BR102013009595A2 - ASSEMBLY OF PANELS WITH ASSEMBLY AND ENVIRONMENTAL SLIDING AND DIMENSIONING SYSTEM - Google Patents

Abstract

SET OF PANELS WITH ASSEMBLY AND SLIDING SYSTEM FOR DIVISION AND DIMENSIONING OF ENVIRONMENTS, where rails fixed to the ceiling (T) of an environment (A), and receive sliding guides sliding guides (2) threaded on the upper edges of panels (14). Each of the sliding guides (2) is formed by a vertical threaded rod (3) delimited by a support ring (4), from which extends a central vertical support (5) for a double caster (6), in addition to two opposite stabilizing rods (7), transverse, provided with rollers (8) at their ends. The double casters (6), when inserted, will run along the rail (1) together with the rollers (8) in rotation of the oblique rods (7), stabilizing and carrying the panel (14). Depending on the number of rails (1) fixed to the ceiling (T) and the number of panels (14), two, three or as many as desired, different compartments (C) will be formed in an environment (A). The dimension of the compartments (C) can be reached gradually, just by pushing the panels (14) by their sliding guides (2) along the tracks (1). If a compartment (C) is to be dismantled, the panel (14) is leaning against the room wall (A) or simply removed from the rail (1) and accommodated in another location.

Description

“PANEL ASSEMBLY, ASSEMBLY AND ENVIRONMENTAL SLIDING AND ASSEMBLY SYSTEM” This patent application refers to an assembly of panels, receivers for attaching sliding guide couplings to pre-fixed rails on the ceiling of a room.

By the proposed system, with the rails already fixed to the ceiling, they receive the coupling and the sliding along their longitudinal direction of the sliding guides, which carry the panels with them so that the environment can be divided into two or more compartments, gradually reduced or increased at any time. The panels can be kept fixed, locked between the floor and ceiling, or always slidingly moved. This way, the compartments of an environment can be quickly assembled or undone according to the need of the moment.

TECHNICAL STATE

As is well known, a major need encountered today is the division of environments, especially commercial or industrial spaces. In a large hall, for example, where there is a need to divide it into several rooms, measurements are usually made and then ordered screens or walls that are permanently fixed between the ceiling and floor.

Of course, these modular systems are suitable even for residential environments, as shown, for example, by the MU 9101855-2 protected deposit filed on 18.10.2001 with the title “PREPARATED EXPANDED POLYSTYRENE PANELS PROVIDING TERM INSULATION”. “ACOUSTIC”, whereby a pre-molded plastic foam panel has “moldable” honeycomb grooves, which adapt flexibly to accommodate varying widths of metal profiles. The profiles are adhered to both sides, plasterboard, which can be divided into environments and providing thermo-acoustic insulation.

These partitions, like those in the above-mentioned patent document, require highly specialized labor for their implementation, consisting of numerous components and, as a major limiting factor, are panels with fixed systems.

If the environment is to be resized, these assemblies must be removed and fixed elsewhere, bringing great work and often deteriorating with disassembly.

Currently, rails can be attached to the room floor to receive sliding panels. As they are fixed to the floor, the rails eventually deform, making it difficult to slide the panels and accumulate debris and hinder the passage of users of the installation environment.

Ideally, these split systems can be installed to fit the dimensions of each environment without obstructing passage, or even better, that they can define spaces as needed and that these spaces can be resized at any time. .

PURPOSE PURPOSE The purpose of the assembly in question and the system surrounding it, reasons for this patent application, is its installation for operation from the ceiling of the environment where panels are moved and gradually spaced from one another to form compartments of any kind. dimensions in environments, whether commercial, industrial and even residential.

With such mobility, a commercial hall can quickly gain several rooms or just one room, in any desired size, for a meeting for example. After the meeting is over, the compartment can be undone by re-moving the panels and so on, for instant divisions and relocation in any environment.

Superficially explained, the ensemble is further detailed through the accompanying drawings, as follows: Figure 1 - perspective view of the end of one of the rails to be fixed to the ceiling, to which one of the sliding guides is aligned;

Figure 2 - perspective view showing the rails and sliding guides, which are aligned with threaded holes in the upper edge of a frame. The frame has adjustable supports on its lower edge and receives bolting of closing plates;

Figure 3 - perspective view according to the previous figure, showing the rails fixed to the ceiling of the room. In this view the sliding guides have been threaded into the upper edges of the frame which will receive the closing plates on both sides for forming a panel;

Figure 4 - perspective view according to the previous figure, showing the frame receiving the last closing plate, for the formation of a panel;

Figure 5 - perspective view according to the previous figure, showing the direction of coupling of the panel by its sliding guides in the rails;

Figure 6 - Schematic view of any environment. In this view it is shown that the rails installed in the ceiling of an environment receive the panel coupling by means of its sliding guides to be moved along the rails, to form the compartments. In this figure three rails and one panel are shown, and of course various numbers of rails and panels can be used, depending on the dimensions and the number of compartments desired for the environment;

Figure 7 - perspective view according to the previous figure, showing the panel being moved by the sliding guides with their double casters by the rails, gradually decreasing the compartment. Depending on the placement of the panel, the compartments can be resized;

Figure 8 - perspective view, showing the panel retracted on the rail and leaning for example against a wall of the room. This way the compartment can be undone in the environment. The panel can simply be detached by its sliding guides from the rails, thus being removed from the environment.

In accordance with the accompanying drawings, annexes, the “PANEL ASSEMBLY, ASSEMBLED AND ENVIRONMENTAL DIMENSION AND SLIDING SYSTEM” object of the present patent application is a set composed of rails (1) working with sliding guides (2), each formed by a threaded vertical rod (3) delimited by a support ring (4), from which extends a central vertical support (5) to a double caster (6 ). Also from the support ring (4) extend transversely with respect to the casters (6) and obliquely with respect to the central vertical support (5), two opposing stabilizing rods (7), provided with rollers (8) at their ends. , as shown in particular by Figure 1.

As shown in Figure 2, the assembly is completed by a frame (9) provided at its upper edge with threaded holes (10) and tied by criss-cross tie rods (11), closure plate receivers (12). At the bottom edge, the frame (9) has adjustable supports (13).

Thus composed, the assembly will be used to rapidly divide environments (A) and to form in them, in sliding system, compartments (C) of any size. Such compartments (C) can also be quickly dismantled as required, also in sliding system.

As shown in Figure 3, initially the rails (1) are fixed in parallel to the ceiling (T) of the environment (A), simultaneously with the threaded vertical threaded rod (3) of each of the sliding guides (2) in the threaded holes ( 10) the upper edge of the frame (9). As shown in figures 3 and 4, the frame (9) also receives the bolting of closing plates (12), forming a panel (14).

As shown in Figure 5, the sliding guides (2) are aligned with the rails (1) and are inserted into them by the double casters (6). The double casters (6), when inserted, as shown in Figure 6, will run along the rail (1) together with the rotating rollers (8) of the oblique rods (7), stabilizing and carrying the panel (14). The oblique rods (7) prevent the panel (14) from being bent when running down the rail (1). Once the position is found, the panel (14) is locked on the floor (P) by adjusting its lower supports (14), forming a compartment (C), as shown in figure 7.

Thus, depending on the number of rails (1) fixed to the ceiling (T) and the number of panels (14), two, three or as many as desired, various compartments (C) will be formed in one room (A). The size of the compartments (C) can be gradually achieved by simply pushing the panels (14) by their sliding guides (2) along the rails (1).

If a compartment (C) is to be dismantled, as shown in Figure 8, the panel (14) is pushed against the room wall (A) or simply removed from the rail (1) and accommodated elsewhere.

Claims (5)

1) “PANEL ASSEMBLY”, consisting of a set composed of rails (1) working with sliding guide (2), characterized by being formed by threaded vertical rod (3) delimited by support ring (4), from from which a central vertical support (5) extends to a double caster (6), and also from the support ring (4) extend transversely to the casters (6) and obliquely to the support vertical center (5), two opposing stabilizing rods (7), provided with rollers (8) at their ends, said set completed by a frame (9) provided at its upper edge with threaded holes (10) and tied by tie rods (11), closing plate receivers (12), and at its lower edge, the frame (9) has adjustable supports (13). 2) "ASSEMBLY" according to claim 1, after fixing the rails (1) in parallel to the ceiling (T) of the environment (A), characterized in that the vertical threaded rod (3) of each of the sliding guides (2) is threaded in the threaded holes (10) of the upper edge of the frame (9), which receives, on both sides, the screwing of closing plates (12), forming a panel (14), with the sliding guides (2) inserted by the double casters (6) on the rails (1). 3) "ENVIRONMENTAL DIVISION AND DIMENSIONS SLIDING SYSTEM" according to claims 1 and 2, characterized in that the slide guides (2) run together with the rollers (8) rotating the oblique rods (7) by the rails (1); stabilizing and carrying the panel (14) with it being that, once the position is found, said panel (14) is locked on the floor (P) by adjusting its lower supports (14), forming a compartment (C). 4) "ENVIRONMENT DIVISION AND DIMENSIONS SLIDING SYSTEM" according to claim 3, characterized in that, according to the number of rails (1) fixed to the ceiling (T) and the number of panels (14), several compartments (C) are formed. ) in an environment (A), with size gradually reached by just pushing the panels (14) by their sliding guides (2) along the rails (1). 5) “ENVIRONMENTAL DIVISION AND DIMENSIONS SLIDING SYSTEM” according to claims 3 and 4, if the compartments (C) are to be dismantled, characterized in that the panel (14) is pushed into the room wall (A) or simply removed from the room. rail (1) and accommodated elsewhere.