CN205161351U - Warmhouse booth living beings intelligence equipment of heating - Google Patents
Warmhouse booth living beings intelligence equipment of heating Download PDFInfo
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- CN205161351U CN205161351U CN201520938523.0U CN201520938523U CN205161351U CN 205161351 U CN205161351 U CN 205161351U CN 201520938523 U CN201520938523 U CN 201520938523U CN 205161351 U CN205161351 U CN 205161351U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/25—Greenhouse technology, e.g. cooling systems therefor
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Abstract
The utility model discloses a warmhouse booth living beings intelligence equipment of heating includes kitchen range (01), feed of fuel machine (02), heats type foreign cigarette deferent (03), hot water heat rejection apparatus (04), hot -blast heat rejection apparatus (05), control box (06), watch -dog (07), sensor group (08), kitchen range (01) can the point strike sparks and the burming biomass briquetting provide the heat source, the automatic living beings briquetting of carrying of feed of fuel machine (02) gets into kitchen range (01) but and anti -backfire, it can get rid of the flue gas and conduct heat for sunlight greenhouse together with hot water heat rejection apparatus (04), hot -blast heat rejection apparatus (05) to heat type foreign cigarette deferent (03), the monitoring of sunlight greenhouse temperature and kitchen range (01) temperature is realized in sensor group (08), and automatic control is jointly realized with watch -dog (07) in control box (06).
Description
One, technical field
The utility model relates to agricultural greenhouse booth heater, particularly utilizes the Intelligent heating equipment of the energy-saving and environmental protecting of biomass fuel.
Two, background technology
Green house comprises green house and plastic tunnel, and energy-saving warm house booth is that China develops the maximum agricultural production facility of area, in off-season cultivation cultivation, enriches fresh agricultural products and plays vital effect in supply winter.But, under the weather such as successive cloudy days, green house is difficult to the minimum air temperature requirement ensureing crop, crop is caused even to endure cold death by chilling injury, have a strong impact on crop existence and output, along with green house is from thick cob wall, little span, sunk type to the development in narrow rear wall, large span, flush with ground direction, and the raising of raise crop temperature lower limit, the problem of heating of green house is more and more outstanding.The form of heating of green house comprised that coal furnace is heated, gas furnace is heated, heating wire is heated, electric heater is heated in the past, and also have and adopt geothermal-warming, need geothermal energy resources, one-time investment is very large, and plastic tunnel there is no that people uses warming-up device.Main Problems existing is: 1. cost is high: especially electrical heating, and power consumption is large, the electricity charge are many; 2. the access of combustion gas is difficult, and expense is also very high; 3. automaticity is low, and majority is artificial manual operations, because need to heat at the night in winter of cold, adds labour intensity and the management cost of operating personnel; 4. mostly be disposable petroleum-based energy, can not regenerate; 5. discharge burnt gas, formed and pollute.
In Biomass Energy Utilization, living beings are as the reproducible energy utilizing solar energy, be subject to people to pay attention to, the phenomenon that straw from village directly burns in field is very general, not only waste the energy but also bring pollution, therefore, carrying out the small-sized warming stove of living beings at present, heating for farmers' family.Also the large-scale warming boiler for institutional settings is had.But also rare application in green house and attached-greenhouse auxiliary is heated.Through research, green house and plastic tunnel, as the insulation demand of the lagging facility of plant growth, still have a great difference with the demand of heating of the living environment of people.One be green house and plastic tunnel night and morning temperature minimum, need to heat, but nobody manages at the scene, the full-time staff that this and kinsfolk add gentle unit heats, and is different, really needs automation means.Not so the cost increasing personal management at night is needed.Two is that crop in green house and plastic tunnel does not repel and needs carbon dioxide, and the environment of people does not need and repel carbon dioxide, and this requirement for heating furnace is different.Three are areas of green house and plastic tunnel inside is large and elongated, and what need to solve heat is uniformly distributed problem, and human settlement's area is little and square, does not need the Homogeneouslly-radiating equipment that special heat is special, and there is 1 ~ 2 group of radiator in a room.Therefore, existing common manual warming-up device is adopted to be unaccommodated.Green house utilize the equipment developed both at home and abroad in biomass energy and patent little, what plastic tunnel was heated does not have substantially.Within 2012, there is people to study and invented living beings greenhouse heating boiler (Authorization Notice No.: CN102997226B), it relates to a kind of gasification furnace, can only primary combustion to solve existing gasification furnace, calorific value is low, the problem of area of heat-supply service within 100 square meters, but lack automatic monitoring device, general structure is not optimized.For this reason, we have researched and developed the Intelligent automatic-control living beings heater utilizing biomass energy, realize intelligence, automatic control, energy-conservation, efficient, become the novel warming-up device of green house.
Three, summary of the invention
The object of the invention is by scientific and reasonable design, form a kind of green house novel intelligent warming-up device utilizing biomass energy.
The present invention realizes above-mentioned purpose by the following technical solutions:
The green house living beings intelligence heating system of this patent comprises: cooking stove (01), fuel area density machine (02), temperature-increasing type foreign cigarette deferent (03), hot water radiator's equipment (04), hot blast heat dissipation equipment (05), control cabinet (06), watch-dog (07), sensor group (08); the splicing cylinder (0105) of cooking stove (01) and the feeding extending (0213) of fuel area density machine (02) are socketed, the outer skirt flange (010603) of inner flue of cooking stove (01) docks with bolt and nut with the external flue flange (0301) of temperature-increasing type foreign cigarette deferent (03), the hot water outlet (010806) of cooking stove (01) docks with flange and bolt and nut with hot water radiator's equipment (04) hot-water line (0401), the return pipe flange (01080503) of backwater moisturizing suction flange dish (010805) of cooking stove (01) docks with flange and screw rod with the return pipe (0402) of hot water radiator's equipment (04), the hot water inlet (0501) of hot blast heat dissipation equipment (05) and the hot-water line (0401) of hot water radiator's equipment (04) are socketed with reducer tee piece, the water return outlet (0503) of hot blast heat dissipation equipment (05) and the return pipe (0402) of hot water radiator's equipment (04) are socketed with reducer tee piece, the ignition relay (060504) of the relay group (0605) of control cabinet (06), blow the fire relay (060505) respectively with the resistance wire power interface (011004) of the igniter (0110) of cooking stove (01), the fan power supply interface (011005) that blows the fire is electrically connected, the discharging relay (060501) of the relay group (0605) of control cabinet (06) is electrically connected with clutch (0205) and is electrically connected with feeding relay (060503) and feeding delayer (060502) respectively, the induced-draught fan relay (060506) of the relay group (0605) of control cabinet (06) is electrically connected with electric air-suction electric fan (0303), the heat-exchanger pump relay (060507) of the relay group (0605) of control cabinet (06) is electrically connected with the heat-exchanger pump (01080605) of the hot water outlet (010806) of cooking stove (01), the hot blast of the relay group (0605) of control cabinet (06) relay (060508) of heating is electrically connected with the axial flow blower (0506) of hot blast heat dissipation equipment (05), watch-dog (07) is fixed on control cabinet base plate (0603) and goes up and be electrically connected with AC-DC converter (0604), watch-dog (07) is also electrically connected with information display screen (060202), be electrically connected with sensor group (08), is electrically connected with relay group (0605), the intercommunication of the signal of telecommunication between control cabinet (06) and watch-dog (07), sensor group (08), the ability of this equipment is possessed real-time perception, intelligent monitoring, the composition of hot blast heat dissipation equipment (05), hot water radiator's equipment (04), temperature-increasing type foreign cigarette deferent (03) enhances the ability of this equipment conversion of biomass fuel thermal energy.
Described cooking stove (01), overall in cube, comprising: stove (0101), cooking stove shell (0102), ash collecting case (0103), chamber of a kitchen range door (0104), splicing cylinder (0105), inner flue (0106), air door (0107), endothermic tube (0108), ligule care feed tray (0109), igniter (0110), cooking stove shell (0102) wraps in stove (0101) outside, chamber of a kitchen range door (0104) opens the front in stove (0101), endothermic tube (0108) is embedded in stove (0101), stove (0101) penetrates and is connected and fixed with stove (0101) by splicing cylinder (0105), the base portion of ligule care feed tray (0109) is fixed in splicing cylinder (0105), the middle part of the unsettled cavity formed at stove (0101) in end, inner flue (0106) is positioned at the cavity connects that stove (0101) middle and upper part and stove (0101) are formed, outer being connected with temperature-increasing type foreign cigarette deferent (03) communicates, stove (0101) is placed on ash collecting case (0103) and is connected and fixed, the front in ash collecting case (0103) opened by air door (0107), igniter (0110) is fixed in ash collecting case (0103) the cavity bottom passed through fire grate formula endothermic tube (010801) insertion stove (0101) obliquely and formed.Further, endothermic tube (0108), comprised fire grate formula endothermic tube (010801), lower heat absorption communicating pipe (010802), heat absorption standpipe (010803), upper heat absorption communicating pipe (010804), backwater moisturizing suction flange dish (010805), hot water outlet (010806); Lower heat absorption communicating pipe (010802) is 2, upper heat absorption communicating pipe (010804) is 4, fire grate formula endothermic tube (010801) is many, many 2 of the quantity of number ratio fire grate formula endothermic tube (010801) of heat absorption standpipe (010803); fire grate formula endothermic tube (010801) parallel accumbency is in the bottom of stove (0101), lower heat absorption communicating pipe (010802) and fire grate formula endothermic tube (010801) in one plane embed in stove (0101) in 90 degree, fire grate formula endothermic tube (010801) weld together two and lower communicating pipe (010802) of absorbing heat and holding tube in be communicated with, wherein absorb heat communicating pipe under one one end of (010802) extends to beyond cooking stove shell (0102) and is communicated with in dish (010805) welded pipe of backwater moisturizing suction flange, 4 standpipes (010803) that absorb heat are had to be erected in 4 angles of stove (0101) respectively, the lower end of each heat absorption standpipe (010803) is welded with lower communicating pipe (010802) of absorbing heat respectively and is communicated with, all the other heat absorptions standpipes (010803) are erected at the one_to_one corresponding of stove (0101) interior position away from splicing cylinder (0105) side and fire grate formula endothermic tube (010801), lower end is welded with lower communicating pipe (010802) of absorbing heat respectively and is communicated with, the upper end of heat absorption standpipe (010803) was communicated with respectively with in two welded pipe of upper communicating pipe (010804) of absorbing heat.The resistance wire power interface line (011004) of igniter (0110) is electrically connected with ignition relay (060504), and the fan power supply interface line that blows the fire of igniter (0110) is electrically connected with the relay that blows the fire (060505).Backwater moisturizing suction flange dish (010805), comprises backwater mouthpiece (01080501), water return outlet pipe valve (01080502), return pipe flange (01080503), moisturizing bucket (01080504), backwater mouthpiece (01080501) is " L " shape, the top of vertical portion is higher than cooking stove shell (0102), return pipe flange (01080503) is connected close to cooking stove shell (0102) one end, return pipe flange (01080503) and backwater moisturizing suction flange dish (010805) are connected and fixed in holding tube by bolt and nut and are communicated with, backwater mouthpiece (01080501) is connected with moisturizing bucket (01080504) away from one end of cooking stove shell (0102), backwater mouthpiece (01080501) to be connected in holding tube with water return outlet pipe valve (01080502) by threeway and pipeline and to be communicated with, water return outlet pipe valve (01080502) is connected with return pipe (0402) in holding tube again and is communicated with.Hot water outlet (010806), comprises interface of hot water pipe (01080601), hot water mouth's pipe valve (01080602), hot water mouth's flange (01080603), air bleeding valve (01080604), heat-exchanger pump (01080605); One end that interface of hot water pipe (01080601) is positioned at stove (0101) is welded holding tube with upper one end of absorbing heat communicating pipe (010804) and is communicated with, the other end of interface of hot water pipe (01080601) beyond cooking stove shell (0102) welds in holding tube with air bleeding valve (01080604) and is communicated with, and the middle part of interface of hot water pipe (01080601) is first communicated with to be communicated with heat-exchanger pump (01080605) with hot water mouth's pipe valve (01080602) by threeway and pipeline again and is communicated with hot water mouth's flange (01080603); Inner flue (0106), comprises stove inner flue (010601), the outer skirt (010602) of inner flue, the outer skirt flange (010603) of flue; Stove inner flue (010601) is communicated with the outer skirt (010602) of inner flue, the outer skirt (010602) of inner flue connects the outer skirt flange (010603) of inner flue, and the outer skirt flange (010603) of inner flue connects temperature-increasing type foreign cigarette deferent (03).
Fuel area density machine (02), comprising: storaging bucket (0201), discharge barrel (0202), discharging axle (0203), material guiding hopper (0204), clutch (0205), feed spool (0206), feed cylinder (0207), cartridge holder (0208), driving-chain (0209), motor transmission shaft (0210), reduction box (0211), feeding motor (0212), feeding extending (0213), storaging bucket (0201) below welds together with discharge barrel (0202) and is communicated with, discharging axle (0203) is run through in discharge barrel (0202), discharge barrel (0202) is communicated with material guiding hopper (0204) upper end away from the side welding of storaging bucket (0201), feed cylinder (0207) welds away from the side of storaging bucket (0201) with material guiding hopper (0204) lower end and is communicated with, feed spool (0206) is positioned at feed cylinder (0207), cartridge holder (0208) welds with storaging bucket (0201) below and feed cylinder (0207) below, feeding motor (0212) is fixed on cartridge holder (0208) lower portion, reduction box (0211) is connected with feeding motor (0212), motor transmission shaft (0210) is connected with reduction box (0211), motor transmission shaft (0210) passes through driving-chain (0209) and feed spool (0206) connection for transmission away from one end of reduction box (0211), feeding extending (0213) connects with feed cylinder (0207) one end close to cooking stove (01), discharging axle (0203) and feed spool (0206) are by clutch (0205) interlock or be separated, driving-chain (0209), comprises driving chain (020901), transmission chain cover (020902), transmission chain cover (020902) is wrapped in driving chain (020901) outside.
Described temperature-increasing type foreign cigarette deferent (03), comprising: external flue pipe flange (0301), flue tube (0302), induced-draught fan (0303); The flange of external flue pipe flange (0301) and inner flue (0106) to be connected in holding tube with nut with screw rod and to be communicated with, and induced-draught fan electric fan (0303) is arranged on flue tube (0302) and is electrically connected away from one end of cooking stove shell (0102) and with the induced-draught fan relay (060506) of control cabinet (06); The inner flue (0106) of described cooking stove (01) constitutes flue with temperature-increasing type foreign cigarette deferent (03), flue be not vertical but present first high after low shape, flue tube (0302) position lower than inner flue (0106), flue tube (0302) accumbency and very long, can lay along the major axis of green house or plastic tunnel; Flue gas pulls discharge by induced-draught fan.
Fuel area density adopts two auger clutch linkages, achieves the discontinuity conveying of biomass block, can prevent from connecting hopper for a long time because of fuel and body of heater causes tempering, improves the safety of operation.
Described hot water radiator's equipment (04), comprising: hot-water line (0401), return pipe (0402), hydro-thermal unit (0403), hot-water line plug (0404), return pipe plug (0405) form; Multiple hydro-thermal unit can be comprised according to greenhouse length; The fin water inlet pipe (040301) of hydro-thermal unit (0403) is communicated with hot-water line (0401) with reducing tee, the fin return pipe (040301) of hydro-thermal unit (0403) is communicated with return pipe (0402) with reducing tee, the end of hot-water line (0401) installs hot-water line plug (0404), and the end of return pipe (0402) installs back water pipe plug (0405).Hydro-thermal unit (0403) is made up of fin return pipe (040301), fin return pipe (040302), fin pipe valve (040303), fin (040304); Fin pipe valve (040303) is arranged on fin water inlet pipe (040301), the water inlet of fin (040304) is communicated with fin water inlet pipe (040301) one end away from hot-water line (0401), the water return outlet of fin (040304) is communicated with fin return pipe (040302), and fin return pipe (040302) is communicated with return pipe (0402) with reducing tee away from one end of fin (040304).
Described hot blast heat dissipation equipment (05), comprising: hot water inlet (0501), radiator (0502), water return outlet (0503), cylinder of calling prisoners in after letting them out for exercise (0504), axial flow blower (0505), air duct hoop (0506), wind sleeve (0507), wind sleeve is distributed with diameter does not wait, the loose air holes of One's name is legion, the loose air holes diameter of nearly axial flow blower (0505) side is less, negligible amounts, and the loose air holes diameter obviously away from axial flow blower (0505) side is comparatively large, quantity is more, hot water inlet (0501) one is communicated with reducing tee with hot-water line (0401), the other end of hot water inlet (0501) is communicated with radiator (0502) water inlet, water return outlet (0503) one is communicated with reducing tee with return pipe (0402), water return outlet (0503) other end is communicated with radiator (0502) delivery port, the back side of radiator (0502) is connected and fixed with the major part of cylinder (0504) of calling prisoners in after letting them out for exercise, the call prisoners in after letting them out for exercise microcephaly of cylinder (0504) and axial flow blower (0505) is connected and fixed, wind sleeve (0507) is enclosed within axial flow blower (0505) air outlet and is fixed by air duct hoop (0506), axial flow blower (0505) and the hot blast of control cabinet (06) relay (060508) of heating is electrically connected.This equipment adopts air duct (0507) to transmit hot-air design, not only reduces cost but also is convenient to the installation and removal in green house, not affecting production operation.
Described control cabinet (06), comprising: control cabinet shell (0601), control panel door (0602), control cabinet base plate (0603), AC-DC converter (0604), relay group (0605), control cabinet base plate (0603) bolt and nut is fixed on control cabinet shell (0601) inner side, AC-DC converter (0604) and relay group (0605) are separately fixed on control cabinet base plate (0603), AC-DC converter (0604) power line is electrically connected with external ac power source, relay group (0605) power line is electrically connected with external ac power source, the relay of relay group (0605) respectively with cooking stove (01), fuel area density machine (02), temperature-increasing type foreign cigarette deferent (03), hot water radiator's equipment (04), the consuming parts electrical connection that hot blast heat dissipation equipment (05) is corresponding, control panel door (0602) is fixed on the side of control cabinet shell (0601) with hinge, DC power converter (0604) direct current supply line distinguishes relay and watch-dog (07) electrical connection of relay group.Relay group (0605), comprises discharging relay (060501), feeding delayer (060502), feeding relay (060503), ignition relay (060504), the relay that blows the fire (060505), induced-draught fan relay (060506), heat-exchanger pump relay (060507), hot blast heats relay (060508); Each relay shares AC power and dc source, is electrically connected respectively with corresponding consuming parts.Control cabinet panel door (0602), comprising: control chamber door (060201), information display screen (060202), manually automatically switch knob (060203), feed button (060204), stop material button (060205), combustion preheater button (060206), the button that blows the fire (060207), air draught button (060208), blowing-out button (060209), flue adjusting knob (0602010); Information display screen (060202), manually automatically switch knob (060203) and each button are installed in and control on chamber door (060201), information display screen (060202) is electrically connected with watch-dog (07), manual automatic switchover knob (060203) and each button are electrically connected with watch-dog (06) respectively, control chamber door (060201) and are fixed on control cabinet shell (0601) with hinge.
Described watch-dog (07), comprising: watch-dog box body (0701), watch-dog wiring board (0702), monitoring master chip (0703), sensor communications module (0704), DC voltage modular converter (0705), control module (0706), wireless communication module (0707), monitoring master chip (0703), sensor communications module (0704), DC voltage modular converter (0705), control module (0706), wireless communication module (0707) is fixed on watch-dog wiring board (0702) and goes up and be electrically connected with watch-dog wiring board (0702), monitoring master chip (0703) and sensor communications module (0704), control module (0706), wireless communication module (0707) is electrically connected respectively, watch-dog wiring board (0702) is fixed in watch-dog box body (0701), DC voltage modular converter (0705) is electrically connected with the AC-DC converter (0604) of control cabinet (06), the control module (0706) of watch-dog (07) is electrically connected with each relay of relay group (0605) respectively.
Described sensor group (08), comprising: air temperature sensor (0801), cooling-water temperature sensor (0802), hot water pressure sensor (0803); Air temperature sensor (0801), cooling-water temperature sensor (0802), hot water pressure sensor (0803) are electrically connected with watch-dog (07) respectively, cooling-water temperature sensor (0802) and hot water pressure sensor (0803) are arranged in hot-water line (0401) respectively, and air temperature sensor (0801) hanging is in the air of green house.
The beneficial effect of patent of the present invention is:
1. straw from village, branch, take the more background of bacterium rod the like waste under, utilize biomass energy to heat and become possibility, namely the atmospheric pollution of field burning straw is avoided, avoid again the waste of agricultural wastes, government advocates the recycling of biomass energy, and the equipment for heating of living also has public subsidies.
2. this patent adopts watch-dog to be combined with burner block, achieves automatic temperature measurement, startup automatically, autofeed, Automatic-heating, automatically monitors boiler condition, simplify operation and the management of equipment, unnecessary artificial on duty round the clock.
3. the fuel area density of this patent adopts two augers to achieve the discontinuity conveying of biomass block, can prevent from connecting hopper for a long time because of fuel and body of heater causes tempering, monitor furnace temperature monitoring simultaneously, the nature of stove fuel can be monitored, and alarm processes, safety is improved.
4. this patent can not be vertical with the heat absorption of multi-faceted water pipe, hot water radiator and hot blast heat radiation, flue respectively but first high after low and accumbency extend and be conducive to heat radiation, the heat of the flue gas of biological stove can be made also to be fully used, transfer heat among whole green house at lower cost by hot blast band, therefore improve the heat utilization ratio of fuel, add the heating effect of biological stove.In addition, the wind sleeve design of hot blast heat radiation, not only reduces cost but also is convenient to the installation and removal in green house, not affecting production operation.
Four, accompanying drawing explanation
Fig. 1 is the vertical view of the general structure of patent of the present invention, wherein 01-cooking stove, 02-fuel area density machine, 03-temperature-increasing type foreign cigarette deferent, 0401-hot-water line, 05-hot blast warming-up device, 06-control cabinet, 07-watch-dog, 08-sensor group.
Fig. 2 is the front view of the cooking stove (01) of patent of the present invention, can face hearth door (0104) directly.
Fig. 3 is the elevation cross-sectional view of the cooking stove (01) of patent of the present invention, can see the side etc. of the flue (0106) in cooking stove (01), ligule pallet (0109).
Fig. 4 is the top plan view of the cooking stove (01) of patent of the present invention, can see fire grate formula endothermic tube (10801) in cooking stove (01) and can see the cut-away section of the flue (0106) in cooking stove (01), the section etc. of external flue skirt (010602).
Fig. 5 is the front view of the batcher (02) of patent of the present invention, it illustrates feeding actuating unit and the storage bin hopper (0201) such as power resources feeding motor (0210) and motor transmission shaft (0208), feeding main shaft (0205), discharging axle (0203) of feeding.
Fig. 6 is the cooking stove (01) of patent of the present invention and the end view of batcher, a part for batcher (02) and cooking stove (1) can be seen, as feeding driving chain (020901), the storaging bucket (0201) of batcher (2); The hot water outlet (010806), external flue skirt (010602) etc. of cooking stove (1), note not drawing to show driving chain (020901) transmission chain cover (020902).
Fig. 7 is the schematic diagram of hot water radiator's equipment (04) of patent of the present invention, and wherein hydro-thermal unit (0403) is although only depict 2, and the length according to green house can have multiple.
Fig. 8 is the schematic diagram of the hot blast heat dissipation equipment (05) of patent of the present invention, and the indefinite length of wind sleeve (0507), can make according to the length of green house, heats as target to meet green house.
Fig. 9 is the front view of the control cabinet (06) of patent of the present invention, for chamber door opens the schematic diagram of the structure and layout in rear cabinet, it also illustrate the annexation of watch-dog (07) and control cabinet (06), the control panel door (0602) of attentional manipulation case (06) does not occur in the drawings.
Figure 10 is the front elevational schematic of the control panel door (0602) of patent of the present invention.
Figure 11 is the schematic diagram of watch-dog (07) front view of patent of the present invention, comprises and information display screen (060202), sensor group (08).
Figure 12 is the temperature-increasing type foreign cigarette deferent (03) of patent of the present invention and the side elevational cross-section schematic diagram of inner flue (0106), and wherein cooking stove (01) is profile.
Five, embodiment
Be described further below in conjunction with the concrete enforcement of accompanying drawing to patent of the present invention:
The embodiment of the green house living beings intelligence heating system of patent of the present invention, comprises 1. structure cooking stoves (01), 2. constructs fuel area density machine (02), 3. constructs temperature-increasing type foreign cigarette deferent (03), 4. constructs hot water radiator's equipment (04), 5. constructs hot blast heat dissipation equipment (05), 6. constructs supervising device (07), 7. structure sensor group (08), 8. orecontrolling factor case (06), 9. assembly assembling.
1. construct cooking stove (01): the effect of cooking stove (01) is firing biomass fuel, transform out green house heats required heat, as shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 6, described cooking stove (01), comprising: stove (0101), cooking stove shell (0102), ash collecting case (0103), chamber of a kitchen range door (0104), splicing cylinder (0105), inner flue (0106), air door (0107), endothermic tube (0108), ligule care feed tray (0109), igniter (0110); Stove (0101) adopts the material of heat insulation to make, and cooking stove shell (0102) wraps in the effect that insulation and protection stove are played in stove (0101) outside; Chamber of a kitchen range door (0104) is opened in the front of stove (0101), is connected, can opens or closes with hinge with cooking stove shell (0102); Endothermic tube (0108) is embedded in stove (0101), can the water that burns in the heat heating tube that distributes of organism-absorbing matter; Stove (0101) penetrates and is connected and fixed, for receiving biomass fuel with stove (0101) by splicing cylinder (0105); The base portion of ligule care feed tray (0109) is fixed in splicing cylinder (0105), the middle part of the unsettled cavity formed at stove (0101) in end, makes the fuel received can arrive stove (0101) middle part and is convenient to burning; Inner flue (0106) is positioned at the cavity connects that stove (0101) middle and upper part and stove (0101) are formed, outer being connected with temperature-increasing type foreign cigarette deferent (03) communicates, and can get rid of the flowing that flue gas promotes stove (0101) air; Stove (0101) is placed on ash collecting case (0103) and is connected and fixed, and both collects ashes, also supports stove (0101) and cooking stove shell (0102); Air door (0107) is opened in the front of ash collecting case (0103), for taking out ashes and ventilation; Igniter (0110) is fixed in ash collecting case (0103) the cavity bottom passed through fire grate formula endothermic tube (010801) insertion stove (0101) obliquely and formed, the resistance wire power interface line (011004) of igniter (0110) is electrically connected with ignition relay (060504), the fan power supply interface line that blows the fire of igniter (0110) is electrically connected with the relay that blows the fire (060505), and igniter (0110) is for giving fuel ignition.Further illustrate, the iron cage that endothermic tube (0108) makes of iron pipe as one, comprised fire grate formula endothermic tube (010801), lower heat absorption communicating pipe (010802), heat absorption standpipe (010803), upper heat absorption communicating pipe (010804), backwater moisturizing suction flange dish (010805), hot water outlet (010806); Lower heat absorption communicating pipe (010802) is 2, upper heat absorption communicating pipe (010804) is 4, fire grate formula endothermic tube (010801) is many, many 2 of the quantity of number ratio fire grate formula endothermic tube (010801) of heat absorption standpipe (010803); fire grate formula endothermic tube (010801) parallel accumbency is in the bottom of stove (0101), lower heat absorption communicating pipe (010802) and fire grate formula endothermic tube (010801) in one plane embed in stove (0101) in 90 degree, fire grate formula endothermic tube (010801) weld together two and lower communicating pipe (010802) of absorbing heat and holding tube in be communicated with, wherein absorb heat communicating pipe under one one end of (010802) extends to beyond cooking stove shell (0102) and is communicated with in dish (010805) welded pipe of backwater moisturizing suction flange, 4 standpipes (010803) that absorb heat are had to be erected in 4 angles of stove (0101) respectively, the lower end of each heat absorption standpipe (010803) is welded with lower communicating pipe (010802) of absorbing heat respectively and is communicated with, all the other heat absorptions standpipes (010803) are erected at the one_to_one corresponding of stove (0101) interior position away from splicing cylinder (0105) side and fire grate formula endothermic tube (010801), lower end is welded with lower communicating pipe (010802) of absorbing heat respectively and is communicated with, the upper end of heat absorption standpipe (010803) was communicated with respectively with in two welded pipe of upper communicating pipe (010804) of absorbing heat.Igniter (0110) adopts the commodity that market can have been bought, and comprises resistance wire (011001), the fan that blows the fire (011002), igniter shell (011003), resistance wire power interface line (011004), blow the fire fan power supply interface line (011005); The middle part that resistance wire (011001) embeds igniter shell (011003) is also insulated fixing to one end, the fan (011002) that blows the fire embeds the other end of igniter shell (011003) and insulation is fixing, resistance wire power interface line (011004) is electrically connected with resistance wire (011001) and extends to igniter shell (011003) outside, and the fan power supply interface line (011005) that blows the fire is electrically connected with the fan that blows the fire (011002) and extends to igniter shell (011003) outside.Backwater moisturizing suction flange dish (010805), comprises backwater mouthpiece (01080501), water return outlet pipe valve (01080502), return pipe flange (01080503), moisturizing bucket (01080504), backwater mouthpiece (01080501) is " L " shape, the top of vertical portion is higher than cooking stove shell (0102), return pipe flange (01080503) is connected close to cooking stove shell (0102) one end, return pipe flange (01080503) and backwater moisturizing suction flange dish (010805) are connected and fixed in holding tube by bolt and nut and are communicated with, backwater mouthpiece (01080501) is connected with moisturizing bucket (01080504) away from one end of cooking stove shell (0102), backwater mouthpiece (01080501) to be connected in holding tube with water return outlet pipe valve (01080502) by threeway and pipeline and to be communicated with, water return outlet pipe valve (01080502) is connected with return pipe (0402) in holding tube again and is communicated with.Hot water outlet (010806), comprises interface of hot water pipe (01080601), hot water mouth's pipe valve (01080602), hot water mouth's flange (01080603), air bleeding valve (01080604), heat-exchanger pump (01080605); One end that interface of hot water pipe (01080601) is positioned at stove (0101) is welded holding tube with upper one end of absorbing heat communicating pipe (010804) and is communicated with, the other end of interface of hot water pipe (01080601) beyond cooking stove shell (0102) welds in holding tube with air bleeding valve (01080604) and is communicated with, and the middle part of interface of hot water pipe (01080601) is first communicated with to be communicated with heat-exchanger pump (01080605) with hot water mouth's pipe valve (01080602) by threeway and pipeline again and is communicated with hot water mouth's flange (01080603).
2. construct fuel area density machine (02): safe and orderlyly the effect of fuel area density machine (02) is cooking stove (01) conveying biomass fuel.As shown in Figure 5, Figure 6, fuel area density machine (02) comprising: storaging bucket (0201), discharge barrel (0202), discharging axle (0203), material guiding hopper (0204), clutch (0205), feed spool (0206), feed cylinder (0207), cartridge holder (0208), driving-chain (0209), motor transmission shaft (0210), reduction box (0211), feeding motor (0212), feeding extending (0213), the size of storaging bucket (0201) should store required fuel of heating one day at least one night, storaging bucket (0201) below welds together with discharge barrel (0202) and is communicated with, discharging axle (0203) is run through in discharge barrel (0202), discharge barrel (0202) is communicated with material guiding hopper (0204) upper end away from the side welding of storaging bucket (0201), feed cylinder (0207) welds away from the side of storaging bucket (0201) with material guiding hopper (0204) lower end and is communicated with, can fuel be transported in feed cylinder (0207) in storaging bucket (0201) when discharging axle (0203) is rotated, feed spool (0206) is positioned at feed cylinder (0207), fuel can be pushed in cooking stove (01) when feed spool (0206) rotates, cartridge holder (0208) welds with storaging bucket (0201) below and feed cylinder (0207) below, plays the effect of fixed support storaging bucket (0201) below and feed cylinder (0207) and discharge barrel (0202), feeding motor (0212) provides power for the rotation of discharging axle (0203) and feed spool (0206), feeding motor (0212) is fixed on cartridge holder (0208) lower portion, reduction box (0211) is connected with feeding motor (0212), motor transmission shaft (0210) is connected with reduction box (0211), and motor transmission shaft (0210) passes through driving-chain (0209) and feed spool (0206) connection for transmission away from one end of reduction box (0211), driving-chain (0209), comprises driving chain (020901), transmission chain cover (020902), transmission chain cover (020902) is wrapped in driving chain (020901) outside, one end of feeding extending (0213) is communicated with feed cylinder (0207) one end close to cooking stove (01), and the other end is communicated with the splicing cylinder (0105) of cooking stove (01), discharging axle (0203), feed spool (0206) are not optical axises, but usually seen " auger " with spiral steel disc, spiral steel disc is followed material axle rotation forces fuel and entered cooking stove (01), as shown in figs. 5 and 9, clutch (0205) connects discharging axle (0203) and feed spool (0206), engage with discharging axle (0203) when clutch (0205) is energized, the rotation of feed spool (0206) can drive discharging axle (0203) to rotate, when clutch (0205) no power and discharging axle (0203) leave, even if feed spool (0206) rotates discharging axle (0203) and also can not rotate, when when discharging axle (0203) does not rotate, feed spool (0206) rotates, discharging stops, the fuel remaining in feed cylinder (0207) is admitted to cooking stove (01), without the fuel stopped in feed cylinder (0207), flame in cooking stove (01) can not ignite the fuel in storaging bucket (0201).
3. construct temperature-increasing type foreign cigarette deferent (03): temperature-increasing type foreign cigarette deferent (03) act on the air got rid of while flue gas in heating greenhouse booth.As shown in Fig. 1, Figure 12, temperature-increasing type foreign cigarette deferent (03) comprises external flue pipe flange (0301), flue tube (0302), induced-draught fan (0303); The outer skirt flange (010603) of external flue pipe flange (0301) and inner flue to be connected with nut with screw rod that holding tube is interior to be communicated with, and induced-draught fan electric fan (0303) is arranged on flue tube (0302) and is electrically connected away from one end of cooking stove shell (0102) and with the induced-draught fan relay (060506) of control cabinet (06).Flue tube (0302) length is very long, and the major axis along greenhouse by solar heat or plastic tunnel is laid, and level height is near or below the ground of greenhouse by solar heat or plastic tunnel; The inner flue (0106) of described cooking stove (01) constitutes flue with temperature-increasing type foreign cigarette deferent (03), flue be not vertical but present first high after low shape, flue tube (0302) position lower than inner flue (0106), flue tube (0302) accumbency and very long, flue gas is pulled could be got rid of by induced-draught fan, the heat of flue gas can fully distribute in green house, improves the thermal efficiency of this equipment.On the other hand the position of this flue tube (0302) is lower than the shape of inner flue (0106), also makes red-hot flue gas can not directly to the top above rushing at greenhouse.
4. construct hot water radiator's equipment (04): the effect of hot water radiator's equipment (04) is that the heat conduction that burnt by cooking stove (01) of carrier is to green house with water.As shown in Figure 1, Figure 7 shows, described hot water radiator's equipment (04), comprising: hot-water line (0401), return pipe (0402), hydro-thermal unit (0403), hot-water line plug (0404), return pipe plug (0405) form; Multiple hydro-thermal unit can be comprised according to greenhouse length; The fin water inlet pipe (040301) of hydro-thermal unit (0403) is communicated with hot-water line (0401) with reducing tee, the fin return pipe (040301) of hydro-thermal unit (0403) is communicated with return pipe (0402) with reducing tee, the end of hot-water line (0401) installs hot-water line plug (0404), and the end of return pipe (0402) installs back water pipe plug (0405).Hydro-thermal unit (0403) is made up of fin water inlet pipe (040301), fin return pipe (040302), fin pipe valve (040303), fin (040304); Fin pipe valve (040303) is arranged on fin water inlet pipe (040301), the water inlet of fin (040304) is communicated with fin water inlet pipe (040301) one end away from hot-water line (0401), the water return outlet of fin (040304) is communicated with fin return pipe (040302), and fin return pipe (040302) is communicated with return pipe (0402) with reducing tee away from one end of fin (040304).
5. construct hot blast heat dissipation equipment (05): the effect of hot blast heat dissipation equipment (05) is that the heat conduction that burnt by cooking stove (01) of carrier is to green house with air.As shown in Figure 8, described hot blast heat dissipation equipment (05), comprising: hot water inlet (0501), radiator (0502), water return outlet (0503), cylinder of calling prisoners in after letting them out for exercise (0504), axial flow blower (0505), air duct hoop (0506), wind sleeve (0507), wind sleeve is distributed with diameter does not wait, the loose air holes of One's name is legion, the loose air holes diameter of nearly axial flow blower (0505) side is less, negligible amounts, and the loose air holes diameter obviously away from axial flow blower (0505) side is comparatively large, quantity is more, hot water inlet (0501) one is communicated with reducing tee with hot-water line (0401), the other end of hot water inlet (0501) is communicated with radiator (0502) water inlet, water return outlet (0503) one is communicated with reducing tee with return pipe (0402), water return outlet (0503) other end is communicated with radiator (0502) delivery port, the back side of radiator (0502) is connected and fixed with the major part of cylinder (0504) of calling prisoners in after letting them out for exercise, the call prisoners in after letting them out for exercise microcephaly of cylinder (0504) and axial flow blower (0505) is connected and fixed, wind sleeve (0507) is enclosed within axial flow blower (0505) air outlet and is fixed by air duct hoop (0506), axial flow blower (0505) and the hot blast of control cabinet (06) relay (060508) of heating is electrically connected.
5. orecontrolling factor case (06): the effect of control cabinet (06) be manually or automated manner provide electric power for needing the parts of power supply.As shown in Figure 9, Figure 10, described control cabinet (06), comprising: control cabinet shell (0601), control panel door (0602), control cabinet base plate (0603), AC-DC converter (0604), relay group (0605), control cabinet base plate (0603) bolt and nut is fixed on control cabinet shell (0601) inner side, AC-DC converter (0604) and relay group (0605) are separately fixed on control cabinet base plate (0603), AC-DC converter (0604) power line is electrically connected with external ac power source, relay group (0605) power line is electrically connected with external ac power source, the relay of relay group (0605) respectively with cooking stove (01), fuel area density machine (02), temperature-increasing type foreign cigarette deferent (03), hot water radiator's equipment (04), the consuming parts electrical connection that hot blast heat dissipation equipment (05) is corresponding, control panel door (0602) is fixed on the side of control cabinet shell (0601) with hinge, DC power converter (0604) direct current supply line distinguishes relay and watch-dog (07) electrical connection of relay group.Relay group (0605), comprises discharging relay (060501), feeding delayer (060502), feeding relay (060503), ignition relay (060504), the relay that blows the fire (060505), induced-draught fan relay (060506), heat-exchanger pump relay (060507), hot blast heats relay (060508); Each relay shares AC power and dc source, is electrically connected respectively with corresponding consuming parts.Control cabinet panel door (0602), comprising: control chamber door (060201), information display screen (060202), manually automatically switch knob (060203), feed button (060204), stop material button (060205), combustion preheater button (060206), the button that blows the fire (060207), air draught button (060208), blowing-out button (060209), flue adjusting knob (0602010); Information display screen (060202), manually automatically switch knob (060203) and each button are installed in and control on chamber door (060201), information display screen (060202) is electrically connected with watch-dog (07), manual automatic switchover knob (060203) and each button are electrically connected with watch-dog (07) respectively, control chamber door (060201) and are fixed on control cabinet shell (0601) with hinge.
6. construct watch-dog (07): the effect of watch-dog (07) analyzes to judge decision-making, the co-ordination of commander's miscellaneous part.As shown in Figure 11, Fig. 9, described watch-dog (07), comprising: watch-dog box body (0701), watch-dog wiring board (0702), monitoring master chip (0703), sensor communications module (0704), DC voltage modular converter (0705), control module (0706), wireless communication module (0707), monitoring master chip (0703), sensor communications module (0704), DC voltage modular converter (0705), control module (0706), wireless communication module (0707) is fixed on watch-dog wiring board (0702) and goes up and be electrically connected with watch-dog wiring board (0702), monitoring master chip (0703) and sensor communications module (0704), control module (0706), wireless communication module (0707) is electrically connected respectively, watch-dog wiring board (0702) is fixed in watch-dog box body (0701), DC voltage modular converter (0705) is electrically connected with the AC-DC converter (0604) of control cabinet (06), the control module (0706) of watch-dog (07) is electrically connected with each relay of relay group (0605) respectively, the sensor communications module (0704) of watch-dog (07) is connected with each sensor electrical of sensor group (08) respectively.The wireless communication module (0707) of watch-dog (07) can also establish a communications link in radio wave mode with host computer (09).
7. structure sensor group (08): the effect of sensor group (08) is perception and transmits the information such as air themperature, hot-water line water temperature, hot-water line hydraulic pressure to watch-dog (07).As shown in figure 11, described sensor group (08), comprising: air temperature sensor (0801), cooling-water temperature sensor (0802), hot water pressure sensor (0803); Air temperature sensor (0801), cooling-water temperature sensor (0802), hot water pressure sensor (0803) are electrically connected with watch-dog (07) respectively, cooling-water temperature sensor (0802) and hot water pressure sensor (0803) are arranged in hot-water line (0401) respectively, and air temperature sensor (0801) hanging is in the air of green house.
8. total assembling structure green house living beings intelligence heating system: the green house living beings intelligence heating system of this patent comprises: cooking stove (01), fuel area density machine (02), temperature-increasing type foreign cigarette deferent (03), hot water radiator's equipment (04), hot blast heat dissipation equipment (05), control cabinet (06), watch-dog (07), sensor group (08), the splicing cylinder (0105) of cooking stove (01) and the feeding extending (0213) of fuel area density machine (02) are socketed, the inner flue skirt flange (010603) of cooking stove (01) docks with screw rod with the external flue flange (0301) of temperature-increasing type foreign cigarette deferent (03), the hot water outlet (010806) of cooking stove (01) docks with flange and screw rod with hot water radiator's equipment (04) hot-water line (0401), the return pipe flange (01080503) of backwater moisturizing suction flange dish (010805) of cooking stove (01) docks with flange and screw rod with the return pipe (0402) of hot water radiator's equipment (04), the hot water inlet (0501) of hot blast heat dissipation equipment (05) and the hot-water line (0401) of hot water radiator's equipment (04) are socketed with reducer tee piece, the water return outlet (0503) of hot blast heat dissipation equipment (05) and the return pipe (0402) of hot water radiator's equipment (04) are socketed with reducer tee piece, the ignition relay (060504) of the relay group (0605) of control cabinet (06), blow the fire relay (060505) respectively with the resistance wire power interface (011004) of the igniter (0110) of cooking stove (01), the fan power supply interface (011005) that blows the fire is electrically connected, the discharging relay (060501) of the relay group (0605) of control cabinet (06) is electrically connected with clutch (0205) and is electrically connected with feeding relay (060503) and feeding delayer (060502) respectively, the induced-draught fan relay (060506) of the relay group (0605) of control cabinet (06) is electrically connected with electric air-suction electric fan (0303), the heat-exchanger pump relay (060507) of the relay group (0605) of control cabinet (06) is electrically connected with the heat-exchanger pump (01080605) of the hot water outlet (010806) of cooking stove (01), the hot blast of the relay group (0605) of control cabinet (06) relay (060508) of heating is electrically connected with the axial flow blower (0506) of hot blast heat dissipation equipment (05), watch-dog (07) is fixed on control cabinet base plate (0603) and goes up and be electrically connected with AC-DC converter (0604), watch-dog (07) is also electrically connected with information display screen (060202), be electrically connected with sensor group (08), be electrically connected with relay group (0605), be electrically connected with host computer (09).
The announcement of book and statement according to the above description, the technical staff in field described in patent of the present invention can also carry out changing and revising for above-mentioned embodiment.Therefore, the embodiment disclosing above patent of the present invention is not limited to and state, some modifications and changes for patent of the present invention also should fall in the protection domain of claim of patent of the present invention.In addition, although more practical specific terms in this specification, these terms just for convenience of description, do not form any restriction to patent of the present invention.
Claims (7)
1. a green house living beings intelligence warming-up device, it is characterized in that, this warming-up device comprises: cooking stove (01), fuel area density machine (02), temperature-increasing type foreign cigarette deferent (03), hot water radiator's equipment (04), hot blast heat dissipation equipment (05), control cabinet (06), watch-dog (07), sensor group (08); the splicing cylinder (0105) of cooking stove (01) and the feeding extending (0213) of fuel area density machine (02) are socketed, the outer skirt flange (010603) of inner flue of cooking stove (01) docks with bolt and nut with the external flue flange (0301) of temperature-increasing type foreign cigarette deferent (03), the hot water outlet (010806) of cooking stove (01) docks with flange and bolt and nut with hot water radiator's equipment (04) hot-water line (0401), the return pipe flange (01080503) of backwater moisturizing suction flange dish (010805) of cooking stove (01) docks with flange and bolt and nut with the return pipe (0402) of hot water radiator's equipment (04), the hot water inlet (0501) of hot blast heat dissipation equipment (05) and the hot-water line (0401) of hot water radiator's equipment (04) are socketed with reducer tee piece, the water return outlet (0503) of hot blast heat dissipation equipment (05) and the return pipe (0402) of hot water radiator's equipment (04) are socketed with reducer tee piece, the ignition relay (060504) of the relay group (0605) of control cabinet (06), blow the fire relay (060505) respectively with the resistance wire power interface (011004) of the igniter (0110) of cooking stove (01), the fan power supply interface (011005) that blows the fire is electrically connected, the discharging relay (060501) of the relay group (0605) of control cabinet (06) is electrically connected with clutch (0205) and is electrically connected with feeding relay (060503) and feeding delayer (060502) respectively, the induced-draught fan relay (060506) of the relay group (0605) of control cabinet (06) is electrically connected with electric air-suction electric fan (0303), the heat-exchanger pump relay (060507) of the relay group (0605) of control cabinet (06) is electrically connected with the heat-exchanger pump (01080605) of the hot water outlet (010806) of cooking stove (01), the hot blast of the relay group (0605) of control cabinet (06) relay (060508) of heating is electrically connected with the axial flow blower (0505) of hot blast heat dissipation equipment (05), watch-dog (07) is fixed on control cabinet base plate (0603) and goes up and be electrically connected with AC-DC converter (0604), watch-dog (07) is also electrically connected with information display screen (060202), be electrically connected with sensor group (08), is electrically connected with relay group (0605).
2. as claimed in claim 1 green house living beings intelligence warming-up device, it is characterized in that, the fire grate formula endothermic tube (010801) of cooking stove (01) replaces solid fire grate, endothermic tube (0108) be distributed in cooking stove (01) up and down after five positions, can more organism-absorbing matter burning heat.
3. as claimed in claim 1 green house living beings intelligence warming-up device, it is characterized in that, fuel area density machine (02) comprising: storaging bucket (0201), discharge barrel (0202), discharging axle (0203), material guiding hopper (0204), clutch (0205), feed spool (0206), feed cylinder (0207), cartridge holder (0208), driving-chain (0209), motor transmission shaft (0210), reduction box (0211), feeding motor (0212), feeding extending (0213), storaging bucket (0201) below welds together with discharge barrel (0202) and is communicated with, discharging axle (0203) is run through in discharge barrel (0202), discharge barrel (0202) is communicated with material guiding hopper (0204) upper end away from the side welding of storaging bucket (0201), feed cylinder (0207) welds away from the side of storaging bucket (0201) with material guiding hopper (0204) lower end and is communicated with, feed spool (0206) is positioned at feed cylinder (0207), cartridge holder (0208) welds with storaging bucket (0201) below and feed cylinder (0207) below, feeding motor (0212) is fixed on cartridge holder (0208) lower portion, reduction box (0211) is connected with feeding motor (0212), motor transmission shaft (0210) is connected with reduction box (0211), motor transmission shaft (0210) passes through driving-chain (0209) and feed spool (0206) connection for transmission away from one end of reduction box (0211), feeding extending (0213) connects with feed cylinder (0207) one end close to cooking stove (01), discharging axle (0203) and feed spool (0206) are by clutch (0205) interlock or be separated, driving-chain (0209), comprises driving chain (020901), transmission chain cover (020902), transmission chain cover (020902) is wrapped in driving chain (020901) outside.
4. as claimed in claim 1 green house living beings intelligence warming-up device, it is characterized in that, described hot blast heat dissipation equipment (05) comprising: hot water inlet (0501), radiator (0502), water return outlet (0503), cylinder of calling prisoners in after letting them out for exercise (0504), axial flow blower (0505), air duct hoop (0506), wind sleeve (0507), wind sleeve is distributed with diameter does not wait, the loose air holes of One's name is legion, the loose air holes diameter of nearly axial flow blower (0505) side is less, negligible amounts, hot water inlet (0501) one is communicated with reducing tee with hot-water line (0401), the other end of hot water inlet (0501) is communicated with radiator (0502) water inlet, water return outlet (0503) one is communicated with reducing tee with return pipe (0402), water return outlet (0503) other end is communicated with radiator (0502) delivery port, the back side of radiator (0502) is connected and fixed with the major part of cylinder (0504) of calling prisoners in after letting them out for exercise, the call prisoners in after letting them out for exercise microcephaly of cylinder (0504) and axial flow blower (0505) is connected and fixed, wind sleeve (0507) is enclosed within axial flow blower (0505) air outlet and is fixed by air duct hoop (0506), axial flow blower (0505) and the hot blast of control cabinet (06) relay (060508) of heating is electrically connected.
5. as claimed in claim 1 green house living beings intelligence warming-up device, it is characterized in that, described control cabinet (06) comprising: control cabinet shell (0601), control panel door (0602), control cabinet base plate (0603), AC-DC converter (0604), relay group (0605), control cabinet base plate (0603) bolt and nut is fixed on control cabinet shell (0601) inner side, AC-DC converter (0604) and relay group (0605) are separately fixed on control cabinet base plate (0603), AC-DC converter (0604) power line is electrically connected with external ac power source, relay group (0605) power line is electrically connected with external ac power source, the relay of relay group (0605) respectively with cooking stove (01), fuel area density machine (02), temperature-increasing type foreign cigarette deferent (03), hot water radiator's equipment (04), the consuming parts electrical connection that hot blast heat dissipation equipment (05) is corresponding, control panel door (0602) is fixed on the side of control cabinet shell (0601) with hinge, AC-DC converter (0604) direct current supply line is electrically connected with the relay of relay group and watch-dog (07) respectively, relay group (0605), comprises discharging relay (060501), feeding delayer (060502), feeding relay (060503), ignition relay (060504), the relay that blows the fire (060505), induced-draught fan relay (060506), heat-exchanger pump relay (060507), hot blast heats relay (060508), each relay shares AC power and dc source, is electrically connected respectively with corresponding consuming parts, control cabinet panel door (0602), comprising: control chamber door (060201), information display screen (060202), manually automatically switch knob (060203), feed button (060204), stop material button (060205), combustion preheater button (060206), the button that blows the fire (060207), air draught button (060208), blowing-out button (060209), flue adjusting knob (0602010), information display screen (060202), manually automatically switch knob (060203) and each button are installed in and control on chamber door (060201), information display screen (060202) is electrically connected with watch-dog (07), manual automatic switchover knob (060203) and each button are electrically connected with watch-dog (07) respectively, control chamber door (060201) and are fixed on control cabinet shell (0601) with hinge.
6. as claimed in claim 1 green house living beings intelligence warming-up device, it is characterized in that, described watch-dog (07) comprising: watch-dog box body (0701), watch-dog wiring board (0702), monitoring master chip (0703), sensor communications module (0704), DC voltage modular converter (0705), control module (0706), wireless communication module (0707), monitoring master chip (0703), sensor communications module (0704), DC voltage modular converter (0705), control module (0706), wireless communication module (0707) is fixed on watch-dog wiring board (0702) and goes up and be electrically connected with watch-dog wiring board (0702), monitoring master chip (0703) and sensor communications module (0704), control module (0706), wireless communication module (0707) is electrically connected respectively, watch-dog wiring board (0702) is fixed in watch-dog box body (0701), DC voltage modular converter (0705) is electrically connected with the AC-DC converter (0604) of control cabinet (06), the control module (0706) of watch-dog (07) is electrically connected with each relay of relay group (0605) respectively.
7. as claimed in claim 1 green house living beings intelligence warming-up device, it is characterized in that, the inner flue (0106) of described cooking stove (01) be not vertical with the flue that temperature-increasing type foreign cigarette deferent (03) forms but present first high after low shape, flue tube (0302) accumbency and very long, flue gas is pulled could be got rid of by induced-draught fan, the heat of flue gas can fully distribute in green house, improves the thermal efficiency of this equipment.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520938523.0U CN205161351U (en) | 2015-11-17 | 2015-11-17 | Warmhouse booth living beings intelligence equipment of heating |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520938523.0U CN205161351U (en) | 2015-11-17 | 2015-11-17 | Warmhouse booth living beings intelligence equipment of heating |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108684396A (en) * | 2018-05-18 | 2018-10-23 | 酒泉中天新能源科技有限公司 | A kind of heliogreenhouse biological particles heat winterization system |
| CN114631482A (en) * | 2022-02-07 | 2022-06-17 | 东北农业大学 | Cold region livestock and poultry house internal environment regulation and control system based on biomass energy heating |
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2015
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108684396A (en) * | 2018-05-18 | 2018-10-23 | 酒泉中天新能源科技有限公司 | A kind of heliogreenhouse biological particles heat winterization system |
| CN108684396B (en) * | 2018-05-18 | 2023-11-03 | 酒泉中天新能源科技有限公司 | Sunlight greenhouse biomass particle heating and anti-freezing system |
| CN114631482A (en) * | 2022-02-07 | 2022-06-17 | 东北农业大学 | Cold region livestock and poultry house internal environment regulation and control system based on biomass energy heating |
| CN114631482B (en) * | 2022-02-07 | 2022-12-02 | 东北农业大学 | Cold region livestock and poultry house internal environment regulation and control system based on biomass energy heating |
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