16 results about "Cold condensation" patented technology

This invention relates to an anti-condensation conveying structure and method for a deposition apparatus, comprising: a pipe joint with a pneumatic valve at its top and a main pipe body for conveying gas on both sides of the joint; a protective shell coaxially connected to the main pipe body; a flexible heating element spirally and uniformly wound around the outer surface of the main pipe body; an insulation layer filling the space between the main pipe body and the protective shell; an embedded heating element located at the connection between the pipe joint and the pneumatic valve; and a temperature control module electrically connected to and independently controlling the temperature of the flexible heating element and the embedded heating element. The main objective of this invention is to employ a segmented independent temperature control method, setting different temperature compensation ranges based on the heat dissipation characteristics of the main pipe body and the pneumatic valve, eliminating cooling points in various parts of the conveying structure, avoiding condensation and crystallization of the precursor due to localized overcooling, and ensuring batch repeatability and yield of thin film deposition.

This invention discloses an exhaust device suitable for pure hydrogen gas engines, relating to the technical field of exhaust treatment for pure hydrogen gas engines. It solves the problem that existing pure hydrogen gas engine exhaust treatment devices suffer from the inability of a single condensation dehydration technology to completely eliminate whitening, and the inability of a single whitening device to remove water. A multi-stage condensation structure is installed inside the flange pipe at the uppermost end of the exhaust pipeline. The multi-stage condensation structure and the inner wall of the flange pipe form a condensation chamber. A condensation channel is provided within the multi-stage condensation structure. A return water connector and a water inlet connector are provided on the flange pipe. The water inlet connector is connected to the lower water inlet of the condensation channel; the return water connector is connected to the upper water return port of the condensation channel. By setting up a multi-stage condensation dehydration device in the main exhaust channel, the exhaust humidity is reduced while achieving the whitening effect, thus enabling the exhaust device to simultaneously possess the characteristics of corrosion resistance, stable operation, and economic and environmental protection.

The utility model discloses a kind of flue gas carbon dioxide low-temperature condensation purification systems, it is related to flue gas carbon dioxide processing technical field.The utility model includes, condensing structure, including conveying pipe, condensing box of sleeving in conveying pipe one side outer wall, liquid nitrogen tank located conveying pipe rear side, heat exchange pipe that is snakelike distribution in condensing box interior and outer wall is flat and is communicated with liquid nitrogen tank output end, conveying port that is staggered distribution between heat exchange pipe, the shrink nozzle of annular array distribution in conveying pipe one end and corresponding heat exchange pipe;Drying structure, including cylinder one and cylinder two located condensing box one side, net cylinder located cylinder one and cylinder two interior, drying agent that is granular in net cylinder interior.The utility model is set to condensing section structure, avoid under high temperature CO2 plasticization effect enhancement, polymer chain spacing expansion, support layer and skin layer thermal expansion shrinkage or skin layer peeling, affect carbon dioxide purification process membrane adsorption stability problem.

This invention belongs to the field of water pollution control and treatment technology, specifically a sludge filtration and water separation mechanism for water conservancy construction. Addressing the shortcomings of traditional sludge filtration and water separation equipment in water pollution control and treatment, which often employs mechanical extrusion and filter screens that are easily clogged by fine sludge particles, this invention proposes the following solution: It includes a sludge receiving tank with a sludge inlet connected to its outer side and a sludge outlet connected to its bottom side, with a sealing cap installed at the outlet. This invention utilizes a combination of capillary water absorption and solar evaporation and condensation to achieve sludge-water separation, requiring no additional energy consumption, thus being energy-saving and environmentally friendly. A temperature-sensing self-cleaning structure effectively prevents clogging and reduces manual maintenance. Combined with a sealed heat collection chamber and an automatic bottom cleaning component, it achieves excellent dewatering effect and smooth sludge discharge, solving the problems of easy clogging, high energy consumption, and environmental pollution associated with traditional equipment in water pollution control and treatment.

This utility model discloses a phosphorus oxychloride condensation and recovery device, belonging to the field of phosphorus oxychloride condensation and recovery technology. The key technical features include a condensation tank, with a condensation mechanism fixedly connected to the inner wall of the condensation tank and an auxiliary mechanism fixedly connected to the surface of the condensation tank. The condensation mechanism includes a low-temperature inlet pipe, a storage tank, a water bucket, a condenser pipe, a conveying frame, an air inlet pipe, a water tank, a water pump, and a circulating water pipe. The low-temperature inlet pipe is fixedly connected to the inner wall of the condensation tank, and the storage tank is fixedly connected to the bottom of the low-temperature inlet pipe. By setting up the condensation mechanism, circulating water can pre-condense most of the phosphorus oxychloride vapor, reducing subsequent load. After pre-condensation, the vapor enters the inner wall of the storage tank and undergoes secondary condensation through a low-temperature cooling medium, achieving multi-stage condensation. Combined with the design of the condenser pipe and spiral channel, the condensation path of the vapor is extended, enhancing the heat transfer effect and improving the condensation efficiency.

The application relates to a thermostatic curing box of an anti-fog observation window, which comprises a curing box body, door frames are rotationally arranged on the two sides of the curing box body, glass sealing frames are fixedly arranged in the two door frames, sealing glue is filled between the glass sealing frames and the door frames, an outer glass mounting groove is arranged on one side in the glass sealing frame, outer glass is fixedly arranged in the outer glass mounting groove, and sealing glue is filled between the outer glass and the outer glass mounting groove. When the application is used, the silver nanowire heating film is started through a controller, then the silver nanowire heating film heats the inner glass, thus avoiding the condensation of water vapor on the surface of the inner glass and the formation of fog during use, so as to affect the observation of the staff on the situation inside the curing box body, meanwhile, manual opening of the door to wipe the inner glass is not needed, thus the constant temperature and humidity environment in the box is not damaged, and the curing effect of the cement and concrete sample can be ensured during use.

This disclosure relates to the field of dishwasher technology, and in particular to a condenser structure and a dishwasher. The condenser structure includes a housing with a condensation chamber. The condensation chamber has a condensation structure and a flow guiding structure. The condensation structure includes multiple condensation channels, and the flow guiding structure is located at the end of each condensation channel. The flow guiding structure includes a flow guide plate assembly and a water outlet. The water outlet is connected to the dishwasher's inner tub. The flow guide plate assembly guides the condensate from the condensation structure to the water outlet. In this application, the condenser's water outlet is connected to the dishwasher's inner tub, and the condensed water directly enters the inner tub from the water outlet, then enters the water cup assembly to achieve condensate recycling. The condenser structure of this application is simple, and the flow guide plate assembly can quickly guide the condensate from the condensation structure to the water outlet, thereby reducing water accumulation and lowering maintenance frequency.

This utility model relates to the field of cold box devices and discloses an oxygen-generating cold box structure, including a main structure. The main structure includes an outer shell, a top plate snapped onto the upper surface of the outer shell, a condensing structure fixedly mounted on one side of the inner wall of the outer shell, the condensing structure including a condenser, a vent valve fixedly mounted on one side of the upper surface of the top plate, a safety valve fixedly mounted at the center of the upper surface of the top plate, upper positioning plates fixedly mounted around the lower surface of the top plate, a connecting post threadedly connected to the upper positioning plate on the other side of the lower surface of the top plate, a mounting seat slidably connected to the outer surface of the connecting post, and an observation window fixedly mounted at the center of one side of the outer shell. In this utility model, the condenser and condensing box in the condensing structure work together to effectively convert gaseous substances into liquids, improve condensation efficiency, ensure that the working medium can quickly and fully complete the phase change process, and meet the working requirements of the equipment.

The embodiment of the utility model discloses an atomization type ice maker, and relates to the technical field of ice making. The atomization type ice maker comprises an atomizer, a condensed ice tank and a cold conveying device; the cold conveying device is attached to the condensed ice tank; the atomizer is arranged on one side of the condensed ice tank and is used for conveying water mist into the condensed ice tank; wherein the atomizer conveys water mist into the condensed ice tank, and the water mist is condensed into ice in the condensed ice tank. After the water is atomized into the water mist, the form of the water in the water mist is about 0.01-0.15 mm of water particles, so that compared with a mode of directly conveying liquid water flow, the heat exchange area between the tiny water particles and the condensed ice tank is larger, and the ice making efficiency can be greatly improved.

The utility model discloses a boiling point difference detection device, including heating device, evaporating kettle, liquid phase thermometer, gas phase thermometer and condensing structure, evaporating kettle is placed on heating device, is equipped with the cavity in evaporating kettle, and the top of evaporating kettle has the feed inlet and the steam outlet, liquid phase thermometer inserts into the cavity, gas phase thermometer is installed on evaporating kettle, condensing structure includes first condenser, first metering tank and vacuum pump, and first condenser has first condensate outlet, and first metering tank communicates with first condensate outlet, the utility model discloses install liquid phase thermometer and gas phase thermometer on evaporating kettle, utilize first condenser to carry out condensation to the steam that evaporating kettle discharged, and store the condensate to first metering tank, based on above operation, can calculate the temperature difference of liquid phase thermometer and gas phase thermometer and according to the condensate amount, can calculate the concentration of solute in solution, and then real -time acquisition solution concentration and boiling point difference.

The utility model relates to water saving device technical field, including the support cylinder shell of the axis horizontal setting, the condensing cylinder is rotatively established in the support cylinder shell, and the flue gas condenses after passageway is formed through the outer wall of condensing cylinder and the inner wall of support cylinder shell, and the circumferential wall of condensing cylinder in the support cylinder shell is equipped with mesh area, and the inner chamber of condensing cylinder is connected with flue gas condenses after passageway through mesh area, and the outer wall of condensing cylinder in flue gas condenses after passageway is coiled with condensing pipe, and the flue gas flow interval is established between the adjacent pipe wall of condensing pipe. The utility model solves the problem that flue gas cannot fully contact with condensing structure when using the water saving device of condensing method in traditional technology, the contact area is small, the heat exchange efficiency is reduced, and the condensation efficiency of water vapor in flue gas is reduced.

This invention provides an anti-freezing device and method for steam electric valves in air-cooled islands, belonging to the field of power plant air-cooled system operation safety technology. It can at least partially solve the problems of existing engineering protection methods, such as high energy consumption, large maintenance, and incomplete protection. Moreover, it cannot prevent leaked steam from entering the air-cooled island tube bundles at the source, making it difficult to meet the safe operation requirements under extreme low temperature conditions. This invention includes a steam pipeline with valves, which is equipped with a receiving mounting base, an expansion section, an air filling module, and a pressure relief module. This invention sets up a controllable expansion steam flow blocking structure downstream of the steam electric valve of the air-cooled island, and forms a collaborative working mechanism with the pressure relief module. Under the conditions of valve closure and low temperature, it restricts the flow of steam downstream towards the air-cooled island tube bundles, while providing a controllable release path for the steam in the pipes, thereby reducing the retention and condensation of steam in the low-temperature area from the source.

The direct air cooling peak cooling system with double cold storage and heat storage comprises a direct air cooling energy storage system and a peak cooling energy storage system; the direct air cooling energy storage system comprises a direct air cooling system, a cold storage condensate tank, a heat storage condensate tank and a direct air cooling energy storage circulating unit; the peak cooling energy storage system comprises a peak cooling system, a cold storage circulating water tank, a heat storage circulating water tank and a peak cooling energy storage circulating unit; the direct air cooling energy storage system and the peak cooling energy storage system are connected through the peak cooling system; when the air temperature is high, heat storage and cold release are carried out, when the air temperature is low, cold storage and heat release are carried out, and the peak cooling system maintains hydraulic balance during the energy storage and energy release process; the thermal load of the direct air cooling system and the steam temperature in the exhaust device are reduced at high temperature, the cooling efficiency and the unit vacuum are improved; during the low temperature period, the heat storage quantity enters the condensate tank or the condensate pipeline, the condensate temperature is improved, the supercooling degree and the oxygen content are reduced, the condensate return water heat absorption quantity is reduced, and the unit efficiency is improved.

The present application belongs to the technical field of traditional Chinese medicine concentration equipment, and discloses a wind pressure defoaming type high-efficiency concentrator, which comprises a medicine liquid heating tank used for heating medicine liquid stored in the tank, a wind pressure defoaming structure used for defoaming treatment by introducing air into the medicine liquid heating tank, a combined condensing structure, and a wind cooling assembly inner pipe communicated with the medicine liquid heating tank. Water vapor generated by the medicine liquid heating tank enters the wind cooling assembly inner pipe, exchanges heat with the air introduced into the air supply pipeline, and is cooled to realize condensation of the water vapor. In the present application, the water vapor generated by the medicine liquid heating tank can exchange heat with the air introduced into the air supply pipeline of the wind pressure defoaming structure, so that the water vapor can be condensed while the wind pressure defoaming is performed. Therefore, an additional cooling device is not needed to realize the condensation of the water vapor, and the structure of the medicine liquid concentrator is simplified.

This utility model relates to the field of acid mist recovery technology, and provides a device for recovering acid mist from washing tanks. The device includes a tank body, with heating rods installed on both sides of the bottom of the tank body. A lifting structure is fixed to one side of the tank body, and a condensation structure is provided on the other side. A spray structure is provided on one side of the condensation structure. By incorporating the spray structure, when uncondensed residual acid mist enters the interior of the tower body through the inlet pipe, the absorbent liquid at the bottom of the tower body is evenly sprayed down through nozzles. Under the action of the packing mesh, the acid mist and absorbent liquid are fully contacted, thus purifying the residual acid mist. The purified gas is discharged through the exhaust pipe. The absorbent liquid at the bottom of the tower body is recycled by the circulation pump, achieving the purification function of the device and improving the safety of the acid mist recovery device during use.

This invention discloses a seawater distiller, comprising: a water evaporation module, which includes a photothermal conversion section and an evaporation section, arranged at an angle to each other. The photothermal conversion section absorbs sunlight and converts it into heat energy, which is then transferred to the evaporation section; and a condensation module, which includes a condensation component, a water supply component, and a collection component with a receiving cavity. The receiving cavity contains the condensation component and the water supply component. The surface of the water supply component can draw the liquid to be distilled into the receiving cavity, and the condensation component is used to condense the water vapor in the receiving cavity. The evaporation section is located within the receiving cavity, the photothermal conversion section is located outside the collection component, and the water supply component is located between the evaporation section and the condensation component. The evaporation section is used to evaporate the liquid to be distilled from the water supply component. The technical solution of this invention aims to solve the problems of optical loss and high steam flow resistance caused by the condensation structure in existing structures, as well as the high requirements and high cost of interface evaporation materials.