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本专利介绍一种对钢质搪玻璃设备的玻璃层损坏部位进行修补的方法。其步骤是向损坏处涂施修补剂，然后加热使修补剂固化。重复这种操作直至修补的玻璃层与其毗邻的原有玻璃层厚度差不多相等时为止。这种玻璃的粘着是靠凝胶溶液工艺过程，修补层与邻接玻璃处无裂纹和剥离现象。加热修补层的装置包括一块单面凹进可变形的绝缘板体，在凹处配置电加热器发射远红外线，用电磁铁将复盖在待补修处的凹面板固定连接在搪玻璃设备的壁上，用一块硅酸盐质玻璃布将其包围起来以保持其构形。凹面处放一个热传感器用以对破损部位定位连接，另有温度控制器与热传感器相联，以便自动控制加热器的温度。
This patent describes a method of repairing damaged parts of the glass layer of steel glass-lined equipment. The procedure is to apply a repair agent to the damage and then heat to cure the repair agent. This operation is repeated until the repaired glass layer has approximately the same thickness as the original glass layer adjacent thereto. The adhesion of this glass by gel solution process, repair layer and adjacent glass without cracks and stripping phenomenon. The device for heating the repair layer comprises a single-sided concave and deformable insulating plate body, the electric heater is arranged in the concave and emits far-infrared ray, the concave plate covered in the place to be repaired is fixedly connected with the electromagnet in the glass- Wall, surrounded by a piece of silicate glass cloth to maintain its configuration. A thermal sensor is placed on the concave surface to connect the damaged part, and another temperature controller is connected with the thermal sensor to automatically control the temperature of the heater.