A hardware component cleaning device

Abstract

The invention discloses a cleaning device for hardware components, the structure of which comprises: an aluminum shell square groove, a top cover plate, an inner groove of a vortex vibrating screen, an electric control panel, a facade baffle, a switch valve handle, and a drainage pipe. In order to use the square groove of the aluminum shell to cooperate with the inner groove of the vortex vibrating screen, the floor drain suction operation is formed as a whole by using the square groove of the aluminum shell to pack the liner groove and the ultrasonic pad to connect the eddy current brush wheel, so that the fluid pulls the hardware The viscous impurities in the thread clamping groove form a pulling and swirling scraping, so that the fluid pressure cooperates with the ultrasonic corrugated vibrating screen to form a grid-type base pumping fluidized bed composite cleaning effect, ensuring the immersion and water washing of the stacked hardware components in the groove plate The rotary brush can effectively improve the negative pressure vortex operation of external structure cleaning and internal thread rotary flushing, so that the overall hardware can cooperate with the ultrasonic vibrating screen and the circulating water flow to form an increased feedback acoustic shock effect, improving the effect of ultrasonic transmission and reception.

Description

technical field [0001] The invention relates to a cleaning device for hardware components, which belongs to the field of hardware. Background technique [0002] The cleaning of hardware parts requires the combination of ultrasonic and water washing on the dust on the surface and the rust on the inner chamfer, so as to ensure the fluid wrapping of the hardware components and the feedback operation of the sound wave transmission of the water level medium during the vibrating screen process, so as to obtain the quality effect of cleaning and renovation, and use mechanical cleaning Instead of manual cleaning labor, the equipment can be operated more efficiently. The disadvantages of the current technology that need to be optimized are: [0003] The ultrasonic vibration cleaning of hardware needs rigid collision to form the decontamination effect of roller noise reduction and vibrating sieve, but the gap pollutants in the internal chamfer groove of hardware threads are sticky dus...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies in the prior art, the object of the present invention is to provide a cleaning device for hardware components to solve the problem that the ultrasonic vibration cleaning of hardware needs rigid collision to form the decontamination effect of roller noise reduction and vibrating screen, but the internal chamfer groove of the hardware thread The interstitial pollutants are viscous dust blocks, which can easily affect the plugging pad support of the thread pitch when the cleaning is not complete in the later stage, resulting in gaps in the hardware structure and uneven alveoli, resulting in repeated ultrasonic vibration cleaning operations, making the thread pitch of the hardware susceptible to damage. High-intensity collisions produce internal pressure deformation, resulting in a single ultrasonic treatment for cleaning the structural frame grooves, and weakening the anti-shock efficiency of acoustic waves, which interferes with the cleaning quality

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