Disc buckle type cantilever support system

Abstract

The invention provides a disc buckle type overhanging support system. The disc buckle type overhanging support system comprises a lock pin integrated lock head and various connected overhanging supports. The lock pin integrated lock head comprises a main plate, a connected lock head and a connected plug pin, the connected lock head is built on the main plate, the front portion of the connected lock head is a cambered surface part, a knocking platform is arranged in the middle of the connected lock head, a reinforcing rib is arranged on the rear portion of the connected lock head, the connected plug pin is arranged below the main plate, and the tail of the main plate is connected with various cantilever supports; the lock pin integrated lock head is installed on a ring lock type scaffold connecting plate, the load of the connected overhanging support is transmitted to a ring lock type scaffold vertical rod, suspension systems with different overhanging requirements can be formed, and the ring lock type scaffold overhanging support series is firm, practical, convenient to disassemble and assemble, good in application expansibility and long in service life.

Description

technical field [0001] The invention belongs to the field of construction, and in particular relates to a cantilever frame externally connected with a multi-functional extension of a disc buckle scaffold. Background technique [0002] With the popularization of disc-buckled scaffolding and building metal safety nets, structural parts based on connecting discs and external building metal safety nets also need to be developed and designed. At present, they are installed based on fastener-type connectors of vertical poles and horizontal poles. These parts have complex structures, many matching parts, high cost, difficult installation and adjustment, poor positional accuracy, and often interfere with structural parts, which is very inconvenient. For an installation node, one-to-two, one-to-four, and side-by-side installations may occur There are no standard parts to solve the on-site installation problems for complex structures such as the combination of internal and external co...

AI Technical Summary

Problems solved by technology

[0002] With the popularization of disc-buckled scaffolding and building metal safety nets, structural parts based on connecting discs and external building metal safety nets also need to be developed and designed. At present, they are installed based on fastener-type connectors of vertical poles and horizontal poles. These parts have complex structures, many matching parts, high cost, difficult installation and adjustment, poor positional accuracy, and often interfere with structural parts, which is very inconvenient. For an installation node, one-to-two, one-to-four, and side-by-side installations may occur There are no standard parts to solve the on-site installation problems for complex structures such as the combination of internal and external corners, and single-hook suspension, and these must also be solved on one interface at the same time, otherwise there will be insufficient installation space, or it will affect the frame structure. This is absolutely not allowed for the safety of the construction structure. It is necessary to develop a special suspension system that is economical and practical and can complete the unified interface of various construction conditions and methods according to the characteristics of the buckle scaffold.

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