A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Power transmission line tower supporting structure
The invention discloses a power transmission line tower supporting structure. The invention provides the power transmission line tower supporting structure which is simple in structure, high in stability, convenient and reliable. The power transmission line tower supporting structure comprises a supporting disc, a plurality of pipe bodies and a supporting and positioning assembly, the multiple pipe bodies are sequentially arranged from top to bottom, the supporting disc is connected to the uppermost pipe body, and the supporting disc is used for being connected with a tower; the supporting and positioning assembly comprises a hoop and four supporting rods, the hoop is movably connected to the tower, the four supporting rods are connected to the periphery of the hoop, and each supporting rod comprises a first rod body and a second rod body which are arranged up and down; and a containing hole is formed in the pipe body, a penetrating hole corresponding to the containing hole is formed in a flange plate at the bottom of the tower, and the supporting rod is movably arranged in the containing hole and the penetrating hole. According to the power transmission line tower supporting structure, during use, the hoop drives the supporting rod to extend out of the containing hole, and the supporting rod is bent, namely, the first rod body is in an inclined state, and the second rod body is in a horizontal state; and in this way, the four supporting rods form four-corner supporting on the periphery of the rod body, and the stability is improved.
一种输电线路杆塔支撑结构。提出了一种结构简单，提高稳固性，方便可靠的输电线路杆塔支撑结构。包括支撑盘、若干管体和支撑定位组件，若干管体从上到下依次设置，所述支撑盘连接在最上方的管体上，所述支撑盘用于连接杆塔；所述支撑定位组件包括抱箍和四个支撑杆，所述抱箍活动连接在杆塔上，四个支撑杆连接在抱箍的四周，所述支撑杆包括上下设置的杆体一和杆体二；所述管体上设有容置孔，所述杆塔的底部法兰盘上设有与容置孔对应的穿孔，所述支撑杆活动设于容置孔和穿孔内。本发明在使用时，抱箍带动支撑杆伸出容置孔，将支撑杆进行折弯，即杆体一呈倾斜状态，杆体二呈水平状态；这样，四个支撑杆在杆体四周形成四角支撑，提高稳固性。
Power transmission line tower supporting structure
The invention discloses a power transmission line tower supporting structure. The invention provides the power transmission line tower supporting structure which is simple in structure, high in stability, convenient and reliable. The power transmission line tower supporting structure comprises a supporting disc, a plurality of pipe bodies and a supporting and positioning assembly, the multiple pipe bodies are sequentially arranged from top to bottom, the supporting disc is connected to the uppermost pipe body, and the supporting disc is used for being connected with a tower; the supporting and positioning assembly comprises a hoop and four supporting rods, the hoop is movably connected to the tower, the four supporting rods are connected to the periphery of the hoop, and each supporting rod comprises a first rod body and a second rod body which are arranged up and down; and a containing hole is formed in the pipe body, a penetrating hole corresponding to the containing hole is formed in a flange plate at the bottom of the tower, and the supporting rod is movably arranged in the containing hole and the penetrating hole. According to the power transmission line tower supporting structure, during use, the hoop drives the supporting rod to extend out of the containing hole, and the supporting rod is bent, namely, the first rod body is in an inclined state, and the second rod body is in a horizontal state; and in this way, the four supporting rods form four-corner supporting on the periphery of the rod body, and the stability is improved.
一种输电线路杆塔支撑结构。提出了一种结构简单，提高稳固性，方便可靠的输电线路杆塔支撑结构。包括支撑盘、若干管体和支撑定位组件，若干管体从上到下依次设置，所述支撑盘连接在最上方的管体上，所述支撑盘用于连接杆塔；所述支撑定位组件包括抱箍和四个支撑杆，所述抱箍活动连接在杆塔上，四个支撑杆连接在抱箍的四周，所述支撑杆包括上下设置的杆体一和杆体二；所述管体上设有容置孔，所述杆塔的底部法兰盘上设有与容置孔对应的穿孔，所述支撑杆活动设于容置孔和穿孔内。本发明在使用时，抱箍带动支撑杆伸出容置孔，将支撑杆进行折弯，即杆体一呈倾斜状态，杆体二呈水平状态；这样，四个支撑杆在杆体四周形成四角支撑，提高稳固性。
Power transmission line tower supporting structure
一种输电线路杆塔支撑结构
JIANG YONGCHUN (author) / ZHU MIAO (author) / CHEN CHENG (author) / FU LEI (author) / ZHANG YAN (author) / WANG KE (author) / ZHANG YUEJUN (author) / DAI HONGYAN (author) / JIANG JUN (author) / CAI YIFAN (author)
2022-01-21
Patent
Electronic Resource
Chinese
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