Efficient-sterilization diffusion device with micro-bubbling function

Abstract

The present invention provides an efficient-sterilization diffusion device with a micro-bubbling function. The device comprises a diffusion device body, the diffusion device body comprising a device main body, a base is mounted at the bottom of the device main body, a water bin is arranged in the device main body, an ozone generator is mounted on the inner wall of the bottom of the device main body, one end of a gas conveying pipeline is connected with a pressure gas pump, a pressurized tank is mounted at one end of a pressurized pipeline, a gas outlet pipeline is provided with a solenoid valve, a micro-bubble nozzle is mounted at one end, located in the water bin, of the gas outlet pipeline, a water mist chamber is arranged at a position, located above the water bin, in the device main body, the wall of a funnel at one side of the water mist chamber is provided with a water mist nozzle, a blower fan is mounted in an opening, a nozzle base is provided with a rotating nozzle, and a power distribution box is mounted on the front sidewall of the device main body. The efficient-sterilization diffusion device with the micro-bubbling function has the advantages of reasonable design, significant sterilization effect, and suitableness for being promoted.

Description

Technical field [0001] The invention relates to the field of sterilization diffusion equipment, in particular to a high-efficiency sterilization diffusion device containing microbubbles. Background technique [0002] There is a special gas state at the interface between gas and liquid. Microbubbles are tiny bubbles with a diameter of less than fifty microns (um) generated when bubbles occur. They are also called micro-nano bubbles. After microbubbles occur, the bubbles shrink by themselves. In this process, bubbles become smaller, so the rising speed becomes slow, resulting in high melting efficiency. In the process of bubbles becoming smaller in the water, the internal pressure of the bubbles continues to increase on the contrary, and there will be instantaneous after the bubbles "burst" High pressure can release huge energy at the same time. Microbubble sterilization can be carried out through this principle. The traditional use of microbubble sterilization requires the water c...

AI Technical Summary

Problems solved by technology

[0002] There is a special gas state on the interface between gas and liquid. Microbubbles are microbubbles with a diameter of less than 50 microns (um), also called micronano bubbles. After microbubbles occur, the bubbles shrink by themselves. In this process, because the bubbles become smaller, the rising speed slows down, resulting in high melting efficiency. As the bubbles gradually become smaller in the water, the accompanying internal pressure of the bubbles continues to increase on the contrary. After the bubbles "burst", there will be instantaneous High pressure can release huge energy at the same time, and microbubble sterilization can be carried out through this principle. The traditional microbubble sterilization method needs to fully contact the water containing microbubbles with the object to sterilize, but in the process of diffusion, Moisture often cannot be fully diffused evenly in the space, and it is easy to cause the part of the space that is not in contact with the water mist containing micro-bubbles to be unable to be sterilized, resulting in poor sterilization effect and insufficient sterilization

Images