CN203723173U - Constant-temperature cultivation greenhouse suitable for growth of fungus crops - Google Patents
Constant-temperature cultivation greenhouse suitable for growth of fungus crops Download PDFInfo
- Publication number
- CN203723173U CN203723173U CN201420018869.4U CN201420018869U CN203723173U CN 203723173 U CN203723173 U CN 203723173U CN 201420018869 U CN201420018869 U CN 201420018869U CN 203723173 U CN203723173 U CN 203723173U
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- heat exchanger
- cold
- greenhouse
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- air
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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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- 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
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/12—Technologies relating to agriculture, livestock or agroalimentary industries using renewable energies, e.g. solar water pumping
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Abstract
The utility model relates to a constant-temperature cultivation greenhouse suitable for growth of fungus crops and belongs to the technical field of manufacturing of novel agricultural cultivation equipment. The constant-temperature cultivation greenhouse is composed of five main parts including an underground type greenhouse body, an energy device, a ventilating and temperature adjusting device, an insect prevention and sterilization device and an electronic control temperature adjusting device. When the constant-temperature cultivation greenhouse is used, a methane pot is heated through a solar thermal collector, so that the methane generation function of the methane pot in winter is guaranteed. When the air temperature in the greenhouse needs to be raised in winter, cold air is fed into a combustion heat exchanger igniting methane through a fan, and heated air is fed into the greenhouse after being sterilized through an ozone sterilization chamber. When the temperature in the greenhouse needs to be lowered on hot days in summer, the fan and a deep-well pump are started, natural air is cooled through a cold water heat exchanger and fed into the greenhouse after being sterilized through the ozone sterilization chamber and an ultraviolet sterilization chamber, and thus the cooling effect is achieved. While the air temperature is adjusted through the greenhouse, the synchronous sterilization function is achieved, and the constant-temperature cultivation greenhouse has the advantages of being simple in structure, complete in function, reliable to use and the like.
Description
Technical field
The utility model relates to a kind of constant temperature planting greenhouse that is applicable to mushroom plant growth, belongs to novel agricultural plantation equipment manufacturing technology field.
Background technology
Current various agricultural planting booths are mostly planting vegetable and design, adopt individual layer light-passing plastic film and simple and easy framework supporting structure, the night insulation of booth still adopts top to cover the simple measure such as straw mattress, crop still need to be planted in soil, the data pick-up of the plant growth conditions such as non-forced ventilation, temperature control, damping and the intelligent control system of being controlled by computer.On the passages such as door and window, without preventing specially the quarantine measures of insect pest, be not suitable for the needed constant temperature of the senior mushroom plant growth such as matsutake, hickory chick, cordyceps flower, constant humidity, the growing environment such as aseptic, can only plant general conventional vegetables and crops.
Summary of the invention
The utility model, for the deficiencies in the prior art, provides a kind of reasonable in design, easy to use, and the multiple functional constant temperature planting greenhouse that is applicable to mushroom plant growth has simple in structure, modern design, the advantage such as safe and reliable.
The purpose of this utility model is achieved through the following technical solutions:
Be applicable to a constant temperature planting greenhouse for mushroom plant growth, comprise underground type booth main body, energy source device, ventilating temperature-regulating device, insect-proof fungicidal device and automatically controlled register, wherein,
Underground type booth main body comprises claustra shape underground air duct, disc ground, ground ventilation hole, cylindrical shape wall, transparent sandwich top, top outlet inlet, rain cover, produce passage and plantation frame, claustra shape underground air duct is located at disc below ground, disc ground is provided with some ground ventilation holes of linking up mutually with claustra shape underground air duct, along disc ground surrounding, extend upward cylindrical shape wall, the top of cylindrical shape wall is fixed with transparent sandwich top, the centre at transparent sandwich top is provided with top outlet inlet, the top of top outlet inlet is provided with rain cover, one side of cylindrical shape wall is provided with production passage, disc ground is provided with some plantation framves, above-mentioned claustra shape underground air duct, disc ground, cylindrical shape wall and transparent sandwich top, from bottom to top be connected and fixed as a whole, form a semi-enclosed cylindrical shape hemi-closure space structure,
Energy source device comprises solar heat collector, storage tank heat exchanger, conduction oil circulation line, heat exchange circulating pump, energy storage canister, tank for sewage gas, natural pond liquid heater; Wherein, solar heat collector is connected with storage tank heat exchanger, heat exchange circulating pump, energy storage canister and natural pond liquid heater by conduction oil circulation line, and natural pond liquid heater is located at tank for sewage gas inside;
Ventilating temperature-regulating device comprises combustion heat-exchange device, biogas pipe, blast pipe, blower fan, biogas valve, hot blast efferent duct, cold-water heat exchanger, cool water circulating pipe, deep well pump and cold wind efferent duct; Wherein, biogas pipe is connected with combustion heat-exchange device by biogas valve, and blast pipe is connected with combustion heat-exchange device or cold-water heat exchanger by blower fan, and hot blast efferent duct is connected with combustion heat-exchange device, cold wind efferent duct is connected with cold-water heat exchanger, and cool water circulating pipe two ends are connected with deep well pump with cold-water heat exchanger respectively;
Insect-proof fungicidal device comprises air inlet duct separation net, ozone water curtain type sterilization tank, ultraviolet disinfection case, air outlet fly net, wherein, air inlet duct separation net is located on blast pipe, air outlet fly net is located on top outlet inlet, and ozone water curtain type sterilization tank and ultraviolet disinfection case are located at respectively the end of hot blast efferent duct and cold wind efferent duct;
Automatically controlled register comprises electronic temperature control table, water container heat exchanger magnetic valve, tank for sewage gas temp probe, heat exchange circulating pump control line, power line, wherein, electronic temperature control table is connected with power line with water container heat exchanger magnetic valve, tank for sewage gas temp probe, heat exchange circulating pump control line respectively by wire.
Described underground type booth main body is one and embeds underground cylindrical shape hemi-closure space, cylindrical shape wall exceeds half meter of ground level, upper plane is connected with the conic transparent interlayer top being comprised of metal framework and double-deck sunlight board, at the center at transparent sandwich top, be provided with the air outlet with insect protected separation net, the disc of Wei Dai ground, its ground ventilation hole, disc underground is provided with claustra shape underground air duct, claustra shape underground air duct is linked up mutually with ground ventilation hole, it is in order to obtain the steady temperature of underground 16 degrees Celsius of left and right that booth main body embeds underground, to save the energy.
Described transparent sandwich top is by metal framework and is embedded in the conical complex structure body that inside and outside two-layer transparent sunlight board combines on this metal framework, every group of fan-shaped inside and outside two-layer transparent sunlight board surrounding is all filled with elaxtic seal, formation has the immobilising air blanketing of heat insulation effect, cylindrical shape wall top is fixed at this transparent sandwich top, and center line overlaps with the center line of cylindrical shape wall.
Described ventilating temperature-regulating device has cold, two units of heat, heat engine group comprises combustion heat-exchange device, biogas pipe, blast pipe, blower fan, biogas valve, hot blast efferent duct, cold unit comprises cold-water heat exchanger, cool water circulating pipe, 4 parts of deep well pump and cold wind efferent duct form, when winter, heat engine group was worked, open biogas valve ignition combustion heat exchanger, the cold air being sucked by blast pipe, after the heating of combustion heat-exchange device, by hot blast efferent duct, send into claustra shape underground air duct, hot blast spirals and enters space in canopy from several ground ventilation holes at claustra formula underground air duct, thereby temperature in raising booth, during the cold unit work of sky heat in summer, open deep well pump, cold water enters in cold-water heat exchanger through cool water circulating pipe, the hot-air being sucked by blast pipe, after cold-water heat exchanger cooling, by cold wind efferent duct, send into claustra shape underground air duct again, and enter in booth, operation principle is identical with conventional water air-conditioning.
Described ozone water curtain type sterilization tank is comprised of ozone generator and water circulation system, ozone generator is discharged into ozone in cycle water, the cycle water that contains ozone is sprayed by several spray heads, form cascade, the air being sucked by blower fan enters in booth after this ozone cascade sterilization, thereby realizes disinfection function.
Described ultraviolet disinfection case is comprised of the quartz burner of some marshallings in casing and deflector, deflector makes the layout turning movement along quartz burner through the air of ultraviolet disinfection case, make mobile air and quartz burner repeatedly, after close contact, enter again booth space, thereby realize sterilization efficacy.
When the utility model is used, connect electronic temperature control apparent source, solar thermal collector is that energy storage canister and natural pond liquid heater send heat by conduction oil circulation line, waste heat is sent into storage tank heat exchanger, with solar heat, guarantee the tank for sewage gas aerogenesis function in winter, in the time of need to improving the interior temperature of booth winter, open biogas valve and combustion heat-exchange device is lighted a fire, open blower fan simultaneously, the cold air being sucked by blower fan is after combustion heat-exchange device is heated, after ozone sterilization box sterilization, by hot blast efferent duct, send into claustra shape underground air duct again, hot-air is entered in booth by ground blow vent, can be by adjusting biogas valve and blower ventilation amount, control temperature increase scope, when summer, sky heat need to be lowered the temperature, open blower fan and deep well pump, cold water enters cold-water heat exchanger through cool water circulating pipe, suck hot-air and carry out heat exchange with cold water in cold-water heat exchanger, air after cooling is after ozone sterilization box and ultraviolet disinfection case, by cold wind efferent duct, send into claustra shape underground air duct, cooled air is entered in booth by ground ventilation hole, reach cooling-down effect, this device is in climate comfort, realized synchronous sterilizing function, have simple in structure, multiple functional, use the advantages such as reliable.
Accompanying drawing explanation
Accompanying drawing 1 is structural representation of the present utility model.
Wherein: 1, underground type booth main body: 1-1 claustra shape underground air duct, 1-2 disc ground, 1-3 ground ventilation hole, 1-4 cylindrical shape wall, 1-5 transparent sandwich top, 1-6 top outlet inlet, 1-7 rain cover, 1-8 produces passage, and 1-9 kind is planted frame; 2, energy source device: 2-1 solar heat collector, 2-2 storage tank heat exchanger, 2-3 conduction oil circulation line, 2-4 heat exchange circulating pump, 2-5 energy storage canister, 2-6 tank for sewage gas, 2-7 natural pond liquid heater; 3, ventilating temperature-regulating device: 3-1 combustion heat-exchange device, 3-2 biogas pipe, 3-3 blast pipe, 3-4 blower fan, 3-5 biogas valve, 3-6 hot blast efferent duct, 3-7 cold-water heat exchanger, 3-8 cool water circulating pipe, 3-9 deep well pump, 3-10 cold wind efferent duct; 4, insect-proof fungicidal device: 4-1 air inlet duct separation net, 4-2 ozone water curtain type sterilization tank, 4-3 ultraviolet disinfection case, 4-4 air outlet fly net.5, automatically controlled register: 5-1 electronic temperature control table, 5-2 water container heat exchanger magnetic valve, 5-3 tank for sewage gas temp probe, 5-4 heat exchange circulating pump control line, 5-5 power line.
Embodiment
Embodiment: structure as shown in drawings, is comprised of underground type booth main body 1, energy source device 2, ventilating temperature-regulating device 3, insect-proof fungicidal device 4 and automatically controlled register 5 five major parts, wherein,
Underground type booth main body 1 is by claustra shape underground air duct 1-1, disc ground 1-2, ground ventilation hole 1-3, cylindrical shape wall 1-4, transparent sandwich top 1-5, top outlet inlet 1-6, rain cover 1-7, produce passage 1-8, totally 9 parts of plantation frame 1-9 forms, wherein, claustra shape underground air duct 1-1 is located at the below of disc ground 1-2, disc ground 1-2 is provided with some ground ventilation hole 1-3 that link up mutually with claustra shape underground air duct 1-1, along the surrounding of disc ground 1-2, extend upward cylindrical shape wall 1-4, the top of cylindrical shape wall 1-4 is fixed with transparent sandwich top 1-5, the centre of transparent sandwich top 1-5 is provided with top outlet inlet 1-6, the top of top outlet inlet 1-6 is provided with rain cover 1-7, a side of cylindrical shape wall 1-4 is provided with produces passage 1-8, disc ground 1-2 is provided with some plantation frame 1-9, above-mentioned claustra shape underground air duct 1-1, disc ground 1-2, 4 parts such as cylindrical shape wall 1-4 and transparent sandwich top 1-5, from bottom to top be connected and fixed as a whole, form a semi-enclosed cylindrical space structure.
Energy source device 2 is comprised of 7 parts such as solar heat collector 2-1, storage tank heat exchanger 2-2, conduction oil circulation line 2-3, heat exchange circulating pump 2-4, energy storage canister 2-5, tank for sewage gas 2-6, natural pond liquid heater 2-7; Wherein, solar heat collector 2-1 is connected with storage tank heat exchanger 2-2, heat exchange circulating pump 2-4, energy storage canister 2-5 and natural pond liquid heater 2-7 by conduction oil circulation line 2-3, and natural pond liquid heater 2-7 is located at tank for sewage gas 2-6 inside.
Ventilating temperature-regulating device 3 is comprised of 10 parts such as combustion heat-exchange device 3-1, biogas pipe 3-2, blast pipe 3-3, blower fan 3-4, biogas valve 3-5, hot blast efferent duct 3-6, cold-water heat exchanger 3-7, cool water circulating pipe 3-8, deep well pump 3-9 and cold wind efferent duct 3-10; Wherein, biogas pipe 3-2 is connected with combustion heat-exchange device 3-1 by biogas valve 3-5, blast pipe 3-3 is connected with combustion heat-exchange device 3-1 or cold-water heat exchanger 3-7 by blower fan 3-4, hot blast efferent duct 3-6 is connected with combustion heat-exchange device 3-1, cold wind efferent duct 3-10 is connected with cold-water heat exchanger 3-7, and cool water circulating pipe 3-8 two ends are connected with deep well pump 3-9 with cold-water heat exchanger 3-7 respectively.
Insect-proof fungicidal device 4 is comprised of 4 parts such as air inlet duct separation net 4-1, ozone water curtain type sterilization tank 4-2, ultraviolet disinfection case 4-3, air outlet fly net 4-4, wherein, air inlet duct separation net 4-1 is located at the outermost end of blast pipe 3-3, it is upper that air outlet fly net 4-4 is located at top outlet inlet 1-6, and ozone water curtain type sterilization tank 4-2 and ultraviolet disinfection case 4-3 are located at respectively the end of hot blast efferent duct 3-6 and cold wind efferent duct 3-10.
Automatically controlled register 5 is comprised of 5 parts such as electronic temperature control table 5-1, water container heat exchanger magnetic valve 5-2, tank for sewage gas temp probe 5-3, heat exchange circulating pump control line 5-4, power line 5-5, wherein, electronic temperature control table 5-1 is connected with power line 5-5 with water container heat exchanger magnetic valve 5-2, tank for sewage gas temp probe 5-3, heat exchange circulating pump control line 5-4 respectively by wire, forms conventional temperature and controls electric line.
During use, connect the power supply of electronic temperature control table 5-1, solar thermal collector 2-1 is energy storage canister 2-5 and natural pond liquid heater 2-7 transfer heat by conduction oil circulation line 2-3, waste heat is sent into storage tank heat exchanger 2-2, with solar heat, guarantee the tank for sewage gas aerogenesis function in winter, in the time of need to improving the interior temperature of booth winter, open biogas valve 3-5 and combustion heat-exchange device 3-1 is lighted a fire, open blower fan 3-4 simultaneously, the cold air being sucked by blower fan is after combustion heat-exchange device is heated, after ozone sterilization box 4-2 sterilizing, by hot blast efferent duct 3-6, send into claustra shape underground air duct 1-1 again, hot-air enters booth inner space by ground blow vent 1-3, can be by adjusting the aperture size of biogas valve and blower fan, control temperature increase scope, when summer, sky heat need to be lowered the temperature, open blower fan 3-4 and deep well pump 3-9, cold water enters cold-water heat exchanger 3-7 through cool water circulating pipe 3-8, the hot-air sucking carries out heat exchange with cold water in cold-water heat exchanger, air after cooling is after ozone sterilization box 4-2 and ultraviolet disinfection case 4-3 sterilizing, by cold wind efferent duct 3-10, send into claustra shape underground air duct 1-1, cooled air is entered in booth by ground ventilation hole, reach cooling-down effect, this device is in climate comfort, realized synchronous sterilizing function, have simple in structure, multiple functional, use the advantages such as reliable.
Claims (6)
1. a constant temperature planting greenhouse that is applicable to mushroom plant growth, is characterized in that, comprises underground type booth main body, energy source device, ventilating temperature-regulating device, insect-proof fungicidal device and automatically controlled register, wherein,
Underground type booth main body comprises claustra shape underground air duct, disc ground, ground ventilation hole, cylindrical shape wall, transparent sandwich top, top outlet inlet, rain cover, produce passage and plantation frame, claustra shape underground air duct is located at disc below ground, disc ground is provided with some ground ventilation holes of linking up mutually with claustra shape underground air duct, along disc ground surrounding, extend upward cylindrical shape wall, the top of cylindrical shape wall is fixed with transparent sandwich top, the centre at transparent sandwich top is provided with top outlet inlet, the top of top outlet inlet is provided with rain cover, one side of cylindrical shape wall is provided with production passage, disc ground is provided with some plantation framves, above-mentioned claustra shape underground air duct, disc ground, cylindrical shape wall and transparent sandwich top, from bottom to top be connected and fixed as a whole, form a semi-enclosed cylindrical shape hemi-closure space structure,
Energy source device comprises solar heat collector, storage tank heat exchanger, conduction oil circulation line, heat exchange circulating pump, energy storage canister, tank for sewage gas, natural pond liquid heater; Wherein, solar heat collector is connected with storage tank heat exchanger, heat exchange circulating pump, energy storage canister and natural pond liquid heater by conduction oil circulation line, and natural pond liquid heater is located at tank for sewage gas inside;
Ventilating temperature-regulating device comprises combustion heat-exchange device, biogas pipe, blast pipe, blower fan, biogas valve, hot blast efferent duct, cold-water heat exchanger, cool water circulating pipe, deep well pump and cold wind efferent duct; Wherein, biogas pipe is connected with combustion heat-exchange device by biogas valve, and blast pipe is connected with combustion heat-exchange device or cold-water heat exchanger by blower fan, and hot blast efferent duct is connected with combustion heat-exchange device, cold wind efferent duct is connected with cold-water heat exchanger, and cool water circulating pipe two ends are connected with deep well pump with cold-water heat exchanger respectively;
Insect-proof fungicidal device comprises air inlet duct separation net, ozone water curtain type sterilization tank, ultraviolet disinfection case, air outlet fly net, wherein, air inlet duct separation net is located on blast pipe, air outlet fly net is located on top outlet inlet, and ozone water curtain type sterilization tank and ultraviolet disinfection case are located at respectively the end of hot blast efferent duct and cold wind efferent duct;
Automatically controlled register comprises electronic temperature control table, water container heat exchanger magnetic valve, tank for sewage gas temp probe, heat exchange circulating pump control line, power line, wherein, electronic temperature control table is connected with power line with water container heat exchanger magnetic valve, tank for sewage gas temp probe, heat exchange circulating pump control line respectively by wire.
2. a kind of constant temperature planting greenhouse that is applicable to mushroom plant growth according to claim 1, it is characterized in that, described underground type booth main body is one and embeds underground cylindrical shape hemi-closure space, cylindrical shape wall exceeds half meter of ground level, upper plane is connected with the conic transparent interlayer top being comprised of metal framework and double-deck sunlight board, at the center at transparent sandwich top, is provided with the air outlet with insect protected separation net.
3. a kind of constant temperature planting greenhouse that is applicable to mushroom plant growth according to claim 1 and 2, it is characterized in that, described transparent sandwich top is by metal framework and is embedded in the conical complex structure body that inside and outside two-layer transparent sunlight board combines on this metal framework, every group of fan-shaped inside and outside two-layer transparent sunlight board surrounding is all filled with elaxtic seal, formation has the immobilising air blanketing of heat insulation effect, and the center line of this transparent sandwich overlaps with the center line of cylindrical shape wall.
4. a kind of constant temperature planting greenhouse that is applicable to mushroom plant growth according to claim 1, it is characterized in that, described ventilating temperature-regulating device has hot and cold two units, heat engine group is comprised of combustion heat-exchange device, biogas pipe, blast pipe, blower fan, biogas valve, hot blast efferent duct, and cold unit is comprised of cold-water heat exchanger, cool water circulating pipe, deep well pump and cold wind efferent duct.
5. a kind of constant temperature planting greenhouse that is applicable to mushroom plant growth according to claim 1, is characterized in that, described ozone water curtain type sterilization tank is comprised of ozone generator and water circulation system.
6. a kind of constant temperature planting greenhouse that is applicable to mushroom plant growth according to claim 1, is characterized in that, described ultraviolet disinfection case is comprised of the quartz burner of some marshallings in casing and deflector.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420018869.4U CN203723173U (en) | 2014-01-13 | 2014-01-13 | Constant-temperature cultivation greenhouse suitable for growth of fungus crops |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420018869.4U CN203723173U (en) | 2014-01-13 | 2014-01-13 | Constant-temperature cultivation greenhouse suitable for growth of fungus crops |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203723173U true CN203723173U (en) | 2014-07-23 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420018869.4U Withdrawn - After Issue CN203723173U (en) | 2014-01-13 | 2014-01-13 | Constant-temperature cultivation greenhouse suitable for growth of fungus crops |
Country Status (1)
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| CN (1) | CN203723173U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103718893A (en) * | 2014-01-13 | 2014-04-16 | 毕一凡 | Constant temperature planting greenhouse suitable for growth of funguses |
| CN105746248A (en) * | 2016-04-15 | 2016-07-13 | 杨淑祥 | Improved flower greenhouse heating system |
-
2014
- 2014-01-13 CN CN201420018869.4U patent/CN203723173U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103718893A (en) * | 2014-01-13 | 2014-04-16 | 毕一凡 | Constant temperature planting greenhouse suitable for growth of funguses |
| CN105746248A (en) * | 2016-04-15 | 2016-07-13 | 杨淑祥 | Improved flower greenhouse heating system |
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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 |
Granted publication date: 20140723 Effective date of abandoning: 20150429 |