2260 results about "Heat power" patented technology

Thermal cleaning of an electrically heated smoking device, and in particular the removal of condensates formed within the smoking device as a result of extended periods of use, is achieved with a cleaning system that utilizes inductive heating that provides efficient and intense localized heating in the cleaning process. The thermal power of the inductive heating process is increased or the power necessary to activate the inductive heating process is decreased by the addition of a magnetic shell by itself or in combination with a magnetic pin.

A flow-through muffler includes a plurality of heat conducting walls, baffles, or partitions that together define a plurality of passages arranged to form acoustic waveguides, attenuators, and/or cancellation chambers, the walls, baffles, or partitions increasing a surface area exposed to the exhaust gases to facilitate extraction of heat while attenuating or canceling the resulting sound pressure waves. The muffler may have a cooling arrangement mounted thereon, and thermoelectric generator elements or other heat-powered device, such as a reformer, connected across the heat differential between the cooling arrangement and an exterior surface of the muffler housing that is in thermal contact with the heat conducting walls, bafflers, or partitions. In addition, the muffler may be made tuneable by providing a device for varying a length of one of the passages relative to another passage, and by including a sound cancellation chamber at an intersection of the passages. In addition, the internal surfaces of the muffler may be coated with a catalyst to provide a combination muffler and catalytic converter.

The invention provides an integral forming method of a large size thin-walled titanium alloy cylindrical part without a welding line. The integral forming method comprises the following steps of: (1) tube blank preparation by stamping; (2) high-temperature vacuum heat treatment; (3) heating power spinning thinning; (4) unheating power spinning diameter expanding; (5) repetitive and alternate conduction of steps (3) and (4) for 2-3 times; (6) high-temperature vacuum heat treatment; (7) finish turning treatment; and (8) stabilizing treatment. The integral forming method prepares the large size thin-walled titanium alloy cylindrical part without the welding line (wall thickness is 1-7mm) which has high precision and high performance by utilizing titanium alloy plates and adopting a composite technique combining a stamping method, a spinning method and a stabilizing treatment method, and solves the problems of low material utilization ratio, having longitudinal welding lines, low precision of tube performance and the like in the forging and roll bending welding forming of the large size titanium alloy thin-walled tubes.

The invention discloses a cooking control method of an electric rice cooker. The electric rice cooker comprises a cooker body, an inner container arranged in the cooker body, an upper cover, a heating device, a bottom temperature measurer, an upper cover temperature measurer and a control device used for controlling rice cooking work and arranged on the cooker body, wherein the control device comprises a main controller as well as a first timer, a second timer, a rice-water volume level storage, a temperature storage, a time storage and a heating power storage which are respectively connected with the main controller, and a plurality of powers are preset in the heat power storage. A method for controlling the rice cooking of the electric rice cooker by the control device comprises a heating stage, a boiling stage and a cooking stage. The control device controls the heating device to heat until boiling by using gradually reduced powers. In the invention, the gradually reduced powers are adopted for heating unit boiling at the heating stage, and meanwhile, a boiling state is judged according to the bottom temperature, thus, not only is the problem that a small amount of rice is easy to overflow and be ebullient avoided, but also a large amount of rice can be sufficiently heated to reach the boiling state, and the heating time is effectively controlled.

A machine for the treatment of liquid and semi-liquid food mixtures comprises a mixture whipping and freezing/heating tank (3), a circuit (6) for cooling and/or heating basic products of which the mixture consists, comprising a compressor (7) driven by an electric motor (18), and a mixer (4) rotating inside the tank (3) to mix the basic products. The machine also comprises a control unit (11) for the speed of rotation of the compressor (7) electric motor (18), for regulating the compressor operating speed and varying the thermal power supplied by the compressor (7) according to at least the quantity of mixture treated.

The invention discloses a control method and device of an electric water heater and an electric water heater. The control method comprises the steps of obtaining the outlet water temperature, inlet water flow and inlet water temperature of the electric water heater at a current sampling time point, judging whether the outlet water temperature is up to the heating temperature set by a user or not, calculating the deviation control amount of the outlet water temperature at the current sampling time point and obtaining corresponding heat power gears according to the deviation control amount of the outlet water temperature, the inlet water flow and the inlet water temperature if the heating temperature set by the user is not reached, obtaining the heating power of the electric water heater at a previous current sampling time point adjacent to the current sampling time point, adjusting the heating power according to the heat power gears and controlling the electric water heater according to the adjusted heating power. By means of the control method, the corresponding heating power is adjusted according to the outlet water temperature, the inlet water flow and the inlet water temperature corresponding to the electric water heater, resource waste caused by heating at fixed heating power is avoided, and energy is saved.

The invention relates to a graphene based transparent electric heating film and a production method thereof. The graphene based transparent electric heating film comprises a transparent flexible substrate, a graphene film is arranged on the transparent flexible substrate, a conductive connection mesh film is arranged on the graphene film and provided with electrodes which are electrically connected with the conductive connection mesh film and the graphene film. The electrodes are provided with protective layers covering the electrodes as well as covering the graphene film and the conductive connection mesh film. The graphene transparent electric heating film is suitable for large-scale production, labor cost is greatly reduced, and meanwhile, product stability is improved and the graphene based transparent electric heating film has the advantages of uniformity in heating, high transparency, good flexibility, low cost and good stability. Besides, heating power of the transparent electric heating film can be designed according to practical needs, heating curves can be designed according to service needs, and the heating film is guaranteed to have demisting and defrosting functions. Simultaneously, brittle cracking of glass due to sudden change of temperature is avoided. The graphene based transparent electric heating film is wide in application range, stable and reliable.

The invention relates to a heat-storage heat-power co-generation unit and electric boiler based wind curtailment absorption coordinated dispatching model. The model is characterized in that on the basis of analyzing a working principle of a heat-storage heat-power co-generation unit, it is proposed to calculate a heat supply amount of an electric boiler maximally absorbing wind curtailment electric energy, and different working modes of a heat storage apparatus and the economy of heat-storage heat-power co-generation and electric boiler coordinated heat supply are compared. A calculation result shows that the heat supply of the electric boiler has optimal economy during maximal wind curtailment absorption. According to the model, the wind curtailment absorption space of a power grid can be further expanded, the dispatching cost can be reduced, and a scientific basis can be provided for a power grid dispatching department to make a day-ahead dispatching plan.

The invention provides an automobile capable of intelligently starting an electric heating device. The automobile comprises a heater, a water tank, a heat exchange device and the electric heating device, wherein the heat exchange device is connected between the heater and the water tank; water in the water tank enters the heat exchange device through an inlet pipeline of the heat exchange device, is heated in the heater and then enters the water tank through an outlet pipeline of the heat exchange device; the water tank is internally provided with a temperature sensor, and the temperature sensor is used for measuring the temperature of the water in the water tank; the temperature sensor, the electric heating device and a controller are in data connection; when the heater works, the controller controls starting and/or heating power of the electric heating device according to the water temperature measured by the temperature sensor. According to the automobile provided by the invention, by intelligently starting the electric heating device, constant temperature for heating the water tank is ensured, normal running of the electric heating device is ensured, and an automobile heating and heat exchange system is suitable for being used by various large-scale electric vehicles.

The present invention discloses a method and an apparatus for determining the remaining heating time for heating a power battery to achieve a rechargeable temperature, and relates to the field of electric vehicles. The method comprises: acquiring the initial battery temperature of an electric vehicle power battery when the electric vehicle power battery requires charging; comparing the initial battery temperature and the allowable charging temperature; determining the total heating time for heating from the initial battery temperature to the allowable charging temperature of the electric vehicle power battery if the initial battery temperature is less than the allowable charging temperature; and during the heating process of the electric vehicle power battery, according to the temperature change and the total heating time of the electric vehicle power battery, determining the remaining heating time. According to the present invention, with the method and the apparatus, the remaining heating time for heating the electric vehicle power battery from the non-rechargeable temperature to the rechargeable temperature can be determined.

An air conditioning system of the dynamoelectric automotive heat pump belongs to the field of the heat pump system structure. The invention contains the compressor, the four-through valve, the first unilateralism valve, the inner condensator, the F type heating power inflatable valve, the second unilateralism valve, the outer condensator, the first ending valve, the second ending valve, the H type heat power inflatable valve, the inner evaporator and the gas and liquid segregator. The exit of the compressor connects with the intake of the four-through valve. Two exits of the four-through valve separately connect with the intake of the first unilateralism valve and the inner condensator. The exit of the first unilateralism valve connects with the intake of the outer condensator. The exit of the inner condensator connects with the intake of the F type heating power inflatable valve. The exit of the F type heating power inflatable valve connects with the intake of the second unilateralism valve. The exit of the second unilateralism valve connects with the intake of the outer condensator. The exits of the outer condensator connect separately with the intakes of the first ending valve and the second ending valve. The exit of the first ending valve connects with the intake of the gas and liquid segregator. The structure of the invention is easy.

Various embodiments of methods and systems for intelligent multimedia-based thermal power management implemented in a portable computing device (“PCD”) are disclosed. To reduce or increase power consumption in the PCD, embodiments adjust one or more visual multimedia parameters, the settings of which contribute to power consumption associated with an overall multimedia workload. The selection of visual multimedia parameters for setting adjustment is a function of the change in user experience versus the change in power consumption that will likely result from the setting adjustment. Exemplary visual multimedia parameters for which settings may be adjusted by certain embodiments include, but are not limited to, color depth, display brightness, GPU processing resolution, image dynamics algorithm selection, resolution scaling ratios and frames per second processing rates.

The invention discloses a gas stove with a weighing function and a weighing control method thereof. An electronic scale with the weighing function is additionally arranged below the stove tabletop of the gas stove and saves an experience database and a food information database in a cooking process so that the gas stove not only solves the problem that users fuzzily and inaccurately know how muchweight of water needs to be added to a certain weight of food, but also can feed back and intelligently adjust according to the tastes of the users to enable the next-time cooking tastes to be close to the taste demands of the users by designing the experience curve of heating power of a pressure cooker on the gas stove for the foods comprising rice, meat and the like on different weight points; and in addition, the gas stove enables the users to clearly and definitely know the total or per-capita intake caloric value, cholesterol content, protein content, fat content, mutual restraint between the foods, edible salt amount and edible oil amount of various foods in the cooking. Therefore, the invention realizes the standardization, automation, accuracy, intelligence and health of pressure cooker on the gas stove in the whole cooking process.

The present invention provides a heating control method of electric water heater, resolving the problem of continuing heat according to the presetting after water boiled. The method includes following steps: a microprocessor detects whether the sensor is normal, dried burning or not, when a control circuit is powered on with the heat power, the sensor starts to detect the water temperature in the water heater and store, the microprocessor calculates the temperature change rate and stores, comparing the temperature change rate of the latter period with the temperature change rate of the former period, the microprocessor judges whether water is boiled or not, the control circuit continues heating water after switching to the heating power set value recalculated by the microprocessor, when achieving the set time, the control circuit cuts off the heating power. Compared with the prior art, the control circuit continues heating water after switching to the heating power set value recalculated by the microprocessor, adjusting the proper power by a preset, and continuing boiling, not only saving energy, but also continuing heat of meeting different aims.

The invention discloses an absorption-type residual heat power generation or heat acquisition and drive power using method under condition of a low-temperature heat source. The invention also relates to an absorption-type residual heat reclaiming system and a used gas-salt working fluid. The low-temperature heat source obtained from industrial waste heat is used as a heating working medium so that a working fluid of absorption liquid consisting of a salt absorbent and ammonia gas or carbon dioxide absorbed agent from an absorber forms an absorbent and a high-pressure overheated absorbed agent in a regenerator through the heat exchange process under the heating condition; the gasified overheated absorbed agent enters a turbine machine to provide energy for producing power through a turbine expansion step; the produced power can directly drive a power generating unit for power generation or connection with other power drive equipment for providing the needed power; and the produced power can be also used as a heat source and is transported to heat exchange equipment for heating. The low pressure absorbed agent completing the heat release process is exhausted from the turbine step, returns the absorption step and is re-contacted with the absorbent from the regeneration step to form the absorption liquid; and the absorption liquid reenters the next thermodynamic circulation process.

The invention relates to an auxiliary electric heating device used for a vehicle and an auxiliary electric heating method for a vehicle, which comprises a switch part that comprises one or a plurality of switch units and is used for opening and closing a battery voltage by carrying out a switch operation according to a PWM signal; a heater part that comprises one or a plurality of heater units which is connected with the switch units; a current detecting part that detects the current flowing through the heater part; a control part that compares the voltage information of the battery voltage being received with a reference voltage, wherein, if the voltage information is lower than the reference voltage, heating power proportionate to the battery voltage is set as target power, whereas the voltage information is higher than the reference voltage, and preset maximum heating power is set as the target power so as to generate the PWM signal with a PWM duty cycle relative to the set target power and to impose to the switch unit. According to the detecting current of the current detecting part, consumed power actually being consumed is calculated, and the PWM duty cycle of the PWM signalis regulated according to the calculated consumed power and the target power.

The invention discloses a lithium containing molten carbonate heat transmission and storage medium, a preparation method and the application thereof. The lithium containing molten carbonate heat transmission and storage medium comprises potassium carbonate, sodium carbonate and additive, wherein, the additive consists of sodium chloride and lithium carbonate. The lithium containing molten carbonate heat transmission and storage medium can meet the need of high temperature heat utilization of solar energy, more particularly, the operating temperature range required by using solar energy to produce hydrogen and reforming methane through solar energy supercritical heat power generation and solar energy thermal chemical reaction. The heat transmission and storage medium has good thermal stability, more latent heat of phase change, low lower limit of usage temperature, lower requirements for the size and energy of the system, high energy utilization rate and good effects.

The invention discloses an intelligent on-vehicle mobile type phase-change heat storage and supply system. The system comprises a tractor and a phase-change heat storage and exchange device, wherein the phase-change heat storage and exchange device is fixedly arranged on the tractor, and comprises a box body; a box body water temperature gauge and a phase-change heat storage material temperature gauge are arranged on the back wall of the box body; a heating pipe group, a cold water inlet pipe, a phase-change heat storage component and a hot water outlet pipe are arranged in the box body in turn from bottom to top; and a bottom water outlet of the box body and the hot water outlet pipe on the upper part of the box body are connected to a same water main through pipelines. The intelligent on-vehicle mobile type phase-change heat storage and supply system provides hot water supply and heating services for heat energy users by using residual heat or waste heat discharged in the form of steam by high energy consumption units such as heat power plants, iron and steel works and the like, and has the characteristics of simple and compact integral structure, high space utilization ratio, high energy storage density, high heat exchange efficiency, intelligent control, stable, safe and reliable operation, convenience for maintenance and operation management and the like.

Systems and methods for determining the target thermal conditioning value to control a rechargeable energy storage system. Target thermal conditioning values are determined using a required thermal power value and a heat generation value in order to appropriately condition the RESS for heating and cooling.