535results about How to "Increase heating power" patented technology

The invention relates to a method and a dispensing device for rapidly and efficiently heating/cooling a flowable food product whereby removable cassettes are provided for receiving a pouch containing food; the cassettes comprising pairs of opposed thermal conductive surfaces wherein the surfaces delimit together a limited spacing adapted to contact a pouch and means for applying heat to said at least pair of cassettes.

The invention disclosed a system and a method for simulating irradiation heating environment of a hypersonic aircraft. The system comprises an environment simulation chamber, an infrared lamp array, a laser heating unit and a vacuumizing unit. The infrared lamp array arranged on the inner wall of the environment simulation chamber is used for carrying out medium-high temperature heating on the whole aircraft or local parts of the aircraft, the environment simulation chamber is externally connected with the vacuumizing unit which is used for increasing and reducing pressure inside the environment simulation chamber, and the laser heating unit is arranged outside the environment simulation chamber and emits a laser beam which can penetrate through the glass which is arranged on the side wall of the environment simulation chamber so as to carry out ultrahigh temperature heating on the whole aircraft or the local parts of the aircraft. The infrared lamp array and a solid-state laser are adopted as heating sources, therefore, the large component of the aircraft even the whole aircraft can be tested, and the technology difficulty of height thermal environment comprehensive simulation is little; and the system has simple structure, and is more flexible.

A heat exchanger for converting thermal energy of a fluid, e.g., exhaust gas of an internal combustion engine, into electrical power, has a flow channel for conveying a hot fluid, and at least one thermoelectric module for generating electrical power is thermally connected to the flow channel. The flow channel is manufactured from a ceramic material. Thermal expansion effects of the flow channel is reduced by the ceramic material of the flow channel so that the design complexity for converting thermal energy into electrical power is reduced.

The invention discloses an electronic cigarette device. The electronic cigarette device comprises a cigarette liquid supplying device, a cigarette liquid atomizing device and an atomized cigarette mist sucking-out device. The cigarette liquid supplying device is a cigarette liquid pressurizing supplying device. The cigarette liquid atomizing device further comprises a cigarette liquid spraying atomization device body and a cigarette liquid heating atomization device body. The cigarette liquid pressurizing supplying device is communicated with the cigarette liquid spraying atomization device body. The cigarette liquid spraying atomization device body is provided with a spraying nozzle, and the spraying nozzle is arranged to face and be close to the cigarette liquid heating atomization device body. The cigarette liquid heating atomization device body is an electric heating plate. The atomized cigarette mist sucking-out device comprises a sucking-out channel and a sucking-out nozzle. According to the electronic cigarette device, due to the assisting effect of spraying atomization, the heating atomization temperature can be reduced in cooperation with the heating atomization effect, and the stability of an electronic cigarette can be kept to the maximum degree; meanwhile, liquid leakage can be prevented, and no atomization core is needed. The electronic cigarette device is an electronic cigarette product of a brand new structure.

The invention discloses a drying control method of a washing machine and the washing machine. The drying control method comprises the following steps: controlling a heating device of the washing machine to start so as to carry out heating work after a drying command is received by the washing machine; detecting the temperature of an inner barrel of the washing machine in real time; obtaining the temperature variation situation of the inner barrel according to the temperature, which is detected in real time, of the inner barrel, and regulating the heating power of the heating device according to the temperature of the inner barrel and the temperature variation situation of the inner barrel. According to the method disclosed by the invention, not only can the drying efficiency of the washing machine be increased, but also the consumption of electric energy can be reduced, and energy conservation and environment protection are realized.

The invention discloses a cooking control method of a frying machine and the frying machine. The frying machine comprises a control chip, a pot body, a heating module, a stirring device, and a temperature sensor. The cooking process of the frying machine comprises a preheating stage and a quick frying stage. The method comprises steps of determining the quick frying stage according to a designatedmenu; monitoring cooking temperature of the pot body, when a difference between cooking temperature of the quick frying stage and target temperature of the stage increases, controlling heating powerto increase according to a preset temperature range in which the cooking temperature is, so as to complete quick frying according to the menu. In the quick frying stage, the preset temperature range in which the cooking temperature is can be dynamically detected, and heating power can be adjusted dynamically, particularly, when water comes out from food due to quick frying and temperature drops suddenly, heating power is increased timely so as to compensate cooking temperature loss, therefore, quick frying effect is ensured.

A PTC electric heating assembly, an electric heating device and an electric vehicle are provided. The PTC electric heating assembly (2) comprises two electrode plates (23) and a PTC heating module (20) disposed between the two electrode plates (23), and comprising an insulation fixing frame (22) and a plurality of PTC heating elements (21), the insulation fixing frame (22) defining a plurality of fixing units (220) and the PTC heating elements (21) being disposed into the fixing units (220) respectively.

The invention relates to an experiment device for testing a softening and dropping point of a sinter. The device is composed of a large current transformer, a furnace body fixing column, a tray, a furnace body adjusting frame, a rotary column, a pressurized gas cylinder, a displacement sensor, a furnace top sealing furnace cover, a pressurized graphite compression strut, an anti-radiation graphite cover, a molybdenum disilicide heater, a graphite crucible, a high pure graphite sleeve, a sealed alundum tube, a pinhole camera, an air inlet channel fixing sleeve, a dropping crucible weighing device, a dropping crucible device, a furnace body chassis, furnace body castors, a heating furnace body, a cantilever beam, a sample temperature thermocouple, a alumina hollow ball member, a furnace temperature control thermocouple, a rotary column circular sleeve, a pressurized gas cylinder pipeline and a pressure transmitter. The large current transformer is adopted to supply power for the molybdenum disilicide heater; the pinhole camera is used to observe a dropping process of high temperature liquid slag iron; the dropping crucible weighing device is arranged; the crucible is assembled and disassembled in a manner of laterally opening the door; and the position of the heating furnace body is adjusted by the furnace body adjusting frame, so that the device is flexible, accurate and convenient for operations.

An electrically powered windshield wiper fluid heater having a housing with an inlet and an outlet. A piston is movably mounted in the housing between a retracted and an extended position and the piston forms a thin annular passageway between the housing and the piston. During fluid flow from the inlet, through the annular chamber and to the outlet, the differential pressure moves the piston to its extended position thus closing a switch which powers a heating element disposed around the housing.

The invention relates to a heater device, aiming at providing an improved structure of a graphite heater of a czochralski crystal growing furnace. The heater comprises the ring-shaped graphite heater evenly provided with slots in a crossing way along the axis direction and a thinning heating section arranged on the ring-shaped graphite heater; wherein, the radial cross-sectional area of the thinning heating section is 2/3-3/4 of that of the rest parts of the heater; the thinning heating section is the part from the bottom of the heater to the height of 1/5-1/4 of the total height. The invention leads the heating power to be increased at the thinning part of the heater and changes the axial distribution, so as to indirectly form additional bottom heater function at the bottom of the ring-shaped heater, thus achieving the effect of two heaters which are the ring-shaped bottom heater and the bottom heater in the prior art by the structural design of the single graphite heater. Therefore, the invention not only reduces the equipment investment, but also lowers the manufacturing cost of the graphite heater and simplifies the operating procedures.

The invention relates to the technical field of biomass fuels, in particular to biomass fuel and a production method thereof. According to the production method, the materials, such as biogas residue, crop stalks, marshal sludge and sawdust, are mixed prior to being treated via a fermentation process; thus, organics are biologically react microscopically, the materials act with one another, the structure of biomass is enhanced, crushing and compressing treatment of the materials is easier, the difficulty and energy consumption of the biomass fuel is lowered, and the cost of biomass fuel production is lowered. In addition, pulverized coal is subjected to crushing treatment and added with illegal cooking oil and gasoline; thus, the waste, the illegal cooking oil and the gasoline are made full use, the ignition point of the biomass fuel is lowered, and the ignition cost of the biomass fuel in applications is lowered.

The invention discloses a high-temperature solidifying furnace. The high-temperature solidifying furnace comprises a heating cavity, a heater and a temperature monitoring system, wherein the heater comprises a plurality of heating modules which can be controlled independently; and the temperature monitoring system comprises a thermocouple for monitoring the internal ambient temperature information of the heating cavity, an infrared monitoring device for monitoring temperature information on the surface of each layer of substrate inside the heating cavity and generating a temperature signal, a signal processing module for performing signal connection of the thermocouple and the infrared monitoring device and generating a corresponding execution command when a substrate with temperature abnormality is judged according to the temperature information fed back by the thermocouple and the temperature signal fed back by the infrared monitoring device, and an executing module in signal connection with the signal processing module and regulating the heating power of a heating module corresponding to the substrate with the temperature abnormality according to the execution command generated by the signal processing module. The high-temperature solidifying furnace monitors the ambient temperature of the heating cavity and the temperature on the surface of the substrate through the thermocouple and the infrared monitoring device, so that the solidifying temperature monitoring precision is improved.

A warm air pad for heat dissipation in a quick drying device for quilts. After a large number of experiments on different perforation parameter combinations on the warm air pad, the present invention finds that the area and number of air holes and the number of adjacent riveted holes on the same layer The spacing is the most important factor in determining the performance of the heater pad. According to the present invention, through the control of the related parameters of the later punching of the pad body, the warm air pad manufactured has smooth air exhaust and uniform heat dissipation. The warm air pad is used to heat the bedding, with fast temperature rise, large temperature rise, and small temperature difference between the front and the rear. It can be used for bedding preheating and heat preservation, dehumidification, moisture-proof, disinfection and sterilization.

The invention discloses an induction heater which comprises a heating zone 1 and a heating zone 2, wherein the heating zone 1 is divided into two heating surfaces; a first heating surface is shaped like a trapezoid without the bottom; a second heating surface is a U-shaped one; the two lateral sides of the trapezoid-shaped heating surface are connected with the U-shaped heating surface; and an included angle is formed between the first heating surface and the second heating surface. When the induction heater is used to perform alloy cladding on a steel rail, preheating does not need to be performed in advance, so that on the premise of the same steel rail cladding speed, heat energy required by the method is only one third or less of the prior art; and meanwhile, the method lays a foundation for miniaturization of a generator or even construction without the aid of a rail car. By performing detailed analysis on structure phase change and heat transmission of a steel rail in the cladding process, the invention breaks through the theory that the steel rail must be preheated prior to welding for the first time, and presents that the steel rail can be directly subjected to alloy cladding without being preheated while generation of martensite can be avoided. The technology disclosed by the invention is put forward for the first time at home and abroad.

The invention relates to an electric heating device and particularly relates to an electric heating element for heating gas flowing in a pipeline and a pipeline electric heater adopting the electric heating element. The electric heating element comprises a cylindrical base body which is manufactured by a fireproof material; vertical mounting grooves are uniformly distributed on the outer cylindrical face of the base body; a spiral resistance wire is placed in each mounting groove in a reciprocated manner; and extraction electrodes are arranged at the two ends of each resistance wire. According to the electric heating element disclosed by the invention, the resistance wires are highly-densely distributed on the vertical mounting grooves on the outer cylindrical face of the base body; the structure is compact and the occupied space is small; and the effective density and the heating power of the heating elements of the pipeline electric heater are effectively improved.

The invention discloses an 18kV and 40kHz high-frequency de-icing device and an de-icing method thereof. The 18kV and 40kHz high-frequency de-icing device comprises an excitation source and notch filters, wherein the excitation source is connected in parallel with two parallel-connected notch filters and grounded respectively. By the device and the method, transmission current of a circuit can be reduced and the heating power can be increased; under the condition of no power failure, an effect of de-icing within a short time can be achieved; compared with the frequency 100kHz and the voltage 33kV in the high-frequency de-icing technology provided in the foreign country, the level of the frequency and the voltage of the excitation source in the 18kV and 40kHz high-frequency de-icing technology is reduced greatly, so the influence of high frequency on communication is lowered greatly; meanwhile, the implementation of the device is facilitated.