2results about How to "Affect drying effect" patented technology

A kind of cleaning device for surface treatment of buckle seat, including shell, drying chamber and cleaning chamber are equipped in shell, drying chamber and cleaning chamber are separated by partition, and rear end portion is communicated arrangement;The upper end of partition is equipped with support frame, support frame is equipped with circulating rolling conveying chain, conveying chain is conveyed to cleaning chamber by hanger and is washed, and continue to be conveyed to drying chamber and complete drying treatment;Cleaning chamber is equipped with multiple cleaning components, cleaning component includes mounting seat, water spraying part and eccentric mechanism, water spraying part is connected with eccentric mechanism by connecting rod, and water spraying part is driven by connecting rod by using eccentric mechanism and is swung up and down, realize large area flushing;Water spraying part adopts hollow swing bar structure, swing bar end is equipped with water spraying box, multiple nozzles are uniformly distributed on water spraying box, provide high-pressure water flow by water pump water supply system, to ensure that dirt on the surface of workpiece is completely removed.

This utility model provides a common-enclosed busbar with a dehumidification structure, relating to the field of power transmission line technology. It includes an outer casing with multiple busbars equidistantly installed inside. A dehumidification assembly is installed on the top of the casing, comprising an air inlet box. The air inlet box is fixed to the outer wall of the top of the casing, and a drying box is fixed to the inner wall of the top of the casing. A drying layer is fixed inside the drying box, and pulleys are rotatably mounted at both ends of the drying layer via bearings. Compared to existing technologies, the movement of the transmission belt drives two sets of horizontal tubes to move around the inside of the casing, and the baffle guides the incoming air, drying it from the drying layer and sending it into the horizontal tubes. This allows the dried air to be evenly distributed inside the casing, and combined with the absorption of moisture from the side walls of the casing by drying cotton strips, effectively removing moisture from the common-enclosed busbar.