67results about How to "To achieve the purpose of warming up" patented technology

The invention discloses a micro-combustor, which comprises a bluff body, two preheating channels and a combustion chamber, wherein the preheating channels and the combustion chamber are all plate-shaped; the cross section of the bluff body is triangular or circular; the bluff body is arranged at an inlet of the combustion chamber; the ratio of the width of the bluff body to the width of the combustion chamber is 0.3-0.6; the two preheating channels are both L-shaped and are respectively arranged at upper and lower sides of the combustion chamber; and outlets of the preheating channels are both communicated with the inlet of the combustion chamber. By using the micro-combustor, the defect of the prior art is overcome. By preheating and catalyzing fuels and air (when a non-pre-mixing combustion mode is adopted) or the pre-mixture of the fuels and air (when a pre-mixing combustion mode is adopted), the energy used for igniting is lowered, the igniting delay time is shortened and the exhaust heat loss is reduced. Besides, a low-speed high-temperature recirculation region formed behind the bluff body is utilized to fully mix the fuels and air, prolong the gas retention time and stabilize the flame. The micro-combustor can be used for efficiently expanding the stable combustion limit and increasing the combustion efficiency and can be widely applied to various micro-power systems.

The invention is concerned with stabilized frequency method and equipment of double longitudinal modes laser based on thermoelectric cooler. The stabilized frequency method is piezoelectric ceramics, and so on. Detect the circumstance temperature T0 of laser to confirm heat balance temperature Tset, start electrical source of laser to test current temperature Treal of laser tube at real time. Adjust countercurrent I according to different value between current temperature Treal and heat balance temperature Tset and heat up laser tube to keep temperature arrive to Tset. Detect optical power Pm and Pm+1of m order and m+1order on the mutual vertical polarization direction to laser and count the different valueDeltP of the two powers. When the temperature of laser tube is near to heat balance temperature Tset, afford forward or counter current to thermoelectric cooler according to the forward or counter to the different valueDeltP, keep the symmetry of two longitudinal mode laser frequency and make the different valueDeltP close to zero, by controlling the temperature of laser tube, the length of resonant cavity and laser longitudinal mode frequency. The two longitudinal mode frequencies are steady, and this product is fit for stabilized frequency.

The invention provides a baking device. The device comprises a smoke pan (1) and an air inlet structure (2) at one end of the smoke pan (1), wherein the air inlet structure (2) comprises an air inlet passage (23), the smoke pan (1) comprises a smoke cavity (11) and an air inlet hole (12) for communicating the smoke cavity (11) and the air inlet channel (23). The baking device further comprises a heating device (3), wherein the heating device (3) is used for heating the air inlet passage (23) and the smoke pan (1). Through the adoption of the baking device provided by the invention, the heating device (3) capable of heating the air inlet passage is additionally arranged, the entered air can be pre-heated while passing through the air inlet passage (23) as long as the air passes through the air inlet passage (23), and then then air enters the smoke pan (1). Therefore, the baking device has the function of preheating the induced air, and is capable of improving the mouthfeel of the cured tobacco when being used for baking the electronic cigarette.

The invention aims to provide an active control type fully-immersed liquid-cooled power battery thermal management system. A compressor, a condenser, a refrigeration electromagnetic valve, an expansion valve and an evaporator are connected in series to form a compressor unit main refrigeration unit; a manual valve and a liquid spraying electromagnetic valve are led out from a pipeline in front of the refrigeration electromagnetic valve to form a spraying branch; a thermal manual valve and a thermal electromagnetic valve are led out from a pipeline between the compressor and the condenser to the evaporator to form a thermal bypass branch; and a first three-way reversing valve and a second three-way reversing valve are connected with a plate heat exchanger and the evaporator and are connected in parallel to form a plate heat exchanger auxiliary cooling unit, the first three-way reversing valve is connected with a drying filter and the manual valve to a cooling liquid tank, and the second three-way reversing valve is connected with an electronic circulating pump, a temperature sensor and a flow sensor to the cooling liquid tank. The direct contact type fully-immersed liquid-cooled mode is adopted, the heat loss in the heat exchange process of the whole heat management system can be greatly reduced and improved, the heat exchange resistance of the system is reduced, and the heat exchange efficiency is improved.

The invention provides a fresh air exchange device, an air-conditioner and an air-conditioner control method. The fresh air exchange device comprises a shell, a fresh air draught fan, a fresh air pipe, an air inlet pipe and an air return pipe, wherein an installing cavity is defined by the shell, the fresh air draught fan is installed in the installing cavity and is provided with an air inlet andan air outlet, the first end of the fresh air pipe communicates with the air inlet, the second end of the fresh air extends to the exterior of the shell, the first end of the air inlet pipe communicates with the air outlet, the second end of the air inlet pipe extends to the exterior of the shell, the air return pipe is installed in the installing cavity, the first end of the air return pipe communicates with the fresh air pipe, the first end of the air outlet pipe is located in the installing cavity, and the second end of the air outlet pipe extends to the exterior of the shell. By means of the fresh air exchange device, the air-conditioner and the air-conditioner control method, power dissipation of the air-conditioner can be reduced while fresh air exchange is carried out, and the influences on the indoor environment temperature are small.

The invention discloses a high-temperature flue gas heat recovery preheating type oxygen lance for an electric arc furnace and an application method thereof. The preheating type oxygen lance comprisesa heat conduction oil preheating device and a cooling water preheating device; the heat conduction oil preheating device comprises a heat conduction oil heating loop and a heat conduction oil preheating loop, wherein one part of the heat conduction oil heating loop extends into a flue gas pipeline of the electric arc furnace, the heat conduction oil preheating loop is connected with the heat conduction oil heating loop in a heat transferring mode, and one part of the heat conduction oil preheating loop extends into the oxygen lance; and the cooling water preheating device comprises a third heat conduction oil pool, a cooling water preheating loop, a freezing water loop and a lithium bromide absorption type refrigerating unit, wherein an oil inlet pipe and an oil outlet pipe of the third heat conduction oil pool both communicate with the heat conduction oil heating loop, one part of the cooling water preheating loop extends into the oxygen lance, the lithium bromide absorption type refrigerating unit is connected with the third heat conduction oil pool through second heat pipes, and the cooling water preheating loop and the freezing water loop are both connected with the lithium bromide absorption type refrigerating unit. The preheating type oxygen lance can preheat oxygen by utilizing flue gas waste heat, and hot water and freezing water can be obtained.

The invention discloses a method for manufacturing silicon and carbon composite balls through waste mortar generated during silicon slice cutting. According to the method, firstly, the waste mortar generated in the silicon slice cutting process is recycled, polyethylene glycol is extracted for use, the residual mortar containing silicon carbide and silica powder is made into filter cakes to be air-dried till the water content is smaller than 10%, then the filter cakes are broken into granules with the grain size smaller than 3 mm, and the total content of silicon is confirmed through chemical analysis and then the granules are classified and stored for use; a bonding agent and a wetting agent are weighed and mixed with the granules to be made into blanks with the grain size smaller than 50 mm, the blanks are put into a furnace to be baked till the water content of the blanks is smaller than 2%, then the blanks are cooled and taken out from the furnace, and the silicon and carbon composite balls are obtained, wherein the physicochemical indexes stratify the conditions of TSi=30%-70%, Tc=10%-25%, S<=0.1% and H2O <=2%. The manufacturing process is simple, recourses contained in by-product-waste mortar generated in the silicon slice cutting and machining processes are used comprehensively, environmental pollution is reduced greatly, and great economic benefits and social benefits are generated.

The invention provides a drinking water device capable of providing different water temperatures. The drinking water device comprises a boiling water valve, a warm boiled water valve, a heater and an energy converter, wherein one end of the boiling water valve and one end of the energy converter are both connected with the water outlet end of the heater; the energy converter is an S-shaped double-layer pipeline; one end of an inner pipe of the energy converter is communicated with the water outlet end of the heater; the other end of the inner pipe of the energy converter is communicated with the warm boiled water valve; one end of an outer pipe of the energy converter is communicated with the water inlet end of the heater; the other end of the outer pipe of the energy converter is communicated with a water source end. The drinking water device provided by the invention is simple in structure and convenient to operate; compared with a previous heater, not only is the warm boiled water valve added on the basis of an original hot water pipeline, but also the purposes of cooling boiling water and preheating cold water are realized through an exchange action of a heat exchange pipeline.

The invention discloses an aquaculture water area temperature increasing and oxygenating device which comprises a water pump. The water pump is connected with a temperature increasing device which comprises a cylinder water storage box. A cylinder rotor is arranged in the cylinder water storage box. Column holes are formed in the side face of the cylinder rotor. The axis of each column hole is perpendicular to the axis of the cylinder rotor. A water inlet and an air inlet are formed in the side face of the bottom of the cylinder water storage box. The water inlet is connected with the water pump. The air inlet is connected with an air pump. A water outlet is formed in the side face of the top of the cylinder water storage box. A motor is connected to the cylinder rotor. According to the technical scheme, the aquaculture water area temperature increasing and oxygenating device is compact in structure, easy to operate and capable of increasing water temperature of an aquaculture water area fast and increasing the oxygen content of water in the water area; time for culturing freshwater shrimps is prolonged to a certain degree, the culture yield is increased, and requirements of people for the daily freshwater shrimps are met.

The invention discloses a methane vapor reforming unit, comprising a reforming heat exchange apparatus, a methane conveyer pipe and a vapor conveyer pipe, and a preheating chamber. The reforming heat-exchange apparatus comprises a reforming chamber and a high temperature channel. The methane conveyer pipe and the vapor conveyer pipe are communicated with the reforming chamber and pass through the preheating chamber. The high temperature channel passes through the reforming chamber. The methane vapor reforming unit also has a preheating chamber. The preheating chamber can preheat the methane and the vapor needed for the reforming, thereby shortening the time of heating the methane and the vapor in the reforming chamber and enabling the methane and the vapor in the methane vapor reforming unit to have relatively higher reforming efficiency.

The invention discloses a method for extracting aluminum oxide by quickly heating fly ash, which comprises the following steps: 1. grinding and activating fly ash, and meanwhile, grinding ammonium sulfate, 2. carrying out solid-solid uniform mixing on the ground fly ash and ammonium sulfate according to the mol ratio of Al2O3 in the fly ash to (NH4)2SO4 of 1:(3-6); 3. adding a small amount of water into the mixed raw materials, and granulating; 4. roasting the granules formed in the step 3 in a high-frequency or microwave device; 5. dissolving the roasted clinker in water to obtain a solution; 6. filtering the solution formed in the step 5, and separating the filtrate and filter residues; 7. adding ammonia water into the filtrate in the step 6 to obtain an Al(OH)3 precipitate; and 8. calcining the Al(OH)3 precipitate to obtain the Al2O3 product. The high-frequency and microwave heating principle is as follows: an electromagnetic field repeatedly polarizes polar molecules contained in the substance, and the polar molecules vigorously move under the action of the alternating electromagnetic field to generate mutual friction and heat, thereby achieving the goal of heating the material.

The invention discloses a heating device for a laboratory. The heating device comprises a machine base, wherein a reciprocation mechanism, a sliding rail, a guiding rail and a pipeline are arranged onthe machine base; the inner part of the sliding rail is connected with a sliding plate in a sliding manner; the inner part of the guiding rail is connected with an air inlet pipe in a sliding manner;a heating passage and a cooling passage are arranged on the air inlet pipe; processing pipes are symmetrically arranged on an inner wall of the pipeline, and elastic thin sheets are arranged in the processing pipes; a pre-heating pipe is arranged between the two processing pipes; a hollow iron ball is arranged in the pipeline; a first heating passage is arranged in the center of the iron ball; the inner part of the first heating passage is connected with a hollow ball body in a sliding manner; an air hole is formed in the ball body; a plurality of second heating passages are symmetrically arranged in a heating ball; a heating electric wire is arranged on an inner wall of the pipeline; an air outlet pipe is also arranged in the pipeline; the inner part of the air outlet pipe is connected with a threaded column; an air outlet is formed in a side wall of the air outlet pipe; a sealing block is arranged on the pipeline; and a collection pipe is arranged on a side wall of the pipeline. According to the scheme disclosed by the invention, the problem of a poor heating effect of current gas heating equipment is mainly solved.

The invention relates to an internal heating type acupuncture and moxibustion needle with a temperature measurement function and a temperature-measuring and heating device and belongs to the field of internal heating type acupuncture and moxibustion treatment equipment. The internal heating type acupuncture and moxibustion needle comprises a needle handle (2) and a needle body (3), and is characterized in that the needle handle (2) and the needle body (3) are hollow internally and are communicated with each other, a plugging end (1) is arranged at an opening position of one end of the needle handle (2), a temperature-measuring and heating mechanism is arranged inside the needle handle (2) and the needle body (3), one end of the temperature-measuring and heating mechanism is connected with the plugging end (1) while the other end of the temperature-measuring and heating mechanism is connected with the inner surface of the needle handle (2) or the needle body (3), and a temperature-measuring electrode is arranged on the outer surface of the needle handle (2) and/or the needle body (3). The internal heating type acupuncture and moxibustion needle has the advantages that since the temperature-measuring and heating mechanism is arranged inside the needle handle and the needle body to enable a temperature-measuring and heating wire to produce heat, temperature rise of the needle body is achieved; the plugging end is arranged at one end of the needle handle, and another electrode which is arranged on the outer surface of the needle body serves as the temperature-measuring electrode, so that temperature detection and control of the needle body can be achieved by the aid of the plugging end and the temperature-measuring electrode.

The invention provides a low-energy consumption building house with adjustable room temperature, and relates to the technical field of house construction. The low-energy consumption building house with the adjustable room temperature comprises a house bottom, a house wall and a roof which enclose the house, heat storage and temperature adjustment water tanks are laid in the house wall and roof, aground well is formed in the lower side of the house bottom, inner circulation pipelines are laid on the inner sides of the house wall, roof and house bottom, heating pipelines are laid on the outer sides of the house wall and roof, and the heating pipelines in the house wall and roof correspondingly and circularly communicate with the internal heat storage and temperature adjustment water tanks,the heat storage and temperature adjustment water tanks in the house wall and roof are communicated correspondingly, the heat storage and temperature adjustment water tanks independently and circularly communicate with the inner circulation pipelines in the house wall, roof and roof bottom, and the ground well independently and circularly communicate with the internal circulation pipelines in thehouse wall, roof and house bottom. According to the low-energy consumption building house with the adjustable room temperature, the problems of high cost and large energy consumption when the room temperature of an existing house is adjusted are solved.

The invention provides a precise temperature control reaction kettle based on a phase change material, and relates to the technical field of reaction kettles. The reaction kettle comprises a reaction kettle body, a reaction chamber and a temperature adjusting chamber for heat transfer with the reaction chamber are arranged in the reaction kettle body, the reaction kettle body is provided with a hollow temperature control part, a hollow cavity of the temperature control part is filled with a phase change material, the temperature control part is arranged between the reaction chamber and the temperature adjusting chamber, and the temperature control part is used for temperature transfer between the reaction chamber and the temperature adjusting chamber. The reaction kettle solves the problem that the temperature of the reaction kettle used at present is suddenly high and suddenly low when being regulated and controlled and the purpose of accurately controlling the temperature cannot be achieved.