Abstract:
The present invention relates to a mounting system of a box, of any shape or dimensions, to a static or dynamic structure. The system is particularly advantageous in the automotive sector, where it is necessary to optimize times and simplify the mounting of a box to a vehicle chassis.
Abstract:
An object of the present model is a plastic bracket (1) for binding toolboxes, geometrically consisting of a first portion (11), which gradually tapers coupling with a second portion (12), the latter being of smaller section and elongated shape with respect to the first one, such bracket consists in its inner part of an ordered set of hollow sectors (4) placed side by side, above and below, with respective ordered sets of crosslinked sectors (5).
Abstract:
Device with adaptable elements, suitable for fastening accessories boxes, fire extinguisher boxes, or mudguards to the frame of a heavy vehicle, comprising a tubular element (2) equipped with a first section (22) equipped with an annular sequence of prismatic projections (221) equidistant and circularly arranged and a second tubular section (23), equipped with a row of toothed blocks (231), said tubular elements (2) being suitable for fastening a metal box (3) or plastic box (7) or plastic plate (8) or U-shaped elements (91, 92) by their simultaneous engagement both inside said coupling elements (4) and inside a toothed flange (5), the latter being fastened on the front surface (41) of the coupling elements (4).
Abstract:
The object of the present invention is a fixed safety device to be installed on board of a watercraft, which can be activated when a leak occurs that could sink the vessel. The device provides for the insertion of floats (1, 2) within compartments (85) located on the sides of the watercraft that when activated are expelled from their housings and inflated with gas coming from tanks positioned within the hull of the watercraft. The flotation elements (1, 2), when inflated, are positioned in two parallel lines, that is from a first top row, which is formed by top flotation elements (2), and a second row lower than the first one, formed by bottom flotation elements (1), said top flotation elements (2) being suitable for imparting a downward boost to said bottom flotation elements (1) so as to position the latter below the waterline.