MODULAR CELLULAR PARTITION

Abstract

 A modular cellular partition formed by the joining of several partition modules joined by gluing.
Each partition module comprises two parts in the form of a sandwich, the inner part consisting of so-called cellular board (1), and covering this on both sides are two boards (3) of the plasterboard or MD type.
The inner composition of the partition is formed by the cellular board, composed by pressing wood particles and glue, forming a broken surface of zig-zagging, oblique, transverse walls with a V-shaped profile of truncated vertices; the parallel strips corresponding to the truncations being coplanar for application of the adhesive for joining the sheets.
In the partition there are solid parts formed by the cellular board (1) and hollow parts (2), for ducts.

Description

Object of the invention

[0001] The present invention, a "Modular cellular partition" as stated in the title of this patent specification, relates to a partition by modules for dividing any type of building, having very advantageous features with respect to the different types of existing partitions so far in the market.

State of the art

[0002] In the market there are different types of partitions: made of brick, plasterboard, wood, but none of them have the features described below. The modular cellular partition, object of this invention, has with respect to these types of partition important advantages in terms of assembly ease and time, the on-site cleaning and the good finish for subsequent painting. In this partition the possibility of cracks does not exist, it improves acoustics, saves on heating and has a much lower weight than a conventional partition.

[0003] A precursor of this partition is disclosed in patent No. P201001377 of the same applicant as the present invention, since its inner composition is the same as the cellular board disclosed in that patent. Said board is formed by pressing wood particles and glue, forming a broken surface of zig-zagging, oblique, transverse walls with a V-shaped profile of truncated vertices, the parallel strips corresponding to the truncations being coplanar for application of the adhesive for joining the sheets to each other or with sheets of the plasterboard, MD type or the like.

[0004] The improvement described below with respect to the patent P201001377 is that in this patent a mould for manufacturing cellular boards and the board manufactured with said mould is protected; in this new patent the object of the invention is a partition (made with the boards disclosed in patent P201001377) by modules for dividing any type of building.

Description of the invention

[0005] The present invention relates to a partition formed by joining several partition modules for dividing any type of building. As it is composed of modules, which are simply joined together by gluing, it is mounted very quickly due to its lightness and cleanliness, since there is no cement or other elements that generate debris.

[0006] This partition module consists of two parts in the form of a sandwich, so that the inner part would consist of a so-called cellular board, and covering this on both sides two boards of the plasterboard, MD type or the like would be placed.

[0007] The composition of the partition interior would be formed of the type of cellular board whose invention is reflected in patent No. P201001377 of the same applicant as the present invention. Said board is formed by pressing wood particles and glue, forming a broken surface of zig-zagging,oblique, transverse walls with a V-shaped profile of truncated vertices, the parallel strips corresponding to the truncations being coplanar for application of the adhesive for joining the sheets to each other, or with sheets of the plasterboard, MD type.

[0008] The formation of these partitions would be made by assembly modules. The joining of the modules is made by glueing.

[0009] These modules are to be provided with a system of ducts for the installation of all types of electrical, plumbing, heating, communication services, etc., needed in a residential building or commercial premises.

[0010] The attachment of the partition to the floor and ceiling is to be made by a metallic omega profile.

Description of the figures

[0011] 

• FIGURE No. 1 : In this figure, an elevational view of the partition formed by the assembly of several modules and a door is shown.
• FIGURE No. 2: A plan view of Figure 1.
• FIGURE No. 3: In this figure, an elevational view of the partition formed by the assembly of modules and a window is shown.
• FIGURE No. 4: In this figure, the assembly of the modules is shown in plan view.
• FIGURE No. 5: An elevational view of a hollow part (2) of the partition.
• FIGURE No. 6: A plan view of the partition where the joining of the corners can be seen.
• FIGURE No. 7: An elevational view of the attachment of the partition to the floor and ceiling by means of a metallic omega profile in assembly process.
• FIGURE No. 8: An elevational view of the attachment of the partition to the floor and ceiling by means of a metallic omega profile, with the partition completely assembled.
• FIGURE No. 9: Drawing of the cellular board.
• FIGURE No. 10: A plan view of the junction between partitions.

Preferred embodiment of the invention

[0012] The cellular partition is formed by the joining of several partition modules.

[0013] These modules consist of two parts, the inner part would consist of so-called cellular board (1) and, covering this on both sides, two boards (3) of the plasterboard, MD type or the like would be placed.

[0014] The formation of these partitions would be made through assembly modules which are joined by gluing.

[0015] In the central part of the partition there are solid parts formed by the cellular board (1) and hollow parts (2), which would form the ducts for the needed services.

[0016] In the solid parts of the cellular boar there are bevels (4) at the corners to facilitate the passage of the flexible pipes (spaghetti), which would be employed for housing all the necessary wiring to be passed through the hollow parts (2). (Figure 5).

[0017] These hollow parts (2) are located at certain heights from the floor, which are to be heights at which sockets, switches, piped music, etc., are located.

[0018] The attachment of the partition to the floor and ceiling is made by a metallic omega profile (5) (Figures 7 and 8).

[0019] At the joining of the partitions are the installation channels and an inspection lid for the installations (6), (Figure 10).

Claims

1. A modular cellular partition, characterised in that it is formed by the joining of several partition modules, which consist of two parts: an inner part formed by a cellular board (1), and the outer parts which cover it are two boards (3) of the plasterboard or MD type.

2. The modular cellular partition, according to the preceding claim, characterised in that the cellular board of the interior of the partition is formed by pressing wood particles and glue, forming a broken surface of zig-zagging, oblique, transverse walls with a V-shaped profile of truncated vertices; the parallel strips corresponding to the truncations being coplanar for application of the adhesive for joining the sheets to each other or with sheets of the plasterboard, MD type.

3. The modular cellular partition, according to the preceding claims, characterised in that said partitions are provided with hollow parts (2) forming a system of ducts.

4. The modular cellular partition, according to the preceding claims, characterised in that the solid parts of the cellular boards have bevels at the corners (4).

5. The modular cellular partition, according to the preceding claims, characterised in that the attachment of the partition to the floor and ceiling is made by a metallic omega profile (5).

Drawing