36results about How to "No geographical restrictions" patented technology

The invention discloses a method of a novel technology for artificially simulating a crop growth shade and humidity environment and particularly relates to a novel method for artificially simulating the crop growth shade and humidity environment. According to the method, on the basis of a steel frame greenhouse, power-driven sunshade nets are installed at the top and on the two sides of the greenhouse for controlling illumination in the greenhouse, a spraying system composed of a PPR pipe and a spray nozzle is erected inside the greenhouse for controlling humidity and temperature in the greenhouse, ventilation systems composed of gauzes and power-driven exhaust fans are installed in the middle portions of the two sides of the greenhouse and used for controlling the temperature and the carbon dioxide concentration in the greenhouse, and according to comparison of temperature, humidity and other meteorological data on agricultural environment monitors installed inside and outside the greenhouse, light controlling, humidifying, cooling and ventilating measures are taken, so that the shade and humidity environment which is remarkably different relative to local natural environment conditions is formed. The step that according to the comparison of the temperature, humidity and other meteorological data on the two agricultural environment monitors inside and outside the greenhouse, the corresponding light controlling, humidifying, cooling and ventilating procedures are adopted is the key. The shade and humidity environment is simulated through the method, and the method has the advantages of being wide in geographical adaptability and suitable for different types of crops needing shade-tolerance and humidity-resistance screening and improving shade-tolerance and humidity-resistance breeding efficiency.

The invention discloses a method for promoting the indoor cultivation survival rate and quality of dendrobium nobile. The method includes the step of using red-blue-green mixed light to irradiate during a germination period of dendrobium nobile buds and using red-blue-green-far red mixed light to irradiate during a growth period of the dendrobium nobile buds. By using the method, the seedling recovering speed of dendrobium nobile bottle seedlings is sped up, the survival rate in a seedling period is improved, and the germination of new buds is promoted. The planting cycle of dendrobium nobileis greatly shortened, and the effective ingredients in the plants are greatly improved. The planting regulation method is practical, has no geographical restrictions, is suitable for promoting for planting in any area and has great commercial value.

A heat recovery water chiller-heater unit for a low-temperature ice source heat pump used in the northern area is characterized in that an air exchanger, an exchanger, a low-temperature-stage compression device and a high-temperature-stage compression device are included; the upper end of the exchanger is connected with a solar heat collector through a valve opening; and the air exchanger comprises an outer unit shell, a filling chamber, a fan and an ice source solution accumulation pool. The heat recovery water chiller-heater unit has the beneficial effects of being compact in structure and low in cost; refrigerant media which cannot be frozen at the temperature of -30 DEG C and air are subjected to heat exchange to serve as a refrigerating medium or heating medium, and the refrigerating or heating effect is improved; high-temperature evaporation can be carried out, efficiency is improved, energy consumption is obviously reduced, and pollution is reduced; and the heat recovery water chiller-heater unit can adapt to frigid weather and environment, especially the northern area, in use.

The invention discloses a harmful gas concentration detection system and a detection method thereof. The method comprises the following steps: introducing harmful gas into a multi-optical path absorbing tank; supplying temperature and current required by the working of a diode laser device by a LD driver; collimating tuning laser outputted by the diode laser device by a collimator and then emitting into the multi-optical path absorbing tank; repeatedly reflecting and absorbing in the tank and then receiving the output light by a photoelectric detector; converting an optical signal into an electric signal by the photoelectric detector through a photovoltaic conversion module; passing by a pre-amplifier and a lock-in amplifier and then entering into a data collecting and control system; sending to an ARM processor by an A/D converter; and sending a monitoring result to a harmful gas remote monitoring computer by a GPRS module. In such a manner, the harmful gas concentration detection system and the detection method thereof disclosed by the invention are high in detection sensitivity, can meet the requirement for high-precision quick monitoring for the harmful gas in atmosphere and are wide in detection scope, short in response time and high in data transmission rate.

An ice source heat pump water heater comprises an air exchanger, a first-level exchanger, a circulating water pump and a second-level exchanger. The air exchanger comprises a shell, a filling chamber and an ice source solution accumulation pool. An air inlet and an air outlet are formed in the side walls of the shell. The first-level exchanger is communicated with a connector of a reversing four-way valve, and the other three connectors of the reversing four-way valve are connected with a refrigerant backflow pipe of an air conditioner indoor unit, connected with an inlet of a compressor through an air-liquid separator and connected with the second-level exchanger respectively. The second-level exchanger is connected with an outlet of the compressor. Two water collecting openings of the second-level exchanger are communicated with a water inlet and a water outlet of a heat preservation hot water tank. By means of an outer unit, the ice source heat pump water heater can be used for an air conditioner and can be used for a water heater at the same time, the input cost of a barbershop is reduced, and mounting procedures are reduced; and refrigerant media which cannot be frozen at the temperature of -30 DEG C and air are subjected to heat exchange, so that the refrigerant media serve as a refrigerating medium or heating medium, energy consumption is low, and the ice source heat pump water heater can adapt to frigid-weather environment.

The invention provides an air-conditioning water heater/ice-source heat pump integrated machine for barbershops. The air-conditioning water heater/ice-source heat pump integrated machine for barbershops comprises an air exchanger, a primary exchanger, a circulating water pump and a secondary exchanger; the air exchanger comprises a housing, a filling chamber and an ice-source solution accumulating tank; an air inlet and an air outlet are formed in sidewalls of the housing; the primary exchanger communicates with one port of a reversing four-way valve; the other three ports of the reversing four-way valve are connected with a refrigerant return pipe of an air-conditioning indoor unit, connected with an outlet of a compressor through a vapor-liquid separator, and connected with a secondary exchanger, respectively; the secondary exchanger is connected with an outlet of the compressor; two water connectors of the secondary exchanger communicate with a water inlet and a water outlet of a thermal insulating hot water tank. According to the air-conditioning water heater/ice-source heat pump integrated machine for barbershops, one outer unit can be shared by the air-conditioner and the water heater simultaneously, such that the investment cost of a barbershop can be reduced and the steps of mounting can be reduced; further, a refrigerating medium that may not be frozen at 30 DEG C below zero exchanges heat with air as a refrigerant or a heating agent, and therefore, the air-conditioning water heater/ice-source heat pump integrated machine is low in energy consumption and adaptive to frigid weather environments.

The invention provides a chemical-looping continuous oxygen production system based on solar photothermal, and belongs to the technical field of chemical-looping oxygen production of solar heat storage and heat accumulation. The system comprises a Fresnel lens field, a heat storage device, a side steel plate, an end steel plate, a columnar glass body, a lifting gate, a premixer, a fan, an air preheater, a reheater, a condenser, a superheater, an evaporator and an oxygen production device. The chemical-looping oxygen generation system is coupled with the solar photo-thermal heat storage system,hot air absorbs solar photo-thermal and then generates steam and performs oxygen absorption and desorption reaction, and then high-temperature oxygen-poor air generated by the reaction preheats coldair. Superheated steam and oxygen mixed gas obtained after the oxygen release reaction is subjected to condensation treatment after air is subjected to secondary heating to obtain pure oxygen, and preheated air enters a heat storage device to be subjected to convective heat exchange to form high-temperature air to continue to participate in the circulation. The whole system realizes gradient utilization of energy, achieves the purpose of low-energy-consumption oxygen production, and conforms to the modern theme of energy conservation and emission reduction.

The invention relates to a solar-energy-based disinfection and placement box for stray animals. The solar-energy-based disinfection and placement box comprises a box body, a solar photovoltaic module and a disinfectant box; the solar photovoltaic module is fixedly mounted at the top of the box body and is connected with a storage battery pack through a controller; an inlet and outlet is formed in the front side wall of the box body, a plurality of sprayers are arranged on the left side wall, the right side wall and/or the top, and a pressure sensor and a plurality of water outlets are arranged at the bottom; the sprayer is connected with the disinfectant box through a liquid conveying pipe provided with a water pump, and the sprayer and the water pump are both electrically connected to the pressure sensor. The solar photovoltaic module is adopted to convert solar energy into electric energy and then store the electric energy into the storage battery pack, so that the electric energy is provided for a load in the disinfection placement box to work, and the disinfection placement box is low in cost, environmentally friendly, free of geographical limitation and good in practicability; and the stray animals in the box body are automatically disinfected, so that a better rest environment is provided for the stray animals.

The invention discloses a method for artificially cultivating toad maggots. The method comprises the following steps: cleaning toads by using an extracting solution of mangnolia officinalis, fructus aurantii immaturus, natrii sulfas, and radix et rhizoma rhei, pulping the toads, adding a seleninic acid triglyceride mixture and honey, placing the mixture in a maggot breeding box for chrysomyia megacephala to eat raw maggots, promoting maggot production through porous microspheres containing indole, adjusting light, humidity and temperature in the maggot breeding box to provide appropriate growth temperature for the maggots, then passing the maggots through water at 48-50 DEG C, and naturally airing the maggots to obtain the toad maggots. The cultivated toad maggots are high in utilization rate of effective active ingredients in toads, high in selenium content and relatively high in inhibitory activity on malignant tumors; the yield is high, the quality is uniform, and the cultivation period is short; and the method is simple, convenient, free of geographical limitation, capable of guaranteeing stability of maggot breeding conditions and suitable for long-term mass production.

The invention provides a constant-temperature and constant-humidity ice-source heat pump unit, which comprises a refrigerant outer unit and a constant-temperature and constant-humidity coil fan; the refrigerant outer unit comprises an outer unit housing, a filling chamber, a fan, an ice-source solution accumulating tank, a water-fluorine exchanger and a circulating water pump; a refrigerant port of the water-fluorine exchanger is connected with a refrigerant pipe inlet of the constant-temperature and constant-humidity coil fan through a valve bank; a refrigerant return port of the water-fluorine exchanger communicates with a reversing four-way valve; amongst the other three ports of the reversing four-way valve, one port communicates with an outlet of a compressor, while the other port communicates with an inlet of the compressor through a vapor-liquid separator and the rest one port communicates with a refrigerant return pipe of the constant-temperature and constant-humidity coil fan. The constant-temperature and constant-humidity coil fan has the advantages of compact structure and low cost; further, a refrigerating medium that may not be frozen at 30 DEG C below zero exchanges heat with air as a refrigerant or a heating agent, and the generated refrigerant is used for the constant-temperature and constant-humidity unit to refrigerate or heat; as a result, the energy consumption is remarkably reduced; moreover, the constant-temperature and constant-humidity ice-source heat pump unit is adaptive to cold weather environments.

The invention provides a household ice-source heat pump air conditioner. The household ice-source heat pump air conditioner comprises an air exchanger, a water-fluorine exchanger, a circulating water pump, a filling chamber and an ice-source solution accumulating tank; an air inlet and an air outlet are formed in sidewalls of a housing on two sides of the filling chamber; a fan is fixed at the air outlet of the housing; the ice-source solution accumulating tank is located directly under the filling chamber, and connected with a sprayer through the water-fluorine exchanger and the circulating water pump; a refrigerant of the water-fluorine exchanger is fed into an air-conditioning refrigerant pipe through a valve bank; a refrigerant return port of the water-fluorine exchanger communicates with a reversing four-way valve; the other three ports of the reversing four-way valve communicate with a vapor-liquid separator, a return pipe of an air-conditioning indoor unit and an outlet of a compressor, respectively; the vapor-liquid separator communicates with an inlet of the compressor. According to the household ice-source heat pump air conditioner, a refrigerating medium that may not be frozen at 30 DEG C below zero exchanges heat with air as a refrigerant or a heating agent, such that a refrigeration or heating effect can be improved and energy consumption can be reduced; furthermore, three functions of refrigeration, heating and domestic hot water can be provided for a room.

The invention discloses a hotel washhouse ice source heat pump energy-saving drying system which comprises a refrigerant outer machine, an ice source drying room and an ice source ironing room. The refrigerant outer machine comprises an outer machine shell, and an air exchanger, a primary exchanger, a secondary exchanger and a heat recovery exchanger which are installed in the outer machine shell. A water inlet and a water outlet of the secondary exchanger are communicated with a refrigerant pipe of a combined air conditioner in the ice source drying room and a refrigerant pipe of a combined air conditioner in the ice source ironing room respectively. A water inlet and a water outlet of the heat recovery exchanger are communicated with refrigerant pipes of multiple sets of ironing devices in the ice source ironing room respectively. A refrigerant medium which will not be frozen at -30 DEG C exchanges heat with air and then is used as a heat exchange medium, so that a heat exchange source is provided for follow-up equipment, energy consumption is low, and the cost is reduced; the residual heat can be returned to water to be used as a secondary heat exchange source, the refrigerating and heating function can be provided for the indoor part, and the system is suitable for various regions.

The invention discloses heat-clearing and detoxifying tea, as well as a preparation method and an application thereof. The heat-clearing and detoxifying tea is prepared from the following raw materials in parts by weight: 3-7 parts of nothopanax delavayl, 1-5 parts of wild chrysanthemum flowers, 1-3 parts of honeysuckle flowers, and 1-5 parts of liquorice roots. The preparation method comprises the following steps of: mixing the raw material according to formula proportion, mashing the mixture, and carrying out sieving. The application includes applications of the heat-clearing and detoxifying tea in preparation of heat-clearing and detoxifying foods, as well as health-care foods. According to the invention, the nothopanax delavayl is used as a monarch drug, the wild chrysanthemum flowers and the honeysuckle flowers are used as official drugs, and the liquorice roots are used as an assistant and messenger drug; and thus, the tea has obvious heat-clearing and detoxifying functions owe to combination of the drugs.

The invention discloses a solar safe charging cabinet. The solar safe charging cabinet comprises a cabinet body, the bottom of the cabinet body is provided with universal wheels, the interior of the cabinet body is provided with a mobile phone charging strip, a computer charging strip and a storage battery, the mobile phone charging strip and the computer charging strip are both electrically connected with the storage battery through breakers, the top of the cabinet body is provided with a solar panel, and the solar panel is electrically connected with the storage battery. According to the invention, the solar panel supplies power to the storage battery, and therefore a charging device is charged, more energy is saved, and at the same time, the solar safe charging cabinet does not need tobe connected to commercial power, has no regional limitations, and is higher in applicability.