CN207591854U - A kind of intermittent uniform feeding type chemical reactor - Google Patents
A kind of intermittent uniform feeding type chemical reactor Download PDFInfo
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- CN207591854U CN207591854U CN201721563967.6U CN201721563967U CN207591854U CN 207591854 U CN207591854 U CN 207591854U CN 201721563967 U CN201721563967 U CN 201721563967U CN 207591854 U CN207591854 U CN 207591854U
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Abstract
The utility model is related to a kind of chemical reactor more particularly to a kind of intermittent uniform feeding type chemical reactors.The technical problem to be solved by the present invention is to provide a kind of intermittent uniform feeding type chemical reactors.In order to solve the above-mentioned technical problem, the utility model provides such a intermittent uniform feeding type chemical reactor, includes first cylinder etc.；Intermittent feeder is provided with above uniform feeding device, feed hopper is located at the top of intermittent feeder, feed hopper is connected with intermittent feeder, and the upper end of discharge nozzle is connect with the middle part of the first cylinder body bottom by way of being welded to connect, and valve is equipped on discharge nozzle.A kind of intermittent uniform feeding type chemical reactor provided by the utility model, with uniform feeding device and intermittent feeder, when adding industrial chemicals, it can avoid the generation of blockage problem, it also is able to uniformly stir industrial chemicals, be conducive to improve quality, it is simple in structure, it is easy to operate.
Description
Technical field
The utility model is related to a kind of chemical reactor more particularly to a kind of intermittent uniform feeding type chemical reactors.
Background technology
The relationship of the mankind and chemical industry is very close, spreads to the every aspect of life.In the modern life, almost at any time with
Ground all be unable to do without chemical products, from material lifes such as food, clothing, housing and transportation to the cultural lives such as culture and arts, amusement, being required for
Chemical product services for it.Some chemical products play epoch-making important function in human development history.Their production and
Using in addition represent certain historical stage of human civilization；Chemical industry, chemical engineering, chemical technology are all referred to as chemical industry.
Chemical industry includes petrochemical industry, chemurgy, chemical medicine, macromolecule, coating, grease etc..They come across different history
Period, connotation of having nothing in common with each other, but in close relations interpenetrate, and have continuity, and are endowed in its evolution new
Content.The life of mankind's early stage relies more heavily on the direct utilization to natural materials.The gradually proper property of these substances
It can not meet human wants, then produce various processing technologies, be purposefully changed into natural materials has consciously
The novel substance of multiple performance, and gradually put into effect in industrial scale.In a broad sense, it is all to change with chemical method
Become material composition or structure or synthesize novel substance, belong to chemical production technology, that is, chemical technology, resulting product
It is referred to as chemicals or chemical products.
The traditional structure of existing chemical reactor generally use, without uniform feeding device and intermittent feeder,
When adding industrial chemicals, not only easily block, and be easy to cause stirring it is uneven, seriously affect the matter of products made thereby
Amount, is unfavorable for the production and development of enterprise.
Utility model content
（1）Technical problems to be solved
The utility model fills for the structure for overcoming existing chemical reactor generally use traditional without uniform feeding
It puts and intermittent feeder, when adding industrial chemicals, not only easily blocks, and be easy to cause that stirring is non-uniform to be lacked
Point, the technical problem to be solved by the present invention is to provide a kind of intermittent uniform feeding type chemical reactors.
（2）Technical solution
In order to solve the above-mentioned technical problem, the utility model provides such a intermittent uniform feeding type chemical reaction
Device includes the first cylinder, uniform feeding device, intermittent feeder, feed hopper, discharge nozzle, valve, supporting leg, pedestal, stirs greatly
Mix plate and agitating shaft；Uniform feeding device is provided with above first cylinder, be provided with above uniform feeding device interval into
Expect device, feed hopper is located at the top of intermittent feeder, and feed hopper is connected with intermittent feeder, the upper end of discharge nozzle and
The middle part of first cylinder body bottom is connected by way of being welded to connect, and valve is equipped on discharge nozzle, and the both sides of discharge nozzle are left
Right symmetrical expression is provided with supporting leg, and the upper end of supporting leg is connect with the bottom of the first cylinder by way of being welded to connect, under supporting leg
End is connect with the top of pedestal by way of being welded to connect, and big agitating plate and agitating shaft are respectively positioned in the first cylinder, agitating shaft
Lower end connect by way of being welded to connect with the top of big agitating plate, feed inlet, agitating shaft are provided at the top of the first cylinder
It is extended upwardly in uniform feeding device by the feed inlet of the first cylinder, agitating shaft is connected with uniform feeding device.
Preferably, uniform feeding device includes the second cylinder, clutch shaft bearing, second bearing, the first rotary shaft, the first cone
Gear, the first belt pulley, second bevel gear, small agitating plate, 3rd bearing and connecting rod；The bottom of second cylinder is provided with discharging
Mouthful, the discharge port of the second cylinder is corresponding with the feed inlet of the first cylinder, and the bottom of the second cylinder and the top of the first cylinder lead to
It crosses the mode being welded to connect to connect, for clutch shaft bearing on the left side wall of the second cylinder, second bearing is embedded in the right side of the second cylinder
On side wall, the left part of the first rotary shaft is connected with clutch shaft bearing in a manner that interference is connect, the right part of the first rotary shaft and
Two bearings are connected by way of interference connection, and first bevel gear is connected with the first rotary shaft in a manner that interference is connect, the
One bevel gear is located in the second cylinder, and the right end of the first rotary shaft is connected with the first belt pulley in a manner that interference is connect, the
One belt pulley is located at the right side of the second cylinder, and second bevel gear is located at the lower section of first bevel gear, second bevel gear and the first cone
Gear is meshed, and the upper end of second bevel gear and agitating shaft is connected by way of interference connection, and small agitating plate is located at the second cone
The lower section of gear, the symmetrical formula in agitating shaft both sides are provided with small agitating plate, and small agitating plate and agitating shaft are by being welded to connect
Mode connects, and 3rd bearing is located at the lower section of small agitating plate, and 3rd bearing is connected with agitating shaft in a manner that interference is connect, the
The symmetrical formula in both sides of three bearings is provided with connecting rod, and 3rd bearing is connect with connecting rod by way of being welded to connect, small
Agitating plate, 3rd bearing and connecting rod are respectively positioned in the second cylinder, and connecting rod is connected with the second cylinder by way of being welded to connect
It connects.
Preferably, intermittent feeder include babinet, fourth bearing, electric rotating machine, the second rotary shaft, 5th bearing,
Feeding roller, the second belt pulley and flat belt；The bottom of babinet is connect with the top of the second cylinder by way of being welded to connect, case
The bottom of body is provided with discharge port, and the discharge port of babinet is corresponding with the feed inlet of the second cylinder, and fourth bearing is embedded in a left side for babinet
On side wall, on the right side wall of babinet, the right side wall of electric rotating machine and the left side wall of babinet are bolted 5th bearing
Mode connect, the right end of electric rotating machine output shaft is connect with the left end of the second rotary shaft by way of being welded to connect, second
The left end of rotary shaft is connected with fourth bearing in a manner that interference is connect, and right part and the 5th bearing of the second rotary shaft passed through
The mode of connection of being full of connects, and feeding roller is located in babinet, and feeding roller is sleeved in the second rotary shaft, and feeding roller is set with the second rotary shaft
It being set to and is fixedly connected, several wave shape grooves are provided on the outer circle wall of feeding roller, the second belt pulley is located at the right side of babinet,
Second belt pulley is connected with the right end of the second rotary shaft in a manner that interference is connect, and the second belt pulley passes through with the first belt pulley
Flat belt connects, and is welded with feed hopper at the top of babinet, feed hopper is connected with babinet.
Preferably, the first connecting plate, U-shaped material scraping plate, link block, pin rod, leaf spring, the second connecting plate and plate have been further included
Brush；First connecting plate, U-shaped material scraping plate, link block, pin rod, leaf spring, the second connecting plate and scrubbing brush are respectively positioned in the first cylinder, are stirred
Symmetrical expression is provided with the first connecting plate before and after mixing the both sides of axis, and the first connecting plate is set as being fixedly connected with agitating shaft, and first connects
Pre-and post perforative sliding slot is provided on fishplate bar, U-shaped material scraping plate is located between the first connecting plate of front and rear symmetrical setting, U-shaped scraper
Plate is set as being flexibly connected with the first connecting plate, and U-shaped material scraping plate matches with the first cylinder, and U-shaped material scraping plate is set with the first cylinder
Flexible connection is set to, link block is located between the first connecting plate of front and rear symmetrical setting, left side wall and the U-shaped scraper of link block
The right side wall of plate is connected by way of being welded to connect, and symmetrical expression is provided with pin rod before and after the both sides of link block, and pin rod is with connecting
Block is connected by way of being welded to connect, and pin rod slidingtype is located in the sliding slot of the first connecting plate, the right end and agitating shaft of leaf spring
Left side wall connected by way of being welded to connect, the left end of leaf spring is connect with link block by way of being welded to connect, second
The left side wall of connecting plate and the right side wall of agitating shaft are connected by way of being welded to connect, the right side wall and scrubbing brush of the second connecting plate
Left side wall connected by way of being welded to connect, scrubbing brush is located at the right side of big agitating plate, and scrubbing brush is set as living with the first cylinder
Dynamic connection.
Preferably, baffle, rewinding cylinder, pressing plate, guide rod, guide plate and spring have been further included；Baffle, pressing plate, is led at rewinding cylinder
Bar, guide plate and spring are respectively positioned between the supporting leg of symmetrical formula setting, pass through welding at the top of the bottom of baffle and pedestal
The mode of connection connects, and rewinding cylinder is located at the right side of baffle, and for rewinding cylinder with baffle plate setting to be flexibly connected, rewinding cylinder is placed on bottom
On seat, pressing plate is located at the right side of rewinding cylinder, and pressing plate is set as being flexibly connected with rewinding cylinder, the left end of guide rod and the right side wall of pressing plate
It is connected by way of being welded to connect, the perforative hole in left and right is provided on guide plate, guide rod is located in the hole of guide plate, guide plate
Bottom and the top of pedestal are connected by way of being welded to connect, and spring is between pressing plate and guide plate, and spring pocket is in guide rod
On, rewinding cylinder is located at the underface of discharge nozzle.
Operation principle：Because the utility model includes the first cylinder, uniform feeding device, intermittent feeder, charging
Bucket, discharge nozzle, valve, supporting leg, pedestal, big agitating plate and agitating shaft so when needing using the utility model, pass through first
Intermittent feeder conveys industrial chemicals, then uniform feeding device is driven to carry out blanking by intermittent feeder, and pass through
Industrial chemicals is added in the first cylinder by uniform feeding device, and passes through agitating shaft and big agitating plate is driven to carry out industrial chemicals
Stirring, after the completion of stirring, can open valve, be discharged by discharge nozzle, so as to intermittently uniformly to chemical industry original
Material is conveyed and is added, and hybrid reaction is uniform, avoids the generation of blockage problem.
Because uniform feeding device includes the second cylinder, clutch shaft bearing, second bearing, the first rotary shaft, the first cone tooth
Wheel, the first belt pulley, second bevel gear, small agitating plate, 3rd bearing and connecting rod, so when needing to use uniform feeding device
When, industrial chemicals is conveyed by intermittent feeder first, so as to which uniform feeding device be driven to work, so as to pass through first
Belt pulley drives the first rotary shaft to be rotated, and the first rotary shaft drives second bevel gear to be moved by first bevel gear,
Second bevel gear drives small agitating plate and agitating shaft to be moved, so as to carry out uniform blanking and uniform stirring to industrial chemicals.
Because intermittent feeder includes babinet, fourth bearing, electric rotating machine, the second rotary shaft, 5th bearing, feeding
The second belt pulley of roller and flat belt so when needing using intermittent feeder, are operated by starting electric rotating machine, are revolved
Rotating motor drives the second belt pulley to be moved by the second rotary shaft, so as to the first belt pulley be driven to be transported by flat belt
It is dynamic, so as to which the first rotary shaft be driven to be moved, so as to second bevel gear be driven to be moved by first bevel gear, so as to band
Dynamic agitating shaft is moved, while feeding roller can also be driven to be rotated, and the waveform that industrial chemicals drops into feeding roller is recessed
In slot, by electric rotating machine, driven so as to which the industrial chemicals in the wave shape groove of feeding roller will be dropped into the second cylinder
It is interior, so as to realize intermittent feeding.
Because the first connecting plate, U-shaped material scraping plate, link block, pin rod, leaf spring, the second connecting plate and scrubbing brush, institute are further included
It is operated with starting electric rotating machine, electric rotating machine drives the second belt pulley to be moved by the second rotary shaft, so as to pass through
Flat belt drives the first belt pulley to be moved, so as to which the first rotary shaft be driven to be moved, so as to pass through first bevel gear band
Dynamic second bevel gear is moved, so as to which agitating shaft be driven to be moved, so as to which U-shaped material scraping plate and scrubbing brush be driven to be moved,
So as to the industrial chemicals adhered on the first cylinder inboard wall be wiped off, while the inner wall of the first cylinder is cleaned by scrubbing brush,
So as to clear up the first cylinder.
Because baffle, rewinding cylinder, pressing plate, guide rod, guide plate and spring are further included, it is possible to be placed into rewinding cylinder
Between baffle and pressing plate, pressing plate is tightly pressed against by spring on rewinding cylinder, and rewinding cylinder is securely fixed, and then opens valve
Door, by discharge nozzle to rewinding cylinder discharge.
（3）Advantageous effect
A kind of intermittent uniform feeding type chemical reactor provided by the utility model, have uniform feeding device and
It has a rest feed arrangement, when adding industrial chemicals, the generation of blockage problem can be avoided, additionally it is possible to industrial chemicals be carried out uniform
Stirring is conducive to improve quality, and simple in structure, easy to operate, repair easy to maintain, maintenance and repair is at low cost, easily production system
It makes, manufacturing cost is low, is conducive to the production and development of enterprise.
Description of the drawings
Fig. 1 is the main view schematic diagram of the utility model.
Fig. 2 is the front sectional view structure diagram of second cylinder of the utility model.
Fig. 3 is the three-dimensional figure structure schematic representation of the feeding roller of the utility model.
Fig. 4 is the main view schematic diagram of the U-shaped material scraping plate of the utility model.
Fig. 5 is the main view schematic diagram of the rewinding cylinder of the utility model.
Label in attached drawing for：The first cylinders of 1-, 2- uniform feeding devices, 3- intermittent feeders, 4- feed hoppers, 5- go out
Expects pipe, 6- valves, 7- supporting legs, 8- pedestals, the big agitating plates of 9-, 10- agitating shafts, the second cylinders of 21-, 22- clutch shaft bearings, 23-
Two bearings, the first rotary shafts of 24-, 25- first bevel gears, the first belt pulleys of 26-, 27- second bevel gears, the small agitating plates of 28-,
29- 3rd bearings, 30- connecting rods, 31- babinets, 32- fourth bearings, 33- electric rotating machines, the second rotary shafts of 34-, the 5th axis of 35-
It holds, 36- feeding rollers, the second belt pulleys of 37-, 38- flat belts, the first connecting plates of 41-, 42-U shape material scraping plates, 43- link blocks, 44-
Pin rod, 45- leaf springs, the second connecting plates of 46-, 47- scrubbing brushes, 51- baffles, 52- rewinding cylinders, 53- pressing plates, 54- guide rods, 55- are oriented to
Plate, 56- springs, 360- wave shape grooves, 410- sliding slots.
Specific embodiment
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
A kind of intermittent uniform feeding type chemical reactor as shown in Figs. 1-5, includes the first cylinder 1, uniform feeding dress
Put 2, intermittent feeder 3, feed hopper 4, discharge nozzle 5, valve 6, supporting leg 7, pedestal 8, big agitating plate 9 and agitating shaft 10；First
The top of cylinder 1 is provided with uniform feeding device 2, and the top of uniform feeding device 2 is provided with intermittent feeder 3, feed hopper 4
Positioned at the top of intermittent feeder 3, feed hopper 4 is connected with intermittent feeder 3, the upper end of discharge nozzle 5 and the first cylinder 1
The middle part of bottom is connected by way of being welded to connect, and valve 6 is equipped on discharge nozzle 5, and the both sides of discharge nozzle 5 are symmetrical
Formula is provided with supporting leg 7, and the upper end of supporting leg 7 is connect with the bottom of the first cylinder 1 by way of being welded to connect, the lower end of supporting leg 7
It is connect by way of being welded to connect with the top of pedestal 8, big agitating plate 9 and agitating shaft 10 are respectively positioned in the first cylinder 1, stirring
The lower end of axis 10 is connect with the top of big agitating plate 9 by way of being welded to connect, and the top of the first cylinder 1 is provided with feed inlet,
Agitating shaft 10 is extended upwardly to by the feed inlet of the first cylinder 1 in uniform feeding device 2, agitating shaft 10 and uniform feeding device
2 are connected.
Embodiment 2
A kind of intermittent uniform feeding type chemical reactor as shown in Figs. 1-5, includes the first cylinder 1, uniform feeding dress
Put 2, intermittent feeder 3, feed hopper 4, discharge nozzle 5, valve 6, supporting leg 7, pedestal 8, big agitating plate 9 and agitating shaft 10；First
The top of cylinder 1 is provided with uniform feeding device 2, and the top of uniform feeding device 2 is provided with intermittent feeder 3, feed hopper 4
Positioned at the top of intermittent feeder 3, feed hopper 4 is connected with intermittent feeder 3, the upper end of discharge nozzle 5 and the first cylinder 1
The middle part of bottom is connected by way of being welded to connect, and valve 6 is equipped on discharge nozzle 5, and the both sides of discharge nozzle 5 are symmetrical
Formula is provided with supporting leg 7, and the upper end of supporting leg 7 is connect with the bottom of the first cylinder 1 by way of being welded to connect, the lower end of supporting leg 7
It is connect by way of being welded to connect with the top of pedestal 8, big agitating plate 9 and agitating shaft 10 are respectively positioned in the first cylinder 1, stirring
The lower end of axis 10 is connect with the top of big agitating plate 9 by way of being welded to connect, and the top of the first cylinder 1 is provided with feed inlet,
Agitating shaft 10 is extended upwardly to by the feed inlet of the first cylinder 1 in uniform feeding device 2, agitating shaft 10 and uniform feeding device
2 are connected.
Uniform feeding device 2 includes the second cylinder 21, clutch shaft bearing 22, second bearing 23, the first rotary shaft 24, first
Bevel gear 25, the first belt pulley 26, second bevel gear 27, small agitating plate 28,3rd bearing 29 and connecting rod 30；Second cylinder 21
Bottom be provided with discharge port, the discharge port of the second cylinder 21 is corresponding with the feed inlet of the first cylinder 1, the bottom of the second cylinder 21
It being connect by way of being welded to connect with the top of the first cylinder 1, clutch shaft bearing 22 is embedded on the left side wall of the second cylinder 21, the
Two bearings 23 on the right side wall of the second cylinder 21, what the left part of the first rotary shaft 24 was connect with clutch shaft bearing 22 by interference
Mode connects, and the right part of the first rotary shaft 24 is connected with second bearing 23 in a manner that interference is connect, first bevel gear 25 with
First rotary shaft 24 is connected by way of interference connection, and first bevel gear 25 is located in the second cylinder 21, the first rotary shaft 24
Right end connected in a manner that interference is connect with the first belt pulley 26, the first belt pulley 26 is located at the right side of the second cylinder 21,
Second bevel gear 27 is located at the lower section of first bevel gear 25, and second bevel gear 27 is meshed with first bevel gear 25, the second cone tooth
Wheel 27 is connected with the upper end of agitating shaft 10 in a manner that interference is connect, and small agitating plate 28 is located at the lower section of second bevel gear 27,
The symmetrical formula in 10 both sides of agitating shaft is provided with small agitating plate 28, and small agitating plate 28 is with agitating shaft 10 by way of being welded to connect
Connection, 3rd bearing 29 are located at the lower section of small agitating plate 28, and 3rd bearing 29 connects with agitating shaft 10 in a manner that interference is connect
It connects, the symmetrical formula in both sides of 3rd bearing 29 is provided with connecting rod 30, and 3rd bearing 29 is with connecting rod 30 by being welded to connect
Mode connect, small agitating plate 28,3rd bearing 29 and connecting rod 30 are respectively positioned in the second cylinder 21, connecting rod 30 and second
Body 21 is connected by way of being welded to connect.
Embodiment 3
A kind of intermittent uniform feeding type chemical reactor as shown in Figs. 1-5, includes the first cylinder 1, uniform feeding dress
Put 2, intermittent feeder 3, feed hopper 4, discharge nozzle 5, valve 6, supporting leg 7, pedestal 8, big agitating plate 9 and agitating shaft 10；First
The top of cylinder 1 is provided with uniform feeding device 2, and the top of uniform feeding device 2 is provided with intermittent feeder 3, feed hopper 4
Positioned at the top of intermittent feeder 3, feed hopper 4 is connected with intermittent feeder 3, the upper end of discharge nozzle 5 and the first cylinder 1
The middle part of bottom is connected by way of being welded to connect, and valve 6 is equipped on discharge nozzle 5, and the both sides of discharge nozzle 5 are symmetrical
Formula is provided with supporting leg 7, and the upper end of supporting leg 7 is connect with the bottom of the first cylinder 1 by way of being welded to connect, the lower end of supporting leg 7
It is connect by way of being welded to connect with the top of pedestal 8, big agitating plate 9 and agitating shaft 10 are respectively positioned in the first cylinder 1, stirring
The lower end of axis 10 is connect with the top of big agitating plate 9 by way of being welded to connect, and the top of the first cylinder 1 is provided with feed inlet,
Agitating shaft 10 is extended upwardly to by the feed inlet of the first cylinder 1 in uniform feeding device 2, agitating shaft 10 and uniform feeding device
2 are connected.
Uniform feeding device 2 includes the second cylinder 21, clutch shaft bearing 22, second bearing 23, the first rotary shaft 24, first
Bevel gear 25, the first belt pulley 26, second bevel gear 27, small agitating plate 28,3rd bearing 29 and connecting rod 30；Second cylinder 21
Bottom be provided with discharge port, the discharge port of the second cylinder 21 is corresponding with the feed inlet of the first cylinder 1, the bottom of the second cylinder 21
It being connect by way of being welded to connect with the top of the first cylinder 1, clutch shaft bearing 22 is embedded on the left side wall of the second cylinder 21, the
Two bearings 23 on the right side wall of the second cylinder 21, what the left part of the first rotary shaft 24 was connect with clutch shaft bearing 22 by interference
Mode connects, and the right part of the first rotary shaft 24 is connected with second bearing 23 in a manner that interference is connect, first bevel gear 25 with
First rotary shaft 24 is connected by way of interference connection, and first bevel gear 25 is located in the second cylinder 21, the first rotary shaft 24
Right end connected in a manner that interference is connect with the first belt pulley 26, the first belt pulley 26 is located at the right side of the second cylinder 21,
Second bevel gear 27 is located at the lower section of first bevel gear 25, and second bevel gear 27 is meshed with first bevel gear 25, the second cone tooth
Wheel 27 is connected with the upper end of agitating shaft 10 in a manner that interference is connect, and small agitating plate 28 is located at the lower section of second bevel gear 27,
The symmetrical formula in 10 both sides of agitating shaft is provided with small agitating plate 28, and small agitating plate 28 is with agitating shaft 10 by way of being welded to connect
Connection, 3rd bearing 29 are located at the lower section of small agitating plate 28, and 3rd bearing 29 connects with agitating shaft 10 in a manner that interference is connect
It connects, the symmetrical formula in both sides of 3rd bearing 29 is provided with connecting rod 30, and 3rd bearing 29 is with connecting rod 30 by being welded to connect
Mode connect, small agitating plate 28,3rd bearing 29 and connecting rod 30 are respectively positioned in the second cylinder 21, connecting rod 30 and second
Body 21 is connected by way of being welded to connect.
Intermittent feeder 3 includes babinet 31, fourth bearing 32, electric rotating machine 33, the second rotary shaft 34,5th bearing
35th, feeding roller 36, the second belt pulley 37 and flat belt 38；The top of the bottom of babinet 31 and the second cylinder 21 is by being welded to connect
Mode connect, the bottom of babinet 31 is provided with discharge port, and the discharge port of babinet 31 is corresponding with the feed inlet of the second cylinder 21,
Four bearings 32 are on the left side wall of babinet 31, and 5th bearing 35 is on the right side wall of babinet 31, the right side of electric rotating machine 33
Wall is connect by bolted connection with the left side wall of babinet 31, the right end of 33 output shaft of electric rotating machine and the second rotary shaft 34
Left end connected by way of being welded to connect, the left end of the second rotary shaft 34 is with fourth bearing 32 in a manner that interference is connect
Connection, the right part of the second rotary shaft 34 are connected with 5th bearing 35 in a manner that interference is connect, and feeding roller 36 is located at babinet 31
Interior, feeding roller 36 is sleeved in the second rotary shaft 34, and feeding roller 36 is set as being fixedly connected with the second rotary shaft 34, feeding roller 36
Be provided with several wave shape grooves 360 on outer circle wall, the second belt pulley 37 is located at the right side of babinet 31, the second belt pulley 37 with
The right end of second rotary shaft 34 is connected by way of interference connection, and the second belt pulley 37 and the first belt pulley 26 pass through flat belt
38 connections, the top of babinet 31 are welded with feed hopper 4, and feed hopper 4 is connected with babinet 31.
Embodiment 4
A kind of intermittent uniform feeding type chemical reactor as shown in Figs. 1-5, includes the first cylinder 1, uniform feeding dress
Put 2, intermittent feeder 3, feed hopper 4, discharge nozzle 5, valve 6, supporting leg 7, pedestal 8, big agitating plate 9 and agitating shaft 10；First
The top of cylinder 1 is provided with uniform feeding device 2, and the top of uniform feeding device 2 is provided with intermittent feeder 3, feed hopper 4
Positioned at the top of intermittent feeder 3, feed hopper 4 is connected with intermittent feeder 3, the upper end of discharge nozzle 5 and the first cylinder 1
The middle part of bottom is connected by way of being welded to connect, and valve 6 is equipped on discharge nozzle 5, and the both sides of discharge nozzle 5 are symmetrical
Formula is provided with supporting leg 7, and the upper end of supporting leg 7 is connect with the bottom of the first cylinder 1 by way of being welded to connect, the lower end of supporting leg 7
It is connect by way of being welded to connect with the top of pedestal 8, big agitating plate 9 and agitating shaft 10 are respectively positioned in the first cylinder 1, stirring
The lower end of axis 10 is connect with the top of big agitating plate 9 by way of being welded to connect, and the top of the first cylinder 1 is provided with feed inlet,
Agitating shaft 10 is extended upwardly to by the feed inlet of the first cylinder 1 in uniform feeding device 2, agitating shaft 10 and uniform feeding device
2 are connected.
Uniform feeding device 2 includes the second cylinder 21, clutch shaft bearing 22, second bearing 23, the first rotary shaft 24, first
Bevel gear 25, the first belt pulley 26, second bevel gear 27, small agitating plate 28,3rd bearing 29 and connecting rod 30；Second cylinder 21
Bottom be provided with discharge port, the discharge port of the second cylinder 21 is corresponding with the feed inlet of the first cylinder 1, the bottom of the second cylinder 21
It being connect by way of being welded to connect with the top of the first cylinder 1, clutch shaft bearing 22 is embedded on the left side wall of the second cylinder 21, the
Two bearings 23 on the right side wall of the second cylinder 21, what the left part of the first rotary shaft 24 was connect with clutch shaft bearing 22 by interference
Mode connects, and the right part of the first rotary shaft 24 is connected with second bearing 23 in a manner that interference is connect, first bevel gear 25 with
First rotary shaft 24 is connected by way of interference connection, and first bevel gear 25 is located in the second cylinder 21, the first rotary shaft 24
Right end connected in a manner that interference is connect with the first belt pulley 26, the first belt pulley 26 is located at the right side of the second cylinder 21,
Second bevel gear 27 is located at the lower section of first bevel gear 25, and second bevel gear 27 is meshed with first bevel gear 25, the second cone tooth
Wheel 27 is connected with the upper end of agitating shaft 10 in a manner that interference is connect, and small agitating plate 28 is located at the lower section of second bevel gear 27,
The symmetrical formula in 10 both sides of agitating shaft is provided with small agitating plate 28, and small agitating plate 28 is with agitating shaft 10 by way of being welded to connect
Connection, 3rd bearing 29 are located at the lower section of small agitating plate 28, and 3rd bearing 29 connects with agitating shaft 10 in a manner that interference is connect
It connects, the symmetrical formula in both sides of 3rd bearing 29 is provided with connecting rod 30, and 3rd bearing 29 is with connecting rod 30 by being welded to connect
Mode connect, small agitating plate 28,3rd bearing 29 and connecting rod 30 are respectively positioned in the second cylinder 21, connecting rod 30 and second
Body 21 is connected by way of being welded to connect.
Intermittent feeder 3 includes babinet 31, fourth bearing 32, electric rotating machine 33, the second rotary shaft 34,5th bearing
35th, feeding roller 36, the second belt pulley 37 and flat belt 38；The top of the bottom of babinet 31 and the second cylinder 21 is by being welded to connect
Mode connect, the bottom of babinet 31 is provided with discharge port, and the discharge port of babinet 31 is corresponding with the feed inlet of the second cylinder 21,
Four bearings 32 are on the left side wall of babinet 31, and 5th bearing 35 is on the right side wall of babinet 31, the right side of electric rotating machine 33
Wall is connect by bolted connection with the left side wall of babinet 31, the right end of 33 output shaft of electric rotating machine and the second rotary shaft 34
Left end connected by way of being welded to connect, the left end of the second rotary shaft 34 is with fourth bearing 32 in a manner that interference is connect
Connection, the right part of the second rotary shaft 34 are connected with 5th bearing 35 in a manner that interference is connect, and feeding roller 36 is located at babinet 31
Interior, feeding roller 36 is sleeved in the second rotary shaft 34, and feeding roller 36 is set as being fixedly connected with the second rotary shaft 34, feeding roller 36
Be provided with several wave shape grooves 360 on outer circle wall, the second belt pulley 37 is located at the right side of babinet 31, the second belt pulley 37 with
The right end of second rotary shaft 34 is connected by way of interference connection, and the second belt pulley 37 and the first belt pulley 26 pass through flat belt
38 connections, the top of babinet 31 are welded with feed hopper 4, and feed hopper 4 is connected with babinet 31.
The first connecting plate 41, U-shaped material scraping plate 42, link block 43, pin rod 44, leaf spring 45, the second connecting plate 46 are further included
With scrubbing brush 47；First connecting plate 41, U-shaped material scraping plate 42, link block 43, pin rod 44, leaf spring 45, the second connecting plate 46 and scrubbing brush 47
It is respectively positioned in the first cylinder 1, symmetrical expression is provided with the first connecting plate 41 before and after the both sides of agitating shaft 10, and the first connecting plate 41 is with stirring
It mixes axis 10 to be set as being fixedly connected, pre-and post perforative sliding slot 410 is provided on the first connecting plate 41, U-shaped material scraping plate 42 is located at front and rear
Between first connecting plate 41 of symmetrical expression setting, U-shaped material scraping plate 42 is set as being flexibly connected with the first connecting plate 41, U-shaped scraper
Plate 42 matches with the first cylinder 1, and U-shaped material scraping plate 42 is set as being flexibly connected with the first cylinder 1, and it is front and rear right that link block 43 is located at
Between first connecting plate 41 of title formula setting, the left side wall of link block 43 is with the right side wall of U-shaped material scraping plate 42 by being welded to connect
Mode connect, symmetrical expression is provided with pin rod 44 before and after the both sides of link block 43, and pin rod 44 is with link block 43 by being welded to connect
Mode connect, 44 slidingtype of pin rod is located in the sliding slot 410 of the first connecting plate 41, the right end of leaf spring 45 and a left side for agitating shaft 10
Side wall is connected by way of being welded to connect, and the left end of leaf spring 45 is connect with link block 43 by way of being welded to connect, and second
The left side wall of connecting plate 46 is connect with the right side wall of agitating shaft 10 by way of being welded to connect, the right side wall of the second connecting plate 46
It is connect by way of being welded to connect with the left side wall of scrubbing brush 47, scrubbing brush 47 is located at the right side of big agitating plate 9, scrubbing brush 47 and first
Cylinder 1 is set as being flexibly connected.
Baffle 51, rewinding cylinder 52, pressing plate 53, guide rod 54, guide plate 55 and spring 56 are further included；Baffle 51, rewinding cylinder
52nd, pressing plate 53, guide rod 54, guide plate 55 and spring 56 are respectively positioned between the supporting leg 7 of symmetrical formula setting, the bottom of baffle 51
It is connect by way of being welded to connect with the top of pedestal 8, rewinding cylinder 52 is located at the right side of baffle 51, rewinding cylinder 52 and baffle 51
It is set as being flexibly connected, rewinding cylinder 52 is placed on pedestal 8, and pressing plate 53 is located at the right side of rewinding cylinder 52, pressing plate 53 and rewinding cylinder
52 are set as being flexibly connected, and the left end of guide rod 54 is connect with the right side wall of pressing plate 53 by way of being welded to connect, guide plate 55
On be provided with the perforative hole in left and right, guide rod 54 is located in the hole of guide plate 55, and the bottom of guide plate 55 and the top of pedestal 8 pass through weldering
The mode connect in succession connects, and between pressing plate 53 and guide plate 55, spring 56 is sleeved on guide rod 54 spring 56,52, rewinding cylinder
In the underface of discharge nozzle 5.
Operation principle：Because the utility model include the first cylinder 1, uniform feeding device 2, intermittent feeder 3, into
Hopper 4, discharge nozzle 5, valve 6, supporting leg 7, pedestal 8, big agitating plate 9 and agitating shaft 10, so when needing to use the utility model
When, first by intermittent feeder 3 convey industrial chemicals, then by intermittent feeder 3 drive uniform feeding device 2 into
Row blanking, and pass through uniform feeding device 2 and industrial chemicals is added in the first cylinder 1, and pass through agitating shaft 10 and drive and stir greatly
It mixes plate 9 to be stirred industrial chemicals, after the completion of stirring, valve 6 can be opened, discharged by discharge nozzle 5, so as to
Intermittently uniformly industrial chemicals is conveyed and be added, hybrid reaction is uniform, avoids the generation of blockage problem.
Because uniform feeding device 2 include the second cylinder 21, clutch shaft bearing 22, second bearing 23, the first rotary shaft 24,
First bevel gear 25, the first belt pulley 26, second bevel gear 27, small agitating plate 28,3rd bearing 29 and connecting rod 30, so working as
When needing using uniform feeding device 2, industrial chemicals is conveyed by intermittent feeder 3 first, so as to which uniform feeding be driven to fill
It puts 2 to work, so as to the first rotary shaft 24 be driven to be rotated by the first belt pulley 26, the first rotary shaft 24 passes through first
Bevel gear 25 drives second bevel gear 27 to be moved, and second bevel gear 27 drives small agitating plate 28 and agitating shaft 10 to be transported
It is dynamic, so as to carry out uniform blanking and uniform stirring to industrial chemicals.
Because intermittent feeder 3 includes babinet 31, fourth bearing 32, electric rotating machine 33, the second rotary shaft the 34, the 5th
Bearing 35,36 second belt pulley 37 of feeding roller and flat belt 38 so when needing using intermittent feeder 3, pass through startup
Electric rotating machine 33 is operated, and electric rotating machine 33 drives the second belt pulley 37 to be moved by the second rotary shaft 34, so as to logical
Crossing flat belt 38 drives the first belt pulley 26 to be moved, so as to which the first rotary shaft 24 be driven to be moved, so as to pass through first
Bevel gear 25 drives second bevel gear 27 to be moved, and so as to which agitating shaft 10 be driven to be moved, while can also drive feeding
Roller 36 is rotated, and industrial chemicals is dropped into the wave shape groove 360 of feeding roller 36, by electric rotating machine 33, thus will
It drops into the industrial chemicals in the wave shape groove 360 of feeding roller 36 to drive into the second cylinder 21, so as to realize interval
Charging.
Because it further includes the first connecting plate 41, U-shaped material scraping plate 42, link block 43, pin rod 44, leaf spring 45, second to connect
Plate 46 and scrubbing brush 47 are operated so starting electric rotating machine 33, and electric rotating machine 33 drives the second skin by the second rotary shaft 34
Belt wheel 37 is moved, so as to the first belt pulley 26 be driven to be moved by flat belt 38, so as to drive the first rotary shaft 24
It is moved, so as to second bevel gear 27 be driven to be moved by first bevel gear 25, so as to which agitating shaft 10 be driven to be transported
It is dynamic, so as to which U-shaped material scraping plate 42 and scrubbing brush 47 be driven to be moved, so as to which the industrial chemicals adhered on 1 inner wall of the first cylinder be scraped
Fall, while the inner wall of first cylinder 1 is cleaned by scrubbing brush 47, so as to clear up the first cylinder 1.
Because baffle 51, rewinding cylinder 52, pressing plate 53, guide rod 54, guide plate 55 and spring 56 are further included, it is possible to will
Rewinding cylinder 52 is placed between baffle 51 and pressing plate 53, and pressing plate 53 is tightly pressed against by spring 56 on rewinding cylinder 52, and by rewinding
Cylinder 52 securely fixes, and valve 6 is then opened, by discharge nozzle 5 to 52 discharge of rewinding cylinder.
Embodiment described above only expresses the preferred embodiment of the utility model, and description is more specific and detailed,
But it should not be interpreted as limiting the scope of the present invention.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 scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (5)
1. a kind of intermittent uniform feeding type chemical reactor, which is characterized in that include the first cylinder（1）, uniform feeding dress
It puts（2）, intermittent feeder（3）, feed hopper（4）, discharge nozzle（5）, valve（6）, supporting leg（7）, pedestal（8）, big agitating plate（9）
And agitating shaft（10）；First cylinder（1）Top be provided with uniform feeding device（2）, uniform feeding device（2）Top setting
There is intermittent feeder（3）, feed hopper（4）Positioned at intermittent feeder（3）Top, feed hopper（4）With intermittent feeder
（3）It is connected, discharge nozzle（5）Upper end and the first cylinder（1）The middle part of bottom is connected by way of being welded to connect, and is being discharged
Pipe（5）On valve is installed（6）, discharge nozzle（5）The symmetrical formula in both sides be provided with supporting leg（7）, supporting leg（7）Upper end and the
One cylinder（1）Bottom connected by way of being welded to connect, supporting leg（7）Lower end and pedestal（8）Top pass through weld connect
The mode connect connects, big agitating plate（9）And agitating shaft（10）It is respectively positioned on the first cylinder（1）It is interior, agitating shaft（10）Lower end with it is big
Agitating plate（9）Top connected by way of being welded to connect, the first cylinder（1）Top be provided with feed inlet, agitating shaft（10）
Pass through the first cylinder（1）Feed inlet extend upwardly to uniform feeding device（2）It is interior, agitating shaft（10）With uniform feeding device
（2）It is connected.
2. a kind of intermittent uniform feeding type chemical reactor according to claim 1, which is characterized in that uniform feeding fills
It puts（2）Include the second cylinder（21）, clutch shaft bearing（22）, second bearing（23）, the first rotary shaft（24）, first bevel gear
（25）, the first belt pulley（26）, second bevel gear（27）, small agitating plate（28）, 3rd bearing（29）And connecting rod（30）；Second
Cylinder（21）Bottom be provided with discharge port, the second cylinder（21）Discharge port and the first cylinder（1）Feed inlet it is corresponding, second
Cylinder（21）Bottom and the first cylinder（1）Top connected by way of being welded to connect, clutch shaft bearing（22）Embedded in second
Cylinder（21）Left side wall on, second bearing（23）Embedded in the second cylinder（21）Right side wall on, the first rotary shaft（24）A left side
Portion and clutch shaft bearing（22）It is connected by way of interference connection, the first rotary shaft（24）Right part and second bearing（23）Pass through
The mode of interference connection connects, first bevel gear（25）With the first rotary shaft（24）It is connected by way of interference connection, first
Bevel gear（25）Positioned at the second cylinder（21）It is interior, the first rotary shaft（24）Right end and the first belt pulley（26）It is connected by interference
Mode connect, the first belt pulley（26）Positioned at the second cylinder（21）Right side, second bevel gear（27）Positioned at first bevel gear
（25）Lower section, second bevel gear（27）With first bevel gear（25）It is meshed, second bevel gear（27）With agitating shaft（10）'s
Upper end is connected by way of interference connection, small agitating plate（28）Positioned at second bevel gear（27）Lower section, agitating shaft（10）Two
The symmetrical formula in side is provided with small agitating plate（28）, small agitating plate（28）With agitating shaft（10）Connected by way of being welded to connect
It connects, 3rd bearing（29）Positioned at small agitating plate（28）Lower section, 3rd bearing（29）With agitating shaft（10）It is connected by interference
Mode connects, 3rd bearing（29）The symmetrical formula in both sides be provided with connecting rod（30）, 3rd bearing（29）With connecting rod
（30）It is connected by way of being welded to connect, small agitating plate（28）, 3rd bearing（29）And connecting rod（30）It is respectively positioned on second
Body（21）It is interior, connecting rod（30）With the second cylinder（21）It is connected by way of being welded to connect.
3. a kind of intermittent uniform feeding type chemical reactor according to claim 2, which is characterized in that intermittent feeding fills
It puts（3）Include babinet（31）, fourth bearing（32）, electric rotating machine（33）, the second rotary shaft（34）, 5th bearing（35）, give
Expect roller（36）, the second belt pulley（37）And flat belt（38）；Babinet（31）Bottom and the second cylinder（21）Top pass through weldering
The mode connect in succession connects, babinet（31）Bottom be provided with discharge port, babinet（31）Discharge port and the second cylinder（21）Into
Material mouth is corresponding, fourth bearing（32）Embedded in babinet（31）Left side wall on, 5th bearing（35）Embedded in babinet（31）Right side
On wall, electric rotating machine（33）Right side wall and babinet（31）Left side wall connect by bolted connection, electric rotating machine
（33）The right end of output shaft and the second rotary shaft（34）Left end connected by way of being welded to connect, the second rotary shaft（34）'s
Left end and fourth bearing（32）It is connected by way of interference connection, the second rotary shaft（34）Right part and 5th bearing（35）It is logical
The mode of interference connection connects, feeding roller（36）Positioned at babinet（31）It is interior, feeding roller（36）It is sleeved on the second rotary shaft（34）On,
Feeding roller（36）With the second rotary shaft（34）It is set as being fixedly connected, feeding roller（36）Outer circle wall on be provided with several waves
Connected in star（360）, the second belt pulley（37）Positioned at babinet（31）Right side, the second belt pulley（37）With the second rotary shaft（34）'s
Right end is connected by way of interference connection, the second belt pulley（37）With the first belt pulley（26）Pass through flat belt（38）Connection,
Babinet（31）Top be welded with feed hopper（4）, feed hopper（4）With babinet（31）It is connected.
4. a kind of intermittent uniform feeding type chemical reactor according to claim 3, which is characterized in that further included
One connecting plate（41）, U-shaped material scraping plate（42）, link block（43）, pin rod（44）, leaf spring（45）, the second connecting plate（46）And scrubbing brush
（47）；First connecting plate（41）, U-shaped material scraping plate（42）, link block（43）, pin rod（44）, leaf spring（45）, the second connecting plate（46）
And scrubbing brush（47）It is respectively positioned on the first cylinder（1）It is interior, agitating shaft（10）Both sides before and after symmetrical expression be provided with the first connecting plate（41）,
First connecting plate（41）With agitating shaft（10）It is set as being fixedly connected, the first connecting plate（41）On be provided with pre-and post perforative sliding slot
（410）, U-shaped material scraping plate（42）Positioned at the first connecting plate of front and rear symmetrical setting（41）Between, U-shaped material scraping plate（42）With first
Connecting plate（41）It is set as being flexibly connected, U-shaped material scraping plate（42）With the first cylinder（1）Match, U-shaped material scraping plate（42）With first
Cylinder（1）It is set as being flexibly connected, link block（43）Positioned at the first connecting plate of front and rear symmetrical setting（41）Between, link block
（43）Left side wall and U-shaped material scraping plate（42）Right side wall connected by way of being welded to connect, link block（43）Both sides before
Symmetrical expression is provided with pin rod afterwards（44）, pin rod（44）With link block（43）It is connected by way of being welded to connect, pin rod（44）It is sliding
Dynamic formula is located at the first connecting plate（41）Sliding slot（410）It is interior, leaf spring（45）Right end and agitating shaft（10）Left side wall pass through weldering
The mode connect in succession connects, leaf spring（45）Left end and link block（43）It is connected by way of being welded to connect, the second connecting plate
（46）Left side wall and agitating shaft（10）Right side wall connected by way of being welded to connect, the second connecting plate（46）Right side wall
With scrubbing brush（47）Left side wall connected by way of being welded to connect, scrubbing brush（47）Positioned at big agitating plate（9）Right side, scrubbing brush
（47）With the first cylinder（1）It is set as being flexibly connected.
5. a kind of intermittent uniform feeding type chemical reactor according to claim 4, which is characterized in that further included gear
Plate（51）, rewinding cylinder（52）, pressing plate（53）, guide rod（54）, guide plate（55）And spring（56）；Baffle（51）, rewinding cylinder（52）、
Pressing plate（53）, guide rod（54）, guide plate（55）And spring（56）It is respectively positioned on the supporting leg of symmetrical formula setting（7）Between, baffle
（51）Bottom and pedestal（8）Top connected by way of being welded to connect, rewinding cylinder（52）Positioned at baffle（51）Right side,
Rewinding cylinder（52）With baffle（51）It is set as being flexibly connected, rewinding cylinder（52）It is placed on pedestal（8）On, pressing plate（53）Positioned at rewinding
Cylinder（52）Right side, pressing plate（53）With rewinding cylinder（52）It is set as being flexibly connected, guide rod（54）Left end and pressing plate（53）The right side
Side wall is connected by way of being welded to connect, guide plate（55）On be provided with the perforative hole in left and right, guide rod（54）Positioned at guide plate
（55）Hole in, guide plate（55）Bottom and pedestal（8）Top connected by way of being welded to connect, spring（56）It is located at
Pressing plate（53）And guide plate（55）Between, spring（56）It is sleeved on guide rod（54）On, rewinding cylinder（52）Positioned at discharge nozzle（5）Just under
Side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721563967.6U CN207591854U (en) | 2017-11-21 | 2017-11-21 | A kind of intermittent uniform feeding type chemical reactor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721563967.6U CN207591854U (en) | 2017-11-21 | 2017-11-21 | A kind of intermittent uniform feeding type chemical reactor |
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| Publication Number | Publication Date |
|---|---|
| CN207591854U true CN207591854U (en) | 2018-07-10 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201721563967.6U Expired - Fee Related CN207591854U (en) | 2017-11-21 | 2017-11-21 | A kind of intermittent uniform feeding type chemical reactor |
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108892217A (en) * | 2018-07-26 | 2018-11-27 | 钟秋荣 | A kind of coagulant interval delivery device of sewage treatment |
| CN108928902A (en) * | 2018-07-26 | 2018-12-04 | 刘平 | A kind of coagulant interval delivery device for sewage treatment |
| CN108950197A (en) * | 2018-08-08 | 2018-12-07 | 刘传会 | A kind of intermittent delivery feed liquid device for rare-earth precipitation |
| CN109126504A (en) * | 2018-09-19 | 2019-01-04 | 何键松 | A kind of uniform charging type mixing device for rare earth powder |
| CN109126541A (en) * | 2018-09-19 | 2019-01-04 | 曾爱玲 | A kind of interval charging type mixing device for rare earth powder |
| CN109317076A (en) * | 2018-11-06 | 2019-02-12 | 李斌宇 | Biological medicine process equipment |
| CN112277181A (en) * | 2020-09-02 | 2021-01-29 | 安徽丰运高分子材料有限公司 | Intermittent feeding internal mixer and working method thereof |
| CN117361725A (en) * | 2023-11-13 | 2024-01-09 | 郴州领能科技有限公司 | Lithiummica waste liquid recycling device |
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2017
- 2017-11-21 CN CN201721563967.6U patent/CN207591854U/en not_active Expired - Fee Related
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108892217A (en) * | 2018-07-26 | 2018-11-27 | 钟秋荣 | A kind of coagulant interval delivery device of sewage treatment |
| CN108928902A (en) * | 2018-07-26 | 2018-12-04 | 刘平 | A kind of coagulant interval delivery device for sewage treatment |
| CN108950197A (en) * | 2018-08-08 | 2018-12-07 | 刘传会 | A kind of intermittent delivery feed liquid device for rare-earth precipitation |
| CN109126504A (en) * | 2018-09-19 | 2019-01-04 | 何键松 | A kind of uniform charging type mixing device for rare earth powder |
| CN109126541A (en) * | 2018-09-19 | 2019-01-04 | 曾爱玲 | A kind of interval charging type mixing device for rare earth powder |
| CN109317076A (en) * | 2018-11-06 | 2019-02-12 | 李斌宇 | Biological medicine process equipment |
| CN112277181A (en) * | 2020-09-02 | 2021-01-29 | 安徽丰运高分子材料有限公司 | Intermittent feeding internal mixer and working method thereof |
| CN117361725A (en) * | 2023-11-13 | 2024-01-09 | 郴州领能科技有限公司 | Lithiummica waste liquid recycling device |
| CN117361725B (en) * | 2023-11-13 | 2024-04-16 | 郴州领能科技有限公司 | Lithiummica waste liquid recycling device |
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