CN207793094U - A kind of organic fertilizer production auto temperature controlled system - Google Patents
A kind of organic fertilizer production auto temperature controlled system Download PDFInfo
- Publication number
- CN207793094U CN207793094U CN201820055610.5U CN201820055610U CN207793094U CN 207793094 U CN207793094 U CN 207793094U CN 201820055610 U CN201820055610 U CN 201820055610U CN 207793094 U CN207793094 U CN 207793094U
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- Prior art keywords
- pipeline section
- cooling
- drying
- cooling pipeline
- reduction gearing
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Abstract
The utility model is related to organic fertilizer production fields, more particularly to a kind of organic fertilizer production auto temperature controlled system, it includes heating pipeline section, dry pipeline section and cooling pipeline section, it heats and is equipped with feed inlet above pipeline section, end is equipped with hot-air mouth, belt conveyor and temperature controller are installed in heating pipeline section, drying pipeline section gear is set in the middle part of drying pipeline section, drying pipeline section gear is meshed with drying pipeline section reduction gearing, pipeline section reduction gearing is dried to be driven by drying pipeline section driving motor, auger mechanism is installed along extending direction in drying pipeline section, fixing sleeve is equipped with cooling pipeline section gear on the middle part outer wall of cooling pipeline section, cooling pipeline section gear is meshed with cooling pipeline section reduction gearing, cooling pipeline section reduction gearing is by cooling down the driving of pipeline section driving motor, cooling pipeline section auger mechanism is installed along extending direction in cooling pipeline section.Apparatus structure provided by the utility model is simple, temperature automatically controlled and realization uniformly drying and cooling.
Description
Technical field
The utility model is related to organic fertilizer production field more particularly to a kind of organic fertilizer production auto temperature controlled systems.
Background technology
There is a large amount of stalk to generate every year in China rural area, major part stalk was all on-site incineration in the past, was made to environment
At serious pollution, not only reduce environmental pollution using stalk manufacture organic fertilizer, but also advantageous to the growth of crops, and reduce
Erosion to soil, country are encouraged peasant to be carried out the production of organic fertilizer using stalk and excrement, have there is many organic fertilizers now
Manufacturing enterprise comes into being.Temperature control is that organic fertilizer production compares the key link, its temperature of existing organic fertilizer production enterprise
Degree is difficult to realize to be automatically controlled, and can not achieve uniformly drying and cooling.
Utility model content
It is temperature automatically controlled and realize uniformly drying and cold the technical problem to be solved by the utility model is to provide simple in structure
But a kind of organic fertilizer production auto temperature controlled system.
The utility model is to be achieved by the following technical programs：
A kind of organic fertilizer production auto temperature controlled system comprising heating pipeline section, drying pipeline section and the cooling tube set gradually
Section, heating pipeline section top are equipped with feed inlet, and end is equipped with hot-air mouth, heat and are equipped with belt conveyor and temperature control in pipeline section
Device, drying pipeline section are rotatablely connected with the other end end for heating pipeline section, dry fixing sleeve on the middle part outer wall of pipeline section and drying is housed
Pipeline section gear, drying pipeline section gear are meshed with drying pipeline section reduction gearing, and drying pipeline section reduction gearing is driven by drying pipeline section
Motor drives, and drying pipeline section auger mechanism is equipped with along extending direction in drying pipeline section, dries and leads between pipeline section and cooling pipeline section
Belt conveyor is crossed to be connected, fixing sleeve is equipped with cooling pipeline section gear on the middle part outer wall of cooling pipeline section, cooling pipeline section gear with
Cooling pipeline section reduction gearing is meshed, and cooling pipeline section reduction gearing is prolonged by cooling down the driving of pipeline section driving motor, the cooling interior edge of pipeline section
It stretches direction and cooling pipeline section auger mechanism is installed.
Further, heating pipeline section outer wall is coated with insulating layer.
Further, it dries and is respectively provided with drying pipeline section reinforcing cuff at the both ends and center contact of pipeline section, drying pipeline section adds
Gu cuff is held by reinforcing the matched drying pipeline section reinforcing conduit saddle of cuff with drying pipeline section.
Further, it is respectively provided with cooling pipeline section rigidized cover hoop at the both ends of cooling pipeline section and center contact, cooling pipeline section adds
Gu cuff with the cooling matched cooling pipeline section reinforcing pipe support of pipeline section rigidized cover hoop by holding.
The advantageous effect of utility model
A kind of organic fertilizer production auto temperature controlled system comprising heating pipeline section, drying pipeline section and the cooling tube set gradually
Section, heating pipeline section top are equipped with feed inlet, and end is equipped with hot-air mouth, heat and are equipped with belt conveyor and temperature control in pipeline section
Device, in this way, the control terminal of temperature controller is connect with the air-heater motor blown to hot-air mouth, it can be according to setting temperature
The start and stop of degree control air-heater motor, are conducive to energy saving, reduce cost.
It dries pipeline section and is rotatablely connected with the other end end for heating pipeline section, dry fixing sleeve on the middle part outer wall of pipeline section and be equipped with
Pipeline section gear is dried, drying pipeline section gear is meshed with drying pipeline section reduction gearing, and drying pipeline section reduction gearing is by drying pipeline section
Driving motor drives, and auger mechanism is equipped with along extending direction in drying pipeline section, dries the rotation of pipeline section driving motor, driving in this way
The rotation of pipeline section reduction gearing is dried, the diameter of drying pipeline section reduction gearing is less than drying pipeline section gear, can reduce drying pipeline section
The rotating speed of gear further makes drying pipeline section low speed rotation, so that the material for entering drying pipeline section by heating pipeline section is carried out fully equal
Even air-dries, and travels forward along auger mechanism.
It is connected by belt conveyor between drying pipeline section and cooling pipeline section, fixing sleeve on the middle part outer wall of cooling pipeline section
Equipped with cooling pipeline section gear, cooling pipeline section gear is meshed with cooling pipeline section reduction gearing, and cooling pipeline section reduction gearing is by cooling down
Pipeline section driving motor drives, and cooling pipeline section auger mechanism is equipped with along extending direction in cooling pipeline section, pipeline section driving cooling in this way
Motor rotates, and cooling pipeline section reduction gearing rotation, the diameter of cooling pipeline section reduction gearing is driven to be less than cooling pipeline section gear, can be with
The rotating speed for reducing cooling pipeline section gear further makes cooling pipeline section low speed rotation, makes to be entered through belt conveyor by drying pipeline section
The material of cooling pipeline section carries out full and uniform cooling, and moves forward to subsequent processing along auger mechanism.
Heating pipeline section outer wall is coated with insulating layer, is conducive to the heat insulation effect for heating pipeline section in this way.
Dry pipeline section both ends and center contact at be respectively provided with drying pipeline section reinforce cuff, drying pipeline section reinforce cuff by
The matched drying pipeline section reinforcing conduit saddle of cuff is reinforced with drying pipeline section to hold, and is distinguished at the both ends of cooling pipeline section and center contact
Equipped with cooling pipeline section rigidized cover hoop, cooling pipeline section rigidized cover hoop with the matched cooling pipeline section of cooling pipeline section rigidized cover hoop by reinforcing
Conduit saddle is held, in this way, drying pipeline section and cooling pipeline section is not only made to be formed with power support, intensity enhancing, and rotation is made to transport
Capable is more stable.
Description of the drawings
Fig. 1 is the utility model main structure diagram；
1. hot-air mouth in figure, 2. feed inlets, 3. drying pipeline sections reinforce cuff, 4. drying pipeline section auger mechanisms, 5. drying pipes
Section gear, 6. drying pipeline sections, 7. intermediate belt conveyers, 8. cooling pipeline sections, 9. cooling pipeline section gears, 10. cooling pipeline section augers
Mechanism, 11. cooling pipeline section rigidized cover hoops, 12. cooling pipeline section reinforcing pipe supports, 13. cooling pipeline section driving motors, 14. cooling pipeline sections
Reduction gearing, 15. drying pipeline sections reinforce conduit saddle, 16. drying pipeline section driving motors, 17. drying pipeline section reduction gearing, 18. heating
Pipeline section belt conveyor, 19. heating pipeline sections, 20. temperature controllers.
Specific implementation mode
A kind of organic fertilizer production auto temperature controlled system comprising heating pipeline section 19, drying pipeline section 6 and the cooling set gradually
Pipeline section 8, heating pipeline section top are equipped with feed inlet 2, and end is equipped with hot-air mouth 1, it is defeated that heating pipeline section belt is equipped in heating pipeline section
Machine 18 and temperature controller 20, drying pipeline section is sent to be rotatablely connected, dried outside the middle part of pipeline section with the other end end for heating pipeline section
Fixing sleeve is meshed equipped with drying pipeline section gear 5, drying pipeline section gear with drying pipeline section reduction gearing 17 on wall, and drying pipeline section subtracts
Fast gear is driven by drying pipeline section driving motor 16, is equipped with drying pipeline section auger mechanism 4 along extending direction in drying pipeline section, is dried
It is connected by intermediate belt conveyer 7 between main pipe section and cooling pipeline section, fixing sleeve is equipped on the middle part outer wall of cooling pipeline section
Cooling pipeline section gear 9, cooling pipeline section gear are meshed with cooling pipeline section reduction gearing 14, and cooling pipeline section reduction gearing is by cooling tube
Section driving motor 13 drives, and cooling pipeline section auger mechanism 10 is equipped with along extending direction in cooling pipeline section.
Further, heating pipeline section outer wall is coated with insulating layer (not shown).
Further, it dries and is respectively provided with drying pipeline section reinforcing cuff 3 at the both ends and center contact of pipeline section, drying pipeline section adds
Gu cuff is held by reinforcing the matched drying pipeline section reinforcing conduit saddle 15 of cuff with drying pipeline section.
Further, cooling pipeline section rigidized cover hoop 11, cooling pipeline section are respectively provided at the both ends of cooling pipeline section and center contact
Cuff is reinforced by being held with the matched cooling pipeline section reinforcing pipe support of cooling pipeline section rigidized cover hoop 12.
The temperature controller is existing commercial product.
Due to a kind of organic fertilizer production auto temperature controlled system comprising the heating pipeline section that sets gradually, drying pipeline section and cold
But pipeline section, heating pipeline section top are equipped with feed inlet, and end is equipped with hot-air mouth, heats in pipeline section and is equipped with belt conveyor and temperature
Controller can be according to setting in this way, the control terminal of temperature controller is connect with the air-heater motor blown to hot-air mouth
Constant temperature degree controls the start and stop of air-heater motor, is conducive to energy saving, reduces cost.
It dries pipeline section and is rotatablely connected with the other end end for heating pipeline section, dry fixing sleeve on the middle part outer wall of pipeline section and be equipped with
Pipeline section gear is dried, drying pipeline section gear is meshed with drying pipeline section reduction gearing, and drying pipeline section reduction gearing is by drying pipeline section
Driving motor drives, and auger mechanism is equipped with along extending direction in drying pipeline section, dries the rotation of pipeline section driving motor, driving in this way
The rotation of pipeline section reduction gearing is dried, the diameter of drying pipeline section reduction gearing is less than drying pipeline section gear, can reduce drying pipeline section
The rotating speed of gear further makes drying pipeline section low speed rotation, so that the material for entering drying pipeline section by heating pipeline section is carried out fully equal
Even air-dries, and travels forward along auger mechanism.
It is connected by belt conveyor between drying pipeline section and cooling pipeline section, fixing sleeve on the middle part outer wall of cooling pipeline section
Equipped with cooling pipeline section gear, cooling pipeline section gear is meshed with cooling pipeline section reduction gearing, and cooling pipeline section reduction gearing is by cooling down
Pipeline section driving motor drives, and cooling pipeline section auger mechanism is equipped with along extending direction in cooling pipeline section, pipeline section driving cooling in this way
Motor rotates, and cooling pipeline section reduction gearing rotation, the diameter of cooling pipeline section reduction gearing is driven to be less than cooling pipeline section gear, can be with
The rotating speed for reducing cooling pipeline section gear further makes cooling pipeline section low speed rotation, makes to be entered through belt conveyor by drying pipeline section
The material of cooling pipeline section carries out full and uniform cooling, and moves forward to subsequent processing along auger mechanism.
Heating pipeline section outer wall is coated with insulating layer, is conducive to the heat insulation effect for heating pipeline section in this way.
Dry pipeline section both ends and center contact at be respectively provided with drying pipeline section reinforce cuff, drying pipeline section reinforce cuff by
The matched drying pipeline section reinforcing conduit saddle of cuff is reinforced with drying pipeline section to hold, and is distinguished at the both ends of cooling pipeline section and center contact
Equipped with cooling pipeline section rigidized cover hoop, cooling pipeline section rigidized cover hoop with the matched cooling pipeline section of cooling pipeline section rigidized cover hoop by reinforcing
Conduit saddle is held, in this way, drying pipeline section and cooling pipeline section is not only made to be formed with power support, intensity enhancing, and rotation is made to transport
Capable is more stable.
The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the utility model, for this
For the technical staff in field, various modifications and changes may be made to the present invention.It is all in the spirit and principles of the utility model
Within, any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.
Claims (4)
1. a kind of organic fertilizer production auto temperature controlled system, which is characterized in that including set gradually heating pipeline section, drying pipeline section and
Cooling pipeline section, heating pipeline section top are equipped with feed inlet, and end is equipped with hot-air mouth, it is defeated that heating pipeline section belt is equipped in heating pipeline section
Machine and temperature controller, drying pipeline section is sent to be rotatablely connected, dried on the middle part outer wall of pipeline section with the other end end for heating pipeline section
Fixing sleeve is meshed equipped with drying pipeline section gear, drying pipeline section gear with drying pipeline section reduction gearing, dries pipeline section reduction gearing
By drying pipeline section driving motor drive, drying pipeline section in along extending direction is equipped with drying pipeline section auger mechanism, drying pipeline section with
It is connected by intermediate belt conveyer between cooling pipeline section, fixing sleeve is equipped with cooling pipeline section tooth on the middle part outer wall of cooling pipeline section
Wheel, cooling pipeline section gear are meshed with cooling pipeline section reduction gearing, and cooling pipeline section reduction gearing is driven by cooling down pipeline section driving motor
It is dynamic, cooling pipeline section auger mechanism is installed along extending direction in cooling pipeline section.
2. a kind of organic fertilizer production auto temperature controlled system according to claim 1, which is characterized in that heating pipeline section outer wall packet
It is covered with insulating layer.
3. a kind of organic fertilizer production auto temperature controlled system according to claim 2, which is characterized in that dry the both ends of pipeline section
And be respectively provided with drying pipeline section at center contact and reinforce cuff, drying pipeline section reinforces cuff and is matched by reinforcing cuff with drying pipeline section
The drying pipeline section of conjunction is reinforced conduit saddle and is held.
4. a kind of organic fertilizer production auto temperature controlled system according to claim 3, which is characterized in that the both ends of cooling pipeline section
And cooling pipeline section rigidized cover hoop is respectively provided at center contact, cooling pipeline section rigidized cover hoop with cooling pipeline section rigidized cover hoop by matching
The cooling pipeline section reinforcing pipe support of conjunction is held.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820055610.5U CN207793094U (en) | 2018-01-12 | 2018-01-12 | A kind of organic fertilizer production auto temperature controlled system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820055610.5U CN207793094U (en) | 2018-01-12 | 2018-01-12 | A kind of organic fertilizer production auto temperature controlled system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207793094U true CN207793094U (en) | 2018-08-31 |
Family
ID=63271800
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820055610.5U Expired - Fee Related CN207793094U (en) | 2018-01-12 | 2018-01-12 | A kind of organic fertilizer production auto temperature controlled system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207793094U (en) |
-
2018
- 2018-01-12 CN CN201820055610.5U patent/CN207793094U/en not_active Expired - Fee Related
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180831 Termination date: 20220112 |