RU1838544C - Floor - Google Patents

Abstract

Use: to create channels for wires, cables and the like, particularly in floors. SUMMARY OF THE INVENTION: The floor includes a bottom plate, an insulating layer located on it, profiled sheets. interconnected, forming longitudinal rows of adjacent, parallel channels, leveling layer and flooring. Profiled sheets of each longitudinal series are overlapped. Profiled sheets can be made with a rectangular contour. The floor can be equipped with ring fasteners with a latch and a swivel head installed in a through hole made in the flooring, leveling layer and profiled sheets, 2 zp f-ly, 6 ill.

Description

The invention relates to the creation of channels for wires, cables and the like, in particular in floors, but is not exclusively applicable as a system for creating a technological floor or floors for industrial buildings, for example, institutions, offices, etc.

The aim of the invention is to eliminate the above disadvantages.

Fig. 1 is a schematic sectional view of a process floor; Fig. 2 is a schematic perspective view with a sectional view of a large part of a process floor (Fig. 1), which illustrates the pairing of profiled sheets; on .3 a schematic view of the floor (figure 1); Fig. 4 is a schematic perspective view, in section, of a portion of a process floor in accordance with the present invention, which illustrates an opening with connection channels located therein; Fig. 5 is a schematic view of a device that can be inserted into an opening (Fig. 4) in the floor, allowing various devices to be connected to the network; on the

Fig. 6 is a schematic perspective view of a fixture with a ring for engaging a plug that may be located inside an opening in the floor (Fig. 4).

As can be seen from the figures, the process floor in accordance with the present invention is of the type that comprises the bottom plate 1 preformed or fabricated. An insulating layer 2, preferably sponge polyethylene, is applied to the surface of the plate 1. Correspondingly shaped structures 3 are freely placed on top of the insulating layer 2, forming a series of longitudinal adjacent to each other and parallel internal channels 4, on top of which, in the particular case, the cement foundation 5 is then cast, forming a leveling layer. Naturally, flooring 6 is then laid onto this foundation. More specifically, structures 3 are shaped sheets of a certain shape made of galvanized steel or, preferably, of a plate (/)

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material. In this way an unlimited number of parallel but physically separated adjacent channels 4 are formed in which the necessary cables can be directly arranged. Further, perimeter channels 4 intercept the perimeter ring to collect and route said cables. The saw-cut structure 3 is preferably made of sheets having a substantially rectangular contour with sloping sides of channels of different sizes, whereby these sheets can be coplanarly connected to each other at their ends. In the specific embodiment illustrated in FIG. 2, both sheets 3 have at least one protruding side with a wing-shaped profile 3, allowing it to be combined with a similar wing 3 on the corresponding side of a similar sheet 3. And, finally, at least one pr partite end 3 has a smaller thickness, whereby it can be applied with overlapping proximal end .primykayuschego sheet. Another distinctive feature of this system is that it provides the ability to intercept at least three channels 4 (in practice, the main channels for telephone, computer, and power supply) through a through hole B anywhere on the technological floor A. Ring element C in particular, bayonet type 7 for plug 8 may be located within said opening B.

The floor can be equipped with ring fasteners with a latch and a pivoting head mounted on a through hole made in the floor, leveling layer and profiled sheets,

A floor made according to the technology of the present invention provides an advantageous possibility (due to the shaped structure 3) of lateral interception of at least three main channels 4 through opening B anywhere on the technological floor.

Claims (3)

1. The floor, including the bottom plate, an insulating layer located on it, profiled sheets interconnected, forming longitudinal rows of adjacent parallel channels, a leveling layer and flooring, characterized in that the profiled sheets of each longitudinal row overlapped each other. 2. The floor according to claim 1, with the exception that the profiled sheets are made with a rectangular contour. 3. Gender 1 and 2, characterized in that it is provided with annular fasteners with a latch and a pivoting head mounted in a through hole made in the flooring, leveling layer and profiled sheets. h4 Oi h / 3 unseat Fig. B