75results about How to "Play an auxiliary heating role" patented technology

The invention provides a loop circuit heat tube type solar energy system which comprises a solar water heater and a heat utilization device. The loop circuit heat tube type solar energy system comprises an auxiliary heating device and further comprises an auxiliary electric heater, wherein the auxiliary heating device is in parallel connection with pipelines of a solar water heater system, the electric heater is automatically started according to the temperature of water fed into the electric heater and heats hot water. The energy-saving loop circuit heat tube type solar water heater improves the solar heat utilization capacity.

The invention discloses a shaping machine for after-finishing of fabrics. The shaping machine comprises a box body, wherein a bracket is arranged on the left side of the box body; a cooling assembly and a static electricity removing assembly are sequentially arranged on the bracket from left to right; a conveying roller platform penetrates through the box body; the interior of the box body is divided into a preheating cavity and a drying cavity by a partition plate; a through groove is formed in the partition plate; a steam spraying disc and a flapping assembly are arranged in the preheating cavity, and a drying assembly is arranged in the drying cavity. The provided shaping machine for after-finishing of fabrics is ingenious and reasonable in structural design; fabrics are subjected to steam humidification and heating treatment through the steam spraying disc in the preheating cavity; the surfaces of the fabrics are humidified more uniformly through the cooperation of the flapping assembly; the fabrics are better loosened and softened and then enter the drying cavity to be dried by the drying assembly at the optimal temperature; after the fabrics are cooled through the cooling assembly, the fabrics are subjected to static electricity removal treatment through the static electricity removing assembly, so that winding and treatment of the fabrics are more convenient.

The invention provides a loop heat pipe-type solar water heater system which comprises a thermal utilization device, wherein the thermal utilization device is hot water output equipment for providing a user with hot water and comprises a heat exchanger; the heat exchanger is connected with tap water; hot water from a solar water heater enters the heat exchanger to exchange heat with the tap water. The solar water heater provided by the invention is energy-saving, and higher in solar heat utilization capability.

The invention provides a loop heat pipe type solar heater. The loop heat pipe type solar heater comprises a solar heater body and a heat utilization device. A system comprises an auxiliary heating device which is arranged on a pipeline of the solar heater system in parallel, valves are arranged on both a water input pipeline and a water output pipeline of the auxiliary heating device, wherein the water input pipeline and the water output pipeline are communicated with the pipeline of the solar heater system. A valve is arranged on the pipeline of the solar heater system in parallel with the auxiliary heating device, wherein the valve is located between the water input pipe and the water output pipe. A heat collector comprises a glass vacuum heat collecting tube, the glass vacuum heat collecting tube comprises a glass parent tube, and a heat absorbing layer wraps the outer surface of the glass parent tube. The loop heat pipe type solar water heater which saves energy is provided, so that heat utilization capacity of solar energy is improved.

The invention provides a solar thermal collector system. The solar thermal collector system comprises a solar thermal collector and a heat utilization device. The solar thermal collector comprises thermal collection pipes used for absorbing heat of solar energy so as to heat water inside the solar thermal collector. The thermal collection pipes are metal thermal collection pipes. Each thermal collection pipe comprises a metal base pipe, wherein the outer surface of the metal base pipe is covered with an anticorrosive coating and a heat absorption coating in sequence. According to the solar thermal collector system, the heat absorption coating with high absorptivity is arranged, so that solar heat absorption capacity is improved.

The invention provides a solar water heater. The solar water heater comprises a heat collector, the heat collector is used for absorbing heat of solar energy to heat water in the solar water heater and is a glass evacuated collector tube, the glass evacuated collector tube comprises a glass base tube, and a heat absorption layer covers the outer surface of the glass base tube. The heat absorption capacity of the heat collector provided with the heat absorption coating with high absorptivity is improved.

The invention provides a solar heat collector system. The solar heat collector system comprises a solar heat collector and a heat utilization device, and further comprises an auxiliary hot-water boiler. The hot-water boiler is automatically started according to the temperature of water entering the hot-water boiler to heat water. The solar heat collector system with the automatically ignited boiler achieves the energy conservation effect.

The invention provides a loop heat pipe type solar water heater system which comprises a solar water heater and a heat utilization device. The heat utilization device is a circular arc finned tube radiator. The energy-saving loop heat pipe type solar water heater improves the heat utilization capability of solar energy.

The invention discloses a far infrared heat-pipe steam-water dual-purpose heating furnace, pertaining to the field of heat energy. The far infrared heat-pipe steam-water dual-purpose heating furnace comprises a clinker chamber (1), a coal charging gate (2), a secondary blast pipe, a tuyere (3), an inner boiler drum (4), an external boiler drum (5), a furnace discharging pipe, a collecting box (6), a horizontal water-cycle pipe (7), a deformed high-temperature heat pipe (8), a steam collecting and distributing cylinder (9), a main steam-supply pipe, a flue-gas tube (11), a heat-pipe preheating water tank (12), a dust-preventing deformed moderate-temperature heat pipe (13), a dust cleaning door, a blow-off pipe (15), a far infrared high-temperature radiation energy-saving dope (16), an electrode drum, a fluid level gage (17), a short-water alarming electrode (18), an electromagnetic float switch (19), a water-replenishing pipe (20) and a blower (21). The secondary blast pipe and tuyere (3) are arranged above the coal charging gate (2); the deformed high-temperature heat pipe (8) is arranged in the furnace; the heat-pipe preheating water tank (12) and the dust-preventing deformed moderate-temperature heat pipe (13) are arranged at a flue-gas outlet; the far infrared high-temperature radiation energy-saving dope (16) is coated on the metal surfaces of the inner boiler drum (4), the furnace discharging pipe and collecting box (6), the horizontal water-cycle pipe (7), the deformed high-temperature heat pipe (8), the heat-pipe preheating water tank (12) and the dust-preventing deformed moderate-temperature heat pipe (13). The deformed high-temperature heat pipe (8) arranged in the furnace reclaims the high temperature flue gas produced during burning into the furnace. The heat-pipe preheating water tank (12) and the dust-preventing deformed moderate-temperature heat pipe (13) arranged at the flue-gas outlet jointly prevent dust and flue-gas from transgressing.

The invention provides a solar water heater which comprises a heat collector, wherein the heat collector is used for absorbing heat of solar energy for heating water in the solar water heater, the heat collector is a glass vacuum heat collecting pipe, the glass vacuum heat collecting pipe comprises a glass base pipe, and a heat absorbing layer is covered on the outer surface of the glass base pipe. According to the high-absorptivity heat collector with a heat absorbing coating, the heat absorbing capacity of the heat collector is improved.

The invention discloses a light-heat conversion energy-saving technology for a fluid conveying pipeline. The light-heat conversion energy-saving technology for the fluid conveying pipeline comprises an inner pipeline, an insulating layer and light-heat conversion material layers. The outer wall of the inner pipeline is sleeved with the insulating layer for heat preservation. The outer side of theinsulating layer is covered with the light-heat conversion material layers, and the light-heat conversion material layers convert sunlight into heat. According to the light-heat conversion energy-saving technology for the fluid conveying pipeline, the light-heat conversion material layers absorb sunlight and convert the sunlight into heat without auxiliary heating energy consumption, and the insulating layer can absorb the heat generated by the light-heat conversion material layers and plays an auxiliary heating role in the internal pipeline. The heat-heat conversion energy-saving technology for the fluid conveying pipeline is particularly suitable for application in the field of long-distance fluid conveying in cold regions.

The invention discloses an auxiliary heat source welding method for double-spindle friction stir welding, and belongs to the technical field of welding. The welding method comprises the welding stepsof (1) preparing of a workpiece to be welded, (2) installing and positioning of stirring heads, (3) welding, and (4) post-treatment. The auxiliary heat source stirring head and the welding seam stirring head are matched for welding, so that the high-hardness metal material and the low-hardness metal material can simultaneously reach the plastic state in the thickness direction, so that plastic metal flows during welding, stirring needles are more sufficient, a welding joint with higher strength is obtained, operation is easy, the feasibility is high, and the method is suitable for all-positionwelding.

The invention provides a solar heat collector which comprises a heat collecting tube and a water tank. The heat collecting tube is used for absorbing heat of solar energy to as to heat water in the water tank. The heat collector is a glass vacuum heat collecting tube. The glass vacuum heat collecting tube comprises an inner tube, an outer tube and a vacuum layer located between the inner tube and the outer tube. The inner tube comprises a glass base tube. The outer surface of the glass base tube is coated with a heat absorption layer. The outer wall of the outer tube is of a convex lens type in a convex shape. Convex lenses are evenly distributed on the outer wall of the outer tube. The focal points of the convex lenses are located on the heat absorption layer of the inner tube so as to absorb more solar energy. The solar heat collector is high in absorptivity, and the absorption capacity of the heat collector is improved.

The invention provides a solar energy heat collector system. The solar energy heat collector system comprises a heat collector and a heat-utilizing device, wherein the heat-utilizing device is a radiator arranged in parallel with the pipeline of the solar energy heat collector system. According to the heat collector system provided by the invention, the utilization efficiency of solar energy is improved.

A continuous melting furnace relates to a continuous melting furnace used for producing quartz rods or quartz tubes, in particular relates to a continuous melting furnace adopting a large-size crucible, and aims to solve the problems that a current continuous melting furnace is low in heat utilization rate and short in service life. The continuous melting furnace comprises a furnace body, a large furnace lid, the crucible, a discharging table, a main heater resistance rod, a main heater positive electrode, a main heater negative electrode, a small furnace lid and a hopper, wherein the upper end of a core bar is mounted on the small furnace lid, and the lower end of the core bar is provided with a core head; a through hole is formed in the core bar; an adjusting thread is formed at the upper part of the core bar; the core bar is in threaded connection with a core bar adjustor above the small furnace lid; a booster heater positive electrode and a booster heater negative electrode are mounted on the large furnace lid; a booster heater resistance rod is positioned in the crucible and has two ends respectively connected with the booster heater positive electrode and the booster heater negative electrode. The continuous melting furnace provided by the invention has the advantages of high heat utilization rate and long service life.

The invention provides an intelligent control solar thermal collector system which comprises a thermal collector and a heat utilization device, wherein the heat utilization device is a radiator, the radiator is provided with a control system, and the control system controls the flow velocity of water entering a heat exchanger. The invention provides the thermal collector system, so that the utilization efficiency of solar energy is improved.

The invention provides a solar heat collector system with the intelligent control function. The solar heat collector system comprises a solar heat collector and a heat utilization device. The heat utilization device is a hot water output device supplying hot water to users. The hot water output device is arranged on a pipeline of the solar heat collector system in a parallel connection mode. A water inlet pipeline and a water outlet pipeline of the hot water output device are communicated with the pipeline of the solar heat collector system and respectively provided with a valve. A valve is arranged on the portion, located between the water inlet pipeline and the water outlet pipeline, of the pipeline, connected with the hot water output device in parallel, of the solar heat collector system. According to the solar heat collector system, the flow is regulated through automatic control over the valves, and the energy conservation effect is achieved.

The invention provides an intelligently-controlled parallel multi-pipeline solar thermal collector system. The intelligently-controlled parallel multi-pipeline solar thermal collector system comprises a thermal collector and a heat utilizing device; the heat utilizing device is hot water output equipment for supplying hot water to a user; the hot water output equipment is arranged in parallel with a pipeline of the solar thermal collector system; valves are arranged on a water inlet pipeline and a water outlet pipeline of the hot water output equipment communicated with the pipeline of the solar thermal collector system; the pipeline of the solar thermal collector system which is positioned between the water inlet pipeline and the water outlet pipeline and is connected in parallel with the hot water output equipment is provided with a valve. By adopting the thermal collector system, the utilization efficiency of solar energy is increased.

The invention provides a solar water heater system. The solar water heater system comprises a solar water heater and a heat utilization device, wherein the solar water heater comprises a heat collector; the heat collector is used for absorbing heat of the solar energy to heat the water in the solar water heater and is a metal heat collector pipe; the metal heat collector pipe comprises a metal base tube; the outer surface of the metal base tube is sequentially coated with an anticorrosive layer and a heat absorbing layer; the solar water heater system is characterized by comprising an electric heater and a water boiler; the heat utilization device comprises a radiator and a hot water output device; the electric heater and the hot water output device are arranged on the same pipeline; the radiator and the water boiler are arranged on the other pipeline; the two pipelines are arranged in parallel. The invention provides the solar water heater with high efficiency to improve the solar heat absorbing capability.

The invention relates to polluted soil in-situ heating equipment based on solar energy, and relates to the technical field of environmental governance and remediation.The in-situ heating pipe comprises a heating assembly, a heating pipeline and a plug, the lower end of the heating assembly is detachably connected with the plug, and the heating assembly comprises at least one heating section and at least one heat insulation section; the at least one heating section and the at least one heat insulation section are connected to form a tubular structure, and the middle of the heating pipeline is located in the heating assembly. The device has the beneficial effects that the depth and the number of the heating sections can be adjusted, depth-keeping heating can be conducted on underground soil or water, the heat insulation sections are made of heat insulation materials, heat of the heating pipelines in the heat insulation sections does not leak out, and energy waste caused by full-depth heating of the underground soil or water is avoided. The whole set of equipment is high in integration level, low in energy consumption, high in heating efficiency and convenient to disassemble, assemble and transport, and can operate in a single system, and soil in-situ heating is achieved without huge and complex auxiliary facilities.

The invention discloses a hematopoietic stem cell collecting instrument which comprises an instrument shell, a blood leading-in mixing frame structure, a heating frame, an electric heating tube, a material guide tube, a material guide valve, a stem cell separating frame structure, a water cleaning frame structure, a temperature controller, a connecting tube, a blood drawing tube, a needle head, a flow rate valve, an adjustable supporting frame structure and a lifting switch. The blood introduction mixing frame structure is mounted at the middle upper part of the instrument shell; the electric heating tubes are respectively embedded into the inner sides of the heating frames; the material guide pipe is mounted at the lower part of the blood introduction mixing frame structure; the material guide valve is mounted in the middle of the material guide pipe; and the stem cell separation frame structure is arranged at the lower part of the instrument shell. The annular pipe is mounted at the upper part of the inner side of the mixing hopper through screws, so that water in the water storage tank can be pumped by a flushing pump during use, and the interior of the mixing hopper can be flushed and cleaned through a cleaning nozzle.

The invention discloses a control method of a steaming oven and the steaming oven, and belongs to the technical field of kitchen appliances, and the control method of the steaming oven comprises the steps that when a steaming function is executed, an air supply device is started to supply steam to a cavity, and a top heater in the cavity heats at first power; and the heating power of the top heater is adjusted according to the actual temperature in the cavity. The steaming oven is controlled by adopting the control method of the steaming oven. As the top heater is arranged at the top of the chamber and is closer to the top wall of the chamber, condensed water can be prevented from being accumulated at the top of the chamber, the heating power of the top heater is adjusted according to the actual temperature in the chamber, the top heater can play an auxiliary heating role while condensed water is prevented from being accumulated at the top of the chamber, rapid temperature rise in the chamber is facilitated, when the temperature rises, the heating power of the top heater can be reduced, and energy can be saved.

The invention provides a solar water heater system. The system also includes an auxiliary electric heater and / or an auxiliary hot water boiler. The electric heating system and the hot water boiler system Starts automatically to heat hot water. The invention provides an automatic control heating water temperature to improve the heat absorption capacity of solar energy.

The invention provides a solar heat collector system with the intelligent control function. The solar heat collector system comprises a solar heat collector and a heat utilization device. The heat utilization device is a hot water output device supplying hot water to users. The hot water output device is arranged on a pipeline of the solar heat collector system in a parallel connection mode. A water inlet pipeline and a water outlet pipeline of the hot water output device are communicated with the pipeline of the solar heat collector system and respectively provided with a valve. A valve is arranged on the portion, located between the water inlet pipeline and the water outlet pipeline, of the pipeline, connected with the hot water output device in parallel, of the solar heat collector system. According to the solar heat collector system, the flow is regulated through automatic control over the valves, and the energy conservation effect is achieved.

The invention provides a solar water heater system. The solar water heater system comprises a solar water heater and a heat utilization device, wherein the solar water heater comprises a heat collector, the heat collector is used for absorbing heat of solar energy so as to heat water in the solar water heater, the heat collector is a heat collection metal pipe, the heat collection metal pipe comprises a metal base pipe, and an anti-corrosion layer and a heat absorbing layer sequentially cover the outer surface of the metal base pipe. The invention provides a heat absorption coating with a high absorption rate, and therefore the capacity for absorbing heat of solar energy is improved.

The invention provides an intelligent-control solar radiator system which comprises a collector and a heat utilization device. The heat utilization device is a radiator which is a closed-type finned pipe radiator with an automatic control function. By the intelligent-control solar radiator system, utilization efficiency of solar energy is improved.