A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Double-channel-steel joist system of socket and spigot type disc buckle type steel pipe supporting frame
The invention relates to a double-channel steel joist system of a socket and spigot type disc buckle type steel pipe supporting frame, which comprises a vertical rod and a double-channel steel joist horizontally arranged at the upper end of the vertical rod, and the middle part of a guide rail is rotationally arranged on the double-channel steel joist through a rotating shaft; guide wheels are movably mounted on the movable seats and are in rolling fit with the upper surfaces of the guide rails; the two ends of the double-channel-steel joist are both provided with inclined top seats, and the two ends of the guide rail abut against the inclined top faces of the two sets of inclined top seats correspondingly. The adjusting assembly is used for adjusting the mounting positions of the two groups of pitched roof seats on the double-channel steel joist; the hanging basket can move between the two ends of the double-channel steel joist by utilizing gravity without an additional power supply, and materials can be placed in the hanging basket to penetrate through the upper portion of sundries stacked on the ground in a suspended mode and penetrate through the suspended place to be transferred. In order to avoid basket impact caused by too high speed, friction is achieved by abutting of the brake pad and the heat conduction retainer through centrifugal force when the speed reaches a critical value, and the moving speed of the movable seat is reduced through friction force.
本发明涉及一种承插型盘扣式钢管支撑架双槽钢托梁系统，包括立杆、水平安装在立杆上端的双槽钢托梁，导轨中部通过转轴转动安装在双槽钢托梁上；活动座上活动安装有导轮，导轮在导轨上表面滚动配合；双槽钢托梁两端均设置有斜顶座，导轨的两端分别与两组斜顶座的斜顶面抵接；调节组件用于调节两组斜顶座在双槽钢托梁上的安装位置；利用重力无需额外电源，即可实现在双槽钢托梁两端之间移动，将物资放置在吊篮内即可穿过悬空从地面堆积的杂物上方、悬空地方穿过、转移；为了避免速度太快造成的吊篮冲击，利用离心力在速度达到临界值时刹车片与导热止动件抵接实现摩擦，利用摩擦力降低活动座的移动速度。
Double-channel-steel joist system of socket and spigot type disc buckle type steel pipe supporting frame
The invention relates to a double-channel steel joist system of a socket and spigot type disc buckle type steel pipe supporting frame, which comprises a vertical rod and a double-channel steel joist horizontally arranged at the upper end of the vertical rod, and the middle part of a guide rail is rotationally arranged on the double-channel steel joist through a rotating shaft; guide wheels are movably mounted on the movable seats and are in rolling fit with the upper surfaces of the guide rails; the two ends of the double-channel-steel joist are both provided with inclined top seats, and the two ends of the guide rail abut against the inclined top faces of the two sets of inclined top seats correspondingly. The adjusting assembly is used for adjusting the mounting positions of the two groups of pitched roof seats on the double-channel steel joist; the hanging basket can move between the two ends of the double-channel steel joist by utilizing gravity without an additional power supply, and materials can be placed in the hanging basket to penetrate through the upper portion of sundries stacked on the ground in a suspended mode and penetrate through the suspended place to be transferred. In order to avoid basket impact caused by too high speed, friction is achieved by abutting of the brake pad and the heat conduction retainer through centrifugal force when the speed reaches a critical value, and the moving speed of the movable seat is reduced through friction force.
本发明涉及一种承插型盘扣式钢管支撑架双槽钢托梁系统，包括立杆、水平安装在立杆上端的双槽钢托梁，导轨中部通过转轴转动安装在双槽钢托梁上；活动座上活动安装有导轮，导轮在导轨上表面滚动配合；双槽钢托梁两端均设置有斜顶座，导轨的两端分别与两组斜顶座的斜顶面抵接；调节组件用于调节两组斜顶座在双槽钢托梁上的安装位置；利用重力无需额外电源，即可实现在双槽钢托梁两端之间移动，将物资放置在吊篮内即可穿过悬空从地面堆积的杂物上方、悬空地方穿过、转移；为了避免速度太快造成的吊篮冲击，利用离心力在速度达到临界值时刹车片与导热止动件抵接实现摩擦，利用摩擦力降低活动座的移动速度。
Double-channel-steel joist system of socket and spigot type disc buckle type steel pipe supporting frame
一种承插型盘扣式钢管支撑架双槽钢托梁系统
YAN ZHENKUN (author) / ZHAO YONGHUA (author) / XUE FENG (author) / CHEN SUMIN (author) / ZHANG QIAN (author) / ZENG SHENG (author) / WANG LEICHUN (author) / ZHANG LINGFENG (author) / LIAO LIFANG (author) / YANG JINYING (author)
2024-02-09
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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