Wearable intelligent display system

Abstract

The invention discloses a wearable intelligent display system. The system comprises a wall, a waste glass reversing clamping device, a waste glass cleaning device and a transmission device, the wasteglass reversing clamping device, the waste glass cleaning device and the transmission device are arranged in the wall, and a waste glass suction device and a waste glass clamping mechanism are arranged in the waste glass reversing clamping device; after the waste glass suction device sucks waste glass, the waste glass is rotated into the clamping mechanism through a transmission mechanism. The wearable intelligent display system is simple in structure and easy and convenient to use, through simple mechanical transmission, the recycled waste glass is automatically reversed and cleaned again, the simplicity and convenience of a waste glass recycle device are improved, then the waste glass different in size is pulverized, and the pulverized glass can be refined; the repeating utilization factor of the waste glass is increased, the time required for fusion of the refined glass is shorter than that required for fusion of the whole piece of waste glass in the prior art, the energy required for fusion of the refined glass is lower than that required for fusion of the whole piece of waste glass in the prior art, the time is greatly shortened, and the energy consumption is greatly reduced.

Description

technical field [0001] The invention relates to the field of glass preparation, in particular to a wearable intelligent display system. Background technique [0002] With the development of technology, there are more and more wearable smart devices. The wearable smart display is one of its main components, and the performance of the glass used on the display is also related to the performance of the display. Nowadays, there are more and more glass products, but many technologies for glass recycling and reconstruction are not very mature, especially construction waste glass occupies a large proportion in waste glass recycling, and construction glass uses glass made of better materials. The use value is high, but there are few devices for reshaping waste glass, and the waste glass can be recycled and reshaped into new glass, which can reduce environmental pollution and glass manufacturing costs. At the same time, in the usual waste glass reshaping equipment, generally It is t...

AI Technical Summary

Problems solved by technology

Nowadays, there are more and more glass products, but many technologies for glass recycling and reconstruction are not very mature, especially construction waste glass occupies a large proportion in waste glass recycling, and construction glass adopts glass of better material, recycling The use value is high, but there are few devices for reshaping waste glass. Recycling waste glass and reshaping it into new glass can reduce environmental pollution and glass manufacturing costs. At the same time, in the usual waste glass reshaping equipment, generally It is to put the waste glass directly into the furnace to make it melt first and then add new materials. This will cause the problem of uneven mixing between the reshaped glass and the new materials, which has great disadvantages, and the cleanliness is low, which cannot meet the needs of smart screens requirements

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