CN208282616U - A kind of dedicated firing device of efficient rare-earth oxide - Google Patents
A kind of dedicated firing device of efficient rare-earth oxide Download PDFInfo
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- CN208282616U CN208282616U CN201820343386.XU CN201820343386U CN208282616U CN 208282616 U CN208282616 U CN 208282616U CN 201820343386 U CN201820343386 U CN 201820343386U CN 208282616 U CN208282616 U CN 208282616U
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- bearing seat
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- earth oxide
- incinerator
- bearing
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Abstract
The utility model relates to a kind of firing device more particularly to a kind of dedicated firing devices of efficient rare-earth oxide.The dedicated firing device of efficient rare-earth oxide that the technical problem to be solved by the present invention is to provide a kind of structures simply, raising rare earth oxide calcination efficiency uniform to rare earth oxide calcination and burning effect are good.In order to solve the above-mentioned technical problem, the utility model provides such a dedicated firing device of efficient rare-earth oxide, includes bottom plate, bracket, sliding rail, guide plate, incinerator, top plate, first motor, first bearing seat, second bearing seat, screw rod, nut, first connecting rod etc.；The top of bottom plate passes sequentially through bolted mode from left to right and is connected with bracket, sliding rail, guide plate and incinerator, and the top of bracket is connected with top plate by bolted connection, and top plate is in horizontally disposed.The utility model is rotated by first motor drives the into and out incinerator of material box, and the rotation of the second motor drives material box overturning.
Description
Technical field
The utility model relates to a kind of firing device more particularly to a kind of dedicated firing devices of efficient rare-earth oxide.
Background technique
Rare earth oxide refers to that period of element atom ordinal number is 57 to 71 15 kinds of lanthanide oxides, with
And the oxide of scandium (Sc) similar with lanthanide series chemical property and yttrium (Y) totally 17 kinds of elements.Rare earth element is in petroleum, change
The fields such as work, metallurgy, weaving, ceramics, glass, permanent-magnet material are all widely used, and with advances in technology and are applied
The value of the continuous breakthrough of technology, rare earth oxide will be increasing.
Rare-earth products are in the process of production and processing, it is necessary to which the step for passing through calcination, current rare earth oxide is dedicated to burn
Burning device structure is complicated, uneven to rare earth oxide calcination, to reduce rare earth oxide calcination efficiency, burning effect poor, because
This needs to research and develop a kind of simple structure, raising rare earth oxide calcination efficiency uniform to rare earth oxide calcination and calcination effect
The good dedicated firing device of efficient rare-earth oxide of fruit.
Utility model content
(1) technical problems to be solved
Structure is complicated, burns to rare earth oxide in order to overcome the dedicated firing device of current rare earth oxide for the utility model
Burn disadvantage that is uneven, reducing rare earth oxide calcination efficiency, burning effect difference, the technical problems to be solved in the utility model
It is good to be to provide a kind of simple structure, raising rare earth oxide calcination efficiency uniform to rare earth oxide calcination and burning effect
The dedicated firing device of efficient rare-earth oxide.
(2) technical solution
In order to solve the above-mentioned technical problem, the utility model provides the dedicated calcination dress of such a efficient rare-earth oxide
It sets, includes bottom plate, bracket, sliding rail, guide plate, incinerator, top plate, first motor, first bearing seat, second bearing seat, silk
Bar, nut, first connecting rod, sliding block, transverse slat, strut, guide rod, material box and heating device, the top of bottom plate is from left to right successively
It is connected with bracket, sliding rail, guide plate and incinerator by bolted connection, the top of bracket is by bolted connection
It is connected with top plate, in being horizontally disposed with, the bottom of top plate passes sequentially through bolted mode from left to right and is equipped with first top plate
Motor, first bearing seat and second bearing seat are connected with screw rod, screw rod and first axle between first bearing seat and second bearing seat
Hold by way of seat is connected interference with the bearing in second bearing seat and connect, the output shaft of first motor by shaft coupling with
Screw rod left end connects, and nut is equipped on screw rod, and screw rod and nut cooperate, and the bottom of nut connects by bolted connection
There is first connecting rod, first connecting rod is vertical setting, and slidingtype is equipped with sliding block on sliding rail, and sliding block is slidably matched with sliding rail, sliding
The top of block is connected with transverse slat by bolted connection, and the bottom of first connecting rod and the top left of transverse slat are connected by bolt
The mode connect connects, and the top left of transverse slat is connected with strut by bolted connection, and the upper end of guide plate is provided with guiding
Hole, pilot hole inner sliding type are equipped with guide rod, and the left end bottom of guide rod is connect with the top of strut by bolted connection,
The right end of guide rod is connected with material box by bolted connection, and material box is located at the left side of incinerator, the left side of incinerator
Fire door is provided among face, fire door is located at the front-right of material box, connects by bolt among the front and back sides up and down in incinerator
The mode connect is equipped with heating device.
It preferably, further include having the second motor, shaft, 3rd bearing seat, pinion gear, internal gear and fourth bearing seat, it is horizontal
The top center of plate is equipped with the second motor and 3rd bearing seat by bolted connection, and the second motor is located at 3rd bearing
The output shaft in the left side of seat, the second motor is connected with shaft by shaft coupling, and the bearing in shaft and 3rd bearing seat passed through
The mode of connection of being full of connects, and the bearing in shaft and 3rd bearing seat is interference fitted, the mode that the right end of shaft is connected by key
It is connected with pinion gear, the top of strut is equipped with fourth bearing seat by bolted connection, and the left end of guide rod can also pass through
The mode of interference connection is connect with the bearing in fourth bearing seat, and the bearing in guide rod and fourth bearing seat is interference fitted, guide rod
The mode that is connected by key of left end be connected with internal gear, pinion gear is engaged with internal gear.
Preferably, further include having spring and baffle, be respectively connected with spring in the middle part of the top and bottom of fire door, two springs
The other end is respectively connected with baffle, and baffle is vertical setting, and upper diaphragm flexures and baffle are set with lower diaphragm flexures and baffle in symmetrical above and below
It sets.
Preferably, further include having touching switch, be connected with by bolted connection among the interior right side of incinerator
Touching switch, touching switch are located at the front-right of material box, and touching switch and first motor pass through circuit connection.
Preferably, first motor and the second motor are servo motor.
Preferably, the material of bottom plate is Q235 steel.
Working principle: in use, pouring into material box and covering rare earth oxide, starting heating device power supply, makes to add
Thermal heats in incinerator, and starting first motor reversion, motor drives screw mandrel reversion drives nut to move right, nut
It drives first connecting rod to move right, and then is slided to the right with motion plate and sliding block along sliding rail, transverse slat drives strut to move right, and props up
Bar drives guide rod to slide to the right in pilot hole, and then material box is driven to move right, and material box enters in incinerator through fire door,
When material box moves to heating device center position, first motor is closed, the rare earth oxide in material box is in incinerator at this time
Interior heated device high temperature sintering, completely and after cooling down, starting first motor is rotated forward for calcination, and then drives material box to moving to left
It is dynamic, first motor is closed after material box removes incinerator, the complete rare earth oxide of calcination is taken out out of material box.
Because further including having the second motor, shaft, 3rd bearing seat, pinion gear, internal gear and fourth bearing seat, transverse slat
Top center is equipped with the second motor and 3rd bearing seat by bolted connection, and the second motor is located at 3rd bearing seat
The output shaft in left side, the second motor is connected with shaft by shaft coupling, and the bearing in shaft and 3rd bearing seat is connected by interference
The mode connect connects, and the bearing in shaft and 3rd bearing seat is interference fitted, and the mode that the right end of shaft is connected by key connects
There is pinion gear, the top of strut is equipped with fourth bearing seat by bolted connection, and the left end of guide rod can also pass through interference
The mode of connection is connect with the bearing in fourth bearing seat, and the bearing in guide rod and fourth bearing seat is interference fitted, a left side for guide rod
The mode being connected by key is held to be connected with internal gear, pinion gear is engaged with internal gear, in use, when material box moves to heating device
After center position, starting the second motor rotation drives shaft rotation, and shaft drives pinion rotation, and pinion gear drives internal gear
Rotation, and then drive guide rod rotation, i.e., material box rotates in incinerator, so that the rare earth oxide in material box is overturn,
Keep rare earth oxide heated more sufficiently, further increases calcination working efficiency, close the second motor after the completion of calcination.
Because further including having spring and baffle, be respectively connected with spring among the top and bottom of fire door, two springs it is another
One end is respectively connected with baffle, and baffle is vertical setting, and upper diaphragm flexures and baffle are symmetrical arranged with lower diaphragm flexures and baffle in upper and lower,
When material box moves right, the right side of material box pushes baffle to swing to the right, and spring is twisted, and material box moves to certain position
Afterwards, it is acted on by spring, baffle restores as former state, and during calcination, the heat in incinerator is reduced heat damage by baffle
It loses, further increases calcination efficiency, similarly, when material box is moved to the left, baffle is swung to the left, and material box removes incinerator one
Positioning postpones, and baffle restores as former state.
Because further including having touching switch, the interior right flank middle part of incinerator is connected with touching by bolted connection
Switch, touching switch are located at the front-right of material box, touching switch and first motor by circuit connection, add when material box moves to
When thermal center position, the right side of material box presses touching switch, closes first motor by circuit control, makes material box
It is more accurately moved to suitable position, the present apparatus is improved and automates effect.
Because first motor and the second motor are servo motor, the control revolving speed that servo motor can be more accurate makes to transport
Row is more steady.
Because the material of bottom plate is Q235 steel, the load-bearing capacity of Q235 steel is strong, acidproof corrosion-resistant, increases the use of bottom plate
Service life.
(3) beneficial effect
The utility model is rotated by first motor drives the into and out incinerator of material box, and the rotation of the second motor drives
Material box overturning has reached simple structure, raising rare earth oxide calcination efficiency uniform to rare earth oxide calcination and has burnt
Burn the good effect of effect.
Detailed description of the invention
Fig. 1 is the first schematic view of the front view of the utility model.
Fig. 2 is second of schematic view of the front view of the utility model.
Fig. 3 is the third schematic view of the front view of the utility model.
Fig. 4 is the 4th kind of schematic view of the front view of the utility model.
The label in accompanying drawing is: 1- bottom plate, 2- bracket, 3- sliding rail, 4- guide plate, 5- incinerator, 6- top plate, the first electricity of 7-
Machine, 8- first bearing seat, 9- second bearing seat, 10- screw rod, 11- nut, 12- first connecting rod, 13- sliding block, 14- transverse slat, 15-
Strut, 16- guide rod, 17- pilot hole, 18- material box, 19- fire door, 20- heating device, the second motor of 21-, 22- shaft, 23-
3rd bearing seat, 24- pinion gear, 25- internal gear, 26- fourth bearing seat, 27- spring, 28- baffle, 29- touching switch.
Specific embodiment
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
A kind of dedicated firing device of efficient rare-earth oxide includes bottom plate 1, bracket 2, sliding rail 3, leads as shown in Figs 1-4
To plate 4, incinerator 5, top plate 6, first motor 7, first bearing seat 8, second bearing seat 9, screw rod 10, nut 11, first connecting rod
12, sliding block 13, transverse slat 14, strut 15, guide rod 16, material box 18 and heating device 20, the top of bottom plate 1 successively lead to from left to right
It crosses bolted mode and is connected with bracket 2, sliding rail 3, guide plate 4 and incinerator 5, what the top of bracket 2 was bolted
Mode is connected with top plate 6, and in being horizontally disposed with, the bottom of top plate 6 passes sequentially through bolted mode from left to right and installs top plate 6
There are first motor 7, first bearing seat 8 and second bearing seat 9, is connected with screw rod between first bearing seat 8 and second bearing seat 9
10, screw rod 10 connects by way of being connect interference with the bearing in first bearing seat 8 and second bearing seat 9, first motor 7
Output shaft connect with 10 left end of screw rod by shaft coupling, nut 11, screw rod 10 and the cooperation of nut 11, spiral shell are installed on screw rod 10
The bottom of mother 11 is connected with first connecting rod 12 by bolted connection, and first connecting rod 12 is vertical setting, and slides on sliding rail 3
Formula is equipped with sliding block 13, and sliding block 13 is slidably matched with sliding rail 3, and the top of sliding block 13 is connected with cross by bolted connection
The bottom of plate 14, first connecting rod 12 is connect by bolted connection with the top left of transverse slat 14, the top left of transverse slat 14
End is connected with strut 15 by bolted connection, and the upper end of guide plate 4 is provided with pilot hole 17,17 inner sliding type of pilot hole
Equipped with guide rod 16, the left end bottom of guide rod 16 is connect with the top of strut 15 by bolted connection, the right end of guide rod 16
It is connected with material box 18 by bolted connection, material box 18 is located at the left side of incinerator 5, in the left side of incinerator 5
Between be provided with fire door 19, fire door 19 is located at the front-right of material box 18, passes through bolt among the front and back sides up and down in incinerator 5
The mode of connection is equipped with heating device 20.
Embodiment 2
A kind of dedicated firing device of efficient rare-earth oxide includes bottom plate 1, bracket 2, sliding rail 3, leads as shown in Figs 1-4
To plate 4, incinerator 5, top plate 6, first motor 7, first bearing seat 8, second bearing seat 9, screw rod 10, nut 11, first connecting rod
12, sliding block 13, transverse slat 14, strut 15, guide rod 16, material box 18 and heating device 20, the top of bottom plate 1 successively lead to from left to right
It crosses bolted mode and is connected with bracket 2, sliding rail 3, guide plate 4 and incinerator 5, what the top of bracket 2 was bolted
Mode is connected with top plate 6, and in being horizontally disposed with, the bottom of top plate 6 passes sequentially through bolted mode from left to right and installs top plate 6
There are first motor 7, first bearing seat 8 and second bearing seat 9, is connected with screw rod between first bearing seat 8 and second bearing seat 9
10, screw rod 10 connects by way of being connect interference with the bearing in first bearing seat 8 and second bearing seat 9, first motor 7
Output shaft connect with 10 left end of screw rod by shaft coupling, nut 11, screw rod 10 and the cooperation of nut 11, spiral shell are installed on screw rod 10
The bottom of mother 11 is connected with first connecting rod 12 by bolted connection, and first connecting rod 12 is vertical setting, and slides on sliding rail 3
Formula is equipped with sliding block 13, and sliding block 13 is slidably matched with sliding rail 3, and the top of sliding block 13 is connected with cross by bolted connection
The bottom of plate 14, first connecting rod 12 is connect by bolted connection with the top left of transverse slat 14, the top left of transverse slat 14
End is connected with strut 15 by bolted connection, and the upper end of guide plate 4 is provided with pilot hole 17,17 inner sliding type of pilot hole
Equipped with guide rod 16, the left end bottom of guide rod 16 is connect with the top of strut 15 by bolted connection, the right end of guide rod 16
It is connected with material box 18 by bolted connection, material box 18 is located at the left side of incinerator 5, in the left side of incinerator 5
Between be provided with fire door 19, fire door 19 is located at the front-right of material box 18, passes through bolt among the front and back sides up and down in incinerator 5
The mode of connection is equipped with heating device 20.
It further include having the second motor 21, shaft 22,3rd bearing seat 23, pinion gear 24, internal gear 25 and fourth bearing seat
26, the top center of transverse slat 14 is equipped with the second motor 21 and 3rd bearing seat 23, the second motor by bolted connection
21 are located at the left side of 3rd bearing seat 23, and the output shaft of the second motor 21 is connected with shaft 22 by shaft coupling, shaft 22 and the
Bearing in three bearing blocks 23 connects in such a way that interference connects, and shaft 22 is matched with the bearing interference in 3rd bearing seat 23
It closes, the mode that the right end of shaft 22 is connected by key is connected with pinion gear 24, and the top of strut 15 is by bolted connection
Fourth bearing seat 26 is installed, the left end of guide rod 16 can also connect in such a way that interference connects with the bearing in fourth bearing seat 26
It connects, the bearing in guide rod 16 and fourth bearing seat 26 is interference fitted, and the mode that the left end of guide rod 16 is connected by key is connected with interior
Gear 25, pinion gear 24 are engaged with internal gear 25.
Embodiment 3
A kind of dedicated firing device of efficient rare-earth oxide includes bottom plate 1, bracket 2, sliding rail 3, leads as shown in Figs 1-4
To plate 4, incinerator 5, top plate 6, first motor 7, first bearing seat 8, second bearing seat 9, screw rod 10, nut 11, first connecting rod
12, sliding block 13, transverse slat 14, strut 15, guide rod 16, material box 18 and heating device 20, the top of bottom plate 1 successively lead to from left to right
It crosses bolted mode and is connected with bracket 2, sliding rail 3, guide plate 4 and incinerator 5, what the top of bracket 2 was bolted
Mode is connected with top plate 6, and in being horizontally disposed with, the bottom of top plate 6 passes sequentially through bolted mode from left to right and installs top plate 6
There are first motor 7, first bearing seat 8 and second bearing seat 9, is connected with screw rod between first bearing seat 8 and second bearing seat 9
10, screw rod 10 connects by way of being connect interference with the bearing in first bearing seat 8 and second bearing seat 9, first motor 7
Output shaft connect with 10 left end of screw rod by shaft coupling, nut 11, screw rod 10 and the cooperation of nut 11, spiral shell are installed on screw rod 10
The bottom of mother 11 is connected with first connecting rod 12 by bolted connection, and first connecting rod 12 is vertical setting, and slides on sliding rail 3
Formula is equipped with sliding block 13, and sliding block 13 is slidably matched with sliding rail 3, and the top of sliding block 13 is connected with cross by bolted connection
The bottom of plate 14, first connecting rod 12 is connect by bolted connection with the top left of transverse slat 14, the top left of transverse slat 14
End is connected with strut 15 by bolted connection, and the upper end of guide plate 4 is provided with pilot hole 17,17 inner sliding type of pilot hole
Equipped with guide rod 16, the left end bottom of guide rod 16 is connect with the top of strut 15 by bolted connection, the right end of guide rod 16
It is connected with material box 18 by bolted connection, material box 18 is located at the left side of incinerator 5, in the left side of incinerator 5
Between be provided with fire door 19, fire door 19 is located at the front-right of material box 18, passes through bolt among the front and back sides up and down in incinerator 5
The mode of connection is equipped with heating device 20.
It further include having the second motor 21, shaft 22,3rd bearing seat 23, pinion gear 24, internal gear 25 and fourth bearing seat
26, the top center of transverse slat 14 is equipped with the second motor 21 and 3rd bearing seat 23, the second motor by bolted connection
21 are located at the left side of 3rd bearing seat 23, and the output shaft of the second motor 21 is connected with shaft 22 by shaft coupling, shaft 22 and the
Bearing in three bearing blocks 23 connects in such a way that interference connects, and shaft 22 is matched with the bearing interference in 3rd bearing seat 23
It closes, the mode that the right end of shaft 22 is connected by key is connected with pinion gear 24, and the top of strut 15 is by bolted connection
Fourth bearing seat 26 is installed, the left end of guide rod 16 can also connect in such a way that interference connects with the bearing in fourth bearing seat 26
It connects, the bearing in guide rod 16 and fourth bearing seat 26 is interference fitted, and the mode that the left end of guide rod 16 is connected by key is connected with interior
Gear 25, pinion gear 24 are engaged with internal gear 25.
Further include having spring 27 and baffle 28, is respectively connected with spring 27, two springs in the middle part of the top and bottom of fire door 19
27 other end is respectively connected with baffle 28, and baffle 28 is vertical setting, upper diaphragm flexures 27 and baffle 28 and lower diaphragm flexures 27 and gear
Plate 28 is in arranged symmetrically up and down.
Embodiment 4
A kind of dedicated firing device of efficient rare-earth oxide includes bottom plate 1, bracket 2, sliding rail 3, leads as shown in Figs 1-4
To plate 4, incinerator 5, top plate 6, first motor 7, first bearing seat 8, second bearing seat 9, screw rod 10, nut 11, first connecting rod
12, sliding block 13, transverse slat 14, strut 15, guide rod 16, material box 18 and heating device 20, the top of bottom plate 1 successively lead to from left to right
It crosses bolted mode and is connected with bracket 2, sliding rail 3, guide plate 4 and incinerator 5, what the top of bracket 2 was bolted
Mode is connected with top plate 6, and in being horizontally disposed with, the bottom of top plate 6 passes sequentially through bolted mode from left to right and installs top plate 6
There are first motor 7, first bearing seat 8 and second bearing seat 9, is connected with screw rod between first bearing seat 8 and second bearing seat 9
10, screw rod 10 connects by way of being connect interference with the bearing in first bearing seat 8 and second bearing seat 9, first motor 7
Output shaft connect with 10 left end of screw rod by shaft coupling, nut 11, screw rod 10 and the cooperation of nut 11, spiral shell are installed on screw rod 10
The bottom of mother 11 is connected with first connecting rod 12 by bolted connection, and first connecting rod 12 is vertical setting, and slides on sliding rail 3
Formula is equipped with sliding block 13, and sliding block 13 is slidably matched with sliding rail 3, and the top of sliding block 13 is connected with cross by bolted connection
The bottom of plate 14, first connecting rod 12 is connect by bolted connection with the top left of transverse slat 14, the top left of transverse slat 14
End is connected with strut 15 by bolted connection, and the upper end of guide plate 4 is provided with pilot hole 17,17 inner sliding type of pilot hole
Equipped with guide rod 16, the left end bottom of guide rod 16 is connect with the top of strut 15 by bolted connection, the right end of guide rod 16
It is connected with material box 18 by bolted connection, material box 18 is located at the left side of incinerator 5, in the left side of incinerator 5
Between be provided with fire door 19, fire door 19 is located at the front-right of material box 18, passes through bolt among the front and back sides up and down in incinerator 5
The mode of connection is equipped with heating device 20.
It further include having the second motor 21, shaft 22,3rd bearing seat 23, pinion gear 24, internal gear 25 and fourth bearing seat
26, the top center of transverse slat 14 is equipped with the second motor 21 and 3rd bearing seat 23, the second motor by bolted connection
21 are located at the left side of 3rd bearing seat 23, and the output shaft of the second motor 21 is connected with shaft 22 by shaft coupling, shaft 22 and the
Bearing in three bearing blocks 23 connects in such a way that interference connects, and shaft 22 is matched with the bearing interference in 3rd bearing seat 23
It closes, the mode that the right end of shaft 22 is connected by key is connected with pinion gear 24, and the top of strut 15 is by bolted connection
Fourth bearing seat 26 is installed, the left end of guide rod 16 can also connect in such a way that interference connects with the bearing in fourth bearing seat 26
It connects, the bearing in guide rod 16 and fourth bearing seat 26 is interference fitted, and the mode that the left end of guide rod 16 is connected by key is connected with interior
Gear 25, pinion gear 24 are engaged with internal gear 25.
Further include having spring 27 and baffle 28, is respectively connected with spring 27, two springs in the middle part of the top and bottom of fire door 19
27 other end is respectively connected with baffle 28, and baffle 28 is vertical setting, upper diaphragm flexures 27 and baffle 28 and lower diaphragm flexures 27 and gear
Plate 28 is in arranged symmetrically up and down.
Further include having touching switch 29, is connected with touching by bolted connection among the interior right side of incinerator 5
Switch 29, touching switch 29 are located at the front-right of material box 18, and touching switch 29 and first motor 7 pass through circuit connection.
First motor 7 and the second motor 21 are servo motor.
The material of bottom plate 1 is Q235 steel.
Working principle: in use, pouring into material box 18 and covering rare earth oxide, starting 20 power supply of heating device,
Heat heating device 20 in incinerator 5, starting first motor 7 invert, motor drives screw mandrel 10 invert, drive nut 11 to
It moves right, nut 11 drives first connecting rod 12 to move right, and then slides to the right with sliding block 13 along sliding rail 3 with motion plate 14, horizontal
Plate 14 drives strut 15 to move right, and strut 15 drives guide rod 16 to slide to the right in pilot hole 17, and then drives material box 18
It moves right, material box 18 enters in incinerator 5 through fire door 19, when material box 18 moves to 20 center position of heating device, closes
First motor 7 is closed, heated 20 high temperature sintering of device, the calcination in incinerator 5 of the rare earth oxide in material box 18 at this time is complete
Complete and after cooling down, starting first motor 7 rotates forward, and then material box 18 is driven to be moved to the left, after material box 18 removes incinerator 5
First motor 7 is closed, the complete rare earth oxide of calcination is taken out out of material box 18.
Because further including having the second motor 21, shaft 22,3rd bearing seat 23, pinion gear 24, internal gear 25 and the 4th axis
Hold seat 26, the top center of transverse slat 14 is equipped with the second motor 21 and 3rd bearing seat 23 by bolted connection, and second
Motor 21 is located at the left side of 3rd bearing seat 23, and the output shaft of the second motor 21 is connected with shaft 22, shaft 22 by shaft coupling
It is connected by way of being connect with the bearing in 3rd bearing seat 23 interference, the bearing interference in shaft 22 and 3rd bearing seat 23
Cooperation, the mode that the right end of shaft 22 is connected by key are connected with pinion gear 24, the side that the top of strut 15 is bolted
Formula is equipped with fourth bearing seat 26, the left end of guide rod 16 can also in such a way that interference connects with the bearing in fourth bearing seat 26
Bearing in connection, guide rod 16 and fourth bearing seat 26 is interference fitted, and the mode that the left end of guide rod 16 is connected by key is connected with
Internal gear 25, pinion gear 24 are engaged with internal gear 25, in use, opening after material box 18 moves to 20 center position of heating device
Dynamic second motor 21 rotation, drives shaft 22 to rotate, and shaft 22 drives pinion gear 24 to rotate, and pinion gear 24 drives 25 turns of internal gear
It is dynamic, and then guide rod 16 is driven to rotate, i.e., material box 18 rotates in incinerator 5, thus by the rare earth oxide in material box 18
Overturning keeps rare earth oxide heated more sufficiently, further increases calcination working efficiency, and closing the second motor 21 after the completion of calcination is
It can.
Because further including having spring 27 and baffle 28, it is respectively connected with spring 27 among the top and bottom of fire door 19, two
The other end of spring 27 is respectively connected with baffle 28, and baffle 28 is vertical setting, upper diaphragm flexures 27 and baffle 28 and lower diaphragm flexures 27
With baffle 28 in being symmetrical arranged up and down, when material box 18 moves right, the right side of material box 18 pushes baffle 28 to swing to the right,
Spring 27 is twisted, and after material box 18 moves to certain position, is acted on by spring 27, and baffle 28 restores as former state, during calcination,
Heat in incinerator 5 is stopped by baffle 28, is reduced thermal loss, is further increased calcination efficiency, similarly, when material box 18 to
When moving left, baffle 28 is swung to the left, and after material box 18 removes 5 certain position of incinerator, baffle 28 restores as former state.
Because further including having touching switch 29, the interior right flank middle part of incinerator 5 is connected with by bolted connection
Touching switch 29, touching switch 29 are located at the front-right of material box 18, and touching switch 29 and first motor 7 pass through circuit connection,
When material box 18 moves to 20 center position of heating device, the right side of material box 18 presses touching switch 29, passes through circuit control
System closes first motor 7, and material box 18 is made more accurately to be moved to suitable position, improves the present apparatus and automates effect.
Because first motor 7 and the second motor 21 are servo motor, the control revolving speed that servo motor can be more accurate makes
It runs more steady.
Because the material of bottom plate 1 is Q235 steel, the load-bearing capacity of Q235 steel is strong, acidproof corrosion-resistant, increases making for bottom plate 1
Use the service life.
Preferred embodiments of the present invention above described embodiment only expresses, the description thereof is more specific and detailed,
But it should not be understood as limiting the scope of the patent of the utility model.It should be pointed out that for the common of this field
For technical staff, without departing from the inventive concept of the premise, several deformations can also be made, improves and substitutes, these are all
Belong to the protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (6)
1. a kind of dedicated firing device of efficient rare-earth oxide, which is characterized in that include bottom plate (1), bracket (2), sliding rail
(3), guide plate (4), incinerator (5), top plate (6), first motor (7), first bearing seat (8), second bearing seat (9), screw rod
(10), nut (11), first connecting rod (12), sliding block (13), transverse slat (14), strut (15), guide rod (16), material box (18) and add
Thermal (20), the top of bottom plate (1) pass sequentially through from left to right bolted mode be connected with bracket (2), sliding rail (3),
Guide plate (4) and incinerator (5), the top of bracket (2) are connected with top plate (6) by bolted connection, and top plate (6) is in water
Flat setting, the bottom of top plate (6) passes sequentially through bolted mode from left to right and is equipped with first motor (7), first bearing
Seat (8) and second bearing seat (9), are connected with screw rod (10), screw rod (10) between first bearing seat (8) and second bearing seat (9)
It is connected by way of being connect interference with the bearing in first bearing seat (8) and second bearing seat (9), first motor (7)
Output shaft is connect by shaft coupling with screw rod (10) left end, is equipped on screw rod (10) nut (11), screw rod (10) and nut
(11) cooperate, the bottom of nut (11) is connected with first connecting rod (12) by bolted connection, and first connecting rod (12) is in vertical
Straight setting, slidingtype is equipped with sliding block (13) on sliding rail (3), and sliding block (13) is slidably matched with sliding rail (3), the top of sliding block (13)
Portion is connected with transverse slat (14) by bolted connection, and the bottom of first connecting rod (12) and the top left of transverse slat (14) pass through
Bolted mode connects, and the top left of transverse slat (14) is connected with strut (15), guide plate by bolted connection
(4) upper end is provided with pilot hole (17), and pilot hole (17) inner sliding type is equipped with guide rod (16), and the left end bottom of guide rod (16) is logical
It crosses bolted mode to connect with the top of strut (15), the right end of guide rod (16) is connected with Sheng by bolted connection
Hopper (18), material box (18) are located at the left side of incinerator (5), fire door (19), fire door are provided among the left side of incinerator (5)
(19) among the front and back sides up and down in the front-right of material box (18), incinerator (5) by bolted connection
Heating device (20) are installed.
2. a kind of dedicated firing device of efficient rare-earth oxide according to claim 1, which is characterized in that further include having
Two motors (21), shaft (22), 3rd bearing seat (23), pinion gear (24), internal gear (25) and fourth bearing seat (26), transverse slat
(14) top center is equipped with the second motor (21) and 3rd bearing seat (23), the second motor by bolted connection
(21) it is located at the left side of 3rd bearing seat (23), the output shaft of the second motor (21) is connected with shaft (22) by shaft coupling, turns
Axis (22) connects by way of being connect with the bearing in 3rd bearing seat (23) interference, shaft (22) and 3rd bearing seat (23)
Interior bearing interference fit, the mode that the right end of shaft (22) is connected by key are connected with pinion gear (24), the top of strut (15)
End is equipped with fourth bearing seat (26) by bolted connection, and the left end of guide rod (16) is in such a way that interference connects with the
Bearing connection in four bearing blocks (26), guide rod (16) are interference fitted with the bearing in fourth bearing seat (26), guide rod (16)
The mode that left end is connected by key is connected with internal gear (25), and pinion gear (24) is engaged with internal gear (25).
3. a kind of dedicated firing device of efficient rare-earth oxide according to claim 2, which is characterized in that further include having bullet
Spring (27) and baffle (28) are respectively connected with spring (27) in the middle part of the top and bottom of fire door (19), two springs (27) it is another
End is respectively connected with baffle (28), and baffle (28) is vertical setting, upper diaphragm flexures (27) and baffle (28) and lower diaphragm flexures (27) and
Baffle (28) is in arranged symmetrically up and down.
4. a kind of dedicated firing device of efficient rare-earth oxide according to claim 3, which is characterized in that further include having touching
It touches switch (29), is connected with touching switch (29) among the interior right side of incinerator (5) by bolted connection, touching is opened
The front-right that (29) are located at material box (18) is closed, touching switch (29) and first motor (7) pass through circuit connection.
5. a kind of dedicated firing device of efficient rare-earth oxide according to claim 4, which is characterized in that first motor
(7) and the second motor (21) is servo motor.
6. a kind of dedicated firing device of efficient rare-earth oxide according to claim 5, which is characterized in that bottom plate (1)
Material is Q235 steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820343386.XU CN208282616U (en) | 2018-03-14 | 2018-03-14 | A kind of dedicated firing device of efficient rare-earth oxide |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820343386.XU CN208282616U (en) | 2018-03-14 | 2018-03-14 | A kind of dedicated firing device of efficient rare-earth oxide |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208282616U true CN208282616U (en) | 2018-12-25 |
Family
ID=64749184
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820343386.XU Expired - Fee Related CN208282616U (en) | 2018-03-14 | 2018-03-14 | A kind of dedicated firing device of efficient rare-earth oxide |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208282616U (en) |
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2018
- 2018-03-14 CN CN201820343386.XU patent/CN208282616U/en not_active Expired - Fee Related
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181225 Termination date: 20190314 |