16results about How to "Solve uneven temperature distribution" patented technology

The invention discloses a multi-stage gas inlet type hydrogen catalytic combustion system and method, and the system comprises a hydrogen supply part, an air supply part, a mixed gas pressure detection part, a mixed gas humidity detection part, a mixed gas hydrogen concentration detection part, a hydrogen catalytic combustion reactor, a branch gas supply part and a post-reaction hydrogen concentration detection part, the air supply component and the hydrogen supply component are connected in parallel and then connected to the hydrogen catalytic combustion reactor through a mixing pipeline, the hydrogen catalytic combustion reactor comprises multiple stages of catalytic reaction cavities which are sequentially distributed from the head end to the tail end, and each catalytic reaction cavity is connected with a branch air supply component. The branch gas supply components are further connected to the hydrogen supply component through branch pipelines, the gas inlet amount of each branch gas supply component is adjustable, the mixing pipeline is communicated with the branch gas supply components through branch connecting pipelines, and a mixed gas pressure detection component, a mixed gas humidity detection component and a mixed gas hydrogen concentration detection component are arranged on the mixing pipeline.

The invention belongs to the field of condensation steam generators, and provides an integrated horizontal type condensation steam generator device and system which comprises a pipe box, a secondary refrigerant inlet, a secondary refrigerant outlet, a liquid blocking sub-device, a shell, a steam outlet, a base, a cold water inlet, a liquid level stabilizing and monitoring sub-device, a heat transfer pipe, a supporting plate, a liquid homogenizing pipe and a partition plate. Heat exchange between cold water in the shell and a secondary refrigerant is achieved through the heat transfer pipe; the heat transfer pipes are arranged at unequal intervals, bubbles are discharged in time, and the heat exchange efficiency is improved; separation of steam and liquid drops is achieved through the liquid blocking sub-device, and the drying degree of the steam is improved; control over the liquid content in the shell is achieved through the liquid level stabilizing and monitoring sub-device, and the steam generation efficiency is improved; and uniform supply of cold water is achieved through the liquid homogenizing pipe, and the balance of the temperature in the shell and the heat exchange efficiency are improved.

The utility model relates to the technical field of batteries, and provides a liquid cooling assembly, an energy storage large battery cell and an energy storage system.The liquid cooling assembly comprises a liquid cooling plate and a cooling column, the liquid cooling plate is suitable for being in contact with the end face of a bare battery cell, and the liquid cooling plate is internally provided with a first liquid cooling channel for cooling liquid to flow; the cooling column is arranged on the liquid cooling plate, one end of the cooling column is connected with the liquid cooling plate, and the other end of the cooling column is suitable for extending into the naked battery cell, so that the cooling column exchanges heat with the naked battery cell. According to the arrangement, heat exchange is performed between the liquid cooling plate and the end face of the winding type naked battery cell, and heat exchange is performed between the cooling column and the interior of the winding type naked battery cell, so that the winding type naked battery cell can be fully cooled, and uniform temperature distribution of the winding type naked battery cell is ensured; the problem that in the prior art, temperature distribution of a winding structure is not uniform is solved.

The present invention discloses a method and system for regulating room temperature in rural areas driven by renewable energy. The method relates to the technical field of room temperature regulation driven by renewable energy, and comprises the following steps: collecting room temperature regulation data of rural houses; analyzing room temperature regulation data of rural houses; and comprehensively analyzing and optimizing the room temperature regulation of rural houses. The present invention obtains a rural house water circulation temperature regulation capability evaluation index and a rural house water circulation distribution uniformity evaluation index by collecting and analyzing the room temperature regulation data of rural houses, comprehensively analyzes and optimizes the room temperature regulation method of rural houses, improves the adaptability of the room temperature regulation method of rural areas driven by renewable energy to the changes of environmental factors, and solves the problem of insufficient adaptability of the room temperature regulation method of rural areas driven by renewable energy to the changes of environmental factors in the prior art.

The utility model discloses a main shaft box structure for lathe main shaft cooling, main shaft box body, the axle cavity on main shaft box body is connected through bearing with main shaft, the inner peripheral wall of axle cavity is equipped with medium flow structure, and the beginning of medium flow structure is communicated with at least one medium import end that is equipped with on main shaft box body, and the end is communicated with at least one medium export end that is equipped with on main shaft box body. The utility model can adopt the mode of oil cooling or water cooling, and the heat of main shaft is accelerated to radiate, and better heat dissipation effect can be played together with air cooling. The main shaft box body adopts symmetrical structure, and the structure is simple, and the commonality is strong, and the problem of uneven temperature distribution when temperature rise is solved to a certain extent, thereby reducing the thermal deformation of main shaft.

The utility model discloses a phase change heat exchanger and a solar phase change energy storage heat exchange system. The phase change heat exchanger comprises a supporting frame and a heat transfer pipe, the supporting frame comprises at least two connecting bases, a first supporting column assembly, a second supporting column assembly and a third supporting column assembly, and the first supporting column assembly, the second supporting column assembly and the third supporting column assembly are all connected to the connecting bases; the first strut assembly, the second strut assembly and the third strut assembly are concentrically arranged, and the outline inner diameters of the first strut assembly, the second strut assembly and the third strut assembly are sequentially reduced; the heat transfer pipe comprises a first coil pipe, a second coil pipe and a third coil pipe, the first supporting column assembly is spirally sleeved with the first coil pipe, the second supporting column assembly is spirally sleeved with the second coil pipe, the third supporting column assembly is spirally sleeved with the third coil pipe, and the first coil pipe, the second coil pipe and the third coil pipe are sequentially communicated. The solar phase change energy storage heat exchange system comprises the phase change heat exchanger.

The utility model discloses a kind of mould temperature control structures for multilayer cold storage board foaming solidification, belong to cold storage board production field. Including mould assembly, the mould assembly includes four groups of frame plates, four groups of frame plates form frame structure, and the frame structure is equidistantly spaced apart and provided with partition plate, the partition plate is formed by the spacing formed by separating frame structure and forms cooling space, and multiple groups of cooling space are provided with multiple groups of transverse vertical arrangement and set up pipeline;Temperature control component, temperature control component includes the water inlet portion being set in the side of frame plate, and the side of frame plate is provided with drainage portion opposite the water inlet portion. A kind of mould temperature control structures for multilayer cold storage board foaming solidification of the application, cooling space is divided by partition plate, and pipeline with gap in transverse and longitudinal arrangement is matched with temperature control component water inlet portion flow regulation, realize each space temperature control, guarantee that cold storage board core material is uniformly solidified;Mounting bracket is conveniently fixed, and the device of mould and temperature control component composition can be vertically spaced apart arrangement, and it is adapted to multilayer synchronous temperature control.

The utility model discloses a raw material annealing furnace for screw production, including outer furnace body, furnace cover and rotation hoisting device, be equipped with inner furnace body in the outer furnace body, and form annular air channel between the outer furnace body inner side wall and the outer side wall of inner furnace body, the inner bottom portion of outer furnace body is installed with heating coil, and the inner side wall of outer furnace body is installed with several heating resistance bands, the inner top of furnace cover is fixed with installation cylinder, and installation cylinder is connected with circulating fan and fairing in proper order under, this fairing stretches into inner furnace body, install motor on the furnace cover, and the motor is connected with the impeller of circulating fan through the transmission shaft, the inner wall of inner furnace body is evenly distributed with several guide vanes that lean to the axis, and the bottom of inner furnace body is equipped with the flow -equalizing plate of open -work. The utility model discloses through the circulating fan of furnace top and conical fairing, cooperate the flow guide plate of furnace wall and the flow -equalizing plate of furnace bottom, form forced convection heat cycle in the furnace, solved the problem of traditional annealing furnace temperature distribution uneven.

The invention discloses a phase change material cold storage rack and a control method and application thereof. The phase-change material cold storage rack comprises a rack frame (1), partition plates (2), modular phase-change material boxes (3) and air flowing channels (5). An air inlet (6) is formed in the bottom of the rack frame (1), and an air outlet (7) is formed in the top; the partition plate (2) is located in the rack frame (1) and is breathable. A plurality of modularized phase-change material boxes (3) are placed on the partition plate (2), a gap (4) is formed between every two adjacent modularized phase-change material boxes (3), and the gaps (4) form an air flowing channel (5) in the data center rack frame; and the modularized phase-change material box (3) is filled with a phase-change material. According to the invention, the phase-change material and the working temperature range thereof are reasonably selected to be matched with the working temperature of different servers in the data center, so that the problem of overhigh instantaneous thermal load can be effectively solved, and meanwhile, the temperature uniformity and stability in the rack are improved, thereby improving the energy efficiency and operation reliability of the whole data center.

The utility model provides projection equipment and a projection system, and relates to the technical field of projection, and the projection equipment comprises a digital micromirror device which is provided with a lens layer, and the circumferential direction of the lens layer is provided with a side edge; at least part of the piezoelectric fan is arranged opposite to the side edge; the piezoelectric fan includes: a piezoelectric member; one end of the fan blade is connected to the piezoelectric piece, and the other end of the fan blade extends towards the lens layer; and the piezoelectric piece is configured to drive the fan blades to vibrate under the driving of voltage so as to generate airflow flowing to the lens layer. According to the projection equipment and the projection system provided by the invention, the digital micro-mirror device can be efficiently cooled, so that the normal work of the digital micro-mirror device is ensured.

This utility model belongs to the field of battery safety protection technology and discloses an air-cooled energy storage device, including an energy storage cabinet. The cabinet contains at least two sets of air-cooling components for ventilation and heat dissipation, and also includes a temperature control system. Each air-cooling component includes a baffle, multiple cooling fans, and a bakelite board. The baffle is fixed inside the cabinet to guide airflow. The multiple cooling fans are embedded in the baffle to accelerate airflow. The bakelite board is fixed to the inside of the baffle for insulation and support, and has through holes positioned opposite to the cooling fans to allow airflow. In this utility model, multiple cooling fans accelerate airflow, and the through holes in the bakelite board guide the airflow, forming a multi-dimensional, three-dimensional heat dissipation system. This ensures that the airflow evenly covers the core heat-generating area of ​​the large cylindrical battery pack, effectively solving the problem of uneven temperature distribution caused by traditional single-sided fan layouts.

The invention relates to the technical field of soy sauce bottles, and discloses a double-channel fresh-keeping soy sauce bottle based on a blow molding method and a blow molding method thereof.The double-channel fresh-keeping soy sauce bottle comprises a bottle body, a storage mechanism is arranged in the bottle body and comprises an inner bag, a bottle plug is installed at the top of the inner bag, and the storage mechanism enables soy sauce not to make direct contact with the bottle body through the inner bag; a double-valve mechanism is arranged on the bottle plug, the double-valve mechanism comprises a silica gel breather valve and a silica gel retaining valve, and the double-valve mechanism controls the sealing performance of the bottle body and the inner bag through the silica gel breather valve and the silica gel retaining valve. The bottle body and the inner bag are separately treated, so that soy sauce is independently stored in the inner bag, the inner bag is kept closed when the bottle body and the inner bag are controlled to recover air pressure through the silica gel breather valve and the silica gel retaining valve, air is effectively prevented from entering the inner bag, and then the soy sauce is kept fresh, and use of preservatives is avoided.

The utility model discloses a novel phase change heat storage cavity structure with crosswise arranged heat pipes, which belongs to the technical field of heat storage and comprises a box body, heat exchange pipes and heat pipes, a working cavity used for containing phase change materials is arranged in the box body, the heat exchange pipes and the heat pipes are arranged in the working cavity, and the heat exchange pipes and the heat pipes are arranged in the working cavity. The heat pipe comprises a first pipe section, a second pipe section corresponding to the first pipe section and a third pipe section connected between the first pipe section and the second pipe section, the first pipe section is located on one side of the heat exchange pipe, and the second pipe section is located on the other side of the heat exchange pipe. The heat exchange area can be increased, the heat conduction efficiency is improved, the uniformity of the internal temperature of the phase change material is improved, and the heat exchange performance is improved; the heat exchange area with the phase-change materials is large, the phase-change materials in all positions in the working cavity are provided with near heat exchange positions, and the heat exchange efficiency of the whole heat storage cavity is high; the problem of uneven temperature distribution in the melting or solidification process of the phase change material is effectively solved, and the phase change rate is further increased.

This utility model relates to the field of single crystal furnace heating technology, and in particular to an auxiliary heating device for a single crystal furnace. It includes a heating coil fitted inside the outer shell of the single crystal furnace, located above the crucible. The heating coil is composed of at least one layer of ring-shaped, nested tubes, spirally wound along the central axis to form a multi-layered, ring-shaped stack with a central cavity. This utility model enables heat to be uniformly transferred from multiple directions to the area above the crucible, avoiding localized overheating or undercooling. By changing the structure of the heating coil, the problem of uneven temperature distribution is solved. Compared to traditional heating components, it can heat the silicon material more efficiently and uniformly, improving the melting effect of the silicon material and the quality of single crystal growth.

This utility model discloses a combustion chamber for a regenerable coated sand roasting furnace, comprising a combustion chamber body, multiple burners at the top of the combustion chamber body, a conveying shaft with bearings inside the combustion chamber body, and a drive structure in cooperation with the conveying shaft. The conveying shaft has spiral conveying blades, and both ends of the conveying shaft extend outward to the outside of the combustion chamber body, with conveying grooves formed therein. A medium conveying pipe is connected to the conveying grooves via sealed bearings. A heat exchange chamber is provided on the spiral conveying blades, communicating with the conveying grooves. A sand storage box is located at the top of the combustion chamber body, and a sand drop control structure is provided between the bottom of the sand storage box and the combustion chamber body. A medium conveying pipe at the output end is spirally wound around the outside of the sand storage box to form a preheating section. This utility model can preheat the sand core to be coated, while improving the fullness and uniformity of heating.

This invention relates to the technical field of rectifier plate temperature control, and discloses a refrigeration and heating system and its control method for adjusting the temperature of a rectifier plate. The rectifier plate includes multiple sets of parallel flow channel groups, with different flow channel resistances in different sets. The refrigeration and heating system includes a temperature control loop and a circulation loop connected by heat exchange. An ejector device is provided on the circulation loop, with its return side connected to the rectifier plate outlet side. Multiple connecting pipes are provided on the output side of the ejector device, each connecting pipe connecting to a set of flow channel groups on the rectifier plate inlet side. Each connecting pipe is equipped with a first valve, which is used to adjust the flow rate of the circulating medium within the connecting pipe. This invention's refrigeration and heating system and its control method, by adjusting the opening of the first valve, ensures that the total resistance of each flow channel group is the same, thereby solving the problem of uneven temperature distribution caused by uneven flow distribution within the rectifier plate, and thus bringing the actual temperature of each flow channel group closer to the target temperature.