7results about How to "Quick drying" patented technology

The utility model relates to the technical field of cleaning, in particular to a water treatment system and device.The water treatment system comprises a water flow channel, a weakening module, an ozone generation module and a micro-nano bubble generation module which are sequentially arranged in the water flow direction of the water flow channel, the alkalescence module can make water become alkalescent, and the micro-nano bubble generation module can generate micro-nano bubbles into the water flow channel, so that ozone generated by the ozone generation module can be stored in the micro-nano bubbles. According to the utility model, water can be weakly alkalized, and the solubility of ozone in water can be increased through the cooperation of the micro-nano bubble generation module and the ozone generation module, so that the sterilization and decontamination capabilities are improved.

A method for selective reduction, simultaneous drying and dehydration, and electric furnace smelting of ferronickel from ferrosilicon-magnesium laterite nickel ore is disclosed, belonging to the field of mineral processing and metallurgical technology. The steps are as follows: Ferrosilicon-magnesium laterite nickel ore is crushed and placed in a silo, then fed into a multi-stage cyclone preheating and drying system. Adsorbed water is removed by the preheated airflow, followed by heating to remove structural water, forming a dried material. The dried material undergoes gas-solid separation to form a primary solid material which enters the reduction reactor. High-temperature flue gas is returned to the preheating and drying system for further preheating and drying. Nitrogen and methane or natural gas are introduced into the inlet of the reduction reactor, resulting in the outflow of reduced material. The secondary solid material after gas-solid separation enters the smelting reactor, with excess methane returned to the main furnace for combustion and heating. The secondary solid material is mixed with flux to adjust the silicon-magnesium ratio before smelting, followed by cooling to obtain ferronickel alloy and slag. This method solves the practical problems of rotary kiln pre-reduction-electric furnace smelting processes, such as easy ring formation in the rotary kiln, low operating efficiency, and high power consumption.

A forging and pressing die cooling device comprises a box body, a partition plate is arranged in the box body, a cooling box is arranged on the outer side of the box body below the partition plate, the cooling box is communicated with the box body above the partition plate through a pipeline, a placing table is arranged above the partition plate, and a rotation driving assembly for rotating the placing table is arranged in the box body. And a lifting assembly for lifting the placing table is arranged in the box body, spraying assemblies are arranged on the two side walls of the box body above the partition plate, the spraying assemblies are communicated with the cooling box through pipelines and water pumps, and fans are installed on the side walls of the box body above the spraying assemblies. According to the utility model, the rotation drive and the lifting assembly are cooperated to enable the mold to move in all directions during spraying, the unique spraying assembly is matched to realize all-direction cooling, the fan can quickly blow-dry the mold after spraying, the problems of small spraying range, slow drying and the like of the existing device are effectively solved, the cooling and production efficiency is improved, and the service life of the mold is prolonged.

The utility model relates to the technical field of wool cleaning, and discloses a wool cleaning device for woolen trousers production, which comprises a device main body, a top cover is arranged on the upper end surface of the device main body, an arc-shaped cover is arranged at the front part of the upper end surface of the top cover, and the arc-shaped cover penetrates through the upper end surface of the top cover and extends to the lower end surface of the top cover. A cleaning structure is arranged at the center of the upper end face of the top cover and comprises a rotating motor, two cross plates, a plurality of cylinders and a plurality of brush rollers, the rotating motor is located at the center of the upper end face of the top cover, and the output end of the rotating motor penetrates through the upper end face of the top cover and extends into the device body. According to the wool cleaning device, the rotating motor is controlled to start to drive the two cross plates to rotate, the cross plates rotate to drive the multiple cylinders and the multiple brush rollers to rotate, dirt and impurities on wool are removed through rotation of the multiple brush rollers, damage to wool fibers is reduced, and the softness and elasticity of the wool are protected.

The utility model relates to the technical field of drying and curing devices, and discloses a quick drying and curing device for paint coating, which comprises a conveyor belt, a metal connecting frame is mounted on the outer side of the conveyor belt, and a metal support frame is fixed at the bottom of the conveyor belt; the device is provided with the lifting heat preservation mechanism, air convection between the drying cavity and the outside is effectively blocked, it can be guaranteed that materials enter stably, the opening area can be reduced, and therefore hot air escape is reduced, the heat insulation baffle is opened temporarily only when the materials pass through, continuous heat dissipation is avoided, and the drying and curing efficiency is improved; the purposes of quick drying and curing are achieved; the device is provided with the stabilizing mechanism, when the device is stopped for a long time and is not used, the corresponding face of the connecting pad is attached to the outer side of the drying and curing mechanism body, the auxiliary reinforcing effect on the outer side of the baffle connecting frame is achieved, it is ensured that the closed structure of the heat insulation baffle is stable during stopping, and the situation that dust, impurities and the like enter is reduced.

This utility model discloses an integrated electrode cleaning and drying device for a general-purpose surface charge measuring instrument, belonging to the field of electrode cleaning technology. It includes a cleaning cup for cleaning and drying electrodes, comprising a top sleeve and a washing tank. The top sleeve is connected to a water inlet connector and an air inlet connector. The top sleeve is fitted onto the upper end of the washing tank, and a drain connector is connected to its bottom end. The top sleeve has an inlet channel, an inlet annular groove, an air inlet channel, and an air inlet annular groove. The inlet annular groove connects to the water inlet connector and the inlet annular groove. The air inlet channel connects to the air inlet connector and the air inlet annular groove. The washing tank has an outlet channel, an outlet channel, an open chamber, and a drain channel. The outlet channel connects to the inlet annular groove and the open chamber. The outlet channel connects to the air inlet annular groove and the open chamber. The drain channel connects to the open chamber and the drain connector. This integrated electrode cleaning and drying device uses pure water rinsing and room temperature air drying to ensure rapid and thorough cleaning of the electrodes, meeting the electrode cleaning and drying requirements of a general-purpose surface charge measuring instrument.

The utility model provides a kind of lyocell hemp jeans fabric, including perspiration wet layer, moisture-permeable layer and microchannel structure, perspiration wet layer is by cotton / lyocell blended warp and lyocell / hemp blended weft yarn alternative beating weft interwoven, moisture-permeable layer is by first warp and first weft yarn alternative beating weft interwoven, first warp uses cotton / lyocell blended yarn, first weft yarn uses lyocell / hemp blended yarn, microchannel structure is set between perspiration wet layer and moisture-permeable layer and is used to guide moisture from perspiration wet layer to moisture-permeable layer flow, perspiration wet layer, microchannel structure and moisture-permeable layer are sequentially arranged from inside to outside.The utility model sets up microchannel structure between perspiration wet layer and moisture-permeable layer, guides moisture from perspiration wet layer to moisture-permeable layer flow, not only increases the wet path of fabric, is favorable to improve wet efficiency, by setting microchannel structure also can enhance air permeability, with good practicability.