36results about How to "Maximize heating efficiency" patented technology

A heat exchanger for a vehicle is shown, wherein the heat exchanger includes a plurality of tubes having integrated thermoelectric devices disposed thereon to facilitate heat transfer between the tubes and an atmosphere surrounding the tubes.

A cogeneration system including a generator, a drive source operating to drive the generator, and thus, to cause the generator to generate electricity, a heat pump type air conditioner including a compressor, a 4-way valve, an indoor heat exchanger, an expansion device, and an outdoor heat exchanger, a heater to heat air, which has passed around the indoor heat exchanger after completing heat exchange with the indoor heat exchanger, and a waste heat recoverer to recover waste heat of the drive source during a heating operation of the heat pump type air conditioner, and to supply the recovered waste heat to the heater. The waste heat of the drive source can be re-used to heat air passing through the indoor heat exchanger, so that the heating performance of the heat pump type air conditioner is enhanced.

The invention discloses a solar heat-source tower heat pump composite heating device. The device comprises a heat source tower heat pump heating system, a solar heat collector heating system, a phase-change heat storage system and a phase-change heating system. The composite heating device is convenient to install, compact in structure, high in integration rate, wide in application range and high in heat energy utilization rate and photothermal conversion efficiency, and can be widely used for various places in which heat is required to be supplied.

A cogeneration system including a generator, a drive source operating to drive the generator, and thus, to cause the generator to generate electricity, a heat pump type air conditioner including a compressor, a 4-way valve, an indoor heat exchanger, an expansion device, and an outdoor heat exchanger, a heater to heat air, which has passed around the indoor heat exchanger after completing heat exchange with the indoor heat exchanger, and a waste heat recoverer to recover waste heat of the drive source during a heating operation of the heat pump type air conditioner, and to supply the recovered waste heat to the heater. The waste heat of the drive source can be re-used to heat air passing through the indoor heat exchanger, so that the heating performance of the heat pump type air conditioner is enhanced.

An extruded tube for a heat exchanger is disclosed, the tube including a plurality of deformations formed therein, wherein the deformations of the extruded tube facilitates a maximization of a thermal efficiency of the heat exchanger.

A prefabricated heat-insulation panel has two hot water flow paths installed separately inside a panel, with primary and secondary connection parts provided in the panel and connected to a boiler or allowing hot water to circulate to adjacent panels. A polybutene layer with rosin as an activator is formed on the inner surface of the hot water supply pipe made of thermoplastic elastomer, and reduces the diameter and the length of the hot water supply pipes installed in the panel and the panel thickness and minimizes the boiler load.

A cogeneration system includes at least one generating device which generates electric power and produces heat, and a power supply mechanism which supplies electric power generated by the at least one generating device to an air-conditioning system and a general power source. A cogeneration system may also include at least one generating device which generates electric power and produces heat, and at least one heat recovery mechanism which distributes heat produced by the at least one generating device to at least one air-conditioning device. A central controller of a cogeneration system, including a plurality of generating devices which generate electric power and produce heat, controls operations of the generating devices based on operations of a plurality of indoor units of an air-conditioning system and operations of heat consuming equipment.

A hairbrush for hot curling. A brush body constituting a hairbrush is formed to have a substantially quadrangular sectional shape with rounded corners to thereby shorten a hair drying time and improve hair curling efficiency. A slippage prevention part is formed on the outer surface of each steel wire constituting a core element to increase frictional force between bristles and the steel wire, maintain the firmly fastened state of the bristles for an extended period of time and lengthen the lifetime of the hairbrush. A rounded part is formed on each end of each bristle through grinding to prevent damage to the skin of the head, ensure smooth combing of hair and increase the value of the hairbrush.

The present invention discloses a weaving method for making a heating textile web and heating textile web, wherein the method comprises the following steps: a) producing foundation fabric (108, 208), which includes banding line (101; 201) and determining external side (100E; 200E) and internal side (100I; 200I) of the heating textile web (1; 2); b) merging in a repousse threads (102, 103; 202) toform wale on inner side (100I; 200I) of the web (1; 2); c) merging in internal weft threads (131-134; 231-234); d) merging in external weft threads (135, 136; 235, 236); e) merging in tying into binding threads (110, 120; 210, 220) of the internal weft threads (131-134; 231-234) and the external weft threads (135, 136; 235, 236). The weaving method characterized in including the following steps: f) merging conductive wrap threads (105; 205) that used to release heat through joule effect into the median parts (100; 200) to make the conductive wrap threads (105; 205) can only incorporate in theinternal weft threads (131-134; 231-234).

The present invention relates to a radiator heating device using a vacuum spiral heat pipe which can maximize heating efficiency, the radiator heating device comprising: a lower support (110) having an air hole (11); a first heat pipe (120A) and a second heat pipe (120B) provided standing in close contact with each other on the lower support (110); a first radiating pipe having, on the lower part thereof, a blower (40) for introducing outside air; a second radiating pipe (140) having a plurality of heat release nozzles formed on one side around the outer circumference thereof; a connecting pipe (150); an outer case (160) having a plurality of air contact protrusions (60) and having a discharge hole (62) provided on one side thereof; and a cover (170) detachably provided on the upper part of the outer case (160).

The invention is applicable to the technical field of air-conditioner industry and provides heat pump equipment which comprises a low-temperature heat pump system and a high-temperature heat pump system. The low-temperature heat pump system comprises a low-temperature compressor, an intermediate heat exchanger, an economizer, a first liquid storing device, a first expansion valve, a fin heat exchanger and a first gas and liquid separator which sequentially communicate to form a circulation loop. The high-temperature heat pump system comprises a high-temperature compressor, a use side heat exchanger, a second liquid storing device, a second expansion valve, a heat source side heat exchanger and a second gas and liquid separator. The intermediate heat exchanger of the low-temperature heat pump system provides a heat source for the heat source side heat exchanger of the high-temperature heat pump system. According to the equipment, the low-temperature heat pump system provides the heat source for the high-temperature heat pump system, the working medium of the high-temperature heat pump system can absorb enough heat amount to make high-temperature hot water, maximization of the heating efficiency in the ultra-low-temperature environment and the maximum utilization rate of renewable energy sources can be achieved, and the expense of the cost is reduced effectively.

The invention provides a lifting stove, which belongs to the technical field of cookers. The lifting stove comprises a cooking bench; a liquid holding plate is installed on the table of the cooking bench; a burner is installed in the center of the liquid holding plate; a pot rack is arranged above the liquid holding plate; the pot rack is arranged around the burner; a lifting device is also arranged in the cooking bench; and the lifting device is connected with the bottom of the pot rack and drives the pot rack to move up and down relatively to the burner. The lifting stove provided by the invention has the advantages of matching with various cookware and high heating efficiency.

A heat reservoir for storing the energy necessary for powering heat engines, particularly steam engines, is disclosed. The heat reservoir converts electrical energy into thermal energy through the use of electrical resistance heating coils bathed in one or more high heat capacity metals. Loss of heat through thermal conduction is minimized through the use of an insulating jacket surrounding the reservoir. The stored heat can be quickly transferred to a working fluid, such as steam, by using both a heat storage metal and a heat exchanger metal that possess high thermal conductivity.

Disclosed is a heating apparatus for a cabin of a construction equipment in which hot air ejected from an oil cooler is used for heating in winter while it is ejected out in summer to maximize cooling or heating efficiency of the cabin of the construction equipment. The heating apparatus for a cabin of a construction equipment includes a duct ejecting air ejected from an oil cooler provided inside an automotive body at the rear of the cabin to the outside of the automotive body, and a switching means provided in the duct to open and close, guiding the air inside the duct to the rear of the cabin if it is opened. The heating apparatus is automatically operated depending on its peripheral temperature condition to maximize cooling or heating efficiency of the cabin.

The invention discloses a cylinder permanent magnet heater for heating flowing water in a metal pipeline. The cylinder permanent magnet heater comprises a plurality of permanent magnet cylinders arranged on the inner wall of the cylinder permanent magnet heater, a rolling positioning device for positioning the cylinders, a transmission gearbox and a power device; the metal pipeline penetrates through the inner cavities of the permanent magnet cylinders; the power device is capable of providing powder by use of a wind-driven blade. The cylinder permanent magnet heater for heating flowing water in the metal pipeline is arranged on, for example, a roof; when wind blows, the wind-driven blade rotates under the action of wind and drives the gearbox to put the permanent magnet cylinders in rotation around the metal pipeline; the metal pipeline is capable of generating an eddy current under the rotation of a rotating magnetic field so as to generate heat for heating the flowing water in the pipeline.

A heat reservoir for storing the energy necessary for powering heat engines, particularly steam engines, is disclosed. The heat reservoir converts electrical energy into thermal energy through the use of electrical resistance heating coils bathed in one or more high heat capacity metals. Loss of heat through thermal conduction is minimized through the use of an insulating jacket surrounding the reservoir. The stored heat can be quickly transferred to a working fluid, such as steam, by using both a heat storage metal and a heat exchanger metal that possess high thermal conductivity.

An internal combustion engine includes a cylinder of which the interior is divided into two in the longitudinal direction. The lower chamber serves as a mechanical driving portion in which the piston is reciprocated. The upper chamber serves as a power portion in which combustion gas is drawn in, compressed, burned and exhausted. A cylindrical portion with a lid which moves into the power portion is continuously provided on top of the piston. A gap is defined between the cylindrical portion and the inner peripheral surface of the power portion of the cylinder. The inner peripheral surface of the power portion is defined by a heat shield tube fitted in the cylinder. A heat insulating tube is provided on the outer periphery of the heat shield tube.

A heat exchanger according to the present invention comprises a heat exchange portion in which heating medium flow paths, where a heating medium flows through a space between a plurality of plates, and combustion gas flow paths through which a combustion gas combusted in a burner flows are adjacently and alternatingly formed, wherein the heat exchange portion comprises a sensible heat portion, which surrounds the outside of a combustion chamber and comprises an area on one side of the plates, for heating the heating medium using the sensible heat of the combustion gas generated by combustion of the burner, and a latent heat portion, which comprises an area on the other side of the plates, for heating the heating medium using the latent heat of water vapors in the combustion gas which has completed heat exchanging in the sensible heat portion, wherein a connection passage for the heating medium is formed between the sensible heat portion and the latent heat portion, the latent heat portion comprises a heating medium inlet through which the heating medium is introduced, and a plurality of latent heat portion heating medium flow paths which are formed between the plurality of plates and communicate with the heating medium inlet in parallel, and wherein the sensible heat portion comprises a heating medium outlet through which the heating medium is discharged, and a plurality of sensible heat portion heating medium flow paths which are formed between the plurality of plates and are connected serially between the latent heat portion heating medium flow paths and the heating medium outlet.

The invention discloses a roller type permanent magnet heating system. The roller type permanent magnet heating system comprises a permanent magnet roller, a rolling locating device, a heating locating device and a driving device, wherein a plurality of permanent magnets are arranged on the inner wall of the permanent magnet roller, the rolling locating device is used for locating the roller, and the heating locating device is used for locating a metal heating piece. The permanent magnets rotate around the metal heating piece. The permanent magnets generate a rotating magnetic field. The rotating magnetic field acts on the metal heating piece, so that an eddy current is generated in the metal heating piece, heat is generated, and heating is achieved. By the adoption of the roller type permanent magnet heating system, a huge transformer system needed by a traditional electric induction heater, is not needed; in addition, the permanent magnets are arranged on the inner wall of the roller, the metal heating piece is arranged in an inner cavity of the roller, in this way, when the roller rotates, the permanent magnets surrounding the inner wall of the roller can be driven to rotate around the metal heating piece, no-dead-angle heating is achieved, and the heating efficiency is greatly improved.

The present invention relates to a heating device and method for an electronic cigarette using a dual heating method, and an electronic cigarette, in which an object to be heated, such as a cigarette, can be rapidly heated by a direct heating method at an initial stage, and then the temperature can be maintained by an induction heating method, and the power consumption can be reduced, thereby obtaining the optimal heating efficiency. The heating device for an electronic cigarette using a dual heating method may include a heating body formed in a shape corresponding to at least a portion of a body to be heated so as to be able to heat the body to be heated; a first heater which is in thermal contact with the heating element and heats the heating element in a resistance heating manner; a second heating body which is provided at a predetermined distance from the heating body and which heats the heating body in an induction heating manner; and an insulating member provided between the first heater and the second heating body.

The invention discloses a multifunctional heater. The heater comprises a profiling casing; air inlets are formed in one side wall of a lower casing; multiple through holes are formed in the other side wall of the lower casing; multiple small holes are formed in the side wall of an upper casing; the multiple through holes and the small holes form air outlets; an upper arc-shaped plate and a lower arc-shaped plate are fixed in the profiling casing; a fan is fixed on the inner wall of the profiling casing; a flow guide hole I and a flow guide hole II are formed between two opposite ends of the upper arc-shaped plate and the lower arc-shaped plate; the flow guide hole I directly faces the air outlets; the flow guide hole II directly faces the air inlets; a heat dissipation frame is mounted on one side, close to the air outlets, of the lower arc-shaped plate; and a heating body is arranged in the heat dissipation frame. Air enters via the air inlets and is purified after multi-stage filtration by the aid of a purification mechanism, the heating body begins to heat purified air, heated fresh air overflows from the air outlets through rotation of an impeller, indoor heating and air purification are realized, and the occupied indoor space is greatly reduced.

The invention relates to a renewable energy source heat supply monitoring technique which comprises a control system, an intelligent chip and a heat supply system, wherein the control system comprises a man-machine interaction module, a wireless communication module, an alarm indication module and an emergent situation artificial processing module; the man-machine interaction module is arranged above the intelligent chip and is connected with the intelligent chip; the wireless communication module is arranged above the intelligent chip and is connected with the intelligent chip; the alarm indication module and the emergent situation artificial processing module are respectively connected with the intelligent chip; the heat supply system comprises a solar heat supply system arranged below the intelligent chip, a wind power generator arranged below the intelligent chip, an air energy heat pump water heater arranged below the intelligent chip, and a biogas water heater arranged below the intelligent chip.

The invention discloses a roller type permanent magnet heating system. The roller type permanent magnet heating system comprises a permanent magnet roller, a rolling locating device, a heating locating device and a driving device, wherein a plurality of permanent magnets are arranged on the inner wall of the permanent magnet roller, the rolling locating device is used for locating the roller, and the heating locating device is used for locating a metal heating piece. The permanent magnets rotate around the metal heating piece. The permanent magnets generate a rotating magnetic field. The rotating magnetic field acts on the metal heating piece, so that an eddy current is generated in the metal heating piece, heat is generated, and heating is achieved. By the adoption of the roller type permanent magnet heating system, a huge transformer system needed by a traditional electric induction heater, is not needed; in addition, the permanent magnets are arranged on the inner wall of the roller, the metal heating piece is arranged in an inner cavity of the roller, in this way, when the roller rotates, the permanent magnets surrounding the inner wall of the roller can be driven to rotate around the metal heating piece, no-dead-angle heating is achieved, and the heating efficiency is greatly improved.

The invention discloses a microwave cavity assembly and a microwave oven. The microwave cavity assembly comprises a microwave cavity (1) and a microwave generating device (3), wherein the microwave cavity is a rotating body capable of rotating around a central axis of the microwave cavity, and the microwave generating device is arranged at the bottom of the microwave cavity and used for feeding microwave into a microwave heating cavity (11) in the microwave cavity. The microwave generating device comprises a microwave generator (31), an antenna head (311) of the microwave generating device extends in a microwave stirring cavity (34) to feed the microwave, and the extending end of the antenna head and the microwave cavity are coaxially arranged. According to the microwave oven and the microwave cavity assembly thereof, the microwave cavity can rotate around the center, the microwave generating device is installed at the bottom of the microwave cavity and directly feeds the microwave into the microwave heating cavity, the microwave is rotated and stirred, so that the microwave heating is uniform, the microwave is fed directly from the bottom, the microwave path is short, the heatingefficiency is maximized, and the microwave oven is suitable for rotating, stir-frying, heating and the like.

A heat exchanger according to the present invention comprises a heat exchange portion in which heating medium flow paths, where a heating medium flows through a space between a plurality of plates, and combustion gas flow paths through which a combustion gas combusted in a burner flows are adjacently and alternatingly formed, wherein the heat exchange portion comprises a sensible heat portion, which surrounds the outside of a combustion chamber and comprises an area on one side of the plates, for heating the heating medium using the sensible heat of the combustion gas generated by combustion of the burner, and a latent heat portion, which comprises an area on the other side of the plates, for heating the heating medium using the latent heat of water vapors in the combustion gas which has completed heat exchanging in the sensible heat portion, wherein a connection passage for the heating medium is formed between the sensible heat portion and the latent heat portion, the latent heat portion comprises a heating medium inlet through which the heating medium is introduced, and a plurality of latent heat portion heating medium flow paths which are formed between the plurality of plates and communicate with the heating medium inlet in parallel, and wherein the sensible heat portion comprises a heating medium outlet through which the heating medium is discharged, and a plurality of sensible heat portion heating medium flow paths which are formed between the plurality of plates and are connected serially between the latent heat portion heating medium flow paths and the heating medium outlet.