Color sorter auxiliary dedusting device capable of being controlled through mobile phone APP

Abstract

The invention discloses a color sorter auxiliary dedusting device capable of being controlled through a mobile phone APP. The auxiliary dedusting device is provided with a bracket, wherein a guide rail bracket is mounted on the bracket, a driving guide rail is mounted on the guide rail bracket, and a driving cylinder is mounted on the driving guide rail; an optical sensing component and a video image acquisition unit are mounted in a color sorting region of a color sorter, both the optical sensing component and the video image acquisition unit are connected to a control device, a data transmission unit, a central processing unit and a wireless communication unit are arranged in the control device, the control device is connected to a mobile phone on which an APP is installed through the wireless communication unit, and the control device is connected to the driving cylinder; and an adjustable cleaning bracket is further mounted on the bracket, and a dedusting brush or a material cleaning plate is mounted on the adjustable cleaning bracket. According to the color sorter auxiliary dedusting device capable of being controlled through the mobile phone APP, provided by the invention, byadopting the suspending-like bracket, the auxiliary dedusting device can be mounted in limited space; and the dust condition of the color sorting region can be automatically monitored through the acquisition unit and sent to the mobile phone APP, and automatic dust and material cleaning can be remotely controlled through the mobile phone APP, so that convenience is brought to the intelligent production and control of enterprises.

Description

Technical field: [0001] The invention relates to the field of color sorters, in particular to an auxiliary ash removal device for color sorters that can be controlled by a mobile phone APP. Background technique: [0002] The existing various light source detection equipment has become an important link in many automated production lines, and the light source detection equipment must ensure the normal operation of the optical sensor in order to ensure the accuracy of detection, so it must overcome the dust or small particle materials covering the light source detection when used in the production line For the problem of equipment, the common methods of cleaning dust at present mainly include manual cleaning and manual cleaning of dust with a hand-held cleaning device. This method has incomplete cleaning (the limitations of the equipment make local cleaning impossible), not timely, and cannot Meet the needs of automated production lines; use the wind removal device to remove d...

AI Technical Summary

Problems solved by technology

[0002] The existing various light source detection equipment has become an important link in many automated production lines, and the light source detection equipment must ensure the normal operation of the optical sensor in order to ensure the accuracy of detection, so it must overcome the dust or small particle materials covering the light source detection when used in the production line For the problem of equipment, the common methods of cleaning dust at present mainly include manual cleaning and manual cleaning of dust with a hand-held cleaning device. This method has incomplete cleaning (the limitations of the equipment make local cleaning impossible), not timely, and cannot Meet the needs of the automated production line; use the wind removal device to remove dust, the dust will float in the air when the wind removes the dust, and the dust will fall again after a period of time, which still cannot meet the needs of the automated production line

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