98results about How to "Obvious advantage of energy saving" patented technology

The invention relates to a multi-operating mode energy-saving controlled combined type thermostatic and humidistatic air conditioning unit with a thermometal compound box body structure special for nuclear power stations. The air conditioning unit comprises a control system and a box body structure, wherein a primary-efficiency filter, a medium-efficiency filter, a surface cooler, a heater, a humidifier and a blow-off device are sequentially arranged in the box body; the front side of the primary-efficiency filter is provided with a fresh air and return air mixing section, and inlets of fresh air and return air are respectively provided with a fresh air proportioning valve and a return air proportioning valve; the control system adopts a programmable logic controller (PLC) and adopts air conditioning multi-operating mode zone control to realize the energy-saving operation of the unit; the surface cooler adopts a large temperature difference cold water heat exchanging technology and can save the investment and operation expenses of a water system; and the box body adopts a double-layer compound structure and an anti-shock device to meet the special requirements on the nuclear power stations. The invention has the characteristics of high efficiency, energy saving, good tightness, strong anti-shock capacity, safety, reliability, long service life, and the like.

The invention discloses a square porous ceramics vertical-tube dew point indirect evaporation cooler device comprising a cooler core, a water-distributing device, a fan, a water-storage and a pump which are arranged inside a cooler casing. The cooler core is formed by a plurality of heat exchanging tubes which are vertically arranged to form a multi-line multi-row matrix form which is divided into three sections; the length of the three sections of heat exchanging tube decreases progressively along a first-time air feeding direction, and clapboards are arranged between each two sections of heat exchanging tube; the water-distributing device comprises a diversion grid and a spraying tube which are arranged on the top of each heat exchanging tube. The structure of the invention leads the first-time air to horizontally pass the square ceramics bundle and leads a second-time air to flow through the bundle from bottom to top; then the first-time air sequentially passes through the three sections of the core and the temperature of the air entering the second-air channels from different section is decreased gradually, and the temperature of the final wet-bulb is also decreased gradually after a heat and moisture exchanging with water. The structure of the invention can greatly enhance the heat and moisture exchanging efficiency and the water distribution becomes more equal so as to lead the temperature of vented air to approach that of the dew point.

The invention relates to a server cabinet with a liquid cooling system. The server cabinet comprises a cabinet body, a liquid cooling distribution unit and a heat pipe heat-conducting unit, wherein the liquid cooling distribution unit comprises a liquid inlet pipe, a liquid outlet pipe, a liquid supply pipe and a liquid return pipe; the heat pipe heat-conducting unit comprises a liquid cooling module, a heat pipe and a heat-absorbing module; one end of the liquid supply pipe is connected with the liquid inlet pipe; the other end of the liquid supply pipe is connected with a liquid inlet of the liquid cooling module; one end of the liquid return pipe is connected with the liquid outlet pipe; the other end of the liquid return pipe is connected with a liquid outlet of the liquid cooling module; one end of the liquid return pipe is connected with the liquid outlet pipe; the other end of the liquid return pipe is connected with the liquid outlet of the liquid cooling module; one end of the heat pipe is connected with the liquid cooling module; the other end of the heat pipe is connected with the heat absorbing module; and the heat absorbing module is in contact with a server heat source of the cabinet body. Due to application of the heat pipe, a cooling liquid is prevented from entering a server; the risk that the server is damaged due to leakage of the cooling liquid is reduced; the server cabinet is simple in layout, and convenient to maintain and install; and the server can be flexibly added and reduced.

The invention provides a motor which has low cost, saves energy, has high efficiency, is self-starting, has no blocking, is not asynchronous and has no torque pulsation, wide application range and strong weak air-gap field in alternative distribution. The motor is designed based on the principle that like poles repel and unlike poles attract in magnetic field, the stator (or rotor) adopts magnets which are in the same size and in uniform distribution, and the corresponding rotor (or stator) adopts magnets which are not in the same size, wherein small magnets deflect the same polar distance in the same direction, or the corresponding rotor (stator) adopts magnets which are in the same size, wherein a small number of symmetrical magnets deflect the same polar distance in the same direction; or the stator and rotor all adopt magnets which are not in the same size, wherein small magnets deflect the same polar distance in the same direction; or the stator (or rotor) adopts electromagnets which are in the same size and in uniform distribution and windings of all phases are on and off in turn, and the corresponding rotor (or stator) adopts magnet which does not deflect. The strong weak air-gap magnetic field in alternative distribution along circumference 'strong weak strong weak......, strong strong weak strong strong weak......, strong strong strong weak strong strong strong weak.......' is formed between the stator and rotor, thus the motor can be self-starting and can operate stably.

The invention provides a solution-desiccant air handling unit which comprises a dehumidification system, a regeneration system and a heat pump system. The solution-desiccant air handling unit provided by the invention has the advantages that the dehumidification is stable and environment-friendly; the approximate isothermal deep dehumidification can be realized, so that the irreversible loss is reduced; and the higher thermodynamic perfectibility can be achieved, thereby obviously improving the dehumidification efficiency.

The invention discloses a heat exchanging component made of ceramic materials and a preparation method thereof, and more specifically relates to a ceramic material, a ceramic heat exchanging component, and preparation methods thereof, wherein the ceramic material has the properties of thermal shock property, corrosion resistance, wear resistance, low cost, high strength, high heat exchange efficiency, and the like. According to the invention, the ceramic material and the ceramic heat exchanging component are prepared through selecting 70-85% of silicon carbide, 0-5% of silicon nitride, 0-5% of theron, 0-5% of aluminum nitride, 0.9-3.2% of a fluxing agent, 10-20% of a binder and 0-2.5% of a forming additive; the heat exchanging component has good thermal conductivity and thermal shock properties, especially when the heat exchanging component is used for waste heat recovery, the temperature of tail gas discharged by oil and gas combustion can be reduced to a temperature below the water dew point, so that the sensible heat in the tail gas is fully recovered, and the latent heat of liquefaction of dry steam is recovered, therefore, the heat exchanging component made of ceramic materials and preparation method thereof disclosed by the invention provide a new technical route for a process for the effective governance of tail gas discharged by oil and gas combustion, and can be applied to a technical scheme of effectively preventing the formation of a haze weather caused by oil and gas combustion emissions.

The present invention relates to a total energy-saving environmental base station air-conditioning comprises a controlling device and a refrigeration circulating loop formed by connecting with a compressor, a low-pressure reservoir, an indoor steamer, an expansion valve and a condenser in turn. The present invention is characterized in that a new wind cooling device is arranged; the new wind cooling device is composed of a proportion new wind valve and an indoor circulating high-efficiency blower without a volute; and the indoor circulating high-efficiency blown without a volute not only is a steamer blower, but also is a new wind leading-in blower. When outdoor new wind temperature is lower than the set value of indoor temperature, the controlling device is used for controlling and stopping the compressor to run or reducing running efficiency. New wind is leaded in through the indoor circulating high-efficiency blower without a volute. The new wind valve is opened, and new wind opening degree is adjusted to reach the purposes of indoor temperature control and energy saving. At the same time, the compressor uses environmental R407C refrigeration agent and transducer technology. Compared with usual air-conditioning systems, the present invention has the advantages of obvious energy saving, high control precision, energy saving, environmental protection and the like.

The invention relates to a mechanical transmission different-axle coupler, in particularly to a belt type hysteresis coupler. According to the invention, the magnetic field induction is used to send an external drive source to an output shaft for completing torque output. The belt type hysteresis coupler comprises an output shaft, a heat-dissipating shell arranged on the output shaft and a permanent magnet disk arranged in the heat-dissipating shell, wherein one end of the heat-dissipating shell is provided with a belt pulley, the belt pulley is connected with a drive source through a belt, and the drive source drives the heat-dissipating shell to rotate through the belt and the belt pulley; magnetic steel is arranged on the inner wall of the other end of the heat-dissipating shell; the permanent magnetic disk is arranged on the output shaft of the inner cavity of the heat-dissipating shell, the permanent magnet disk is installed corresponding to the magnetic steel, an adjusting nut is arranged between the permanent magnet disk and the magnetic steel, and the distance between the permanent magnet disk and the magnetic steel can be adjusted through the adjustment nut so as to change the induction strength of a magnetic field. The mechanical transmission different-axle coupler can meet the requirement of constant output of torque and is applied to different use requirements; and meanwhile, the coupler has greatly improved service life, and the purpose of saving energy and reducing the cost is achieved.

The invention provides a recovery system and process for waste heat in production of anhydrous ammonia from ammonium phosphate through ammonia washing. The waste heat recovery process comprises the following steps: allowing high-temperature hot water from a first desorption tower cooler and/or first ammonium phosphate lean solution cooler to enter a distillation column heater, heating and vaporizing a lean solution from the bottom of a distillation column and allowing steam produced by the lean solution to enter the distillation column; cooling the high-temperature hot water while the high-temperature hot water heats the lean solution, pumping the cooled hot water to the first desorption tower cooler and/or first ammonium phosphate lean solution cooler via a hot water pump and heating the cooled hot water with ammonia steam and/or ammonium phosphate lean solution so as to obtain high-temperature hot water; and pumping a circulation lean solution at the bottom of the distillation column to the first desorption tower cooler and/or first ammonium phosphate lean solution cooler via a circulation lean solution pump, heating the circulation lean solution with ammonia steam and/or ammonium phosphate lean solution, then returning the heated circulation lean solution to the bottom of the distillation column and carrying out flash evaporation so as to produce rising steam needed in rich solution distillation. The process realizes recycling of low-grade waste heat and has the characteristics of low energy consumption and low operation cost.

The invention relates to the technical field of fire control and extinguishment and specifically relates to a novel high-efficiency general type compound foam fire extinguishing agent. The novel high-efficiency general type compound foam fire extinguishing agent is prepared from the preparation raw materials in parts by weight: 20 to 30 parts of a foaming agent, 1 to 5 parts of a stabilizer, 20 to30 parts of a thickening agent, 0.5 to 3 parts of a fluorocarbon surface active agent, 2 to 8 parts of urea, 10 to 20 parts of an antifreeze agent, 2 to 8 parts of a cosolvent and 0.5 to 5 parts of an aid.

The invention relates to a reduction furnace, in particular to a reduction furnace for smelting metal magnesium. The reduction furnace for smelting metal magnesium comprises a furnace body, a steel frame supporting the furnace body, furnace walls, a reduction tank arranged on the furnace body, a vacuum system connected with the reduction tank and a combustion and fume systems arranged on two sides of the furnace body, and is characterized in that: at least two layers of burners capable of serving as fume outlet are arranged on furnace walls on the two sides of the reduction furnace; and the nozzles of the burners face the hearth of the reduction furnace. The reduction furnace has the advantages that: the unique combustion system is adaptable to various of flues; the temperature of the hearth is low; the loss is little; meanwhile, as fume waste heat recovery and storage technology is adopted, the air temperature for combustion is improved, the combustion effect is obviously improved and the temperature of exhaust fume of the reduction furnace is obviously reduced.

The invention discloses a military portable biomimetic device for obtaining water from atmosphere and relates to the device for obtaining the water from the atmosphere. The invention aims to solve the problems that an existing method for obtaining the water from the atmosphere is high in energy consumption and complicated in steps, and the device is large in size and inconvenient to carry. The device disclosed by the invention comprises a water obtaining net, a fixing needle, a piece of super-hydrophobic cloth, a shrinkable framework, a supporting framework, a shrinkable pull rod, a positioning spring, a threaded pipe, a water purifier, a water collecting cylinder and a bracket, wherein the super-hydrophobic cloth is fixedly arranged on the supporting framework; the water obtaining net is arranged above the super-hydrophobic cloth; one end of the shrinkable framework is connected with the supporting framework, and the other end of the shrinkable framework is connected with one end of the shrinkable pull rod; the positioning spring is fixedly arranged at the other end of the shrinkable pull rod; the supporting framework is connected with the threaded pipe through a hinge; the lower part of the threaded pipe is connected with the water collecting cylinder; the water collecting cylinder is connected with the threaded pipe through screw threads; the water purifier is arranged inside the threaded pipe; the outside of the threaded pipe is connected with the bracket through the hinge. The device disclosed by the invention is low in energy consumption, high in efficiency, free of pollution and applicable to preparation of the water from the atmosphere in wild.

The invention discloses a novel energy-saving refrigerating unit and a working method thereof. In the novel energy-saving refrigerating unit, liquid from a condenser enters a liquid receiver; the high-pressure liquid coming out of the liquid receiver is divided into two paths by a heat exchanger; one path of the liquid is throttled by an expansion valve and enters the low-pressure end of the heat exchanger to be evaporated; the other path of the liquid enters a low-temperature evaporator through the low-temperature expansion valve, and a refrigerant gas returns to a gas-liquid separator of the unit and enters a low-temperature compressor to be compressed; the gas evaporated by the heat exchanger enters a moderate-temperature gas-liquid separator and a moderate-temperature compressor to be compressed; the exhaust gas of the moderate-temperature compressor is mixed with the exhaust gas of the low-temperature compressor by a check valve, and the mixed exhaust gas enters an oil separator and then flows into the condenser and returns to the liquid receiver; the refrigerant oil separated by the oil separator enters an oil receiver; and when the moderate-temperature compressor is short of oil, the refrigerant oil in the oil content stops entering the oil receiver and starts to enter the moderate-temperature compressor. The novel energy-saving refrigerating unit fulfills the purpose of saving energy for the unit by using the cold energy of the highly efficient moderate-temperature compressor in the unit.

The invention discloses a semisolid centrifugal separating casting ball grinding process, a process device and a ball casting machine. Returns serve as raw materials, and a metal liquid is processed into metal semisolid slurry conforming to requirements in a casting ladle and the ball casting machine, so that high-quality ball grinding can be achieved; and the metal liquid is subjected to evaporative cooling, so that the semisolid centrifugal separating casting ball grinding process can be actually applied in industrial production, however, if a short-flow process is to be adopted, a production line is required to be formed by a plurality of ball casting machines in a group casting mode, and the yield of the production line can be improved exponentially.

The invention discloses a heat multiplication type hot site heat exchanger unit belonging to the field of heat supply and heating. The invention has the technical characteristics that primary side heating medium is firstly connected with an absorption type heat pump unit to serve as a drive source on the basis that the existing intensive heat supply primary side heating medium is converted into secondary side hot water by a heat exchanger, and heat is obtained from the environmental heat source by the absorption type heat pump unit so as to realize the purpose of secondary side heat multiplication. The invention can directly utilize primary side hot water or steam as the heating medium to drive the absorption type heat pump unit to obtain heat from ambient air or water source environment to realize secondary side heat multiplication heat exchange; according to working condition variation, the outlet heating medium of the absorption type heat pump unit can be used to further heat the secondary side hot water flowing out of the absorption type heat pump unit. On the premise of ensuring the using function of the secondary side, the invention reduces primary network supply heat and heating medium flow of unit heating area so as to reduce the size of a heat supply network pipeline and lower primary energy consumption and transportation and distribution energy consumption thereof, so that the invention has obvious energy saving effect.

The invention discloses a synchronous speed regulating method of a reversely speed regulating frequency-converter. A motor stator is connected with the electric supply directly, a rotor is connected with an output of the reversely speed regulating frequency-converter which is of a current mode, the reversely speed regulating frequency-converter can regulate magnitude, phase and frequency of current flow independently without being affected by rotor induced electromotive force. The synchronous speed regulating method has the advantages that motor speed is reverse to output frequency of the speed regulating frequency-converter, and the higher the output frequency of the speed regulating frequency-converter is, the lower the motor speed is; output power of the motor is reverse to output power of the speed regulating frequency-converter, and the higher the motor speed is, the bigger total output power of the motor is, while the lower the output power of the speed regulating transducer is; the motor is operated in a broadly synchronous state which belongs to synchronous motor operating performance.

The invention discloses a combined device of three double-heat-source heat pump water heaters and an energy saving optimization control method of the combined device. A first double-heat-source heat pump water heater is composed of a double-heat-source heat pump water heater working under high temperature and low temperature. A second double-heat-source heat pump water heater is composed of a double-heat-source heat pump water heater working under high temperature, a water source heat pump water heater working under low temperature and an air source heat pump water heater. A third double-heat-source heat pump water heater is composed of a water source heat pump water heater working under high temperature and low temperature and an air source heat pump water heater. A clear water heating flow path, a waste water heat energy utilization flow path and a washing water circulating loop are designed. Heat of bathing waste water is recovered through a waste water circulating pump, a waste water-clear water heat exchanger and a water source evaporator working under high temperature and low temperature. Tap water is heated through the waste water-clear water heat exchanger, a condenser of alow-temperature heat pump water heater and a condenser of a high-temperature heat pump water heater. The operation of water source and air source heat pumps is reasonably organized according to the environment temperature. The combined device of the three double-heat-source heat pump water heaters and the energy saving optimization control method of the combined device make up for defects of existing single water and air source heat pump water heaters, provide an advanced device and scientific method for preparing hot water, and have outstanding advantages in winter.

The invention provides a tube-type dew point indirect evaporative cooling air conditioner. The tube-type dew point indirect evaporative cooling air conditioner comprises a shell, an air blower, a heatexchange tube group and a water distribution system, wherein an air outlet is formed in the top of the shell, an air inlet and an air supply opening are formed in the two sides of the middle of the shell, and the heat exchange tube group and the water distribution system are arranged in the shell; the heat exchange tube group comprises a plurality of vertical heat exchange tubes with transverse ribs on the outer sides of the tubes, and a porous water absorption layer is arranged on the inner surface of each vertical heat exchange tube; the water distribution system comprises a spraying deviceand a circulating water tank, the circulating water tank is connected with the spraying device through a pipeline, and a circulating water pump is arranged on the pipeline; and the spraying device comprises a water distribution pipe and a spraying pipe, the upper end and the lower end of the heat exchange tube group are fixed in the shell through a porous plate, a secondary air inlet chamber is formed between the porous plate at the lower part and the circulating water tank, and the transverse ribs are different in size at the corresponding vertical heat exchange tubes according to differentheat exchange degrees of the cooling air conditioner. According to the tube-type dew point indirect evaporative cooling air conditioner, the structure is compact, the consumption of equipment manufacturing materials is reduced, and the heat exchange efficiency and the refrigeration energy efficiency ratio are greatly improved.

The invention relates to a passive heat pipe natural cooling multi-connection refrigerating system and a control method thereof. The refrigerating system comprises a multi-connection heat pipe evaporator module and a concentrated heat pipe cold source module; the multi-connection heat pipe evaporator module comprises at least one heat pipe evaporator; the concentrated heat pipe cold source modulecomprises a compression unit, a first bypass branch pipe, a heat pipe condenser, a heat exchange medium pressurizing unit and a second bypass branch pipe; the compression unit is connected with the heat pipe evaporators and used for compressing a heat pipe heat exchange medium; the first bypass branch pipe is connected with the compression unit in parallel; the heat pipe condenser is connected with the compression unit and the first bypass branch pipe and used for cooling the heat pipe heat exchange medium; the heat exchange medium pressurizing unit is connected with the heat pipe evaporatorsand the heat pipe condenser and used for conveying the heat pipe heat exchange medium cooled by the heat pipe condenser to the heat pipe evaporators; and the second bypass branch pipe is connected with the heat exchange medium pressurizing unit in parallel. According to the passive heat pipe natural cooling multi-connection refrigerating system and the control method thereof, outdoor natural coldsource refrigerating is fully utilized, and the energy saving advantage is obvious; meanwhile, heat pipe phase change heat exchange is adopted, and the heat exchange efficiency is high; and the heat pipe evaporation tail end is flexibly designed, scattered design is conducted according to the requirements, and the refrigerating system is not limited by the spatial structure.