Probe bionic cleaning mechanism

Abstract

The invention provides a probe bionic cleaning mechanism with the simple structure, reasonable design and good cleaning effect. According to the adopted technical scheme, the probe bionic cleaning mechanism comprises a motor, a motor mounting frame and a vibrating sheet, the motor is arranged on the motor mounting frame, and the motor mounting frame comprises a cover body matched with the motor and flexible pendulum blocks fixedly connected to the two sides of the cover body; and the middle of the vibrating sheet is connected with the middle bottoms of the two flexible pendulum blocks, the placing direction of the vibrating sheet is perpendicular to the placing direction of the flexible pendulum blocks, and a plurality of through holes are formed in the two ends of the vibrating sheet correspondingly. The probe bionic cleaning mechanism can be used in the technical field of liquid environment cleaning mechanisms.

Description

technical field [0001] The invention relates to a probe bionic cleaning mechanism. Background technique [0002] Most underwater equipment such as fish pond aerators are equipped with underwater probes for testing water quality when in use, and underwater probes are prone to become dirty due to sludge attached to sewage or attached to aquatic plants to affect the probe's performance. Therefore, the probe needs to be cleaned frequently. When the probe can only be cleaned in an underwater environment, the cleaning work will be more troublesome. The prior art generally adopts the following two methods for cleaning the probe: 1. Spray water on the probe. When using this method, a water pump needs to be configured, which increases the design cost and production cost, and the water pump is easy to block so the effect is not good; 2. Use a brush to brush the probe. When using this method, a motor needs to be equipped. Although the brush can temporarily remove the stains on the pro...

AI Technical Summary

Problems solved by technology

[0002] Most underwater equipment such as fish pond aerators are equipped with underwater probes for testing water quality when in use, and underwater probes are prone to become dirty due to sludge attached to sewage or attached to aquatic plants to affect the probe's performance. Use, so the probe needs to be cleaned frequently. When the probe can only be cleaned in an underwater environment, the cleaning work will be more troublesome.

The prior art generally adopts the following two methods for cleaning the probe: 1. Spray water on the probe. When using this method, a water pump needs to be configured, which increases the design cost and production cost, and the water pump is easy to block so the effect is not good; 2. Use a brush to brush the probe. When using this method, you need to configure a motor. Although the brush can temporarily remove the stains on the probe, the stains will adhere to the brush, resulting in less and less cleaning effect of the brush during long-term use.

Images