A sewage well cover, which comprises a square manhole cover body, the bottom surface of the body is provided with a plurality of transverse reinforcing ribs and a plurality of longitudinal ribs, transverse reinforcing ribs and longitudinal ribs perpendicular and transverse reinforcing ribs and longitudinal reinforcing ribs and a cover body as a whole, the adjacent transverse stiffener distance between 50mm ~ 70mm, the transverse stiffener thickness is 15 ~ 25mm, the transverse stiffener bottom is higher than the bottom surface of the manhole cover body is 8 ~ 13mm, the distance between adjacent longitudinal stiffeners is 70mm ~ 90mm, the longitudinal stiffener thickness is 20 ~ 30mm, the longitudinal stiffeners are higher than the bottom the bottom surface of the manhole cover body is 8 ~ 13mm. The utility model in the manhole cover body is disposed on the bottom of the vertical cross transverse reinforcing ribs and longitudinal ribs and transverse reinforcing ribs and longitudinal ribs of the bottom are higher than the bottom surface of the manhole cover body is 8 ~ 13mm, which makes the surface of the manhole cover body to get more support, thereby greatly enhancing the strength of the main body of the manhole cover, and to ensure that the the safety of pedestrians.
【技术实现步骤摘要】
污水井口盖板
本技术涉及基础设施
,具体讲是一种盖设在井口处的污水井口盖板。
技术介绍
随着我国城市道路建设的快速发展,城市道路的养护和维修工作日趋重要,在体现城市建设面貌的同时,道路安全也成为了城市建设的首要问题之一。井口盖板在非机动车道上较为常见,目前的井口盖板按材质可分为金属井盖、高强度纤维水泥混凝土井盖和树脂井盖,一般为圆形或方形,通常遮盖在井口处,用于防止人或者物体坠落。现有的井口盖板大多都比较薄,整体强度差,破裂现象屡见不鲜,行人掉入井内而丧失生命的事故在全国也频频出现,因此需要对现有井口盖板作出重大技术改进。
技术实现思路
本技术要解决的技术问题是,提供一种整体强度高的污水井口盖板。本技术的技术解决方案是,提供一种具有以下结构的污水井口盖板,包括方形井盖本体,井盖本体底面上设置有若干横向加强筋和若干纵向加强筋,横向加强筋与纵向加强筋垂直交叉,横向加强筋和纵向加强筋均与井盖本体为一整体,相邻横向加强筋之间的距离为50mm~70mm,各横向加强筋的厚度均为15~25mm,各横向加强筋的底部均高出井盖本体底面8~13mm,相邻纵向加强筋之间的距离为70mm~90mm,各纵向加强筋的厚度均为20~30mm,各纵向加强筋的底部均高出井盖本体底面8~13mm。本技术所述的污水井口盖板,其中,井盖本体顶面中部装有太阳能电板,井盖本体顶面周圈装有若干LED灯,井盖本体顶面上装有光线感应器,井盖本体底面上装有蓄电池和控制器,太阳能电板和控制器均与蓄电池电连接,LED灯和光线感应器均与控制器电连接。本技术所述的污水井口盖板,其中,井盖本体顶面上铰接有U型把手,井盖 ...
【技术保护点】
一种污水井口盖板,包括方形井盖本体(8),其特征在于:所述井盖本体(8)底面上设置有若干横向加强筋(9)和若干纵向加强筋(10),所述横向加强筋(9)与纵向加强筋(10)垂直交叉,横向加强筋(9)和纵向加强筋(10)均与井盖本体(8)为一整体,相邻横向加强筋(9)之间的距离为50mm~70mm,各横向加强筋(9)的厚度均为15~25mm,各横向加强筋(9)的底部均高出井盖本体(8)底面8~13mm,相邻纵向加强筋(10)之间的距离为70mm~90mm,各纵向加强筋(10)的厚度均为20~30mm,各纵向加强筋(10)的底部均高出井盖本体(8)底面8~13mm。
【技术特征摘要】
1.一种污水井口盖板,包括方形井盖本体(8),其特征在于:所述井盖本体(8)底面上设置有若干横向加强筋(9)和若干纵向加强筋(10),所述横向加强筋(9)与纵向加强筋(10)垂直交叉,横向加强筋(9)和纵向加强筋(10)均与井盖本体(8)为一整体,相邻横向加强筋(9)之间的距离为50mm~70mm,各横向加强筋(9)的厚度均为15~25mm,各横向加强筋(9)的底部均高出井盖本体(8)底面8~13mm,相邻纵向加强筋(10)之间的距离为70mm~90mm,各纵向加强筋(10)的厚度均为20~30mm,各纵向加强筋(10)的底部均高出井盖本体(8)底面8~13mm。...
【专利技术属性】
技术研发人员:韩正华,
申请(专利权)人:嘉兴恒力建材科技有限公司,
类型:新型
国别省市:浙江,33
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