bearing is connect with the connection type of abrasive wheel fixed link 4-3-5, provides reliable rotation for abrasive wheel 4-3-6,
Mill ball 4-3-7 is connected with abrasive wheel 4-3-6, and mill ball 4-3-7 is that spiral is connect with the connection type of abrasive wheel 4-3-6, just
In the mill ball 4-3-7 of replacement abrasion；
Vibration screening mechanism 2 is located at the top of chassis 1, and vibration screening mechanism 2 and the connection type of chassis 1 are welding, makes
Chassis 1 is that vibration screening mechanism 2 provides support, and grinding executing agency 4 is located at the top of chassis 1, grinds executing agency 4 and chassis
1 connection type is to be bolted, convenient for grinding the detachable maintaining of executing agency 4, grinding house 3 and grinding executing agency 4
It is connected, grinding house 3 and the connection type for grinding executing agency 4 are welding.
Specific embodiment 2:
Illustrate present embodiment, 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
Mode is described further embodiment one, the compressed spring 1-3, compressed spring I2-10, reset spring 4-1-3
Material is high-carbon steel.
Specific embodiment 3:
Illustrate present embodiment, 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
Mode is described further embodiment one, is provided on the storage tank knob 3-2, small storage tank knob 3-9 anti-skidding
Set.
Specific embodiment 4:
Illustrate present embodiment, 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
Mode is described further embodiment one, the abrasive wheel 4-3-6, mill ball 4-3-7 material be potassium steel.
Device can grind experimental material, drive drive motor shaft I4-2-4 rotation by driving motor I4-2-3, drive
Dynamic motor shaft I4-2-4 rotation band moving cam I4-2-5 is rotated, and the row in horizontal direction can be brought in cam I4-2-5 rotation process
Cheng Bianhua, cam I4-2-5, which can change this stroke, passes to follower 4-3-2, and follower 4-3-2 operating will drive tooth plate
4-3-1 and mono- piece of abrasive wheel fixed joint 4-3-3 rotation, tooth plate 4-3-1 is engaged with rack gear 4-1-5 can do pendulum motion, rack gear 4-
1-5, which does pendulum motion and will drive abrasive wheel fixed joint 4-3-3, does pendulum motion, while horizontally there are also a sections to move, stroke
After can under the reset response of reset spring 4-1-3, movable plate 4-1-2 is moved round about, at this time in reset spring
Under the collective effect of 4-1-3 and cam I4-2-5, abrasive wheel fixed joint 4-3-3 can be swung round about, abrasive wheel fixed joint
4-3-3, which is and so on swung, will drive abrasive wheel 4-3-6 reciprocating motion, and mill ball 4-3-7 on abrasive wheel 4-3-6 can be
Experimental material is ground；Experimental material after grinding can be carried out sieve classification by device, and slide 3- is pulled after grinding
6, the experimental material after making grinding is fallen on sieve 2-9, and driving motor ontology 2-3 operating at this time drives drive motor shaft 2-4 to turn
Dynamic, drive motor shaft 2-4 rotation band moving cam 2-5 is rotated, and cam 2-5 rotation will form the variation of the stroke on vertical direction, convex
Wheel 2-5, which can change this stroke, passes to screen box wheel 2-6, and screen box wheel 2-6 can do the reciprocating motion in vertical direction at this time, sieve
Case wheel 2-6, which does the reciprocating motion in vertical direction and will drive screen box ontology 2-8, does reciprocating motion in vertical direction, moves screen box sheet
Body 2-8, which does the reciprocating motion in vertical direction and will drive sieve 2-9, does reciprocating motion on vertical direction, and material can be in vibration
It is sieved in the process, is achieved that grading function；Device can store experiment appliance, device be equipped with storage tank ontology 3-3,
The function of storage may be implemented in small storage tank ontology 3-10；Device can move and bear lesser shake in the process of moving
It is dynamic, it is equipped with movable pulley 1-1 below device, locomotive function may be implemented, and movable pulley supporting leg 1-5 is equipped with compressed spring 1-3,
Vibration on the move can be absorbed, reduce the vibration to device；Device can have longer life-cycle, and grinding execution unit is ground
Emery wheel 4-3-6, mill ball 4-3-7 are all made of potassium steel material, have preferable wearability, provide service using life.
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 Multi-function experimental grinding device, including chassis (1), vibration screening mechanism (2), grinding house (3), grinding are held
Row mechanism (4), it is characterised in that: chassis mechanism (1) includes movable pulley (1-1), movable pulley fixed link (1-2), compressed spring (1-
3), wheel seat (1-4), movable pulley supporting leg (1-5), chassis ontology (1-6), movable pulley (1-1) and movable pulley fixed link (1-2) phase
Even, movable pulley (1-1) is that bearing is connect with the connection type of movable pulley fixed link (1-2), movable pulley fixed link (1-2) and movement
It takes turns supporting leg (1-5) to be connected, the connection type of movable pulley fixed link (1-2) and movable pulley supporting leg (1-5) are welding, compress bullet
Spring (1-3) is located at the top of movable pulley supporting leg (1-5), the connection type of compressed spring (1-3) and movable pulley supporting leg (1-5)
For welding, wheel seat (1-4) is located at the top of compressed spring (1-3), and wheel seat (1-4) and the connection type of compressed spring (1-3) are
Welding, wheel seat (1-4) are located at the lower section of chassis ontology (1-6), and the connection type of wheel seat (1-4) and chassis ontology (1-6) are spiral shell
It tethers and connects；
Vibration screening mechanism (2) include driving motor pedestal (2-1), driving motor supporting leg (2-2), driving motor ontology (2-3),
Drive motor shaft (2-4), cam (2-5), screen box wheel (2-6), screen box wheel connecting shaft (2-7), screen box ontology (2-8), sieve (2-
9), compressed spring I (2-10), driving motor pedestal (2-1) are located at the lower section of driving motor supporting leg (2-2), driving motor pedestal
The connection type of (2-1) and driving motor supporting leg (2-2) is to be bolted, and driving motor ontology (2-3) is located at driving motor branch
The top of leg (2-2), the connection type of driving motor ontology (2-3) and driving motor supporting leg (2-2) are welding, drive motor shaft
(2-4) is arranged in the inside of driving motor ontology (2-3), and cam (2-5) is located at the right side of drive motor shaft (2-4), cam (2-
It 5) is that expansion set is connect with the connection type of drive motor shaft (2-4), screen box wheel (2-6) is located at the top of cam (2-5), screen box wheel
The fit system of (2-6) and cam (2-5) is to be engaged, and screen box wheel connecting shaft (2-7) is located at the right side of screen box wheel (2-6),
Screen box wheel connecting shaft (2-7) is that expansion set is connect with the connection type of screen box wheel (2-6), screen box wheel connecting shaft (2-7) and screen box sheet
Body (2-8) is connected, and screen box wheel connecting shaft (2-7) is that bearing is connect with the connection type of screen box ontology (2-8), and sieve (2-9) is set
It sets in the inside of screen box ontology (2-8), the fit system of sieve (2-9) and screen box ontology (2-8) are transition fit, compressed spring
I (2-10) is located at the lower section of screen box ontology (2-8), and the connection type of compressed spring I (2-10) and screen box ontology (2-8) are weldering
It connects；
Grinding house (3) includes storing box outer wall (3-1), storage tank knob (3-2), storage tank ontology (3-3), grinding chamber sheet
Body (3-4), blanking port (3-5), slide (3-6), slide fixing buckle (3-7), small storing box outer wall (3-8), small storage tank knob
(3-9), small storage tank ontology (3-10), storage tank ontology (3-3) are arranged in the inside of storing box outer wall (3-1), storage tank sheet
The fit system of body (3-3) and storing box outer wall (3-1) are clearance fit, and storage tank shakes hands (3-2) and storage tank ontology (3-3)
It is connected, the connection type of storage tank knob (3-2) and storage tank ontology (3-3) is welding, and storing box outer wall (3-1), which is located at, to be ground
The left side of room ontology (3-4), the connection type of storing box outer wall (3-1) and grinding chamber ontology (3-4) are welding, blanking port (3-
5) it is opened in the lower end surface middle position of grinding chamber ontology (3-4), slide fixing buckle (3-7) is located under grinding chamber ontology (3-4)
Square, the connection type of slide fixing buckle (3-7) and grinding chamber ontology (3-4) are welding, slide (3-6) and slide fixing buckle (3-
7) it is connected, the fit system of slide (3-6) and slide fixing buckle (3-7) are clearance fit, and small storing box outer wall (3-8), which is located at, grinds
The right side of room ontology (3-4) is ground, the connection type of small storing box outer wall (3-8) and grinding chamber ontology (3-4) are welding, small storing
Case ontology (3-10) setting is in the inside of small storing box outer wall (3-8), small storage tank ontology (3-10) and small storing box outer wall (3-
8) fit system is clearance fit, and small storage tank knob (3-9) is connected with small storage tank ontology (3-10), small storage tank knob
The connection type of (3-9) and small storage tank ontology (3-10) is welding；
Grinding executing agency (4) includes bracket institution (4-1), driving I mechanism (4-2), grinding executing agency (4-3), drives I machine
Structure (4-2) is connected with bracket institution (4-1), and the connection type of driving I mechanism (4-2) and bracket institution (4-1) is to be bolted,
Grinding executing agency (4-3) is connected with bracket institution (4-1), grinds the connection side of executing agency (4-3) and bracket institution (4-1)
Formula is that part engages, is partially hinged, and driving I mechanism (4-2) is located at the left side for grinding executing agency (4-3), driving I mechanism (4-
It 2) is to be engaged with the fit system of grinding executing agency (4-3)；
Bracket institution (4-1) include support rod (4-1-1), movable plate (4-1-2), reset spring (4-1-3), top plate (4-1-4),
Rack gear (4-1-5), support rod (4-1-1) are connected with movable plate (4-1-2), and support rod (4-1-1) is matched with movable plate (4-1-2's)
Conjunction mode is clearance fit, and reset spring (4-1-3) is connected with movable plate (4-1-2), reset spring (4-1-3) and movable plate
The connection type of (4-1-2) is welded, and reset spring (4-1-3) is connected with support rod (4-1-1), reset spring (4-1-3) and branch
The connection type of strut (4-1-1) is welding, and top plate (4-1-4) is located at the top of support rod (4-1-1), top plate (4-1-4) and
The connection type of support rod (4-1-1) is welding, and rack gear (4-1-5) is connected with top plate (4-1-4), rack gear (4-1-5) and top plate
The connection type of (4-1-4) is to be bolted；
Support rod (4-1-1) includes lower support bar (4-1-1-1), slide cartridge (4-1-1-2), reset spring connection convex block (4-1-1-
3), movable plate is located at lower support bar (4-1-1- by aperture (4-1-1-4), upper support bar (4-1-1-5), slide cartridge (4-1-1-2)
1) top, slide cartridge (4-1-1-2) are that spiral is connect with the connection type of lower support bar (4-1-1-1), and reset spring connection is convex
Block (4-1-1-3) is connected with slide cartridge (4-1-1-2), and reset spring connects the connection of convex block (4-1-1-3) and slide cartridge (4-1-1-2)
Mode is welding, and movable plate is opened on slide cartridge (4-1-1-2) by aperture (4-1-1-4), and upper support bar (4-1-1-5), which is located at, to be slided
The top of cylinder (4-1-1-2), upper support bar (4-1-1-5) are that spiral is connect with the connection type of slide cartridge (4-1-1-2)；
Movable plate (4-1-2) includes left end limit plate (4-1-2-1), movable plate ontology (4-1-2-2), reset spring connection convex block
I (4-1-2-3), hinge hole (4-1-2-4), right end limit plate (4-1-2-5), left end limit plate (4-1-2-1) are located at movable plate
The left end of ontology (4-1-2-2), the connection type of left end limit plate (4-1-2-1) and movable plate ontology (4-1-2-2) are welding,
Reset spring connection convex block I (4-1-2-3) is connected with movable plate ontology (4-1-2-2), and reset spring connects convex block I (4-1-2-
It 3) is welding with the connection type of movable plate ontology (4-1-2-2), hinge hole (4-1-2-4) is opened in movable plate ontology (4-1-2-
2) on, right end limit plate (4-1-2-5) is located at the right end of movable plate ontology (4-1-2-2), right end limit plate (4-1-2-5) and work
The connection type of movable plate ontology (4-1-2-2) is welding；
Driving I mechanism (4-2) includes driving motor I pedestal (4-2-1), driving motor I supporting leg (4-2-2), driving motor I (4-
2-3), drive motor shaft I (4-2-4), cam I (4-2-5), driving motor I supporting leg (4-2-2) are located at driving motor I pedestal (4-
The connection type of lower section 2-1), driving motor I supporting leg (4-2-2) and driving motor I pedestal (4-2-1) is welding, driving electricity
Machine I (4-2-3) is located at the lower section of driving motor I supporting leg (4-2-2), driving motor I (4-2-3) and driving motor I supporting leg (4-2-
2) connection type is welding, and drive motor shaft I (4-2-4) setting is internal in driving motor I (4-2-3), cam I (4-2-5)
It is connected with drive motor shaft I (4-2-4), the connection type of cam I (4-2-5) and drive motor shaft I (4-2-4) are expansion set company
It connects；
Grinding executing agency (4-3) includes tooth plate (4-3-1), follower (4-3-2), abrasive wheel fixed joint (4-3-3), kinge-joint knot
(4-3-4), abrasive wheel fixed link (4-3-5), abrasive wheel (4-3-6), mill ball (4-3-7), tooth plate (4-3-1) and follower
(4-3-2) is connected, and the connection type of tooth plate (4-3-1) and follower (4-3-2) is to be bolted, abrasive wheel fixed joint (4-3-
3) it is connected with follower (4-3-2), the connection type of abrasive wheel fixed joint (4-3-3) and follower (4-3-2) is to be bolted,
Kinge-joint knot (4-3-4) is connected with abrasive wheel fixed joint (4-3-3), the company of kinge-joint knot (4-3-4) and abrasive wheel fixed joint (4-3-3)
The mode of connecing be it is hinged, abrasive wheel fixed link (4-3-5) is connected with abrasive wheel fixed joint (4-3-3), abrasive wheel fixed link (4-3-5)
Connection type with abrasive wheel fixed joint (4-3-3) is welding, and abrasive wheel (4-3-6) is connected with abrasive wheel fixed link (4-3-5),
Abrasive wheel (4-3-6) is that bearing is connect with the connection type of abrasive wheel fixed link (4-3-5), mill ball (4-3-7) and abrasive wheel
(4-3-6) is connected, and mill ball (4-3-7) is that spiral is connect with the connection type of abrasive wheel (4-3-6)；
Vibration screening mechanism (2) is located at the top of chassis (1), and the connection type of vibration screening mechanism (2) and chassis (1) is weldering
It connects, grinding executing agency (4) is located at the top of chassis (1), and the connection type for grinding executing agency (4) and chassis (1) is bolt
Connection, grinding house (3) are connected with grinding executing agency (4), grinding house (3) and the connection for grinding executing agency (4)
Mode is welding.
2. a kind of Multi-function experimental grinding device according to claim 1, it is characterised in that: the compressed spring (1-
3), compressed spring I (2-10), reset spring (4-1-3) material be high-carbon steel.
3. a kind of Multi-function experimental grinding device according to claim 1, it is characterised in that: the storage tank knob
Anti-slip cover is provided on (3-2), small storage tank knob (3-9).
4. a kind of Multi-function experimental grinding device according to claim 1, it is characterised in that: the abrasive wheel (4-3-
6), the material of mill ball (4-3-7) is potassium steel.
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| CN112427086A (en) * | 2020-12-01 | 2021-03-02 | 江西怡中堂生物科技有限公司 | Sufficient health food material milling device mills |
| CN112791931A (en) * | 2021-01-15 | 2021-05-14 | 福鼎本境茶业有限公司 | Broken tea screening device and method for white tea processing |
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| CN109078673B (en) | 2020-05-08 |
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