CN206444613U - A kind of uniform material spray formula reactor - Google Patents
A kind of uniform material spray formula reactor Download PDFInfo
- Publication number
- CN206444613U CN206444613U CN201720128296.4U CN201720128296U CN206444613U CN 206444613 U CN206444613 U CN 206444613U CN 201720128296 U CN201720128296 U CN 201720128296U CN 206444613 U CN206444613 U CN 206444613U
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- China
- Prior art keywords
- supervisor
- tank body
- end cap
- mixing tube
- screw thread
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Abstract
The utility model discloses a kind of uniform material spray formula reactor, including tank body, upper lid, motor, rotating shaft, impeller, cage, balance pipe, abat-vent, material spray mechanism, during work, through liquid inlet joint infusion fluid reaction solution, motor is rotated by rotating shaft impeller, so as to be stirred to reaction solution, simultaneously, powder is fallen into mixing tube through poly- funnel, compressed air is pumped into blowpipe, successively configured the second material spilling hole on mixing tube of the powder that pressure-air falls poly- funnel and the first material spilling hole being arranged on supervisor are blown out, powder in tank body is fallen because gravity is scattered, reaction solution is well mixed with powder under the stirring of impeller.The apparatus structure is simple, automatically can spray powder material scattering so that powder is dispersed, by mechanical agitation so that powder is sufficiently mixed with reaction solution, improves reaction efficiency, meanwhile, improve powder utilization rate.
Description
Technical field
The utility model is related to a kind of reactor, more particularly to a kind of uniform material spray formula reactor.
Background technology
Reactor is widely used in oil, chemical industry, rubber, agricultural chemicals, dyestuff, medicine, food, for completing to vulcanize, nitrify,
The pressure vessel of the technical process such as hydrogenation, hydrocarbonylation, polymerization, condensation.It is liquid when reaction raw materials are a kind of, when one kind is powder, one
As directly by powder put into reactor in liquid in, due to directly deliver powder when powder often agglomerating aggregation, cause react
Time lengthening, production efficiency is low.In view of drawbacks described above, is necessary a kind of uniform material spray formula reactor of design in fact.
Utility model content
Technical problem to be solved in the utility model is：A kind of uniform material spray formula reactor is provided, to solve directly
Feeding intake uneven causes the problem of formation efficiency is low.
In order to solve the above technical problems, the technical solution of the utility model is：A kind of uniform material spray formula reactor, including tank
The impeller of body, upper lid, motor, rotating shaft, quantity no less than 2 groups, cage, balance pipe, abat-vent, material spray mechanism, described is upper
Lid is located at tank body upper end, and described upper lid is connected with tank body screw thread, and described motor is located at upper tops center, described electricity
Machine is connected with upper lid screw thread, and described rotating shaft is located at motor lower end and through upper lid, described rotating shaft be connected with motor close-fitting and
It is rotatedly connected with upper lid, described rotating shaft runs through impeller, and described impeller is connected with rotating shaft close-fitting, described cage is located at tank
Body inner top side and run through by rotating shaft, described cage is connected with tank body screw thread and is movably connected with rotating shaft, described pressure
Pipe is positioned at cage upper end and through upper lid, and described balance pipe is connected with cage gap and described in being connected with upper lid screw thread
Abat-vent is located at balance pipe upper end, and described abat-vent is connected with balance pipe screw thread, and tank body is stretched into described material spray mechanism one end
And positioned at cage lower end, described material spray mechanism is connected with tank body screw thread and is movably connected with cage；Described material spray mechanism
Also include supervisor, it is the first plug, mixing tube, the second plug, feed pipe, poly- funnel, the first end cap, blowpipe, the second end cap, spacing
Mechanism, the action bars that quantity is 2 is arranged symmetrically along second end cap, tank body, described supervisor are stretched into described supervisor one end
It is connected with tank body screw thread, the first described plug is located at supervisor left side, the first described plug is connected with supervisor's screw thread, and described is mixed
Expects pipe is located at supervisor inner side, and described mixing tube is connected with supervisor gap, and the second described plug is located on the left of mixing tube and is located at
On the right side of first plug, the second described plug is weldingly connected with mixing tube and is connected with the first plug gap, described feed pipe position
On the right side of supervisor upper end, described feed pipe is weldingly connected with supervisor, and described poly- funnel is located at feed pipe inner top side, described
Poly- funnel be weldingly connected with feed pipe, described the first end cap is located on the right side of inner end cap, the first described end cap and inner end cap
Screw thread is connected, and described blowpipe one end is stretched on the inside of mixing tube and through the first end cap, and described blowpipe is movably connected with mixing tube
And be weldingly connected with the first end cap, the second described end cap is located at supervisor right side and run through by mixing tube, the second described end cap
Be connected and be weldingly connected with mixing tube with supervisor gap, described position-limit mechanism runs through the second end cap, described position-limit mechanism and
Second end cap screw thread is connected, and described action bars is located on the outside of the second end cap, and described action bars is connected with the second end cap screw thread.
The utility model further improves as follows：
Further, described tank body is additionally provided with inlet connector, and described inlet connector is located at tank body outer upper end, described
Inlet connector be connected with tank body welding.
Further, described supervisor is additionally provided with flange, and described flange is located at supervisor outside and on the outside of tank body, institute
The flange stated is weldingly connected with supervisor and is connected with tank body screw thread.
Further, described supervisor is additionally provided with some first material spilling holes, and the first described material spilling hole is located at supervisor lower end,
The first described material spilling hole is through supervisor.
Further, described mixing tube is additionally provided with some second material spilling holes, and the second described material spilling hole is located at mixing tube
Lower end, the second described material spilling hole runs through mixing tube.
Further, described supervisor is additionally provided with some stopper slots, and described stopper slot is located at supervisor right side, described limit
Position groove is not through supervisor.
Further, described position-limit mechanism also includes gag lever post, spring, plug, and described gag lever post runs through the second end
Lid, described gag lever post is connected with the second end cover clearance, and described spring is located at gag lever post lower end, described spring and gag lever post
Be movably connected, described plug is located at lower spring end and positioned at the second end cap lower end, described plug be movably connected with spring and
It is connected with the second end cap screw thread.
Further, described action bars is additionally provided with rubber sheath, and described rubber sheath is located on the outside of action bars, described
Rubber sheath be connected with action bars close-fitting.
Further, described blowpipe is additionally provided with enlarged portion, and described enlarged portion is located on the left of blowpipe, described enlarged portion
It is weldingly connected with blowpipe, enlarged portion is used to expand blowpipe diameter, so that the powder in mixing tube uniformly be blown out.
Compared with prior art, uniform material spray formula reactor, during work, through liquid inlet joint infusion fluid reaction solution, electricity
Machine is rotated by rotating shaft impeller, so that reaction solution is stirred, meanwhile, powder is fallen into mixing tube through poly- funnel,
Compressed air is pumped into blowpipe, configured the second material leakage on mixing tube of powder priority that pressure-air falls poly- funnel
Powder in hole and the first material spilling hole blowout being arranged on supervisor, tank body is fallen because gravity is scattered, under the stirring of impeller
Reaction solution is well mixed with powder, and cage is used to stop powder so that powder hurtles down, balance pipe and abat-vent and the external world
Air is communicated so that pressure is consistent with ambient pressure in tank body so that material spray is smooth；During regulation, hand-held bar rotates second
End cap, the spring being arranged on position-limit mechanism further compresses, when gag lever post is fallen into adjacent stopper slot, the elasticity of spring
Power compresses gag lever post and stopper slot, so that batch mixing tube angulation is adjusted, so as to adjust the weight of the second material spilling hole and the first material spilling hole
Conjunction degree, and then powder flow velocity is adjusted, so that adjusting powder sprays scope.The apparatus structure is simple, can be automatically by powder material scattering
Spray so that powder is dispersed, by mechanical agitation so that powder is sufficiently mixed with reaction solution, improve reaction efficiency, meanwhile,
Improve powder utilization rate.
Brief description of the drawings
Fig. 1 shows the utility model structural representation
Fig. 2 shows the utility model material spray mechanism structural representation
Fig. 3 shows the utility model partial enlarged drawing
Fig. 4 shows the utility model blow tube construction schematic diagram
Lid 2 on tank body 1
The rotating shaft 4 of motor 3
The cage 6 of impeller 5
The abat-vent 8 of balance pipe 7
The inlet connector 101 of material spray mechanism 9
It is responsible for 901 first plugs 902
The plug 904 of mixing tube 903 second
The poly- funnel 906 of feed pipe 905
The blowpipe 908 of first end cap 907
The position-limit mechanism 910 of second end cap 909
The flange 912 of action bars 911
The material spilling hole 914 of first material spilling hole 913 second
The gag lever post 916 of stopper slot 915
The plug 918 of spring 917
The rubber sheath 920 of enlarged portion 919
Embodiment
As shown in Figure 1, Figure 2, Figure 3, Figure 4, a kind of uniform material spray formula reactor, including tank body 1, upper lid 2, motor 3, rotating shaft
4th, impeller 5 of the quantity no less than 2 groups, cage 6, balance pipe 7, abat-vent 8, material spray mechanism 9, described upper lid 2 are located at tank body 1
Upper end, described upper lid 2 is connected with the screw thread of tank body 1, and described motor 3 is located at the upper top center of lid 2, described motor 3 with
The upper screw thread of lid 2 is connected, and described rotating shaft 4 is located at the lower end of motor 3 and through upper lid 2, and described rotating shaft 4 is connected with the close-fitting of motor 3
And be rotatedly connected with upper lid 2, described rotating shaft 4 runs through impeller 5, and described impeller 5 is connected with the close-fitting of rotating shaft 4, described isolation
Cover 6 is located at and the inner top side of tank body 1 and run through by rotating shaft 4, described cage 6 be connected with the screw thread of tank body 1 and with the activity phase of rotating shaft 4
Even, described balance pipe 7 is located at the upper end of cage 6 and through upper lid 2, described balance pipe 7 be connected with the gap of cage 6 and with
The upper screw thread of lid 2 is connected described abat-vent 8 positioned at the upper end of balance pipe 7, and described abat-vent 8 is connected with the screw thread of balance pipe 7, described
The one end of material spray mechanism 9 stretch into tank body 1 and positioned at the lower end of cage 6, described material spray mechanism 9 be connected with the screw thread of tank body 1 and with
Cage 6 is movably connected；Described material spray mechanism 9 also includes the 901, first plug 902 of supervisor, mixing tube 903, the second plug
904th, feed pipe 905, poly- funnel 906, the first end cap 907, blowpipe 908, the second end cap 909, position-limit mechanism 910, along described
Second end cap 909 is arranged symmetrically the action bars 911 that quantity is 2, and tank body 1, described supervisor are stretched into described one end of supervisor 901
901 are connected with the screw thread of tank body 1, and the first described plug 902 is located at the left side of supervisor 901, the first described plug 902 and supervisor
901 screw threads are connected, and described mixing tube 903 is located at the inner side of supervisor 901, and described mixing tube 903 is connected with 901 gaps of supervisor,
The second described plug 904 is positioned at the left side of mixing tube 903 and positioned at the right side of the first plug 902, and the second described plug 904 is with mixing
Expects pipe 903 is weldingly connected and is connected with the gap of the first plug 902, and described feed pipe 905 is located on the right side of 901 upper ends of supervisor, institute
The feed pipe 905 stated is weldingly connected with supervisor 901, and described poly- funnel 906 is located at the inner top side of feed pipe 905, described
Poly- funnel 906 is weldingly connected with feed pipe 905, and the first described end cap 907 is located on the right side of inner end cap, the first described end cap
907 are connected with inner end cap screw thread, and the inner side of mixing tube 903 is stretched into and through the first end cap 907 in described one end of blowpipe 908, described
Blowpipe 908 be movably connected and be weldingly connected with the first end cap 907 with mixing tube 903, described the second end cap 909 is located at supervisor
Run through on the right side of in the of 901 and by mixing tube 903, the second described end cap 909 is connected with 901 gaps of supervisor and welded with mixing tube 903
It is connected, described position-limit mechanism 910 runs through the second end cap 909, and described position-limit mechanism 910 is connected with the screw thread of the second end cap 909,
Described action bars 911 is located at the outside of the second end cap 909, and described action bars 911 is connected with the screw thread of the second end cap 909, described
Tank body 1 be additionally provided with inlet connector 101, described inlet connector 101 is located at the outer upper end of tank body 1, described inlet connector 101
It is weldingly connected with tank body 1, described supervisor 901 is additionally provided with flange 912, described flange 912 is located at the outside of supervisor 901 and is located at
The outside of tank body 1, described flange 912 is weldingly connected with supervisor 901 and is connected with the screw thread of tank body 1, and described supervisor 901 is additionally provided with
Some first material spilling holes 913, the first described material spilling hole 913 is located at 901 lower ends of supervisor, and the first described material spilling hole 913 runs through
Supervisor 901, described mixing tube 903 is additionally provided with some second material spilling holes 914, and the second described material spilling hole 914 is located at mixing tube
903 lower ends, the second described material spilling hole 914 runs through mixing tube 903, and described supervisor 901 is additionally provided with some stopper slots 915, institute
The stopper slot 915 stated is located at the right side of supervisor 901, and described stopper slot 915 is not through supervisor 901, and described position-limit mechanism 910 is also
Including gag lever post 916, spring 917, plug 918, described gag lever post 916 runs through the second end cap 909, described gag lever post 916
It is connected with the gap of the second end cap 909, described spring 917 is located at the lower end of gag lever post 916, described spring 917 and gag lever post 916
It is movably connected, described plug 918 is located at the lower end of spring 917 and positioned at the lower end of the second end cap 909, described plug 918 and bullet
Spring 917 is movably connected and is connected with the screw thread of the second end cap 909, and described action bars 911 is additionally provided with rubber sheath 920, described
Rubber sheath 920 is located at the outside of action bars 911, and described rubber sheath 920 is connected with the close-fitting of action bars 911, described blowpipe
908 are additionally provided with enlarged portion 919, and described enlarged portion 919 is located at the left side of blowpipe 908, and described enlarged portion 919 is welded with blowpipe 908
Connect connected, enlarged portion 919 is used to expand the diameter of blowpipe 908, so as to the powder in mixing tube 903 uniformly be blown out, the uniform spray
Material formula reactor, during work, through the infusion fluid reaction solution of liquid inlet joint 101, motor 3 is rotated by the impeller 5 of rotating shaft 4, from
And reaction solution is stirred, meanwhile, powder is fallen into mixing tube 903 through poly- funnel 906, and it is empty to be pumped into compression to blowpipe 908
Gas, successively configured the second material spilling hole 914 on mixing tube 903 of the powder that pressure-air falls poly- funnel 906 and sets
The first material spilling hole 913 put on supervisor 901 is blown out, and the powder in tank body 1 is fallen because gravity is scattered, in the stirring of impeller 5
Lower reaction solution is well mixed with powder, and cage 6 is used to stop powder so that powder hurtles down, balance pipe 7 and abat-vent 8
Communicated with outside air so that pressure is consistent with ambient pressure in tank body 1 so that material spray is smooth；During regulation, hand-held bar
911 rotate the second end caps 909, are arranged on spring 917 on position-limit mechanism 910 and further compress, when gag lever post 916 fall into it is adjacent
Stopper slot 915 in when, the elastic force of spring 907 compresses gag lever post 916 with stopper slot 915, so as to adjust 905 jiaos of mixing tube
Degree, so as to adjust the degree that overlaps of the second material spilling hole 914 and the first material spilling hole 913, and then adjusts powder flow velocity, so as to adjust powder
Material sprays scope.The apparatus structure is simple, automatically can spray powder material scattering so that powder is dispersed, passes through mechanical agitation
So that powder is sufficiently mixed with reaction solution, reaction efficiency is improved, meanwhile, improve powder utilization rate.
The utility model is not limited to above-mentioned specific embodiment, and one of ordinary skill in the art visualizes from above-mentioned
Hair, without performing creative labour, a variety of conversion made are all fallen within protection domain of the present utility model.
Claims (9)
1. a kind of uniform material spray formula reactor, it is characterised in that be no less than 2 groups including tank body, upper lid, motor, rotating shaft, quantity
Impeller, cage, balance pipe, abat-vent, material spray mechanism, described upper lid are located at tank body upper end, described upper lid and tank body spiral shell
Line is connected, and described motor is located at upper tops center, and described motor is connected with upper lid screw thread, and described rotating shaft is located at electricity
Machine lower end and through upper lid, described rotating shaft is connected with motor close-fitting and is rotatedly connected with upper cover, described rotating shaft through impeller,
Described impeller is connected with rotating shaft close-fitting, and described cage is located at tank body inner top side and run through by rotating shaft, described isolation
Cover is connected with tank body screw thread and is movably connected with rotating shaft, and described balance pipe is located at cage upper end and through upper lid, described
Balance pipe is connected with cage gap and the described abat-vent that is connected with upper lid screw thread is located at balance pipe upper end, described abat-vent
Be connected with balance pipe screw thread, tank body is stretched into and positioned at cage lower end in described material spray mechanism one end, described material spray mechanism with
Tank body screw thread is connected and is movably connected with cage；
Described material spray mechanism also includes supervisor, the first plug, mixing tube, the second plug, feed pipe, poly- funnel, first end
Lid, blowpipe, the second end cap, position-limit mechanism, it is arranged symmetrically along second end cap action bars that quantity is 2, described supervisor
Tank body is stretched into one end, and described supervisor is connected with tank body screw thread, and the first described plug is located at supervisor left side, and described first is stifled
Head is connected with supervisor's screw thread, and described mixing tube is located on the inside of supervisor, and described mixing tube is connected with being responsible for gap, and described the
Two plugs are located on the left of mixing tube and on the right side of the first plug, and the second described plug is weldingly connected with mixing tube and with first
Plug gap is connected, and described feed pipe is located on the right side of supervisor upper end, and described feed pipe is weldingly connected with supervisor, and described is poly-
Funnel is located at feed pipe inner top side, and described poly- funnel is weldingly connected with feed pipe, and the first described end cap is located at interior
On the right side of end cap, the first described end cap is connected with inner end cap screw thread, and described blowpipe one end stretches into mixing tube inner side and runs through the
One end cap, described blowpipe is movably connected with mixing tube and is weldingly connected with the first end cap, and the second described end cap is located at supervisor
Right side and run through by mixing tube, the second described end cap is connected with supervisor gap and is weldingly connected with mixing tube, and described is spacing
Mechanism runs through the second end cap, and described position-limit mechanism is connected with the second end cap screw thread, and described action bars is located at outside the second end cap
Side, described action bars is connected with the second end cap screw thread.
2. uniform material spray formula reactor as claimed in claim 1, it is characterised in that described tank body is additionally provided with inlet connector, institute
The inlet connector stated is located at tank body outer upper end, and described inlet connector is connected with tank body welding.
3. uniform material spray formula reactor as claimed in claim 1, it is characterised in that described supervisor is additionally provided with flange, described
Flange is located at supervisor outside and on the outside of tank body, and described flange is weldingly connected with supervisor and is connected with tank body screw thread.
4. uniform material spray formula reactor as claimed in claim 1, it is characterised in that described supervisor is additionally provided with some first leakages
Expect hole, the first described material spilling hole is located at supervisor lower end, and the first described material spilling hole is through supervisor.
5. uniform material spray formula reactor as claimed in claim 1, it is characterised in that described mixing tube is additionally provided with some second
Material spilling hole, the second described material spilling hole is located at mixing tube lower end, and the second described material spilling hole runs through mixing tube.
6. uniform material spray formula reactor as claimed in claim 1, it is characterised in that described supervisor is additionally provided with some stopper slots,
Described stopper slot is located at supervisor right side, and described stopper slot is not through supervisor.
7. material spray formula reactor as claimed in claim 1 uniform, it is characterised in that described position-limit mechanism also include gag lever post,
Spring, plug, described gag lever post run through the second end cap, and described gag lever post is connected with the second end cover clearance, described spring
Positioned at gag lever post lower end, described spring is movably connected with gag lever post, and described plug is located at lower spring end and positioned at the second end
Lid lower end, described plug is movably connected with spring and is connected with the second end cap screw thread.
8. uniform material spray formula reactor as claimed in claim 1, it is characterised in that described action bars is additionally provided with rubber sheath,
Described rubber sheath is located on the outside of action bars, and described rubber sheath is connected with action bars close-fitting.
9. uniform material spray formula reactor as claimed in claim 1, it is characterised in that described blowpipe is additionally provided with enlarged portion, described
Enlarged portion be located on the left of blowpipe, described enlarged portion is weldingly connected with blowpipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720128296.4U CN206444613U (en) | 2017-02-13 | 2017-02-13 | A kind of uniform material spray formula reactor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720128296.4U CN206444613U (en) | 2017-02-13 | 2017-02-13 | A kind of uniform material spray formula reactor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206444613U true CN206444613U (en) | 2017-08-29 |
Family
ID=59665199
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720128296.4U Expired - Fee Related CN206444613U (en) | 2017-02-13 | 2017-02-13 | A kind of uniform material spray formula reactor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206444613U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106732293A (en) * | 2017-02-13 | 2017-05-31 | 池州东升药业有限公司 | A kind of uniform material spray formula reactor |
| CN112191206A (en) * | 2020-09-21 | 2021-01-08 | 常宁市华兴冶化实业有限责任公司 | A purifier for zinc sulfate production |
-
2017
- 2017-02-13 CN CN201720128296.4U patent/CN206444613U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106732293A (en) * | 2017-02-13 | 2017-05-31 | 池州东升药业有限公司 | A kind of uniform material spray formula reactor |
| CN112191206A (en) * | 2020-09-21 | 2021-01-08 | 常宁市华兴冶化实业有限责任公司 | A purifier for zinc sulfate production |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170829 Termination date: 20180213 |
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| CF01 | Termination of patent right due to non-payment of annual fee |