Three-dimensional joggle-joint metal hexahedral frame body and applications thereof

Abstract

The invention discloses a three-dimensional joggle-joint metal hexahedral frame body and applications thereof. The three-dimensional joggle-joint metal hexahedral frame body comprises profile frames and three-dimensional joggle-joint metal components, wherein the profile frames form the three-dimensional joggle-joint metal hexahedral frame body, and the three-dimensional joggle-joint metal components are arranged at the terminal angles of the three-dimensional joggle-joint metal hexahedral frame body and connect three adjacent vertical profile frames together in a joggle joint mode. Insert tenons connected with the end portions of the profile frames in a joggle joint mode are arranged on the three-dimensional joggle-joint metal components in the X-axis, Y-axis and Z-axis directions correspondingly, and the three-dimensional joggle-joint metal hexahedral frame body can be applied to frames of a telephone booth, a gift-grabbing machine, a recording room, a shooting game machine and a simple component room body. Compared with the prior art, the technical schemes of the three-dimensional joggle-joint metal hexahedral frame body and the applications thereof have the advantages that the size is uniform, the precision is high, the transportation cost is low, the loss is low, the structure is reliable, assembly and maintenance are convenient, and safety and aesthetics are achieved.

Description

technical field [0001] The invention relates to the technical field of metal frame structures, in particular to a three-dimensional mortise-jointed metal hexagonal frame and its application. Background technique [0002] In the prior art, in telephone booths, gift grabbers, recording studios and other hexahedral frame structures built with frames, profiles are usually used to build the internal frame of the entire hexahedral frame structure, and the corner positions of the hexahedral frame structure , the three adjacent and perpendicular profile frames are usually connected by welding, riveting, and bonding. It is inconvenient to disassemble and reinstall, thus reducing the replaceability of the six-sided frame, and because it is inconvenient to disassemble and transport after assembly, the whole machine usually needs to be transported, so the cost of transporting the whole machine is relatively high. At the same time, because of the three profile frames that are adjacent a...

AI Technical Summary

Problems solved by technology

In addition, because the frames of the three profiles need to be close to each other to overlap and connect with each other, the end corners of the assembled hexagonal frame are often relatively sharp, which is easy to scratch the human body

[0003] The existing technology uses plastic materials or wood to overlap the hexahedral frame structure. Although the hexahedral frame structure made of plastic material has the advantages of light weight, the hexahedral frame structure built with plastic materials is often not long enough. Time is used to stand by people, and the service life of plastic materials is easily limited by the aging of materials

[0004] Although the six-sided frame made of wood has improved structural strength compared with plastic materials, the shortage of wood is a worldwide problem. Therefore, the widespread use of wood will inevitably cause further damage to the forest environment and further deterioration of the human living environment.

When the frame structure made of wood is applied, it is easily affected by the surrounding environment, which makes the connection between the wood deformed, damaged or even unreliable.

[0005] Because there may be a large amount of compression deformation during the wood connection process, or there is more water in the wood, when the wood-connected structure is used for a long time, it is prone to deformation such as water loss shrinkage and water absorption expansion. The above situations will make the wood connection structure Cannot function properly and reliably for long periods of time, eventually leading to instability and collapse

In addition, when processing wood, the processing technology requirements are relatively high. If the size cannot be processed accurately, the wood material will easily be scrapped.

[0006] To sum up, using plastic or wood to process and assemble the hexagonal frame structure has obvious defects.

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