ES2569543A1 - Pergola with integrated electrical installation for lighting (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Pergola with integrated electrical installation for lighting, comprising an awning (2) supported on transverse bars (3) with sliding elements (4) that run along perpendicular guides (5) and, at least, one lamp (6) of lighting in some of the bars which is fed from an electrical installation that runs totally integrated into the structure of the pergola itself (1). The guides (5) are constituted by connecting cables (51) and the sliding elements (4) by rolling pins (41) which, by combining connection pieces and insulators, connect the connection terminals of the wiring (61) of the lamp (6). ) of the transverse bar in which they are incorporated with said connector cable (51) electrically powered. The connecting cables (51) are inserted in longitudinal supports (7) and electrically fed, in each longitudinal support (7), alternating in positive and negative. (Machine-translation by Google Translate, not legally binding)

Description

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In view of the aforementioned figures, and in accordance with the numbering adopted, a non-limiting example of the pergola with integrated electrical installation for recommended lighting can be observed, which includes the parts and elements that are indicated and described in detail then.

Thus, as observed in said figures, the pergola (1) in question comprises, in a known manner, a canopy (2) supported on a plurality of cross bars (3) whose ends incorporate sliding elements (4) that run through guides (5) perpendicular to said crossbars (3), counting, one, several or all the bars with at least one lighting lamp (6).

And, from this already known configuration, the pergola (1) is distinguished by the fact that said lamp or lamps (6) are powered from an electrical installation that runs fully integrated in the structure of the pergola (1) , since the guides (5) through which the sliding elements (4) run are constituted by connecting cables (51) inserted internally inside respective longitudinal supports (7), and said sliding elements (4) are constituted by bolts rolling elements (41) which, combining metallic connection pieces and insulating plastic parts, connect the wiring connection terminals (61) of the lamp (6) with said connecting cable (51) which, in each longitudinal support (7) is Powered electrically, preferably alternately in positive and negative.

According to figure 2, it is observed how the lamp (6) is coupled to the bottom of the crossbars (3) by means of an anchoring profile (8) and a protective screen (9), with the positive wiring (61) being arranged and negative at each end thereof inserted within the bar itself to the ends thereof, in which two plastic housings (10) are provided to receive the lower end of the respective rolling bolts (41) fastened with corresponding fixings (eleven).

On the other hand, in figure 3 it can be seen how the connecting cable (51) that constitutes the guide (5) is kept tensioned within the longitudinal support (7) through tensioners (52) and fasteners (53).

As for the rolling bolts (41), appreciable in Figures 4 and 6, they are essentially formed from a lower rod (42), which is the part thereof that is inserted

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at the end of the crossbars (3), which forms a sheath that internally has a metal stud (43) that determines the connection point with the wiring connection terminal (61) of the lamps (6), and two differentiated groups of wheels in its upper part which is the one that is inserted in the longitudinal support (7), consisting of a

5 main group (44) of sliding vertical casters, which run supported in the cavity of the longitudinal support (7), and a secondary group (45) of horizontal guide casters between which the connecting cable (51) that constitutes the guide runs (5), which is attached, to prevent unwanted exits, between flat tracks (46) bolted to said secondary group of casters (45) and to the bolt body.

10 It is important to note that both the secondary wheel group (45) and the plates

(46) that hold it are made of metal, and therefore, conductive elements that provide the electrical contact between the connector cable (51) and the internal metal pin (43) described above, since it emerges through the lower part of said plates (46) to make

15 contact with the casters (45) and with the connecting cable (51).

For its part, the rest of the parts of the rolling pin (4), that is, the lower rod (42), the main wheel group (44) and an intermediate support piece (47) as well as the central body of the bolt they are made of plastic or rubber in the case of the main group wheels (44)

20 and therefore, constitute insulating elements.

Describing sufficiently the nature of the present invention, as well as the way of putting it into practice, it is not considered necessary to extend its explanation so that any person skilled in the art understands its scope and the advantages that derive from it,

25 stating that, within its essentiality, it may be put into practice in other embodiments that differ in detail from that indicated by way of example, and which will also achieve the protection that is sought as long as it is not altered, change or modify its fundamental principle.

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Claims (1)

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