ES2245860B1 - MODULAR SYSTEM OF STRUCTURE ASSEMBLY. - Google Patents

Abstract

Modular structure assembly system. Modular mounting system applicable for the construction of removable structures such as stages, stands, walkways, stairs and all types of floorboards. The modular system is composed of a small number of parts with a great versatility of use within the same structure. The system is made up of: Rectangular modules that all have a three-compartment profile, brackets for fixing the legs to the modules and joining profiles at right angles, adjusters (male and female fasteners), telescopic legs, sliding slides, joining system telescopic elements (flanges), module joining system, bracing parts. These same pieces serve both for the formation of horizontal and vertical surfaces, solving the problem existing in the formation of the back of the stages.

Description

Modular structure assembly system.

The object of the present invention relates to a modular mounting system applicable for the construction of detachable structures such as stages, stands, walkways, stairs and all kinds of floorboards.

Prior art

For this type of construction there are in the current multitude of systems presenting all of them as tonic low durability and poor adaptation to needs of the user.

There are folded systems that at the time of your emplace in the desired place, unfold giving rise to parquet, stairs ... These systems have serious difficulties in transportation and storage, as well as enormous limitations regarding the versatility of their constructions being of very limited range of possibilities.

Trying to solve the problems of previous systems, modular flooring techniques are developed that although they present a better adaptation to the needs of the user, are composed of a large number of pieces different making assembly difficult and increasing the amount of hours and operators necessary for your job.

Another problem with constructions Modular known today is that the parts used for horizontal surface formation (soils of scenarios) are not valid for surface formation vertical (back of the stage) so it they need even more pieces for their formation, adopting unstable and lacking security solutions.

Explanation of the invention.

The present invention resolves very satisfactory the problem exposed and existing in the current modular constructions.

The modular system is composed of a small  number of pieces with great versatility of use within the same structure. The same pieces serve both for training of horizontal as vertical surfaces, solving the existing problem in the formation of the back of the scenarios

This great adaptation of its components to the construction needs cause a decrease considerable hours of work and operators.

The system consists of:

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Rectangular modules that they all present a tricompartmental profile.

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Fixing brackets legs to the modules and union of profiles at right angles.

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Adjusters (male fixers and females)

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Telescopic legs

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Sliding slides.

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Element joining system telescopic (flanges).

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Joining system modules

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Pieces of bracing

According to the characteristics of the invention, the modular system presents a series of modules configured from tricompartmental profiles (fig. 1) joined at right angles thanks to squads equipped with perforations at its ends for fixing the profiles by adjusters. Inside it has a passenger compartment square capable of housing the telescopic leg that is fixed by a male adjuster preventing its slightest movement once tight.

The squares present as characteristic main the fact that its edges are joined by means of a quadrant of circumference. This union makes the board upper resting on the square and the profiles, do it on a wide surface and remain solidly resting place to a firm and resistant ground.

The profiles in turn have walls verticals in which they extend in each of them a short section down, with a recessed profile that can accommodate remaining flush with a velcro tape attached for fixing elements such as skirts, to subsequently have a "L" shaped projection (4). The projection in the form of "L" (4), which is repeated in front of the previous one at the bottom of the profile, it has in its middle zone a small vertical and straight section that joins it with the ledge facing the bottom, presenting in its means an elevation in the form of "T" (3), configuring of this way sliding guides (1, 1 ').

This tricompartmental mechanized profile and in concordance with the above makes it possible to generate two guides independent (1, 1 ') and complementary that will serve as fixation of elements such as stairs, posts, seats ... arranging of at least one anchor point per guide, being able to be several if the Construction requires it. This feature gives the profile of considerable progress compared to those already known, since it is not They require extra parts for the perfect fixation of the additional items

The two guides described above have oval faces (2, 2 ') near the corners of the modules, liable to pass sliding slides (5), rectangular pieces that present in its central area (6) and perpendicular to the rectangular surface the body of a welded bolt (7), leaving these inside the guides with free movement to be located where necessary and that they will serve as fixation of the additional elements (8).

Thanks to the guides have those faces oval (2, 2 ') through which the slides are introduced sliders (5) and fasteners of elements, makes possible the incorporation at any time of any element extra to the structure once assembled, without the need for decouple any module to carry out said operation as it is usual with the modular systems known until moment.

For joining two adjacent modules, it is used a piece that allows a solid and reliable fit and at the same Time is fast and convenient adjustment application (9).

This element has been materialized by two  clamps (10, 10 ') that have rails as rails liable to attach to the inside edges of the profiles three-compartment, as well as in the sliding guides of the profiles and legs. The two clamps are joined by a body cylindrical central threaded in them (11) of variable length, and which by means of adjusters are fixed and tightened (12).

One of the clamps has a hole Hexagonal of adequate size and depth to house in your inside a nut preventing it from turning at the time of its squeeze in.

Thanks to the rails in the form of rails this piece is applicable as an element of training and adjustment of vertical surfaces

Another improvement over the current consists of the connecting piece of telescopic elements "flange" (20). These pieces have a great versatility of use, being pieces essential that provide consistency to surfaces horizontal (ground, steps ...) and are essential pieces in the vertical surface formation (stage background).

The central body of the flange (20) manufactured in high strength aluminum has two interiors independent of square profiles (13, 13 '), opened by its upper part and joined by a straight segment that presents a reinforcement in its central zone. This main body presents three rectangular faces (14) with a hole in its center susceptible to house sliding slides referred to above (5), being fixed in this case setting anchor points for different elements.

This configuration provides the flange (20) with great possibilities of assembly since it has three points of independent union. The attachment points set by female adjusters (12) the brace parts of the structure that they are interlinked joining legs of different squares. These flanges (20) allow the joining of legs or part of them with a great solidity and security thanks to the elements located in rectangular rooms they are perfectly embraced thanks to the third anchor point that fixes a platelet a shape of "U" (13), closing the rooms completely.

According to the telescopic feature of The invention incorporates telescopic legs that are equipped of some elements and an innovative configuration getting a total adaptation not only of its height but of the elements of brace and consequently to any irregularity of the ground.

The telescopic legs (16) formed by a outer casing (17) square tubular capable of housing in its inside a sliding metal profile (18) and adjustable in height by adjusters (12) made of injected aluminum and equipped in its central area with a hexagon shaped hole for allow a perfect fit using the corresponding tool  and a consistent fixation.

The inner profile has guides (19) in its structure in which it incorporates internal sliding slides (5) for fixing it. Because of its mobility it allows you to use a single measure of brace element for the assurance of contiguous modules even thanks to the possibilities of this new configuration allows the incorporation of the elements of hold and security, when the structure is formed by a only module, which was impossible in known systems.

The inner profile can have different terminations such as rubber studs or wheels.

Cone-shaped rubber studs performs a truncation at medium height, to give it a square interior inside, has reinforcements in the corners of the passenger compartment by way of outer radial ribs, which achieves a more precise fit and great durability. These tacos make the overall structure hold comfortable being able to mount on any type of surface without damage or deterioration thereof.

All the hold and the fixation of the pieces are  performs with the same type of adjusters without having to have different auxiliary screws of adjustment and / or union with what simplifies assembly, requiring only one type of tool for assembly

For everything described above, the present invention enjoys great advances with respect to systems currently known and used, making the modular systems, constructions with a wide range of possibilities without leaving user safety aside. Security based not only on the elements that constitute it, but also, thanks to the materials in which they are manufactured all of them being high strength and durability materials, preferably stainless steel and injected aluminum.

In order to illustrate how much so far we have exposed accompanies the present specification forming an integral part of it, some drawings in which represented in an simplified and schematic way an example of only illustrative and non-limiting realization of practical possibilities of the invention.

The exposed in the summary of this request, is based on the claims and are incorporated into the Same as reference. Additional objects, as well as the use of different material and form that do not alter the functionality of the invention must be considered part of the Description by an expert in the field.

Description of the drawings

Fig. 1: This figure shows the detail of the three-component mechanized profile of the different modules, where you can see the guides (1, 1 ') where the slides will slide that are introduced through the oval faces (2, 2 ') made for that purpose.

Fig. 2: Tricompartmental profile section with the different protrusions in the form of "L" (4) and in the form of "T" (3) that give rise to the sliding guides (1, 1 '). Fig. 3: Details of sliding slides, made by a central body (6) on which a threaded body (7) is welded in its central zone.

Fig. 4: Shows the way in which the elements additional such as stairs, masts, railings, seats ... are fixed to the machined profile by means of sliding slides (5).

Fig. 5: Connecting and fixing element of two adjacent modules consisting of two clamps (10, 10 ') joined by means of a cylindrical central body (11). This item thanks to The grimaces that he has embraces two contiguous profiles being firmly attached thanks to the adjuster (12). This piece is used in the construction of horizontal surfaces as in the vertical

Fig. 6: Flange (20) connecting elements telescopic

Fig. 7: Detail of the way of joining two elements by means of a flange (20).

Fig. 8: Inner metal profile Sliding (18) and height adjustable by adjusters female. The inner profile has guides (19) in its structure in the  which incorporates internal sliding plates (5) for the module bracing.

Fig. 9: Shows the telescopic legs formed by a square tubular outer shell (17) susceptible to to house inside a sliding metal profile (18) that fixed in height by adjusters (12).

Fig. 10: Shows detail of the anchor on the Additional item guides.

Preferred embodiment

Modular mounting system applicable to the construction of detachable structures such as scenarios, bleachers, walkways, stairs and all kinds of floorboards in which rectangular elements with profiles Three-component made of injected high aluminum resistance (fig. 1) that have 2 guides in each of its edges intended for the introduction of sliding slides made of stainless steel A2. These slides serve as a point anchoring auxiliary elements such as railings, stairs, masts, seats ... (fig. 10).

The preferably rectangular platforms They have 4 telescopic legs fitted in the passenger compartment rectangular of each of the squares that join and fix in right angle tricompartmental profiles. These legs have two parts both made of high injected aluminum resistance. A first part or tubular outer shell (16) square capable of housing inside the second piece or sliding metal profile (18) and height adjustable by adjusters

The inner profile (18) has guides in its structure that incorporates sliding internal slides for the bracing of the modules. In mentioned plates are fix the brace elements for module assurance Close or contiguous

These sliding slides are the first point of union of the elements of brace being the second point the "flanges" (20) or leg connection pieces.

These flanges (20) join and secure two legs contiguous presenting two different sizes depending on the leg element to which secure and fix.

Two adjacent modules are fixed by materialized parts as clamps (fig. 5) using These pieces for vertical surface formation.

The telescopic legs can be finished in your bottom with rubber studs or wheels, depending on use that you want to provide the module of which they are supportive.

All the elements referred to above or part of them are those used in the formation of vertical surfaces (fig. 11).

Claims (16)

1. Modular structure assembly system characterized in that it comprises mechanized profiles, telescopic legs, adjusters, sliding slides, connecting flanges of telescopic elements, connecting pieces between modules, brace elements, brackets and terminal elements. 2. Modular structure assembly system according to claim 1, which has telescopic legs formed by a square tubular outer shell capable of housing inside a sliding and height-adjustable metal profile that has an elastic pin at the upper end characterized in that The outer shell has at least two arc-shaped end faces at its bottom. 3. Modular structure assembly system according to the preceding claim, characterized in that a central point from which at least three radial arms arise towards a square peripheral area in which at least two of its surfaces are recognized in the internal metal profile, sliding and adjustable in height. faces have guides that extend along the profile capable of housing sliding fasteners and / or slides capable of moving along the guides. 4. Modular structure assembly system containing sliding slides according to claim 3, characterized in that said slides are formed by a more or less rectangular and flattened plate-like body that has a screw in its center jointly attached to the preferably vertical platelet. 5. Modular structure assembly system containing sliding slides according to claims 3 and 4, characterized in that said slides are used in processes for fixing and / or anchoring vertical, horizontal surfaces and auxiliary elements. 6. Modular structure assembly system according to claim 1 characterized in that the joining flange of the telescopic elements is composed of a central body made of high strength material and having at least two independent rooms of preferably square profiles of varying perimeter, open at the top and joined by a straight segment of variable length in which anchor points and / or junction are available. 7. Modular system for the assembly of structures containing connecting flanges of the telescopic elements according to claim 6, characterized in that the connection points of the flanges are materialized by more or less rectangular grinds with a hole in their center capable of housing sliding slides previously claimed preferably having a total of three. 8. Modular structure assembly system containing flanges for joining the telescopic elements according to claims 6 and 7, characterized in that they are used to hold horizontal surfaces and the formation of vertical surfaces. 9. Modular structure assembly system according to claim 1 containing rectangular modules with mechanized profiles joined at right angles by means of squares characterized in that they have vertical walls in which they extend in each of them a short downward section that presents its recessed surface on which a velcro tape is adhered, to later have a "L" shaped projection. The projection in the form of "L", which is repeated in front of the previous one in the lower part of the profile, has in its middle area a small vertical and straight section that joins it with the facing and lower projection, presenting in its middle an elevation in "T" shape, setting sliding guides. 10. Modular structure assembly system according to the preceding claim containing rectangular modules with mechanized profiles joined at right angles by means of squares characterized in that the number of profile guides is preferably two and are provided with more or less oval grimaces being preferably one per guide susceptible of sliding sliders through them. 11. Modular structure assembly system according to claim 9 containing rectangular modules with mechanized profiles joined at right angles by means of squares equipped with perforations at their ends and which inside has a square cabin capable of housing and fixing the telescopic legs by means of a adjuster characterized in that its edges are joined by means of a circumference quadrant generating a surface on which the surface generating element rests. 12. Modular structure assembly system according to claim 1, characterized in that the module attachment and fixing element comprises two clamps with faces connected by a preferably cylindrical central body of variable length threaded into them and which by means of adjusters or bolts are fixed and tightened. 13. Modular structure assembly system containing elements for joining and fixing modules according to the preceding claim, characterized in that the fixing faces are susceptible rails in housing the edges of the profiles and entering the different guides of the system. 14. Modular structure assembly system containing elements for joining and fixing modules according to claims 12 and 13, characterized in that at least one of the clamps has a hexagonal hole of adequate size and depth to house a nut inside. 15. Modular structure assembly system according to claim 1 wherein the terminal parts are preferably wheels and / or rubber studs characterized in that they are configured as a cone to which a medium height truncation is performed by presenting a preferably square interior inside presenting reinforcements in the corners of the same as external radial ribs in the form of small cones. 16. Modular structure assembly system according to previous claims characterized in that the constituent parts and / or part thereof serve for the formation of both horizontal and vertical surfaces, preferably flooring and stage walls.