Ultraviolet sterilizer of tubular type with washing device equipped with dispersing structure with combination of dispersion and cleaning function

摘要

The present invention relates to a tube-type ultraviolet disinfection device including a washing device having a dispersion structure having a complex function of dispersion and washing, and more particularly, in a control panel including an electronic ballast, a disinfection tank, an ultraviolet sensor, a temperature sensor, and a disinfection tank. It is an ultraviolet disinfection device that includes a quartz sleeve and an ultraviolet lamp, and irradiates ultraviolet rays to the incoming disinfectant and disinfects it.It is disposed on one side of the tube-shaped disinfection tank body in the longitudinal direction of the disinfection tank body, and the disinfectant material flows from the top to the bottom. A disinfection tank including an inlet and a discharge part disposed on the other side in the longitudinal direction of the disinfectant body and discharging the disinfectant substance from the bottom to the top; A disinfection unit including a single or a plurality of glass tubes arranged in a longitudinal direction inside the disinfecting tank body and an ultraviolet lamp provided inside the glass tube; And a cleaning unit including a central axis fixed to both ends of the disinfecting tank body to be movable in the longitudinal direction, and a plurality of wiper rings connected to the central axis and formed in contact with the outer circumferential surface of the glass tube. And, the cleaning unit includes a single or a plurality of glass tube insertion portions radially from the central axis, and the glass tube insertion portion provides a tube-type ultraviolet disinfection apparatus, characterized in that it includes a singular or a plurality of symmetrical wing portions. The pipeline-type ultraviolet disinfection device according to the present invention has a wing-type dispersion plate structure when configuring the cleaning unit in the disinfection tank, so when the fluid moves in the forward direction, cleaning is mainly performed, and when the fluid moves in the reverse direction, the vortex flow, swirling flow, etc. This has the advantage of increasing the cleaning efficiency of the glass tube and increasing the disinfection efficiency, and the flow of fluid is hindered by the cleaning unit of the wing-shaped dispersion plate structure. Since the fluid rises up to the top of the disinfection tank rather than flowing, there is an advantage of increasing the operating efficiency of the ultraviolet disinfection unit by increasing the operating efficiency of the ultraviolet disinfection unit and extending the lifespan by allowing a larger number of glass tubes to participate in the disinfection action. In addition, when the cleaning unit is not operated, the cleaning unit is located directly below the inlet part of the disinfecting tank in the direction of the discharge part or at a predetermined interval to be located near the inlet part. Vortex can be formed and cleaning can be performed by one horizontal movement, so the device is relatively simple and has the advantage of increasing the applicability. When the cleaning unit moves in the reverse direction of the fluid flow, it is a blade-type dispersion plate. Since large currents may be formed due to the obstruction of the flow of the fluid, it is possible to clean debris, remnants, deposits, etc. inside the pipe, and there is an advantage of further increasing the cleaning efficiency of the surface of the glass pipe.