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Transit scratchitti removal and glass resurfacing by controlled fire polishing

机译:通过控制火抛光,清除划痕和玻璃表面重涂

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摘要

Graffiti vandalism in public transits systems and city neighborhood is a serious problem. While public transit authorities conquered paint or ink graffiti, a new type of graffiti vandalism emerged and prevails―the scratching/etching of polycarbonate and glass windows often referred to as ''scratchitti". To solve this problem, an innovative approach was developed - controlled fire polishing, which incorporates a technique of localized softening and surface tension. Intensive heat is positioned near to the scratch marks on the glass panel. The heat melts a thin layer of glass into liquid, changing the glass's viscosity to a formable state. The glass is melted to a level close to the depth of the scratch, and allowed to cool down naturally. During the cooling process, the surface tension of the melted glass will even out the scratching indent. After cooling and without grinding or polishing it, the glass will be as even and smooth as it was originally. This environmentally benign, novel re-manufacturing process relieves the bothersome vandalism- permanent scratches on the glass surface. The process will enable the reuse of the damaged window/door and eliminate the otherwise waste by replacement new glass. It allows a better living environment for people, rid of the unpleasant and annoying etched graffiti vandalism.
机译:在公共交通系统和城市社区中的涂鸦破坏行为是一个严重的问题。在公共交通部门征服油漆或油墨涂鸦的同时,出现了一种新型的涂鸦破坏行为,即对聚碳酸酯和玻璃窗的刮擦/蚀刻,通常被称为“ scratchitti”。为解决这一问题,开发了一种创新的方法-控制火焰抛光,结合了局部软化和表面张力技术,将强烈的热量置于玻璃面板上的划痕附近,热量将玻璃薄层融化为液体,从而将玻璃的粘度改变为可成形的状态。熔化到接近划痕深度的程度,然后自然冷却,在冷却过程中,熔化的玻璃的表面张力将使划痕凹陷均匀,冷却后,无需研磨或抛光,玻璃这种环境友好,新颖的​​再制造工艺可减轻烦人的破坏行为-玻璃上的永久性划痕的表面。该过程将能够重新使用受损的窗户/门,并通过更换新玻璃消除了其他方面的浪费。它为人们提供了更好的生活环境,摆脱了令人不快和烦人的蚀刻涂鸦破坏行为。

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