33results about How to "To achieve the effect of saving electricity" patented technology

The invention relates to a brick making method, which uses raw materials of coal gangue, furnace clinker, shale, coal ash and clay and prepared according to the steps of (1) smashing and grinding the raw materials to be particles with the particle size below 2mm; (2) evenly mixing the particles of the raw materials, adding warm water to mix and make mud materials, and then conducting ageing treatment for more than 24 hours; (3) adopting a vacuum brick squeezing machine with the vacuum degree of -0.07MPa to -0.08MPa and molding moisture of 13.5%-14.5% to make the mud materials into green bricks, and adding a transducer on a main motor of the vacuum brick squeezing machine; (4) placing the green bricks into a drying hole to remove moisture and dry in a concentration mode; (5) adopting residual carbon of raw material gangue, furnace clinker and coal ash, and roasting by adopting a method of taking internal combustion as the principal thing and external combustion as the minor thing; and (6) cooling to obtain end products and detecting the content of calcium oxide. The brick making method is low in coal consumption and power consumption and stable in quality of made bricks.

The invention provides a reminding method of missed calls at a mobile communication terminal and a communication terminal thereof, the mobile communication terminal comprises: a mobile phone module, a display and an input device; the mobile communication terminal is characterized by also comprising: a reminding unit of the missed calls for giving audio reminding about the missed calls; a setting unit of control conditions for starting or closing missed call reminding function, for setting the reminding control conditions of the missed calls; a control condition judging unit for judging the control conditions and outputting, according to the control conditions, a control signal of starting or closing the missed call reminding function; a control unit for the missed call reminding function, for controlling starting or closing of the missed call reminding function in terms of the control signal sent by the control condition judging unit.

The invention discloses a base station power saving method, a base band unit (BBU) and a remote radio unit (RRU). The method comprises the steps of for a set section, setting the two base band units at the head and tail of the section to be in an open state; detecting movement information of a target by the BBU in the open state via the RRU connected with the BBU; when the movement information of the target indicates that the target moves to a cell in which the BBU in the open state is located from a first direction, instructing the BBU close to the BBU in the open state to open the RRU connected with the previous BBU; and when the movement information of the target indicates that the target moves away from the cell in which the BBU in the open state is located from a second direction, and the BBU in the open state is not the head/tail BBU, closing the BBU in the open state.

The invention relates to a method and a thermal field for growing ingot polycrystal silicon by adopting a directional solidification method. The method comprises the following steps of melting, crystallizing, annealing and cooling. The heat insulation cavity in the ingot polycrystal thermal field consists of a top plate, side walls and a bottom plate, wherein the top plate is fixedly positioned; the side walls and the bottom plate can move up and down; and the distance between each side wall and the bottom plate is controlled according to the requirements of different stages in a crystal growth process. The invention has the advantages that: the power consumption in the material meting process is reduced, and the effect of saving power is achieved; and the movement distance of the bottom plate and each side wall of the heat cavity is respectively controlled, the heat dissipation direction of the bottom is controlled in the polycrystal silicon ingot growth process and the growth interface of the crystal is indirectly controlled, so that the flat growth interface is favorable for obtaining high-quality crystal and improving the installing and replacing efficiency of photovoltaic cells.

The invention relates to a combined fan heater and a clothes dryer. The combined fan heater comprises a fan heater body and the clothes dryer, wherein the fan heater is a cover plate of the dryer, and indoor air outlet swing blades, heating plates I, a wind wheel I and dryer air outlet swing blades are mounted in the fan heater body; the two sets of swing blades can be switched mutually, one set of the blades are used for blowing air indoors, and the other set of blades are used for blowing air to the dryer circularly; an air inlet, a wind wheel II, heating plates II, an air outlet and two side air outlets are arranged on a base of the dryer; the two side air outlets in the base of the dryer are communicated with two side air outlets of the dryer; a telescopic and rotary clothes rail is mounted on the cover plate in the dryer, and a motor of the clothes rail is mounted in the cover plate. Compared with the prior art, the clothes dryer can effectively dry clothes in the dryer by blowing in an omnibearing manner, and meanwhile, the fan heater can effectively warm the indoor space by use of hot steam produced by the dryer or circularly dry the inside of the dryer.

The invention discloses a full-automatic energy-saving clutch for a vehicle. The full-automatic energy-saving clutch comprises an outer sleeve and an inner shaft which are connected between wheels and an engine, and a plurality of rolling columns which are uniformly distributed between the outer sleeve and the inner shaft, wherein a forward inclined slope or a backward inclined slope groove for storing the rolling columns is arranged on the outer surface of the inner shaft; the backward inclined slope groove is provided with a clutch pin for controlling the rolling columns to move; an inner hole of the inner shaft is provided with a push rod with a conical surface; an electromagnetic coil I for controlling the push rod to move is arranged at one end of the push rod; the inner shaft is externally provided with a generator composed of an electromagnetic coil II and a magnet exciting coil, which is connected with the electromagnetic coil I; and the magnet exciting coil is electrically connected with a brake electric control mechanism, a backup electric control mechanism, a slope degree and inertia induction control mechanism, an engine state induction control mechanism and a wet and slippery road surface detection and control mechanism. When oil is collected on a conventional road surface, the full-automatic energy-saving clutch can slide automatically; and meanwhile, the full-automatic energy-saving clutch can be immobilized and decelerated as the common vehicle under the states of braking, backing up, traveling downhill or under a wet and slippery road surface state.

The invention provides a packaging method of a photoelectric sensing device and application, and aims at integrating the photoelectric sensing device to a display panel. The photoelectric sensing device is a device integrating a plurality of functions; a carrier board equipped with the photoelectric sensing device is connected with the display panel by a circuit connecting manner; the photoelectric sensing device can receive an environmental light signal and directly output a feedback control signal by photoelectric sensing; the photoelectric sensing device can receive and respond to a distance signal as well as timely feeding back a digital signal to as to achieve the functions of saving electricity and avoiding mis-operation. With the adoption of such packaging structure, the size of elements in electronic products can be effectively reduced, thus the whole display device can be reduced, and meanwhile, the general packaging process of a mobile phone can be effectively simplified by the novel packaging process.

The invention discloses a water cooling-assisted heat removal system, which comprises a coiled pipe air radiator (2), and is characterized in that a set of water cooling-assisted radiator (1) which takes tap water (3) as a water source is connected in series to the front part of the coiled pipe air radiator (2); the water cooling-assisted radiator (1) comprises a water tank (11) and radiating pipes (12); the water tank (11) of the water cooling-assisted radiator (1) is connected in series with a water pipe; and the radiating pipes (12) are arranged inside the water tank (11), and are connected in series between a compressor and the coiled pipe air radiator (2). According to the water cooling-assisted heat removal system, air and the tap water (3) are combined for assisting in radiating, and the startup time of a compressor and the cycle period of a refrigerant are reduced in comparison to an air heat removal way, so that the effects of increasing the heat removal efficiency and saving electric energy are achieved; when the temperature of tap water is high, the heat removal capability is attenuated without influencing the air heat removal effect, and excessive influences on the conventional design are avoided; and the water cooling-assisted heat removal system is easy to arrange and popularize.

The invention provides fully-enclosed flow-stabilized and pressure-superposed energy storage water supply equipment. According to the fully-enclosed flow-stabilized and pressure-superposed energy storage water supply equipment, the problem that a common pressure-superposed water supply product has no water storage capacity or has extremely small water storage capacity is solved, and dual functionsof water storage and energy storage are introduced into a pressure-superposed water supply system; the water contention degree of a plurality of secondary water supply stations to a municipal primarywater supply pipe network is greatly reduced, the reactive power loss of water supply is greatly eliminated, the water supply efficiency is improved, and continuous, safe and high-quality water supply for users can still be realized under the condition that the flow quantity and pressure of a municipal tap water pipe network cannot meet user requirements continuously; even under the condition that the water supply of the municipal tap water pipe network is completely cut off, the water supply still can continue for a number of minutes to a number of hours; positive pressure full enclosing ofwater storage facilities can be realized, the purposes of chlorine maintaining, self cleaning and no cleaning are achieved, and the fully-enclosed sanitary safety requirement in the Chinese water supply standard is fully met; and the blank that no secondary water supply products of other forms exists between pressure-superposed water supply and water tank (pool) water storage water supply in the secondary water supply products for many years is filled up.

Disclosed in the invention is a multi-tube heat recovery type gas-liquid separation device comprising a main gas-liquid separation device body. A multi-tube heat recovery device is installed in the main gas-liquid separation device body and is formed by two or more than two copper tubes; a multi-tube medium recovery device air outlet is formed in one end of each copper tube and a heat recovery liquid inlet is formed in the other end of the copper tube; and the multi-tube medium recovery device air outlets and the heat recovery liquid inlets are mutually connected. A first air inlet, a first air outlet, a gas-liquid separation device air inlet, and a gas-liquid separation device air outlet are formed in the main gas-liquid separation device body; the first air inlet and the first air outlet are mutually connected by a pipeline; and the gas-liquid separation device air inlet and the gas-liquid separation device air outlet are mutually connected by a U-shaped pipeline and a return opening is formed in the U-shaped pipeline. The gas-liquid separation device has advantages of ingenious structural design, high safe and reliable performances, and energy conservation and power saving.

Conductive ink with the function of electricity-saving, derusting reduction and corrosion prevention is mainly composed of conductor material, a derusting reducing agent, a corrosion inhibitor, a film-forming agent and a high-permeability solvent. In particular, after the conductive ink of the present invention is sprayed or applied on the outer surface of any conductor, the effect of rust removaland corrosion prevention can be exhibited on the conductor. It is worth noting that after the metal oxide generated by the rust is reduced to the metal state or metal salts by the derusting reducingagent, the metal oxide and the nano-conductor material together fill the gaps on the surface of the derusted conductor, thereby improving the conductivity of the conductor. The conductive ink can be used to improve the point contact problem between a conductive screw and a clamp-type conductive member. In particular, the conductive ink will penetrate and fill the gap between the screw head of theconductive screw and the clamp-type conductive member, so that the point contact becomes the surface contact, thus achieving the effect of reducing the ohmic impedance; at the same time, the surface contact also makes the electronic channel between the two conductors greatly expanded, thus achieving power-saving effect.

The invention relates to a washing method, in particular to a method for immediately being stopped when the clothes are cleaned, which comprises the following steps: being fed with clear water, reading-in measured value A of a turbidity sensor via a computer board, and then washing and reading-in measured value B before finishing washing, going on washing to setting time to read-in measured valueC, wherein B-C=D, poaching if D is less than k which is washing value, going on washing if D is more than k and reading-in measured value as far as the differential value of reading-in two times is less than k, and then poaching to setting time and reading-in measured value E of a turbidity sensor, wherein A-E=F, dewatering and finishing if F is less than h which is predetermined setting poachingvalue, going on poaching as far as F is less than h if F is more than h. The washing method is capable of correctly judging whether stains of clothes are washed out and being stopped in time after washing clearly, thereby achieving effects of water-saving and electricity-saving without artificial setting times of poaching.

The invention discloses an intelligent atomization cooling tower device and a control method thereof. The intelligent atomization cooling tower device comprises a tower body, atomization modules arranged in the tower body, and an intelligent control system, wherein the tower body is equipped with a water inlet pipe and a water outlet pipe; each atomization module comprises an atomization device and an atomization push device; each atomization device comprises an atomization spray head and an atomization water inlet pipe, one end of each atomization water inlet pipe communicates with the corresponding atomization spray head, and the other end of the atomization water inlet pipe communicates with the water inlet pipe; each atomization push device is provided with a sensing component, a pressurization device and a fan blade, each pressurization device is connected with the corresponding atomization water inlet pipe and pressurizes the corresponding atomization spray head, and each fan blade is arranged at the lower end of the corresponding atomization spray head and driven by the reaction thrust generated through the injection of the corresponding atomization spray head, so that cold air enters a tower to carry out heat exchange with atomization water drops; and the intelligent control system is further arranged, and comprises a control mainframe PLC, an automatic control circuit and the sensing components, the running parameters of the cooling tower and the atomization modules, which are acquired by the sensing components, are transmitted to the control mainframe PLC through the automatic control circuit, and the cooling tower is controlled through the control mainframe PLC.

The invention relates to a submerged arc furnace for smelting products such as silicon metal, yellow phosphorus, nickel and various iron alloys, specifically an improved submerged arc furnace electrode feed device. The device comprises electrodes, graphite linings, circulating cooling water jackets of which inner rings are equipped with conductive boards, and enclasping devices. Support bases are fixedly connected at outer sides of the inner rings of the circulating cooling water jackets. The graphite linings are mounted on the support bases. The enclasping devices are pressure rings. The pressure rings are sleeved at peripheries of the circulating cooling water jackets. Two magnetism isolation plates are mounted on the pressure rings. According to the device, the technical problems that graphite lining replacing operations are high in difficulty and are inconvenient are solved. The pressure rings are equipped with the magnetism isolation plates made of stainless steel, therefore, the magnetic field generated in operation process of the submerged arc furnace is isolated, the electrical efficiency is improved, and moreover, the thermal efficiency of the submerged arc furnace is improved.

The invention relates to the technical field of ventilators, and discloses an energy-saving and automatic heat dissipation axial flow ventilator auxiliary device which comprises a machine shell, a driving rod is rotationally connected into the machine shell, a first control wheel is arranged on the surface of the driving rod, and a first notch is formed in the surface of the first control wheel. A first long rod is fixedly connected to the right end of the first control wheel, supporting rods are arranged at the upper portion of the first control wheel, and sliding blocks are connected into the supporting rods in a sliding manner. According to the energy-saving and automatic heat dissipation axial flow ventilator auxiliary device, a second control wheel drives first check blocks to slide through a second notch in the surface, so that the sliding blocks slide left and right in the supporting rods, the first check blocks at the bottoms of the sliding blocks drive the first control wheel to rotate on the surface of the driving rod through the first notch, and therefore the first control wheel drives fans to rotate through the first long rod, the two fans are driven by one driver, and the effect of saving electricity is achieved.

The invention discloses a container type electrical control cabinet, which comprises a container type electrical cabinet shell, wherein the container type electrical cabinet shell is provided with at least one door. The characteristics lie in that a bottom plate of the container type electrical cabinet shell is provided with at least one row of electrical cabinet installation bases, an electrical cabinet is fixedly installed on the electrical cabinet installation bases, a flame retarding layer and/or an insulating layer are/is laid on the bottom plate of the container type electrical cabinet shell except for the electrical cabinet installation bases, the container type electrical cabinet shell is respectively provided with a lighting system and two heat exchange ventilation openings used for being communicated with a peripheral cooling system, and the two heat exchange ventilation openings are respectively arranged at two ends of the container type electrical cabinet shell. The container type electrical control cabinet is of an assembled structure, convenient to install, good in indoor temperature control effect, good in insulation and flame retardance and capable of lighting.