Rock climbing plate hinged type angle splicing system

Abstract

The invention relates to a rock climbing plate hinged type angle splicing system which comprises an angle splicing structure, a flat angle splicing structure and a fixed connecting structure. Two rock climbing plates to be spliced are movably connected through a hinge, so that the swing flexibility between the rock climbing plates is improved, the installation relevance between the rock climbing plates can be well considered, adjustment and modification during installation are facilitated, the quality and novelty of a rock climbing model are guaranteed, the firmness of the whole structure is not affected, the construction process is simpler and more convenient, the manufacturing cost is reduced, meanwhile, overhaul and maintenance are easier during later use, and the safety performance of the whole structure is not affected; and the service life and the use safety of the artificial rock wall are guaranteed; more popular rock climbing models can be changed in time along with time and industry development, the splicing system adapts to industry development, and therefore, more novel rock climbing models can be arranged through the splicing system of the rock plates, the interestingness and diversity of rock climbing are improved, and construction is easy and convenient.

Description

technical field [0001] The invention relates to the technical field of outdoor rock climbing, in particular to a hinged, angled splicing system for rock climbing boards. Background technique [0002] Rock climbing is a competitive sport derived from mountaineering. Especially in recent years, its development has begun to take shape, and it has attracted more and more young people to participate. The development prospect is very promising, and it has also become an important international competition. sports. Climbing objects are mainly rocky cliffs or artificial rock walls. No tools are used when climbing, and only the balance of hands, feet and body moves upward. Hands and arms need to use various force methods according to different fulcrums, such as grasping, holding, hanging, digging, etc. Support, push, press, etc., so the requirements for human strength and body flexibility are relatively high, and when climbing rocks, safety belts or protective ropes should be fasten...

AI Technical Summary

Problems solved by technology

In order to increase the fun and diversity of rock climbing, the artificial rock wall will arrange various rock climbing shapes through rock climbing boards of different sizes. A rock climbing model, in the prior art, the splicing between rock climbing boards is welded by on-site blanking, due to the high correlation between each rock climbing board, the flexibility of welding construction is poor, which is not conducive to subsequent modification and adjustment, Increase the difficulty and cost of construction. Therefore, it is urgent to make necessary improvements to the existing rock climbing board splicing and installation structures.

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