CN205590664U - Fermentation tank - Google Patents
Fermentation tank Download PDFInfo
- Publication number
- CN205590664U CN205590664U CN201620307793.6U CN201620307793U CN205590664U CN 205590664 U CN205590664 U CN 205590664U CN 201620307793 U CN201620307793 U CN 201620307793U CN 205590664 U CN205590664 U CN 205590664U
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- Prior art keywords
- heat pipe
- cylindrical screw
- screw formula
- adds
- fermentation tank
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Abstract
The utility model relates to a fermentation tank, including jar body and a cylindrical screw formula heating pipe. This cylindrical screw formula heating pipe is located a jar internal portion to the around the shaft of cylindrical screw formula heating pipe coincides with the center pin of the above -mentioned jar of body mutually. Simultaneously, the diameter of the above -mentioned jar of body is 300~400 times of diameter of above -mentioned cylindrical screw formula heating pipe. The utility model discloses fermentation tank water back inside in the use is difficult for appearing the gas collection phenomenon to can improve heat exchange efficiency.
Description
Technical field
This utility model relates to Zymolysis Equipment technical field, particularly relates to a kind of fermentation tank.
Background technology
It is available gas and/or available liquid that fermentation tank belongs to a kind of available microorganism by organic matter degradation
The container of body.According to the feature of fermentable, the microorganism in fermentation tank needs in certain temperature range
The lower activity that could keep necessity, accordingly, it would be desirable to heat the feed liquid in fermentation tank.Existing fermentation tank
Mostly the hot channel that adds of 1 is a kind of serpentine heating pipe 11 being installed on fermentation tank inwall, refers to Fig. 1.This
In use, easily there is gas collection phenomenon in the bending place 12 adding hot channel top, i.e. in serpentine heating pipe 11
Gas is difficult to maybe cannot discharge, thus affects heat exchange efficiency.
Utility model content
The purpose of this utility model is to provide a kind of fermentation tank, and this fermentation tank in use adds in hot channel
Portion is difficult to gas collection phenomenon occur, such that it is able to improve heat exchange efficiency.
For achieving the above object, the technical scheme that this utility model provides is:
This utility model provides a kind of fermentation tank, and it includes that tank body and cylindrical screw formula add heat pipe；Above-mentioned circle
Post spiral type heated pipe is positioned at tank interior, and above-mentioned cylindrical screw formula adds the cincture axle of heat pipe and above-mentioned tank
The central shaft of body coincides；The a diameter of above-mentioned cylindrical screw formula of above-mentioned tank body adds the diameter of heat pipe
300～400 times.
Using this structure, during use, hot water is injected in the import adding heat pipe in above-mentioned cylindrical screw formula, enters
Hot water therein can add the helical structure of heat pipe along cylindrical screw formula and flow to cylindrical screw formula and add the outlet of heat pipe
To complete heat exchange, vertically serpentine heating pipe is not spatially being had to be had owing to above-mentioned cylindrical screw formula adds heat pipe
Bending place, be difficult to that gas collection phenomenon occurs, thus heat exchange efficiency be greatly improved；Cylindrical screw formula adds heat pipe
The central shaft around axle and tank body coincide and refer to that two axles substantially overlap, this structure designs and ensure that circle
Tank interior is heated by post spiral type heated pipe the most uniformly；The diameter of above-mentioned tank body and cylindrical screw
Formula adds the relation of the diameter of heat pipe will affect its heating to tank interior, when diameter one timing of tank body,
If the diameter that cylindrical screw formula used adds heat pipe is the least, just it is difficult to ensure that it is to tank interior especially central part
The heating of position, if the diameter that cylindrical screw formula used adds heat pipe is very big, cylindrical screw formula adds heat pipe supply heat
Too much, cause the most again tank interior temperature too high, be unfavorable for the fermentation of tank interior material, in conjunction with certain
Experimentation, during 300～400 times of the diameter that a diameter of above-mentioned cylindrical screw formula of above-mentioned tank body adds heat pipe,
The preferable heat supply of above-mentioned tank interior can be ensured.
As further improvement of the utility model, above-mentioned cylindrical screw formula adds the inwall of heat pipe and above-mentioned tank body
Engage, or the distance that above-mentioned cylindrical screw formula adds between the inwall of heat pipe and above-mentioned tank body is
50～100mm.Above-mentioned cylindrical screw formula adds the structure that heat pipe engages with inner tank wall so that above-mentioned cylinder
Spiral type heated pipe is easily installed, but the design of this structure causes cylindrical screw formula to add the part in heat pipe
Heat transmission gives inner tank wall, and is not used directly to heat the material of tank interior, causes the wave of heat
Take；If but distance that above-mentioned cylindrical screw formula adds between heat pipe and inner tank wall is excessive, cause again inconvenience is installed,
Add the cost of installing and using of this utility model fermentation tank, comprehensive Btu utilization and installation cost two aspect because of
Element, above-mentioned cylindrical screw formula adds heat pipe and can directly engage with the inwall of above-mentioned tank body, or above-mentioned cylinder spiral shell
Distance between the rotating inwall adding heat pipe and above-mentioned tank body is preferably 50～100mm.
As further improvement of the utility model, it is above-mentioned cylinder that above-mentioned cylindrical screw formula adds the pitch of heat pipe
2～4 times of the diameter of spiral type heated pipe.When above-mentioned cylindrical screw formula adds a diameter of certain value of heat pipe,
If the pitch that above-mentioned cylindrical screw formula adds heat pipe is excessive, then may result in tank interior the most spatially heat and divide
The inequality of cloth, if the pitch that above-mentioned cylindrical screw formula adds heat pipe is too small, causes the most again the vertical space of tank interior
Upper heat is excessive, and tank interior temperature is too high, is unfavorable for the fermentation of tank interior material, in conjunction with certain reality
Testing research, it is that above-mentioned cylindrical screw formula adds the 2～4 of the diameter of heat pipe that above-mentioned cylindrical screw formula adds the pitch of heat pipe
Times time, both can ensure that tank interior heat was distributed uniform, the biggest possible avoid tank interior temperature
Too high phenomenon.
As further improvement of the utility model, it is multistage that above-mentioned cylindrical screw formula adds the quantity of heat pipe, many
Duan Shangshu cylindrical screw formula adds heat pipe being axially equally spaced along above-mentioned tank body.Generally, send out
The volume of ferment tank is the biggest, for making tank interior keep uniform temperature, tank interior the most spatially its
The scope of required heating is the biggest, if a fermentation tank only uses one section of cylindrical screw formula to add heat pipe, protect
Uniform heating in card fermentation tank inner vertical space, it is necessary to longer cylindrical screw formula adds heat pipe, then can
Causing cylindrical screw formula to add heat pipe itself and bear a heavy burden relatively big, cylindrical screw formula adds inside heat pipe and there is bigger stress,
Being unfavorable for that above-mentioned cylindrical screw formula adds the life-time service of heat pipe, the most above-mentioned cylindrical screw formula adds heat pipe and can be divided into
Multistage, and multistage above-mentioned cylindrical screw formula adds heat pipe being axially equally spaced along above-mentioned tank body, then protect
The uniform heating of multiple positions such as card tank interior in the vertical direction upper, middle and lower.
As further improvement of the utility model, any two sections of adjacent above-mentioned cylindrical screw formulas add heat pipe it
Between shortest spacing be that above-mentioned cylindrical screw formula adds the diameter of heat pipe 2～4 times.When above-mentioned cylindrical screw formula adds
Diameter one timing of heat pipe, if the shortest spacing that adjacent two sections of cylindrical screw formulas add between heat pipe is too small, then may be used
Tank interior heat can be caused relatively big, and tank interior temperature is higher, is unfavorable for the fermentation of tank interior material,
Will also result in the waste of the energy, if the shortest spacing that adjacent two sections of cylindrical screw formulas add between heat pipe is excessive,
Causing the most again the heat skewness on tank interior vertical direction, tank interior local location temperature is relatively low,
Also the fermentation of tank interior material it is unfavorable for, in conjunction with certain experimentation, any two sections of adjacent above-mentioned circles
Shortest spacing between post spiral type heated pipe is preferably 2～4 times that above-mentioned cylindrical screw formula adds the diameter of heat pipe
Time, can maximum possible guarantee tank interior heat distribution uniform.
As further improvement of the utility model, it is 70～90mm that above-mentioned cylindrical screw formula adds the internal diameter of heat pipe,
It is 2～4 sections that above-mentioned cylindrical screw formula adds the quantity of heat pipe, and each section of above-mentioned cylindrical screw formula adds the number of turns of heat pipe
It is 3～6 circles.If the internal diameter that above-mentioned cylindrical screw formula adds heat pipe is too small, then heat exchange area is little, and the efficiency of heating surface is low,
Tank interior temperature is relatively low, is unfavorable for tank interior material fermentation, and if above-mentioned cylindrical screw formula adds heat pipe
Internal diameter excessive, although the efficiency of heating surface uprises, but cylindrical screw formula adds heat pipe itself and bears a heavy burden relatively big, inside it
There is bigger stress, be unfavorable for that cylindrical screw formula adds the life-time service of heat pipe, and internal diameter increase also can increase
Above-mentioned cylindrical screw formula adds production and the manufacturing cost of heat pipe, is unfavorable for that the popularization of this utility model fermentation tank makes
With, therefore, cylindrical screw formula used by this utility model fermentation tank adds the internal diameter of heat pipe and is preferably 70～90mm；
It is relevant with the temperature of tank interior that above-mentioned cylindrical screw formula adds the quantity of heat pipe, and its quantity is the most, tank interior
Temperature the highest, if but quantity is too much, then tank interior temperature may be caused too high, be unfavorable for tank body
The fermentation of materials inside, and production and the use cost of this utility model fermentation tank can be increased, if above-mentioned circle
The quantity of post spiral type heated pipe is very few, causes again tank interior temperature too low, is unfavorable for the internal thing of fermentation tank
The fermentation of material, therefore, cylindrical screw formula used by this utility model fermentation tank adds the quantity of heat pipe and is preferably 2～4
Section；When above-mentioned cylindrical screw formula adds pitch one timing of heat pipe, and each section of cylindrical screw formula adds the number of turns of heat pipe
The most, its interval range that vertically spatially can heat in tank interior is the biggest, but the increase of the number of turns
Also can increase cylindrical screw formula and add the heavy burden of heat pipe itself, cause cylindrical screw formula to add the increasing of heat pipe internal stress
Greatly, it is unfavorable for that cylindrical screw formula adds the life-time service of heat pipe, therefore, each used by this utility model fermentation tank
Section cylindrical screw formula adds the number of turns of heat pipe and is preferably 3～6 circles.
As further improvement of the utility model, add in above-mentioned cylindrical screw formula and arrange on the outer surface of heat pipe
There is radiating fin.Use this structure, cylindrical screw formula can be increased further and add the heat exchange efficiency of heat pipe, have
It is beneficial to ensure the temperature of the tank interior of this utility model fermentation tank.
As further improvement of the utility model, above-mentioned cylindrical screw formula adds the import of heat pipe higher than described circle
The outlet of post spiral type heated pipe.Using this structure, in use, entrance cylindrical screw formula adds heat pipe and enters
Mouthful hot water, easily can flow to exit to complete heat exchange from import along helical structure under gravity,
Make to enter the hot water adding in heat pipe and need not other driving means to complete heat exchange, decrease the wave of energy
Take.
As further improvement of the utility model, it is Q235 that above-mentioned cylindrical screw formula adds the material used by heat pipe
Steel.Q235 steel carbon containing is moderate, and combination property is preferable, and the performance such as intensity, plasticity and welding is preferably coordinated,
Cylindrical screw formula used by this utility model fermentation tank can be met and add the use condition of heat pipe, and compare special with other
For different steel, its low price, reduces production and the use cost of this utility model fermentation tank.
As further improvement of the utility model, above-mentioned fermentation tank also includes the lid matched with above-mentioned tank body
Body, agitator and feeding packing auger；Above-mentioned agitator is arranged at above-mentioned tank interior, and above-mentioned feeding packing auger is arranged
Top in above-mentioned tank body.
Accompanying drawing explanation
The following drawings is only intended to schematically illustrate this utility model and explain, does not limit this utility model
Scope.
Fig. 1 is structure and the schematic diagram of installation site of serpentine heating pipe used by fermentation tank in the middle of prior art；
Fig. 2 is structure and the installation site that cylindrical screw formula used by this utility model embodiment fermentation tank adds heat pipe
Schematic diagram；
Fig. 3 is the structural representation of this utility model embodiment fermentation tank.
Detailed description of the invention
Below in conjunction with the accompanying drawing in this utility model embodiment, to the technical side in this utility model embodiment
Case is clearly and completely described, it is clear that described embodiment is only that this utility model part is real
Execute example rather than whole embodiments.Based on the embodiment in this utility model, ordinary skill people
The every other embodiment that member is obtained under not making creative work premise, broadly falls into this utility model
The scope of protection.
In conjunction with Fig. 2, this utility model embodiment provides a kind of fermentation tank 2, and it includes tank body 21 and cylinder
Spiral type heated pipe 22；Above-mentioned cylindrical screw formula adds heat pipe 22 and is positioned at tank body 21 inside, and above-mentioned cylinder
The central shaft around axle with above-mentioned tank body 21 of spiral type heated pipe 22 coincides；The diameter of above-mentioned tank body 21
350 times of diameter of heat pipe 22 are added for above-mentioned cylindrical screw formula；Above-mentioned cylindrical screw formula adds entering of heat pipe 22
Mouth 221 is higher than outlet 222.
Using this structure, during use, hot water is injected in the import 221 adding heat pipe 22 in above-mentioned cylindrical screw formula,
Under gravity, enter hot water therein can very flow to easily along the sped structure adding heat pipe
State cylindrical screw formula and add the outlet 222 of heat pipe 22 to complete to heat, owing to above-mentioned cylindrical screw formula adds heat pipe
22, in the bending place 12 (referring to Fig. 1) vertically spatially not having serpentine heating pipe 11 to be had, are difficult to appearance
Gas collection phenomenon, thus heat exchange efficiency is greatly improved, and heat exchange water is in cylindrical screw formula adds heat pipe 22
Flowing is entirely and completes under gravity, it is not necessary to other driving means, decreases the waste of energy；
The central shaft of cincture axle and tank body 21 that cylindrical screw formula adds heat pipe 22 coincides and refers to that two axles substantially overlap,
The design of this structure ensure that cylindrical screw formula adds heat pipe 22 and heats the most uniformly tank body 21 is internal；
The relation of the diameter that the diameter of above-mentioned tank body 21 and cylindrical screw formula add heat pipe 22 will affect cylindrical screw formula
Add heat pipe 22 to the heating within tank body 21, when diameter one timing of tank body 21, if cylindrical screw formula used
The diameter adding heat pipe 22 is the least, is just difficult to ensure that the heating in its especially centre internal to tank body 21,
If the diameter that cylindrical screw formula used adds heat pipe 22 is very big, the heat that cylindrical screw adds heat pipe 22 supply is too much,
Cause the most again tank body 21 internal temperature too high, be unfavorable for the fermentation of tank body 21 materials inside, in conjunction with certain
Experimentation, during 350 times of the diameter that a diameter of above-mentioned cylindrical screw formula of above-mentioned tank body 21 adds heat pipe 22,
The internal preferably heat supply of above-mentioned tank body 21 can be ensured.Herein, the diameter of tank body 21 and above-mentioned cylindrical screw formula
Add the preferred version that the multiple proportion between the diameter of heat pipe 22 is this utility model embodiment, it is impossible to
As the restriction to this utility model fermentation tank 2 practical range, its multiple proportion can be between 300～400
Arbitrary value, if a diameter of above-mentioned cylindrical screw formula of above-mentioned tank body 21 adds 300 times of the diameter of heat pipe 22,
The heat supply within tank body 21 can also be ensured, but tank body 21 internal heat is relatively big, the heat within tank body 21
Can spill in the middle of air by tank body 21, cause the waste of the energy；And if above-mentioned tank body 21 is a diameter of
Above-mentioned cylindrical screw formula adds 400 times of the diameter of heat pipe 22, it is also ensured that the heat supply within tank body 21,
But the temperature within tank body 21 can be relatively low, unfavorable to producing, therefore preferably 350 times.
Further, the distance that above-mentioned cylindrical screw formula adds between the inwall of heat pipe 22 and above-mentioned tank body 21 is
80mm.If it is too small or connect that above-mentioned cylindrical screw formula adds the distance between heat pipe 22 with the inwall of tank body 21
Closing, the installation that the most above-mentioned cylindrical screw formula adds heat pipe 22 is relatively easy, but the design of this structure causes cylinder
A part of heat transmission in spiral type heated pipe 22 gives the inwall of tank body 21, and is not used directly to add
Material within hot tank body 21, causes the waste of heat；If but above-mentioned cylindrical screw formula adds heat pipe 22 and tank
Distance between the inwall of body 21 is excessive, causes again installing inconvenience, adds the peace of this utility model fermentation tank
Dress use cost, comprehensive Btu utilization and installation cost two aspect factor, above-mentioned cylindrical screw formula adds heat pipe 22
And the distance between the inwall of above-mentioned tank body 21 is preferably 80mm.Herein, above-mentioned cylindrical screw formula adds heat pipe
Distance value between 22 and the inwall of above-mentioned tank body 21 is a preferred version of this utility model embodiment,
Cannot function as the restriction to this utility model fermentation tank 2 practical range, its concrete distance value needs according to actual feelings
Condition is set.
Further, above-mentioned cylindrical screw formula adds the pitch of heat pipe 22 is that above-mentioned cylindrical screw formula adds heat pipe 22
3 times of diameter.When above-mentioned cylindrical screw formula adds a diameter of certain value of heat pipe 22, if above-mentioned cylinder
The pitch of spiral type heated pipe 22 is excessive, then may result in tank body 21 inner vertical spatially heat and be distributed not
All, if the pitch that above-mentioned cylindrical screw formula adds heat pipe 22 is too small, tank body 21 inner vertical space is caused the most again
Upper heat is excessive, and tank body 21 internal temperature is too high, is unfavorable for the fermentation of tank body 21 materials inside, in conjunction with one
Fixed experimentation, it is that above-mentioned cylindrical screw formula adds heat pipe 22 that above-mentioned cylindrical screw formula adds the pitch of heat pipe 22
3 times of diameter time, both can ensure that tank body 21 internal heat was distributed uniform, the biggest possible avoiding
The phenomenon that tank body 21 internal temperature is too high.Herein, above-mentioned cylindrical screw formula adds the pitch of heat pipe 22 with above-mentioned
Cylindrical screw formula add the multiple proportion between the diameter of heat pipe 22 be one of this utility model embodiment preferably
Scheme, it is impossible to as the restriction to this utility model fermentation tank 2 practical range, above-mentioned multiple proportion needs to combine
Depending on practical situation.
Further, it is 3 sections that above-mentioned cylindrical screw formula adds the quantity of heat pipe 22,3 sections of above-mentioned cylindrical screw formulas
Add heat pipe 22 being axially equally spaced along above-mentioned tank body 21.Generally, this utility model is sent out
The volume of ferment tank 2 is relatively big, and in order to make, tank body 21 is internal keeps uniform temperature, empty at tank body 21 inner vertical
Between scope of its required heating upper the biggest, if for a fermentation tank 2 one section of cylindrical screw formula of use
Add heat pipe 22, it is ensured that the uniform heating in fermentation tank 2 inner vertical space, it is necessary to longer cylinder spiral shell
The rotating heat pipe 22 that adds, then can cause cylindrical screw formula to add heat pipe 22 itself and bear a heavy burden relatively big, and cylindrical screw formula adds
Heat pipe 22 is internal exists bigger stress, is unfavorable for that above-mentioned cylindrical screw formula adds the life-time service of heat pipe 22,
Therefore, the quantity that above-mentioned cylindrical screw formula adds heat pipe 22 is preferably 3 sections, and 3 sections of above-mentioned cylindrical screw formulas add
Heat pipe 22 is axially equally spaced along above-mentioned tank body 21, then ensure that tank body 21 is internal at vertical direction
The uniform heating of three positions, upper upper, middle and lower.Herein, above-mentioned cylindrical screw formula add heat pipe 22 quantity and
It is at the preferred version that the distribution mode within tank body 21 is this utility model embodiment, it is impossible to as
Restriction to this utility model fermentation tank 2 practical range, above-mentioned cylindrical screw formula add heat pipe 22 quantity and
Depending on distribution mode is both needed to combine practical situation.
Further, any two sections of adjacent above-mentioned cylindrical screw formulas add the shortest spacing between heat pipe 22 is upper
State that cylindrical screw formula adds the diameter of heat pipe 22 3 times.When above-mentioned cylindrical screw formula adds the diameter one of heat pipe 22
Regularly, if the shortest spacing that adjacent two sections of cylindrical screw formulas add between heat pipe 22 is too small, then tank body may be caused
21 internal heat are relatively big, and tank body 21 internal temperature is higher, is unfavorable for the fermentation of tank body 21 materials inside, also
The waste of the energy can be caused, if the shortest spacing that adjacent two sections of cylindrical screw formulas add between heat pipe 22 is excessive,
Cause the most again the heat skewness on tank body 21 inner vertical direction, the internal local location temperature of tank body 21
Relatively low, be also unfavorable for the fermentation of tank body 21 materials inside, in conjunction with certain experimentation, any two sections adjacent
Above-mentioned cylindrical screw formula add the shortest spacing between heat pipe 22 and be preferably above-mentioned cylindrical screw formula and add heat pipe 22
3 times of diameter time, can maximum possible ensure the uniform of tank body 21 internal heat distribution.Herein, arbitrarily
Two sections of adjacent above-mentioned cylindrical screw formulas add the shortest spacing between heat pipe 22 and the heating of above-mentioned cylindrical screw formula
Multiple proportion between the diameter of pipe 22 is a preferred version of this utility model embodiment, it is impossible to as
Restriction to this utility model fermentation tank 2 practical range, above-mentioned multiple value needs to be set according to practical situation.
Further, it is 80mm that above-mentioned cylindrical screw formula adds the internal diameter of heat pipe 22, each section of above-mentioned cylinder spiral shell
The rotating number of turns adding heat pipe 22 is 4 circles.If the internal diameter that above-mentioned cylindrical screw formula adds heat pipe 22 is too small, then change
Hot side amasss little, and the efficiency of heating surface is low, and tank body 21 internal temperature is relatively low, is unfavorable for that tank body 21 materials inside is fermented,
And if internal diameter that above-mentioned cylindrical screw formula adds heat pipe 22 is excessive, although the efficiency of heating surface uprises, but cylindrical screw
Formula adds heat pipe 22 itself and bears a heavy burden relatively big, and the stress that its internal existence strengthens is unfavorable for that cylindrical screw formula adds heat pipe
The life-time service of 22, and internal diameter increase also can increase above-mentioned cylindrical screw formula and add production and the manufacture of heat pipe 22
Cost, is unfavorable for promoting the use of of this utility model fermentation tank 2, therefore, this utility model fermentation tank 2 institute
The internal diameter adding heat pipe 22 by cylindrical screw formula is preferably 80mm；When above-mentioned cylindrical screw formula adds heat pipe 22
Pitch one timing, the number of turns that each section of cylindrical screw formula adds heat pipe 22 is the most, and it is at tank body 21 inner vertical
The interval range that spatially can heat is the biggest, but the increase of the number of turns also can increase the heating of cylindrical screw formula
The heavy burden of pipe 22 itself, causes cylindrical screw formula to add the increase of heat pipe 22 internal stress, is unfavorable for cylinder spiral shell
The rotating life-time service adding heat pipe 22, therefore, each section of cylindrical screw formula used by this utility model fermentation tank 2
The number of turns adding heat pipe 22 is preferably 4 circles.Herein, above-mentioned cylindrical screw formula add heat pipe 22 internal diameter size and
The number of turns value that each section of above-mentioned cylindrical screw formula adds heat pipe 22 be one of this utility model embodiment preferably
Scheme, it is impossible to as the restriction to this utility model fermentation tank 2 practical range, above-mentioned internal diameter size and the number of turns
Size needs to be set according to practical situation.
Further, it is annulus that above-mentioned cylindrical screw formula adds the cross section of heat pipe 22, and its material used is Q235
Steel.In the case of the area of section adding hot channel is identical, the structure of annulus so that above-mentioned cylindrical screw formula
Add heat pipe 22 and obtain bigger heat exchange area, heat exchange efficiency can be increased further, advantageously ensure that this practicality is new
The temperature within tank body 21 of type fermentation tank 2；And Q235 steel carbon containing is moderate, combination property is preferable, intensity,
The performance such as plasticity and welding is preferably coordinated, and can meet cylindrical screw formula used by this utility model fermentation tank 2
Add the use condition of heat pipe 22, and compare with other special steels for, its low price, reduce this practicality new
The production of type fermentation tank 2 and use cost.Herein, above-mentioned cylindrical screw formula add heat pipe 22 cross sectional shape and
Its material therefor is a preferred version of this utility model embodiment, it is impossible to send out as to this utility model
The restriction of ferment tank 2 practical range, depending on its cross sectional shape and material therefor are both needed to combine practical situation.
In conjunction with Fig. 3, further, this utility model fermentation tank 2 also includes the lid matched with above-mentioned tank 21
Body 23, agitator 24 and feeding packing auger 25；It is internal that above-mentioned agitator 24 is arranged at above-mentioned tank body 21, on
State feeding packing auger 25 and be arranged at the top of above-mentioned tank body 21.In use, above-mentioned feeding packing auger 25 is for thing
The input of material, the material within tank body 21 can be stirred by above-mentioned agitator 24.
In the description of the present application, the direction of arrow of the X-axis in accompanying drawing 2 is defined as vertical top, and incites somebody to action
What it was contrary is reversely defined as the vertical lower section of numerical value, the parts definition for any parts, near top
For top or top, it is defined as bottom or bottom near the position of lower section.It is to be appreciated that term
" vertically ", " level ", " top ", " interior ", " outward ", " axially ", " circumferential " etc. refer to
The orientation shown or position relationship, for based on orientation shown in the drawings or position relationship, are for only for ease of description originally
Utility model and simplification describe rather than indicate or imply that the device of indication or element must have specific side
Position, with specific azimuth configuration and operation, therefore it is not intended that to restriction of the present utility model.
Above an embodiment of the present utility model is described in detail, but described content has been only this practicality
Novel preferred embodiment, it is impossible to be considered for limiting practical range of the present utility model.Fan Yiben is practical
Equalization change and the improvement that novel application range is made, all should belong to patent covering scope of the present utility model
Within.
Claims (10)
1. a fermentation tank, it is characterised in that described fermentation tank includes that tank body and cylindrical screw formula add heat pipe；
Described cylindrical screw formula adds heat pipe and is positioned at described tank interior, and described cylindrical screw formula adds heat pipe
Central shaft around axle with described tank body coincides；
The a diameter of described cylindrical screw formula of described tank body adds 300～400 times of the diameter of heat pipe.
2. according to fermentation tank described in claim 1, it is characterised in that described cylindrical screw formula add heat pipe with
The inwall of described tank body engages, or described cylindrical screw formula adds between the inwall of heat pipe and described tank body
Distance is 50～100mm.
3. according to fermentation tank described in claim 2, it is characterised in that described cylindrical screw formula adds heat pipe
Pitch is 2～4 times that described cylindrical screw formula adds the diameter of heat pipe.
4. according to fermentation tank according to any one of Claim 1-3, it is characterised in that described cylindrical screw
It is multistage that formula adds the quantity of heat pipe, and cylindrical screw formula described in multistage adds axially equidistant along described tank body of heat pipe
Ground is spaced apart.
Fermentation tank the most according to claim 4, it is characterised in that any two sections of adjacent described cylinder spiral shells
The rotating shortest spacing that adds between heat pipe is 2～4 times that described cylindrical screw formula adds the diameter of heat pipe.
Fermentation tank the most according to claim 5, it is characterised in that described cylindrical screw formula adds the interior of heat pipe
Footpath is 70～90mm, and it is 2～4 sections that described cylindrical screw formula adds the quantity of heat pipe, each section of described cylindrical screw
It is 3～6 circles that formula adds the number of turns of heat pipe.
7. according to fermentation tank according to any one of Claim 1-3, it is characterised in that at described cylinder spiral shell
It is provided with radiating fin on the rotating outer surface adding heat pipe.
8. according to fermentation tank according to any one of Claim 1-3, it is characterised in that described cylindrical screw
Formula adds the import of heat pipe and adds the outlet of heat pipe higher than described cylindrical screw formula.
9. according to fermentation tank according to any one of Claim 1-3, it is characterised in that described cylindrical screw
It is Q235 steel that formula adds the material used by heat pipe.
10. according to fermentation tank according to any one of Claim 1-3, it is characterised in that described fermentation tank
Also include lid, agitator and the feeding packing auger matched with described tank body；
Described agitator is arranged at described tank interior, and described feeding packing auger is arranged at the top of described tank body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620307793.6U CN205590664U (en) | 2016-04-13 | 2016-04-13 | Fermentation tank |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620307793.6U CN205590664U (en) | 2016-04-13 | 2016-04-13 | Fermentation tank |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205590664U true CN205590664U (en) | 2016-09-21 |
Family
ID=56922926
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620307793.6U Expired - Fee Related CN205590664U (en) | 2016-04-13 | 2016-04-13 | Fermentation tank |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205590664U (en) |
-
2016
- 2016-04-13 CN CN201620307793.6U patent/CN205590664U/en not_active Expired - Fee Related
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