Optical-mechanical-electrical integrated device used for dedusting and weighing

Abstract

The invention relates to optical-mechanical-electrical integrated control devices, in particular to an optical-mechanical-electrical integrated device used for dedusting and weighing. The optical-mechanical-electrical integrated device used for dedusting and weighing is characterized in that the device is composed of a three-phase asynchronous motor, a triangle belt, a dust collection fan, a dust storage box, a support, a paddle wheel, a baffle, fastening screws, a sensor, a paddle wheel support, a scale crossbeam, a constant force spring and the like; the paddle wheel is installed on a central shaft of the paddle wheel support; the dust collection fan is arranged inside a dust collection pipeline; the dust storage box is installed on the tail portion of the dust collection pipeline; the sensor is installed on the inner side of the baffle. By the adoption of the optical-mechanical-electrical integrated device used for dedusting and weighing, economic benefits of grain storage enterprises can be substantially increased, and especially grain can be subjected to dust removal and weighing and enter a hopper rapidly after being aired; the labor intensity of operators is substantially relieved, so that the economic benefits of the enterprises are increased. The optical-mechanical-electrical integrated device used for dedusting and weighing has broad application and popularization prospects and is extremely suitable for grain storage and transportation enterprises and large-scale farmyards.

Description

technical field [0001] The invention relates to an optical-mechanical-electrical integration control device, in particular to an optical-mechanical-electrical integration device for removing dust and measuring weight. Background technique [0002] In the current wheat storage, we often encounter such a problem. It is often encountered that the wheat is mixed with dust. Only when the wind blows and there is no rain, the wheat is manually scooped up with a wooden shovel. During the falling process of the raised wheat, The dust was blown away by the strong wind, and the remaining wheat was put into bags and transported into the warehouse. This was very slow, and such work was relatively heavy. It was usually done manually and it was difficult for continuous production. It is very wasteful of manpower, and the efficiency is low. Manually doing certain repetitive tasks for a long time is prone to fatigue. If the wheat is mixed with dust, it will be unhygienic for people to eat wh...

AI Technical Summary

Problems solved by technology

[0002] In the current wheat storage, we often encounter such a problem. It is often encountered that the wheat is mixed with dust. Only when the wind blows and there is no rain, the wheat is manually scooped up with a wooden shovel. During the falling process of the raised wheat, The dust was blown away by the strong wind, and the remaining wheat was put into bags and transported into the warehouse. This was very slow, and the work was relatively heavy. It was usually done manually, and it was difficult for continuous production.

It is a waste of manpower, and the efficiency is low. Manually doing certain repetitive tasks for a long time is prone to fatigue. If the wheat is mixed with dust, it will be unhygienic for people to eat wheat

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