31results about How to "Heating does not affect" patented technology

The invention relates to the technical field of an intelligent household electrical appliance, and discloses a pot body combining device of a fully automatic cooking machine. The pot body combining device of the fully automatic cooking machine comprises an inner liner, a heating coil, a case, a support rolling wheel, a support frame, a first driving device and a second driving device, wherein thepot body consists of the inner liner, the heating coil and the outer case; two spiral blades with the same rotating directions are arranged on the inner wall of the inner liner; non-stick coatings coat the inner wall of the inner liner and the spiral blades; the heating coil is put onto the outer surface of the inner liner; the inner liner is put into the outer case; the support rolling wheel is arranged in a position, near an opening, of the pot body and is used for supporting the front part of the pot body; a rotating shaft is connected with the bottom of the pot body; a collector ring passes through the rotating shaft to provide power supply for the heating coil arranged in the pot body; a thermistor is arranged in the middle of the heating coil; the first driving device is connected with the rotating shaft so as to drive the pot body to rotate; the first driving device can positively or reversely rotate so as to realize the stir-frying and food discharging processes of food; and the second driving device is arranged at the lower part of the support frame and is used for changing the angle of the opening of the pot body and assisting the pot body to realize convenient material feeding, food feeding and food discharging. The novel food cooking machine is used; manual food cooking can be simulated; the stir-frying and food discharging processes can be performed; the automationof the food cooking machine is improved; and the food cooking efficiency is improved.

The invention discloses a water heater water tank and a heat pump water hater. The water heater water tank comprises a tank body, an inner container is arranged in the tank body, and a water heating heat exchanger is arranged at the position of the inner container. The water heater water tank is characterized in that a water heating cavity and an air heating cavity are arranged in the tank body, the inner container is positioned in the water heating cavity, an air inlet and an air outlet which are communicated with the air heating cavity are arranged on the tank body, and a fan and an air heating heat exchanger are arranged in the air heating cavity. The water heater water tank reduces configuration cost, reduces requirements for spaces in a bathroom, achieves the purpose that water heater hot water can supply heat for the bathroom, reduces energy consumption, recovers waste heat and enhances comfortableness for the human body.

The invention discloses a heating device for a high-rise and low-rise housing estate. The device comprises temperature sensors, booster pumps, electric pressure regulating valves, pressure sensors and bypass devices. A first vacuum boiler and a second vacuum boiler are connected with the booster pumps through pipes. The booster pumps and the electric pressure regulating valves are connected through heating pipes. The electric pressure regulating valves and circulating pumps are connected through pipes. Each heating loop is sequentially provided with a pressure gage, the corresponding pressure sensor, the corresponding temperature sensor and a flow gage. Overpressure water escape valves are connected with the electric pressure regulating valves and the circulating pumps through pipes. Each bypass device is arranged at one side of the corresponding circulating pump. The heating device for the high-rise and low-rise housing estate is provided with the booster pumps, so that the heating effect of high-rises and low-rises is guaranteed; the heating device is provided with the electric pressure regulating valves, so that the situation that after pressure is boosted, static pressure of water return pipes is ultrahigh and unbalanced is eliminated; and the heating device is provided with the bypass devices, so that when water pumps are stopped, impact on a system is reduced.

The invention relates to an energy-saving and environment-friendly type family heating system. The energy-saving and environment-friendly type family heating system is composed of an overall loop pipe, a local loop pipe, heating radiators, a first water pump, a first filtering device, an electric water heater, a bypass pipe, a fifth valve switch and sixth valve switches, local and overall heatingswitching can be achieved, hot water resources are sufficiently used, and energy conservation and environmental protection are achieved. The overall loop pipe is a water flow circulated flow pipe, themultiple heating radiators are connected to the overall loop pipe in series, the first water pump and the electric water heater are both connected to the overall loop pipe in series, and the local loop pipe and the bypass pipe are both connected to the overall loop pipe in parallel; the first water pump and the electric water heater are located on the local loop pipe, the first filtering device is connected between the first water pump and the electric water heater in series, and the inlet end and the outlet end of the local loop pipe are each provided with the sixth valve switch used for achieving circulated flow of water flow in the local loop pipe; and the fifth valve switch is arranged on the bypass pipe.

The invention relates to the field of bonding technology for display panel processing, specifically to a bonding device and a bonding method. The bonding device comprises a laser, a pressure head, a first buffer material fixing mechanism, a fixing platform and a pressing mechanism, wherein the fixing platform comprises a fixing assembly for fixing a product, and the pressure head is made of a material with light transmission performance and heat conductivity. Compared with the prior art, the invention has the following beneficial effects: the bonding device and the bonding method are designedto overcome the problem that a traditional heating mode is large in heat influence; and through heat dissipation of the pressure head, the temperature of a chip on film, a buffer material and other peripheral components is comprehensively reduced, ACF heating is not affected, and ACF heating is more uniform.

The invention discloses an anti-icing wind power blade and a preparation method of the anti-icing wind power blade. The anti-icing wind power blade comprises a monitoring system, a peripheral power supply and a blade body provided with a macromolecule electrothermal film, wherein the macromolecule electrothermal film is arranged between the surface of a suction surface shell body and the surface of a pressure surface shell body of the anti-icing wind power blade or between shell body layers of the anti-icing wind power blade in a clamped mode, and the macromolecule electrothermal film is controlled by the monitoring system through a wire to be connected or disconnected with the peripheral power supply. At the time of operation, the monitoring system monitors icing parameters of an environment where the blade body is located, the peripheral power supply is connected when the icing parameters meet preset icing conditions, the macromolecule electrothermal film is powered on to emit heat, the heat is transmitted to the surface of the blade body, and the blade body is prevented from icing. According to the anti-icing wind power blade and the preparation method of the anti-icing wind power blade, the anti-icing wind power blade can be prevented from icing in an online mode under the condition of no machine halt, non-planned machine halts can be reduced, and wind energy utilization efficiency of a wind machine in frigid weather is improved. The anti-icing wind power blade is simple in preparation technology, high in operability, and free from extra complex processes and devices. The preparation method can be used for preparing a large anti-icing wind power blade. The anti-icing wind power blade and the preparation method of the anti-icing wind power blade are beneficial to popularization and implementation.

The invention relates to a printer heating plate and a preparation method thereof. The printer heating plate comprises an insulating substrate, a heating resistor layer, a first protection layer, a thermistor layer and a second protection layer, wherein the insulating substrate is provided with a first surface and a second surface opposite to the first surface; the heating resistor layer is formed on the first surface; a gap is formed in at least one side edge of the heating resistor layer; extraction electrodes are formed at two ends of the heating resistor layer; the first protection layer covers the surface of a first resistor layer; the thermistor layer is formed on the second surface; and the second protection layer covers the thermistor layer. According to the printer heating plate, temperature sense lag can be avoided.

The invention provides a waste gas treating and waste heat recycling device. The device comprises a setting machine, a thermal conductive medium heater, a steam generator and a gas-gas exchanger, and further comprises a gas-liquid exchanger, wherein the gas-liquid exchanger includes a liquid chamber and a gas chamber which are independent mutually; the gas chamber is provided with a gas inlet anda gas outlet; the gas inlet is connected with the waste gas outlet of the gas-gas exchanger by a draught fan, and the gas outlet is connected with the draught fan; the liquid chamber is provided witha water inlet and a water outlet; the water outlet is connected with the steam generator; the thermal conductive medium heater and the setting machine form a return circuit therebetween by an outlet medium pipe and a return medium pipe; and the steam generator is arranged on the return circuit. In addition, the invention further provides a waste gas treating and waste heat recycling method. The waste gas treating and waste heat recycling device disclosed by the invention is simple in structure and simple in operation, makes full use of heat energy of waste gases, reduces production cost, and is energy-saving and environmentally-friendly.

A high temperature steam hot wind convection-type electric steaming furnace, includes furnace chamber, steam generator, convection flow fan, steam heating device and air pipe which passes round the outer surface of the furnace chamber and ports connect with the furnace chamber, the furnace chamber top is arranged with a steam inhaling cover, and setting a patent part connecting to the inhaling cover; the convection flow fan is placed in the steam inhaling cover, one end of the air pipe connects with the top or profile of the steam inhaling cover, the other end of the air pipe connects with the side of the furnace chamber; the steam heating device is placed in the air pipe. For the problem that the temperature on the top of the furnace chamber is low and cooking effect is not good, the present invention sets the steam inhaling cover on the top of the furnace chamber, and heats the low-temp. steam until high-temp. steam to cook food by air pipe and steam heating device, at the same time, the high temperature steam discharge opening locates two sides of the furnace chamber, heating is more uniform, and it is not affect heating effect if placing multilayer food. The structure is simple and reasonable, heating is uniform, and energy effect is high.

The invention discloses a microwave heating resin sand core forming device and a method thereof, comprising a fixed mold outer frame, a fixed mold top plate spring, a fixed mold thimble, a fixed mold top plate, a movable mold ejector pin, a movable mold ejector plate, a movable mold The outer frame and the sand inlet hole are characterized in that: the inner wall of the outer frame of the fixed mold and the inner wall of the outer frame of the movable mold are respectively provided with mold blocks that form a cavity with each other; the inner wall of the outer frame of the fixed mold The lower end and the lower end of the inner wall of the movable mold outer frame are respectively provided with bottom movable blocks that form a flat bottom surface with each other; the material of the mold movable block and the bottom movable block is ceramic; the bottom of the fixed mold outer frame and the movable mold outer frame A plurality of microwave dispersing devices are provided; the microwave dispersing device includes a microwave dispersing port located under the bottom movable block, a microwave agitator is arranged in the microwave dispersing port, and the microwave agitator is connected with a motor through a shaft coupling; the microwave dispersing port The lower end is connected with a microwave transmission tube, and a microwave generator is arranged at the end of the microwave transmission tube.

The invention discloses a microwave heating resin sand core forming device and a microwave heating resin sand core forming method. The microwave heating resin sand core forming device comprises a fixed mold outer frame, a fixed mold ejector plate spring, a fixed mold ejector pin, a fixed mold ejector plate, a movable mold ejector rod, a movable mold ejector rod plate, a movable mold outer frame and a sand inlet hole; and the microwave heating resin sand core forming device is characterized in that the inner wall of the fixed mold outer frame and the inner wall of the movable mold outer frame are each provided with a mold movable block, and mold cavities are formed between the mold movable blocks; the lower end of the inner wall of the fixed mold outer frame and the lower end of the inner wall of the movable mold outer frame are correspondingly provided with bottom movable blocks which mutually form a flat bottom surface; the mold movable block and the bottom movable block are made of ceramics; a plurality of microwave divergence devices are arranged below the fixed mold outer frame and the movable mold outer frame; each microwave divergence device comprises a microwave divergence opening located below the bottom movable block, a microwave stirrer is arranged in each microwave divergence opening, and the microwave stirrer is connected with a motor through a coupler; and the lower end of each microwave divergence opening is connected with a microwave conveying pipe, and a microwave generator is arranged at the end of each microwave conveying pipe.