244results about How to "Use energy saving" patented technology

The invention discloses an automatically-reminding method for dirty and blocking of a filter screen of an air conditioner, comprising the following steps: step S1) of presetting a refrigeration alarm temperature Ta and a heating alarm temperature Tb in an air conditioning system; step S2) of judging a operation mode of the air conditioner; executing a step S3 if the operation mode is a refrigerating mode; executing a step S4 if the operation mode is a heating mode; step S3) of detecting temperature T of a coil of an indoor heat exchanger, and comparing T with Ta; if T is not greater than Ta, forcing the indoor heat exchanger to operate at high speed by a period of time t1, and then detecting the temperature T of the coil again; if T is not greater than Ta, outputting a filter screen dirty and blocking signal; step S4) of detecting the temperature T of the coil of the indoor heat exchanger, and comparing T with Ta; if T is not less than Ta, forcing the indoor heat exchanger to operate at high speed by a period of time t2, and then detecting the temperature T of the coil again; if T is not less than Ta, outputting the filter screen dirty and blocking signal. According to the invention, users can be reminded to clean the filter screen in time so as to provide necessary support for high-efficiency operation of the air conditioner, and therefore, use of the air conditioner is more energy-saving.

The invention relates to a drive train of a vehicle, comprising a permanently driven primary axle and a secondary axle connectable to the primary axle via a switch-on device with a switch-on mechanism, whereby the secondary drive train output via side shaft couplings is transferred to the drive wheels of the secondary axle.A disadvantage to these drive trains is that also when the secondary axles are not connected their components are dragged along by the vehicle drive or by the drive wheels rolling away on the roadway, causing power losses. Complete shutdown of the secondary drive train to date is executed only by manually switchable wheel hub couplings which are however a disadvantage with respect to ease of use and practicability.Because the switch-on mechanism and / or the side shaft couplings have frictionally engaged couplings, it can be that when the secondary axle is uncoupled the section of the secondary drive train located between the switch-on device and the side shaft couplings is uncoupled both from the primary axle and from the secondary drive wheels, such that there is no more power loss in this secondary drive train section, whereby connecting the secondary drive train during travel is possible all the same and losses in comfort and practicability do not have to be tolerated.

A transformer 21 includes charging secondary winding lines 24 that can charge batteries 11 composing a corresponding cell block, and a discharging secondary winding line 26 that can discharge the corresponding cell block. Each of the charging secondary winding lines 24 is connected to corresponding one of the batteries 11 through corresponding one of secondary-side rectification output circuits 25 and corresponding one of output control switches 22. The discharging secondary winding line 26 is connected to a block discharging circuit through a block discharging switch 28. A switching control circuit 23 controls the block discharging switch 28. The switching control circuit 23 controls the output control switches 22 so that the electrical properties of the batteries 11 in the cell block are equalized. In addition, the switching control circuits 23 control the block discharging switches 28 so that the electrical properties of the batteries among the cell blocks are equalized.

The present invention provides an air conditioner control system and method, the outlet of the air conditioner control system movable sets an air ducting, the air ducting is driven by winding motor, the winding motor is electrically connected to the winding control unit in the inner controller, the air conditioner control system further includes an image identity module, the image identity module is electrically connected to the inner controller. The air conditioner controlling method includes following steps: a. initializing air conditioner; b. transferring image identity module, judging object position; c. storaging or transferring object position; d. adjusting direction of air ducting in the outlet according to the object position. The air conditioner control system and method of the invention can automatic adjust outlet direction of the air conditioner according to the object position, has a high degree of automation, better capacity of saving energy, and high sensing precision of the image identity module, less mulfunction.

The invention discloses a method for preparing a photocatalyst for the sensitization of TiO2 nanotubes by semiconductor quantum dots, which comprises: firstly, obtaining TiO2 nanotube powder by using an acid and alkali hydrothermal synthesis method; secondly, mixing and stirring the nanotube powder and thioglycollic acid to perform a reaction at 50 to 100 DEG C for several hours, adding the reaction solution into solution of nitrate, adjusting the pH value of the mixed solution, stirring the mixed solution, filtering the mixed solution, washing an obtained precipitate, adding the precipitate into solution of Na2S, stirring the solution, filtering the solution and washing the resulting product to obtain the TiO2 nanotubes sensitized by the semiconductor quantum dots; or synthesizing solution of quantum dots, ultrasonically mixing the solution with the nanotube powder, filtering a resulting product and washing the resulting product to obtain the TiO2 nanotubes sensitized by the semiconductor quantum dots. The method of the invention is simple, easy to implement, safe and energy-saving and can be used in dye and environmental protection industries and used for developing solar cells.

A drive train of a vehicle is disclosed which comprises a permanently driven primary axle and a secondary axle connectable to the primary axle via a switch-on device with a switch-on mechanism, whereby the secondary drive train output via side shaft couplings is transferred to the drive wheels of the secondary axle. Because the switch-on mechanism and / or the side shaft couplings have frictionally engaged couplings, it can be that when the secondary axle is uncoupled, the shutdown section of the secondary drive train located between the switch-on device and the side shaft couplings is uncoupled both from the primary axle and from the secondary drive wheels, such that there is no more power loss in this shutdown section, whereby connecting the secondary drive train during travel is possible all the same and losses in comfort and practicability do not have to be tolerated.

Method and apparatus are disclosed to utilize the energy in biomass (waste agricultural products). The inventive method and apparatus utilized heat and mass flow to efficiently generate a variety of products from biomass. In various embodiment, the invention may generate a liquid fuel (such as methanol or dimethyl ether), pure liquid CO2 (intended for CO2 sequestration), a soil enhancement product (intended to return to the agricultural site), process heat, and / or electricity. In one embodiment, the process requires no external energy inputs, and preserves a large percentage (ie. >50%) of the energy contained in the biomass. In another embodiment, the inventive method and apparatus can selectively be operated to produce electricity and or liquid fuels.

Provided are a battery cooling device utilizing intake air or exhaust gas of an engine, a battery having a cooling device attached to it, and a vehicle mounted with the battery cooling device and an engine. The battery cooling device has a battery housing chamber capable of housing a battery and filled with refrigerant, a turbine to be rotated by exhaust gas of the engine, and a refrigerant flow part including a compressor, a heat exchanger a pipe, etc.

A variable control apparatus and method of the amount of regenerative braking of a vehicle using a paddle shift are provided. The method includes sensing, by a controller, positive (+) and negative (−) shifting in a manual mode based on a signal from a shift-operating unit during regenerative braking with a drive (D) gear engaged while the vehicle travels. A regenerative braking torque map that corresponds to a selected gear is selected based on the signal from the shift-operating unit. In addition, regenerative braking of a driving motor is adjusted based on the torque value calculated from the selected regenerative braking torque map.

An optical communication unit has a pair of cable-side communication units provided for a full duplex communication system connected to each other with a pair of optical fiber cables, has apparatus-side communication units provided for full duplex communication system directly connected to the cable-side communication units respectively each to form a closest contact state therebetween, and provides controls for a speed to double speed in full duplex system by using an infrared ray IR between the closely contacted units.

A flywheel operated vehicle. The engine drives the flywheel using a differential axle, while also driving a pair of other differentials each of which is connected to a respective drive wheel. The rotation of half shafts of the pair of differentials are controlled to determine the extent of power transferred from the flywheel to the drive wheels during acceleration, and determines the power transferred from the drive wheels to the flywheel during deceleration of the vehicle. The flywheel can be tilted about a roll axis of the vehicle to counteract roll tendencies of the vehicle when turning a sharp corner.

An electromagnetic steering booster of car is composed of speed sensor, control module, power supply, and angle displacement sensor for steering wheel, and features that said control module is electrically connected to all others. Its advantages are simple structure, low cost, high reliability and saving energy.

The invention provides a preparation method of an energy-saving flexible transparent conducting film. After the film is formed, no high-temperature annealing is needed, thereby lowering the energy consumption; and the film crystallization degree is up to 80%, and thus, the method is suitable for large-scale industrialized production. The method uses a plurality of magnetron sputtering devices in one vacuum coating cavity, wherein each magnetron sputtering device comprises a sputtering cavity which uses inert gas as working gas and oxygen as reactant gas, and a target positioned in the sputtering cavity; a continuously moving flexible transparent substrate sequentially passes through the sputtering cavities of the target drones, wherein the temperature of the flexible transparent substrate is less than 80 DEG C; and by controlling the flow rates of the oxygen and inert gas introduced into the sputtering cavities, the target or target oxide is deposited on the flexible transparent substrate at one time. The invention also provides an energy-saving flexible transparent conducting film with high light transmittance, low resistivity and low chromatic value, which comprises a flexible transparent substrate, and a SiO2 layer, a Nb2O5 layer, a Nb2Ox layer (x=4.5-4.98), a SiO2 layer, a silver layer or copper layer and a semiconductor oxide layer which are sequentially deposited on the flexible transparent substrate.

A transformer 21 includes charging secondary winding lines 24 that can charge batteries 11 composing a corresponding cell block, and a discharging secondary winding line 26 that can discharge the corresponding cell block. Each of the charging secondary winding lines 24 is connected to corresponding one of the batteries 11 through corresponding one of secondary-side rectification output circuits 25 and corresponding one of output control switches 22. The discharging secondary winding line 26 is connected to a block discharging circuit through a block discharging switch 28. A switching control circuit 23 controls the block discharging switch 28. The switching control circuit 23 controls the output control switches 22 so that the electrical properties of the batteries 11 in the cell block are equalized. In addition, the switching control circuits 23 control the block discharging switches 28 so that the electrical properties of the batteries among the cell blocks are equalized.

The invention relates to an all-purpose cooking machine. The all-purpose cooking machine comprises a machine body, a multi-functional cooking area and an auxiliary area are arranged in the machine body, the multi-functional cooking area is a cooking chamber which is formed by arranging a heater, a pot body, a slice and a vegetable plate support in the machine body, an opening door is arranged on the cooking chamber, and the heater, the pot body, the slice and the vegetable plate support of the cooking chamber are distributed from bottom to top; the cooking area is provided with a heat circulation system, the heat circulation system comprises a circulation channel arranged in the multi-functional cooking area and a centrifugal draught fan arranged on the circulation channel, an exhaust inlet in one end of the circulation channel is formed above the cooking area, an air outlet in the other end of the circulation channel is back-connected into the cooking area, and therefore the heat circulation and utilization system of the cooking area is formed; the auxiliary area comprises multiple compartments which are arranged at one side of the cooking area and used for storing cooking supplies and cooking utensil. The all-purpose cooking machine has the advantages that multiple functions are achieved, occupied space is small, investment cost can be effectively lowered, and the all-purpose cooking machine is more suitable for the market demand.

An advertisement system capable of providing an effective advertisement message by attracting the public's attention and increasing the recognition of the advertisement product is shown. The advertisement system includes motion detect sensors disposed at regular intervals along a railing of a structure to detect pedestrian motion, control parts respectively connected to each of the motion detect sensors, each control part receiving a motion detect signal from the associated motion detect sensor that detects the pedestrian motion, and an advertisement module connected to the control parts to display phrases along a longitudinal direction of the railing, the advertisement module providing an illumination to an advertisement phrase or a public service phrase that is near the pedestrian by control of a control part having received the motion detect signal from the motion detect sensor to guide the pedestrian's attention to the advertisement phrases or the public service phrases.

The invention discloses a pressure filter which includes: a machine frame, a thrust plate, a pressing plate, a hydraulic cylinder, and a plurality of pressure filter plates that are arranged between the pressing plate and the thrust plate. Filter clothes are arranged on the two ends of each pressure filter plate. A rotating ring is rotatably connected to each pressure filter plate. A driving member is arranged on the rotating ring. Each rotating ring is provided with two material pushing rods. An accommodating groove is arranged on the end surface of each pressure filter plate. A spring is disposed in the accommodating groove and is connected to the filter clothes. When the pressure filter is in use, the driving member drives the rotating ring to rotate the material pushing rods, and whena material pushing ring rotates to a position, the material pushing ring jacks up the filter clothes at the positions, so that the filter clothes are separated from the pressure filter plates. When the material pushing rods rotates from the positions, the spring at the position drives the filter clothes to move towards one side of the accommodating groove; at the same time, foreign matters attached to the filter clothes are removed from the filter clothes under effect of inertia, so that the filter pores in the filter clothes are not liable to be blocked by the foreign matters. The structure can ensure the pressure filter effect of the pressure filter to certain degree.

An energy harvesting system made of array of miniaturized pseudo-linear oscillators, i.e., energy harvesting cells, each of which comprises a free moving hard magnet floating structure supported by sophistically designed magnetic levitation mechanism, is proposed to exact and store useful energy from the broad band natural kinetic energy based on Faraday's law of induction. The array of miniaturized energy harvesting cell can be made using volume production wafer process. The miniaturized energy harvesting system as power supply can be integrated into wireless sensor system, or as part of energy supply subsystem, directly built into portable or wearable devices. Four integrated architectures of the proposed energy harvesting system with wireless sensor have been discussed. The scaled up energy harvesting system can be used to power city street lights by converting and storing useful energy from road traffic movements. The proposed energy harvesting system along with specified designed large capacitor and rechargeable battery can also be installed into vehicle to improve the vehicle's energy utilization efficiency by harvesting energy from the vehicle's movement.

The invention relates to a street lamp which is provided with a LED heat radiator, an outdoor illuminating device applied to streets or public squares. The street lamp comprises a lamp box; an illuminating window is arranged on the lower body of the lamp box; a transparent lamp house is mounted on the illuminating window; the lower box body is connected with an upper box body; an arched framework with a vaulted cross-section is arranged at the lower box body; a plurality of luminescent modules are mounted on the lower surface of the arched framework, and radiating members are mounted on the upper surface of the arched framework. The luminescent LED of the luminescent module is connected with a rapid radiating metal-base printed circuit board in a heat-conducting manner. The invention adopts a rapid radiating metal-base printed circuit board; the structure and material ensure that heat produced during the operation of the LED can be transmitted to the heat radiator rapidly and efficiently. The invention also includes a series of heat radiating members made of solid conducting mediums with sound heat-conducting performance which can transmit the heat directly into outdoor air; and the solid medium can protect the electric apparatus inside the lamp box from being eroded by winds, rains and dusts.

A multi junction photovoltaic cell for converting light into electrical energy, comprising a substrate (3) having a surface (31), wherein a region (4) at the surface (31) of the substrate (3) is doped such that a first p-n junction is formed in the substrate (3). The photovoltaic cell has a nanowire (2) that is arranged on the surface (31) of the substrate (3) at a position where the doped region (4) is located in the substrate (3), such that a second p-n junction is formed at the nanowire (2) and in series connection with the first p-n junction.

An energy management system of the present invention can measure and integrate a power consumption amount of each device, can integrate and monitor regional total power consumption amounts, and allows energy to be effectively used by collecting, analyzing, storing and transmitting a use pattern and data through the Internet of Things (IoT) between devices and completely and automatically cutting off and controlling the power to be wasted in a device when the device is not used. The energy management system remotely controls devices and allows energy to be effectively managed through the minimization of power consumption by automatically and completely cutting off the power to be supplied to the devices when the devices are not used, and by cutting off the power to be supplied to the system when the power of all the devices connected to the system is cut off and when the system is in standby.

The invention belongs to the field of energy consumption of air conditioners, and discloses a household air conditioner energy consumption comparison system based on a social platform. The system comprises an electric quantity metering module, a calculation and memory module, a processing module, a user operation module and a social module, wherein the electric quantity metering module transmits electricity consumption of an air conditioner to the air conditioner; the air conditioner transmits the electricity consumption and an operation instruction of the air conditioner to the calculation and memory module for calculation and memory; the processing module transmits a result calculated by the calculation and memory module to the social module and the user operation module; the user operation module can input a requirement of a user and feeds the requirement back to the calculation and memory module through the processing module; and the calculation and memory module sends information required by the user according to the requirement of the user. According to the system, the air conditioner user can know the self energy consumption and the energy consumption level in a social circle which the user belongs to, the system is rich in interestingness, an energy-saving scheme is provided while the energy consumption is compared, and the user is promoted to save energy; besides, the system is simple in structure, low in cost and easy to achieve and apply.

A refrigeration air dryer, which dehumidifies compressed air by cooling the air at a cooler by exchanging heat with a refrigerant, includes a first reheater and a second reheater. The first reheater has a configuration in which warm and moist primary air to be dehumidified is preliminarily cooled by exchanging heat between the primary air and low-temperature dehumidified air dehumidified by the cooler, and is transmitted to the cooler. At the same time, the temperature of the humidified air is raised, and the humidified air is transmitted to the second reheater. The second reheater has a configuration in which the humidified air having a temperature raised by the first reheater is again raised by exchanging heat with the high-temperature refrigerant compressed by the refrigerant compressor, following which the humidified air is externally discharged as secondary air.

A power supply system is provided that can operate with energy storage units of varying voltages and temperatures, that can correct voltage and temperature deviations, and that can continue to provide power when an energy storage unit is inoperable. A power supply system is also provided that can recondition an energy storage unit during vehicle operation.

The invention discloses a conductive polymer material and a preparation method thereof. The conductive polymer material comprises 25.0-35.0wt% of ethylene-vinyl acetate, 3.0-10.0wt% of carbon nanotube, 25.0-40.0wt% of polyethylene, 5.0-15.0wt% of ethylene-methyl acrylate copolymer, 0.1-1.0wt% of a titanate coupling agent, 15.0-20.0wt% of conductive carbon black and 0.1-1.0wt% of an antioxidant. The conductive polymer material is prepared through a tabletting technology, the preparation method is simple, and the prepared conductive polymer material has very good mechanical performances and conductivity, has a very good PTC effect under a low voltage, can substitute electric heating components, has the characteristics of safety, energy saving, workability, low cost, and portable, movable and foldable product, and can be widely used in the industries of floor heating, wall heating and movable heating.

The present invention is to provide a hydrogen supply device having a simple constitution which can be made small and light. In the present invention, a hydrogen occlusion tank is provided in a duct. A heat exchange tube is provided upstream from the hydrogen occlusion tank inside the duct. A first fan leads outside air into the duct, and cooling water, which has cooled a fuel cell, is led into the heat exchange tube. A hydrogen occluding alloy is accommodated in the hydrogen occlusion tank, and hydrogen released from the hydrogen occluding alloy is supplied via hydrogen supply pipes and a flow control valve to the fuel cell. Outside air passes through the heat exchange tube and is thereby heated; the heated outside air passes around the perimeter of the hydrogen occlusion tank, thereby heating the hydrogen occlusion tank.

An infrared induction ceiling lamp comprises an LED light source module capable of emitting light, and further comprises a controller having data analysis and intelligent control functions, an illumination sensor used for detecting external illumination intensity, and an infrared ray detection device used for detecting infrared rays. The controller is connected with the LED light source module, the illumination sensor and the infrared ray detection device. Compared with traditional technologies, the infrared induction ceiling lamp is provided with the controller, the illumination sensor and the infrared ray detection device on the basis of the prior art, solves the unintelligent problems that conventional illuminating lamps waste electric energy and need to be turned on or off with hand, is more convenient to use and saves energy. The invention further provides a monitoring system comprising a camera and the infrared induction ceiling lamp. The infrared induction ceiling lamp comprises the controller, and the controller is connected with the camera. The camera is controlled by the infrared induction ceiling lamp and started to record videos only when external infrared rays change, recording of mass useless videos is avoided, and energy is saved.

The invention relates to a cooking smoke guiding machine that includes bast device, wind bast forming device, connecting bast device, and the pipe or wind channel of wind forming device. Air port is set on the pipe or wind channel of the wind forming device. Wind forming guiding wall is set at the air port. The invention contracts the width of the air port of wind veil forming device to achieve the effect of strong wind veil and energy conservation. It is simple structure and is easy to install or uninstall.