CN109126504A - A kind of uniform charging type mixing device for rare earth powder - Google Patents
A kind of uniform charging type mixing device for rare earth powder Download PDFInfo
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- CN109126504A CN109126504A CN201811092264.9A CN201811092264A CN109126504A CN 109126504 A CN109126504 A CN 109126504A CN 201811092264 A CN201811092264 A CN 201811092264A CN 109126504 A CN109126504 A CN 109126504A
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
- B01F35/71—Feed mechanisms
- B01F35/717—Feed mechanisms characterised by the means for feeding the components to the mixer
- B01F35/7177—Feed mechanisms characterised by the means for feeding the components to the mixer using rollers
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F27/00—Mixers with rotary stirring devices in fixed receptacles; Kneaders
- B01F27/05—Stirrers
- B01F27/11—Stirrers characterised by the configuration of the stirrers
- B01F27/112—Stirrers characterised by the configuration of the stirrers with arms, paddles, vanes or blades
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F27/00—Mixers with rotary stirring devices in fixed receptacles; Kneaders
- B01F27/23—Mixers with rotary stirring devices in fixed receptacles; Kneaders characterised by the orientation or disposition of the rotor axis
- B01F27/232—Mixers with rotary stirring devices in fixed receptacles; Kneaders characterised by the orientation or disposition of the rotor axis with two or more rotation axes
- B01F27/2323—Mixers with rotary stirring devices in fixed receptacles; Kneaders characterised by the orientation or disposition of the rotor axis with two or more rotation axes with perpendicular axes
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F33/00—Other mixers; Mixing plants; Combinations of mixers
- B01F33/80—Mixing plants; Combinations of mixers
- B01F33/83—Mixing plants specially adapted for mixing in combination with disintegrating operations
- B01F33/8305—Devices with one shaft, provided with mixing and milling tools, e.g. using balls or rollers as working tools; Devices with two or more tools rotating about the same axis
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F33/00—Other mixers; Mixing plants; Combinations of mixers
- B01F33/80—Mixing plants; Combinations of mixers
- B01F33/836—Mixing plants; Combinations of mixers combining mixing with other treatments
- B01F33/8361—Mixing plants; Combinations of mixers combining mixing with other treatments with disintegrating
- B01F33/83613—Mixing plants; Combinations of mixers combining mixing with other treatments with disintegrating by grinding or milling
Abstract
The present invention relates to a kind of mixing device for rare earth powder more particularly to a kind of uniform charging type mixing devices for rare earth powder.Technical problems to be solved are: providing a kind of uniform charging type mixing device for being used for rare earth powder that can be uniformly added in mixing device the rare earth powder of different grades, be uniformly mixed to the rare earth powder of different grades.Technical solution are as follows: a kind of uniform charging type mixing device for rare earth powder includes mixing machine, drainage conduit, valve, pedestal, first support, second support, the first big link block, the second largest link block, first bearing, big rotary shaft etc.；The lower section bilateral symmetry formula of mixing machine is provided with drainage conduit.A kind of uniform charging type mixing device for rare earth powder provided by the present invention, with uniform feeding device, the rare earth powder of different grades can be uniformly added in mixing device, can the rare earth powder to different grades uniformly mixed, be conducive to improve products made thereby quality.
Description
Technical field
The present invention relates to a kind of mixing device for rare earth powder more particularly to it is a kind of for rare earth powder uniform plus
Material type mixing device.
Background technique
Rare earth has the laudatory title of " industrial vitamin ".Rare earth oxide refers to that period of element atom ordinal number arrives for 57
71 15 kinds of lanthanide oxides, and the oxide of scandium similar with lanthanide series chemical property and yttrium totally 17 kinds of elements.
Rare earth element is all widely used in fields such as petroleum, chemical industry, metallurgy, weaving, ceramics, glass, permanent-magnet materials, with
The progress of science and technology and the continuous breakthrough of application technology, the value of rare earth oxide will be increasing.China and in the world its
In the rare earth ore that its countries mine comes out, rare earth oxide content only has a few percent, or even some is lower, in order to meet smelting
The production requirement of refining separates rare-earth mineral and gangue mineral and other valuable minerals through ore dressing before smelting, to improve rare earth
The content of oxide obtains the rare earth ore concentrate for being able to satisfy rare earth metallurgy requirement.The ore dressing of Rare Earth Mine generally uses floatation, and often
It is aided with the mineral processing circuit of gravity treatment, magnetic separation composition multiple combinations.Batch mixer is the container rotated horizontally by one and rotation
The composition such as vertical mixing blade, when molding mass stirs, container is turned left, and blade is turned right, and due to the effect of adverse current, molding mass is each
The direction of motion is intersected between particle, and the chance contacted with each other increases, and adverse current batch mixer is small to the extruding force of material, and calorific value is low, dilute
Batch mixer is one of main production equipment in autochthonal production.
The existing mixing device for rare earth powder generallys use traditional structure, does not have uniform feeding device, nothing
The rare earth powder of different grades is uniformly added in mixing device by method, causes the rare earth powder of different grades to mix uneven
It is even, the quality of products made thereby is seriously affected, the production and development of enterprise are unfavorable for.
Summary of the invention
In order to overcome the existing mixing device for rare earth powder to generally use traditional structure, do not have uniformly charging
The rare earth powder of different grades can not be uniformly added in mixing device by device, cause the rare earth powder of different grades mixed
Close non-uniform disadvantage, technical problems to be solved are: providing one kind, the rare earth powder of different grades uniformly can be added
The uniform charging type mixing device for rare earth powder that rare earth powder in mixing device, to different grades is uniformly mixed.
Technical solution are as follows: a kind of uniform charging type mixing device for rare earth powder, include mixing machine, drainage conduit,
Valve, pedestal, first support, second support, the first big link block, the second largest link block, first bearing, big rotary shaft, big rotation
Runner, second bearing, the first trapezoidal agitating plate, the second trapezoidal agitating plate, the first feed bin, the first feeder, the first hopper, second
Feed bin, the second feeder, the second hopper, 3rd bearing, long rotary shaft, fourth bearing, the first feeding roller, 5th bearing, the 6th
Bearing, the second feeding roller and small rotating wheel, the lower section bilateral symmetry formula of mixing machine are provided with drainage conduit, drainage conduit and mixing machine phase
Connection, drainage conduit are connected with mixing machine, valve are provided in drainage conduit, pedestal is located at the lower section of valve, and first support is located at
The right side of mixing machine is connected at the top of the bottom of first support and pedestal, and second support is located at the left side of mixing machine, and second
It is connected at the top of the bottom of frame and pedestal, is connected at the top of the bottom of the first big link block and first support, the second Dalian
It connecing and is connected at the top of the bottom and second support of block, mixing machine is between the first big link block and the second largest link block, and
One big link block and the second largest link block are connected with mixing machine, and first bearing is embedded in the lower part of mixing machine left side wall, greatly
Rotary shaft is set as interference with first bearing and connect, and big rotating wheel is between mixing machine and second support, big rotating wheel and big
The left end of rotary shaft is connected, and second bearing is embedded in the lower part of mixing machine right side wall, the right end of second bearing and big rotary shaft
Be set as interference connection, the first trapezoidal agitating plate and the second trapezoidal agitating plate be respectively positioned in mixing machine, the first trapezoidal agitating plate and
Second trapezoidal agitating plate is arranged in big rotary shaft, and the second trapezoidal agitating plate is located at the left side of the first trapezoidal agitating plate, mixing
The right side at cylinder top is connected with the first feed bin, and mixing machine is connected with the first feed bin, and first is connected at the top of the first feed bin and is sent
Barrel, the first feed bin are connected with the first feeder, are connected with the first hopper at the top of the first feeder, the first feeder and the
One hopper is connected, and the left side at the top of mixing machine is connected with the second feed bin, and mixing machine is connected with the second feed bin, the second feed bin
Top is connected with the second feeder, and the second feed bin is connected with the second feeder, and the second material is connected at the top of the second feeder
Bucket, the second feeder are connected with the second hopper, and 3rd bearing is embedded at the middle part of the first feeder right side wall, long rotary shaft
Right end is set as interference with 3rd bearing and connect, and fourth bearing is set as interference with long rotary shaft and connect, and fourth bearing is embedded
The middle part of first feeder left side wall, the first feeding roller are located in the first feeder, and the first feeding roller is arranged in long rotary shaft,
First feeding roller is set as being slidably matched with the first feeder, and symmetrical expression is provided with rectangular channel, 5th bearing before and after the first feeding roller
It is set as interference with long rotary shaft to connect, 5th bearing is embedded in the middle part of the second feeder right side wall, 6th bearing and long rotation
Shaft is set as interference connection, and 6th bearing is embedded at the middle part of the second feeder left side wall, and the second feeding roller is located at second and send
In barrel, the second feeding roller is set as being slidably matched with the second feeder, and the second feeding roller is arranged in long rotary shaft, and second send
Material roller formula symmetrical above and below is provided with U-lag, and small rotating wheel is located at the left side of the second feeder, the left end of small rotating wheel and long rotary shaft
It is connected.
It as a further preferred solution, further include having first bevel gear, second bevel gear, long connecting shaft, the 7th axis
It holds, big connecting plate, 8th bearing, third hand tap gear and the 4th bevel gear, first bevel gear are located at the second trapezoidal agitating plate and
Between one trapezoidal agitating plate, first bevel gear is arranged in big rotary shaft, and second bevel gear is located at the top of first bevel gear, the
Two bevel gears are meshed with first bevel gear, and long connecting shaft is located at the top of second bevel gear, the lower end of long connecting shaft and second
Bevel gear is connected, and long connecting shaft is set as interference with 7th bearing and connect, and 7th bearing is embedded in big connecting plate, big to connect
Plate is the setting of front and back extension, and big connecting plate is connected with the inner sidewall of mixing machine, and 8th bearing is embedded at the top of mixing machine
Middle position, 8th bearing are set as interference with long connecting shaft and connect, and third hand tap gear is located at the top of mixing machine, triconodont
Wheel is connected with the upper end of long connecting shaft, and the 4th bevel gear is located at the top of third hand tap gear, the 4th bevel gear and triconodont
Wheel is meshed, and the 4th bevel gear is arranged in long rotary shaft, and the 4th bevel gear is between the first feeder and the second feeder.
It as a further preferred solution, further include having first gear, second gear and rotating electric machine, first gear position
Between mixing machine and third hand tap gear, first gear is arranged in long connecting shaft, and second gear is located at the left side of first gear,
First gear is meshed with the second gear, and rotating electric machine is located at the lower section of second gear, second gear and rotating electric machine output shaft
Upper end be connected, be connected at the top of the bottom of rotating electric machine and mixing machine, rotating electric machine is located at the right side of the second feed bin.
It as a further preferred solution, further include having the 9th bearing, cylinder body, small agitating plate, small connecting shaft, mixing roll
With big agitating plate, the 9th bearing is located in mixing machine, and the 9th bearing is set as interference with long connecting shaft and connect, and the 9th bearing is embedded
In the middle position of cylinder base, cylinder body is located in mixing machine, and the bottom of cylinder body is uniformly provided with several material-dropping holes, small agitating plate
In cylinder body, the right side wall of small agitating plate is connected with the left side wall of long connecting shaft, the left end of small connecting shaft and long connecting shaft
Right side wall be connected, mixing roll is cased in small connecting shaft, mixing roll is set as being rotatablely connected with small connecting shaft, and mixing roll is located at
In cylinder body, mixing roll is in contact with cylinder body, and big agitating plate is located at the lower section of cylinder body, and big agitating plate is arranged in long connecting shaft, greatly
Agitating plate is located at the top of big connecting plate.
It as a further preferred solution, further include having rewinding cylinder, supporting plate and idler wheel, rewinding cylinder is being located at drainage conduit just
Lower section, rewinding cylinder are placed on supporting plate, and the bottom of supporting plate is connected with several idler wheels, are in contact at the top of idler wheel and pedestal, are received
Material cylinder, supporting plate and idler wheel are the setting of bilateral symmetry formula.
Because the present invention includes mixing machine, drainage conduit, valve, pedestal, first support, second support, the first big connection
Block, the second largest link block, first bearing, big rotary shaft, big rotating wheel, second bearing, the first trapezoidal agitating plate, second trapezoidal stir
Mix plate, the first feed bin, the first feeder, the first hopper, the second feed bin, the second feeder, the second hopper, 3rd bearing, long rotation
Shaft, fourth bearing, the first feeding roller, 5th bearing, 6th bearing, the second feeding roller and small rotating wheel, so staff
A kind of rare earth powder of grade can be added in the first hopper, the rare earth powder of another grade is added to the second hopper
Interior, the rare earth powder in the first hopper drops downward into the first feeder, and the rare earth powder in the second hopper drops downward into second
In feeder, then staff rotates small rotating wheel, small rotating wheel by long rotary shaft drive the second feeding roller and
First feeding roller is rotated, and when the powder in the second feeder is dropped downward into the U-lag of the second feeding roller, first is sent
Powder in barrel is blocked by the first feeding roller, and during lasting rotation, the second feeding roller can be by U-lag by second
The powder overturning on feeder top drives to the lower part of the second feeder, and drops downward into the second feed bin, while first send
Material roller and the second feeding roller rotate together, when the second feeding roller blocks the rare earth powder in the second feeder, the first feeding
Rare earth powder in cylinder can drop downward into rectangular channel, and during continuing to rotate, the first feeding roller can pass through rectangle
Slot drives the powder overturning on the first feeder top to the lower part of the first feeder, and drops downward into the first feed bin, this
When the second feeding roller just the rare earth powder in the second feeder is blocked, thus by between U shape slot and the dislocation type of rectangular channel
It has a rest movement, interval uniformly charging is carried out to the rare earth powder of different grades, when the rare earth powder in the first feed bin drops into mixing
When rare earth powder in cylinder and in the second feed bin is dropped into mixing machine, other staff can be carried out big rotating wheel
Rotation, big rotating wheel drive the first trapezoidal agitating plate and the second trapezoidal agitating plate to be rotated by big rotary shaft, and first is trapezoidal
Agitating plate can carry out Stirring to the rare earth powder that falls out of first feed bin, and the second trapezoidal agitating plate can be to from second
The rare earth powder fallen in feed bin carries out Stirring, so that the rare earth powder of two kinds of different grades is mixed together,
Compounding effect is good, after mixing, stops the rotation to small rotating wheel and big rotating wheel, and opening valve will be mixed by drainage conduit
The rare earth powder discharge finished.
Because further including having first bevel gear, second bevel gear, long connecting shaft, 7th bearing, big connecting plate, the 8th axis
It holds, third hand tap gear and the 4th bevel gear, so only needing individually when staff is using the present invention to small rotating wheel or big rotation
Runner is rotated, to drive first bevel gear to be rotated by big rotary shaft, first bevel gear passes through second bevel gear
Long connecting shaft is driven to be rotated, long connecting shaft drives the 4th bevel gear to be rotated by third hand tap gear, the 4th bevel gear
It drives the second feeding roller and the first feeding roller to be rotated by long rotary shaft, only one is needed to operate the present invention,
It saves manually, operates more convenient.
Because further including having first gear, second gear and rotating electric machine, staff can star rotating electric machine
It is operated, rotating electric machine drives first gear to be rotated by second gear, so that first gear can be connected by long
Axis drives third hand tap gear to be rotated, and replaces manual hand manipulation using rotating electric machine, and it is more time saving and energy saving to operate, convenient fast
Victory, compounding effect are more preferable.
Because further including having the 9th bearing, cylinder body, small agitating plate, small connecting shaft, mixing roll and big agitating plate, work as work
When making personnel and rotating to long connecting shaft, long connecting shaft is able to drive small agitating plate and small connecting shaft, and big agitating plate is same
Shi Jinhang rotation, the rare earth powder material scattering that small agitating plate can will drop into mixing machine, and by the rare earth powder of different grades
It is homogenously mixed together, mixing roll can be ground to the intracorporal rare earth powder of cylinder is dropped into, and keep rare earth powder more smart
Carefully, the rare earth powder after grinding is fallen downwards by material-dropping hole, and during falling, big agitating plate can continue to be stirred, and is mixed
Expect that effect is more preferable.
Because further including having rewinding cylinder, supporting plate and idler wheel, after mixing finishes, staff can pass through discharge
The rare earth powder that mixing finishes is discharged in rewinding cylinder by pipe, and the position of needs is then transported to by supporting plate and idler wheel.
Beneficial effect is: a kind of uniform charging type mixing device for rare earth powder provided by the present invention, has equal
The rare earth powder of different grades can be uniformly added in mixing device by even feeding device, can be to the dilute of different grades
Native powder is uniformly mixed, and is conducive to the quality for improving products made thereby, is conducive to the production and development of enterprise, and structure is simple,
It is easy to operate, maintenance easy to maintain.
Detailed description of the invention
Fig. 1 is main view schematic diagram of the invention.
Fig. 2 is the left view section view figure structure schematic representation of the second feeder of the invention.
Fig. 3 is the right side view structural schematic diagram of the first feeder of the invention.
Fig. 4 is the main view schematic diagram of long connecting shaft of the invention.
Fig. 5 is the main view schematic diagram of rotating electric machine of the invention.
Fig. 6 is the main view schematic diagram of big agitating plate of the invention.
Fig. 7 is the main view schematic diagram of rewinding cylinder of the invention.
Wherein: 1 ... mixing machine, 2 ... drainage conduits, 3 ... valves, 4 ... pedestals, 5 ... first supports, 6 ... second supports, 7 ...
First big link block, 8 ... the second largest link blocks, 9 ... first bearings, 10 ... big rotary shafts, 11 ... big rotating wheels, 12 ... second
Bearing, 13 ... first trapezoidal agitating plates, 14 ... second trapezoidal agitating plates, 15 ... first feed bins, 16 ... first feeders, 17 ...
First hopper, 18 ... second feed bins, 19 ... second feeders, 20 ... second hoppers, 21 ... 3rd bearings, 22 ... long rotary shafts,
23 ... fourth bearings, 24 ... first feeding rollers, 25 ... 5th bearings, 26 ... 6th bearings, 27 ... second feeding rollers, 28 ... small rotations
Runner, 31 ... first bevel gears, 32 ... second bevel gears, 33 ... long connecting shafts, 34 ... 7th bearings, 35 ... big connecting plates,
36 ... 8th bearings, 37 ... third hand tap gears, 38 ... the 4th bevel gears, 41 ... first gears, 42 ... second gears, 43 ... rotations
Motor, 51 ... the 9th bearings, 52 ... cylinder bodies, 53 ... small agitating plates, 54 ... small connecting shafts, 55 ... mixing rolls, 56 ... big agitating plates,
61 ... rewinding cylinders, 62 ... supporting plates, 63 ... idler wheels, 241 ... rectangular channels, 271 ... U-lags, 521 ... material-dropping holes.
Specific embodiment
The invention will be further described for embodiment shown in reference to the accompanying drawing.
Embodiment 1
A kind of uniform charging type mixing device for rare earth powder includes as shown in figs. 1-7 mixing machine 1, drainage conduit
2, valve 3, pedestal 4, first support 5, second support 6, the first big link block 7, the second largest link block 8, first bearing 9, big rotation
Shaft 10, big rotating wheel 11, second bearing 12, the first trapezoidal agitating plate 13, the second trapezoidal agitating plate 14, the first feed bin 15,
One feeder 16, the first hopper 17, the second feed bin 18, the second feeder 19, the second hopper 20,3rd bearing 21, long rotary shaft
22, fourth bearing 23, the first feeding roller 24,5th bearing 25,6th bearing 26, the second feeding roller 27 and small rotating wheel 28 are mixed
The lower section bilateral symmetry formula of barrel 1 is provided with drainage conduit 2, and drainage conduit 2 is connected with mixing machine 1, drainage conduit 2 and 1 phase of mixing machine
It being connected to, is provided with valve 3 in drainage conduit 2, pedestal 4 is located at the lower section of valve 3, and first support 5 is located at the right side of mixing machine 1, the
The bottom of one bracket 5 is connected with the top of pedestal 4, and second support 6 is located at the left side of mixing machine 1, the bottom of second support 6 with
The top of pedestal 4 is connected, and the bottom of the first big link block 7 is connected with the top of first support 5, the second largest link block 8
Bottom is connected with the top of second support 6, and mixing machine 1 is between the first big link block 7 and the second largest link block 8, and first
Big link block 7 and the second largest link block 8 are connected with mixing machine 1, and first bearing 9 is embedded in the lower part of 1 left side wall of mixing machine,
Big rotary shaft 10 is set as interference with first bearing 9 and connect, and big rotating wheel 11 is big to revolve between mixing machine 1 and second support 6
Runner 11 is connected with the left end of big rotary shaft 10, and second bearing 12 is embedded in the lower part of 1 right side wall of mixing machine, second bearing
12, which are set as interference with the right end of big rotary shaft 10, connect, and the first trapezoidal agitating plate 13 and the second trapezoidal agitating plate 14 are respectively positioned on
In mixing machine 1, the first trapezoidal agitating plate 13 and the second trapezoidal agitating plate 14 are arranged in big rotary shaft 10, the second trapezoidal stirring
Plate 14 is located at the left side of the first trapezoidal agitating plate 13, and the right side at 1 top of mixing machine is connected with the first feed bin 15, mixing machine 1 and the
One feed bin 15 is connected, and the top of the first feed bin 15 is connected with the first feeder 16, the first feed bin 15 and 16 phase of the first feeder
Connection, the top of the first feeder 16 are connected with the first hopper 17, and the first feeder 16 is connected with the first hopper 17, mixing machine
The left side at 1 top is connected with the second feed bin 18, and mixing machine 1 is connected with the second feed bin 18, and the top of the second feed bin 18 is connected with
Second feeder 19, the second feed bin 18 are connected with the second feeder 19, and the top of the second feeder 19 is connected with the second hopper
20, the second feeder 19 is connected with the second hopper 20, and 3rd bearing 21 is embedded at the middle part of 16 right side wall of the first feeder,
The right end of long rotary shaft 22 is set as interference with 3rd bearing 21 and connect, and fourth bearing 23 and long rotary shaft 22 are set as interference company
It connecing, fourth bearing 23 is embedded at the middle part of 16 left side wall of the first feeder, and the first feeding roller 24 is located in the first feeder 16, the
One feeding roller 24 is arranged in long rotary shaft 22, and the first feeding roller 24 is set as being slidably matched with the first feeder 16, and first send
Material 24 front and back symmetrical expression of roller is provided with rectangular channel 241, and 5th bearing 25 is set as interference with long rotary shaft 22 and connect, 5th bearing 25
It is embedded at the middle part of 19 right side wall of the second feeder, 6th bearing 26 is set as interference with long rotary shaft 22 and connect, 6th bearing
26 are embedded at the middle part of 19 left side wall of the second feeder, and the second feeding roller 27 is located in the second feeder 19, the second feeding roller 27
It is set as being slidably matched with the second feeder 19, the second feeding roller 27 is arranged in long rotary shaft 22, the second about 27 feeding roller
Symmetrical expression is provided with U-lag 271, and small rotating wheel 28 is located at the left side of the second feeder 19, small rotating wheel 28 and long rotary shaft 22
Left end be connected.
Embodiment 2
A kind of uniform charging type mixing device for rare earth powder includes as shown in figs. 1-7 mixing machine 1, drainage conduit
2, valve 3, pedestal 4, first support 5, second support 6, the first big link block 7, the second largest link block 8, first bearing 9, big rotation
Shaft 10, big rotating wheel 11, second bearing 12, the first trapezoidal agitating plate 13, the second trapezoidal agitating plate 14, the first feed bin 15,
One feeder 16, the first hopper 17, the second feed bin 18, the second feeder 19, the second hopper 20,3rd bearing 21, long rotary shaft
22, fourth bearing 23, the first feeding roller 24,5th bearing 25,6th bearing 26, the second feeding roller 27 and small rotating wheel 28 are mixed
The lower section bilateral symmetry formula of barrel 1 is provided with drainage conduit 2, and drainage conduit 2 is connected with mixing machine 1, drainage conduit 2 and 1 phase of mixing machine
It being connected to, is provided with valve 3 in drainage conduit 2, pedestal 4 is located at the lower section of valve 3, and first support 5 is located at the right side of mixing machine 1, the
The bottom of one bracket 5 is connected with the top of pedestal 4, and second support 6 is located at the left side of mixing machine 1, the bottom of second support 6 with
The top of pedestal 4 is connected, and the bottom of the first big link block 7 is connected with the top of first support 5, the second largest link block 8
Bottom is connected with the top of second support 6, and mixing machine 1 is between the first big link block 7 and the second largest link block 8, and first
Big link block 7 and the second largest link block 8 are connected with mixing machine 1, and first bearing 9 is embedded in the lower part of 1 left side wall of mixing machine,
Big rotary shaft 10 is set as interference with first bearing 9 and connect, and big rotating wheel 11 is big to revolve between mixing machine 1 and second support 6
Runner 11 is connected with the left end of big rotary shaft 10, and second bearing 12 is embedded in the lower part of 1 right side wall of mixing machine, second bearing 12
It is set as interference with the right end of big rotary shaft 10 to connect, the first trapezoidal agitating plate 13 and the second trapezoidal agitating plate 14 are respectively positioned on mixed
In barrel 1, the first trapezoidal agitating plate 13 and the second trapezoidal agitating plate 14 are arranged in big rotary shaft 10, the second trapezoidal agitating plate
14 are located at the left side of the first trapezoidal agitating plate 13, and the right side at 1 top of mixing machine is connected with the first feed bin 15, mixing machine 1 and first
Feed bin 15 is connected, and the top of the first feed bin 15 is connected with the first feeder 16, and the first feed bin 15 is connected with the first feeder 16
Logical, the top of the first feeder 16 is connected with the first hopper 17, and the first feeder 16 is connected with the first hopper 17, mixing machine 1
The second feed bin 18 is connected on the left of top, mixing machine 1 is connected with the second feed bin 18, and the top of the second feed bin 18 is connected with
Two feeders 19, the second feed bin 18 are connected with the second feeder 19, and the top of the second feeder 19 is connected with the second hopper
20, the second feeder 19 is connected with the second hopper 20, and 3rd bearing 21 is embedded at the middle part of 16 right side wall of the first feeder,
The right end of long rotary shaft 22 is set as interference with 3rd bearing 21 and connect, and fourth bearing 23 and long rotary shaft 22 are set as interference company
It connecing, fourth bearing 23 is embedded at the middle part of 16 left side wall of the first feeder, and the first feeding roller 24 is located in the first feeder 16, the
One feeding roller 24 is arranged in long rotary shaft 22, and the first feeding roller 24 is set as being slidably matched with the first feeder 16, and first send
Material 24 front and back symmetrical expression of roller is provided with rectangular channel 241, and 5th bearing 25 is set as interference with long rotary shaft 22 and connect, 5th bearing 25
It is embedded at the middle part of 19 right side wall of the second feeder, 6th bearing 26 is set as interference with long rotary shaft 22 and connect, 6th bearing
26 are embedded at the middle part of 19 left side wall of the second feeder, and the second feeding roller 27 is located in the second feeder 19, the second feeding roller 27
It is set as being slidably matched with the second feeder 19, the second feeding roller 27 is arranged in long rotary shaft 22, the second about 27 feeding roller
Symmetrical expression is provided with U-lag 271, and small rotating wheel 28 is located at the left side of the second feeder 19, small rotating wheel 28 and long rotary shaft 22
Left end be connected.
It further include having first bevel gear 31, second bevel gear 32, long connecting shaft 33,7th bearing 34, big connecting plate 35,
Eight bearings 36, third hand tap gear 37 and the 4th bevel gear 38, first bevel gear 31 are located at the second trapezoidal agitating plate 14 and the first ladder
Between shape agitating plate 13, first bevel gear 31 is arranged in big rotary shaft 10, and second bevel gear 32 is located at first bevel gear 31
Top, second bevel gear 32 are meshed with first bevel gear 31, and long connecting shaft 33 is located at the top of second bevel gear 32, long to connect
The lower end of spindle 33 is connected with second bevel gear 32, and long connecting shaft 33 is set as interference with 7th bearing 34 and connect, the 7th axis
It holds 34 to be embedded in big connecting plate 35, big connecting plate 35 is the setting of front and back extension, the inside of big connecting plate 35 and mixing machine 1
Wall is connected, and 8th bearing 36 is embedded the middle position at 1 top of mixing machine, and 8th bearing 36 is set as with long connecting shaft 33
Interference connection, third hand tap gear 37 are located at the top of mixing machine 1, and third hand tap gear 37 is connected with the upper end of long connecting shaft 33,
4th bevel gear 38 is located at the top of third hand tap gear 37, and the 4th bevel gear 38 is meshed with third hand tap gear 37, the 4th cone tooth
Wheel 38 is arranged in long rotary shaft 22, and the 4th bevel gear 38 is between the first feeder 16 and the second feeder 19.
Embodiment 3
A kind of uniform charging type mixing device for rare earth powder includes as shown in figs. 1-7 mixing machine 1, drainage conduit
2, valve 3, pedestal 4, first support 5, second support 6, the first big link block 7, the second largest link block 8, first bearing 9, big rotation
Shaft 10, big rotating wheel 11, second bearing 12, the first trapezoidal agitating plate 13, the second trapezoidal agitating plate 14, the first feed bin 15,
One feeder 16, the first hopper 17, the second feed bin 18, the second feeder 19, the second hopper 20,3rd bearing 21, long rotary shaft
22, fourth bearing 23, the first feeding roller 24,5th bearing 25,6th bearing 26, the second feeding roller 27 and small rotating wheel 28 are mixed
The lower section bilateral symmetry formula of barrel 1 is provided with drainage conduit 2, and drainage conduit 2 is connected with mixing machine 1, drainage conduit 2 and 1 phase of mixing machine
It being connected to, is provided with valve 3 in drainage conduit 2, pedestal 4 is located at the lower section of valve 3, and first support 5 is located at the right side of mixing machine 1, the
The bottom of one bracket 5 is connected with the top of pedestal 4, and second support 6 is located at the left side of mixing machine 1, the bottom of second support 6 with
The top of pedestal 4 is connected, and the bottom of the first big link block 7 is connected with the top of first support 5, the second largest link block 8
Bottom is connected with the top of second support 6, and mixing machine 1 is between the first big link block 7 and the second largest link block 8, and first
Big link block 7 and the second largest link block 8 are connected with mixing machine 1, and first bearing 9 is embedded in the lower part of 1 left side wall of mixing machine,
Big rotary shaft 10 is set as interference with first bearing 9 and connect, and big rotating wheel 11 is big to revolve between mixing machine 1 and second support 6
Runner 11 is connected with the left end of big rotary shaft 10, and second bearing 12 is embedded in the lower part of 1 right side wall of mixing machine, second bearing
12, which are set as interference with the right end of big rotary shaft 10, connect, and the first trapezoidal agitating plate 13 and the second trapezoidal agitating plate 14 are respectively positioned on
In mixing machine 1, the first trapezoidal agitating plate 13 and the second trapezoidal agitating plate 14 are arranged in big rotary shaft 10, the second trapezoidal stirring
Plate 14 is located at the left side of the first trapezoidal agitating plate 13, and the right side at 1 top of mixing machine is connected with the first feed bin 15, mixing machine 1 and the
One feed bin 15 is connected, and the top of the first feed bin 15 is connected with the first feeder 16, the first feed bin 15 and 16 phase of the first feeder
Connection, the top of the first feeder 16 are connected with the first hopper 17, and the first feeder 16 is connected with the first hopper 17, mixing machine
The left side at 1 top is connected with the second feed bin 18, and mixing machine 1 is connected with the second feed bin 18, and the top of the second feed bin 18 is connected with
Second feeder 19, the second feed bin 18 are connected with the second feeder 19, and the top of the second feeder 19 is connected with the second hopper
20, the second feeder 19 is connected with the second hopper 20, and 3rd bearing 21 is embedded at the middle part of 16 right side wall of the first feeder,
The right end of long rotary shaft 22 is set as interference with 3rd bearing 21 and connect, and fourth bearing 23 and long rotary shaft 22 are set as interference company
It connecing, fourth bearing 23 is embedded at the middle part of 16 left side wall of the first feeder, and the first feeding roller 24 is located in the first feeder 16, the
One feeding roller 24 is arranged in long rotary shaft 22, and the first feeding roller 24 is set as being slidably matched with the first feeder 16, and first send
Material 24 front and back symmetrical expression of roller is provided with rectangular channel 241, and 5th bearing 25 is set as interference with long rotary shaft 22 and connect, 5th bearing 25
It is embedded at the middle part of 19 right side wall of the second feeder, 6th bearing 26 is set as interference with long rotary shaft 22 and connect, 6th bearing
26 are embedded at the middle part of 19 left side wall of the second feeder, and the second feeding roller 27 is located in the second feeder 19, the second feeding roller 27
It is set as being slidably matched with the second feeder 19, the second feeding roller 27 is arranged in long rotary shaft 22, the second about 27 feeding roller
Symmetrical expression is provided with U-lag 271, and small rotating wheel 28 is located at the left side of the second feeder 19, small rotating wheel 28 and long rotary shaft 22
Left end is connected.
It further include having first bevel gear 31, second bevel gear 32, long connecting shaft 33,7th bearing 34, big connecting plate 35,
Eight bearings 36, third hand tap gear 37 and the 4th bevel gear 38, first bevel gear 31 are located at the second trapezoidal agitating plate 14 and the first ladder
Between shape agitating plate 13, first bevel gear 31 is arranged in big rotary shaft 10, and second bevel gear 32 is located at first bevel gear 31
Top, second bevel gear 32 are meshed with first bevel gear 31, and long connecting shaft 33 is located at the top of second bevel gear 32, long to connect
The lower end of spindle 33 is connected with second bevel gear 32, and long connecting shaft 33 is set as interference with 7th bearing 34 and connect, the 7th axis
It holds 34 to be embedded in big connecting plate 35, big connecting plate 35 is the setting of front and back extension, the inside of big connecting plate 35 and mixing machine 1
Wall is connected, and 8th bearing 36 is embedded the middle position at 1 top of mixing machine, and 8th bearing 36 is set as with long connecting shaft 33
Interference connection, third hand tap gear 37 are located at the top of mixing machine 1, and third hand tap gear 37 is connected with the upper end of long connecting shaft 33,
4th bevel gear 38 is located at the top of third hand tap gear 37, and the 4th bevel gear 38 is meshed with third hand tap gear 37, the 4th cone tooth
Wheel 38 is arranged in long rotary shaft 22, and the 4th bevel gear 38 is between the first feeder 16 and the second feeder 19.
It further include having first gear 41, second gear 42 and rotating electric machine 43, first gear 41 is located at mixing machine 1 and third
Between bevel gear 37, first gear 41 is arranged in long connecting shaft 33, and second gear 42 is located at the left side of first gear 41, the
One gear 41 is meshed with second gear 42, and rotating electric machine 43 is located at the lower section of second gear 42, second gear 42 and electric rotating
The upper end of 43 output shaft of machine is connected, and the bottom of rotating electric machine 43 is connected with the top of mixing machine 1, and rotating electric machine 43 is located at the
The right side of two feed bins 18.
Embodiment 4
A kind of uniform charging type mixing device for rare earth powder includes as shown in figs. 1-7 mixing machine 1, drainage conduit
2, valve 3, pedestal 4, first support 5, second support 6, the first big link block 7, the second largest link block 8, first bearing 9, big rotation
Shaft 10, big rotating wheel 11, second bearing 12, the first trapezoidal agitating plate 13, the second trapezoidal agitating plate 14, the first feed bin 15,
One feeder 16, the first hopper 17, the second feed bin 18, the second feeder 19, the second hopper 20,3rd bearing 21, long rotary shaft
22, fourth bearing 23, the first feeding roller 24,5th bearing 25,6th bearing 26, the second feeding roller 27 and small rotating wheel 28 are mixed
The lower section bilateral symmetry formula of barrel 1 is provided with drainage conduit 2, and drainage conduit 2 is connected with mixing machine 1, drainage conduit 2 and 1 phase of mixing machine
It being connected to, is provided with valve 3 in drainage conduit 2, pedestal 4 is located at the lower section of valve 3, and first support 5 is located at the right side of mixing machine 1, the
The bottom of one bracket 5 is connected with the top of pedestal 4, and second support 6 is located at the left side of mixing machine 1, the bottom of second support 6 with
The top of pedestal 4 is connected, and the bottom of the first big link block 7 is connected with the top of first support 5, the second largest link block 8
Bottom is connected with the top of second support 6, and mixing machine 1 is between the first big link block 7 and the second largest link block 8, and first
Big link block 7 and the second largest link block 8 are connected with mixing machine 1, and first bearing 9 is embedded in the lower part of 1 left side wall of mixing machine,
Big rotary shaft 10 is set as interference with first bearing 9 and connect, and big rotating wheel 11 is big to revolve between mixing machine 1 and second support 6
Runner 11 is connected with the left end of big rotary shaft 10, and second bearing 12 is embedded in the lower part of 1 right side wall of mixing machine, second bearing
12, which are set as interference with the right end of big rotary shaft 10, connect, and the first trapezoidal agitating plate 13 and the second trapezoidal agitating plate 14 are respectively positioned on
In mixing machine 1, the first trapezoidal agitating plate 13 and the second trapezoidal agitating plate 14 are arranged in big rotary shaft 10, the second trapezoidal stirring
Plate 14 is located at the left side of the first trapezoidal agitating plate 13, and the right side at 1 top of mixing machine is connected with the first feed bin 15, mixing machine 1 and the
One feed bin 15 is connected, and the top of the first feed bin 15 is connected with the first feeder 16, the first feed bin 15 and 16 phase of the first feeder
Connection, the top of the first feeder 16 are connected with the first hopper 17, and the first feeder 16 is connected with the first hopper 17, mixing machine
The left side at 1 top is connected with the second feed bin 18, and mixing machine 1 is connected with the second feed bin 18, and the top of the second feed bin 18 is connected with
Second feeder 19, the second feed bin 18 are connected with the second feeder 19, and the top of the second feeder 19 is connected with the second hopper
20, the second feeder 19 is connected with the second hopper 20, and 3rd bearing 21 is embedded at the middle part of 16 right side wall of the first feeder,
The right end of long rotary shaft 22 is set as interference with 3rd bearing 21 and connect, and fourth bearing 23 and long rotary shaft 22 are set as interference company
It connecing, fourth bearing 23 is embedded at the middle part of 16 left side wall of the first feeder, and the first feeding roller 24 is located in the first feeder 16, the
One feeding roller 24 is arranged in long rotary shaft 22, and the first feeding roller 24 is set as being slidably matched with the first feeder 16, and first send
Material 24 front and back symmetrical expression of roller is provided with rectangular channel 241, and 5th bearing 25 is set as interference with long rotary shaft 22 and connect, 5th bearing 25
It is embedded at the middle part of 19 right side wall of the second feeder, 6th bearing 26 is set as interference with long rotary shaft 22 and connect, 6th bearing
26 are embedded at the middle part of 19 left side wall of the second feeder, and the second feeding roller 27 is located in the second feeder 19, the second feeding roller 27
It is set as being slidably matched with the second feeder 19, the second feeding roller 27 is arranged in long rotary shaft 22, the second about 27 feeding roller
Symmetrical expression is provided with U-lag 271, and small rotating wheel 28 is located at the left side of the second feeder 19, small rotating wheel 28 and long rotary shaft 22
Left end be connected.
It further include having first bevel gear 31, second bevel gear 32, long connecting shaft 33,7th bearing 34, big connecting plate 35,
Eight bearings 36, third hand tap gear 37 and the 4th bevel gear 38, first bevel gear 31 are located at the second trapezoidal agitating plate 14 and the first ladder
Between shape agitating plate 13, first bevel gear 31 is arranged in big rotary shaft 10, and second bevel gear 32 is located at first bevel gear 31
Top, second bevel gear 32 are meshed with first bevel gear 31, and long connecting shaft 33 is located at the top of second bevel gear 32, long to connect
The lower end of spindle 33 is connected with second bevel gear 32, and long connecting shaft 33 is set as interference with 7th bearing 34 and connect, the 7th axis
It holds 34 to be embedded in big connecting plate 35, big connecting plate 35 is the setting of front and back extension, the inside of big connecting plate 35 and mixing machine 1
Wall is connected, and 8th bearing 36 is embedded the middle position at 1 top of mixing machine, and 8th bearing 36 is set as with long connecting shaft 33
Interference connection, third hand tap gear 37 are located at the top of mixing machine 1, and third hand tap gear 37 is connected with the upper end of long connecting shaft 33,
4th bevel gear 38 is located at the top of third hand tap gear 37, and the 4th bevel gear 38 is meshed with third hand tap gear 37, the 4th cone tooth
Wheel 38 is arranged in long rotary shaft 22, and the 4th bevel gear 38 is between the first feeder 16 and the second feeder 19.
It further include having first gear 41, second gear 42 and rotating electric machine 43, first gear 41 is located at mixing machine 1 and third
Between bevel gear 37, first gear 41 is arranged in long connecting shaft 33, and second gear 42 is located at the left side of first gear 41, the
One gear 41 is meshed with second gear 42, and rotating electric machine 43 is located at the lower section of second gear 42, second gear 42 and electric rotating
The upper end of 43 output shaft of machine is connected, and the bottom of rotating electric machine 43 is connected with the top of mixing machine 1, and rotating electric machine 43 is located at the
The right side of two feed bins 18.
It further include having the 9th bearing 51, cylinder body 52, small agitating plate 53, small connecting shaft 54, mixing roll 55 and big agitating plate 56,
9th bearing 51 is located in mixing machine 1, and the 9th bearing 51 is set as interference with long connecting shaft 33 and connect, and the 9th bearing 51 is embedded
The middle position of 52 bottom of cylinder body, cylinder body 52 are located in mixing machine 1, and the bottom of cylinder body 52 is uniformly provided with several material-dropping holes
521, small agitating plate 53 is located in cylinder body 52, and the right side wall of small agitating plate 53 is connected with the left side wall of long connecting shaft 33, little Lian
The left end of spindle 54 is connected with the right side wall of long connecting shaft 33, is cased with mixing roll 55 in small connecting shaft 54, mixing roll 55 with it is small
Connecting shaft 54 is set as being rotatablely connected, and mixing roll 55 is located in cylinder body 52, and mixing roll 55 is in contact with cylinder body 52, big agitating plate 56
Positioned at the lower section of cylinder body 52, big agitating plate 56 is arranged in long connecting shaft 33, and big agitating plate 56 is located at the top of big connecting plate 35.
Embodiment 5
A kind of uniform charging type mixing device for rare earth powder includes as shown in figs. 1-7 mixing machine 1, drainage conduit
2, valve 3, pedestal 4, first support 5, second support 6, the first big link block 7, the second largest link block 8, first bearing 9, big rotation
Shaft 10, big rotating wheel 11, second bearing 12, the first trapezoidal agitating plate 13, the second trapezoidal agitating plate 14, the first feed bin 15,
One feeder 16, the first hopper 17, the second feed bin 18, the second feeder 19, the second hopper 20,3rd bearing 21, long rotary shaft
22, fourth bearing 23, the first feeding roller 24,5th bearing 25,6th bearing 26, the second feeding roller 27 and small rotating wheel 28 are mixed
The lower section bilateral symmetry formula of barrel 1 is provided with drainage conduit 2, and drainage conduit 2 is connected with mixing machine 1, drainage conduit 2 and 1 phase of mixing machine
It being connected to, is provided with valve 3 in drainage conduit 2, pedestal 4 is located at the lower section of valve 3, and first support 5 is located at the right side of mixing machine 1, the
The bottom of one bracket 5 is connected with the top of pedestal 4, and second support 6 is located at the left side of mixing machine 1, the bottom of second support 6 with
The top of pedestal 4 is connected, and the bottom of the first big link block 7 is connected with the top of first support 5, the second largest link block 8
Bottom is connected with the top of second support 6, and mixing machine 1 is between the first big link block 7 and the second largest link block 8, and first
Big link block 7 and the second largest link block 8 are connected with mixing machine 1, and first bearing 9 is embedded in the lower part of 1 left side wall of mixing machine,
Big rotary shaft 10 is set as interference with first bearing 9 and connect, and big rotating wheel 11 is big to revolve between mixing machine 1 and second support 6
Runner 11 is connected with the left end of big rotary shaft 10, and second bearing 12 is embedded in the lower part of 1 right side wall of mixing machine, second bearing 12
It is set as interference with the right end of big rotary shaft 10 to connect, the first trapezoidal agitating plate 13 and the second trapezoidal agitating plate 14 are respectively positioned on mixed
In barrel 1, the first trapezoidal agitating plate 13 and the second trapezoidal agitating plate 14 are arranged in big rotary shaft 10, the second trapezoidal agitating plate
14 are located at the left side of the first trapezoidal agitating plate 13, and the right side at 1 top of mixing machine is connected with the first feed bin 15, mixing machine 1 and first
Feed bin 15 is connected, and the top of the first feed bin 15 is connected with the first feeder 16, and the first feed bin 15 is connected with the first feeder 16
Logical, the top of the first feeder 16 is connected with the first hopper 17, and the first feeder 16 is connected with the first hopper 17, mixing machine 1
The second feed bin 18 is connected on the left of top, mixing machine 1 is connected with the second feed bin 18, and the top of the second feed bin 18 is connected with
Two feeders 19, the second feed bin 18 are connected with the second feeder 19, and the top of the second feeder 19 is connected with the second hopper 20,
Second feeder 19 is connected with the second hopper 20, and 3rd bearing 21 is embedded at the middle part of 16 right side wall of the first feeder, long rotation
The right end of shaft 22 is set as interference with 3rd bearing 21 and connect, and fourth bearing 23 is set as interference with long rotary shaft 22 and connect,
Fourth bearing 23 is embedded at the middle part of 16 left side wall of the first feeder, and the first feeding roller 24 is located in the first feeder 16, and first
Feeding roller 24 is arranged in long rotary shaft 22, and the first feeding roller 24 is set as being slidably matched with the first feeder 16, the first feeding
24 front and back symmetrical expression of roller is provided with rectangular channel 241, and 5th bearing 25 is set as interference with long rotary shaft 22 and connect, 5th bearing 25
It is embedded at the middle part of 19 right side wall of the second feeder, 6th bearing 26 is set as interference with long rotary shaft 22 and connect, 6th bearing
26 are embedded at the middle part of 19 left side wall of the second feeder, and the second feeding roller 27 is located in the second feeder 19, the second feeding roller 27
It is set as being slidably matched with the second feeder 19, the second feeding roller 27 is arranged in long rotary shaft 22, the second about 27 feeding roller
Symmetrical expression is provided with U-lag 271, and small rotating wheel 28 is located at the left side of the second feeder 19, small rotating wheel 28 and long rotary shaft 22
Left end is connected.
It further include having first bevel gear 31, second bevel gear 32, long connecting shaft 33,7th bearing 34, big connecting plate 35,
Eight bearings 36, third hand tap gear 37 and the 4th bevel gear 38, first bevel gear 31 are located at the second trapezoidal agitating plate 14 and the first ladder
Between shape agitating plate 13, first bevel gear 31 is arranged in big rotary shaft 10, and second bevel gear 32 is located at first bevel gear 31
Top, second bevel gear 32 are meshed with first bevel gear 31, and long connecting shaft 33 is located at the top of second bevel gear 32, long to connect
The lower end of spindle 33 is connected with second bevel gear 32, and long connecting shaft 33 is set as interference with 7th bearing 34 and connect, the 7th axis
It holds 34 to be embedded in big connecting plate 35, big connecting plate 35 is the setting of front and back extension, the inside of big connecting plate 35 and mixing machine 1
Wall is connected, and 8th bearing 36 is embedded the middle position at 1 top of mixing machine, and 8th bearing 36 is set as with long connecting shaft 33
Interference connection, third hand tap gear 37 are located at the top of mixing machine 1, and third hand tap gear 37 is connected with the upper end of long connecting shaft 33,
4th bevel gear 38 is located at the top of third hand tap gear 37, and the 4th bevel gear 38 is meshed with third hand tap gear 37, the 4th cone tooth
Wheel 38 is arranged in long rotary shaft 22, and the 4th bevel gear 38 is between the first feeder 16 and the second feeder 19.
It further include having first gear 41, second gear 42 and rotating electric machine 43, first gear 41 is located at mixing machine 1 and third
Between bevel gear 37, first gear 41 is arranged in long connecting shaft 33, and second gear 42 is located at the left side of first gear 41, the
One gear 41 is meshed with second gear 42, and rotating electric machine 43 is located at the lower section of second gear 42, second gear 42 and electric rotating
The upper end of 43 output shaft of machine is connected, and the bottom of rotating electric machine 43 is connected with the top of mixing machine 1, and rotating electric machine 43 is located at the
The right side of two feed bins 18.
It further include having the 9th bearing 51, cylinder body 52, small agitating plate 53, small connecting shaft 54, mixing roll 55 and big agitating plate 56,
9th bearing 51 is located in mixing machine 1, and the 9th bearing 51 is set as interference with long connecting shaft 33 and connect, and the 9th bearing 51 is embedded
The middle position of 52 bottom of cylinder body, cylinder body 52 are located in mixing machine 1, and the bottom of cylinder body 52 is uniformly provided with several material-dropping holes
521, small agitating plate 53 is located in cylinder body 52, and the right side wall of small agitating plate 53 is connected with the left side wall of long connecting shaft 33, little Lian
The left end of spindle 54 is connected with the right side wall of long connecting shaft 33, is cased with mixing roll 55 in small connecting shaft 54, mixing roll 55 with it is small
Connecting shaft 54 is set as being rotatablely connected, and mixing roll 55 is located in cylinder body 52, and mixing roll 55 is in contact with cylinder body 52, big agitating plate 56
Positioned at the lower section of cylinder body 52, big agitating plate 56 is arranged in long connecting shaft 33, and big agitating plate 56 is located at the top of big connecting plate 35.
It further include having rewinding cylinder 61, supporting plate 62 and idler wheel 63, rewinding cylinder 61 is located at the underface of drainage conduit 2, rewinding cylinder 61
It is placed on supporting plate 62, the bottom of supporting plate 62 is connected with several idler wheels 63, and idler wheel 63 is in contact with the top of pedestal 4, rewinding
Cylinder 61, supporting plate 62 and idler wheel 63 are the setting of bilateral symmetry formula.
Because the present invention includes mixing machine 1, drainage conduit 2, valve 3, pedestal 4, first support 5, second support 6, first
Big link block 7, the second largest link block 8, first bearing 9, big rotary shaft 10, big rotating wheel 11, second bearing 12, first is trapezoidal stirs
It mixes plate 13, the second trapezoidal agitating plate 14, the first feed bin 15, the first feeder 16, the first hopper 17, the second feed bin 18, second send
Barrel 19, the second hopper 20,3rd bearing 21, long rotary shaft 22, fourth bearing 23, the first feeding roller 24,5th bearing 25,
Six bearings 26, the second feeding roller 27 and small rotating wheel 28, so staff can be added to a kind of rare earth powder of grade
In first hopper 17, the rare earth powder of another grade is added in the second hopper 20, the rare earth powder in the first hopper 17
It drops downward into the first feeder 16, the rare earth powder in the second hopper 20 drops downward into the second feeder 19, then works
Personnel rotate small rotating wheel 28, and small rotating wheel 28 drives the second feeding roller 27 and the first feeding by long rotary shaft 22
Roller 24 is rotated, when the powder in the second feeder 19 is dropped downward into the U-lag 271 of the second feeding roller 27, first
Powder in feeder 16 is blocked by the first feeding roller 24, and during lasting rotation, the second feeding roller 27 can pass through U
Shape slot 271 drives the powder overturning on 19 top of the second feeder to the lower part of the second feeder 19, and drops downward into second
In feed bin 18, while the first feeding roller 24 and the second feeding roller 27 rotate together, when the second feeding roller 27 is by the second feeder 19
When interior rare earth powder blocks, the rare earth powder in the first feeder 16 can be dropped downward into rectangular channel 241, continued to rotate
During, the first feeding roller 24 can be driven the powder overturning on 16 top of the first feeder to first by rectangular channel 241
The lower part of feeder 16, and drop downward into the first feed bin 15, the second feeding roller 27 just will be in the second feeder 19 at this time
Rare earth powder block, thus by the dislocation type intermittent movement of U-lag 271 and rectangular channel 241, to the rare earth powder of different grades
Material carries out interval uniformly charging, when the rare earth powder in the first feed bin 15 drops into mixing machine 1 and in the second feed bin 18
When rare earth powder is dropped into mixing machine 1, other staff can be rotated big rotating wheel 11, and big rotating wheel 11 passes through
Big rotary shaft 10 drives the first trapezoidal agitating plate 13 and the second trapezoidal agitating plate 14 to be rotated, and the first trapezoidal agitating plate 13 can
Stirring carried out to the rare earth powder that falls out of first feed bin 15, the second trapezoidal agitating plate 14 can be to from the second feed bin 18
The rare earth powder inside fallen carries out Stirring, to the rare earth powder of two kinds of different grades is mixed together, mixing
Effect is good, after mixing, stops the rotation to small rotating wheel 28 and big rotating wheel 11, and opening valve 3 will by drainage conduit 2
Mix the rare earth powder discharge finished.
Because further including having first bevel gear 31, second bevel gear 32, long connecting shaft 33,7th bearing 34, big connecting plate
35,8th bearing 36, third hand tap gear 37 and the 4th bevel gear 38, so only being needed independent when staff is using the present invention
Small rotating wheel 28 or big rotating wheel 11 are rotated, thus drive first bevel gear 31 to be rotated by big rotary shaft 10,
First bevel gear 31 drives long connecting shaft 33 to be rotated by second bevel gear 32, and long connecting shaft 33 passes through third hand tap gear 37
The 4th bevel gear 38 is driven to be rotated, the 4th bevel gear 38 drives the second feeding roller 27 and first to send by long rotary shaft 22
Material roller 24 is rotated, and only one is needed to operate the present invention, is saved manually, is operated more convenient.
Because further including having first gear 41, second gear 42 and rotating electric machine 43, staff can star rotation
Rotating motor 43 is operated, and rotating electric machine 43 drives first gear 41 to be rotated by second gear 42, thus first gear
41 can drive third hand tap gear 37 to be rotated by long connecting shaft 33, replace manual hand manipulation using rotating electric machine 43,
It is more time saving and energy saving to operate, and convenient and efficient, compounding effect is more preferable.
Because further including having the 9th bearing 51, cylinder body 52, small agitating plate 53, small connecting shaft 54, mixing roll 55 and big stirring
Plate 56, so long connecting shaft 33 is able to drive small agitating plate 53 and little Lian when staff rotates long connecting shaft 33
Spindle 54, and big agitating plate 56 are rotated simultaneously, the rare earth powder that small agitating plate 53 can will drop into mixing machine 1
It breaks up, and the rare earth powder of different grades is homogenously mixed together, mixing roll 55 can be to the rare earth dropped into cylinder body 52
Powder is ground, and keeps rare earth powder finer, and the rare earth powder after grinding is fallen downwards by material-dropping hole 521, is fallen
In the process, big agitating plate 56 can continue to be stirred, and compounding effect is more preferable.
Because further including having rewinding cylinder 61, supporting plate 62 and idler wheel 63, after mixing finishes, staff can lead to
It crosses drainage conduit 2 the rare earth powder that mixing finishes is discharged in rewinding cylinder 61, being then transported to by supporting plate 62 and idler wheel 63 needs
The position wanted.
Although the disclosure, art technology has shown and described referring to the certain exemplary embodiments of the disclosure
Personnel it should be understood that in the case where the spirit and scope of the present disclosure limited without departing substantially from the following claims and their equivalents,
A variety of changes in form and details can be carried out to the disclosure.Therefore, the scope of the present disclosure should not necessarily be limited by above-described embodiment,
But should be not only determined by appended claims, also it is defined by the equivalent of appended claims.
Claims (5)
1. a kind of uniform charging type mixing device for rare earth powder, include mixing machine (1), drainage conduit (2), valve (3),
Pedestal (4), first support (5), second support (6), the first big link block (7), the second largest link block (8), first bearing (9),
Big rotary shaft (10), big rotating wheel (11) and second bearing (12), the lower section bilateral symmetry formula of mixing machine (1) are provided with drainage conduit
(2), drainage conduit (2) is connected with mixing machine (1), and drainage conduit (2) is connected with mixing machine (1), and drainage conduit is provided with valve on (2)
Door (3), pedestal (4) are located at the lower section of valve (3), and first support (5) is located at the right side of mixing machine (1), the bottom of first support (5)
It is connected at the top of portion and pedestal (4), second support (6) is located at the left side of mixing machine (1), the bottom and bottom of second support (6)
It is connected at the top of seat (4), is connected at the top of the bottom and first support (5) of the first big link block (7), the second largest link block
(8) it is connected at the top of bottom and second support (6), mixing machine (1) is located at the first big link block (7) and the second largest link block
(8) between, the first big link block (7) and the second largest link block (8) are connected with mixing machine (1), and first bearing (9) is embedded
The lower part of mixing machine (1) left side wall, big rotary shaft (10) are set as interference with first bearing (9) and connect, big rotating wheel (11) position
Between mixing machine (1) and second support (6), big rotating wheel (11) is connected with the left end of big rotary shaft (10), second bearing
(12) it is embedded in the lower part of mixing machine (1) right side wall, the right end of second bearing (12) and big rotary shaft (10) is set as interference company
It connects, it is characterised in that: further include having the first trapezoidal agitating plate (13), the second trapezoidal agitating plate (14), the first feed bin (15), first
Feeder (16), the first hopper (17), the second feed bin (18), the second feeder (19), the second hopper (20), 3rd bearing
(21), long rotary shaft (22), fourth bearing (23), the first feeding roller (24), 5th bearing (25), 6th bearing (26), second
Feeding roller (27) and small rotating wheel (28), the first trapezoidal agitating plate (13) and the second trapezoidal agitating plate (14) are respectively positioned on mixing machine
(1) in, the first trapezoidal agitating plate (13) and the second trapezoidal agitating plate (14) are arranged on big rotary shaft (10), and second trapezoidal stirs
The left side that plate (14) are located at the first trapezoidal agitating plate (13) is mixed, the right side at the top of mixing machine (1) is connected with the first feed bin (15), mixes
Barrel (1) is connected with the first feed bin (15), and the first feeder (16), the first feed bin are connected at the top of the first feed bin (15)
(15) it is connected with the first feeder (16), the first hopper (17), the first feeder is connected at the top of the first feeder (16)
(16) it is connected with the first hopper (17), the left side at the top of mixing machine (1) is connected with the second feed bin (18), mixing machine (1) and the
Two feed bins (18) are connected, and are connected at the top of the second feed bin (18) the second feeder (19), and the second feed bin (18) is sent with second
Barrel (19) is connected, and is connected at the top of the second feeder (19) the second hopper (20), the second feeder (19) and the second material
Bucket (20) is connected, and 3rd bearing (21) is embedded in the middle part of the first feeder (16) right side wall, the right end of long rotary shaft (22)
It is set as interference with 3rd bearing (21) to connect, fourth bearing (23) is set as interference with long rotary shaft (22) and connect, the 4th axis
(23) are held to be embedded at the middle part of the first feeder (16) left side wall, the first feeding roller (24) is located in the first feeder (16), the
One feeding roller (24) is arranged on long rotary shaft (22), and the first feeding roller (24) is set as sliding with the first feeder (16) and matches
It closes, symmetrical expression is provided with rectangular channel (241) before and after the first feeding roller (24), and 5th bearing (25) and long rotary shaft (22) were set as
It is full of connection, 5th bearing (25) is embedded in the middle part of the second feeder (19) right side wall, 6th bearing (26) and long rotary shaft
(22) it is set as interference connection, 6th bearing (26) is embedded in the middle part of the second feeder (19) left side wall, the second feeding roller
(27) it is located in the second feeder (19), the second feeding roller (27) is set as being slidably matched with the second feeder (19), and second send
Expect that roller (27) are arranged on long rotary shaft (22), the second feeding roller (27) formula symmetrical above and below is provided with U-lag (271), small rotating wheel
(28) it is located at the left side of the second feeder (19), small rotating wheel (28) is connected with the left end of long rotary shaft (22).
2. a kind of uniform charging type mixing device for rare earth powder as described in claim 1, it is characterised in that: further include
There are first bevel gear (31), second bevel gear (32), long connecting shaft (33), 7th bearing (34), big connecting plate (35), the 8th axis
Hold (36), third hand tap gear (37) and the 4th bevel gear (38), first bevel gear (31) be located at the second trapezoidal agitating plate (14) with
Between first trapezoidal agitating plate (13), first bevel gear (31) is arranged on big rotary shaft (10), and second bevel gear (32) is located at
The top of first bevel gear (31), second bevel gear (32) are meshed with first bevel gear (31), and long connecting shaft (33) is located at the
The lower end of the top of two bevel gears (32), long connecting shaft (33) is connected with second bevel gear (32), long connecting shaft (33) and the
Seven bearings (34) are set as interference connection, and 7th bearing (34) is embedded in big connecting plate (35), and big connecting plate (35) is front and back
Extension setting, big connecting plate (35) are connected with the inner sidewall of mixing machine (1), and 8th bearing (36) is embedded in mixing machine (1)
The middle position at top, 8th bearing (36) are set as interference with long connecting shaft (33) and connect, and third hand tap gear (37) is located at mixed
The top of barrel (1), third hand tap gear (37) are connected with the upper end of long connecting shaft (33), and the 4th bevel gear (38) is located at third
The top of bevel gear (37), the 4th bevel gear (38) are meshed with third hand tap gear (37), and the 4th bevel gear (38) is arranged in length
In rotary shaft (22), the 4th bevel gear (38) is between the first feeder (16) and the second feeder (19).
3. a kind of uniform charging type mixing device for rare earth powder as claimed in claim 2, it is characterised in that: further include
There are first gear (41), second gear (42) and rotating electric machine (43), first gear (41) is located at mixing machine (1) and triconodont
It takes turns between (37), first gear (41) is arranged on long connecting shaft (33), and second gear (42) is located at a left side for first gear (41)
Side, first gear (41) are meshed with second gear (42), and rotating electric machine (43) is located at the lower section of second gear (42), the second tooth
Wheel (42) is connected with the upper end of rotating electric machine (43) output shaft, the bottom of rotating electric machine (43) and the top phase of mixing machine (1)
Connection, rotating electric machine (43) are located at the right side of the second feed bin (18).
4. a kind of uniform charging type mixing device for rare earth powder as claimed in claim 3, it is characterised in that: further include
There are the 9th bearing (51), cylinder body (52), small agitating plate (53), small connecting shaft (54), mixing roll (55) and big agitating plate (56), the
Nine bearings (51) are located in mixing machine (1), and the 9th bearing (51) is set as interference with long connecting shaft (33) and connect, the 9th bearing
(51) it is embedded the middle position in cylinder body (52) bottom, cylinder body (52) is located in mixing machine (1), and the bottom of cylinder body (52) is uniformly opened
There are several material-dropping holes (521), small agitating plate (53) is located in cylinder body (52), the right side wall of small agitating plate (53) and long connecting shaft
(33) left side wall is connected, and the left end of small connecting shaft (54) is connected with the right side wall of long connecting shaft (33), small connecting shaft
(54) it is cased on mixing roll (55), mixing roll (55) is set as being rotatablely connected with small connecting shaft (54), and mixing roll (55) is located at cylinder
In body (52), mixing roll (55) is in contact with cylinder body (52), and big agitating plate (56) is located at the lower section of cylinder body (52), big agitating plate
(56) it is arranged on long connecting shaft (33), big agitating plate (56) is located at the top of big connecting plate (35).
5. a kind of uniform charging type mixing device for rare earth powder as claimed in claim 4, it is characterised in that: further include
There are rewinding cylinder (61), supporting plate (62) and idler wheel (63), rewinding cylinder (61) is located at the underface of drainage conduit (2), and rewinding cylinder (61) is put
It sets on supporting plate (62), the bottom of supporting plate (62) is connected with several idler wheels (63), connects at the top of idler wheel (63) and pedestal (4)
Touching, rewinding cylinder (61), supporting plate (62) and idler wheel (63) are the setting of bilateral symmetry formula.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811092264.9A CN109126504A (en) | 2018-09-19 | 2018-09-19 | A kind of uniform charging type mixing device for rare earth powder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811092264.9A CN109126504A (en) | 2018-09-19 | 2018-09-19 | A kind of uniform charging type mixing device for rare earth powder |
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| Publication Number | Publication Date |
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| CN109126504A true CN109126504A (en) | 2019-01-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201811092264.9A Withdrawn CN109126504A (en) | 2018-09-19 | 2018-09-19 | A kind of uniform charging type mixing device for rare earth powder |
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| CN111389264A (en) * | 2020-04-29 | 2020-07-10 | 安徽文王酿酒股份有限公司 | Continuous stirring device for distiller's yeast |
| CN112023759A (en) * | 2020-08-21 | 2020-12-04 | 李德洪 | Petroleum asphalt intermittent blanking and mixing device |
| CN112354393A (en) * | 2020-11-06 | 2021-02-12 | 池秋勇 | Coating material proportioning system |
| CN112934034A (en) * | 2021-02-01 | 2021-06-11 | 抚州市鹤达实业有限公司 | Cleaning and dust removing device for modified starch based on reverse filtering principle |
| CN113144947A (en) * | 2021-04-16 | 2021-07-23 | 江西京九动力能源有限公司 | Compounding device is used in lithium cell processing |
| CN113648900A (en) * | 2021-07-09 | 2021-11-16 | 安徽米兰士装饰材料有限公司 | Mixing device for multi-kinetic energy polyurethane water-based waterproof coating |
| CN113750852A (en) * | 2021-08-05 | 2021-12-07 | 张春雷 | Instant glue mixing arrangement |
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| CN113750852A (en) * | 2021-08-05 | 2021-12-07 | 张春雷 | Instant glue mixing arrangement |
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| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20190104 |
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