206results about How to "Achieve warming" patented technology

A supersonic cyclone separation and pressure return mechanism with multiple air inlet channels is composed of flow guide cavity, jet tube, cyclone separation segment, pressure returning unit, annular liquid discharging outlets between cyclone separation segment and pressure returning unit, and a locator on said pressure returning unit for regulating the gap between liquid discharging outlets.

The invention discloses a centralized secondary fermentation method for agaricus bisporus. The culture medium comprises the following raw materials in parts by weight: 45-60 parts of forage, 35-50 parts of chicken manure, 2-8 parts of gypsum and 3-10 parts of oil cakes. The method comprises the following steps of: uniformly spreading forage in a pre-wetting pool for pre-wetting for 2-5 days; adding chicken manure, gypsum and oil cakes and uniformly and adequately mixing; filling the mixed fermentation material in a ventilating floor in a primary fermentation tunnel, and conveying fresh air to the fermentation material through a fan; fermenting for 4-6 days and transferring the fermentation material to another primary fermentation tunnel. The base material of the primary tunnel fermentation is uniformly stacked on the ventilating floor in a secondary fermentation tunnel, and the temperature of the fermentation material is controlled by operation of the fan. Secondary fermentation comprises the following steps: a balancing stage, a heating stage, pasteurization, cultivation at constant temperature and discharge at low temperature. According to the method, local wheat straw hoods, straws, chicken manure and the like are used as main raw materials to form the culture medium. Centralized scaled production cultivation materials are formed by the technology of pre-treatment of the raw materials, primary fermentation and secondary fermentation.

The invention discloses an improved device for an efficient energy-saving household central air-conditioner. The improved device comprises a variable air volume air supply system and an outdoor heat pump unit with an adjustable capability; wherein the variable air volume air supply system is connected to the outdoor heat pump unit through a refrigerant pipeline; the outdoor heat pump unit comprises a refrigeration compressor, an air-cooled type heat exchanger, an air-conditioner coil pipe, a four-way reversing valve, a throttle mechanism, a domestic hot water tank and an electromagnetic valve, the refrigeration compressor is connected to the air-cooled type heat exchanger through the four-way reversing valve, the throttle mechanism is installed between the air-cooled type heat exchanger and the air-conditioner coil pipe in the variable air volume air supply system; and the domestic hot water tank and the electromagnetic valve is connected to the refrigerant pipeline of the refrigeration compressor and the air-cooled type heat exchanger. In the improved device, the domestic hot water tank is additionally arranged in the outdoor heat pump unit, exhaust from the refrigeration compressor flows into a refrigerant coil pipe in the domestic hot water tank and carries out heating for the domestic water, so that the domestic hot water can be prepared, and the improved device has the advantages of high efficiency and energy saving.

The invention relates to an intelligent bread machine which comprises a control device, a machine body, an inner barrel, a stirring knife, a motor and an automatic water adding device, wherein a knife shaft penetrates through the bottom of the inner barrel; the stirring knife is placed in the inner barrel; the motor drives the knife shaft; the machine body is provided with a cavity body for placing the inner barrel; the cavity body is internally provided with a first sensor for detecting the temperature and a heating pipe; the automatic water adding device comprises a water tank and a water pump; the water tank is internally provided with a second sensor for detecting the water temperature; the control device is electrically connected with the first sensor, the second sensor, the water pump, the heating pipe and the motor. Flour, yeast and water are separated through the water tank, the danger that the water is contacted with the flour or the yeast due to long-time reservation is avoided, the effect for making bread through long-time reservation is ensured, the temperature of the water added into the inner barrel is ensured by utilizing the second sensor for detecting the water temperature, thus the temperature of doughs is regulated effectively, and the consistency for making bread is ensured.

The invention provides a furrow-sowing drip-irrigation mulch-cultivation method of a salinized cotton field in an arid area, including furrowing and ridging, and double-row planting in furrows. The method is characterized in that ridges are big while the furrows are small, a drip irrigation zone laid in the centerline of a furrow bottom is mulched thereon by a plastic film, and bunch planting is performed at both sides of the drip irrigation zone on the plastic film. The plastic film mulching mode includes single-film mulching and double-film mulching, wherein the single-film mulching is to mulch a film in ridge bare furrows or mulch a film evenly in the furrows, and the double-film mulching is to mulch a top film tightly on the top surface of an adjacent ridge after planting based on the single-film mulching so as to form a furrow chamber. Since the evaporation on the ridges is relatively stronger than that in the furrows, salt is allowed to transfer and accumulate above the ridges, and the rhizosphere salinity of the furrows is reduced accordingly. The method realizes a combination of ridging and furrow sowing, plastic film mulching and water-saving drip irrigation, thus water saving, warming and salt reducing effects are achieved, high yield of cotton is facilitated, and increased yield rate ranges from 8.3% to 16.4%. Compared with the conventional salt-alkali improvement measures, the method features more water conservation, lower investment, and easier operation.

The invention discloses a cultivation method for rice direct dibble seeding in wedged ditches, which belongs to the field of rice cultivation. In order to solve the problem that yield potential of high-yield high-quality varieties is difficult to fulfill by existing cultivation methods, the cultivation method for rice direct dibble seeding in wedged ditches includes the steps: firstly, tilling soil, namely performing no turning or irrigation after preceding harvesting, and digging a field to obtain a plurality of ditches, wherein row spacing between each two adjacent ditches is 18-22cm, each ditch in a triangular shape is wide end up, each ditch is 5-20cm deep and 3-6cm wide, two sides of each ditch are slopes relative to the horizontal plane, and an included angle between each slope and the horizontal plane is 40 DEG-70 DEG; secondly, post-treating rice seeds; thirdly, performing base fertilizer application, direct dibble seeding, and irrigation; and fourthly, performing field management. The traditional ploughing is replaced with wedging, so that farming intensity is reduced, interference to soil is lowered, energy sources are saved, labor is reduced, seeds for use are few, soilwater retention capacity is high, soil system stable is high, fertilizer utilization rate is high, root system growth environment is improved, and cost reducing, yield increase and efficiency enhancement are achieved.

The invention relates to an experimental device and method for contaminated soil thermal remediation feasibility study. The experimental device comprises an air inlet module, a heating module, an extraction condensation module and a tail gas treatment module. The contaminated soil thermal remediation feasibility study experimental method can carry out a thermal remediation feasibility experiment on different contaminated soils, and in situ thermal remediation feasibility is clarified by analyzing concentrations of concerned pollutants in soil before and after the experiment, a gas sample and a condensate sample which are collected during the experiment as well as composition and mass of pollutants in activated carbon after the experiment. The experimental device and method which are provided by the invention are applicable to optimization of in situ contaminated soil thermal remediation feasibility analysis and have important guidance on optimization of key technical parameters, such as target temperature, heating time, extraction rate and a tail gas treatment scheme, of in situ thermal remediation site engineering.

The invention discloses a solar regeneration system for a water-soluble anti-freezing solution in a frostless heat pump system. The solar regeneration system comprises a first-stage refrigerant circulating system, a second-stage heat exchange circulating system and a third-stage regeneration circulating system, wherein the first-stage refrigerant circulating system is formed by connecting a compressor, an outdoor heat exchanger, a restricting element, an indoor heat exchanger and a gas-liquid separator into a loop; the second-stage heat exchange circulating system is formed by connecting the outdoor heat exchanger, a cooling tower and a secondary circulating solution pump into a loop; the third-stage regeneration circulating system is formed by sequentially connecting the cooling tower, a connecting pipeline or a channel and a CPC heat collector or a trench type tracking light-condensation heat collector. In order to make the water-soluble anti-freezing solution serve as a heat exchange working medium of an indirect defrosting heat pump, the third-stage circulation which utilizes solar light condensation for regeneration is arranged in addition to the first-stage circulation for indoor circulation and the second-stage circulation for outdoor heat absorption; as a result, the anti-freezing solution can be regenerated without extra energy consumption, bulk storage of the anti-freezing solution is not needed, cost is low, the heating performance of the system is not damaged but improved instead, and the comfort and energy conservation property of the heat pump are improved when the heat pump is used at a low temperature in winter.

The invention discloses a power battery, a temperature control method of the power battery and a new energy vehicle to solve the problem of poor temperature control of existing power batteries. The power battery comprises a casing, cells, flexible heat-conducting strips and finger plate tools, wherein gaps I between the cells and gaps II between the cells and the inner wall of the battery casing are filled with flexible heat-conducting strips arranged in pairs, and the finger plate tools are inserted in gaps between the flexible heat-conducting strips to be in surface contact with the flexibleheat-conducting strips; each flexible heat-conducting strip comprises a flexible heat-conducting material, a copper tube, an electric heating wire and a temperature sensor, and two ends of each flexible heat-conducting strip extend to the outer side of the battery casing and are connected with a heat-conducting solution circulating system and an electric control system. The power battery adoptingthe structure has an excellent temperature control effect and can have multiple effects of thermal insulation, heating and cooling of the cells, so that the cells are always within the best working temperature range, and the temperature difference between the cells in a battery pack can be controlled within +/-3 DEG C.

The invention provides an icing-resisting road and a construction method thereof. The icing-resisting road comprises a graded rubble layer, a cement stable base layer, a stable rubble layer and a bituminous concrete layer which are sequentially distributed from bottom to top. The bituminous concrete layer comprises a bituminous concrete lower layer, an oil pipe layer and a bituminous concrete upper layer which are sequentially distributed from bottom to top. The oil pipe layer comprises oil pipes which are uniformly laid and communicate, and the oil pipes are connected with a solar heat-absorption plate; the bituminous concrete lower layer and the bituminous concrete upper layer are both obtained through laying of a mixture; the mixture is formed by mixing rubbles, bitumen, a phase transformation unit and steel fibers; the interior of the phase transformation unit is spherical phase transformation paraffin wax, and the exterior of the phase transformation unit is a wrapping layer which is formed by mixing graphene, nanometer aluminum oxide, heat conduction fibers, cement and water; and the phase transformation temperature of the phase transformation paraffin wax is 0-5 DEG C. The icing-resisting road is easy to construct and good in icing-resisting effect.

The invention provides a cleanroom system comprising a cleanroom, a high-pressure water mist humidifier and an air conditioning device, wherein the cleanroom comprises a clean air chamber zone and an air return zone arranged on the periphery of the clean air chamber zone, the clean air chamber zone is provided with an air inlet and an air outlet, and the air return zone is communicated with the clean air chamber zone by the air inlet and the air outlet; and the high-pressure water mist humidifier is arranged in the air return zone. The air conditioning device comprises an air conditioning chamber and a thermostat, wherein the air conditioning chamber is communicated with the air return zone and is suitable to provide first air flow which flows through the inner part of the air conditioning chamber to enter the air return zone; the thermostat is used for regulating the temperature of the first air flow; second air flow enters the air return zone after leaving the clean air chamber zone from the air outlet, is humidified and cooled by the high-pressure water mist humidifier in the air return zone and is combined with the first air flow to form third air flow; and the third air flow enters the clean air chamber zone from the air inlet. In addition, the invention also provides a cleanroom air-conditioning method.

The invention discloses a metal plate plating device facilitating recovery of cathode rare metals, and relates to the technical field of metal material plating. The metal plate plating device comprises a plating tank; a cathode clamping mechanism is fixedly connected to the bottom end of a cathode threaded sleeve block, and a to-be-plated metal plate is arranged at the bottom of the cathode clamping mechanism; an anode limiting sleeve block is rotatably connected to the left side of the exterior of an insulating spinning rod in a sleeving manner, an anode plate is fixedly connected to the bottom of the anode limiting sleeve block, and a plating solution cleaning mechanism sleeves the outer surface of the anode plate; and a power supply is fixedly connected to the top of a supporting top frame on the left side, energized wires are connected to the output end of the power supply respectively, and the corresponding output ends of the energized wires are electrically connected with the cathode threaded sleeve block and the anode limiting sleeve block respectively. The metal plate plating device facilitating recovery of the cathode rare metals achieves rapid recovery of the cathode raremetals, improves the fluidity of an electrolyte and ensures the uniformity of the concentration of plating metal ions in the electrolyte.

The invention relates to a reactor with a temperature control device.The reactor comprises a reactor body which is provided with a reactor jacket, and the reactor jacket is provided with an inlet and an outlet.The reactor is characterized in that the reactor further comprises a temperature sensing device, a circulating water pump, a controller, an electric heater, a heating water tank, a hot water pipeline, a cooling water pipeline, a water inlet pipe and a water outlet pipe; the temperature sensing device is arranged on the side wall of the reactor body, and one end of the temperature sensing device is connected with the controller; the heating water tank is arranged outside the reactor body and provided with a water outlet end, a water inlet end and a circulating water inlet, an electric heater and a liquid level meter are arranged in the heating water tank, and the controller is installed on the outer side of the heating water tank and connected with the electric heater; the inlet of the reactor jacket is connected with one end of the water inlet pipe, the other end of the water inlet pipe is connected with the hot water pipeline and the cooling water pipeline at the same time, the cooling water pipeline is connected with an external water source through a cooling water valve, and the hot water pipeline is connected with one end of the circulating water pump through a hot water valve.

The invention discloses an indirect heat exchange type supercritical water oxidization system and a control method. The system mainly comprises a main supercritical water oxidization reaction flow and an intermediate medium loop. The control method comprises two-flow pressure and temperature increasing control, temperature and pressure reduction control and normal running control. The invention aims at an automatic control strategy for engineering practices of the indirect heat exchange type supercritical water oxidization system, and the concept of cyclic heating is adopted for a temperature increasing process of the system, so that investment in heating equipment is effectively reduced; mismatch between working pressure of two flows is avoided, and effectiveness of heat exchange between supercritical pressure fluids in an inner pipe and an outer pipe of a preheater/heat exchanger of a temperature increasing or temperature reduction stage of the system is ensured; process effects and system safety are ensured by effective control over reaction temperature and over-temperature protection over key equipment.

The present invention relates to a battery unit (1) comprising a plurality of battery cells (2) each having a first electrode (3) and a second electrode (4) for electrically contacting the respective battery cell (2), wherein the battery cells (2) through cell connectors (5) are electrically connected to each other and the interconnected battery cells (2) are enclosed by an outer casing (6) integrating the battery cells (2) together, the cell connectors (5) comprise at least one flexible molded portion and the outer casing (6) at least partially is flexible, such that the battery unit (1) is deformable according to the change of the relative structure of the battery cells (2). Furthermore, the invention relates to a battery module having a plurality of electrically connected battery units (1).

The invention discloses a system and method for treating Qinghai-Tibet-plateau low-temperature and anoxic slaughter wastewater. The method includes the steps that the slaughter wastewater is delivered into a slaughter-wastewater pretreatment device located in a greenhouse system and communicated with a water temperature adjusting pond; then a solar temperature adjusting system and a ground-source-heat-pump temperature adjusting system are controlled by a control system to heat the slaughter wastewater, oxygen is supplied to the heated slaughter wastewater, and the obtained slaughter wastewater is delivered to an artificial wetland system for wastewater ecologization processing. According to the system and method, as the greenhouse system is combined with the solar temperature adjusting system and the ground-source-heat-pump temperature adjusting system, the Qinghai-Tibet-plateau low-temperature slaughter wastewater is heated, the oxygen is supplied to the heated wastewater, then the wastewater is delivered into the artificial wetland system, and the slaughter wastewater is completely treated; through a nitrogen-phosphorus adsorption layer, an organism purifying layer and a heavy metal adsorption layer, the content of nitrogen, phosphorus, heavy metal, organisms and the like in outlet water obtained after wastewater treatment is remarkably reduced, and the problem that the nitrogen, the phosphorus, the heavy metal, the feeding organisms and the like in the slaughter wastewater exceed standards is solved.

The invention relates to a synthesis method of nano rare-earth tetraboride and applications thereof. The nano rare-earth tetraboride (ReB4) is synthesized by utilizing the high microwave absorption performance of a raw material to form a new low-temperature in-situ reaction process. The synthesis method comprises the following steps of: mixing borohydride, rare earth oxide and hexachloroethane and keeping the temperature of 180-220 DEG C for 1h under the protection of argon or N2; heating to 600-700 DEG C and keeping the temperature for 3-5h to prepare the nano rare-earth tetraboride with the grain diameter of 20-200nm and good degree of crystallinity; and washing with hydrochloride water, agglomerating, centrifugating and separating to obtain a finished product with good dispersion in an organic solvent. The method provided by the invention is simple and convenient to industrially produce and has better application prospects in the aspect of a transparent heat-insulating coating material for windows.