CN207913750U - It is multiple to be stirred to react device - Google Patents
It is multiple to be stirred to react device Download PDFInfo
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- CN207913750U CN207913750U CN201721462705.0U CN201721462705U CN207913750U CN 207913750 U CN207913750 U CN 207913750U CN 201721462705 U CN201721462705 U CN 201721462705U CN 207913750 U CN207913750 U CN 207913750U
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Abstract
This practicality is related to a kind of multiple being stirred to react device, which is characterized in that the multiple device that is stirred to react includes tank body component, Power Component, heating component and mixing component；The Power Component is mounted on above tank body component；The heating component is mounted on tank body component outer wall；The mixing component is mounted on tank body component internal, and top is connected with Power Component, and the mixing component includes agitating shaft, multi output end gearbox, screw blade and straight leaf disc turbine；Multi output end gearbox top is connected in shaft coupling, and lower part is connected with two agitating shafts；The screw blade and straight leaf disc turbine are separately fixed on two agitating shafts.
Description
Technical field
This practicality be related to it is a kind of it is multiple be stirred to react device, belong to and chemical technology field.
Background technology
Reaction kettle is processing apparatus important in industrial production, is matched with parameter by the structure design to reaction kettle container
It sets, realizes the mixture function of the heating of technological requirement, evaporation, cooling and low high speed.Reaction kettle be widely used in oil, chemical industry,
The fields such as rubber, pesticide, dyestuff, medicine, food are mainly used to complete the works such as vulcanization, nitrification, hydrogenation, hydrocarbonylation, polymerization, condensation
The pressure vessel of skill process.Reaction kettle is in the larger object of stirring stickiness, in order to improve mixing effect, can pass through to improve and stir
The rotating speed of axis reaches preferably mixed effect.But with the raising of agitator shaft speed, spent power also rises at double,
This method not only causes high load to motor, and when stirring, excessive resistance will also result in the mechanical structure of agitating shaft
Damage.Therefore it is badly in need of a kind of not only having stirring and viscosity higher building ability of immigrants but also the anti-of motor load will not being greatly improved in the market
Kettle is answered to come out, to solve the manufacturing problem of people.
Utility model content
This practicality exactly for the technical problems in the prior art, provide it is a kind of it is multiple be stirred to react device, entirely
Technical solution is compact-sized, cost is relatively low, energy conservation and environmental protection, which makes product not whole by completely new Machine Design
On the basis of adding power source, it is carried out at the same time the stirring of two panels blade, substantially increases the working efficiency of reaction kettle.Different power
Output coordinates different blades, makes this product when stirring high viscosity liquid, can also play preferable mixed effect.Therefore this product
It is highly suitable for the enterprise of the multiclass raw material hybrid process such as chemical and medicine industry.
To achieve the goals above, the technical solution of this practicality is as follows, it is a kind of it is multiple be stirred to react device, it is described multiple to stir
It includes tank body component, Power Component, heating component and mixing component to mix reaction unit；The Power Component is mounted on tank body component
Top；The heating component is mounted on tank body component outer wall；The mixing component is mounted on tank body component internal, top with it is dynamic
Power component is connected.The design structure is simply clear, is closely connected and does not influence each other between each component, required part replacement side
Just, it is easy to the maintenance of product in use in the future.
As a kind of improvement of this practicality, the tank body component include tank body, manhole, liquid outlet, inlet, relief valve and
Blow-off pipe；The manhole is mounted on the left of top of the tank；The inlet is located at tank body left upper portion；The liquid outlet is located at tank
Body bottom centre position；The relief valve is mounted on the right side of top of the tank；The blow-off pipe is located on the right side of top of the tank.Relief valve
Setting can effectively avoid causing to explode due to gas pressure is excessive in tank body, to make reaction kettle in entire production process
In it is more safe and efficient.
As a kind of improvement of this practicality, the Power Component includes motor, retarder, holder, shaft coupling and axle envelope；
The motor is mounted on the top of reaction kettle and stands on the central axes of tank body；The retarder is mounted on motor lower part；
Motor is fixed on top of the tank by the holder；The shaft coupling is mounted on retarder lower part, and the other end connects agitating shaft；Axis
Contact position of the envelope positioned at tank body and agitating shaft.Power Component uses vertical layout, motor to reduce to technological requirement through retarder
Speed of agitator after, then by shaft coupling drive agitating shaft rotation, to drive anchor impeller to rotate.Each component of Power Component it
Between be connected with each other and compact-sized.Entire power transmission processing efficient is steady, and energy loss is low.Therefore it is highly suitable as reacting
The power source of kettle.
As a kind of improvement of this practicality, the axle envelope uses built-in type unbalanced type single mechanical end face seal.Using spy
Fixed axle envelope mode is that raw material is entirely sealed in tank body, is prevented because of raw material because the mechanical property of its own can be utilized
It is revealed caused by high-speed motion in tank body, and it also has compact dimensions, service life is long, small excellent of power consumption
Point..
As a kind of improvement of this practicality, the heating component includes steam inlet, chuck and condensation-water drain；The steaming
Vapor inlet is located at chuck upper end；The chuck is mounted on the outer wall both sides of tank body；The condensation-water drain is located at the bottom of chuck.
Heating component design is simple, and heat transfer is fast, can the raw material in tank body be heated to production required temperature rapidly, when shortening processing
Between, improve the production efficiency of enterprise.
As a kind of improvement of this practicality, steam filter screen is installed in the chuck.The setting of steam filter screen, can be effective
Sundries is avoided to enter chuck with steam, to cause the blocking inside chuck.It offers convenience to the maintenance of clean-up of post facility.
As a kind of improvement of this practicality, the mixing component includes agitating shaft, multi output end gearbox, screw blade
With straight leaf disc turbine；Multi output end gearbox top is connected in shaft coupling, and lower part is connected with two agitating shafts；It is described
Screw blade and straight leaf disc turbine are separately fixed on two agitating shafts.Two stirring shaft designs can make reaction kettle
Stirring efficiency maximize, different agitating shafts can correspond to different stirring things, to solve existing reaction kettle stirring thing
It is single, more viscosityes can not be carried out, the problem of composite stirring between multi-density mixture.
As a kind of improvement of this practicality, the multi output end gearbox includes input shaft, babinet, high speed shaft and output
Axis；The input shaft high speed shaft and output shaft are respectively positioned in gear-box；The input shaft is located at gear-box centre position, and with connection
Axis device is connected；The high speed shaft is located on the left of input shaft, and lower end is connected with straight leaf disc turbine stirring axis；The output axle position
On the right side of input shaft, lower end is connected with Worm type blade stirring axis.Two agitating shafts selected by this law correspond to multi output end tooth respectively
High speed shaft contained by roller box and output shaft, therefore this product can be accomplished on the basis of not increasing power source between two panels blade
The output of different rotating speeds, different torques.The connect blade rotating speed of high speed shaft output end is fast, and torsion is small, can be carried out to liquid quick
Stirring, and liquid is made to form the effect seethed up and down in kettle.Output shaft output end rotating speed is slow, but torsion is big, can make viscosity
First movement is got up in kettle for higher liquid, and the connect blade of high speed shaft is made to be more easy to move, compound between thinlyfluid to improve
The effect of stirring.Different rotating speeds makes two panels stirrer paddle generate the fluid eddies that two rotating speed sizes are all different.Whirlpool exists
It is mutually collided in limited space in kettle, generated shear force makes liquid more rapidly mix again, further carries
The high stirring efficiency of reaction kettle.
As a kind of improvement of this practicality, the stirrer paddle can be adjusted according to the difference of stirring thing, but need to be followed
The blade of high speed shaft connecting pin is high rotating speed blade, and the blade for exporting axis connection is the principle of slow-speed of revolution blade.Different blades
It reasonably utilizes the physical property difference between different blades, liquid is made to reach suitable stream in kettle with different agitation characteristics
Dynamic state.To further promote the adaptability of product, the different production requirements being more applicable between enterprise are allowed to, are preferably
Market service.
It is had the following advantages that relatively with the prior art, this practicality, 1）The technical solution overall construction design is ingenious, it is compact,
Cost is relatively low；2）The setting of relief valve can effectively avoid because in tank body gas pressure it is excessive due to cause to explode, it is anti-to make
Answer kettle more safe and efficient in entire production process；3）Power Component uses vertical layout, motor to reduce to work through retarder
After the speed of agitator that skill requires, then by shaft coupling drive agitating shaft rotation, to drive anchor impeller to rotate.Power Component is each
It is connected with each other between component and compact-sized.Entire power transmission processing efficient is steady, and energy loss is low.Therefore it is very suitable for using
Make the power source of reaction kettle；4）Heating component design is simple, and heat transfer is fast, can the raw material in tank body be heated to production institute rapidly
Temperature is needed, process time is shortened, improves the production efficiency of enterprise；5）The setting of steam filter screen, it is possible to prevente effectively from sundries
Enter chuck with steam, to cause the blocking inside chuck.It offers convenience to the maintenance of clean-up of post facility；6）Two stirrings
Shaft design can be such that the stirring efficiency of reaction kettle maximizes.Different agitating shafts can correspond to different stirring things, to solve
Existing reaction kettle stirring thing of having determined is single, can not carry out more viscosityes, the problem of composite stirring between multi-density mixture；7）This law
Selected two agitating shafts correspond to high speed shaft and output shaft contained by multi output end gearbox respectively, therefore this product can not increase
On the basis of adding power source, accomplish the output of different rotating speeds, different torques between two panels blade.The connect blade of high speed shaft output end turns
Fast fast, torsion is small, can quickly be stirred to liquid, and liquid is made to form the effect seethed up and down in kettle.Output shaft is defeated
Outlet rotating speed is slow, but torsion is big, and the higher liquid of viscosity can be made first to be moved in kettle, the connect blade of high speed shaft is made to be more easy to
Movement, to improve the effect of composite stirring between thinlyfluid.Different rotating speeds makes two panels stirrer paddle generate two rotating speeds
The fluid eddies that size is all different.Whirlpool mutually collides in kettle in limited space, and generated shear force makes liquid again
It more rapidly mixes, further improves the stirring efficiency of reaction kettle；8）Different blades its stirred with different
Characteristic is mixed, the physical property difference between different blades is reasonably utilized, liquid is made to reach suitable flow regime in kettle.Thus into one
Step promotes the adaptability of product, is allowed to the different production requirements being more applicable between enterprise, is preferably market service.；9）This
Product are clear in structure, convenient disassembly between each component, are conducive to the plant maintenance and replacement in later stage, reduce the later stage production of enterprise
Expenditure；10）The technical solution cost is relatively low, is just promoted and applied with further.
Description of the drawings
Fig. 1 is this practicality overall structure diagram；
Fig. 2 is Fig. 1 partial enlargement structural representations；
In figure：1, tank body, 2, manhole, 3, liquid outlet, 4, inlet, 5, relief valve, 6, blow-off pipe, 7, motor, 8, subtract
Fast device, 9, holder, 10, shaft coupling, 11, axle envelope；12, steam inlet, 13, chuck, 14, condensation-water drain；
15, agitating shaft, 16, multi output end gearbox, 17, screw blade, 18, straight leaf disc turbine, 19, input
Axis, 20, babinet, 21, high speed shaft, 22, output shaft, 23, axle envelope.
Specific implementation mode：
In order to deepen the understanding to this practicality, the present embodiment is described in detail below in conjunction with the accompanying drawings.
Embodiment 1：Referring to Fig. 1, Fig. 2, one kind is multiple to be stirred to react device, and the multiple device that is stirred to react includes tank body
Component, Power Component, heating component and mixing component；The Power Component is mounted on above tank body component；The heating component
On tank body component outer wall；The mixing component is mounted on tank body component internal, and top is connected with Power Component.The design
It is simple in structure clear, it is closely connected and does not influence each other between each component, required part replacement is convenient, and being easy to product in the future makes
With maintenance in the process.The tank body component includes tank body 1, manhole 2, liquid outlet 3, inlet 4, relief valve 5 and pressure
Outlet pipe 6；The manhole is mounted on the left of top of the tank；The inlet is located at tank body left upper portion；The liquid outlet is located at tank
Body bottom centre position；The relief valve is mounted on the right side of top of the tank；The blow-off pipe is located on the right side of top of the tank.Relief valve
Setting can effectively avoid causing to explode due to gas pressure is excessive in tank body, to make reaction kettle in entire production process
In it is more safe and efficient, the Power Component includes motor 7, retarder 8, holder 9, shaft coupling 10 and axle envelope 11；The electricity
Motivation is mounted on the top of reaction kettle and stands on the central axes of tank body；The retarder is mounted on motor lower part；The branch
Motor is fixed on top of the tank by frame；The shaft coupling is mounted on retarder lower part, and the other end connects agitating shaft；Axle envelope is located at
The contact position of tank body and agitating shaft.Power Component uses vertical layout, motor to reduce to the stirring of technological requirement through retarder
After rotating speed, then by shaft coupling drive agitating shaft rotation, to drive anchor impeller to rotate.Between each component of Power Component each other
It is connected and compact-sized.Entire power transmission processing efficient is steady, and energy loss is low.Therefore it is highly suitable as the dynamic of reaction kettle
Power source, the axle envelope use built-in type unbalanced type single mechanical end face seal.It is because can profit using specific axle envelope mode
With the mechanical property of its own, raw material is entirely sealed in tank body, is prevented because of raw material in tank body caused by high-speed motion
Leakage, and it also has compact dimensions, and service life is long, the small advantage of power consumption., the heating component include steam into
Mouth 12, chuck 13 and condensation-water drain 14；The steam inlet is located at chuck upper end；The chuck is mounted on the outer wall two of tank body
Side；The condensation-water drain is located at the bottom of chuck.Heating component design is simple, and heat transfer is fast, can be rapidly by the original in tank body
Material is heated to production required temperature, shortens process time, improves the production efficiency of enterprise.The mixing component includes stirring
Axis 15, multi output end gearbox 16, screw blade 17 and straight leaf disc turbine 18；Multi output end gearbox top in
Shaft coupling is connected, and lower part is connected with two agitating shafts；The screw blade and straight leaf disc turbine are separately fixed at two
On agitating shaft.Two stirring shaft designs can be such that the stirring efficiency of reaction kettle maximizes, and different agitating shafts can correspond to not
With stirring thing, it is single to solve existing reaction kettle stirring thing, can not carry out more viscosityes, it is compound between multi-density mixture
The problem of stirring.
Embodiment 2：Referring to Fig. 1, Fig. 2, as a kind of improvement of this practicality, the multi output end gearbox includes input shaft
19, babinet 20, high speed shaft 21 and output shaft 22 and axle envelope 23；The input shaft high speed shaft and output shaft are respectively positioned on gear-box
It is interior；The input shaft is located at gear-box centre position, and is connected with shaft coupling；The high speed shaft is located on the left of input shaft, lower end
It is connected with straight leaf disc turbine stirring axis；The output shaft is located on the right side of input shaft, lower end and Worm type blade stirring axis phase
Even.Two agitating shafts selected by this law correspond to high speed shaft and output shaft contained by multi output end gearbox respectively, therefore this product can
On the basis of not increasing power source, to accomplish the output of different rotating speeds between two panels blade, different torques.High speed shaft output end institute
It connects that blade rotating speed is fast, and torsion is small, liquid can quickly be stirred, and liquid is made to form the effect seethed up and down in kettle.
Output shaft output end rotating speed is slow, but torsion is big, and the higher liquid of viscosity can be made first to be moved in kettle, high speed shaft is made to be connect
Blade is more easy to move, to improve the effect of composite stirring between thinlyfluid.Different rotating speeds makes two panels stirrer paddle generate
The fluid eddies that two rotating speed sizes are all different.Whirlpool mutually collides in kettle in limited space, generated shear force
So that liquid is more rapidly mixed again, further improves the stirring efficiency of reaction kettle.The stirrer paddle can basis
The difference of stirring thing, is adjusted, but the blade that need to follow high speed shaft connecting pin is high rotating speed blade, exports the blade of axis connection
For the principle of slow-speed of revolution blade.Different blades its with different agitation characteristics, reasonably utilize different blades between physical property
Difference makes liquid reach suitable flow regime in kettle.To further promote the adaptability of product, it is allowed to be more applicable for
Different production requirements between enterprise are preferably market service.
It should be noted that above-described embodiment, not is used for limiting the protection domain of this practicality, in above-mentioned technical proposal
On the basis of made equivalents or replacement each fall within this practicality scope of the claimed protection.
Claims (4)
1. one kind is multiple to be stirred to react device, which is characterized in that the multiple device that is stirred to react includes tank body component, power packages
Part, heating component and mixing component；The Power Component is mounted on above tank body component；The heating component is mounted on tank body group
On part outer wall；The mixing component is mounted on tank body component internal, and top is connected with Power Component, and the tank body component includes tank
Body, manhole, liquid outlet, inlet, relief valve and blow-off pipe；The manhole is mounted on the left of top of the tank；The inlet position
In tank body left upper portion；The liquid outlet is located at tank base center；The relief valve is mounted on the right side of top of the tank；Institute
It states blow-off pipe to be located on the right side of top of the tank, the Power Component includes motor, retarder, holder, shaft coupling and axle envelope；It is described
Motor is mounted on the top of reaction kettle and stands on the central axes of tank body；The retarder is mounted on motor lower part；It is described
Motor is fixed on top of the tank by holder；The shaft coupling is mounted on retarder lower part, and the other end connects agitating shaft；Axle envelope position
In the contact position of tank body and agitating shaft, the mixing component includes agitating shaft, multi output end gearbox, screw blade peace
Straight leaf disc turbine；Multi output end gearbox top is connected in shaft coupling, and lower part is connected with two agitating shafts；The screw rod
Formula blade and straight leaf disc turbine are separately fixed on two agitating shafts.
2. being stirred to react device according to multiple described in claim 1, which is characterized in that the heating component include steam into
Mouth, chuck and condensation-water drain；The steam inlet is located at chuck upper end；The chuck is mounted on the outer wall both sides of tank body；Institute
State the bottom that condensation-water drain is located at chuck.
3. being stirred to react device according to multiple described in claim 2, which is characterized in that the mixing component includes stirring
Axis, multi output end gearbox, screw blade and straight leaf disc turbine；Multi output end gearbox top is in shaft coupling phase
Even, lower part is connected with two agitating shafts；The screw blade and straight leaf disc turbine are separately fixed on two agitating shafts.
4. being stirred to react device according to multiple described in claim 3, which is characterized in that the multi output end gearbox includes
Input shaft, babinet, high speed shaft and output shaft；The input shaft high speed shaft and output shaft are respectively positioned in gear-box；The input shaft
It is connected positioned at gear-box centre position, and with shaft coupling；The high speed shaft is located on the left of input shaft, lower end and straight leaf disc whirlpool
Agitating shaft is taken turns to be connected；The output shaft is located on the right side of input shaft, and lower end is connected with Worm type blade stirring axis.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721462705.0U CN207913750U (en) | 2017-11-06 | 2017-11-06 | It is multiple to be stirred to react device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721462705.0U CN207913750U (en) | 2017-11-06 | 2017-11-06 | It is multiple to be stirred to react device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207913750U true CN207913750U (en) | 2018-09-28 |
Family
ID=63613047
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721462705.0U Expired - Fee Related CN207913750U (en) | 2017-11-06 | 2017-11-06 | It is multiple to be stirred to react device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207913750U (en) |
-
2017
- 2017-11-06 CN CN201721462705.0U patent/CN207913750U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180928 Termination date: 20191106 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |