8results about How to "Improved air distribution" patented technology

The embodiment of the invention provides an adsorption column experimental device. The adsorption column experimental device comprises a shell assembly and a sieve plate, the shell assembly is provided with a containing space, an air inlet channel and an air outlet. The sieve plate is arranged in the accommodating space so as to divide the accommodating space into an adsorption cavity and an overflowing cavity; the air inlet channel is communicated with the overflowing cavity, the air outlet is communicated with the adsorption cavity, so that an air flow path which passes through the overflowing cavity and the adsorption cavity in sequence from the air inlet channel to the air outlet is formed, and at least the position where the air inlet channel is communicated with the overflowing cavity is located on the side, close to the adsorption cavity, of the overflowing cavity. According to the adsorption column experimental device, airflow distribution in the accommodating space can be improved, so that the utilization rate of an adsorbent is increased.

The utility model relates to air flow optimization technical field, and disclose the spinning cup air flow optimization device of air flow spinning machine, including spinning cup, the bottom of spinning cup is provided with the base, the inside of spinning cup is close to the top and is provided with the air intake adjusting assembly, the inside of spinning cup is close to the bottom and is provided with the air flow steady pressure subassembly. The spinning cup air flow optimization device of air flow spinning machine, through being provided with air intake adjusting assembly, can adjust the angle of louver blade, the turning angle of adjacent upper and lower two layers louver blade is mutually complementary and is set up, when needing to increase the air flow intensity, the blade is adjusted to the larger inclination angle, increases the air intake amount, if wants to optimize the air flow stability, then adjusts the blade angle and makes the air flow more gently enter the spinning cup, to adapt to different fibre raw material and spinning process demand, makes the spinning cup inside can set up the air flow adjusting part, can improve the air flow distribution and stability in the spinning cup, the quality and yield of yarn are high.

This utility model belongs to the field of fan blade technology and discloses a multi-blade noise-reducing blower fan blade, including: a fan blade assembly comprising 53 forward-curved fan blades evenly distributed along the circumference of a hub, with a motor mounting cavity at the center of the hub; the axial end face of the hub has several heat dissipation holes, arranged equidistantly along the circumference to form an annular heat dissipation channel; a motor assembly comprising a thickened silicon steel sheet frame, the silicon steel sheet thickness being 0.5-0.8mm; the ratio of the fan blade diameter D to the fan outer diameter D0 is 75%-78%; this utility model, by using 53 forward-curved fan blades with an optimized bending angle of 15°-25°, and a chord length ratio of the leading edge to the trailing edge of the blades of 1:0.8-1:0.9, effectively suppresses turbulence and eddy noise. An arc-shaped transition section with a transition radius R = 3-5mm is provided at the connection between the hub and the fan blades to reduce airflow separation noise.

The application relates to a wind tube structure and a hair dryer, which comprises a wind tube shell; a first air duct is formed in the inside of the wind tube shell; a containing cavity is formed in the shell wall of the wind tube shell, at least part of the space of the containing cavity forms a second air duct; a guide air port is arranged in the shell wall of the wind tube shell, the guide air port is communicated with the second air duct; the first air duct and the guide air port are connected with a wind source; the first air duct is used for conveying a first part of airflow generated by the wind source; and the guide air port is used for guiding a second part of airflow generated by the wind source to enter the second air duct. According to the double-air-duct design of the first air duct and the second air duct, the airflow is branched, the airflow flow rate blown out by the first air duct is reduced, the impact force generated on the hair due to the too concentrated airflow is avoided, the damage problems such as the damage of hair scale and the splitting of hair caused by long-time use are prevented, the airflow distribution is optimized, the covering contact area of the airflow and the hair is increased, and the drying efficiency is remarkably improved.

This invention discloses a high-temperature, high-dust-content flue gas purification device, relating to the field of flue gas purification technology. The device includes an adjustable purification structure comprising multiple ceramic filter elements. SCR catalyst components are coated on the surface of each ceramic filter element. A swirling ammonia injection grille is installed at the inlet end of each ceramic filter element. An attitude adjustment mechanism is connected to the purification structure. A PLC control system is electrically connected to the attitude adjustment mechanism, which controls the ceramic filter elements of the purification structure to switch between vertical, inclined, and parallel settings. In the vertical setting, flue gas passes through the filter element in a straight line from top to bottom or bottom to top. In the inclined setting, flue gas passes through obliquely, forming a "Z"-shaped path. In the horizontal setting, flue gas flows laterally through the filter element, and particulate matter is deposited downwards under gravity. This invention solves the problem of low removal efficiency of fine particulate matter, achieving highly efficient purification of high-temperature, high-dust-content flue gas, and is particularly suitable for treating high-emission flue gas under complex operating conditions.

This utility model discloses a high-temperature resistant yeast fermenter capable of collecting fermentation exhaust gas, belonging to the field of fermenter technology. The high-temperature resistant yeast fermenter includes a tank body and a gas buffer bladder. A gas collecting hood and a spiral condenser tube are installed at the upper end of the tank body. A three-way valve is installed on the pipe connecting the gas collecting hood and the spiral condenser tube. One output end of the three-way valve is connected to the gas buffer bladder, and the output end of the spiral condenser tube is connected to an absorption tank. This high-temperature resistant yeast fermenter, capable of collecting fermentation exhaust gas, optimizes airflow distribution through a spiral condenser tube combined with a conical guide plate, improving condensation efficiency and reducing liquid component loss. CO2 is recovered with high purity through chemical absorption, allowing for food-grade or industrial reuse. The three-way valve and the gas buffer bladder work together, recycling gas during overpressure and supplementing CO2 during negative pressure, avoiding the exhaust gas leakage problem of traditional pressure relief valves.

The present application relates to air purification and clean room ventilation technical field, more specifically, the present application relates to a kind of low wind resistance high flux chemical filter structure, including the shell of filter section in air conditioning unit installation, the shell is connected with the air inlet pipeline for conveying gas to be handled;The shell can make gas form vortex air curtain guide vane;First filter element capable of carrying out preliminary processing to gas is installed in the shell, vibration element capable of disturbing filter material in first filter element is installed in the shell, collection element capable of collecting broken filter material is provided in the shell.The present application is through annular self-adapting guide, rotating vibration double-layer filter bed, variable porosity thin layer filter bed and multi-stage cooperation of cabin self-vibration fine filter, make the airflow distribution uniform entering filter layer, filter material utilization rate is high, under the premise of not increasing module external dimension, significantly reduce unit wind volume pressure drop and slow down the growth of pressure difference with running time, realize low wind resistance, high flux chemical filtration.

This invention discloses a drying device suitable for the synthesis of AMPS copolymer water-reducing dispersant, comprising: a drying chamber, a hot air duct connector, an atomizer, and a powder collection system. The drying chamber has an inlet and an outlet. The outlet end of the atomizer and the hot air duct connector are connected to the inlet of the drying chamber, and the powder collection system is connected to the outlet of the drying chamber. The hot air duct connector is coaxially arranged with the atomizer, and at least one guide plate is provided at the connection point of the hot air duct connector. The guide plate is a flat plate or an arc-shaped structure, and its installation angle relative to the axis of the hot air duct connector is 30° to 60°. The bottom of the drying chamber is connected to the powder collection system. The drying chamber has a conical structure with a cone angle of 15° to 30°. In this invention, the airflow distribution is optimized through the coaxial hot air duct connector and the guide plate, and the conical drying chamber improves material flow efficiency, enhances drying uniformity, and improves powder collection efficiency.