Adjustable color steel roof multipurpose hanging piece

Abstract

An adjustable color steel roof multipurpose hanging piece is composed of two identical corner-pressed type hang piece boards which are overlapped in a symmetrical manner, wherein the connection angle between a connecting board (1) and an adjusting board (2) is 30 degrees to 50 degrees; in installation, the angle and width needed by an adjusting side surface can be wrenched by the adjusting board; screw holes (3) are punched on the adjusting board; the connecting boards (1) of the two hanging piece boards are respectively provided with fixed holes (21); two symmetrical connecting boards (1) are placed in a mutual overlapping manner to overlap the two fixed holes (21); two symmetrical hanging piece boards are connected by a connecting device to form a flexible roof fixed device connecting boom; the connecting boards (1) of the two hanging piece boards are provided with concave and convex corners (22) which slide in a matching manner; and when the two symmetrical hanging piece boards are placed in an overlapping manner, the concave and convex corners (22) which slide in a matching manner on the upper and lower connecting boards (1) also overlap together, thus a sliding type adjusting device can be combined easily, and the installation conditions are satisfied after the whole boom is connected.

Description

technical field [0001] The invention is a device for cable arrangement and protection, which belongs to the technical field of design and manufacture of wire and cable bridges. Background technique [0002] The cable tray is a beneficial special channel designed for the erection of wires and cables. As far as the conventional bridges in the domestic market are concerned, their shape and structure are generally consistent, large and bulky, consumable, without streamlined beauty, and the mounting brackets and accessories used are not applicable and reasonable; their scope of application is relatively speaking. For the multi-functional space equipped with the growing modern buildings, it is especially difficult to apply the high-demand, high-quality, high-precision, and ultra-complex wiring places, which gives the designer a loss in the scheme design of the entire space layout, functional layout, and aesthetic layout. Lots of limitations and flexibility. [0003] In terms of ...

AI Technical Summary

Problems solved by technology

As far as the conventional bridges in the domestic market are concerned, their shape and structure are generally consistent, large and bulky, consumable, without streamlined beauty, and the mounting brackets and accessories used are not applicable and reasonable; their scope of application is relatively speaking. For the multi-functional space equipped with the growing modern buildings, it is especially difficult to apply the high-demand, high-quality, high-precision, and ultra-complex wiring places, which gives the designer a loss in the scheme design of the entire space layout, functional layout, and aesthetic layout. Lots of limitations and flexibility

[0003] In terms of the fixing of the bridge frame, the conventional old-fashioned bridge frame has installation inflexibility, and it cannot be quickly installed after being cut at random. It needs to be drilled or welded to achieve the purpose. The installation and welding on the construction site will destroy the original surface treatment layer of the product and cannot be repaired. , neither aesthetic nor anti-corrosion

However, on-site installation often needs to be modified according to the actual situation on the site. Sometimes it is necessary to return to the company to arrange re-production of the required forms of bridges, various elbows and connectors, etc. according to the on-site measurement and drawing, resulting in delays and inconveniences in the project installation period.

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