51results about How to "Heat control" patented technology

The present invention provides an evaporated fuel gas adsorbent, an evaporated fuel gas trapping apparatus that uses the adsorbent, an activated carbon, and a process for producing the activated carbon. The evaporated fuel gas adsorbent is capable of improving adsorptivity and desorptivity by reliably preventing a temperature rise and a temperature fall caused by heat generated in response to the adsorption and desorption of evaporated fuel gas, is capable of achieving a size reduction of the device, and is capable of being easily produced. The activated carbon has high mechanical strength and high abrasive resistance, has many pores suitable to adsorb an organic solvent, especially, evaporated fuel gas, and has a high packing density. The activated-carbon producing process is industrially advantageous. The evaporated fuel gas adsorbent comprises an adsorptive material and latent heat storage mediums including containers each of which is made of a flexible film and in each of which a substance that absorbs or releases heat in response to a phase change is encased. The activated carbon is characterized in that a specific surface area calculated by a BET method (multipoint method) in a nitrogen adsorption isotherm determined from a nitrogen adsorption amount at liquid nitrogen temperature is 1000 to 2500 m²/g, in that a half-value width of a D-band peak in the neighborhood of 1360 cm⁻¹ in Raman spectroscopic analysis is 120 cm⁻¹ or less, and in that a half-value width of a G-band peak in the neighborhood of 1580 cm⁻¹ in Raman spectroscopic analysis is 100 cm⁻¹ or less.

An active antenna array (10) for transmitting radio signals is disclosed. The active antenna array comprises a heat dissipating body (20), at least one first power amplifier (30) in thermal contact with the heat dissipating body (20), at least one second power amplifier (40) in thermal contact with the heat dissipating body (20) and an power level controller (50) for adjusting relative power levels of a first output signal (32) emanating from the at least one first power amplifier (30) and a second output signal (42) emanating from the at least one second power amplifier (40). A method for the transmission of radio signal is also disclosed.

The invention discloses a thermoelectric heat regeneration system. The thermoelectric heat regeneration system comprises a refrigerating unit and a thermoelectric heat regeneration unit. The refrigerating unit comprises a compressor, an air cooling type condenser, a throttling valve, an air cooling type evaporator and circulating pipelines. The thermoelectric heat regeneration unit comprises a thermoelectric pile, heat exchangers and a bypass branch circuit controller; the hot end and the cold end of the thermoelectric pile are connected with the hot end heat exchanger and the cold end heat exchanger correspondingly; the hot end heat exchanger is connected with the circulating pipeline coming out of the evaporator, heats steam coming out of the evaporator and improves the overheating degree of a refrigerant; the cold end heat exchanger is connected with the circulating pipeline coming out of the condenser, cools liquid coming out of the condenser and improves the overcooling degree of the refrigerant; and the bypass branch circuit controller can control the flow rate of the refrigerant passing through the heat exchangers and widens the heat exchange range. Compared with a traditional heat regenerator, the thermoelectric heat regeneration system can accurately adjust and control the overcooling degree and the overheating degree of the refrigerant and has the beneficial effects of being small in size, simple in structure, easy to install, convenient to control, free of noise and environment-friendly.

Provided is a light source apparatus for illuminating an illumination area via an illumination optical part, including a plurality of light sources for emitting illumination light; one heat-absorbing member for absorbing heat which the plurality of light sources generates; a heat-radiating part for radiating the heat; and a heat-transporting part thermally connected to the heat-absorbing member and the heat-radiating part; wherein the heat-transporting part is formed of a tube member containing a refrigerant for transmitting the heat and is provided at a position shifted from an irradiation position of the illumination light.

The invention discloses a data card temperature control method and device. The method comprises the following steps of: sampling the temperature of a protected device on a data card; and adjusting the data transmission rate of a temperature regulation data card according to the sampled temperature to control the temperature of the data The invention avoids the device aging or damage of a wireless data card.

A system includes a gasifier configured to gasify a gasification fuel during a gasification mode. The system also includes a first injector configured to inject a heat control fuel and an oxygen enriched air into the gasifier for combustion during a heat control mode. The heat control fuel is the same or different from the gasification fuel, and the oxygen enriched air includes air enriched with additional oxygen.

An arrangement of a thermoelectric heat pump in at least one first fluid circuit, one second fluid circuit and one third fluid circuit is provided for a motor vehicle. The arrangement has a first heat exchanger provided for exchange of heat between a fluid of the first fluid circuit and a fluid of a third fluid circuit, and a second heat exchanger is provided for the exchange of heat between a fluid of the second fluid circuit and the fluid of the third fluid circuit. In each case one thermoelectric element is arranged between the heat exchange regions of the first heat exchanger and between the heat exchange regions of the second heat exchanger.

An embodiment of the invention discloses a charging current control method and apparatus, a computer apparatus and a readable storage medium that are used for adjusting a charging current of a batterycharger in real time according to different influence factors so as to maintain heat balance in an environment where the battery charger is positioned, and influence exerted on the battery charger byabnormal phenomena of the influence factors can be reduced. The method disclosed in the embodiment of the invention is applied to a UPS system, wherein the UPS system comprises at least one battery charger. The method comprises the following steps: a current condition of the influence factors of the charging current of at least one battery charger is determined, and whether the charging current needs adjustment is determined according to the current condition; if yes, the charging current is adjusted according to preset rules.

The invention discloses a method for improving the performance of a heat-treatable reinforced aluminum alloy friction stir welding joint. The method mainly comprises the following process steps that firstly, an aluminum alloy material needing to be welded is subjected to solid solution heat treatment, the solid solution temperature is (465-545) +/-5 DEG C, the heat preservation time is 4-8 hours, and after water quenching, the aluminum alloy material is placed in a low-temperature environment to be stored; friction stir welding equipment is adopted for welding the aluminum alloy, rapid cooling treatment is adopted at the welding seam position, it is guaranteed that alloy elements are subjected to solid solution in an aluminum matrix as many as possible while recrystallized grains are restrained from growing, and a supersaturated solid solution is obtained; after friction stir welding is completed, a whole welding part is subjected to peak aging heat treatment, the aging treatment temperature is (150-190) +/-5 DEG C, and the heat preservation time is 7-20 hours. According to the method, dissolution and growth of an aging precipitated phase at a welding joint part can be avoided, softening of the welding joint is inhibited, the strength and plasticity of the welding joint are improved, and finally the friction stir welding joint which is compact in structure, has the strength reaching 85% or above of the strength of base metal and is good in comprehensive performance is obtained.

The invention relates to a traditional Chinese medicinal material drying machine which comprises a drying box, wherein the right part of the upper side surface of the drying box is provided with an air outlet; the air outlet is communicated with an exhaust pipe; the exhaust pipe is provided with a heat exchanger; the left part of the upper side surface of the drying box is provided with a feed port; the feed port is provided with a cover plate; the middle part of the drying box is connected with a rotating shaft; the right end of the rotating shaft protrudes out of the drying box; the outer wall of the rotating shaft arranged in the drying box is provided with a bracket; the bracket is connected with a frying board; the right end of the rotating shaft is connected with a motor through a speed reducer; the motor is a change speed motor; a temperature sensor is arranged in the drying box; the left side end of the lower part of the drying box is connected with an air inlet pipe; the air inlet pipe is provided with a solenoid valve; the other end of the air inlet pipe is connected with a heating box; the heating box is connected with a fan; and the outer wall of the heating box is provided with a controller. The traditional Chinese medicinal material drying machine has the advantages of simple and reasonable structure and low operating cost, has the self-control drying temperature, and greatly lowers the energy consumption.

A method of controlling a drying machine includes a first load decision step for supplying hot air to the inside of a drum by driving a heater and a fan motor together with drive of the drum and determining, based on variation in a temperature of air discharged from the drum, whether a load applied to clothes accommodated in the drum is a temporary small load or a medium and large load, wherein the variation in temperature of air is sensed by a temperature sensor; a second load decision step which is performed selectively after the first load decision step is performed and the load is judged as the temporary small load in the first load decision step, and in which the hot air supply is interrupted, the drum is driven and whether the load is a small load or an extremely small load is judged by using a dryness sensor of the drum; a drying step based on the load determined in the first load decision step or the second decision step.

The invention discloses a micro heating device which comprises a semiconductor substrate, a device to be detected that is located on the semiconductor substrate, an interlayer dielectric layer located on the surface of the semiconductor substrate, heat conduction grooves located in the semiconductor substrate and the interlayer dielectric layer, and heating structures located in the interlayer dielectric layer, wherein the heat conduction grooves surround the device to be detected; the heating structures are connected with the heat conduction grooves, and generate heat and conduct the heat into the heat conduction grooves; and the heat conduction grooves are utilized to heat the device to be detected. The heat conduction grooves surround the device to be detected, so that the device to be detected is heated uniformly, and temperature of the device to be detected is controlled by changing the heat generated by the heating structures and controlling the heat generated by the heat conduction grooves.

The invention discloses a support element for supporting a substrate and a support device, and aims at solving the problem that when the support element and the substrate, which are different in temperature, contact with each other, Mura is generated at the contact part, so that a finished liquid crystal display is uneven in display. The support element for supporting the substrate comprises a body with a hollow structure, a temperature sensor, a heating component, a heat-conducting liquid, a first lead and a second lead, wherein the temperature sensor, the heating component and the heat-conducting liquid are arranged in the hollow structure of the body; the first lead is connected to the temperature sensor; the second lead is connected to the heating component; the temperature sensor is attached to the inner wall of the body and is used for sensing the temperature data of the body; the heating component is used for providing heat energy for the heat-conducting liquid; the heating component and the heat-conducting liquid are insulated with each other; the heat-conducting liquid is used for transferring the heat energy provided by the heating component to the body; the first lead and the second lead extend outside the body from the hollow structure of the body; the first lead is used for transmitting the temperature data sensed by the temperature sensor; and the second lead is used for supplying electricity to the heating component.

The invention discloses a tandem type heat compensation and heat regeneration combined photo-thermal coupling methane/carbon dioxide dry reforming system and a method based on the same, and belongs to the field of synthesis gas preparation through carbon dioxide/methane dry reforming. The system mainly comprises a photo-thermal dry reforming unit, a product separation unit, a flue gas purification unit, a heat exchanger and a gas mixing device. The flue gas purification unit is used for purifying the tail gas of a power plant, carbon dioxide and methane in the tail gas are recycled, purified gas enters a heat exchanger to be preheated and then is fully mixed in the gas mixing device, then the photo-thermal dry reforming unit is used for preparing synthesis gas, emission of carbon dioxide can be reduced, and unreacted carbon dioxide and methane are separated out through the product separation unit, and are input into a photo-thermal coupler for continuous reaction, so that the energy utilization rate is improved. Meanwhile, the photo-thermal coupling reactor can reduce the reaction temperature, and process gas regenerative heat is utilized to preheat raw materials after the reaction is completed. The dual effects of carbon emission reduction and energy consumption reduction can be effectively realized.

The invention discloses a preparation method and an application method of a composite anticorrosive coating for a stay cable of a cable-stayed bridge. According to the invention, a graphene epoxy resin anticorrosive coating is prepared by dispersing graphene in an ammonia water solvent by adopting an X-ray laser dispersion method so as to prepare a graphene dispersion liquid, adding an anti-precipitating agent, and subjecting a formed mixture and waterborne epoxy resin to magnetic stirring and mixing, wherein the graphene dispersed in the coating is used as an anti-corrosion barrier so as to improve the corrosion resistance of the composite coating. The composite anticorrosive coating can endow traditional epoxy anticorrosive coatings with a part of special functions, including ultraviolet resistance, wear resistance, antibacterial property and the like, which are not possessed by the traditional epoxy anticorrosive coatings. Meanwhile, the X-ray laser dispersion method is adopted, so the graphene can be dispersed more effectively, and the corrosion resistance of the coating is greatly improved; and the coating can be used in combination with fluorocarbon finish paint or polyurethane finish paint in an epoxy coating system, color changing is conducted on a primer paint film through the finish paint so as to adjust the film forming color of the coating, and therefore, the corrosion resistance and the attractive appearance of the stay cable of the cable-stayed bridge are greatly improved.

The invention discloses a solar photo-thermal coupling utilization system suitable for a methane dry reforming reaction, and belongs to the technical field of photo-thermal utilization of solar energy in methane dry reforming production of synthesis gas. The system is composed of a heliostat, a curved surface optical filter, a curved surface Fresnel transmission type condenser, a heat storage box, a coiled pipe, liquid metal, a heat preservation pipeline and a methane dry reforming reactor. Sunlight is converted into parallel light through the heliostat at the upper end of the system, and the parallel light enters a photo-thermal catalyst in the methane dry reforming reactor through glass; parallel light at the lower end is subjected to light condensation and heat collection through a curved-surface light filter and a curved-surface Fresnel transmission-type condenser to be supplied to liquid metal in the heat storage box, the liquid metal exchanges heat with mixed gas in a coiled pipe through the coiled pipe, and the preheated mixed gas leaves the heat storage box and then flows into the methane dry reforming reactor through the heat preservation pipeline; and under the action of the photo-thermal catalyst, synthesis gas is generated through reaction, so that photo-thermal coupling utilization of solar energy in the methane dry reforming reaction is realized.

The invention relates to the technical field of functional health-care products, in particular to a high-energy meal replacement composition capable of reducing weight, and a preparation method and application of the high-energy meal replacement composition capable of reducing weight. According to the high-energy meal replacement composition capable of reducing weight, a camellia oil extract and fresh ginger essential oil are used as effective components, and the high-energy meal replacement composition capable of reducing weight is rich in unsaturated fatty acids, vitamin A, vitamin B, vitamin C, vitamin E, calcium, iron, zinc, carotene, and various trace elements beneficial to human bodies, so that during daily drinking, balanced nutrition is guaranteed; besides, the high-energy meal replacement composition capable of reducing weight has good oxygen enrichment capacity, can resist hypoxia and resist weariness, provides enough energy for the human bodies, and has the characteristics of being low in calorie and capable of generating continuous satiety; few high-energy meal replacement composition capable of reducing weight is eaten, but the high-energy meal replacement compositioncapable of reducing weight is nutritive and high in value, and the appetite and the calorie can be strictly and accurately controlled; and besides, the high-energy meal replacement composition capableof reducing weight is convenient to eat and contributes to health and reducing weight.

The invention relates to a heavy oil catalytic cracking method and belongs to the technical field of petrochemical engineering, and the heavy oil catalytic cracking method is used for solving the coking problem of a heavy oil catalytic cracking riser and a settler as well as reducing the coke generating ratio of the device, improving the product yield and improving the product quality. The method comprises the following steps: feeding a catalyst; feeding heavy raw material oil; vaporizing the raw material oil; carrying out gas-solid contact; carrying out a catalytic cracking reaction; and carrying out a gas-solid separation process. The method is characterized by improving the catalyst/oil ratio, the mixing temperature of a feeding section, the catalyst activity in the catalytic cracking process and the vaporization rate of the fed heavy oil by virtue of heat taking in the middle of a riser reactor. The method has the advantages of improving the catalyst activity in the catalytic cracking process as well as the vaporization rate of the fed heavy oil, reducing the non-vaporized oil, preventing the riser and the settler from coking, reducing the coke yield, improving the product yield and improving the product quality. The invention further provides a combined distributor and middle heat taking equipment of the riser for realizing the method. The invention relates to a catalytic cracking device for processing heavy oil.