CN206955923U - A kind of adjustable uniform preparation facilities of rare earth oxalate - Google Patents
A kind of adjustable uniform preparation facilities of rare earth oxalate Download PDFInfo
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- CN206955923U CN206955923U CN201720475418.7U CN201720475418U CN206955923U CN 206955923 U CN206955923 U CN 206955923U CN 201720475418 U CN201720475418 U CN 201720475418U CN 206955923 U CN206955923 U CN 206955923U
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Abstract
It the utility model is related to a kind of uniform preparation facilities, more particularly to a kind of adjustable uniform preparation facilities of rare earth oxalate.The technical problems to be solved in the utility model, which is to provide one kind, can adjust ammonium binoxalate addition speed so that the adjustable uniform preparation facilities of the uniform rare earth oxalate of rare earth oxalate particle preparation.In order to solve the above-mentioned technical problem, the utility model provides the adjustable uniform preparation facilities of such a rare earth oxalate, includes reaction chamber etc.；Reaction chamber bottom right is hingedly connected with first baffle, and first baffle bottom left is connected with reaction chamber bottom left by bolted connection, and reaction mechanism is provided with reaction chamber, feeding mechanism is provided with the top of reaction chamber.The utility model devises a kind of adjustable uniform preparation facilities of rare earth oxalate, by being provided with reaction mechanism, enables to ammonium binoxalate fully to be reacted with rare earth, and be provided with feeding mechanism.
Description
Technical field
The present invention relates to a kind of uniform preparation facilities, more particularly to a kind of adjustable uniform preparation facilities of rare earth oxalate.
Background technology
Rare earth has the laudatory title of " industrial vitamin ".Nowadays extremely important strategic resource is turned into.Rare earth element aoxidizes
Thing refer to period of element atom ordinal number be 57 to 71 15 kinds of lanthanide oxides, and with lanthanide series chemical property
The oxide of similar scandium and yttrium totally 17 kinds of elements.Rare earth element is in oil, chemical industry, metallurgy, weaving, ceramics, glass, permanent magnetism material
The fields such as material, which are obtained for, to be widely applied, with the progress of science and technology and the continuous breakthrough of application technology, the valency of rare earth oxide
Value will be increasing.
Present people to rare earth oxalate when preparing, it is necessary to which the ammonium binoxalate after dilution is dilute by certain speed addition
In earth material liquid, ammonium binoxalate solution should be controlled, controls charging rate again, otherwise occurs that local concentration is too high existing
As so that particle is uneven, during existing addition ammonium binoxalate solution is added against side, causes one
The ammonium binoxalate solution concentration of side is too high, and the rare earth oxalate particle prepared is uneven.
The shortcomings that rare earth oxalate particle prepared is uneven in existing rare earth oxalate preparation process be present, therefore need badly
Research and development one kind can adjust ammonium binoxalate and add speed so that the uniform rare earth oxalate of rare earth oxalate particle preparation can
The uniform preparation facilities of adjustable type.
The content of the invention
(1) technical problems to be solved
The present invention is uneven in the presence of the rare earth oxalate particle prepared in existing rare earth oxalate preparation process in order to overcome
The shortcomings that, it can adjust ammonium binoxalate the technical problem to be solved in the present invention is to provide one kind and add speed so that grass
The adjustable uniform preparation facilities of the uniform rare earth oxalate of acid rare earth particle preparation.
(2) technical scheme
In order to solve the above-mentioned technical problem, the invention provides adjustable uniformly prepare of such a rare earth oxalate to fill
To put, include reaction chamber, reaction mechanism, feeding mechanism and first baffle, reaction chamber bottom right is hingedly connected with first baffle,
First baffle bottom left is connected with reaction chamber bottom left by bolted connection, and reaction mechanism is provided with reaction chamber,
Feeding mechanism is provided with the top of reaction chamber.
Preferably, reaction mechanism includes the first bull stick, screw rod, puddler, first bearing seat, sealing ring and rubber
Pad, two walls of the interior left and right of reaction chamber are equipped with sealing ring, and the outer left and right sides of reaction chamber is provided with first bearing seat, and sealing ring is located at first
The first bull stick is connected between bearing block, in first bearing seat, the first bull stick passes through sealing ring, and the first bull stick right-hand member is provided with rubber
Pad, be uniformly provided with puddler on the first bull stick, the first bull stick is provided with screw rod, and puddler and screw rod are respectively positioned on reaction chamber
It is interior.
Preferably, feeding mechanism includes slide rail, sliding block, material feeding box, handle and movable plate, be connected with above reaction chamber into
Hopper, material feeding box bottom even are provided with first through hole, are connected with slide rail at left and right sides of material feeding box, slide rail basal sliding formula is connected with
Sliding block, sliding block and slide rail coordinate, and slider bottom is connected with movable plate, are uniformly provided with the second through hole on movable plate, first through hole and
Second through hole coordinates, and the slider top on right side is connected with handle, and slider bottom is connected with movable plate.
Preferably, also include feed pipe, valve, cylinder and stripper plate, stripper plate, stripper plate left side are provided with material feeding box
Feed pipe is connected with, is provided with valve above feed pipe, material feeding box top left side is connected with cylinder, the expansion link and stripper plate of cylinder
Connection.
Preferably, 3rd bearing seat, gear, second bearing seat, the 3rd bull stick, worm gear, the second bull stick, rack are also included
And worm screw, material feeding box right side are provided with 3rd bearing seat, the 3rd bull stick are provided with 3rd bearing seat, the 3rd bull stick is provided with worm gear,
Worm gear is located on the right side of material feeding box, and second bearing seat is provided with the right side of material feeding box, and second bearing seat is located at below 3rd bearing seat, and second
The second bull stick is connected with bearing block, is connected with worm gear and gear, worm gear and worm engaging on the second bull stick in turn from front to back,
Slider top is connected with rack, rack and pinion engagement.
Preferably, torsionspring, second baffle, pole, steel wire rope, directive wheel and fix bar, reaction chamber top are also included
Rear and front end is equipped with torsionspring on the left of portion, and second baffle is connected with torsionspring, and second baffle center is provided with groove, the
Rear and front end is connected with pole on the right side of two baffle plates, steel wire rope is connected with pole, reaction chamber top right side rear and front end is equipped with
Directive wheel, reaction chamber top right side are connected with fix bar, and for fix bar between directive wheel, steel wire rope bypasses directive wheel, steel wire
Rope end is connected with fix bar.
Preferably, also include third baffle, check valve and discharge nozzle, third baffle, third baffle are provided with material feeding box
Below stripper plate, discharge nozzle is uniformly provided with third baffle, check valve, discharge nozzle position are equipped with feed pipe and discharge nozzle
Directly over first through hole.
Preferably, the material of reaction chamber is stainless steel.
Operation principle：When staff needs to prepare rare earth oxalate, first the ammonium binoxalate after dilution is added as a certain amount of
Enter into feeding mechanism, while rare earth is put into reaction mechanism, then control ammonium binoxalate to inject by adjusting feeding mechanism
Amount, while cause reaction mechanism work, ammonium binoxalate and rare earth will fully be reacted., can be to reaction after the completion of reaction
The rare earth oxalate prepared in mechanism is collected, can be to control feeding mechanism and reaction mechanism to reset after the completion of work.
Because reaction mechanism includes the first bull stick, screw rod, puddler, first bearing seat, sealing ring and rubber blanket, instead
Two walls of left and right in case are answered to be equipped with sealing ring, the outer left and right sides of reaction chamber is provided with first bearing seat, and sealing ring is located at clutch shaft bearing
Between seat, the first bull stick is connected with first bearing seat, the first bull stick passes through sealing ring, and the first bull stick right-hand member is provided with rubber blanket,
Puddler is uniformly provided with first bull stick, the first bull stick is provided with screw rod, and puddler and screw rod are respectively positioned in reaction chamber.Institute
So that after ammonium binoxalate mixes with rare earth, staff can be to rotate the first bull stick, and the first bull stick drives screw rod and stirring
Bar is rotated, under the collective effect of screw rod and puddler so that ammonium binoxalate is fully reacted with rare earth, and rubber blanket can be with
Allow the bull stick of staff's convenient use first.After the completion of reaction, staff can be to open first baffle, to reacted
Rare earth oxalate is collected, and can reset reaction mechanism after the completion of collection.
Because feeding mechanism includes slide rail, sliding block, material feeding box, handle and movable plate, charging is connected with above reaction chamber
Case, material feeding box bottom even are provided with first through hole, are connected with slide rail at left and right sides of material feeding box, slide rail basal sliding formula is connected with cunning
Block, sliding block and slide rail coordinate, and slider bottom is connected with movable plate, are uniformly provided with the second through hole on movable plate, first through hole and the
Two through holes coordinate, and the slider top on right side is connected with handle, and slider bottom is connected with movable plate.So after needing to addition
When the injection rate of ammonium binoxalate dilution is controlled, staff or so pull handle so that movable plate moves left and right, from
And change the spacing between first through hole and the second through hole, and then control the purpose of ammonium binoxalate dilution injection rate.
Because also including feed pipe, valve, cylinder and stripper plate, stripper plate is provided with material feeding box, is connected on the left of stripper plate
Feed pipe is connected to, valve is provided with above feed pipe, material feeding box top left side is connected with cylinder, and expansion link and the stripper plate of cylinder connect
Connect, so when needing to increase ammonium binoxalate dilution injection rate, valve is first turned on, by ammonium binoxalate dilution by entering
Expects pipe is poured into.Subsequent staff controls the elongation of Telescopic-cylinder bar so that stripper plate moves downward, and then it is dilute to extrude ammonium binoxalate
Release liquid so that the injection rate of ammonium binoxalate dilution is accelerated.After all injecting, cylinder can be controlled to reset.
Because also include 3rd bearing seat, gear, second bearing seat, the 3rd bull stick, worm gear, the second bull stick, rack and
Worm screw, material feeding box right side are provided with 3rd bearing seat, are provided with the 3rd bull stick in 3rd bearing seat, the 3rd bull stick is provided with worm gear, snail
Wheel is provided with second bearing seat on the right side of material feeding box on the right side of material feeding box, and second bearing seat is located at 3rd bearing seat lower right-hand side, the
The second bull stick is connected with two bearing bracket, is connected with worm gear and gear on the second bull stick in turn from front to back, worm gear is nibbled with worm screw
Close, slider top is connected with rack, and rack and pinion engagement, so when it is required that movable plate moves, staff only needs
The 3rd bull stick is rotated, the 3rd bull stick drives worm screw to rotate, and worm screw drives worm gear wheel, and then drives pinion rotation, gear band
Carry-over bar moves left and right, and rack drives sliding block moves left and right, so drive movable plate move left and right, so as to adjust first through hole and
The spacing of second through hole, and then can accurately control the injection of ammonium binoxalate dilution.
Because also including torsionspring, second baffle, pole, steel wire rope, directive wheel and fix bar, reaction chamber top left
Side rear and front end is equipped with torsionspring, and second baffle is connected with torsionspring, and second baffle center is provided with groove, second gear
Rear and front end is connected with pole on the right side of plate, steel wire rope is connected with pole, reaction chamber top right side rear and front end is equipped with guiding
Wheel, reaction chamber top right side are connected with fix bar, and for fix bar between directive wheel, steel wire rope bypasses directive wheel, steel wire rope end
End is connected with fix bar.So in order to prevent spilling for ammonium binoxalate dilution during the course of the reaction, staff can be to draw
Dynamic steel wire rope, torsionspring is twisted, and steel wire rope is fixed so that second baffle closes up, and prevents ammonium binoxalate dilution
Spill, after reaction terminates, adjust rope capacity, and fixed by fix bar, torsionspring drives second baffle to reset.
Because also including third baffle, check valve and discharge nozzle, third baffle is provided with material feeding box, third baffle is located at
Below stripper plate, discharge nozzle is uniformly provided with third baffle, is equipped with check valve in feed pipe and discharge nozzle, discharge nozzle is positioned at the
Directly over one through hole.So when needing to carry out auto feed, the elongation of Telescopic-cylinder bar is controlled first, stripper plate moves downward,
When stripper plate moves downward to a certain extent, control Telescopic-cylinder bar shortens, and now air pressure will diminish in material feeding box, oxalic acid hydrogen
Ammonium dilution will be entered in material feeding box by feed pipe, so as to reach the effect of auto feed.
(3) beneficial effect
The present invention devises a kind of adjustable uniform preparation facilities of rare earth oxalate, can by being provided with reaction mechanism
So that ammonium binoxalate is fully reacted with rare earth.And feeding mechanism is provided with, has reached control ammonium binoxalate dilution note
Enter the purpose of amount.It is provided with feed pipe, valve, cylinder and stripper plate so that the injection rate of ammonium binoxalate dilution is accelerated.Together
When be provided with 3rd bearing seat, gear, second bearing seat, the 3rd bull stick, worm gear, the second bull stick, rack and worm screw, can be accurate
Control the injection of ammonium binoxalate dilution.Be additionally provided with torsionspring, second baffle, pole, steel wire rope, directive wheel, groove and
Fix bar, prevent spilling for ammonium binoxalate dilution during the course of the reaction.Finally it is provided with third baffle, check valve and discharging
Pipe, has reached the effect of auto feed.
Brief description of the drawings
Fig. 1 is the first main structure diagram of the present invention.
Fig. 2 is the main structure diagram of reaction mechanism of the present invention.
Fig. 3 is the first main structure diagram of feeding mechanism of the present invention.
Fig. 4 is second of main structure diagram of feeding mechanism of the present invention.
Fig. 5 is the main structure diagram of material feeding box of the present invention and slide rail.
Fig. 6 is the overlooking the structure diagram of material feeding box of the present invention.
Fig. 7 is the main structure diagram of material feeding box of the present invention.
Mark in accompanying drawing for：1- reaction chambers, 2- first baffles, 3- reaction mechanisms, the bull sticks of 31- first, 32- screw rods,
33- puddlers, 34- first bearing seats, 35- sealing rings, 36- rubber blankets, 4- feeding mechanisms, 41- slide rails, 42- sliding blocks, 43- enter
Hopper, 44- first through hole, the through holes of 45- second, 46- handles, 47- movable plates, 5- feed pipes, 6- valves, 7- cylinders, 8- extruding
Plate, 9- 3rd bearing seats, 10- gears, 11- second bearing seats, the bull sticks of 12- the 3rd, 13- worm gears, the bull sticks of 14- second, 15- teeth
Bar, 16- worm screws, 17- torsionsprings, 18- second baffles, 19- poles, 20- steel wire ropes, 21- directive wheels, 22- grooves, 23- are solid
Fixed pole, 24- third baffles, 25- check valves, 26- discharge nozzles.
Embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of adjustable uniform preparation facilities of rare earth oxalate, as shown in figs. 1-7, include reaction chamber 1, reaction mechanism 3,
Feeding mechanism 4 and first baffle 2, the bottom right of reaction chamber 1 are hingedly connected with first baffle 2, and the bottom left of first baffle 2 passes through
Bolted mode is connected with the bottom left of reaction chamber 1, and reaction mechanism 3 is provided with reaction chamber 1, be provided with the top of reaction chamber 1 into
Expect mechanism 4.
Embodiment 2
A kind of adjustable uniform preparation facilities of rare earth oxalate, as shown in figs. 1-7, include reaction chamber 1, reaction mechanism 3,
Feeding mechanism 4 and first baffle 2, the bottom right of reaction chamber 1 are hingedly connected with first baffle 2, and the bottom left of first baffle 2 passes through
Bolted mode is connected with the bottom left of reaction chamber 1, and reaction mechanism 3 is provided with reaction chamber 1, be provided with the top of reaction chamber 1 into
Expect mechanism 4.
Reaction mechanism 3 includes the first bull stick 31, screw rod 32, puddler 33, first bearing seat 34, sealing ring 35 and rubber
Rubber cushion 36, two walls of the interior left and right of reaction chamber 1 are equipped with sealing ring 35, and the outer left and right sides of reaction chamber 1 is provided with first bearing seat 34, sealed
Circle 35 is connected with the first bull stick 31, the first bull stick 31 passes through sealing ring between first bearing seat 34 in first bearing seat 34
35, the right-hand member of the first bull stick 31 is provided with rubber blanket 36, and puddler 33 is uniformly provided with the first bull stick 31, and the first bull stick 31 is provided with spiral shell
Swing arm 32, puddler 33 and screw rod 32 are respectively positioned in reaction chamber 1.
Embodiment 3
A kind of adjustable uniform preparation facilities of rare earth oxalate, as shown in figs. 1-7, include reaction chamber 1, reaction mechanism 3,
Feeding mechanism 4 and first baffle 2, the bottom right of reaction chamber 1 are hingedly connected with first baffle 2, and the bottom left of first baffle 2 passes through
Bolted mode is connected with the bottom left of reaction chamber 1, and reaction mechanism 3 is provided with reaction chamber 1, be provided with the top of reaction chamber 1 into
Expect mechanism 4.
Reaction mechanism 3 includes the first bull stick 31, screw rod 32, puddler 33, first bearing seat 34, sealing ring 35 and rubber
Rubber cushion 36, two walls of the interior left and right of reaction chamber 1 are equipped with sealing ring 35, and the outer left and right sides of reaction chamber 1 is provided with first bearing seat 34, sealed
Circle 35 is connected with the first bull stick 31, the first bull stick 31 passes through sealing ring between first bearing seat 34 in first bearing seat 34
35, the right-hand member of the first bull stick 31 is provided with rubber blanket 36, and puddler 33 is uniformly provided with the first bull stick 31, and the first bull stick 31 is provided with spiral shell
Swing arm 32, puddler 33 and screw rod 32 are respectively positioned in reaction chamber 1.
Feeding mechanism 4 includes slide rail 41, sliding block 42, material feeding box 43, handle 46 and movable plate 47, and the top of reaction chamber 1 connects
Material feeding box 43 is connected to, the bottom even of material feeding box 43 is provided with first through hole 44, and the left and right sides of material feeding box 43 is connected with slide rail 41, slide rail
41 basal sliding formulas are connected with sliding block 42, and sliding block 42 coordinates with slide rail 41, and the bottom of sliding block 42 is connected with movable plate 47, movable plate 47
On be uniformly provided with the second through hole 45, the through hole 45 of first through hole 44 and second coordinates, and the top of the sliding block on right side 42 is connected with handle 46,
The bottom of sliding block 42 is connected with movable plate 47.
Embodiment 4
A kind of adjustable uniform preparation facilities of rare earth oxalate, as shown in figs. 1-7, include reaction chamber 1, reaction mechanism 3,
Feeding mechanism 4 and first baffle 2, the bottom right of reaction chamber 1 are hingedly connected with first baffle 2, and the bottom left of first baffle 2 passes through
Bolted mode is connected with the bottom left of reaction chamber 1, and reaction mechanism 3 is provided with reaction chamber 1, be provided with the top of reaction chamber 1 into
Expect mechanism 4.
Reaction mechanism 3 includes the first bull stick 31, screw rod 32, puddler 33, first bearing seat 34, sealing ring 35 and rubber
Rubber cushion 36, two walls of the interior left and right of reaction chamber 1 are equipped with sealing ring 35, and the outer left and right sides of reaction chamber 1 is provided with first bearing seat 34, sealed
Circle 35 is connected with the first bull stick 31, the first bull stick 31 passes through sealing ring between first bearing seat 34 in first bearing seat 34
35, the right-hand member of the first bull stick 31 is provided with rubber blanket 36, and puddler 33 is uniformly provided with the first bull stick 31, and the first bull stick 31 is provided with spiral shell
Swing arm 32, puddler 33 and screw rod 32 are respectively positioned in reaction chamber 1.
Feeding mechanism 4 includes slide rail 41, sliding block 42, material feeding box 43, handle 46 and movable plate 47, and the top of reaction chamber 1 connects
Material feeding box 43 is connected to, the bottom even of material feeding box 43 is provided with first through hole 44, and the left and right sides of material feeding box 43 is connected with slide rail 41, slide rail
41 basal sliding formulas are connected with sliding block 42, and sliding block 42 coordinates with slide rail 41, and the bottom of sliding block 42 is connected with movable plate 47, movable plate 47
On be uniformly provided with the second through hole 45, the through hole 45 of first through hole 44 and second coordinates, and the top of the sliding block on right side 42 is connected with handle 46,
The bottom of sliding block 42 is connected with movable plate 47.
Also include feed pipe 5, valve 6, cylinder 7 and stripper plate 8, stripper plate 8 is provided with material feeding box 43, stripper plate 8 is left
Side is connected with feed pipe 5, and the top of feed pipe 5 is provided with valve 6, and the top left side of material feeding box 43 is connected with cylinder 7, and cylinder 7 stretches
Bar is connected with stripper plate 8.
Also include 3rd bearing seat 9, gear 10, second bearing seat 11, the 3rd bull stick 12, worm gear 13, the second bull stick 14,
Rack 15 and worm screw 16, the right side of material feeding box 43 are provided with 3rd bearing seat 9, and 3rd bearing seat 9 is interior to be provided with the 3rd bull stick 12, the 3rd turn
Bar 12 is provided with worm gear 13, and worm gear 13 is located at the right side of material feeding box 43, and the right side of material feeding box 43 is provided with second bearing seat 11, second bearing
Seat 11 is connected with the second bull stick 14 in the lower section of 3rd bearing seat 9, second bearing seat 11, on the second bull stick 14 from front to back according to
Secondary to be connected with worm gear 13 and gear 10, worm gear 13 engages with worm screw 16, and the top of sliding block 42 is connected with rack 15, rack 15 and gear
10 engagements.
Also include torsionspring 17, second baffle 18, pole 19, steel wire rope 20, directive wheel 21 and fix bar 23, react
The top left side rear and front end of case 1 is equipped with torsionspring 17, is connected with second baffle 18 on torsionspring 17, in second baffle 18
The heart is provided with groove 22, and the right side rear and front end of second baffle 18 is connected with pole 19, steel wire rope 20, reaction chamber are connected with pole 19
1 top right side rear and front end is equipped with directive wheel 21, and the top right side of reaction chamber 1 is connected with fix bar 23, and fix bar 23, which is located at, to be led
To between wheel 21, steel wire rope 20 bypasses directive wheel 21, and the end of steel wire rope 20 is connected with fix bar 23.
Also include third baffle 24, check valve 25 and discharge nozzle 26, third baffle 24, third gear are provided with material feeding box 43
Plate 24 is located at the lower section of stripper plate 8, is uniformly provided with discharge nozzle 26 in third baffle 24, list is equipped with feed pipe 5 and discharge nozzle 26
To valve 25, discharge nozzle 26 is located at directly over first through hole 44.
The material of reaction chamber 1 is stainless steel.
Operation principle：When staff needs to prepare rare earth oxalate, first the ammonium binoxalate after dilution is added as a certain amount of
Enter into feeding mechanism 4, while rare earth is put into reaction mechanism 3, then control ammonium binoxalate to note by adjusting feeding mechanism 4
Enter amount, while reaction mechanism 3 is worked, ammonium binoxalate and rare earth will fully be reacted., can be to anti-after the completion of reaction
The rare earth oxalate prepared in mechanism 3 is answered to be collected, can be to control feeding mechanism 4 and reaction mechanism 3 multiple after the completion of work
Position.
Because reaction mechanism 3 includes the first bull stick 31, screw rod 32, puddler 33, first bearing seat 34, sealing ring 35
With rubber blanket 36, two walls of the interior left and right of reaction chamber 1 are equipped with sealing ring 35, and the outer left and right sides of reaction chamber 1 is provided with first bearing seat 34,
Sealing ring 35 is connected with the first bull stick 31 between first bearing seat 34 in first bearing seat 34, the first bull stick 31 passes through close
Seal 35, the right-hand member of the first bull stick 31 are provided with rubber blanket 36, puddler 33 are uniformly provided with the first bull stick 31, is set on the first bull stick 31
There is screw rod 32, puddler 33 and screw rod 32 are respectively positioned in reaction chamber 1.So after ammonium binoxalate mixes with rare earth, work
Personnel can be to rotate the first bull stick 31, and the first bull stick 31 drives screw rod 32 and puddler 33 to rotate, and in screw rod 32 and stirs
Under the collective effect for mixing bar 33 so that ammonium binoxalate is fully reacted with rare earth, and rubber blanket 36 can allow staff convenient
Use the first bull stick 31.After the completion of reaction, staff can be entered with opening first baffle 2 to reacted rare earth oxalate
Row is collected, and can reset reaction mechanism 3 after the completion of collection.
Because feeding mechanism 4 includes slide rail 41, sliding block 42, material feeding box 43, handle 46 and movable plate 47, on reaction chamber 1
Side is connected with material feeding box 43, and the bottom even of material feeding box 43 is provided with first through hole 44, and the left and right sides of material feeding box 43 is connected with slide rail 41,
The basal sliding formula of slide rail 41 is connected with sliding block 42, and sliding block 42 coordinates with slide rail 41, and the bottom of sliding block 42 is connected with movable plate 47, mobile
The second through hole 45 is uniformly provided with plate 47, the through hole 45 of first through hole 44 and second coordinates, and the top of sliding block 42 on right side is connected with handle
Hand 46, the bottom of sliding block 42 are connected with movable plate 47.So the injection rate of ammonium binoxalate dilution after needing to addition is entered
During row control, staff or so pull handle 46 so that movable plate 47 moves left and right, so as to change first through hole 44 and second
Spacing between through hole 45, and then control the purpose of ammonium binoxalate dilution injection rate.
Because also including feed pipe 5, valve 6, cylinder 7 and stripper plate 8, stripper plate 8, stripper plate are provided with material feeding box 43
8 left sides are connected with feed pipe 5, and the top of feed pipe 5 is provided with valve 6, and the top left side of material feeding box 43 is connected with cylinder 7, and cylinder 7 is stretched
Contracting bar is connected with stripper plate 8, so when needing to increase ammonium binoxalate dilution injection rate, valve 6 is first turned on, by oxalic acid
Hydrogen ammonium dilution is poured into by feed pipe 5.Subsequent staff controls the elongation of the expansion link of cylinder 7 so that stripper plate 8 is transported downwards
It is dynamic, and then extrude ammonium binoxalate dilution so that the injection rate of ammonium binoxalate dilution is accelerated.After all injecting,
Control cylinder 7 resets.
Because also include 3rd bearing seat 9, gear 10, second bearing seat 11, the 3rd bull stick 12,13, second turns of worm gear
Bar 14, rack 15 and worm screw 16, the right side of material feeding box 43 are provided with 3rd bearing seat 9, the 3rd bull stick 12 are provided with 3rd bearing seat 9,
3rd bull stick 12 is provided with worm gear 13, and worm gear 13 is located at the right side of material feeding box 43, and the right side of material feeding box 43 is provided with second bearing seat 11, the
Two bearing bracket 11 is located at the lower right-hand side of 3rd bearing seat 9, is connected with the second bull stick 14 in second bearing seat 11, on the second bull stick 14
It is connected with worm gear 13 and gear 10 in turn from front to back, worm gear 13 engages with worm screw 16, and the top of sliding block 42 is connected with rack 15, tooth
Bar 15 engages with gear 10, so when it is required that movable plate 47 moves, staff only needs to rotate the 3rd bull stick 12, the
Three bull sticks 12 drive worm screw 16 to rotate, and worm screw 16 drives worm gear 13 to rotate, and then is rotated with moving gear 10, and gear 10 is with carry-over bar
15 move left and right, and rack 15 moves left and right with movable slider 42, and then drive movable plate 47 to move left and right, so as to adjust first through hole
44 and second through hole 45 spacing, and then can accurately control the injection of ammonium binoxalate dilution.
Because also including torsionspring 17, second baffle 18, pole 19, steel wire rope 20, directive wheel 21 and fix bar 23,
The top left side rear and front end of reaction chamber 1 is equipped with torsionspring 17, and second baffle 18, second baffle are connected with torsionspring 17
18 centers are provided with groove 22, and the right side rear and front end of second baffle 18 is connected with pole 19, steel wire rope 20 is connected with pole 19, instead
The top right side rear and front end of case 1 is answered to be equipped with directive wheel 21, the top right side of reaction chamber 1 is connected with fix bar 23, fix bar 23
Between directive wheel 21, steel wire rope 20 bypasses directive wheel 21, and the end of steel wire rope 20 is connected with fix bar 23.So in order to prevent
Course of reaction mesoxalic acid hydrogen ammonium dilution is spilt, and staff can be to pull steel wire rope 20, and torsionspring 17 is twisted, and
Steel wire rope 20 to be fixed so that second baffle 18 closes up, and prevents spilling for ammonium binoxalate dilution, after reaction terminates, adjustment
The length of steel wire rope 20, and fixed by fix bar 23, torsionspring 17 drives second baffle 18 to reset.
Because also including third baffle 24, check valve 25 and discharge nozzle 26, third baffle 24 is provided with material feeding box 43, the
Three baffle plates 24 are located at the lower section of stripper plate 8, are uniformly provided with discharge nozzle 26 in third baffle 24, are all provided with feed pipe 5 and discharge nozzle 26
There is check valve 25, discharge nozzle 26 is located at directly over first through hole 44.So when needing to carry out auto feed, cylinder is controlled first
7 expansion links extend, and stripper plate 8 moves downward, when stripper plate 8 moves downward to a certain extent, the expansion link contracting of control cylinder 7
Short, now air pressure will diminish in material feeding box 43, and ammonium binoxalate dilution will be entered in material feeding box 43 by feed pipe 5, so as to
The effect of auto feed is reached.
Embodiment described above only expresses the preferred embodiment of the present invention, and its description is more specific and detailed, but simultaneously
Therefore the limitation to the scope of the claims of the present invention can not be interpreted as.It should be pointed out that for one of ordinary skill in the art
For, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these belong to this hair
Bright protection domain.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (6)
1. a kind of adjustable uniform preparation facilities of rare earth oxalate, it is characterised in that include reaction chamber（1）, reaction mechanism
（3）, feeding mechanism（4）And first baffle（2）, reaction chamber（1）Bottom right is hingedly connected with first baffle（2）, first baffle
（2）Bottom left by bolted connection with reaction chamber（1）Bottom left connects, reaction chamber（1）It is interior to be provided with reaction mechanism
（3）, reaction chamber（1）Top is provided with feeding mechanism（4）;Reaction mechanism（3）Include the first bull stick（31）, screw rod（32）, stir
Mix bar（33）, first bearing seat（34）, sealing ring（35）And rubber blanket（36）, reaction chamber（1）Two walls of interior left and right are equipped with sealing
Circle（35）, reaction chamber（1）The outer left and right sides is provided with first bearing seat（34）, sealing ring（35）Positioned at first bearing seat（34）It
Between, first bearing seat（34）Inside it is connected with the first bull stick（31）, the first bull stick（31）Through sealing ring（35）, the first bull stick（31）
Right-hand member is provided with rubber blanket（36）, the first bull stick（31）On be uniformly provided with puddler（33）, the first bull stick（31）It is provided with screw rod
（32）, puddler（33）And screw rod（32）It is respectively positioned on reaction chamber（1）It is interior;Feeding mechanism（4）Include slide rail（41）, sliding block
（42）, material feeding box（43）, handle（46）And movable plate（47）, reaction chamber（1）Top is connected with material feeding box（43）, material feeding box（43）
Bottom even is provided with first through hole（44）, material feeding box（43）The left and right sides is connected with slide rail（41）, slide rail（41）Basal sliding formula
It is connected with sliding block（42）, sliding block（42）With slide rail（41）Coordinate, sliding block（42）Bottom is connected with movable plate（47）, movable plate（47）
On be uniformly provided with the second through hole（45）, first through hole（44）With the second through hole（45）Coordinate, the sliding block on right side（42）Top connects
There is handle（46）, sliding block（42）Bottom and movable plate（47）Connection.
2. the adjustable uniform preparation facilities of a kind of rare earth oxalate according to claim 1, it is characterised in that also include
Feed pipe（5）, valve（6）, cylinder（7）And stripper plate（8）, material feeding box（43）It is interior to be provided with stripper plate（8）, stripper plate（8）Left side
It is connected with feed pipe（5）, feed pipe（5）Top is provided with valve（6）, material feeding box（43）Top left side is connected with cylinder（7）, cylinder
（7）Expansion link and stripper plate（8）Connection.
3. the adjustable uniform preparation facilities of a kind of rare earth oxalate according to claim 2, it is characterised in that also include
3rd bearing seat（9）, gear（10）, second bearing seat（11）, the 3rd bull stick（12）, worm gear（13）, the second bull stick（14）, rack
（15）And worm screw（16）, material feeding box（43）Right side is provided with 3rd bearing seat（9）, 3rd bearing seat（9）Inside it is provided with the 3rd bull stick
（12）, the 3rd bull stick（12）It is provided with worm gear（13）, worm gear（13）Positioned at material feeding box（43）Right side, material feeding box（43）Right side is provided with
Second bearing seat（11）, second bearing seat（11）Positioned at 3rd bearing seat（9）Lower section, second bearing seat（11）Inside it is connected with second
Bull stick（14）, the second bull stick（14）On be connected with worm gear in turn from front to back（13）And gear（10）, worm gear（13）With worm screw
（16）Engagement, sliding block（42）Top is connected with rack（15）, rack（15）With gear（10）Engagement.
4. the adjustable uniform preparation facilities of a kind of rare earth oxalate according to claim 3, it is characterised in that also include
Torsionspring（17）, second baffle（18）, pole（19）, steel wire rope（20）, directive wheel（21）And fix bar（23）, reaction chamber
（1）Top left side rear and front end is equipped with torsionspring（17）, torsionspring（17）On be connected with second baffle（18）, second gear
Plate（18）Center is provided with groove（22）, second baffle（18）Right side rear and front end is connected with pole（19）, pole（19）Upper connection
There is steel wire rope（20）, reaction chamber（1）Top right side rear and front end is equipped with directive wheel（21）, reaction chamber（1）Top right side connects
There is fix bar（23）, fix bar（23）Positioned at directive wheel（21）Between, steel wire rope（20）Around directive wheel（21）, steel wire rope（20）
End and fix bar（23）Connection.
5. the adjustable uniform preparation facilities of a kind of rare earth oxalate according to claim 4, it is characterised in that also include
Third baffle（24）, check valve（25）And discharge nozzle（26）, material feeding box（43）It is interior to be provided with third baffle（24）, third baffle（24）
Positioned at stripper plate（8）Lower section, third baffle（24）Inside it is uniformly provided with discharge nozzle（26）, feed pipe（5）And discharge nozzle（26）It is interior equal
Provided with check valve（25）, discharge nozzle（26）Positioned at first through hole（44）Surface.
A kind of 6. adjustable uniform preparation facilities of rare earth oxalate according to claim 5, it is characterised in that reaction chamber
（1）Material be stainless steel.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201720475418.7U CN206955923U (en) | 2017-05-02 | 2017-05-02 | A kind of adjustable uniform preparation facilities of rare earth oxalate |
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| CN201720475418.7U CN206955923U (en) | 2017-05-02 | 2017-05-02 | A kind of adjustable uniform preparation facilities of rare earth oxalate |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107328182A (en) * | 2017-06-27 | 2017-11-07 | 张文斌 | A kind of vegetable-pickling dries plate with vegetables |
-
2017
- 2017-05-02 CN CN201720475418.7U patent/CN206955923U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107328182A (en) * | 2017-06-27 | 2017-11-07 | 张文斌 | A kind of vegetable-pickling dries plate with vegetables |
| CN107328182B (en) * | 2017-06-27 | 2019-11-01 | 湖南创奇食品有限公司 | A kind of vegetable-pickling vegetables sunning plate |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20190821 Address after: 341000 Majutang Industrial Zone, Longnan Economic and Technological Development Zone, Ganzhou City, Jiangxi Province Patentee after: LONGNAN JINGLI NONFERROUS METAL CO., LTD. Address before: 325019 No. 1-1 Shiyuan Village, Fujiao Town, Lucheng District, Wenzhou City, Zhejiang Province Patentee before: Lin Jianwu |
|
| 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: 20180202 Termination date: 20200502 |