OBJECTIVE OF THE INVENTION

The present invention may be included within the technical field of the assembly of products from constituent components. In particular, the object of the invention relates to a system for connecting components to assemble a particular product.

BACKGROUND OF THE INVENTION

Clip-type connection systems, that permit a reversible, and generally hidden, connection between two components are well-known and used in a wide variety of applications.

DESCRIPTION OF THE INVENTION

The present invention describes a system for connecting components that is of universal application and is intended to connect a first component to a second component. The system according to the invention comprises a first body and a second body, where the first body is intended to be attached to a first component of the two components, and the second body is intended to be attached to a second component of the two components.

A preferred, though not exclusive, field of application is that of the construction of furniture, because items of furniture are made up of slats and boards that are well adapted to being connected by the connection system of the invention to assemble the furniture, as described below.

The invention is characterized in that each of the bodies incorporates an attachment portion equipped with means of attachment to be attached to the corresponding component, as well as each body additionally incorporates a connection portion equipped with a means of connection, to connect the bodies to each other according to a form closure. The means of connection comprise: in the first body, a male wedge, of growing trapezoidal section and, in the second body, a cavity to accommodate the wedge according to a form closure. Additionally, a protuberance-type restriction means is incorporated, which are situated on the male wedge to restrict slipping of the bodies with respect to each other.

By employing the described system of connection as an alternative to clip type connections, a sufficiently solid connection is achieved between the two components, and at the same time a higher degree of discretion is achieved, because the bodies are hidden and the connection is reversible, allowing the bodies to be removed and reused.

On the other hand, the components of the described system of connection can be simply and inexpensively attached to the components to be connected. In particular, the means of attachment described does not require the carrying out of operations on the components such as CNC milling or the like, which would greatly increase the costs.

DESCRIPTION OF THE DRAWINGS

To complement the description being made and in order to aid a better understanding of the characteristics of the invention, according to a preferred example of practical embodiment of the same, a set of drawings is attached as an integral part of said description, where, in a purely illustrative and non limiting way, the following is represented:

Figure 1 .- Shows a perspective view of the first body of the connection system according to the present invention.

Figure 2.- Shows a perspective view of the second body of the connection system according to the present invention.

Figure 3.- Shows a perspective view of the first body of figure 1 and the second body of figure 2 in a connected position.

PREFERRED EMBODIMENT OF THE INVENTION

The system for connecting components, of universal application, according to the present invention, is used for connecting together a first component and a second component, and is useful in many applications, among which stands out, for example, the assembly of furniture, where the components are usually boards.

The system comprises a first body (1 ), shown in figure 1 , and a second body (2) shown in figure 2. Returning to figure 1 , the first body (1 ) comprises a first attachment portion to be attached to the first component, and a first connection portion. Similarly, returning to figure 2, the second body (2) comprises a second attachment portion to be fixed to the second component, and a second connection portion to connect, in cooperation with the first connection portion, the first body (1 ) to the second body (2) according to a form closure.

The first body (1 ) and the second body (2) are preferably manufactured integrally, for example by moulding or Injection, from polymeric materials.

The connection system further comprises attachment means, shown in Figures 1 to 3, to fix the attachment portions to their respective components, preferably in a detachable way, so that the bodies (1 , 2) may be reused. In particular, the attachment means may comprise, for example, two holes (3), see figure 2, located on at least one of the attachment portions, to screw the body (1 , 2) or bodies (1 , 2) to the corresponding component. Alternatively, also by way of example, the attachment means may comprise rods (4), see figure 1 , also incorporated in at least one attachment portion to be stuck to the corresponding component. The rods (4) can be barbs, as depicted in figures 1 and 3, which incorporate retention means (5) on their periphery, for example, frustoconical retention protrusions, to provide resistance to separation. The first attachment portion and the second attachment portion comprise a preferably flat first attachment face (6) and second attachment face (7) respectively, designed to be in contact with the corresponding component, where the attachment means are incorporated on the attachment faces (6, 7).

Respective first connection means and second connection means are located in the first connection portion and the second connection portion. The first connection means comprise: a first, preferably flat, connection surface (1 1 ), and a male wedge (12), whose cross-section is trapezoidal, and growing from a first end (13) of smaller section to a second end (14) of larger section, where the male wedge (12) starts from the first connection surface (11 ). Meanwhile, the second connection means comprise: a second connection surface (8), which is preferably flat; and a cavity (9), of trapezoidal configuration corresponding to the male wedge (12), to insert the wedge male (12) in accordance with a form closure. As shown in the figures, the cavity (9) is defined by divergent walls (10) that start on the second connection surface (8).

As shown in figure 3, the first connection surface (1 1 ) and the second connection surface (8) are configured preferentially to make contact respectively with the walls (10) and the male wedge (12) to allow relative sliding of the two bodies (1 , 2) with respect to each other. Preferably, the connection surfaces (8, 1 1 ) are not parallel to the attachment faces (6, 7).

The male wedge (12) and the cavity (9) have respective trapezoidal sections that favour a restriction to a movement that separates the first body (1 ) from the second body (2). Also, the growing character of the trapezoidal sections provides more secure attachment of the bodies (1 , 2) with respect to each other in case of sliding.

Additionally, restriction means are incorporated to restrict, through elastic deformation, relative longitudinal displacement of the first body (1 ) and the second body (2) with respect to each other, once they are connected. In particular, the restriction means may be located on the male wedge (12) to restrict relative movement of the male wedge (12) and the cavity (9) with respect to each other. According to an example shown in figure 3, the male wedge (12) includes a connection protuberance (15) made in hard and elastically deformable material located at the first end (13), so that, under conditions of use, that is, when the male wedge (12) is inserted into the cavity (9), the male wedge (12) protrudes from the cavity (9). Preferably, the connection protuberance (15) is formed integrally with the male wedge (12).

To connect both components to each other, first the two bodies (1 , 2) of one or more connection systems are attached to the corresponding components to be connected. Subsequently, the male wedge (12) is connected to the cavity (9) of the corresponding bodies making the male wedge (12) slide into the cavity (9), which, due to the elastic nature of the connection protuberance (15) and the growing trapezoidal section of the male wedge (12) and the cavity (9), a snap form closure results.