CN108393138A - One kind can automatic blanking grinding rare earth oxide machine - Google Patents
One kind can automatic blanking grinding rare earth oxide machine Download PDFInfo
- Publication number
- CN108393138A CN108393138A CN201810113827.1A CN201810113827A CN108393138A CN 108393138 A CN108393138 A CN 108393138A CN 201810113827 A CN201810113827 A CN 201810113827A CN 108393138 A CN108393138 A CN 108393138A
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- CN
- China
- Prior art keywords
- bull stick
- bearing seat
- collection frame
- processing block
- rare earth
- Prior art date
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C13/00—Disintegrating by mills having rotary beater elements ; Hammer mills
- B02C13/02—Disintegrating by mills having rotary beater elements ; Hammer mills with horizontal rotor shaft
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C13/00—Disintegrating by mills having rotary beater elements ; Hammer mills
- B02C13/26—Details
- B02C13/28—Shape or construction of beater elements
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C13/00—Disintegrating by mills having rotary beater elements ; Hammer mills
- B02C13/26—Details
- B02C13/286—Feeding or discharge
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C13/00—Disintegrating by mills having rotary beater elements ; Hammer mills
- B02C13/26—Details
- B02C13/30—Driving mechanisms
-
- 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
- B02C4/00—Crushing or disintegrating by roller mills
- B02C4/02—Crushing or disintegrating by roller mills with two or more rollers
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C4/00—Crushing or disintegrating by roller mills
- B02C4/28—Details
- B02C4/42—Driving mechanisms; Roller speed control
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C13/00—Disintegrating by mills having rotary beater elements ; Hammer mills
- B02C13/26—Details
- B02C13/286—Feeding or discharge
- B02C2013/28609—Discharge means
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- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- Crushing And Grinding (AREA)
Abstract
The present invention relates to one kind can automatic blanking grinder more particularly to one kind can automatic blanking grind rare earth oxide machine.The technical problem to be solved in the present invention is to provide it is a kind of can automatic blanking collect the broken rare earth oxide completed, can complete to be crushed under conditions of closed and can labour-saving complete subsequent milled processed can automatic blanking grinding rare earth oxide machine.In order to solve the above technical problem, the present invention provides it is such a can automatic blanking grind rare earth oxide machine, include processing block, collection frame, support base, strainer, crushing mechanism etc.；It collects frame bottom and is all around respectively connected with support base in four sides, collection frame bottom wall is connected with strainer, and collection frame left upper portion is connected with fixed link, processing block is connected in fixed link.Invention achieves can automatic blanking collect the broken rare earth oxide completed, can complete to be crushed under conditions of closed and can labour-saving complete the effect of subsequent milled processed.
Description
Technical field
The present invention relates to one kind can automatic blanking grinder more particularly to one kind can automatic blanking grind rare earth oxide
Machine.
Background technology
Rare earth has the laudatory title of " industrial vitamin ".Nowadays extremely important strategic resource is had become.Rare earth element aoxidizes
Object refer to period of element atom ordinal number be 57 to 71 15 kinds of lanthanide oxides, and with lanthanide series chemical property
The oxide of similar scandium and yttrium totally 17 kinds of elements.Rare earth element is in oil, chemical industry, metallurgy, weaving, ceramics, glass, permanent magnetism material
The fields such as material are obtained for and are widely applied, with advances in technology with the continuous breakthrough of application technology, the valence of rare earth oxide
Value will be increasing.
It is mostly broken to be completed at the same time with grinding process at present in the program handled rare earth oxide, this
The efficiency that rare earth oxide is handled while sample leads to time-consuming and laborious is low.
Therefore there is an urgent need for research and develop it is a kind of can automatic blanking collect the broken rare earth oxide completed, can be in closed item
Completed under part it is broken and can labour-saving complete subsequent milled processed can automatic blanking grinding rare earth oxide machine, to overcome
In the prior art can not automatic blanking collect the broken rare earth oxide completed, can not complete to break under conditions of closed
It is broken and can not labour-saving complete subsequent milled processed the shortcomings that.
Invention content
（1）Technical problems to be solved
The present invention in order to overcome in the prior art can not automatic blanking collect the broken rare earth oxide completed, can not be
Completed under conditions of closed it is broken and can not labour-saving the shortcomings that completing subsequent milled processed, the invention solves technology
Problem be to provide it is a kind of can automatic blanking collect the broken rare earth oxide completed, can complete to break under conditions of closed
It is broken and can labour-saving complete subsequent milled processed can automatic blanking grinding rare earth oxide machine.
（2）Technical solution
In order to solve the above technical problem, the present invention provides it is such a can automatic blanking grind rare earth oxide machine, including
There are processing block, collection frame, support base, strainer, crushing mechanism, switching mechanism and fixed link, collects frame bottom four side all around
It is respectively connected with support base, collection frame bottom wall is connected with strainer, and collection frame left upper portion is connected with fixed link, is connected in fixed link
Processing block, processing block are located at the surface of collection frame, and collection frame right upper portion is connected with switching mechanism, is equipped in processing block broken
Mechanism.
Preferably, crushing mechanism includes first motor, first bearing seat, the first bull stick, runner and crushing rod, processing block
Bottom wall is uniformly provided with aperture, is connected with first motor among the outer rear wall of processing block, and first axle is connected among rear wall in processing block
Bearing, the first bull stick is connected in first bearing seat, and the first bull stick passes through first bearing seat, the first bull stick rear end and first motor
Output axis connection, be connected on the first bull stick, runner is located in processing block, and crushing rod is uniformly connected on runner.
Preferably, switching mechanism includes connecting rod, second bearing seat, the second bull stick, cover board, the second motor and baffle, is received
Collection frame right upper portion is respectively connected with connecting rod with processing block lower right side, and the connecting rod right end of downside is connected with the second motor, upside
Connecting rod right end and processing block right upper portion are respectively connected with second bearing seat, are connected with the second bull stick in second bearing seat, second turn
The output axis connection of bar bottom end and the second motor, the second bull stick top are connected with cover board, and cover board bottom is contacted with processing frame bottom,
Second bull stick left lower is connected with baffle, contacts with processing frame bottom at the top of baffle, is contacted at the top of baffle bottom and collection frame.
Preferably, further include having 3rd bearing seat, third bull stick, the first mixing roll, the 4th bull stick, first gear and second
Mixing roll, the two wall lower part of left and right of collection frame is symmetrical above and below to be connected with 3rd bearing seat, the corresponding third in left and right of upside
Third bull stick is connected on bearing block, third bull stick passes through the 3rd bearing seat of right upper portion, first is connected on third bull stick
Mixing roll is connected with the 4th bull stick on the corresponding 3rd bearing seat in left and right of downside, and the 4th bull stick passes through 3rd bearing seat, the
Four bull sticks are respectively connected with first gear with third bull stick right end, are engaged between first gear, being connected with second on the 4th bull stick grinds
Grinding roller, the second mixing roll and the first mixing roll are respectively positioned in collection frame.
Preferably, further include having connecting rod, fourth bearing seat, the 5th bull stick, belt pulley, flat belt and bevel gear, it is fixed
Connecting rod is connected on front side of bar, connecting rod top is connected with fourth bearing seat, is connected with the 5th bull stick on fourth bearing seat, and the 5th
Bull stick passes through fourth bearing seat, and bevel gear, the bevel gear connected on the first bull stick are respectively connected on the 5th bull stick and the first bull stick
On the outside of processing block, engaged between bevel gear, the 5th bull stick left end and the 4th bull stick left part are respectively connected with belt pulley, belt pulley
Between be wound with flat belt.
Preferably, further include having oscillating rod, spring and collision block, collection frame right wall lower rotational formula is connected with oscillating rod, pendulum
Spring is connected between lever and collection frame, oscillating rod end is connected with collision block, collision block and collection frame right contact.
Preferably, further include having directive wheel, reel and drawstring, the second bull stick lower part is connected with reel, on reel
It is wound with drawstring, collection frame right upper portion is connected with directive wheel, and drawstring bypasses directive wheel, connect at the top of drawstring end and oscillating rod.
Operation principle：In use, worker enables switching mechanism to open processing block first, then will need to be ground dilute
Native oxide is poured into after processing block, is enabled switching mechanism and is closed processing block, then enables crushing mechanism come to pouring into place
It manages the rare earth oxide in frame and carries out break process, after break process is completed, crushing mechanism is closed, by enabling switching mechanism
Collection frame is opened, allows the rare earth oxide after break process is completed in processing block to automatically fall into collection frame, drops into receipts
Rare earth oxide in collection frame then can be completed to be sieved by strainer, and worker is facilitated to be collected.
Because crushing mechanism includes first motor, first bearing seat, the first bull stick, runner and crushing rod, processing block bottom
Wall is uniformly provided with aperture, is connected with first motor among the outer rear wall of processing block, and first bearing is connected among rear wall in processing block
Seat, is connected with the first bull stick in first bearing seat, and the first bull stick passes through first bearing seat, the first bull stick rear end and first motor
Axis connection is exported, is connected on the first bull stick, runner is located in processing block, and crushing rod is uniformly connected on runner.When needs pair
When rare earth oxide carries out break process, worker is rotated by enabling first motor, and first motor can then drive the first bull stick to turn
Dynamic, the first bull stick can then drive runner and crushing rod to rotate, and crushing rod can then be crushed the rare earth oxide in processing block
Processing after break process is completed, closes first motor, after opening collection frame, the rare earth of break process completion in processing block
Oxide can then be dropped by aperture in collection frame.
Because switching mechanism includes connecting rod, second bearing seat, the second bull stick, cover board, the second motor and baffle, collection frame
Right upper portion is respectively connected with connecting rod with processing block lower right side, and the connecting rod right end of downside is connected with the second motor, the connecting rod of upside
Right end is respectively connected with second bearing seat with processing block right upper portion, and the second bull stick, the second bull stick bottom are connected in second bearing seat
The output axis connection at end and the second motor, the second bull stick top are connected with cover board, and cover board bottom is contacted with processing frame bottom, and second
Bull stick left lower is connected with baffle, contacts with processing frame bottom at the top of baffle, is contacted at the top of baffle bottom and collection frame.When need
The rotation of the second motor is enabled when opening processing block and collection frame, the second motor can then drive the second bar rotation, the second bull stick
It can then drive cover board and baffle to unscrew, when cover board and baffle are unscrewed to after opening collection frame and processing block, close the second motor
, when needing to close collection frame and when processing block, by enabling the rotation of the second motor negative direction, the second motor can then drive the
Two bull stick negative directions rotate, and the second bull stick can then drive cover board and baffle negative direction to rotate, and cover board and baffle negative direction turn to
It returns in situ when closing collection frame and processing block, closes the second motor.
Because further including thering is 3rd bearing seat, third bull stick, the first mixing roll, the 4th bull stick, first gear and second to grind
Grinding roller, the two wall lower part of left and right of collection frame is symmetrical above and below to be connected with 3rd bearing seat, the corresponding third axis in left and right of upside
Third bull stick is connected in bearing, third bull stick passes through the 3rd bearing seat of right upper portion, and being connected with first on third bull stick grinds
Grinding roller, is connected with the 4th bull stick on the corresponding 3rd bearing seat in left and right of downside, and the 4th bull stick passes through 3rd bearing seat, and the 4th
Bull stick is respectively connected with first gear with third bull stick right end, is engaged between first gear, the second grinding is connected on the 4th bull stick
Roller, the second mixing roll and the first mixing roll are respectively positioned in collection frame.In order to realize to dropping into the rare earth oxygen in collection frame
Compound is ground, and by rotating the 4th bull stick manually, the 4th bull stick then can drive third bar rotation by gear, such as
This, the first mixing roll and the second mixing roll then can constantly negative direction rotate, come to dropping into the rare earth oxide in collection frame
The purpose being ground.
Because further including having connecting rod, fourth bearing seat, the 5th bull stick, belt pulley, flat belt and bevel gear, before fixed link
Side is connected with connecting rod, and connecting rod top is connected with fourth bearing seat, and the 5th bull stick, the 5th bull stick are connected on fourth bearing seat
Across fourth bearing seat, bevel gear is respectively connected on the 5th bull stick and the first bull stick, the bevel gear connected on the first bull stick is located at
It on the outside of processing block, is engaged between bevel gear, the 5th bull stick left end and the 4th bull stick left part are respectively connected with belt pulley, between belt pulley
It is wound with flat belt.In order to which the labor-saving purpose completed the 4th bull stick of rotation and complete grinding is come by the rotation of the first bull stick
Realize that the purpose by bevel gear the 5th bar rotation of drive, the 5th bull stick then can allow the 4th turn by belt pulley and flat belt
Bar rotates, and achievees the purpose that saving manpower completes grinding.
Because further including having oscillating rod, spring and collision block, collection frame right wall lower rotational formula is connected with oscillating rod, oscillating rod
Spring is connected between collection frame, oscillating rod end is connected with collision block, collision block and collection frame right contact.It is swung by holding
Bar moves spring and is stretched outward, unclamps oscillating rod, and how oscillating rod then can inwardly move under the action of spring force, such as
This, then can realize and the continuous side-to-side movement of collision block is driven to beat collection frame, prevent the purpose occurred the phenomenon that gluing wall.
Because further including having directive wheel, reel and drawstring, the second bull stick lower part is connected with reel, is wound on reel
Drawstring, collection frame right upper portion are connected with directive wheel, and drawstring bypasses directive wheel, connect at the top of drawstring end and oscillating rod.Pass through
The rotation of second bull stick carrys out continuous folding and unfolding drawstring, and when drawstring is packed up, drawstring can then pull oscillating rod to move outward, unclamps
Drawstring, oscillating rod can then return to original position under the effect of spring force, in this way, can labour-saving complete allow collision block to collection frame into
Row beats, and prevents the purpose occurred the phenomenon that gluing wall.
（3）Advantageous effect
Invention achieves can automatic blanking collect the broken rare earth oxide completed, can be completed under conditions of closed
It is broken and can labour-saving complete the effect of subsequent milled processed, by being provided with crushing mechanism and switching mechanism, to realize
Breaking rare earth oxide can be completed under conditions of closed and is capable of the rare-earth oxidation of automatic blanking collection break process completion
The purpose of object is ground the rare earth oxide dropped into collection frame in order to realize, by rotating the 4th turn manually
Bar can be realized, however rotates the 4th bull stick in order to labor-saving completion and complete grinding, be provided with connecting rod, the 4th axis
Bearing, the 5th bull stick, belt pulley, flat belt and bevel gear, and by allowing the continuous side-to-side movement of collision block to collection frame manually
The purpose that the phenomenon that being beaten, can preventing viscous wall occurs, directive wheel, reel and the drawstring of setting, labour-saving complete to allow to hit
The purpose that block beats collection frame.
Description of the drawings
Fig. 1 is the first main structure diagram of the present invention.
Fig. 2 is second of main structure diagram of the present invention.
Fig. 3 is the third main structure diagram of the present invention.
Fig. 4 is the 4th kind of main structure diagram of the present invention.
Fig. 5 is the 5th kind of main structure diagram of the present invention.
Label in attached drawing be：1- processing blocks, 2- collection frames, 3- support bases, 4- strainers, 5- crushing mechanisms, the first electricity of 51-
Machine, 52- first bearing seats, the first bull sticks of 53-, 54- runners, 55- crushing rods, 56- apertures, 6- switching mechanisms, 61- connecting rods, 62-
Second bearing seat, the second bull sticks of 63-, 64- cover boards, the second motors of 65-, 66- baffles, 7- 3rd bearing seats, 8- third bull sticks, 9-
First mixing roll, the 4th bull sticks of 10-, 11- first gears, the second mixing rolls of 12-, 13- connecting rods, 14- fourth bearing seats, 15-
5th bull stick, 16- belt pulleys, 17- flat belts, 18- bevel gears, 19- oscillating rods, 20- springs, 21- collision blocks, 22- directive wheels,
23- reels, 24- drawstrings, 25- fixed links.
Specific implementation mode
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
One kind can automatic blanking grind rare earth oxide machine, as shown in Figs. 1-5, include processing block 1, collection frame 2, support base 3,
Strainer 4, crushing mechanism 5, switching mechanism 6 and fixed link 25, all around four sides are respectively connected with support base 3 to 2 bottom of collection frame, receive
Collection 2 bottom wall of frame is connected with strainer 4, and 2 left upper portion of collection frame is connected with fixed link 25, and processing block 1 is connected in fixed link 25, place
Reason frame 1 is located at the surface of collection frame 2, and 2 right upper portion of collection frame is connected with switching mechanism 6, crushing mechanism is equipped in processing block 1
5。
Embodiment 2
One kind can automatic blanking grind rare earth oxide machine, as shown in Figs. 1-5, include processing block 1, collection frame 2, support base 3,
Strainer 4, crushing mechanism 5, switching mechanism 6 and fixed link 25, all around four sides are respectively connected with support base 3 to 2 bottom of collection frame, receive
Collection 2 bottom wall of frame is connected with strainer 4, and 2 left upper portion of collection frame is connected with fixed link 25, and processing block 1 is connected in fixed link 25, place
Reason frame 1 is located at the surface of collection frame 2, and 2 right upper portion of collection frame is connected with switching mechanism 6, crushing mechanism is equipped in processing block 1
5。
Crushing mechanism 5 includes first motor 51, first bearing seat 52, the first bull stick 53, runner 54 and crushing rod 55, place
Reason 1 bottom wall of frame is uniformly provided with aperture 56, is connected with first motor 51 among 1 outer rear wall of processing block, connects among rear wall in processing block 1
It is connected to first bearing seat 52, the first bull stick 53 is connected in first bearing seat 52, the first bull stick 53 passes through first bearing seat 52, the
The output axis connection of one bull stick, 53 rear end and first motor 51 is connected on first bull stick 53, and runner 54 is located in processing block 1,
Crushing rod 55 is uniformly connected on runner 54.
Embodiment 3
One kind can automatic blanking grind rare earth oxide machine, as shown in Figs. 1-5, include processing block 1, collection frame 2, support base 3,
Strainer 4, crushing mechanism 5, switching mechanism 6 and fixed link 25, all around four sides are respectively connected with support base 3 to 2 bottom of collection frame, receive
Collection 2 bottom wall of frame is connected with strainer 4, and 2 left upper portion of collection frame is connected with fixed link 25, and processing block 1 is connected in fixed link 25, place
Reason frame 1 is located at the surface of collection frame 2, and 2 right upper portion of collection frame is connected with switching mechanism 6, crushing mechanism is equipped in processing block 1
5。
Crushing mechanism 5 includes first motor 51, first bearing seat 52, the first bull stick 53, runner 54 and crushing rod 55, place
Reason 1 bottom wall of frame is uniformly provided with aperture 56, is connected with first motor 51 among 1 outer rear wall of processing block, connects among rear wall in processing block 1
It is connected to first bearing seat 52, the first bull stick 53 is connected in first bearing seat 52, the first bull stick 53 passes through first bearing seat 52, the
The output axis connection of one bull stick, 53 rear end and first motor 51 is connected on first bull stick 53, and runner 54 is located in processing block 1,
Crushing rod 55 is uniformly connected on runner 54.
Switching mechanism 6 includes connecting rod 61, second bearing seat 62, the second bull stick 63, cover board 64, the second motor 65 and baffle
66,2 right upper portion of collection frame is respectively connected with connecting rod 61 with 1 lower right side of processing block, and 61 right end of connecting rod of downside is connected with second
Motor 65,61 right end of connecting rod and 1 right upper portion of processing block of upside are respectively connected with second bearing seat 62, connect in second bearing seat 62
It is connected to the second bull stick 63, the output axis connection of 63 bottom end of the second bull stick and the second motor 65,63 top of the second bull stick is connected with lid
Plate 64,64 bottom of cover board are contacted with 1 bottom of processing block, and 63 left lower of the second bull stick is connected with baffle 66,66 top of baffle with
1 bottom of processing block contacts, and 66 bottom of baffle is contacted with 2 top of collection frame.
Embodiment 4
One kind can automatic blanking grind rare earth oxide machine, as shown in Figs. 1-5, include processing block 1, collection frame 2, support base 3,
Strainer 4, crushing mechanism 5, switching mechanism 6 and fixed link 25, all around four sides are respectively connected with support base 3 to 2 bottom of collection frame, receive
Collection 2 bottom wall of frame is connected with strainer 4, and 2 left upper portion of collection frame is connected with fixed link 25, and processing block 1 is connected in fixed link 25, place
Reason frame 1 is located at the surface of collection frame 2, and 2 right upper portion of collection frame is connected with switching mechanism 6, crushing mechanism is equipped in processing block 1
5。
Crushing mechanism 5 includes first motor 51, first bearing seat 52, the first bull stick 53, runner 54 and crushing rod 55, place
Reason 1 bottom wall of frame is uniformly provided with aperture 56, is connected with first motor 51 among 1 outer rear wall of processing block, connects among rear wall in processing block 1
It is connected to first bearing seat 52, the first bull stick 53 is connected in first bearing seat 52, the first bull stick 53 passes through first bearing seat 52, the
The output axis connection of one bull stick, 53 rear end and first motor 51 is connected on first bull stick 53, and runner 54 is located in processing block 1,
Crushing rod 55 is uniformly connected on runner 54.
Switching mechanism 6 includes connecting rod 61, second bearing seat 62, the second bull stick 63, cover board 64, the second motor 65 and baffle
66,2 right upper portion of collection frame is respectively connected with connecting rod 61 with 1 lower right side of processing block, and 61 right end of connecting rod of downside is connected with second
Motor 65,61 right end of connecting rod and 1 right upper portion of processing block of upside are respectively connected with second bearing seat 62, connect in second bearing seat 62
It is connected to the second bull stick 63, the output axis connection of 63 bottom end of the second bull stick and the second motor 65,63 top of the second bull stick is connected with lid
Plate 64,64 bottom of cover board are contacted with 1 bottom of processing block, and 63 left lower of the second bull stick is connected with baffle 66,66 top of baffle with
1 bottom of processing block contacts, and 66 bottom of baffle is contacted with 2 top of collection frame.
Further include having 3rd bearing seat 7, third bull stick 8, the first mixing roll 9, the 4th bull stick 10, first gear 11 and second
Mixing roll 12, the two wall lower part of left and right of collection frame 2 is symmetrical above and below to be connected with 3rd bearing seat 7, and the left and right of upside is corresponding
Third bull stick 8 is connected on 3rd bearing seat 7, third bull stick 8 passes through the 3rd bearing seat 7 of right upper portion, connects on third bull stick 8
It is connected to the first mixing roll 9, is connected with the 4th bull stick 10 on the corresponding 3rd bearing seat in the left and right of downside 7, the 4th bull stick 10 is worn
3rd bearing seat 7 is crossed, the 4th bull stick 10 is respectively connected with first gear 11 with 8 right end of third bull stick, is engaged between first gear 11,
The second mixing roll 12 is connected on 4th bull stick 10, the second mixing roll 12 and the first mixing roll 9 are respectively positioned in collection frame 2.
Further include having connecting rod 13, fourth bearing seat 14, the 5th bull stick 15, belt pulley 16, flat belt 17 and bevel gear 18,
25 front side of fixed link is connected with connecting rod 13, and 13 top of connecting rod is connected with fourth bearing seat 14, is connected on fourth bearing seat 14
There are the 5th bull stick 15, the 5th bull stick 15 to pass through fourth bearing seat 14, cone tooth is respectively connected on the 5th bull stick 15 and the first bull stick 53
18 are taken turns, the bevel gear 18 connected on the first bull stick 53 is located at 1 outside of processing block, is engaged between bevel gear 18, the 5th bull stick 15 is left
End is respectively connected with belt pulley 16 with 10 left part of the 4th bull stick, and flat belt 17 is wound between belt pulley 16.
Further include having oscillating rod 19, spring 20 and collision block 21,2 right wall lower rotational formula of collection frame is connected with oscillating rod 19,
Spring 20 is connected between oscillating rod 19 and collection frame 2,19 end of oscillating rod is connected with collision block 21, and collision block 21 is right with collection frame 2
Side contacts.
Further include having directive wheel 22, reel 23 and drawstring 24,63 lower part of the second bull stick is connected with reel 23, reel
Be wound with drawstring 24 on 23,2 right upper portion of collection frame is connected with directive wheel 22, and drawstring 24 bypasses directive wheel 22,24 end of drawstring with
19 top connection of oscillating rod.
Operation principle：In use, worker enables switching mechanism 6 to open processing block 1 first, then needs are ground
Rare earth oxide is poured into after processing block 1, is enabled switching mechanism 6 and is closed processing block 1, then enables crushing mechanism 5 to falling
Enter into the rare earth oxide in processing block 1 and carry out break process, after break process is completed, closes crushing mechanism 5, pass through enabling
Switching mechanism 6 opens collection frame 2, and the rare earth oxide after break process is completed in processing block 1 is allowed to automatically fall into collection
Frame 2, the rare earth oxide dropped into collection frame 2 then can be completed to be sieved by strainer 4, and worker is facilitated to be collected.
Because crushing mechanism 5 includes first motor 51, first bearing seat 52, the first bull stick 53, runner 54 and crushing rod
55,1 bottom wall of processing block is uniformly provided with aperture 56, is connected with first motor 51 among 1 outer rear wall of processing block, rear wall in processing block 1
Centre is connected with first bearing seat 52, and the first bull stick 53 is connected in first bearing seat 52, and the first bull stick 53 passes through first bearing
Seat 52, the output axis connection of 53 rear end of the first bull stick and first motor 51 are connected on first bull stick 53, and runner 54, which is located at, to be handled
In frame 1, crushing rod 55 is uniformly connected on runner 54.When needing to carry out break process to rare earth oxide, worker is by opening
It is rotated with first motor 51, first motor 51 can then drive the first bull stick 53 to rotate, and the first bull stick 53 can then drive 54 He of runner
Crushing rod 55 rotates, and crushing rod 55 then can carry out break process to the rare earth oxide in processing block 1, and break process completes it
Afterwards, first motor 51 is closed, after opening collection frame 2, the rare earth oxide that break process is completed in processing block 1 then can be by small
Hole 56 drops into collection frame 2.
Because switching mechanism 6 includes connecting rod 61, second bearing seat 62, the second bull stick 63, cover board 64,65 and of the second motor
Baffle 66,2 right upper portion of collection frame are respectively connected with connecting rod 61 with 1 lower right side of processing block, and 61 right end of connecting rod of downside is connected with
Second motor 65,61 right end of connecting rod and 1 right upper portion of processing block of upside are respectively connected with second bearing seat 62, second bearing seat 62
On be connected with the second bull stick 63, the output axis connection of 63 bottom end of the second bull stick and the second motor 65, the connection of 63 top of the second bull stick
There are cover board 64,64 bottom of cover board to be contacted with 1 bottom of processing block, 63 left lower of the second bull stick is connected with baffle 66, and baffle 66 pushes up
Portion is contacted with 1 bottom of processing block, and 66 bottom of baffle is contacted with 2 top of collection frame.When needing to open processing block 1 and collection frame 2
The rotation of the second motor 65 is enabled, the second motor 65 can then drive the second bull stick 63 to rotate, and the second bull stick 63 can then drive cover board 64
It is unscrewed with baffle 66, after cover board 64 and the unscrewing of baffle 66 to opening collection frame 2 and processing block 1, closing the second motor 65 is
Can, when needing to close collection frame 2 and processing block 1, by enabling the rotation of 65 negative direction of the second motor, the second motor 65 then can band
The 63 negative direction rotation of dynamic second bull stick, the second bull stick 63 can then drive cover board 64 and 66 negative direction of baffle to rotate, cover board 64 and gear
66 negative direction of plate, which turns to, to be returned in situ when closing collection frame 2 and processing block 1, closes the second motor 65.
Because further including having 3rd bearing seat 7, third bull stick 8, the first mixing roll 9, the 4th bull stick 10,11 and of first gear
Second mixing roll 12, the two wall lower part of left and right of collection frame 2 is symmetrical above and below to be connected with 3rd bearing seat 7, and the left and right of upside is opposite
Third bull stick 8 is connected on the 3rd bearing seat 7 answered, third bull stick 8 passes through the 3rd bearing seat 7 of right upper portion, third bull stick 8
On be connected with the first mixing roll 9, be connected with the 4th bull stick 10, the 4th bull stick on the corresponding 3rd bearing seat in the left and right of downside 7
10 pass through 3rd bearing seat 7, and the 4th bull stick 10 and 8 right end of third bull stick are respectively connected with first gear 11, between first gear 11
It engages, is connected with the second mixing roll 12 on the 4th bull stick 10, the second mixing roll 12 and the first mixing roll 9 are respectively positioned in collection frame 2.
It is ground in order to realize to dropping into the rare earth oxide in collection frame 2, by rotating the 4th bull stick 10 manually, the 4th
Bull stick 10 then can drive third bull stick 8 to rotate by gear, in this way, the first mixing roll 9 and the second mixing roll 12 then can be continuous
Negative direction rotation, come the purpose being ground to dropping into the rare earth oxide in collection frame 2.
Because further including having connecting rod 13, fourth bearing seat 14, the 5th bull stick 15, belt pulley 16, flat belt 17 and cone tooth
Wheel 18, the front side of fixed link 25 are connected with connecting rod 13, and 13 top of connecting rod is connected with fourth bearing seat 14, on fourth bearing seat 14
It is connected with the 5th bull stick 15, the 5th bull stick 15 passes through fourth bearing seat 14, the 5th bull stick 15 to be respectively connected with on the first bull stick 53
Bevel gear 18, the bevel gear 18 connected on the first bull stick 53 are located at 1 outside of processing block, are engaged between bevel gear 18, the 5th bull stick
15 left ends and 10 left part of the 4th bull stick are respectively connected with belt pulley 16, and flat belt 17 is wound between belt pulley 16.In order to save manpower
Completion rotation the 4th bull stick 10 complete grinding purpose, by the rotation of the first bull stick 53, to realize through 18 band of bevel gear
The purpose of dynamic 5th bull stick 15 rotation, the 5th bull stick 15 then can allow 10 turns of the 4th bull stick by belt pulley 16 and flat belt 17
It is dynamic, achieve the purpose that saving manpower completes grinding.
Because further including having oscillating rod 19, spring 20 and collision block 21,2 right wall lower rotational formula of collection frame is connected with oscillating rod
19, spring 20 is connected between oscillating rod 19 and collection frame 2,19 end of oscillating rod is connected with collision block 21, collision block 21 and collection frame 2
Right contact.Spring 20 is moved outward by holding oscillating rod 19 to be stretched, unclamps oscillating rod 19, oscillating rod 19 then can how bullet
Moved inwardly under the action of 20 elastic force of spring, in this way, can then realize drive 21 continuous side-to-side movement of collision block to collection frame 2 into
Row beats, and prevents the purpose occurred the phenomenon that gluing wall.
Because further including having directive wheel 22, reel 23 and drawstring 24,63 lower part of the second bull stick is connected with reel 23, around
Drawstring 24 is wound in line wheel 23,2 right upper portion of collection frame is connected with directive wheel 22, and drawstring 24 bypasses directive wheel 22,24 end of drawstring
End is connect with 19 top of oscillating rod.By the rotation of the second bull stick 63 come continuous folding and unfolding drawstring 24, when drawstring 24 is packed up, draw
Rope 24 then can pull oscillating rod 19 to move outward, unclamp drawstring 24, and oscillating rod 19 can then return under the action of 20 elastic force of spring
To original position, in this way, can labour-saving complete the purpose occurred the phenomenon that allowing collision block 21 to beat collection frame 2, prevent viscous wall.
The preferred embodiment of the present invention above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously
Cannot the limitation to the scope of the claims of the present invention therefore be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, several deformations can also be made, improves and substitutes, these belong to this hair
Bright protection domain.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (7)
1. one kind can automatic blanking grind rare earth oxide machine, which is characterized in that include processing block（1）, collection frame（2）, branch
Support seat（3）, strainer（4）, crushing mechanism（5）, switching mechanism（6）And fixed link（25）, collection frame（2）Bottom all around four side
It is respectively connected with support base（3）, collection frame（2）Bottom wall is connected with strainer（4）, collection frame（2）Left upper portion is connected with fixed link
（25）, fixed link（25）On be connected with processing block（1）, processing block（1）Positioned at collection frame（2）Surface, collection frame（2）Right side
Top is connected with switching mechanism（6）, processing block（1）It is interior to be equipped with crushing mechanism（5）.
2. one kind according to claim 1 can automatic blanking grind rare earth oxide machine, which is characterized in that crushing mechanism
（5）It include first motor（51）, first bearing seat（52）, the first bull stick（53）, runner（54）And crushing rod（55）, processing block
（1）Bottom wall is uniformly provided with aperture（56）, processing block（1）It is connected with first motor among outer rear wall（51）, processing block（1）Interior rear wall
Centre is connected with first bearing seat（52）, first bearing seat（52）On be connected with the first bull stick（53）, the first bull stick（53）It passes through
First bearing seat（52）, the first bull stick（53）Rear end and first motor（51）Output axis connection, the first bull stick（53）Upper connection
Have, runner（54）Positioned at processing block（1）It is interior, runner（54）On be uniformly connected with crushing rod（55）.
3. one kind according to claim 2 can automatic blanking grind rare earth oxide machine, which is characterized in that switching mechanism
（6）It include connecting rod（61）, second bearing seat（62）, the second bull stick（63）, cover board（64）, the second motor（65）And baffle
（66）, collection frame（2）Right upper portion and processing block（1）Lower right side is respectively connected with connecting rod（61）, the connecting rod of downside（61）Right end
It is connected with the second motor（65）, the connecting rod of upside（61）Right end and processing block（1）Right upper portion is respectively connected with second bearing seat
（62）, second bearing seat（62）On be connected with the second bull stick（63）, the second bull stick（63）Bottom end and the second motor（65）Output
Axis connection, the second bull stick（63）Top is connected with cover board（64）, cover board（64）Bottom and processing block（1）Bottom contacts, second turn
Bar（63）Left lower is connected with baffle（66）, baffle（66）Top and processing block（1）Bottom contacts, baffle（66）Bottom and receipts
Collect frame（2）Top contacts.
4. one kind according to claim 3 can automatic blanking grind rare earth oxide machine, which is characterized in that further include having the
Three bearing blocks（7）, third bull stick（8）, the first mixing roll（9）, the 4th bull stick（10）, first gear（11）With the second mixing roll
（12）, collection frame（2）Two wall lower part of left and right symmetrical above and below be connected with 3rd bearing seat（7）, the left and right of upside is corresponding
3rd bearing seat（7）On be connected with third bull stick（8）, third bull stick（8）Across the 3rd bearing seat of right upper portion（7）, third
Bull stick（8）On be connected with the first mixing roll（9）, the corresponding 3rd bearing seat in left and right of downside（7）On be connected with the 4th bull stick
（10）, the 4th bull stick（10）Across 3rd bearing seat（7）, the 4th bull stick（10）With third bull stick（8）Right end is respectively connected with first
Gear（11）, first gear（11）Between engage, the 4th bull stick（10）On be connected with the second mixing roll（12）, the second mixing roll
（12）With the first mixing roll（9）It is respectively positioned on collection frame（2）It is interior.
5. one kind according to claim 4 can automatic blanking grind rare earth oxide machine, which is characterized in that further include having company
Extension bar（13）, fourth bearing seat（14）, the 5th bull stick（15）, belt pulley（16）, flat belt（17）And bevel gear（18）, fixed link
（25）Front side is connected with connecting rod（13）, connecting rod（13）Top is connected with fourth bearing seat（14）, fourth bearing seat（14）On
It is connected with the 5th bull stick（15）, the 5th bull stick（15）Across fourth bearing seat（14）, the 5th bull stick（15）With the first bull stick（53）
On be respectively connected with bevel gear（18）, the first bull stick（53）The bevel gear of upper connection（18）Positioned at processing block（1）Outside, bevel gear
（18）Between engage, the 5th bull stick（15）Left end and the 4th bull stick（10）Left part is respectively connected with belt pulley（16）, belt pulley（16）
Between be wound with flat belt（17）.
6. one kind according to claim 5 can automatic blanking grind rare earth oxide machine, which is characterized in that further include having pendulum
Lever（19）, spring（20）And collision block（21）, collection frame（2）Right wall lower rotational formula is connected with oscillating rod（19）, oscillating rod
（19）With collection frame（2）Between be connected with spring（20）, oscillating rod（19）End is connected with collision block（21）, collision block（21）With collection
Frame（2）Right contact.
7. one kind according to claim 6 can automatic blanking grind rare earth oxide machine, which is characterized in that further include leading
To wheel（22）, reel（23）And drawstring（24）, the second bull stick（63）Lower part is connected with reel（23）, reel（23）On around
There is drawstring（24）, collection frame（2）Right upper portion is connected with directive wheel（22）, drawstring（24）Around directive wheel（22）, drawstring（24）
End and oscillating rod（19）Top connects.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810113827.1A CN108393138A (en) | 2018-02-05 | 2018-02-05 | One kind can automatic blanking grinding rare earth oxide machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810113827.1A CN108393138A (en) | 2018-02-05 | 2018-02-05 | One kind can automatic blanking grinding rare earth oxide machine |
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| CN108393138A true CN108393138A (en) | 2018-08-14 |
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| CN201810113827.1A Pending CN108393138A (en) | 2018-02-05 | 2018-02-05 | One kind can automatic blanking grinding rare earth oxide machine |
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Application publication date: 20180814 |