31results about How to "Realize the cooling process" patented technology

The present invention provides a continuous firing furnace. The continuous firing furnace is able to effectively cool the whole outer surface of the processing objects such as glass substrate etc., does not generate partial warpage or deformation on the processing object and reduces the cooling processing time. The cooling chamber (15) of the continuous firing furnace (10) is installed with guiding passage (1) and exhaust passage (2). The guiding passage and exhaust passage open at the almost whole area in the furnace-width direction (Y) on the inner furnace wall (15A) at the upper side of the cooling chamber. The guiding passage ejects the air by the mode of facing to the upper reach side of the moving direction (X). The exhaust passage exhausts the air of the cooling chamber at the upper reach along the moving direction (X) of the guiding passage. On the upper part of the processing object moved on the roller (16), the flow path with cooled external gas is uniformly formed in the almost whole area on the furnace-width direction (Y). The whole upper surface of the processing object is uniformly contacted with the air.

The invention provides a generator for a pure oxygen compound heat carrier and a production method for a compound heat carrier. The generator comprises a generator body and a generator head structure, wherein the generator body comprises a combustion chamber and a steam chamber arranged outside the combustion chamber in a sleeving manner; the generator head structure is provided with a head body, a combustion nozzle and an ignition electrode; the combustion nozzle is provided with a nozzle body, and a plurality of diaphragm outer cavities are formed on one end part of the nozzle body; a fuel channel and a pure oxygen channel are arranged in the nozzle body, the fuel channel communicates with the plurality of diaphragm outer cavities through a plurality of fuel inclined holes, and the fuel inclined holes are radially arranged outwards and slantwise along an injection direction of a fuel; and the pure oxygen channel communicates with the plurality of diaphragm outer cavities through a plurality of pure oxygen inclined holes, and the pure oxygen inclined holes are radially arranged inwards and slantwise along an injection direction of pure oxygen. The generator and the production method, which are provided by the invention, are capable of uniformly atomizing the pure oxygen and natural gas, realizing high-temperature sufficient combustion for the pure oxygen and the natural gas, and finally forming a high-temperature compound heat carrier containing carbon dioxide and steam.

The invention provides a waste water composite heat carrier generator and a composite heat carrier generation method. The waste water composite heat carrier generator comprises a generator body, a generator head structure and a magnetizing assembly. The generator body comprises a burning chamber and a steam chamber arranged outside the burning chamber in a sleeving manner, the upper end of the burning chamber is communicated with the steam chamber, and the upper end of the steam chamber is connected with an outlet pipe; the generator head structure is connected to the lower end of the generator body, and is provided with a head body, a burning spraying nozzle and an ignition electrode, the burning spraying nozzle and the ignition electrode are arranged in the head body and are arranged opposite to the burning chamber, and the head body is internally provided with a water inlet channel and a dirty discharging channel which are communicated with the steam chamber; and the magnetizing assembly is provided with a water inlet pipe, the exterior of the water inlet pipe is sleeved with a water magnetizer, and the water inlet pipe and the water inlet channel are connected. According to the waste water composite heat carrier generator and the composite heat carrier generation method, by means of the water magnetizing assembly, waste water led into the generator can be subject to water magnetizing treatment, scaling of the waste water is relatively loose, and the scaling is convenient to discharge.

The invention discloses a rapid cooling device for hot galvanizing operation, and belongs to the technical field of galvanization, so that the problem that an existing device cannot uniformly cool metal parts is solved, the outer surface of the metal parts have a chromatic aberration, and metal part beauty is influenced are solved. The device is technically characterized by comprising a shell, a feeding hole, a cooling cavity and a horizontal guide rail, a base is arranged at the lower part of the shell, the shell is fixed on the base, the feeding hole is formed in the top of the left side wall of the shell, the cooling cavity is formed in the shell, the feeding hole is communicated with the cooling cavity, a horizontal connecting cross rod is fixedly arranged on the top of the right sidewall of the shell, a horizontal guide rail is arranged below the horizontal connecting cross rod, the horizontal guide rails and the horizontal connecting cross rod are fixedly connected through bolts. According to the rapid cooling device, full cooling treatment can be carried out on the metal parts after hot galvanizing operation, and can ensure the rapid and high efficiency of the cooling process of the metal parts.

The invention provides a head structure for a generator and an assembly method for the head structure. The head structure for the generator comprises a head body, a combustion nozzle and an ignition electrode, wherein a nozzle channel and an ignition electrode channel are formed in the head body; the combustion nozzle is arranged in the nozzle channel and is provided with a nozzle body; a fuel inlet and a pure oxygen inlet are formed in one end of the nozzle body; a plurality of diaphragm outer cavities are formed in the other end of the nozzle body; a fuel channel which communicates with the fuel inlet is formed in the nozzle body; the other end of the fuel channel communicates with the plurality of diaphragm outer cavities through a plurality of fuel inclined holes; the fuel inclined holes are radially formed in an outward inclined manner in the spraying direction of fuel; a pure oxygen channel which communicates with the pure oxygen inlet is also formed in the nozzle body; the other end of the pure oxygen channel communicates with the plurality of diaphragm outer cavities through a plurality of pure oxygen inclined holes; the pure oxygen inclined holes are radially formed in an inward inclined manner in the spraying direction of pure oxygen; and the ignition electrode is arranged in the ignition electrode channel. The head structure for the generator resists high temperature and oxidation, has a safe and reliable structure and is long in service life.

The invention provides a top clamping spraying cooling device. The device comprises a clamping assembly and a spraying cooling assembly. The clamping assembly comprises paired clamping mechanisms which are symmetrically arranged about the axis of a clamped top. Each clamping assembly comprises a clamping claw, a rotating arm with the first end hinged to the clamping claw and a driving part with the telescopic movement end hinged to the second end of the rotating arm. Each clamping mechanism further comprises a rotating arm seat, wherein the third end of the rotating arm is hinged to the rotating arm seat. The paired clamping claws are converted between the clamping state that the top is clamped and the releasing state that clamping of the top is released under the drive of the respective rotating arms under the telescopic effect of the driving ends of the respective driving parts. By means of the top clamping spraying cooling device, three processes of top disengaging, top clamping and spraying cooling can be synchronously conducted at the same station and are seamlessly connected with the previous and posterior production work processes, and waste of invalid action time is avoided; and the production time of steel pipes is saved, and the production efficiency is improved.

The invention provides a waste water composite heat carrier generator and a composite heat carrier generation method. The waste water composite heat carrier generator comprises a generator body, a generator head structure and a magnetizing assembly. The generator body comprises a burning chamber and a steam chamber arranged outside the burning chamber in a sleeving manner, the upper end of the burning chamber is communicated with the steam chamber, and the upper end of the steam chamber is connected with an outlet pipe; the generator head structure is connected to the lower end of the generator body, and is provided with a head body, a burning spraying nozzle and an ignition electrode, the burning spraying nozzle and the ignition electrode are arranged in the head body and are arranged opposite to the burning chamber, and the head body is internally provided with a water inlet channel and a dirty discharging channel which are communicated with the steam chamber; and the magnetizing assembly is provided with a water inlet pipe, the exterior of the water inlet pipe is sleeved with a water magnetizer, and the water inlet pipe and the water inlet channel are connected. According to the waste water composite heat carrier generator and the composite heat carrier generation method, by means of the water magnetizing assembly, waste water led into the generator can be subject to water magnetizing treatment, scaling of the waste water is relatively loose, and the scaling is convenient to discharge.

The present application discloses a temperature adjustment system for a power battery, comprising: a first cooling device, a second cooling device, a cooler, a liquid accumulator, a water pump, a first electronic three-way valve, a second electronic three-way valve, a third The electronic three-way valve, the fourth electronic three-way valve and the control device; when the power battery needs to be heated, the control device adjusts the connection state of the four electronic three-way valves, in the first cooling device, the second cooling device and the storage device. A passage is formed between the liquid containers, and the power battery is heated by the heat generated by the equalizing resistance and the solid state relay group, and the cooling treatment of the equalizing resistance and the solid state relay group is realized at the same time. Based on the temperature regulation system disclosed in the present application, the power battery can be heated without setting a PTC resistor, the energy utilization rate is improved, and the balance efficiency of the power battery is improved.

The present invention provides a continuous firing furnace. The continuous firing furnace is able to effectively cool the whole outer surface of the processing objects such as glass substrate etc., does not generate partial warpage or deformation on the processing object and reduces the cooling processing time. The cooling chamber (15) of the continuous firing furnace (10) is installed with guiding passage (1) and exhaust passage (2). The guiding passage and exhaust passage open at the almost whole area in the furnace-width direction (Y) on the inner furnace wall (15A) at the upper side of the cooling chamber. The guiding passage ejects the air by the mode of facing to the upper reach side of the moving direction (X). The exhaust passage exhausts the air of the cooling chamber at the upper reach along the moving direction (X) of the guiding passage. On the upper part of the processing object moved on the roller (16), the flow path with cooled external gas is uniformly formed in the almost whole area on the furnace-width direction (Y). The whole upper surface of the processing object is uniformly contacted with the air.

The invention relates to the technical field of polymer materials, and discloses a raw material particle formula of PE film, which is characterized in that it includes the following raw materials: PE, antioxidant, ceramic particles, ceramic particles, calcium carbonate, rutile particles, glycerin, glutaraldehyde; and A method for producing raw material granules of PE film, comprising the following steps: need to use a raw material granule production device, the raw material enters the box body from the feed port, the raw material is cut into raw material strips through the vertical block; through the circulating refrigeration system in the vertical block The raw material strip can be continuously cooled; the raw material strip can be cut intermittently with a cutter to obtain raw material particles; the raw material particles can be put into a plastic film blowing machine for production to obtain PE film. This solution mainly solves the problems of poor heat resistance and tensile strength of the current PE film and low production efficiency of the PE film.

The invention provides a generator for a pure oxygen compound heat carrier and a production method for a compound heat carrier. The generator comprises a generator body and a generator head structure, wherein the generator body comprises a combustion chamber and a steam chamber arranged outside the combustion chamber in a sleeving manner; the generator head structure is provided with a head body, a combustion nozzle and an ignition electrode; the combustion nozzle is provided with a nozzle body, and a plurality of diaphragm outer cavities are formed on one end part of the nozzle body; a fuel channel and a pure oxygen channel are arranged in the nozzle body, the fuel channel communicates with the plurality of diaphragm outer cavities through a plurality of fuel inclined holes, and the fuel inclined holes are radially arranged outwards and slantwise along an injection direction of a fuel; and the pure oxygen channel communicates with the plurality of diaphragm outer cavities through a plurality of pure oxygen inclined holes, and the pure oxygen inclined holes are radially arranged inwards and slantwise along an injection direction of pure oxygen. The generator and the production method, which are provided by the invention, are capable of uniformly atomizing the pure oxygen and natural gas, realizing high-temperature sufficient combustion for the pure oxygen and the natural gas, and finally forming a high-temperature compound heat carrier containing carbon dioxide and steam.

The invention relates to the technical field of heat treatment devices, in particular to a heat treatment device capable of automatically lifting. The heat treatment device comprises a control box bottom, four sets of pillars, a heat treatment box body, a shear-type lifting device, a lifting platform, a mounting table, a cooling box body, an air blower, and a control display screen, the control box bottom is arranged as a square box body, a device controller is arranged in the inner cavity of the control box bottom, a control display screen is fixedly mounted on the front side of the control box bottom, the four sets of pillars are fixedly mounted at the four corners of the upper surface side of the control box bottom, the heat treatment box body is fixedly mounted on the upper sides of the four sets of the pillars, and a rail limiting vertical plate is fixedly mounted at the back end of the bottom side of the heat treatment box body. According to the heat treatment device capable of automatically lifting, the automatic use of the heat treatment device is achieved, the risk of the artificial operation is reduced, the modern use of the device and the safe use performance of the device are improved, and the fast and convenient effect of the integrating use of heat treatment and cooling processes through shear-type lifting is achieved.

The invention discloses an automobile part welding cooling device, and relates to the field of machines. The automobile part welding cooling device comprises a workbench, a sliding table, a driving air cylinder, a turnover type conductive assembly, a cooling assembly and a cleaning assembly. According to the automobile part welding cooling device, the cooling assembly, an exhaust port and an air inlet assembly can be used for communicating when the sliding table returns and resets, so that cooling treatment on a product and a conductive head is realized; the connection between the exhaust port and the air inlet assembly is interrupted in the welding process, so that the influence on the welding process is avoided; and when the sliding table returns and resets, the cleaning assembly can be driven to move by means of a driving assembly, so that oxide residues generated by welding on the conductive head are cleaned, and the welding quality and stability are guaranteed.

The invention provides a waste water composite heat carrier generator and a composite heat carrier generation method. The waste water composite heat carrier generator comprises a generator body, a generator head structure and a cooling gasifying device; the generator body comprises a combustion chamber and a steam chamber, the upper end of the combustion chamber is communicated with the steam chamber, and the upper end of the steam chamber is connected with an outlet pipeline; the generator head structure is connected to the lower end of the generator body, and is provided with a head body, a combustion nozzle and an ignition electrode, wherein the combustion nozzle and the ignition electrode are arranged in the head body and are arranged in a manner of being opposite to the combustion chamber, and a water inlet channel and a scale discharging channel are formed in the head body; the cooling gasifying device is connected to the upper end of the steam chamber; the generator can meet the requirements of high-pressure combustion and composite heat carrier safe output, meanwhile, waste water separated from crude oil is used as cooling water to be subject to cooling treatment through the lower portion and the upper portion of the generator, and steam needed by a composite heat carrier is generated; and clean water resources are saved, and the high cost of wastewater treatment can be reduced.

The invention discloses a rapid cooling device for hot galvanizing operation, and belongs to the technical field of galvanization, so that the problem that an existing device cannot uniformly cool metal parts is solved, the outer surface of the metal parts have a chromatic aberration, and metal part beauty is influenced are solved. The device is technically characterized by comprising a shell, a feeding hole, a cooling cavity and a horizontal guide rail, a base is arranged at the lower part of the shell, the shell is fixed on the base, the feeding hole is formed in the top of the left side wall of the shell, the cooling cavity is formed in the shell, the feeding hole is communicated with the cooling cavity, a horizontal connecting cross rod is fixedly arranged on the top of the right sidewall of the shell, a horizontal guide rail is arranged below the horizontal connecting cross rod, the horizontal guide rails and the horizontal connecting cross rod are fixedly connected through bolts. According to the rapid cooling device, full cooling treatment can be carried out on the metal parts after hot galvanizing operation, and can ensure the rapid and high efficiency of the cooling process of the metal parts.