CN206587758U - A kind of medicine production reaction kettle device - Google Patents
A kind of medicine production reaction kettle device Download PDFInfo
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- CN206587758U CN206587758U CN201720298180.5U CN201720298180U CN206587758U CN 206587758 U CN206587758 U CN 206587758U CN 201720298180 U CN201720298180 U CN 201720298180U CN 206587758 U CN206587758 U CN 206587758U
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Abstract
The utility model is related to medical production equipment field, more particularly to a kind of medicine production reaction kettle device.A kind of medicine production reaction kettle device, including reactor body, reactor fixed mount, left feed arrangement, right feed arrangement, rotating driving device, transmission device, mixed stirring device, the reactor body is bolted on the inside of reactor fixed mount middle；The reactor fixed mount is made up of upper frame plate, light frame plate, lower frame plate, right frame plate, two left fix bars, two right fix bars, is welded to connect successively between upper frame plate, light frame plate, lower frame plate, right frame plate.The utility model is adjusted using the cylindrical common temperature to material hybrid reaction of temperature adjustment water tank temperature adjustment of reactor body interior mixed stirring device temperature adjustment and reactor body exterior, so that being heated or being cooled for material is uniform, it is easy to improve the mixed effect and mixing efficiency of mixed material.
Description
Technical field
The utility model is related to medical production equipment field, more particularly to a kind of medicine production reaction kettle device.
Background technology
Reactor is the key reaction mixing plant in Chemical Manufacture；Major function is material stirring is well mixed, changed
Learn reaction, dissolving, crystallization, heat transfer, cooling etc..Conventional reactor drives agitating shaft to rotate using mixer, makes in reactor
Liquid reach the effect stirred with the rotation of agitating shaft.But when needing heating, usually using external heater,
Close to reaction kettle body, reaction kettle body is heated, this mode of heating make it that reaction kettle body local temperature is higher, and other portions
Position temperature is relatively low, and the liquid reactants heating in reaction kettle body is uneven, reacts the inefficiency occurred.
Such as number of patent application is a kind of CN201620187545.2 medicine bioengineering stirred autoclave, the utility model
Disclose a kind of medicine bioengineering stirred autoclave, including reactor main body, lowering or hoisting gear and agitating shaft, the reactor main body
Top is provided with lowering or hoisting gear, and lowering or hoisting gear includes standpipe, leading screw, shaft coupling, connecting rod, feed screw nut, runner, hex nut and hand
Handle, the lower end of the standpipe is fixedly connected with the upper end of base, and leading screw is arranged in standpipe, and runner is arranged on the upper end of standpipe,
The upper end of leading screw is connected with runner, and the leading screw of runner upper end is provided with hex nut, and handle is arranged on runner, the pipe of standpipe
Elongated hole of the wall provided with axial direction, feed screw nut is connected with threads of lead screw, and one end of the connecting rod is fixedly connected with feed screw nut, even
The other end of bar is connected with shaft coupling, and shaft coupling is flexibly connected with agitating shaft；Material residual is few after the completion of the utility model reaction,
It is simple in construction, it is practical, it is easy to use, manpower and materials are saved, reaction effect is good.Utility model inside simultaneously is not provided with using
Heating or refrigerating plant in regulation temperature of charge, when temperature of charge needs regulation, it is necessary to using other heating or freeze
Equipment, is inconvenient, and the agitating device agitating mode of the stirred autoclave is more single so that the hybrid reaction effect of material
Rate is relatively low.
Utility model content
The purpose of this utility model is to provide a kind of medical production reaction kettle device, is mixed using reactor body interior
Agitating device temperature adjustment is adjusted with the cylindrical common temperature to material hybrid reaction of temperature adjustment water tank temperature adjustment of reactor body exterior
Section so that being heated or being cooled for material is uniform, and material is in charging, using the left discharge barrel of left feed arrangement interior lower end
Rotation, which is got rid of material and got rid of with the rotation of the right discharge barrel of right feed arrangement interior lower end, expects to be fed, and material can enter in fill process
The preliminary mixing of row, is conducive to improving material hybrid reaction efficiency and material hybrid reaction effect.
The purpose of this utility model is achieved through the following technical solutions：
A kind of medicine production reaction kettle device, including reactor body, reactor fixed mount, left feed arrangement, the right side enter
Expect device, rotating driving device, transmission device, mixed stirring device, the reactor body is bolted in reactor
In the middle of on the inside of fixed mount；The reactor fixed mount is by upper frame plate, light frame plate, lower frame plate, right frame plate, two left fix bars, two
The right fix bar of root is constituted, and is welded to connect successively between upper frame plate, light frame plate, lower frame plate, right frame plate；The upper frame plate right-hand member welding
Two left fix bars up and down, two left fix bar right-hand members are all bolted reactor body left end；The right frame plate left end
Two right fix bars above and below welding, two right fix bar left ends are all bolted reactor body right-hand member；
The left feed arrangement, right feed arrangement top all pass through upper frame plate, are arranged on by bolt on upper frame plate, Zuo Jin
Expect that device, right feed arrangement bottom all pass through reactor body top surface, be inserted into reactor body interior upper end；
The rotating driving device is by rotary drive motor, rotation driving axle, the first rotating wheel, the second rotating wheel, first
Axle bed composition is held, rotary drive motor bottom is bolted in lower frame plate top left hand, the connection of rotary drive motor upper end
The first rotating wheel is welded in rotation driving axle, rotation driving axle lower end, and the second rotating wheel, rotation driving are welded in rotation driving axle upper end
Axle bed is held in axle upper end connection first, and first holds axle bed is arranged on the left of upper frame plate bottom by bolt；
The transmission device holds axle bed, rotation driven axle by second, the 3rd holds axle bed, the 3rd rotating wheel, the 4th rotating wheel
Constitute, described second, which holds axle bed bottom, is bolted on the right side of lower frame plate top, and second holds axle bed top by rotating quilt
Axle bed is held in moving axis connection the 3rd, and the 3rd, which holds axle bed top, is bolted on the right side of upper frame plate bottom；The rotation driven axle
The 3rd rotating wheel is welded in lower end, and the 4th rotating wheel is welded in upper end；
The mixed stirring device is made up of agitating shaft, the 5th rotating wheel, the 6th rotating wheel, bearing, many agitating rollers, institute
State agitating shaft lower end and weld the 5th rotating wheel, the 6th rotating wheel from the bottom to top, agitating shaft upper end passes through reactor body bottom surface, stirred
Mix axle to be connected with reactor body underrun bearing, many stirrings are respectively welded in the axis body both sides of agitating shaft through reactor body
Roller；
First rotating wheel connects the 5th rotating wheel by transmission belt；Second rotating wheel connects left by transmission belt
Feed arrangement；6th rotating wheel connects the 3rd rotating wheel by transmission belt；4th rotating wheel is connected by transmission belt
Right feed arrangement.
The left feed arrangement is made up of left feed hopper, left conveying pipeline, left bearing, left discharge barrel, left-handed runner, the left side
Feed hopper top all passes through upper frame plate, is arranged on by bolt on upper frame plate, left feed hopper bottom is inserted into inside left conveying pipeline；
Left-handed runner is welded in the left conveying pipeline upper end, and left conveying pipeline middle-end is arranged on reactor body top surface left end by left bearing；
Left discharge barrel is welded in the left conveying pipeline lower end, and left discharge barrel is the cylindrical tube that cylinder face sets multiple circular discharge openings；Institute
State left-handed runner and the second rotating wheel is connected by transmission belt.
The right feed arrangement is made up of right feed hopper, right conveying pipeline, right bearing, right discharge barrel, dextrorotation runner, the right side
Feed hopper top all passes through upper frame plate, is arranged on by bolt on upper frame plate, right feed hopper bottom is inserted into inside right conveying pipeline；
The right conveying pipeline upper end welding dextrorotation runner, right conveying pipeline middle-end is arranged on reactor body top surface right-hand member by right bearing；
Right discharge barrel is welded in the right conveying pipeline lower end, and right discharge barrel is the cylindrical tube that cylinder face sets multiple circular discharge openings；Institute
State dextrorotation runner and the 4th rotating wheel is connected by transmission belt.
Reactor body outer end upper end welded bands on the left of the cylindrical temperature adjustment water tank of welding, cylindrical temperature adjustment water tank
There is outlet pipe of the lower end welding with water control valve on the right side of the water inlet pipe of water control valve, cylindrical temperature adjustment water tank.
The agitating shaft with being all hollow-core construction inside many agitating rollers, agitating shaft with being connected inside many agitating rollers,
Agitating shaft bottom sets water control valve.
The beneficial effects of the utility model：A kind of medicine production reaction kettle device of the present utility model, using reactor
The temperature adjustment of body interior mixed stirring device and the cylindrical temperature adjustment water tank temperature adjustment of reactor body exterior are common to material hybrid reaction
Temperature be adjusted so that material heated is cooled uniform, and material is in charging, using subordinate in left feed arrangement
The left discharge barrel rotation at end, which is got rid of material and got rid of with the rotation of the right discharge barrel of right feed arrangement interior lower end, expects to be fed, and material can be
Tentatively mixed in fill process, be conducive to improving material hybrid reaction efficiency and material hybrid reaction effect.
Brief description of the drawings
The utility model is described in more detail with specific implementation method below in conjunction with the accompanying drawings.
Fig. 1 is overall structure diagram of the present utility model；
Fig. 2 is the structural representation of the utility model internal-response kettle body；
Fig. 3 is the structural representation of the utility model internal-response kettle fixed mount；
Fig. 4 is the structural representation of left feed arrangement inside the utility model；
Fig. 5 is the structural representation of right feed arrangement inside the utility model；
Fig. 6 is the structural representation of the utility model internal rotating drive device；
Fig. 7 is the structural representation of the utility model internal transmission；
Fig. 8 is the structural representation of the utility model internal mix agitating device；
Fig. 9 is the structural representation of the utility model interior cylindrical temperature adjustment water tank；
Figure 10 is the utility model internal circuit diagram.
In figure：Reactor body 1；
Reactor fixed mount 2；Upper frame plate 2-1；Light frame plate 2-2；Lower frame plate 2-3；Right frame plate 2-4；Left fix bar 2-5；It is right
Fix bar 2-6；
Left feed arrangement 3；Left feed hopper 3-1；Left conveying pipeline 3-2；Left bearing 3-3；Left discharge barrel 3-4；Left-handed runner 3-
5；
Right feed arrangement 4；Right feed hopper 4-1；Right conveying pipeline 4-2；Right bearing 4-3；Right discharge barrel 4-4；Dextrorotation runner 4-
5；
Rotating driving device 5；Rotary drive motor 5-1；Rotation driving axle 5-2；First rotating wheel 5-3；Second rotating wheel
5-4；First holds axle bed 5-5；
Transmission device 6；Second holds axle bed 6-1；Rotate driven axle 6-2；3rd holds axle bed 6-3；3rd rotating wheel 6-4；The
Four rotating wheel 6-5；
Mixed stirring device 7；Agitating shaft 7-1；5th rotating wheel 7-2；6th rotating wheel 7-3；Bearing 7-4；Agitating roller 7-
5；Water control valve 7-6；
Cylindrical temperature adjustment water tank 8；Water inlet pipe 8-1；Outlet pipe 8-2.
Embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings.
Embodiment one：
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, a kind of medical production is filled with reactor
Put, including reactor body 1, reactor fixed mount 2, left feed arrangement 3, right feed arrangement 4, rotating driving device 5, transmission dress
6, mixed stirring device 7 is put, the reactor body 1 is bolted in the middle of the inner side of reactor fixed mount 2；The reaction
Kettle fixed mount 2 is by upper frame plate 2-1, light frame plate 2-2, lower frame plate 2-3, right frame plate 2-4, two left fix bar 2-5, two right fixations
Bar 2-6 is constituted, and is welded to connect successively between upper frame plate 2-1, light frame plate 2-2, lower frame plate 2-3, right frame plate 2-4；The upper frame plate
Two left fix bar 2-5 above and below the welding of 2-1 right-hand members, it is left that two left fix bar 2-5 right-hand members are all bolted reactor body 1
End；Two right fix bar 2-6 above and below the right frame plate 2-4 left ends welding, two right fix bar 2-6 left ends are all bolted
The right-hand member of reactor body 1；
The left feed arrangement 3, the top of right feed arrangement 4 all pass through upper frame plate 2-1, and upper frame plate 2- is arranged on by bolt
On 1, left feed arrangement 3, the bottom of right feed arrangement 4 all pass through the top surface of reactor body 1, are inserted on the inside of reactor body 1
End；
Embodiment two：
As shown in fig. 6, the rotating driving device 5 is by rotary drive motor 5-1, rotation driving axle 5-2, the first rotating wheel
5-3, the second rotating wheel 5-4, first hold axle bed 5-5 compositions, and rotary drive motor 5-1 bottoms are bolted in lower frame plate 2-
3 top left hands, rotary drive motor 5-1 upper ends connection rotation driving axle 5-2, rotation driving axle 5-2 lower ends welding first rotates
5-3 is taken turns, the second rotating wheel 5-4 is welded in rotation driving axle 5-2 upper ends, and axle bed 5-5 is held in rotation driving axle 5-2 upper ends connection first,
First holds axle bed 5-5 is arranged on the left of upper frame plate 2-1 bottoms by bolt；
Embodiment three：
As shown in fig. 7, the transmission device 6 holds axle bed 6-1, rotation driven axle 6-2 by second, the 3rd holds axle bed 6-3, the
Three rotating wheel 6-4, the 4th rotating wheel 6-5 are constituted, and described second, which holds axle bed 6-1 bottoms, is bolted on lower frame plate 2-3 tops
End right side, second holds axle bed 6-1 tops holds axle bed 6-3 by rotating driven axle 6-2 connections the 3rd, and the 3rd holds axle bed 6-3 tops
It is bolted on the right side of upper frame plate 2-1 bottoms；Weld the 3rd rotating wheel 6-4, upper end weldering in the rotation driven axle 6-2 lower ends
Meet the 4th rotating wheel 6-5；
Embodiment four：
As shown in figure 8, the mixed stirring device 7 is by agitating shaft 7-1, the 5th rotating wheel 7-2, the 6th rotating wheel 7-3, axle
Hold 7-4, many agitating roller 7-5 to constitute, the 5th rotating wheel 7-2, the 6th rotating wheel are welded in the agitating shaft 7-1 lower ends from the bottom to top
7-3, agitating shaft 7-1 upper end pass through the bottom surface of reactor body 1, and the agitating shaft 7-1 and underrun bearing 7-4 of reactor body 1 connects
Connect, many agitating roller 7-5 are respectively welded in the axis body both sides of agitating shaft 7-1 through reactor body 1；
The first rotating wheel 5-3 connects the 5th rotating wheel 7-2 by transmission belt；The second rotating wheel 5-4 is by passing
Dynamic band connects left feed arrangement 3；The 6th rotating wheel 7-3 connects the 3rd rotating wheel 6-4 by transmission belt；4th rotation
Wheel 6-5 connects right feed arrangement 4 by transmission belt.
Embodiment five：
As shown in figure 4, the left feed arrangement 3 is by left feed hopper 3-1, left conveying pipeline 3-2, left bearing 3-3, left discharge barrel
3-4, left-handed runner 3-5 are constituted, and the left feed hopper 3-1 tops all pass through upper frame plate 2-1, and upper frame plate 2- is arranged on by bolt
On 1, left feed hopper 3-1 bottoms are inserted into inside left conveying pipeline 3-2；Left-handed runner 3-5 is welded in the left conveying pipeline 3-2 upper ends,
Left conveying pipeline 3-2 middle-ends are arranged on the top surface left end of reactor body 1 by left bearing 3-3；The left conveying pipeline 3-2 lower ends welding
Left discharge barrel 3-4, left discharge barrel 3-4 are the cylindrical tube that cylinder face sets multiple circular discharge openings；The left-handed runner 3-5 leads to
Cross transmission belt and connect the second rotating wheel 5-4.
Embodiment six：
As shown in figure 5, the right feed arrangement 4 is by right feed hopper 4-1, right conveying pipeline 4-2, right bearing 4-3, right discharge barrel
4-4, dextrorotation runner 4-5 are constituted, and the right feed hopper 4-1 tops all pass through upper frame plate 2-1, and upper frame plate 2- is arranged on by bolt
On 1, right feed hopper 4-1 bottoms are inserted into inside right conveying pipeline 4-2；The right conveying pipeline 4-2 upper ends welding dextrorotation runner 4-5,
Right conveying pipeline 4-2 middle-ends are arranged on the top surface right-hand member of reactor body 1 by right bearing 4-3；The right conveying pipeline 4-2 lower ends welding
Right discharge barrel 4-4, right discharge barrel 4-4 are the cylindrical tube that cylinder face sets multiple circular discharge openings；The dextrorotation runner 4-5 leads to
Cross transmission belt and connect the 4th rotating wheel 6-5.
As shown in Fig. 1, Fig. 9, the outer end of reactor body 1 is around the cylindrical temperature adjustment water tank 8 of welding, cylindrical tempered water
Water inlet pipe 8-1 of the left side upper end of case 8 welding with water control valve, the cylindrical right side lower end of temperature adjustment water tank 8 welding carries water control valve
The outlet pipe 8-2 of door.
As shown in figure 8, be all hollow-core construction inside the agitating shaft 7-1 and many agitating roller 7-5, agitating shaft 7-1 with it is many
It is connected inside root agitating roller 7-5, agitating shaft 7-1 bottoms set water control valve 7-6.
A kind of medicine production of the present utility model, which is used, reacts kettle device, and its operation principle is：When in use, rotation is first turned on
Then different types of raw material are put into left feed arrangement 3, right charging and are filled by rotary drive motor 5-1 by rotary driving device 5
Put inside 4, raw material are spilt into reactor body 1 by left feed arrangement 3, right feed arrangement 4, raw material are fallen into mixed
When closing on agitating device 7, mixed, and when mixing, can be by surrounding weldering to the outer end of reactor body 1
Connect the inside of cylindrical temperature adjustment water tank 8 injection hot and cold water, to inside the agitating shaft 7-1 and many agitating roller 7-5 of mixed stirring device 7
Hot and cold water is injected to adjust the temperature of raw material mixing；
When in use, its operation principle is the rotating driving device 5：Rotary drive motor 5-1 drives rotation driving axle
5-2 rotation, the first rotating wheel 5-3, the second rotating wheel 5-4 rotation are driven by rotation driving axle 5-2；First rotating wheel 5-
3 connect the 5th rotating wheel 7-2 by transmission belt, drive the 5th rotating wheel 7-2 rotation；5th rotating wheel 7-2 drives mixing to stir
Mix the rotation of device 7, drive the 6th rotating wheel 7-3 rotation；6th rotating wheel 7-3 connects the 3rd rotating wheel 6- by transmission belt
4, drive the 3rd rotating wheel 6-4 rotation；3rd rotating wheel 6-4 drives the rotation of transmission device 6, drives the 4th rotating wheel 6-5
Rotation；4th rotating wheel 6-5 connects right feed arrangement 4 by transmission belt, drives the rotation of right feed arrangement 4；Second rotation
Wheel 5-4 connects left feed arrangement 3 by transmission belt, drives the rotation of left feed arrangement 3；
The left feed arrangement 3, right feed arrangement 4 structure is identical, the method for operation is identical, left conveying pipeline 3-2 upper ends weldering
Left-handed runner 3-5 is met, left-handed runner 3-5 connects the second rotating wheel 5-4 by transmission belt, under the second rotating wheel 5-4 drive
Rotation, when in use, raw material are put into left feed hopper 3-1 inside left feed arrangement 3, are entered to by left conveying pipeline 3-2
Inside left discharge barrel 3-4, raw material are entered to inside left discharge barrel 3-4, and left discharge barrel 3-4 is under left conveying pipeline 3-2 drive
Rotated, the multiple circular discharge openings set by left discharge barrel 3-4 faces carry out rotation bulk cargo, and left feed arrangement 3, the right side are entered
Device 4 is expected when carrying out rotation bulk cargo, and material is tentatively mixed；
The operation principle of the mixed stirring device 7 is：The 5th rotation on agitating shaft 7-1 inside mixed stirring device 7
Runner 7-2 is by transmission belt connection the first rotating wheel 5-3, and the first rotating wheel 5-3 drives agitating shaft 7-1 rotation, so as to drive
Agitating shaft 7-1 carries out Stirring, the agitating shaft through many agitating roller 7-5 that the axis body both sides of reactor body 1 are welded
It is all hollow-core construction inside 7-1 and many agitating roller 7-5, agitating shaft 7-1 can pass through with being connected inside many agitating roller 7-5
Temperature when material is mixed is adjusted with injecting cold water or hot water inside many agitating roller 7-5 to agitating shaft 7-1, when in use,
Can also be by the way that to the outer end of reactor body 1, injection cold water or hot water are adjusted inside the cylindrical temperature adjustment water tank 8 of welding
Temperature.
Certainly, described above is not limitation of the utility model, and the utility model is also not limited to the example above, this skill
The variations, modifications, additions or substitutions that the those of ordinary skill in art field is made in essential scope of the present utility model, also belong to
In protection domain of the present utility model.
Claims (5)
1. a kind of medicine production reaction kettle device, including reactor body (1), reactor fixed mount (2), left feed arrangement
(3), right feed arrangement (4), rotating driving device (5), transmission device (6), mixed stirring device (7), it is characterised in that：It is described
In the middle of reactor body (1) is bolted on the inside of reactor fixed mount (2)；The reactor fixed mount (2) is by restocking
Plate (2-1), light frame plate (2-2), lower frame plate (2-3), right frame plate (2-4), two left fix bars (2-5), two right fix bar (2-
6) constitute, be welded to connect successively between upper frame plate (2-1), light frame plate (2-2), lower frame plate (2-3), right frame plate (2-4)；On described
Two left fix bars (2-5) above and below the welding of frame plate (2-1) right-hand member, two left fix bar (2-5) right-hand members are all bolted instead
Answer kettle body (1) left end；Two right fix bars (2-6), two right fix bar (2- above and below right frame plate (2-4) the left end welding
6) left end is all bolted reactor body (1) right-hand member；
The left feed arrangement (3), right feed arrangement (4) top all pass through upper frame plate (2-1), and upper frame plate is arranged on by bolt
On (2-1), left feed arrangement (3), right feed arrangement (4) bottom all pass through reactor body (1) top surface, are inserted into reactor sheet
Body (1) inner upper end；
The rotating driving device (5) is by rotary drive motor (5-1), rotation driving axle (5-2), the first rotating wheel (5-3),
Two rotating wheels (5-4), first hold axle bed (5-5) composition, and rotary drive motor (5-1) bottom is bolted in lower frame plate
(2-3) top left hand, rotary drive motor (5-1) upper end connection rotation driving axle (5-2), the weldering of rotation driving axle (5-2) lower end
The first rotating wheel (5-3) is connect, the second rotating wheel (5-4), rotation driving axle (5-2) upper end are welded in rotation driving axle (5-2) upper end
Axle bed (5-5) is held in connection first, and first holds axle bed (5-5) is arranged on the left of upper frame plate (2-1) bottom by bolt；
The transmission device (6) by second hold axle bed (6-1), rotation driven axle (6-2), the 3rd hold axle bed (6-3), the 3rd rotation
Take turns (6-4), the 4th rotating wheel (6-5) to constitute, described second, which holds axle bed (6-1) bottom, is bolted at lower frame plate (2-3)
On the right side of top, second holds axle bed (6-1) top holds axle bed (6-3) by rotating driven axle (6-2) connection the 3rd, and the 3rd holds axle bed
(6-3) top is bolted on the right side of upper frame plate (2-1) bottom；Described rotation driven axle (6-2) lower end welding the 3rd is revolved
Weld the 4th rotating wheel (6-5) in runner (6-4), upper end；
The mixed stirring device (7) is by agitating shaft (7-1), the 5th rotating wheel (7-2), the 6th rotating wheel (7-3), bearing (7-
4), many agitating rollers (7-5) are constituted, and the 5th rotating wheel (7-2), the 6th rotation are welded in agitating shaft (7-1) lower end from the bottom to top
Runner (7-3), agitating shaft (7-1) upper end passes through reactor body (1) bottom surface, agitating shaft (7-1) and reactor body (1) bottom surface
Connected by bearing (7-4), many agitating roller (7- are respectively welded in the axis body both sides of agitating shaft (7-1) through reactor body (1)
5)；
First rotating wheel (5-3) connects the 5th rotating wheel (7-2) by transmission belt；Second rotating wheel (5-4) passes through
Transmission belt connects left feed arrangement (3)；6th rotating wheel (7-3) connects the 3rd rotating wheel (6-4) by transmission belt；It is described
4th rotating wheel (6-5) connects right feed arrangement (4) by transmission belt.
2. a kind of medicine production reaction kettle device according to claim 1, it is characterised in that：The left feed arrangement
(3) it is made up of left feed hopper (3-1), left conveying pipeline (3-2), left bearing (3-3), left discharge barrel (3-4), left-handed runner (3-5),
Left feed hopper (3-1) top all passes through upper frame plate (2-1), is arranged on by bolt on upper frame plate (2-1), left feed hopper
It is internal that (3-1) bottom is inserted into left conveying pipeline (3-2)；Left-handed runner (3-5) is welded in left conveying pipeline (3-2) upper end, left defeated
Expects pipe (3-2) middle-end is arranged on reactor body (1) top surface left end by left bearing (3-3)；Left conveying pipeline (3-2) lower end
Left discharge barrel (3-4) is welded, left discharge barrel (3-4) is the cylindrical tube that cylinder face sets multiple circular discharge openings；It is described left-handed
Runner (3-5) connects the second rotating wheel (5-4) by transmission belt.
3. a kind of medicine production reaction kettle device according to claim 1, it is characterised in that：The right feed arrangement
(4) it is made up of right feed hopper (4-1), right conveying pipeline (4-2), right bearing (4-3), right discharge barrel (4-4), dextrorotation runner (4-5),
Right feed hopper (4-1) top all passes through upper frame plate (2-1), is arranged on by bolt on upper frame plate (2-1), right feed hopper
It is internal that (4-1) bottom is inserted into right conveying pipeline (4-2)；Right conveying pipeline (4-2) the upper end welding dextrorotation runner (4-5) is right defeated
Expects pipe (4-2) middle-end is arranged on reactor body (1) top surface right-hand member by right bearing (4-3)；Right conveying pipeline (4-2) lower end
Right discharge barrel (4-4) is welded, right discharge barrel (4-4) is the cylindrical tube that cylinder face sets multiple circular discharge openings；The dextrorotation
Runner (4-5) connects the 4th rotating wheel (6-5) by transmission belt.
4. a kind of medicine production reaction kettle device according to claim 1, it is characterised in that：The reactor body
(1) outer end is welded with water control valve upper end on the left of the cylindrical temperature adjustment water tank (8) of welding, cylindrical temperature adjustment water tank (8)
Outlet pipe (8-2) of the lower end welding with water control valve on the right side of water inlet pipe (8-1), cylindrical temperature adjustment water tank (8).
5. a kind of medicine production reaction kettle device according to claim 1, it is characterised in that：The agitating shaft (7-1)
With being all hollow-core construction inside many agitating rollers (7-5), agitating shaft (7-1) inside many agitating rollers (7-5) with being connected, stirring
Axle (7-1) bottom sets water control valve (7-6).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720298180.5U CN206587758U (en) | 2017-03-25 | 2017-03-25 | A kind of medicine production reaction kettle device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720298180.5U CN206587758U (en) | 2017-03-25 | 2017-03-25 | A kind of medicine production reaction kettle device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206587758U true CN206587758U (en) | 2017-10-27 |
Family
ID=60122130
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720298180.5U Expired - Fee Related CN206587758U (en) | 2017-03-25 | 2017-03-25 | A kind of medicine production reaction kettle device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206587758U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110354718A (en) * | 2019-07-23 | 2019-10-22 | 史良玉 | A kind of water-repellent paint preparation system |
-
2017
- 2017-03-25 CN CN201720298180.5U patent/CN206587758U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110354718A (en) * | 2019-07-23 | 2019-10-22 | 史良玉 | A kind of water-repellent paint preparation system |
| CN110354718B (en) * | 2019-07-23 | 2021-07-23 | 浙江圆程建材科技有限公司 | Waterproof coating preparation system |
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| GR01 | Patent grant | ||
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20171027 Termination date: 20180325 |