Hidden building connecting piece equipment capable of improving safety performance

Abstract

The invention relates to the technical field of buildings, and discloses hidden building connecting piece equipment capable of improving safety performance, and the bottom end of a mortise and tenon joint part is movably connected with an acting part. According to the hidden building connecting piece equipment capable of improving the safety performance, a middle shaft component is powered on to rotate, a movable stabilizing piece synchronously operates, a sliding piece operates along a rail formed in a mounting piece, the sliding piece slides from the right end to the left end, and a rotating rod moves leftwards under the action of the opposite force of the sliding piece to pull a mortise and tenon joint component to operate downwards; the tenon-and-mortise component is inserted into the acting component, matched wood threads are arranged between the acting component and the tenon-and-mortise component, and the acting component and the tenon-and-mortise component completely coincide and interact with each other and are gradually tensioned along with operation of the rotating rod, so that the situation that a bolt protrudes out of the surface of a building material is avoided, and the equipment looks more overall attractive; and meanwhile, the wood tenon-and-mortise process cannot be rusted, so that the equipment has the effect of improving the stability.

Description

technical field [0001] The invention relates to the technical field of buildings, in particular to a hidden building connector device with improved safety performance. Background technique [0002] Building materials refer to the materials used in construction. Currently, building materials are various and of different sizes. In order to facilitate transportation and save transportation costs, large-volume building materials are usually divided into several small-volume building materials. After arriving at the construction site, connect the various components through the connecting device. [0003] However, most of the traditional connection methods at present are connected by bolts. Bolts often need to be perforated, and a perforation will often affect the stability of the building, and it will also make the building materials unattractive. A part will protrude and appear on the surface of the building material. The exposed bolts are easy to interact with the air, oxidize...

AI Technical Summary

Problems solved by technology

[0003] However, most of the traditional connection methods at present are connected by bolts. Bolts often need to be perforated, and a perforation will often affect the stability of the building, and it will also make the building materials unattractive. A part will protrude and appear on the surface of the building material. The exposed bolts are easy to interact with the air, oxidize and rust easily. At the same time, they may scratch the construction workers. There are certain safety hazards. The brain can cause serious injury or death, so a hidden building connector device that improves safety performance came into being

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