sonic cyclone generator

Abstract

The invention discloses a device for generating a sonic cyclone, which includes a flow channel shell, a vortex generator, a pump pusher, and a mounting frame. Pipe, the connecting pipe is installed on the mounting frame, the vortex generator is cylindrical, the axis of the vortex generator is perpendicular to the axis of the flow pipe and intersects, the bottom of the vortex generator is inserted into the flow pipe, and the upper part of the vortex generator is installed on the installation In the rack or connecting pipe, the pump is installed at one end of the flow pipe and pumps the external water body into the flow pipe, and the vortex generator sends dissolved gas into the water passing through the flow pipe. The pump pushes and runs to send water into the flow pipe. The water flow flows around the cylinder and forms a vortex. When the water flows through the outer wall of the cylinder at high speed, the pressure is low, and the vortex generator injects gas into the water flow and forms an air-filled vortex. , the flow velocity decreases in the rear, the gas dissolves, and local disturbances are formed in a local range to improve the cleaning effect.

Description

technical field [0001] The invention relates to the field of cleaning devices, in particular to a device for generating a sonic cyclone. Background technique [0002] In daily life, it is often necessary to clean the wall of a component in a water environment. In the prior art, only water flow is generally used for cleaning, and the water flow directly scours the wall of the component, because when the water flow hits the wall, the distance between the water flow at the center and the wall The relative flow velocity is zero, diverging from the center, and the water flow flows through the wall in a specific direction. The washing effect is limited by the water flow velocity, and the cleaning effect is limited. In order to improve the cleaning quality, a large amount of energy will be consumed by increasing the flow velocity. [0003] Ultrasonic vibration is a new type of cleaning method, but it can only be used in small devices. When cleaning the inner wall of a large contain...

AI Technical Summary

Problems solved by technology

[0002] In daily life, it is often necessary to clean the wall of a component in a water environment. In the prior art, only water flow is generally used for cleaning, and the water flow directly scours the wall of the component, because when the water flow hits the wall, the distance between the water flow at the center and the wall The relative flow velocity is zero, diverging from the center, and the water flow flows through the wall in a specific direction. The washing effect is limited by the water flow velocity, and the cleaning effect is limited. In order to improve the cleaning quality, a large amount of energy will be consumed by increasing the flow velocity.

[0003] Ultrasonic vibration is a new type of cleaning method, but it can only be used in small devices. When cleaning the inner wall of a large container, the range of ultrasonic cleaning is limited.

The ultrasonic directional performance is not good, and it cannot perform high-performance cleaning for a specific location

[0004] Most of the emerging smart toothbrushes in recent years simply set the traditional toothbrush bristle structure on an automatic vibrating platform. When brushing your teeth, you don't need to move your hands back and forth. You only need to move your hands when transferring the position of the brush head. Adjust the brushing force by adjusting the pressure. This smart toothbrush still uses the traditional cleaning method for cleaning, and the effect is limited. The new cleaning method that directly applies ultrasonic waves to the brush head and makes the water in the oral cavity vibrate at high frequencies has poor directional performance as mentioned above. The problem of increasing the power is easy to damage the oral cavity. How to update an efficient cleaning method that does not damage the oral cavity is the breakthrough direction of the smart toothbrush.

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