The utility model relates to a vertical edge sealing structure of an observation window of an electric cabinet, which comprises a window glass and a window frame. The vertical side of the window frame is provided with a side mounting groove, and its characteristics include a vertical edge sealing strip sealed to the side mounting groove, and the side surface of the vertical edge sealing strip is provided with a vertical edge extending along the upper and lower directions. The inner and outer surfaces of the vertical edge of the window glass are sealed with the inner and outer surfaces of the inner and outer walls of the vertical edge sealing strip. The bottom walls of the sealing slots of the vertical edge sealing strip are provided with sealing bumps, and the vertical sides of the window glass are provided with vertical grooves, which are dense. The sealing convex bar seal is connected in the vertical groove. The utility model provides a vertical edge sealing strip, and then a vertical edge sealing strip sealing slot is arranged on the vertical edge sealing strip. The vertical edge of the window glass is sealed and sealed through the inner and outer walls of the vertical edge sealing strip sealing slot at the same time, so that the vertical edge of the window glass is sealed and sealed, thus facilitating disassembly. The vertical edge seal strip is also connected with the side mounting groove seal.
【技术实现步骤摘要】
电气柜观测窗竖边缘密封结构
本技术涉及电气设备,尤其涉及一种电气柜观测窗竖边缘密封结构箱。
技术介绍
电气柜是用于安装电气设备的部件的柜子,由前侧设有箱门的箱体和用于盖箱门的门板构成。为了便于观察电气柜内部情况,在电气柜的前侧表面下通常会设置一个孔洞形成窗框,而后在窗框内安装下玻璃从而形成观察窗。现有的电器柜的观测窗的窗玻璃是通过玻璃胶粘在窗框内从而实现密封连接的。通过玻璃胶进行密封存在拆卸下需要拆卸下窗玻璃时不便的不足。
技术实现思路
本技术提供了一种不通过玻璃胶实现窗玻璃的竖边缘密封连接的电气柜观测窗竖边缘密封结构,解决了现有的电气柜竖边缘通过玻璃胶进行密封所存在的拆卸下窗玻璃不便的问题。以下技术问题是通过下列技术方案解决的:一种电气柜观测窗竖边缘密封结构,包括窗玻璃和窗框,所述窗框的竖向侧面上设有侧安装槽,其特征在于,还包括密封抵接在侧安装槽内的竖边缘密封条,所述竖边缘密封条的侧表面上设有沿上下方向延伸的竖边缘密封条部密封槽,所述窗玻璃的竖边缘的内外表面同所述竖边缘密封条部密封槽的内外侧壁的内表面密封抵接在一起,所述竖边缘密封条部密封槽的底壁上设有密封凸条,所述窗玻璃的竖向侧面上设有竖向凹槽,所述密封凸条密封抵接在所述竖向凹槽内。本技术通过设置竖边缘密封条,然后在竖边缘密封条上设竖边缘密封条部密封槽,通过竖边缘密封条部密封槽的内外侧壁同时密封抵接在窗玻璃上使得窗玻璃的竖边缘实现抵接密封,从而使得进行拆卸时方便。竖边缘密封条还同侧安装槽密封抵接在一起,从而实现了窗玻璃同窗框的密封连接。设置密封凸条配合凹槽进行二次密封,能够进一步提高密封可靠性。作为优选,所述竖 ...
【技术保护点】
1.一种电气柜观测窗竖边缘密封结构,包括窗玻璃和窗框,所述窗框的竖向侧面上设有侧安装槽,其特征在于,还包括密封抵接在侧安装槽内的竖边缘密封条,所述竖边缘密封条的侧表面上设有沿上下方向延伸的竖边缘密封条部密封槽,所述窗玻璃的竖边缘的内外表面同所述竖边缘密封条部密封槽的内外侧壁的内表面密封抵接在一起,所述竖边缘密封条部密封槽的底壁上设有密封凸条,所述窗玻璃的竖向侧面上设有竖向凹槽,所述密封凸条密封抵接在所述竖向凹槽内。
【技术特征摘要】
1.一种电气柜观测窗竖边缘密封结构,包括窗玻璃和窗框,所述窗框的竖向侧面上设有侧安装槽,其特征在于,还包括密封抵接在侧安装槽内的竖边缘密封条,所述竖边缘密封条的侧表面上设有沿上下方向延伸的竖边缘密封条部密封槽,所述窗玻璃的竖边缘的内外表面同所述竖边缘密封条部密封槽的内外侧壁的内表面密封抵接在一起,所述竖边缘密封条部密封槽的底壁上设有密封凸条,所述窗玻璃的竖向侧面上设有竖向凹槽,所述密封...
【专利技术属性】
技术研发人员:林海根,林杰,
申请(专利权)人:杭州宏迅电力科技有限公司,
类型:新型
国别省市:浙江,33
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