33results about How to "Low power consumption for operation" patented technology

The capacitance of the capacitor with the constant capacitance is equivalently reduced in the capacitance of a resonant capacitor in a voltage control oscillator to increase the variable amount of the capacitance of the resonant capacitor, and to expand an oscillation frequency range. There are provided a differential negative conductance generator circuit having two resonation nodes for differential output, a differential resonant circuit having a variable capacitance that is controlled by voltage control and an inductance connected in parallel to each other, and a differential negative impedance circuit. A resonant circuit and a negative impedance circuit are connected between the resonation nodes. The capacitor with the constant capacitance that occurs between the resonation nodes is reduced by the negative impedance of the negative impedance circuit. The capacitor with the constant capacitance is represented by floating capacitors that occur between one of the resonation nodes and a ground potential and between the other resonation node and the ground potential, respectively.

The capacitance of the capacitor with the constant capacitance is equivalently reduced in the capacitance of a resonant capacitor in a voltage control oscillator to increase the variable amount of the capacitance of the resonant capacitor, and to expand an oscillation frequency range. There are provided a differential negative conductance generator circuit having two resonation nodes for differential output, a differential resonant circuit having a variable capacitance that is controlled by voltage control and an inductance connected in parallel to each other, and a differential negative impedance circuit. A resonant circuit and a negative impedance circuit are connected between the resonation nodes. The capacitor with the constant capacitance that occurs between the resonation nodes is reduced by the negative impedance of the negative impedance circuit. The capacitor with the constant capacitance is represented by floating capacitors that occur between one of the resonation nodes and a ground potential and between the other resonation node and the ground potential, respectively.

The invention discloses an energy-regeneration pollution-free disposal method for a waste electrical appliance circuit board. The energy-regeneration pollution-free disposal method comprises the following steps: coarsely crushing the waste electrical appliance circuit board, performing alkalization and incineration at a temperature of 870-1400 DEG C to enrich multiple metals; cooling the incineration smoke in a hierarchical manner to coarsely separate the enriched metal oxides; collecting dust through a pipeline membrane process, removing dust through a dust collector, discharging after performing catalytic oxidative purifying, heating boiler stream through incineration heat energy to drive a steam turbine to generate power. The energy-regeneration pollution-free disposal method is simple and reliable, free of emission of harmful residues, waste gas and wastewater and free of secondary pollution; moreover, multiple metals in the waste circuit board can be completely enriched and recycled.

A porous film-forming composition comprising (A) a curable silicone resin having a Mn of at least 100, (B) a micelle-forming surfactant, and (C) a compound which generates an acid upon pyrolysis remains stable during storage. The composition is coated and heat treated to form a porous film which has flatness, uniformity, a low dielectric constant and a high mechanical strength so that it is best suited as an interlayer dielectric film in the fabrication of semiconductor devices.

Circuits and methods for controlling power amplifiers. In some embodiments, a power amplification system can include a first amplification stage configured to operate with a first bias signal, and a second amplification stage configured operate with a second bias signal. The power amplification system can further include a control circuit coupled to the first amplification stage and the second amplification stage. The control circuit can be configured to generate the first bias signal based on the second bias signal. Such a first bias signal can result in the first stage having a gain profile that compensates for either or both of a gain expansion and gain compression of the second amplification stage.

The invention discloses a constant-dew-point-temperature and variable-flow heat pump dehumidification type precision air conditioner and a control mode thereof, and belongs to the field of energy utilization technologies and air conditioning. The precision air conditioner is composed of an air feeder, a surface air cooler, a fresh air valve, a dew point temperature transmitter, a temperature and humidity sensor, a return air valve and a variable-flow heat pump system. According to the precision air conditioner and the control mode thereof, after return air and fresh air are mixed and filteredthrough the fresh air valve and the return air valve correspondingly, pre-cooling is carried out through an evaporator of the variable-flow heat pump system, then stepless regulation is carried out through the surface air cooler for accurate temperature control, so that the temperature of the air passing through the surface air cooler reaches the dew point temperature corresponding to the indoor working condition required to be controlled, then stepless accurate adjustment is carried out through a condenser of the variable-flow heat pump system for temperature rise and dehumidification, and therefore the required indoor temperature and humidity are achieved.

The invention relates to a ventilating energy-saving system for a sliding window. The system comprises a blowing assembly which is mounted indoors and an exhausting assembly which is mounted outdoors. The system further comprises a heat pipe heat exchange assembly and a control system. The indoor blowing assembly comprises a blower, a fresh air pipe connected outdoors and a blowing pipe connected indoors; the blowing port in the blower is connected to the air inlet of the heat pipe heat exchange assembly, and a PM2.5 filter is further arranged at the blowing port of the blower; the air outlet o the heat pipe heat exchange assembly is connected to the blowing pipe; the outdoor exhausting assembly comprises a return duct which connects the indoor side and the outdoor side; the control system comprises a central controller, a PM2.5 concentration sensor, a display and a temperature sensor. The system has the advantages that the structure is simple, the design is reasonable and the degree of automation is high, can combine remote intelligent monitoring with equipment of Internet of things, indoor and outdoor air circulates smoothly, the energy-saving effect is good, and the power consumption of equipment operation is low and the like.

The invention discloses a composite vibration insulator for an electrostatic deduster and a preparation method thereof. The composite vibration insulator comprises the following components in percentage by weight: 75-80% of fiber chopped strands, 10-8% of high-temperature-resistant epoxy resin, 10-8% of high-temperature-resistant curing agent, 1-2% of accelerant, 1-5% of nano quartz powder and 0.5-1% of nano flame retardant. The composite vibration insulator disclosed by the invention has high shock resistance and long service life, and is not easily broken; as a high-molecular material, the vibration insulator has excellent hydrophobicity, does not frequently suffer from flashover or breakdown due to moisture condensation, and shows high insulating performance of the product; and compared with a ceramic material with long production period, low efficiency and high rejection rate, the composite vibration insulator has high production efficiency, high yield and low comprehensive cost, and is favorable for increasing the economic benefits. The density of the composite vibration insulator is 1 / 3 of that of the ceramic material, the product has light whole weight and low power consumption in operation, and thus the composite vibration insulator is an ideal material and first choice for saving energy and reducing consumption.

The invention relates to garbage burning equipment and particularly relates to a three-section type fire grate and a burning furnace with the same, i.e., garbage burning equipment with a forward-pushing three-section type cooling high-pressure loss fire grate and a method for burning garbage by using the garbage burning equipment. The garbage burning equipment comprises a drying section, a burning section and a burnout section; the forward-pushing fire grate comprises a sliding fire grate, a fixed fire grate and charging fire grates; the fire grate is composed of the sliding fire grate driven by a sliding fire grate beam, the fixed fire grate sliding on a supporting frame and fixed on the fixed fire grate beam and the charging fire grates arranged at tail ends of all the sections of fire grates; height differences exist among all the fire grate sections and among all regions; and the burnout fire grate is installed horizontally. With the adoption of the equipment, 5-6 months are taken as one repair cycle; in addition, the operating and maintaining costs are also reduced by about 80% than the initial cost, and the property is improved by 20% under the same cost.

A porous film-forming composition comprising (A) a curable silicone resin having a Mn of at least 100, (B) a micelle-forming surfactant, and (C) a compound which generates an acid upon pyrolysis remains stable during storage. The composition is coated and heat treated to form a porous film which has flatness, uniformity, a low dielectric constant and a high mechanical strength so that it is best suited as an interlayer dielectric film in the fabrication of semiconductor devices.

The invention relates to a water purification device using direct current as a driving force for deionization, and in particular discloses a filled-concentrate countercurrent electric demineralizer. The demineralizer is characterized in that: both an unconcentrate chamber and a concentrate chamber of the device are filled with ion conductors; and the flow directions of the unconcentrate and the concentrate are opposite at the same time. In the filled-concentrate countercurrent electric demineralizer and a method thereof of the invention, as the concentrate and the unconcentrate flow in opposite directions in the electric demineralizer, most calcium and magnesium ions, silicate ions, hydrogen silicate ions and other ions which enter the concentrate do not enter a polarized area at an unconcentrate effluent end; at the same time, as the concentrate is filled with the ion conductors, the salt content of concentrate feed water is extremely low; and therefore, the salinity difference between the concentrate and the unconcentrate at the unconcentate effluent end is reduced or eliminated and the excess current is reduced greatly so as to reduce the size and degree of the polarized area on film surface and avoid the scale formation tendency. The filled-concentrate countercurrent electric demineralizer and the method thereof enlarge the application range of electric demineralizers and widely and greatly reduce the electric energy consumption of the electric demineralizers for operation.

The purpose of the present invention is to suppress the change in characteristics of the TFT formed on the polyimide substrate. An example of the present invention is a display device having a first TFT of an oxide semiconductor film and a second TFT of a polysilicon film formed on the substrate made of resin including the first TFT and the second TFT do not overlap in a plan view, a distance between the second TFT and the substrate is shorter than a distance between the first TFT and the substrate in a cross sectional view, a second polysilicon film is formed between the oxide semiconductor film and the substrate, the second polysilicon film is made of the same material as the first polysilicon film and is formed on the same layer that the first polysilicon is formed.

A dot-matrix display data refresh charging / discharging control method and system is proposed, which is designed for integration to a dot-matrix display device for providing a data refresh charging / discharging control mechanism on the dot-matrix display device. The proposed method and system is characterized by the capability of prior to a data refresh action on each pixel, switching the pixel for connection to a voltage-neutralizing point for the purpose of neutralizing the current data voltage charge on the pixel to substantially approach zero voltage level; and subsequently during the data refresh action, charging a new data voltage into the pixel. This feature allows the operation of the dot-matrix display device to have faster speed and low power consumption.

The invention provides refrigeration equipment which comprises an air cooling condensing unit and an air conditioning cabinet. The refrigeration equipment has the following beneficial effects: by virtue of adopting the technical scheme, the whole refrigerating unit is of an integral design, so that the pipeline of the unit is shorter, and the cost is saved, meanwhile the pipeline resistance is reduced, and the refrigerating capacity is improved; and a filter is arranged outside, so that the space is saved, and the filter also can be conveniently maintained and checked; a condenser is superposed above other components, so that not only can the space be saved, but also the fan of the condenser can achieve an effect of cooling the other components, so that the other components can achieve a lower storehouse temperature, and the use range is wider; a refrigeration circulating pump is arranged, so that the effects of no frozen points at a temperature above 40 DEG C below zero, good liquid flowability, rapidness in conduction and uniform temperature can be achieved by virtue of secondary heat exchange; and an evaporation pressure regulating valve is additionally arranged, so that the equipment operation power consumption is greatly reduced, the purpose of energy conservation is achieved, and the operation is more convenient.

The invention relates to a flat pushing type feeding device for an incineration fire grate. The feeding device is mainly composed of a rack assembly, a body assembly, a driving device, a striker plate assembly and a blanking guard board. The main body assembly is composed of a body, a stainless steel cover plate and a copper sliding plate. The rack assembly is composed of a rack, a stainless steel bottom plate where a leachate collecting opening is reserved and a guide rail. The body assembly and the guide rail on the rack assembly are combined and assembled together through the copper sliding plate. The front end of the body assembly is connected to a hydraulic cylinder through a driving device, and a push rod is driven to horizontally push the body assembly of the feeding device along the moving direction of garbage to move forward and backward repeatedly in an allowable stroke range, so that garbage can be more uniformly and steadily pushed to the incineration fire grate. The striker plate assembly is arranged at the tail end of the rack.

A waste electric appliance circuit board energy regeneration innocent treatment system comprises a pretreatment device, an alkalization incinerator, a multi-metal and oxide recycling and smoke purifying device, a recycled heat energy generating set and an electrical automatic control device. The pretreatment device is connected with the alkalization incinerator, the alkalization incinerator is connected with the multi-metal and oxide recycling and smoke purifying device and the recycled heat energy generating set, and the electrical automatic control device is connected with the pretreatment device, the alkalization incinerator, the multi-metal and oxide recycling and smoke purifying device and the recycled heat energy generating set. The technological devices are relatively simple, accurate in treatment, low in investment, low in operation power consumption and low in operation cost due to water utilization treatment; by means of the devices, resources can be fully utilized, and secondary pollution is avoided.

The invention discloses an air energy water heater and a constant temperature water outlet control method thereof. The constant temperature water outlet control method comprises the following steps that firstly, the maximum set water outlet temperature Tsmax in a water using point is selected as the set water outlet temperature, and water outlet temperature Tc of a water tank of the water heater and water using temperature Ty of the water using point are detected; then the magnitude relation between the set water outlet temperature Tsmax and the water using temperature Ty is obtained with comparison, and a corresponding adjusting mode is selected; and finally the water using amount of the hot water output end of the water using point is adjusted to the maximum, the frequency P of an inverter compressor adapts to the maximum amount, and thus the water outlet temperature Tc of the water tank, the set water outlet temperature Tsmax and the water using temperature Ty are equal. The hot water using amount and the frequency of the compressor are adjusted by feeding back the water using temperature of the water using end, thus the water using temperature of the client is equal to the water outlet temperature of the water tank during stable unit operation, and water usage is more comfortable. The inverter compressor operates at optimal frequency all the time, and power consumption of aunit can be lowered.

The invention relates to garbage burning equipment and particularly relates to a three-section type fire grate and a burning furnace with the same, i.e., garbage burning equipment with a forward-pushing three-section type cooling high-pressure loss fire grate and a method for burning garbage by using the garbage burning equipment. The garbage burning equipment comprises a drying section, a burning section and a burnout section; the forward-pushing fire grate comprises a sliding fire grate, a fixed fire grate and charging fire grates; the fire grate is composed of the sliding fire grate driven by a sliding fire grate beam, the fixed fire grate sliding on a supporting frame and fixed on the fixed fire grate beam and the charging fire grates arranged at tail ends of all the sections of fire grates; height differences exist among all the fire grate sections and among all regions; and the burnout fire grate is installed horizontally. With the adoption of the equipment, 5-6 months are taken as one repair cycle; in addition, the operating and maintaining costs are also reduced by about 80% than the initial cost, and the property is improved by 20% under the same cost.

The invention discloses a pre-purified selective water intake structure. The pre-purified selective water collecting structure comprises a vertical box type reinforced concrete water intake tower positioned in a lake reservoir, wherein a plurality of water intake ports are distributed on a body of the water intake tower in a layered way; a drain grating is arranged at the front end of the water intake port; an electric gate valve is arranged in the middle of the water intake port; a reciprocating corridor is arranged at the rear part of the water intake port; a water injecting pipe is arranged at the upper part of the reciprocating corridor; the upper part of the water injecting pipe is connected with a ground pump station; the reciprocating corridor is divided into three geocells; a medicament feeding pipe is arranged at the upper end of the first geocell and extends to the tail end of each water intake port; water passing channels are arranged on a reinforced concrete separation board between the second geocell and the third geocell; sludge grooves are respectively formed in the bottom of the geocell and that of the third geocell; sludge discharge pipes are arranged at the bottoms of the sludge grooves; electric gate valves are arranged on the sludge discharge pipes; sludge interface monitors are mounted at the upper parts of the sludge grooves; and a water draining steel pipe is arranged on the third geocell. According to the pre-purified selective water intake structure, raw water can be purified, the quality of water entering the plant is ensured, the operation load of a water plant is effectively reduced and the operation cost is reduced; and the pre-purified selective water intake structure is simple for operation and easy for management.

The invention relates to the technical field of cyclic heating control, and particularly relates to a control method of a heating pressure bearing system. The control method comprises the following steps of judging whether the water temperature in a first heat storage water tank connected with a cold water supply end meets a first preset temperature or not, if yes, directly supplying water to a user end through a second heat storage water tank connected with the user end, and if not, heating the water tank and supplying water to the second heat storage water tank and the user end at the same time until the water temperature in the first heat storage water tank meets the first preset temperature, wherein the first heat storage water tank and the second heat storage water tank are connected.By means of the control method of the heating pressure bearing system, hot water supply can be met at any time.

The invention belongs to the technical field of genetic resource sample libraries, and particularly relates to an ultralow-temperature human genetic resource sample library. The ultralow-temperature human genetic resource sample library comprises a library body, a motor is installed above the library body, a fan is connected to the tail end of a lengthened shaft of the motor, fan blades of the fan are located in the library body, at least one access door is arranged on the front part of the library body, a goods shelf is arranged in the library body, a liquid nitrogen atomizing nozzle is formed in the library body, the liquid nitrogen atomizing nozzle is connected with an outdoor liquid nitrogen large tank through a stainless steel vacuum liquid nitrogen pipe, and an electromagnetic valve is arranged on the stainless steel vacuum liquid nitrogen pipe. According to the ultralow-temperature human genetic resource sample library, the cooling effect of a refrigeration house is improved, liquid nitrogen is used as a cold source, the cooling effect is good, energy is saved, and the storage amount is large.

The invention relates to an elevator energy-absorbing and buffering structure, an integrated elevator car cage frame and a preparation method thereof, and belongs to the technical field of elevator manufacturing, and the elevator energy-absorbing and buffering structure is characterized by comprising a plurality of curved-surface elastic pieces which are evenly distributed and fixedly arranged on the periphery of the bottom face of an elevator car, and the curved-surface elastic pieces are arranged on the periphery of the bottom face of the elevator car. The cross section of each curved-surface elastic piece is in an S shape from the bottom edge of the elevator car to the longitudinal axis of the edge, away from the bottom edge of the elevator car, of the curved-surface elastic piece, and the multiple curved-surface elastic pieces extend downwards from the bottom edge of the elevator car to the central axis of the lift car and are gathered together. Compared with a traditional elevator buffer, the elevator energy-absorbing buffer structural structure with the damage-resistant and non-rebounding car bottom has the advantages that the manufacturing is free of pollution, and electric energy is saved; the installation is simple, and weather resistance is high; the effective buffering distance is long, and the occupied distance is saved by 70%; when the elevator car falls to the bottom, no vibration or rebound exists; and the whole energy-absorbing and buffering structural member plays a role of a flow guide cover.

The present invention relates to the technical field of cycle heating control, in particular to a control method for a heating and pressure bearing system, which includes: judging whether the water temperature in the first hot water storage tank connected to the cold water supply end meets the first predetermined temperature, and if so, then The second hot water storage tank connected to the user end directly supplies water to the user end, if not satisfied, the heating water tank supplies water to the second hot water storage tank and the user end at the same time, until the first heat storage tank The water temperature in the water tank satisfies a first predetermined temperature, wherein the first hot water storage tank is connected to the second hot water storage tank. The invention provides a control method for a heating and pressure bearing system that can satisfy hot water supply at any time.

The invention discloses an industrial water chilling unit comprehensive energy-saving system and an intelligent control method thereof. The industrial water chilling unit comprehensive energy-saving system comprises a refrigerating circulating system, a waste heat recycling system, a waste heat re-rising system and a low-environment-temperature unit energy-consumption-free running system. According to the intelligent control method of the industrial water chilling unit comprehensive energy-saving system, a collecting unit, an input unit, a communication unit, a CPU processing unit, a driving unit, an output unit, a low-voltage power source and a selection work mode are arranged. According to the industrial water chilling unit comprehensive energy-saving system and the intelligent control method of the industrial water chilling unit comprehensive energy-saving system, the unit comprehensive performance can be effectively utilized, the requirements for industrial cooling and freezing can be met; meanwhile, waste heat can be recycled and re-rises, an environment temperature unit is used for carrying out energy-consumption-free running, the use temperature is met, the efficiency of the unit is improved, and the use condition of the unit is expanded; and the energy efficiency ratio of the unit is improved, the energy consumption is saved, and the economic cost is reduced.

The invention discloses a bidirectional reversible ventilation smoke exhaust system for an extra-long highway tunnel. The bidirectional reversible ventilation smoke exhaust system comprises a main driving part, a mountain body air duct part, a mountain top fan room part, a mountain top wind tower part and a tunnel harmful gas monitoring system, wherein the mountain body air duct part is arranged in a mountain body, the main driving part is arranged at the position, on the lower side of the mountain body air duct part, in the mountain body, the mountain top fan room part is arranged at the topof the mountain body, the mountain top wind tower part is arranged at one side of the mountain top fan room part, the top of the mountain top wind tower part is provided with an air and smoke exhaustshaft, the top of the air and smoke exhaust shaft is provided with a wind tower wind cap, and the tunnel harmful gas monitoring system comprises a monitoring terminal, a concentrator and a monitoringterminal. According to the bidirectional reversible ventilation smoke exhaust system, an air supply duct and a smoke and air exhaust air duct of an air supply and exhaust type ventilation system are combined into a common main air shaft, so that the number of installed fans is reduced, fan equipment is not idle, the equipment maintenance cost is reduced, and the fault rate of the fan equipment isreduced.

The invention relates to a fiber reinforced plastic fan blade for centrifugal fans, structurally comprising a front disc (1) and a rear disc (2). 12 Blades (3) are evenly distributed between the front disc (1) and the rear disc (2), each blade (3) is in an arch form, a supplementary angle a for a tangential angle of a circle of the arch form is 157 degrees, a supplementary angle b for a tangential angle of a chord, passing through the arch form, of an inner circle of the rear disc (2) is 127 degrees, and an included angle c of intersecting tangents of the circle of the arch form and inner circle of the rear disc (2) is 150 degrees. The fiber reinforced plastic fan blade for centrifugal fans has the advantages that the dimensional precision is completely satisfactory to the design needs, a whole fan's running capacity is increased by higher than 30%, the fan blade has low concentricity and balance degree tolerance, the strength of the fan blade reaches that of steel, a test at a speed over 25% shows no damage, manufacture efficiency is 10-20 times as high as manual efficiency, the outline is smooth and even, and quality control precision reaches the unit of si.

The invention discloses an energy-saving boiler with micro-positive pressure combustion combined cooling, which includes a boiler body and a combined cooling system. Wall isolation; the combined cooling system is formed by connecting a water cooler and an air cooler, the water cooler includes a plurality of serpentine tube groups bent back and forth, and the air cooler includes a plurality of smoke pipes and air passages , the direction of the air passage is perpendicular to or intersects with the direction of the smoke pipe, and the smoke pipe is connected with an induced draft fan; the wind pressure of the blower is greater than the wind pressure of the induced draft fan. Increase the temperature of the water in the water cooler, increase the temperature of the air to be preheated, reduce the temperature of the flue gas and at the same time utilize the latent heat released by the condensation of water vapor in the flue gas. It not only improves the rigidity and anti-knock ability of the flue gas channel, but also helps to improve the thermal efficiency; it is equipped with a drum and an induced draft fan to reduce the combustion pressure, reduce the sealing requirements of the boiler body, and reduce the power consumption of operation.

The invention relates to household garbage incineration equipment, in particular to the improvement of the structure of a staggered forward-push fire grate. The staggered forward-push household garbage incineration fire grate structure comprises three sections, namely, a drying section, a combustion section and an ash section, wherein each section of the fire grate has an independent drive system and has the fall; the fire grate comprises fixed fire grate bodies, sliding fire grate bodies, covering fire grate bodies and discharging fire grate bodies; the sliding fire grate bodies and the fixed fire grate bodies are arranged in a staggered manner, the sliding fire grate bodies driven by sliding fire grate beam slide on a support frame, the fixed fire grate bodies on fixed fire grate beams are kept static, the covering fire grate bodies are arranged in the front of all the sections of fire grate, and the discharging fire grate bodies are arranged at tails of all the sections of fire grate. By the aid of the fire grate structure, the garbage loosening effect is better, combustion is more uniform, the combustion condition is easier to adjust and control, the running power consumption is low, so that the air volume and the air pressure are controlled to be more ideal, dust produced after combustion is low in concentration and large in particle size, the slag leakage rate is low, and the structure is more suitable for complex garbage components.