A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bridge reinforcing and supporting mechanism for building construction
The invention provides a bridge reinforcing and supporting mechanism for building construction, relates to the technical field of bridges, and solves the problem that a threaded part of a locking boltis exposed to the outside for a long time due to the fact that a fixing structure cannot protect the locking bolt. And when the external force exceeds the bearing range of the locking hoop, the locking hoop is likely to slide down to lose the supporting protection effect, and automatic locking of another locking structure cannot be automatically achieved in the sliding-down process of the lockinghoop through structural improvement. A bridge reinforcing and supporting mechanism for building construction comprises a main body rod, a limiting base and a second clamp male base. And the main bodyrod is fixedly connected with a first clamp structure. Due to the facts that the two sliding blocks penetrate through the second clamp male base and the second clamp female base respectively and makecontact with the main body rod, the head ends of the two sliding blocks are each of an inclined structure, and the poke rod makes contact with the head ends of the sliding blocks, when the poke rod moves downwards along with the first clamp structure, clamping between the sliding blocks and the main body rod can be automatically achieved.
本发明提供一种用于建筑施工的桥梁加固支撑机构，涉及桥梁技术领域，解决了固定结构不能够实现锁紧螺栓的防护，导致锁紧螺栓的螺纹部分长期暴露在外界；当外力超出锁紧卡箍的承受范围后容易导致锁紧卡箍下滑失去支撑保护效果，而不能够通过结构改进在锁紧卡箍下滑过程中自动实现另一处锁紧结构的自动锁紧的问题。一种用于建筑施工的桥梁加固支撑机构，包括主体杆、限位座和第二夹具公座；所述主体杆上固定连接有一个第一夹具结构。因两个滑动块分别贯穿第二夹具公座和第二夹具母座并与主体杆接触，且两个滑动块头端均为倾斜状结构，并且拨动杆与滑动块头端接触，从而当拨动杆跟随第一夹具结构向下移动时能够自动实现滑动块与主体杆之间的卡紧。
Bridge reinforcing and supporting mechanism for building construction
The invention provides a bridge reinforcing and supporting mechanism for building construction, relates to the technical field of bridges, and solves the problem that a threaded part of a locking boltis exposed to the outside for a long time due to the fact that a fixing structure cannot protect the locking bolt. And when the external force exceeds the bearing range of the locking hoop, the locking hoop is likely to slide down to lose the supporting protection effect, and automatic locking of another locking structure cannot be automatically achieved in the sliding-down process of the lockinghoop through structural improvement. A bridge reinforcing and supporting mechanism for building construction comprises a main body rod, a limiting base and a second clamp male base. And the main bodyrod is fixedly connected with a first clamp structure. Due to the facts that the two sliding blocks penetrate through the second clamp male base and the second clamp female base respectively and makecontact with the main body rod, the head ends of the two sliding blocks are each of an inclined structure, and the poke rod makes contact with the head ends of the sliding blocks, when the poke rod moves downwards along with the first clamp structure, clamping between the sliding blocks and the main body rod can be automatically achieved.
本发明提供一种用于建筑施工的桥梁加固支撑机构，涉及桥梁技术领域，解决了固定结构不能够实现锁紧螺栓的防护，导致锁紧螺栓的螺纹部分长期暴露在外界；当外力超出锁紧卡箍的承受范围后容易导致锁紧卡箍下滑失去支撑保护效果，而不能够通过结构改进在锁紧卡箍下滑过程中自动实现另一处锁紧结构的自动锁紧的问题。一种用于建筑施工的桥梁加固支撑机构，包括主体杆、限位座和第二夹具公座；所述主体杆上固定连接有一个第一夹具结构。因两个滑动块分别贯穿第二夹具公座和第二夹具母座并与主体杆接触，且两个滑动块头端均为倾斜状结构，并且拨动杆与滑动块头端接触，从而当拨动杆跟随第一夹具结构向下移动时能够自动实现滑动块与主体杆之间的卡紧。
Bridge reinforcing and supporting mechanism for building construction
一种用于建筑施工的桥梁加固支撑机构
YANG GUOLI (author)
2020-11-03
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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