CN104456531A - Livestock farm temperature control power generating device - Google Patents
Livestock farm temperature control power generating device Download PDFInfo
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- CN104456531A CN104456531A CN201310444290.4A CN201310444290A CN104456531A CN 104456531 A CN104456531 A CN 104456531A CN 201310444290 A CN201310444290 A CN 201310444290A CN 104456531 A CN104456531 A CN 104456531A
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- hot
- smoke pipeline
- pipeline
- transfer electron
- wall
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Abstract
A livestock farm temperature control power generating device comprises a hot smoke pipeline, a high-temperature chamber, a control box, a fuel containing box, a thermoelectric conversion electrode series-connection outgoing plug, a thermoelectric conversion electrode, a high temperature outdoor sleeve, a base box, a feeding pipeline, an air blower, a combustion furnace, an electronic ignition device, an air supply duct, an automatic conveyor and an automatic conveyor control panel, a flue water tank, a smoke guide exhaust fan, a hot smoke pipeline wrapping silicon cotton layer, a smoke guide pipeline, a thermoelectric conversion electrode series-connection junction box and a livestock farm heat preservation wall. According to the livestock farm temperature control power generating device, waste sawdust is used for being burnt, heat energy enables a livestock farm to maintain appropriate breeding temperature, thermoelectric conversion is carried out for power generation, and generated electricity is used for illumination of the livestock farm and for an automatic aerator. Due to the fact that oxygen enters the combustion furnace in a sealed state through external forced draft, a series of operations that the pipeline conveys fuel, and electronic ignition is carried out are controlled by the conveyor control panel, safety is achieved, and the device is long in service life, free of pollution, safe and low in cost, saves energy, protects environment, and has good development prospects.
Description
1. technical field
Utilize a discarded wood chip burning, its heat energy makes plant have suitable cultivation temperature, and thermoelectricity conversion power generation.
2. background technology
Field, current rural culture uses coal combustion to improve the temperature of plant, has pollution, some plants heating by electric cooker to environment, and power consumption is a lot, and cost is very high.
3. summary of the invention
In order to overcome the deficiency of prior art, devise plant's temperature control TRT, this device by be compressed into cylindrical particle wood chip through dispatch tube to combustion chamber, the heat energy that burning produces enters hot smoke pipeline through hot room, this hot smoke pipeline is very long, flue pond is entered under the attraction of smoke guider, dense smoke becomes steam evaporation through water treatment, free from environmental pollution, the hot room of this device, fill a lot of thermoelectricity transfer electron, also a lot of thermoelectricity transfer electron has been filled at plant's hot smoke pipeline outer wall, hot room high temperature is spent more 300, hot smoke pipeline tube wall temperature is at 60 ~ 70 degree, its thermo-electric generation amount can for plant's illumination and automatic aerator.Plant's temperature control TRT is implemented by following technical proposals, this device comprises: (1) hot smoke pipeline, (2) hot room, (3) control cabinet, (4) fuel tank is contained, (5) plug is drawn in the series connection of thermoelectricity transfer electron, (6) thermoelectricity transfer electron, (7) hot room outer sleeve, (8) base member case, (9) charging line, (10) first air blasts, (11) combustion furnace, (12) electronic ignition device, (13) air supply duct, (14) second air blasts, (15) automatic stuff-conveying machine, (16) automatic stuff-conveying machine control panel, (17) flue pond, (18) cigarette air exhauster is drawn, (19) the cotton layer of silicon is wrapped up in outside hot smoke pipeline, (20) smoke pipeline is drawn, (21) thermoelectricity transfer electron series-connected terminal box, (22) plant's insulated wall.
Wherein contain fuel tank (4) on control cabinet (3) top, the bell mouth of containing fuel tank connects the automatic stuff-conveying machine (15) at control cabinet (3) middle part, the second air blast (14) is filled below automatic stuff-conveying machine (15), there is automatic stuff-conveying machine control panel (16) at control cabinet (3) middle part, automatic stuff-conveying machine (15) feeding pipeline (9), charging line (9) external base member case (8) then connects combustion furnace (11), feeding fuel simultaneously the second air blast (14) connects base member case (8) through air supply duct (13), then connect combustion furnace (11) and send into air, combustion furnace (11) is cylindrical shape hot room (2) above, the upper hot smoke pipeline of termination (1) of hot room (2), base member case (8) side dress electronic ignition device (12), there is the first air blast (10) base member case (8) outside, its blowing line connects electronic ignition device (12), multiple thermoelectricity transfer electron (6) is filled with at the outer wall of hot room (2), multiple thermoelectricity transfer electron (6) series connection is led to the outer wall thermoelectricity transfer electron series connection being contained in hot room (2) hot room outer sleeve (7) outward and draw plug (5), hot smoke pipeline (1) enters indoor culture field, dress a lot of thermoelectricity transfer electrons (6) on the outer wall of hot smoke pipeline (1), thermoelectricity transfer electron series-connected terminal box (21) is connected to after series connection, the outside of thermoelectricity transfer electron (6) on hot smoke pipeline (1) wall, fill outside hot smoke pipeline and wrap up in the cotton layer (19) of silicon, hot smoke pipeline (1) connects through plant's insulated wall (22) and draws cigarette air exhauster (18) outside wall, draw the steam of hot cigarette after drawing smoke pipeline (20) and entering flue pond (17) discharge cigarette hydrate.
Plant's temperature control TRT utilizes, waste wood combustion heating, and control the temperature needed to plant, this device electricity throws light on and aerator for plant, because combustion furnace enters oxygen in sealing state air blast outside, and Cemented filling fuel, electronic ignition sequence of operations by conveyer control panel (16) control, so very safe, pollution-free, Fig. 3 is feeder fundamental diagram, in figure alternating current 220V through transformer T1 step-down through D1, D2, D3, D4 bridge rectifier, again through 7805, C1, C2, C3, C4, it is power supply indication light diode that R1 rectification exports 5V, D5, by NE555, C5, R2, D6 forms multivibrator, exports square wave, electric capacity C6 by NE555 the 3rd pin, C7 and crystal oscillator Y1, 12000 2 pin connecing PIC16F630 chip, 3 pin, the I/O interface of PIC16F630 chip, 7 pin, 8 pin connect the B pole of triode G1 respectively, the B pole of G2, the G1 conducting when high potential, G2 ends, and makes G1 turn-on relay JD1 make automatic stuff-conveying machine (15) and the second air blast (14) work, when electronegative potential, G1 ends, and G2 conducting, makes automatic stuff-conveying machine (15) and the second air blast (14) quit work, now due to G2 conducting, make relay J D2 conducting, make electronic ignition device (12) and the first air blast (10) work, D8, D10 is relay J D1 respectively, JD2 reverse-phase protection diode, D7 is JD1 work indication light diode, and D9 is JD2 work indication light diode.
This device is longer for service life, energy-conservation, and environmental protection is pollution-free, safety, and cost is not high, has excellent DEVELOPMENT PROSPECT.
4. accompanying drawing explanation
Tu1Shi plant temperature control generating device structure schematic diagram,
In figure, (1) hot smoke pipeline (2) hot room (3) control cabinet (4) is contained the series connection of fuel tank (5) thermoelectricity transfer electron and is drawn plug (6) thermoelectricity transfer electron (7) hot room outer sleeve (8) base member case (9) charging line (10) first air blast (11) combustion furnace (12) electronic ignition device (13) air supply duct (14) second air blast (15) automatic stuff-conveying machine (16) automatic stuff-conveying machine control panel
The smoke discharging pipe structural representation of Tu2Shi plant temperature control TRT,
In figure, (1) hot smoke pipeline (6) thermoelectricity transfer electron (17) flue pond (18) is drawn and to be wrapped up in the cotton layer (20) of silicon outside cigarette air exhauster (19) hot smoke pipeline and draw smoke pipeline (21) thermoelectricity transfer electron series-connected terminal box (22) plant insulated wall
Fig. 3 is feeder fundamental diagram
5. detailed description of the invention
Be further described again below in conjunction with the concrete enforcement of accompanying drawing to plant's temperature control TRT, as Fig. 1, Fig. 2, plant's temperature control TRT comprises hot smoke pipeline (1), hot room (2), control cabinet (3), contain fuel tank (4), plug (5) is drawn in the series connection of thermoelectricity transfer electron, thermoelectricity transfer electron (6), hot room outer sleeve (7), base member case (8), charging line (9), first air blast (10), combustion furnace (11), electronic ignition device (12), air supply duct (13), second air blast (14), automatic stuff-conveying machine (15), automatic stuff-conveying machine control panel (16).Flue pond (17), draw and to wrap up in the cotton layer (19) of silicon outside cigarette air exhauster (18), hot smoke pipeline, draw smoke pipeline (20), thermoelectricity transfer electron series-connected terminal box (21), plant's insulated wall (22).
Wherein contain fuel tank (4) on control cabinet (3) top, contain below automatic stuff-conveying machine (15) automatic stuff-conveying machine (15) that the bell mouth of fuel tank connects control cabinet (3) middle part and fill the second air blast (14), there is automatic stuff-conveying machine control panel (16) at control cabinet (3) middle part, automatic stuff-conveying machine (15) feeding pipeline (9), charging line (9) external base member case (8) then connects combustion furnace (11), feeding fuel simultaneously the second air blast (14) connects base member case (8) through air supply duct (13), then connect combustion furnace (11) and send into air, combustion furnace (11) is cylindrical shape hot room (2) above, the upper hot smoke pipeline of termination (1) of hot room (2), base member case (8) side dress electronic ignition device (12), there is the first air blast (10) base member case (8) outside, its blowing line connects electronic ignition device (12), multiple thermoelectricity transfer electron (6) is filled with at the outer wall of hot room (2), multiple thermoelectricity transfer electron (6) series connection is led to the outer wall being contained in hot room (2) hot room outer sleeve (7) outward, plug (5) is drawn in the series connection of thermoelectricity transfer electron, hot smoke pipeline (1) enters indoor culture field, dress a lot of thermoelectricity transfer electrons (6) on the outer wall of hot smoke pipeline (1), thermoelectricity transfer electron series-connected terminal box (21) is connected to after series connection, the outside of thermoelectricity transfer electron (6) on hot smoke pipeline (1) wall, fill outside hot smoke pipeline and wrap up in the cotton layer (19) of silicon, hot smoke pipeline (1) connects through plant's insulated wall (22) and draws cigarette air exhauster (18) outside wall, draw the steam of hot cigarette after drawing smoke pipeline (20) and entering flue pond (17) discharge cigarette hydrate.This covering device electricity is for plant's illumination and aerator.Fig. 3 is feeder fundamental diagram, in figure alternating current 220V through transformer T1 step-down through D1, D2, D3, D4 bridge rectifier, again through 7805, C1, C2, C3, C4, it is power supply indication light diode that R1 rectification exports 5V, D5, by NE555, C5, R2, D6 forms multivibrator, makes NE555 the 3rd pin export square wave, electric capacity C6, C7 and crystal oscillator Y1, 12000 2 pin connecing PIC16F630 chip, 3 pin, the I/O interface of PIC16F630 chip, 7 pin, 8 pin connect the B pole of triode G1 respectively, the B pole of G2, the G1 conducting when high potential, G2 ends, make G1 turn-on relay JD1, make automatic stuff-conveying machine (15) and the second air blast (14) work, when electronegative potential, G1 ends, G2 conducting, automatic stuff-conveying machine (15) and the second air blast (14) are quit work, now due to G2 conducting, makes relay J D2 conducting, make electronic ignition device (12) and the first air blast (10) work, D8, D10 is relay J D1 respectively, JD2 reverse-phase protection diode, D7 is JD1 work indication light diode, and D9 is JD2 work indication light diode.
Claims (1)
1. plant's temperature control TRT comprises hot smoke pipeline (1), hot room (2), control cabinet (3), contain fuel tank (4), plug (5) is drawn in the series connection of thermoelectricity transfer electron, thermoelectricity transfer electron (6), hot room outer sleeve (7), base member case (8), charging line (9), first air blast (10), combustion furnace (11), electronic ignition device (12), air supply duct (13), second air blast (14), automatic stuff-conveying machine (15), automatic stuff-conveying machine control panel (16), flue pond (17), draw cigarette air exhauster (18), the cotton layer (19) of silicon is wrapped up in outside hot smoke pipeline, draw smoke pipeline (20), thermoelectricity transfer electron series-connected terminal box (21), plant's insulated wall (22),
It is characterized in that:
Control cabinet (3) top contains fuel tank (4), the bell mouth of containing fuel tank connects the automatic stuff-conveying machine (15) at control cabinet (3) middle part, the second air blast (14) is filled below automatic stuff-conveying machine (15), there is automatic stuff-conveying machine control panel (16) at control cabinet (3) middle part, automatic stuff-conveying machine (15) feeding pipeline (9), charging line (9) external base member case (8) then connects combustion furnace (11), feeding fuel simultaneously the second air blast (14) connects base member case (8) through air supply duct (13), then connect combustion furnace (11) and send into air, combustion furnace (11) is cylindrical shape hot room (2) above, the upper hot smoke pipeline of termination (1) of hot room (2), base member case (8) side dress electronic ignition device (12), there is the first air blast (10) base member case (8) outside, electronic ignition device (12) is connect in its blowing line, multiple thermoelectricity transfer electron (6) is filled with at the outer wall of hot room (2), multiple thermoelectricity transfer electron (6) series connection is led to the outer wall being contained in hot room (2) hot room outer sleeve (7) outward, plug (5) is drawn in the series connection of thermoelectricity transfer electron, hot smoke pipeline (1) enters indoor culture field, dress a lot of thermoelectricity transfer electrons (6) on the outer wall of hot smoke pipeline (1), thermoelectricity transfer electron series-connected terminal box (21) is connected to after series connection, the outside of thermoelectricity transfer electron (6) on hot smoke pipeline (1) wall, fill outside hot smoke pipeline and wrap up in the cotton layer (19) of silicon, hot smoke pipeline (1) connects through plant's insulated wall (22) and draws cigarette air exhauster (18) outside wall, draw the steam of hot cigarette after drawing smoke pipeline (20) and entering flue pond (17) discharge cigarette hydrate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310444290.4A CN104456531A (en) | 2013-09-18 | 2013-09-18 | Livestock farm temperature control power generating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310444290.4A CN104456531A (en) | 2013-09-18 | 2013-09-18 | Livestock farm temperature control power generating device |
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| Publication Number | Publication Date |
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| CN104456531A true CN104456531A (en) | 2015-03-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310444290.4A Pending CN104456531A (en) | 2013-09-18 | 2013-09-18 | Livestock farm temperature control power generating device |
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| CN (1) | CN104456531A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107870045A (en) * | 2016-09-22 | 2018-04-03 | 淮阴师范学院 | One kind artificial farming water temperature detection system |
| CN109404919A (en) * | 2018-09-26 | 2019-03-01 | 柳伟军 | A kind of solid waste combustion system based on Thomson effect |
-
2013
- 2013-09-18 CN CN201310444290.4A patent/CN104456531A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107870045A (en) * | 2016-09-22 | 2018-04-03 | 淮阴师范学院 | One kind artificial farming water temperature detection system |
| CN109404919A (en) * | 2018-09-26 | 2019-03-01 | 柳伟军 | A kind of solid waste combustion system based on Thomson effect |
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Application publication date: 20150325 |
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