BACKGROUND

Technology Field

The embodiment of this disclosure relates to a cleaning device, and more particularly to a vibration cleaning device, method and system.

Description of Related Art

With the continuous development of science and technology, a variety of mechanical manufacturing automation devices come out one after another, gradually replace the traditional manual labor, and bring great convenience to people's production and life, wherein the production efficiency is increased, and the artificial cost is lowered.

However, because the existing cleaning device usually consists of a driving motor and a cleaning brush driven by the driving motor to move upward, downward, leftward and rightward to clean the object, it cannot effectively remove stubborn stains and the cleaning efficiency is lower.

SUMMARY

The embodiment of this disclosure provides a vibration cleaning device, method and system for the purpose of solving the following problems. Because the existing cleaning device usually consists of a driving motor and a cleaning brush driven by the driving motor to move upward, downward, leftward and rightward to clean the object, it cannot effectively remove stubborn stains and the cleaning efficiency is lower.

The disclosure provides a vibration cleaning device, which includes a cleaning module, a cleaning solution delivering module, a vibrating module, a cleaning tank, a transfer module, and a control module. The cleaning module is configured to clean an object through a cleaning solution, and the object includes a display panel. The cleaning solution delivering module is independently disposed on or disposed on the cleaning module and is configured to deliver the cleaning solution to the object when the cleaning module performs a cleaning process on the object. The vibrating module is mechanically connected to the cleaning module and is configured to vibrate, move and drive the cleaning module to vibrate the object at a predetermined vibration frequency, so that the cleaning module performs vibration cleaning on the object through the cleaning solution. The cleaning tank is configured to accommodate the to-be-cleaned object and the cleaning solution after cleaning the object. The transfer module is configured to transfer the to-be-cleaned object to the cleaning tank and transfer the cleaned object out of the cleaning tank. The control module is communicatively connected to the cleaning solution delivering module, the vibrating module and the transfer module, and is configured to control working states of the cleaning solution delivering module, the vibrating module and the transfer module.

In one embodiment, the vibration cleaning device further includes an ultrasonic wave generating module, which is disposed in the cleaning module, for emitting ultrasonic energy outwardly, so that bubbles in the cleaning solution delivered to the object are broken by impacting of the ultrasonic energy to generate shock waves for cleaning the object.

In one embodiment, the ultrasonic wave generating module is an ultrasonic wave generator having a multi-level adjustable frequency.

In one embodiment, an adjustable range of the multi-level adjustable frequency ranges from 10 KHZ to 200 KHZ.

In one embodiment, the ultrasonic wave generator includes a mildly cleaning level, a moderate cleaning level, a severe cleaning level and a strong cleaning level.

In one embodiment, a frequency of the mildly cleaning level is linearly adjustable in a range from 10 KHZ to 50 KHZ, a frequency of the moderate cleaning level is linearly adjustable in a range from 50 KHZ to 100 KHZ, a frequency of the severe cleaning level is linearly adjustable in a range from 100 KHZ to 150 KHZ, and a frequency of the strong cleaning level is linearly adjustable in a range from 150 KHZ to 200 KHZ.

In one embodiment, the cleaning module is a cleaning brush, a cleaning sponge block or a cleaning fiber cloth.

In one embodiment, the cleaning solution delivering module includes a liquid delivering unit and a spraying unit. The liquid delivering unit is independently disposed on or disposed on the cleaning module and is configured to deliver the cleaning solution. The spraying unit is disposed at a liquid outlet of the liquid delivering unit and is configured to spray the cleaning solution onto the object.

In one embodiment, the liquid delivering unit includes a liquid delivering tube, and the spraying unit includes a spraying head.

In one embodiment, the liquid delivering tube is a plastic tube, a metal tube or a synthetic material tube, and the spraying head is a shower head, a high pressure water gun, a spiral nozzle or an atomizing nozzle.

In one embodiment, the cleaning solution includes one or multiple ones of pure water, hydrogen peroxide, organic phosphoric acid, polycarboxylates, aromatic sulfonic acid and an amine-alkylene oxide adduct.

In one embodiment, the cleaning module is a cleaning brush, and the vibrating module is a vibration motor.

In one embodiment, the cleaning brush includes a brush head and a brush handle. The brush head directly contacts with the object to clean the object. The brush handle is connected to the brush head and the vibration motor, and is configured to vibrate and drive the brush head to vibrate under driving of the vibration motor to make the brush head perform the vibration cleaning on the object.

In one embodiment, the cleaning tank is a rectangular slot, a circular slot or a shaped slot.

In one embodiment, the transfer module includes a conveyor belt, a mechanical jaw, a transfer roller or a mechanical sliding track.

In one embodiment, the control module is a personal computer.

The present disclosure also provides a vibration cleaning method implemented according to the above-mentioned vibration cleaning device. The vibration cleaning method includes following steps executed by the control module: transferring the to-be-cleaned object to the cleaning tank, wherein the object comprises the display panel; delivering the cleaning solution to the object upon cleaning the object; performing the vibration cleaning on the object through the cleaning solution; and transferring the cleaned object out of the cleaning tank.

In one embodiment, the vibration cleaning method further includes: emitting the ultrasonic energy so that the bubbles in the cleaning solution delivered to the object are broken by impacting of the ultrasonic energy to generate the shock waves for cleaning the object.

The present disclosure further provides a vibration cleaning system implemented according to the above-mentioned vibration cleaning device. The vibration cleaning system is a software program system in the control module, which includes a transfer unit, a delivery unit, and a cleaning unit. The transfer unit is configured to transfer the to-be-cleaned object to the cleaning tank, and the object includes the display panel. The delivery unit is configured to deliver the cleaning solution to the object upon cleaning the object. The cleaning unit is configured to perform the vibration cleaning on the object through the cleaning solution. The transfer unit further transfers the cleaned object out of the cleaning tank.

In one embodiment, the vibration cleaning system further includes an ultrasonic wave emitting unit for emitting the ultrasonic energy, so that the bubbles in the cleaning solution delivered to the object are broken by impacting of the ultrasonic energy to generate shock waves for cleaning the object.

A vibration cleaning method is employed in the embodiment of this disclosure to clean the object, and it can effectively remove stubborn stains on the surface of the object and can effectively increase the cleaning efficiency.

