CN204830770U - Multi -functional hierarchical desiccator of wind energy - Google Patents
Multi -functional hierarchical desiccator of wind energy Download PDFInfo
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- CN204830770U CN204830770U CN201520555266.2U CN201520555266U CN204830770U CN 204830770 U CN204830770 U CN 204830770U CN 201520555266 U CN201520555266 U CN 201520555266U CN 204830770 U CN204830770 U CN 204830770U
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- winnowing
- air channel
- selection
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- storehouse
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Abstract
The utility model belongs to the technical field of organic and inorganic matter is handled, relate to multi -functional hierarchical desiccator of wind energy, including tertiary selection by winnowing stoving wind channel, the upper end in every grade of selection by winnowing stoving wind channel all communicates and separates the pressure release storehouse on having, the lower extreme all communicates and separates the pressure release storehouse under having, separate the pressure release storehouse from top to bottom all through pipeline and main exhaust piping intercommunication, separation pressure release storehouse communicates with next stage selection by winnowing stoving wind channel on going up the one -level, the material pipe is arranged to the lower part intercommunication raw materials in separation pressure release storehouse on the third level, the discharging pipe of material feeding unit's hopper and the well upper portion in first order selection by winnowing stoving wind channel intercommunication, the lower part of separating the pressure release storehouse down all is equipped with the row who has the valve and expects the pipe, dry trunk line is the air supply of tertiary selection by winnowing stoving wind channel respectively to be realized hierarchical selection by winnowing and stoving organic and the inorganic matter raw materials, the advantage is: the utility model has the advantages of reasonable structure design, reach stoving principle science in grades, degree of automation is high, and it is effectual to reach the stoving in grades, is applicable to self grading and the drying process organic and inorganic matter.
Description
Technical field
The utility model belongs to organic and inorganic matter processing technology field, refers in particular to the multi-functional classification drying machine of a kind of wind energy.
Background technology
Along with development and the technological progress of society, Chinese Urbanization construction process is constantly accelerated, what bring is the great difficult problem how being treated as urban construction of the organic and inorganic matter of municipal solid thereupon, at present, and processing method of inorganic matter organic for city mainly contains burning method, landfill method, composting process, biological treatment, wherein, organic and pulverizing that is inorganic matter is generally needed for burning method, classification, dry, the operations such as burning, organic and classification operation that is inorganic matter are mainly adopted to the method for manual grading skill, by metal, nonmetal, process respectively after too moist organic and inorganic matter classification, its weak point is: one to be that manual sort needs more artificial, waste a large amount of manpower and materials, two is that the cacogeusias such as many smelly, raw meat in organic and inorganic matter are unpleasant, and particularly some is with a large amount of bacteriums or germ, and manual sort can bring very large danger and work under bad environment, three is that production efficiency is low, and production cost is high.
Utility model content
The purpose of this utility model is to provide that a kind of production efficiency is high, production cost is low, can automatic classification the multi-functional classification drying machine of wind energy of drying.
The purpose of this utility model is achieved in that
The multi-functional classification drying machine of wind energy, comprise force 3 wind choosing and dry air channel, the upper end in every grade of selection by winnowing oven dry air channel is all communicated with separation pressure-relief storehouse, the top in upper separation pressure-relief storehouse is communicated with main exhaust piping by pipeline, first order selection by winnowing dries the middle and upper part of bottom by pipeline communication second level selection by winnowing oven dry air channel in the upper separation pressure-relief storehouse that air channel is communicated with, second level selection by winnowing dries the middle and upper part of bottom by pipeline communication third level selection by winnowing oven dry air channel in the upper separation pressure-relief storehouse that air channel is communicated with, the bottom that third level selection by winnowing dries the upper separation pressure-relief storehouse that air channel is communicated with is communicated with raw material drainage conduit, the middle and upper part that discharge nozzle and the first order selection by winnowing of the hopper of pay-off dry air channel is communicated with, all there is lower separation pressure-relief storehouse the lower end in every grade of selection by winnowing oven dry air channel by pipeline communication, each lower separation pressure-relief storehouse is all communicated with main exhaust piping by pipeline, the bottom that first order selection by winnowing dries the lower separation pressure-relief storehouse that air channel is communicated with is provided with the valvular metal charge drainage conduit of band, the bottom that second level selection by winnowing dries the lower separation pressure-relief storehouse that air channel is communicated with is provided with the valvular nonmetal material drainage conduit of band, the bottom that third level selection by winnowing dries the lower separation pressure-relief storehouse that air channel is communicated with is provided with the valvular wet feed drainage conduit of band, dry main pipeline is respectively force 3 wind choosing and dries air channel air-supply and realize classification selection by winnowing to organic and inorganic matter raw material and oven dry.
The upper end that above-mentioned every grade of selection by winnowing dries air channel is all communicated with horizontal duct, and the end of horizontal duct is all communicated with described upper separation pressure-relief storehouse.
By being with valvular pipeline communication between above-mentioned upper separation pressure-relief storehouse and main exhaust piping.
Above-mentioned every grade of selection by winnowing is dried between the lower separation pressure-relief storehouse corresponding with it, the lower end in air channel all by being with valvular pipeline communication.
Above-mentioned force 3 wind choosing is dried on air channel and is provided with pressure and temperature control device.
The concrete structure that above-mentioned dry main pipeline is respectively force 3 wind choosing oven dry air channel air-supply is: dry main pipeline is communicated with three tunnels and divides dry main pipeline, every road divides dry main pipeline to be that one-level selection by winnowing dries air channel air-supply, every road divides dry main pipeline to be divided into three road branch pipe(tube)s by three-way pipe again, and three road branch pipe(tube)s are upwards spaced from the lower end in every grade of selection by winnowing oven dry air channel and dry air channel with every grade of selection by winnowing and are communicated with.
Three above-mentioned road branch pipe(tube)s are all communicated with valve.
The choosing of above-mentioned force 3 wind dry air channel from lower end upwards spaced order be: the dry main pipeline in whirlwind district, main air duct, the wind nest of storage wind energy, whirlwind maker, material screening pipeline, horizontal charging line, the lower end that selection by winnowing dries air channel connects the lower pressure release storehouse of gas solid separation, the upper pressure release storehouse of upper end connection gas solid separation, described whirlwind send maker to be that the bypass line of three diverse location angles screens with material that pipeline is angled to be connected, make the wind sent form rotary wind, rotate up in material screening pipeline.
Above-mentioned main air duct, whirlwind maker are all communicated with valve.
The utility model gives prominence to compared to existing technology and useful technique effect is:
The utility model dries air channel and supporting machinery thereof by force 3 wind choosing, can automatically the metal in organic and inorganic matter, nonmetal, too moist organic and inorganic matter etc. be carried out automatic classification and be dried simultaneously, manually directly do not contact with inorganic matter with organic, stop or decrease bacterium or germ to the harm of human body, working environment improves greatly, what use is artificial few, and production cost is low, and production efficiency is high.
2, the utility model adopts multistage cyclone measure to organic and inorganic matter classification, make the wind sent form multiple whirlwind in selection by winnowing oven dry air channel and seethe district, this whirlwind seethes district can stir or pull organic and inorganic matter repeatedly, organic and inorganic matter is made to be convenient to scatter, improve the accuracy of classification and increase organic and oven dry face that is inorganic matter, being convenient to carry out further precise classification and flash baking to organic and inorganic matter.
3, reasonable in design of the present utility model, the classification of organic and inorganic matter and dry scientific in principle, automaticity is high, the classification of organic and inorganic matter and good drying effect, is applicable to automatic classification and the drying and processing of organic and inorganic matter.
Accompanying drawing explanation
Fig. 1 is structural principle schematic diagram of the present utility model.
Detailed description of the invention
The utility model is further described with specific embodiment below in conjunction with accompanying drawing, see Fig. 1:
The multi-functional classification drying machine of wind energy, comprises side by side, tilt and force 3 wind arranged in parallel choosing oven dry air channel 12, 17, 19, every grade of selection by winnowing dries air channel 12, 17, the upper end of 19 is all communicated with separation pressure-relief storehouse 14, 18, 20, upper separation pressure-relief storehouse 14, 18, the top of 20 is communicated with main exhaust piping 11 by pipeline 16, the bottom that first order selection by winnowing dries the upper separation pressure-relief storehouse 14 that air channel 12 is communicated with is communicated with by pipeline 31 middle and upper part that second level selection by winnowing dries air channel 17, the bottom that second level selection by winnowing dries the upper separation pressure-relief storehouse 18 that air channel 17 is communicated with is communicated with by pipeline 31 middle and upper part that third level selection by winnowing dries air channel 19, the bottom that third level selection by winnowing dries the upper separation pressure-relief storehouse 20 that air channel 19 is communicated with is communicated with raw material drainage conduit 32, the middle and upper part that discharge nozzle 30 and the first order selection by winnowing of the hopper 10 of pay-off dry air channel 12 is communicated with, and every grade of selection by winnowing dries air channel 12, 17, the lower end of 19 is all by pipeline 26, 23, 21 are communicated with lower separation pressure-relief storehouse 28, 25, 22, each lower separation pressure-relief storehouse 28, 25, all be communicated with main exhaust piping 11 by pipeline 29 on 22, the bottom in the lower separation pressure-relief storehouse 28 that first order selection by winnowing oven dry air channel 12 is communicated with is provided with the metal charge drainage conduit 27 with valve 15, the bottom in the lower separation pressure-relief storehouse 25 that selection by winnowing oven dry air channel 17, the second level is communicated with is provided with the nonmetal material drainage conduit 24 with valve 15, the bottom in the lower separation pressure-relief storehouse 22 that third level selection by winnowing oven dry air channel 19 is communicated with is provided with the wet feed drainage conduit 33 with valve 15, and dry main pipeline 34 is respectively force 3 wind choosing and dries air channel 12, 17, 19 air-supplies realize classification selection by winnowing to organic and inorganic matter raw material and oven dry.
The upper end that above-mentioned every grade of selection by winnowing dries air channel 12,17,19 is all communicated with horizontal duct 13, and the end of horizontal duct 13 is all communicated with described upper separation pressure-relief storehouse 14,18,20.
Above-mentioned upper separation pressure-relief storehouse 14,18,20 is communicated with by the pipeline 16 with valve 15 with between main exhaust piping 11.
Above-mentioned every grade of selection by winnowing is dried between the lower separation pressure-relief storehouse 28,25,22 corresponding with it, the lower end in air channel 12,17,19 and is all communicated with by the pipeline 26,23,21 with valve 15.
Above-mentioned force 3 wind choosing is dried on air channel 12,17,19 and is provided with pressure and temperature control device, Stress control or can control intake and control by relief valve, temperature control can by control intake size or by the temperature of controlled cooling model waterpipe or control electrically heated temperature and control selection by winnowing and dry temperature (for drawing in figure) in air channel 12,17,19.
Above-mentioned dry main pipeline 34 is respectively the concrete structure of blowing in force 3 wind choosing oven dry air channel 12,17,19: dry main pipeline 34 is divided into three tunnels by three-way pipe and divides dry main pipeline, every road divides dry main pipeline to be that one-level selection by winnowing dries air channel air-supply, every road divides dry main pipeline to be divided into three road branch pipe(tube)s by two three-way pipes again, and three road branch pipe(tube)s are upwards spaced from the lower end in every grade of selection by winnowing oven dry air channel 12,17,19 and dry air channel 12,17,19 with every grade of selection by winnowing and are communicated with.
Three above-mentioned road branch pipe(tube)s are all communicated with valve.
Air channel 12 is dried in above-mentioned force 3 wind choosing, 17, 19 from lower end upwards spaced order be: the dry main pipeline 34 in whirlwind district, main air duct 41, store the wind nest 44 of wind energy, whirlwind maker (comprises spaced one cyclonic maker 42, secondary rotary grows up to be a useful person humorously 43), material screening pipeline 45, horizontal charging line 13, selection by winnowing dries air channel 12, 17, the lower end of 19 connects the lower pressure release storehouse 28 of gas solid separation, 25, 22, upper end connects the upper pressure release storehouse 14 of gas solid separation, 18, 20, described whirlwind send maker 42, 43 is that the bypass line of three diverse location angles screens with material that pipeline 45 is angled to be connected, the wind sent is made to form rotary wind, rotate up in material screening pipeline 45.
Above-mentioned main air duct 41, whirlwind maker 42,43 are all communicated with valve 15.
Above-described embodiment is only preferred embodiment of the present utility model, not limits protection domain of the present utility model according to this, therefore: all equivalence changes done according to structure of the present utility model, shape, principle, all should be covered by within protection domain of the present utility model.
Claims (9)
1. the multi-functional classification drying machine of wind energy, it is characterized in that: comprise force 3 wind choosing and dry air channel, the upper end in every grade of selection by winnowing oven dry air channel is all communicated with separation pressure-relief storehouse, the top in upper separation pressure-relief storehouse is communicated with main exhaust piping by pipeline, first order selection by winnowing dries the middle and upper part of bottom by pipeline communication second level selection by winnowing oven dry air channel in the upper separation pressure-relief storehouse that air channel is communicated with, second level selection by winnowing dries the middle and upper part of bottom by pipeline communication third level selection by winnowing oven dry air channel in the upper separation pressure-relief storehouse that air channel is communicated with, the bottom that third level selection by winnowing dries the upper separation pressure-relief storehouse that air channel is communicated with is communicated with raw material drainage conduit, the middle and upper part that discharge nozzle and the first order selection by winnowing of the hopper of pay-off dry air channel is communicated with, all there is lower separation pressure-relief storehouse the lower end in every grade of selection by winnowing oven dry air channel by pipeline communication, each lower separation pressure-relief storehouse is all communicated with main exhaust piping by pipeline, the bottom that first order selection by winnowing dries the lower separation pressure-relief storehouse that air channel is communicated with is provided with the valvular metal charge drainage conduit of band, the bottom that second level selection by winnowing dries the lower separation pressure-relief storehouse that air channel is communicated with is provided with the valvular nonmetal material drainage conduit of band, the bottom that third level selection by winnowing dries the lower separation pressure-relief storehouse that air channel is communicated with is provided with the valvular wet feed drainage conduit of band, dry main pipeline is respectively force 3 wind choosing and dries air channel air-supply realization to the classification selection by winnowing of garbage raw material and oven dry.
2. the multi-functional classification drying machine of wind energy according to claim 1, is characterized in that: the upper end that described every grade of selection by winnowing dries air channel is all communicated with horizontal duct, and the end of horizontal duct is all communicated with described upper separation pressure-relief storehouse.
3. the multi-functional classification drying machine of wind energy according to claim 1, is characterized in that: by being with valvular pipeline communication between described upper separation pressure-relief storehouse and main exhaust piping.
4. the multi-functional classification drying machine of wind energy according to claim 1, is characterized in that: described every grade of selection by winnowing is dried between the lower separation pressure-relief storehouse corresponding with it, the lower end in air channel all by being with valvular pipeline communication.
5. the multi-functional classification drying machine of wind energy according to claim 1, is characterized in that: described force 3 wind choosing is dried on air channel and is provided with pressure and temperature control device.
6. the multi-functional classification drying machine of the wind energy according to any one of claim 1-5, it is characterized in that: the concrete structure that described dry main pipeline is respectively force 3 wind choosing oven dry air channel air-supply is: dry main pipeline is communicated with three tunnels and divides dry main pipeline, every road divides dry main pipeline to be that one-level selection by winnowing dries air channel air-supply, every road divides dry main pipeline to be divided into three road branch pipe(tube)s by two three-way pipes again, and three road branch pipe(tube)s are upwards spaced from the lower end in every grade of selection by winnowing oven dry air channel and dry air channel with every grade of selection by winnowing and are communicated with.
7. the multi-functional classification drying machine of wind energy according to claim 6, is characterized in that: three described road branch pipe(tube)s are all communicated with valve.
8. the multi-functional classification drying machine of the wind energy according to any one of claim 1-5, it is characterized in that: the choosing of described force 3 wind dry air channel from lower end upwards spaced order be: the dry main pipeline in whirlwind district, main air duct, store the wind nest of wind energy, whirlwind maker, material screening pipeline, horizontal charging line, selection by winnowing dries the lower pressure release storehouse of the lower end connection gas solid separation in air channel, upper end connects the upper pressure release storehouse of gas solid separation, described whirlwind send maker to be that the bypass line of three diverse location angles screens with material that pipeline is angled to be connected, the wind sent is made to form rotary wind, rotate up in material screening pipeline.
9. the multi-functional classification drying machine of wind energy according to claim 8, is characterized in that: described main air duct, whirlwind maker are all communicated with valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520555266.2U CN204830770U (en) | 2015-07-28 | 2015-07-28 | Multi -functional hierarchical desiccator of wind energy |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520555266.2U CN204830770U (en) | 2015-07-28 | 2015-07-28 | Multi -functional hierarchical desiccator of wind energy |
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| Publication Number | Publication Date |
|---|---|
| CN204830770U true CN204830770U (en) | 2015-12-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520555266.2U Withdrawn - After Issue CN204830770U (en) | 2015-07-28 | 2015-07-28 | Multi -functional hierarchical desiccator of wind energy |
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| CN (1) | CN204830770U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105043072A (en) * | 2015-07-28 | 2015-11-11 | 洪知瑜 | Multi-functional grading dryer by adoption of wind energy |
-
2015
- 2015-07-28 CN CN201520555266.2U patent/CN204830770U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105043072A (en) * | 2015-07-28 | 2015-11-11 | 洪知瑜 | Multi-functional grading dryer by adoption of wind energy |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20151202 Effective date of abandoning: 20170517 |