CN206887251U - A kind of smelting wet metallurgy device - Google Patents
A kind of smelting wet metallurgy device Download PDFInfo
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- CN206887251U CN206887251U CN201720544765.0U CN201720544765U CN206887251U CN 206887251 U CN206887251 U CN 206887251U CN 201720544765 U CN201720544765 U CN 201720544765U CN 206887251 U CN206887251 U CN 206887251U
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Abstract
It the utility model is related to a kind of metallurgical plant, more particularly to a kind of smelting wet metallurgy device.The technical problems to be solved in the utility model, which is to provide one kind, can easily distinguish electrolytic solution and residue, the high smelting wet metallurgy device of efficiency.In order to solve the above-mentioned technical problem, the utility model provides such a smelting wet metallurgy device, includes bottom plate, the first collection frame, swing mechanism, the second collection frame, rabbling mechanism, fixed mechanism, feeding mechanism, the first valve, feed hopper, second valve etc.；Right side opening has the first groove at the top of bottom plate, the first collection frame is placed with the first groove, bottom plate top left side is provided with the second groove, and the second collection frame is placed with the second groove, and bottom plate crown center is provided with swing mechanism, and swing mechanism top is connected with rabbling mechanism.The utility model improves the efficiency of metal hydrometallurgy by rabbling mechanism, is swung by swing mechanism so that electrolytic solution and residue can be separated more easily.
Description
Technical field
It the utility model is related to a kind of metallurgical plant, more particularly to a kind of smelting wet metallurgy device.
Background technology
Smelting is a kind of refinement technique, refer to roasting, melting, electrolysis and use chemical agent the methods of in ore
METAL EXTRACTION come out；Certain composition in impurity contained in metal or increase metal is reduced, is smelt required metal.
Smelting is divided into pyrometallurgical smelting, wet underwater welding or electrochemical deposition, and wherein wet underwater welding is referred to as wet method in metallurgical process
It is metallurgical.This metallurgical process of hydrometallurgy is to use acid, alkali, the aqueous solution of salt, chemically the gold needed for extraction from ore
Belong to component, then produce metal with the various methods such as aqueous solution electrolysis.This method is mainly used in low one's own department or unit, infusibilized or micro mist shape
Ore.
Hydrometallurgy occupies critical role in the industry such as zinc, aluminium, copper, uranium, and current hydrometallurgy has efficiency
It is not high enough, the shortcomings that solution and inconvenient residue separation, therefore need research and development one kind badly and can easily distinguish electrolytic solution and residual
Slag, the high smelting wet metallurgy device of efficiency.
Utility model content
(1) technical problems to be solved
Efficiency is not high enough, and solution and residue separation be not square in order to overcome current hydrometallurgy to exist for the utility model
Just the shortcomings that, the technical problems to be solved in the utility model, which is to provide one kind, can easily distinguish electrolytic solution and residue, smelting
Refine the smelting wet metallurgy device of efficiency high.
(2) technical scheme
In order to solve the above-mentioned technical problem, the utility model provides such a smelting wet metallurgy device, including
There are bottom plate, the first collection frame, swing mechanism, the second collection frame, rabbling mechanism, fixed mechanism, feeding mechanism, the first valve, enter
Hopper, the second valve, drain pipe and stirring frame, bottom plate top right side opening have the first groove, the first collection are placed with the first groove
Frame, bottom plate top left side are provided with the second groove, and the second collection frame is placed with the second groove, and bottom plate crown center is provided with oscillating machine
Structure, swing mechanism top are connected with rabbling mechanism, and stirring frame is connected with the top of rabbling mechanism, and middle be provided with is fixed on the left of stirring frame
Mechanism, stirring arch left side are provided with feeding mechanism, are provided with feed hopper on the right side of stirring arch, feed hopper is provided with the first valve
Door, stirring frame right wall bottom are provided with drain pipe, and drain pipe is provided with the second valve.
Preferably, swing mechanism includes mounting seat, support bar, the first spring, electric pushrod and the first supporting plate, bottom plate
Crown center is from left to right sequentially provided with mounting seat, support bar and the first spring, and rotary type is connected with electric pushrod in mounting seat,
Electric pushrod, support bar and the first spring upper end are connected with the first supporting plate, support bar and the first supporting plate connected mode as hinge
Connect, be connected at the top of the first supporting plate with rabbling mechanism in succession.
Preferably, rabbling mechanism includes the second supporting plate, motor, rotating shaft, bearing block, web plate and stirring vane, and first
The left and right sides is mounted on the second supporting plate at the top of supporting plate, is connected at the top of the second supporting plate with stirring frame, the first supporting plate top
Motor is installed among portion, bearing block is provided among stirring frame bottom, rotating shaft is provided with bearing block, rotating shaft lower end connects with motor
Connect, rotating shaft top is connected with stirring vane, and stirring inframe bottom is provided with web plate.
Preferably, fixed mechanism includes the first slide rail, the first sliding block, second spring, L-type fix bar and first baffle,
The first slide rail is installed on the left of stirring frame, the first sliding block is connected with the first slide rail, the first slider bottom is connected with L-type and fixed
Bar, L-type fix bar right upper portion are connected with second spring, and second spring right-hand member is connected with stirring frame, stirs and opened among frame left wall
There is discharging opening, stirring frame left pivot movement formula is connected with first baffle, and first baffle is located at below the first slide rail, on the left of first baffle
Top is provided with the first jack, and L-type fix bar and the first jack coordinate.
Preferably, feeding mechanism includes second baffle, the 3rd spring, inserted link, the second sliding block and the second slide rail, stirs frame
Top left side is provided with charging aperture, and stirring arch central rotational formula is connected with second baffle, second is provided with the left of stirring arch
Jack, the second jack are located on the left of charging aperture, and through hole is provided with the left of second baffle, and stirring frame left upper portion is provided with the second cunning
Rail, slidingtype is connected with the second sliding block on the second slide rail, is connected with the 3rd spring on the right side of the second slider top, on the 3rd spring with
Second slide rail upper end is connected, and inserted link is connected with the left of the second slider top, and inserted link coordinates through through hole and the second jack.
Preferably, the material for stirring frame is stainless steel.
Preferably, the height of the first collection frame and the second collection frame is 0.5 meter.
Operation principle：When metallurgy needs to use hydrometallurgy, first open the first valve, by solution needed for hydrometallurgy from
Feed hopper pours into stirring inframe, then controls feeding mechanism to operate, it would be desirable to which the metal of smelting pours into stirring inframe, and now control is stirred
Mix mechanism to be stirred, when metal smelt is up to standard, control swing mechanism running, swing mechanism drives rabbling mechanism and stirring frame
Swing to the right, now open the second valve, electrolytic solution is poured into the first collection frame from drain pipe, then control swing mechanism band
Dynamic rabbling mechanism and stirring frame are swung to the left, are now controlled fixed mechanism running, will be smelted remaining residue and pour into the second collection
Inframe so that electrolytic solution and residue can be distinguished easily, improve efficiency.
Because swing mechanism includes mounting seat, support bar, the first spring, electric pushrod and the first supporting plate, base top
Mounting seat, support bar and the first spring are from left to right sequentially provided among portion, rotary type is connected with electric pushrod in mounting seat, electricity
Dynamic push rod, post upper are connected with the first supporting plate, are connected at the top of the first supporting plate with rabbling mechanism, when metal smelt is up to standard
When, control electric pushrod push up the first supporting plate, the first supporting plate is tilted to the right, the first supporting plate drive rabbling mechanism and
Stirring frame is tilted to the right, and electrolytic solution is all poured into the first collection frame, then controls electric pushrod the first supporting plate of pulling, and first
Supporting plate is tilted to the left, and the first supporting plate drives rabbling mechanism and stirring frame to be tilted to the left, and metallic residue all pours into the second receipts
Collect inframe so that electrolytic solution and metallic residue more easily discriminate, and the first spring improves the stability of the present apparatus.
Because rabbling mechanism includes the second supporting plate, motor, rotating shaft, bearing block, web plate and stirring vane, the first support
The left and right sides is mounted on the second supporting plate at the top of plate, is connected at the top of the second supporting plate with stirring frame, in the first supporting plate top
Between motor is installed, bearing block is provided among stirring frame bottom, rotating shaft, rotating shaft lower end and motor connection are provided with bearing block, turn
Axle top is connected with stirring vane, and stirring inframe bottom is provided with web plate, and when metal needs will smelt, controlled motor rotates, motor
Axis of rotation is driven, rotating shaft drives stirring vane to rotate, and stirring vane rotates in stirring inframe, improves metallurgical efficiency, web plate
Can not only barrier metal residue collided with stirring vane, also facilitate the separation of metallic residue and electrolytic solution.
Because fixed mechanism includes the first slide rail, the first sliding block, second spring, L-type fix bar and first baffle, stirring
The first slide rail is installed on the left of frame, the first sliding block is connected with the first slide rail, the first slider bottom is connected with L-type fix bar, L-type
Fix bar right upper portion is connected with second spring, and second spring right-hand member is connected with stirring frame, is stirred and is provided with discharging among frame left wall
Mouthful, stirring frame left pivot movement formula is connected with first baffle, and first baffle is located at below the first slide rail, and first baffle left upper portion is opened
Have the first jack, L-type fix bar and the first jack coordinate, when metallic residue needs to pour out, the first sliding block of control to left movement,
First sliding block drives L types fix bar to be separated to left movement, L-type fix bar stretching second spring, L-type fix bar with the first jack,
First baffle is rotated counterclockwise, metallic residue can is poured out from discharging opening, when metallic residue is all poured out, is rotated clockwise
First baffle, the power of the first sliding block is unclamped, because the elastic force of second spring acts on, second spring pulls L-type fix bar to transport to the right
Dynamic, L-type fix bar inserts the first jack and retightens first baffle.
Because feeding mechanism includes second baffle, the 3rd spring, inserted link, the second sliding block and the second slide rail, stirring frame top
Charging aperture is provided with the left of portion, stirring arch central rotational formula is connected with second baffle, and being provided with second on the left of stirring arch inserts
Hole, the second jack are located on the left of charging aperture, and through hole is provided with the left of second baffle, and stirring frame left upper portion is provided with the second slide rail,
Slidingtype is connected with the second sliding block on second slide rail, is connected with the 3rd spring on the right side of the second slider top, with the on the 3rd spring
Two slide rail upper ends are connected, and inserted link is connected with the left of the second slider top, and inserted link coordinates through through hole and the second jack, works as metal needs
When smelting, the second sliding block of control moves upwards, and the spring of the second ram extrusion the 3rd, the second sliding block drives inserted link to move upwards,
Inserted link is extracted from through hole and the second jack, rotates clockwise second baffle, it would be desirable to which the metal of smelting pours into stirring from charging aperture
Inframe, when the metal for needing to smelt all pours into stirring inframe, the power of the second sliding block is unclamped, because the elastic force of the 3rd spring is made
With the 3rd spring promotes the second sliding block to move downward, and the second sliding block drives inserted link to move downward, and inserted link is inserted through through hole and second
Hole, which coordinates, retightens second baffle.
Because the height of the first collection frame and the second collection frame is 0.5 meter so that the first collection frame and the second collection frame are removed
Fortune is got up more convenient.
Control mode of the present utility model is automatically controlled by controller, and the control circuit of controller passes through this area
Technical staff's simple programming can be achieved, belong to the common knowledge of this area, and the utility model is mainly used to protect machine
Tool device, so the utility model does not connect explaining in detail control mode with circuit.
(3) beneficial effect
The utility model improves the efficiency of metal hydrometallurgy by rabbling mechanism, is swung, made by swing mechanism
Obtaining electrolytic solution and residue can more easily separate.
Brief description of the drawings
Fig. 1 is main structure diagram of the present utility model.
Fig. 2 is the main structure diagram of the utility model swing mechanism.
Fig. 3 is the main structure diagram of the utility model rabbling mechanism.
Fig. 4 is the main structure diagram of the utility model fixed mechanism.
Fig. 5 is the main structure diagram of the utility model feeding mechanism.
Mark in accompanying drawing for：1- bottom plates, the grooves of 2- first, the collection frames of 3- first, 4- swing mechanisms, 41- mounting seats,
42- support bars, the springs of 43- first, 44- electric pushrods, the supporting plates of 45- first, the collection frames of 5- second, the grooves of 6- second, 7- are stirred
Mix mechanism, the supporting plates of 71- second, 72- motors, 73- rotating shafts, 74- bearing blocks, 75- web plates, 76- stirring vanes, 8- fixation machines
Structure, the slide rails of 81- first, the sliding blocks of 82- first, 83- second springs, 84-L type fix bars, the jacks of 85- first, 86- first baffles,
87- discharging openings, 9- feeding mechanisms, 91- second baffles, 92- charging apertures, 93- through holes, the springs of 94- the 3rd, 95- inserted links, 96-
Two sliding blocks, the slide rails of 97- second, the jacks of 98- second, the valves of 10- first, 11- feed hoppers, the valves of 12- second, 13- drain pipes,
14- stirs frame.
Embodiment
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
A kind of smelting wet metallurgy device, as Figure 1-5, include bottom plate 1, the first collection frame 3, swing mechanism 4,
Second collection frame 5, rabbling mechanism 7, fixed mechanism 8, feeding mechanism 9, the first valve 10, feed hopper 11, the second valve 12, go out
Liquid pipe 13 and stirring frame 14, the top right side of bottom plate 1 are provided with the first groove 2, the first collection frame 3, bottom plate 1 are placed with the first groove 2
Top left side is provided with the second groove 6, and the second collection frame 5 is placed with the second groove 6, and the crown center of bottom plate 1 is provided with swing mechanism
4, the top of swing mechanism 4 is connected with rabbling mechanism 7, and the top of rabbling mechanism 7 is connected with stirring frame 14, and the left side of stirring frame 14 is middle
Provided with fixed mechanism 8, the stirring top left side of frame 14 is provided with feeding mechanism 9, and the stirring top right side of frame 14 is provided with feed hopper 11, fed
Bucket 11 is provided with the first valve 10, and stirring frame 14 right wall bottom is provided with drain pipe 13, and drain pipe 13 is provided with the second valve 12.
Swing mechanism 4 includes mounting seat 41, support bar 42, the first spring 43, the supporting plate 45 of electric pushrod 44 and first,
The crown center of bottom plate 1 is from left to right sequentially provided with mounting seat 41, the spring 43 of support bar 42 and first, and rotary type connects in mounting seat 41
Electric pushrod 44 is connected to, electric pushrod 44, the upper end of 42 and first spring of support bar 43 are connected with the first supporting plate 45, support bar 42
With the connected mode of the first supporting plate 45 to be articulated and connected, the top of the first supporting plate 45 is connected with rabbling mechanism 7.
Rabbling mechanism 7 includes the second supporting plate 71, motor 72, rotating shaft 73, bearing block 74, web plate 75 and stirring vane
76, the top of the first supporting plate 45 left and right sides is mounted on the second supporting plate 71, and the top of the second supporting plate 71 connects with stirring frame 14
Connect, the crown center of the first supporting plate 45 is provided with motor 72, stirs and bearing block 74 is provided among the bottom of frame 14, in bearing block 74
Provided with rotating shaft 73, the lower end of rotating shaft 73 is connected with motor 72, and the top of rotating shaft 73 is connected with stirring vane 76, stirs bottom in frame 14
Provided with web plate 75.
Fixed mechanism 8 includes the first slide rail 81, the first sliding block 82, second spring 83, L-type fix bar 84 and first gear
Plate 86, the left side of stirring frame 14 are provided with the first slide rail 81, the first sliding block 82, the bottom of the first sliding block 82 are connected with the first slide rail 81
L-type fix bar 84 is connected with, the right upper portion of L-type fix bar 84 is connected with second spring 83, the right-hand member of second spring 83 and stirring frame
14 connections, stir and discharging opening 87 is provided among the left wall of frame 14, the stirring left pivot movement formula of frame 14 is connected with first baffle 86, first gear
Plate 86 is located at the lower section of the first slide rail 81, and the left upper portion of first baffle 86 is provided with the first jack 85, and L-type fix bar 84 and first is inserted
Hole 85 coordinates.
Feeding mechanism 9 includes second baffle 91, the 3rd spring 94, inserted link 95, the second sliding block 96 and the second slide rail 97, stirs
Mix the top left side of frame 14 and be provided with charging aperture 92, the stirring crown center rotary type of frame 14 is connected with second baffle 91, and stirring frame 14 pushes up
The second jack 98 is provided with the left of portion, the second jack 98 is located at the left side of charging aperture 92, and the left side of second baffle 91 is provided with through hole 93, stirred
Mix the left upper portion of frame 14 and second slide rail 97 is installed, slidingtype is connected with the second sliding block 96, the second sliding block 96 on the second slide rail 97
Top right side is connected with the 3rd spring 94, and the 3rd spring 94 is connected with the upper end of the second slide rail 97, and the top left side of the second sliding block 96 connects
Inserted link 95 is connected to, inserted link 95 coordinates through through hole 93 with the second jack 98.
The material for stirring frame 14 is stainless steel.
The height of first collection frame 3 and the second collection frame 5 is 0.5 meter.
Operation principle：When metallurgy needs to use hydrometallurgy, the first valve 10 is first opened, by solution needed for hydrometallurgy
Being poured into from feed hopper 11 in stirring frame 14, then control feeding mechanism 9 to operate, it would be desirable to the metal of smelting is poured into stirring frame 14,
Now control rabbling mechanism 7 is stirred, and when metal smelt is up to standard, control swing mechanism 4 operates, and swing mechanism 4 drives and stirred
Mix mechanism 7 and stirring frame 14 is swung to the right, now open the second valve 12, electrolytic solution is poured into the first collection from drain pipe 13
In frame 3, then control swing mechanism 4 to drive rabbling mechanism 7 and stirring frame 14 to swing to the left, now control fixed mechanism 8 to operate, will
Smelt remaining residue to pour into the second collection frame 5 so that electrolytic solution and residue can be distinguished easily, improve smelting effect
Rate.
Supported because swing mechanism 4 includes mounting seat 41, support bar 42, the first spring 43, electric pushrod 44 and first
Plate 45, the crown center of bottom plate 1 are from left to right sequentially provided with mounting seat 41, the spring 43 of support bar 42 and first, turned in mounting seat 41
Dynamic formula is connected with electric pushrod 44, and electric pushrod 44, the upper end of support bar 42 are connected with the first supporting plate 45, the first supporting plate 45
Top is connected with rabbling mechanism 7, and when metal smelt is up to standard, control electric pushrod 44 pushes up the first supporting plate 45, and first
Supporting plate 45 is tilted to the right, and the first supporting plate 45 drives rabbling mechanism 7 and stirring frame 14 to be tilted to the right, and electrolytic solution all pours into
In first collection frame 3, then electric pushrod 44 is controlled to pull the first supporting plate 45, the first supporting plate 45 is tilted to the left, the first support
Plate 45 drives rabbling mechanism 7 and stirring frame 14 to be tilted to the left, and metallic residue is all poured into the second collection frame 5 so that electrolysis is molten
Liquid and metallic residue more easily discriminate, and the first spring 43 improves the stability of the present apparatus.
Because rabbling mechanism 7 includes the second supporting plate 71, motor 72, rotating shaft 73, bearing block 74, web plate 75 and paddle
Piece 76, the top of the first supporting plate 45 left and right sides are mounted on the second supporting plate 71, the top of the second supporting plate 71 and stirring frame 14
Connection, the crown center of the first supporting plate 45 are provided with motor 72, stir and bearing block 74 is provided among the bottom of frame 14, in bearing block 74
Provided with rotating shaft 73, the lower end of rotating shaft 73 is connected with motor 72, and the top of rotating shaft 73 is connected with stirring vane 76, is stirred bottom in frame 14 and is set
There is web plate 75, when metal needs will smelt, controlled motor 72 rotates, and motor 72 drives rotating shaft 73 to rotate, and rotating shaft 73 drives stirring
Blade 76 rotates, and stirring vane 76 rotates in stirring frame 14, improves metallurgical efficiency, web plate 75 can not only barrier metal
Residue collides with stirring vane 76, also facilitates the separation of metallic residue and electrolytic solution.
Because fixed mechanism 8 includes the first slide rail 81, the first sliding block 82, second spring 83, L-type fix bar 84 and first
Baffle plate 86, the left side of stirring frame 14 are provided with the first slide rail 81, the first sliding block 82, the bottom of the first sliding block 82 are connected with the first slide rail 81
Portion is connected with L-type fix bar 84, and the right upper portion of L-type fix bar 84 is connected with second spring 83, the right-hand member of second spring 83 and stirring
Frame 14 connects, and stirs and is provided with discharging opening 87 among the left wall of frame 14, and the stirring left pivot movement formula of frame 14 is connected with first baffle 86, and first
Baffle plate 86 is located at the lower section of the first slide rail 81, and the left upper portion of first baffle 86 is provided with the first jack 85, and L-type fix bar 84 and first is inserted
Hole 85 coordinates, and when metallic residue needs to pour out, the first sliding block 82 of control drives L-type fix bar to left movement, the first sliding block 82
84 stretch second spring 83 to left movement, L-type fix bar 84, and L-type fix bar 84 is separated with the first jack 85, rotated counterclockwise
First baffle 86, metallic residue can are poured out from discharging opening 87, when metallic residue is all poured out, rotate clockwise first
Baffle plate 86, the power of the first sliding block 82 is unclamped, because the elastic force of second spring 83 acts on, second spring 83 pulls L-type fix bar 84
Move right, L-type fix bar 84 inserts the first jack 85 and retightens first baffle 86.
Because feeding mechanism 9 includes second baffle 91, the 3rd spring 94, inserted link 95, the second sliding block 96 and the second slide rail
97, the stirring top left side of frame 14 is provided with charging aperture 92, and the stirring crown center rotary type of frame 14 is connected with second baffle 91, stirs frame
14 top left sides are provided with the second jack 98, and the second jack 98 is located at the left side of charging aperture 92, and the left side of second baffle 91 is provided with through hole 93,
The stirring left upper portion of frame 14 is provided with the second slide rail 97, and slidingtype is connected with the second sliding block 96, the second sliding block on the second slide rail 97
96 top right sides are connected with the 3rd spring 94, and the 3rd spring 94 is connected with the upper end of the second slide rail 97, the top left side of the second sliding block 96
Inserted link 95 is connected with, inserted link 95 coordinates through through hole 93 with the second jack 98, when metal needs will smelt, controls the second sliding block 96
Motion upwards, the second sliding block 96 extrude the 3rd spring 94, and the second sliding block 96 drives inserted link 95 to move upwards, and inserted link 95 is from through hole
93 and second jack 98 extract, rotate clockwise second baffle 91, it would be desirable to which the metal of smelting pours into stirring frame from charging aperture 92
In 14, when the metal for needing to smelt all is poured into stirring frame 14, the power of the second sliding block 96 is unclamped, due to the bullet of the 3rd spring 94
Power acts on, and the 3rd spring 94 promotes the second sliding block 96 to move downward, and the second sliding block 96 drives inserted link 95 to move downward, inserted link 95
Coordinate through the jack 98 of through hole 93 and second and retighten second baffle 91.
Because the height of the first collection frame 3 and the second collection frame 5 is 0.5 meter so that the first collection frame 3 and the second collection frame
5 carryings are got up more convenient.
Control mode of the present utility model is automatically controlled by controller, and the control circuit of controller passes through this area
Technical staff's simple programming can be achieved, belong to the common knowledge of this area, and the utility model is mainly used to protect machine
Tool device, so the utility model does not connect explaining in detail control mode with circuit.
Embodiment described above only expresses preferred embodiment of the present utility model, and its description is more specific and detailed,
But therefore it can not be interpreted as the limitation to the utility model patent scope.It should be pointed out that for the common of this area
For technical staff, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these are all
Belong to the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (7)
1. a kind of smelting wet metallurgy device, it is characterised in that include bottom plate (1), the first collection frame (3), swing mechanism
(4), the second collection frame (5), rabbling mechanism (7), fixed mechanism (8), feeding mechanism (9), the first valve (10), feed hopper
(11), the second valve (12), drain pipe (13) and stirring frame (14), bottom plate (1) top right side are provided with the first groove (2), and first
The first collection frame (3) is placed with groove (2), bottom plate (1) top left side is provided with the second groove (6), and the is placed with the second groove (6)
Two collection frames (5), bottom plate (1) crown center are provided with swing mechanism (4), and swing mechanism (4) top is connected with rabbling mechanism
(7) stirring frame (14), is connected with the top of rabbling mechanism (7), stirring frame (14) is provided with fixed mechanism (8) among left side, stirs frame
(14) top left side is provided with feeding mechanism (9), and stirring frame (14) top right side is provided with feed hopper (11), and feed hopper (11) is provided with
First valve (10), stirring frame (14) right wall bottom are provided with drain pipe (13), and drain pipe (13) is provided with the second valve (12).
2. one kind smelting wet metallurgy device according to claim 1, it is characterised in that swing mechanism (4) includes
Mounting seat (41), support bar (42), the first spring (43), electric pushrod (44) and the first supporting plate (45), at the top of bottom plate (1) in
Between be from left to right sequentially provided with mounting seat (41), support bar (42) and the first spring (43), rotary type connection in mounting seat (41)
There is electric pushrod (44), electric pushrod (44), support bar (42) and the first spring (43) upper end are connected with the first supporting plate (45),
Support bar (42) is to be articulated and connected with the first supporting plate (45) connected mode, the first supporting plate (45) top and rabbling mechanism (7)
Connection.
3. one kind smelting wet metallurgy device according to claim 2, it is characterised in that rabbling mechanism (7) includes
Second supporting plate (71), motor (72), rotating shaft (73), bearing block (74), web plate (75) and stirring vane (76), the first supporting plate
(45) the top left and right sides is mounted on the second supporting plate (71), is connected at the top of the second supporting plate (71) with stirring frame (14), the
One supporting plate (45) crown center is provided with motor (72), and stirring is provided with bearing block (74), bearing block among frame (14) bottom
(74) rotating shaft (73) is provided with, rotating shaft (73) lower end is connected with motor (72), and rotating shaft (73) top is connected with stirring vane (76),
Stirring frame (14) interior bottom is provided with web plate (75).
4. one kind smelting wet metallurgy device according to claim 3, it is characterised in that fixed mechanism (8) includes
First slide rail (81), the first sliding block (82), second spring (83), L-type fix bar (84) and first baffle (86), stirring frame (14)
Left side is provided with the first slide rail (81), and the first sliding block (82), the connection of the first sliding block (82) bottom are connected with the first slide rail (81)
There is L-type fix bar (84), L-type fix bar (84) right upper portion is connected with second spring (83), and second spring (83) right-hand member is with stirring
Frame (14) connection is mixed, stirs and discharging opening (87) is provided among frame (14) left wall, stirring frame (14) left pivot movement formula is connected with first
Baffle plate (86), first baffle (86) are located at below the first slide rail (81), and first baffle (86) left upper portion is provided with the first jack
(85), L-type fix bar (84) and the first jack (85) coordinate.
5. one kind smelting wet metallurgy device according to claim 4, it is characterised in that feeding mechanism (9) includes
Second baffle (91), the 3rd spring (94), inserted link (95), the second sliding block (96) and the second slide rail (97), stirring frame (14) top
Left side is provided with charging aperture (92), and stirring frame (14) crown center rotary type is connected with second baffle (91), stirring frame (14) top
Left side is provided with the second jack (98), and the second jack (98) is located on the left of charging aperture (92), and through hole is provided with the left of second baffle (91)
(93), stirring frame (14) left upper portion is provided with the second slide rail (97), and slidingtype is connected with the second sliding block on the second slide rail (97)
(96), the second sliding block (96) top right side is connected with the 3rd spring (94), and the 3rd spring (94) connects with the second slide rail (97) upper end
Connect, the second sliding block (96) top left side is connected with inserted link (95), and inserted link (95) coordinates through through hole (93) and the second jack (98).
6. one kind smeltings wet metallurgy device according to claim 5, it is characterised in that the material for stirring frame (14) is
Stainless steel.
7. one kind smelting wet metallurgy device according to claim 6, it is characterised in that the first collection frame (3) and the
The height of two collection frames (5) is 0.5 meter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720544765.0U CN206887251U (en) | 2017-05-17 | 2017-05-17 | A kind of smelting wet metallurgy device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720544765.0U CN206887251U (en) | 2017-05-17 | 2017-05-17 | A kind of smelting wet metallurgy device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206887251U true CN206887251U (en) | 2018-01-16 |
Family
ID=61341088
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720544765.0U Expired - Fee Related CN206887251U (en) | 2017-05-17 | 2017-05-17 | A kind of smelting wet metallurgy device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109022677A (en) * | 2018-07-07 | 2018-12-18 | 齐贵臣 | A kind of steel and iron manufacturing molten iron preprocessing unit |
| CN111366694A (en) * | 2020-02-06 | 2020-07-03 | 河北泰斯汀检测技术服务有限公司 | Detection device and detection method for heavy metals in flour |
-
2017
- 2017-05-17 CN CN201720544765.0U patent/CN206887251U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109022677A (en) * | 2018-07-07 | 2018-12-18 | 齐贵臣 | A kind of steel and iron manufacturing molten iron preprocessing unit |
| CN111366694A (en) * | 2020-02-06 | 2020-07-03 | 河北泰斯汀检测技术服务有限公司 | Detection device and detection method for heavy metals in flour |
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