Abstract:
Method for producing an integrated door for a cabinet-like furniture piece, of the kind including a middle panel that fully covers a frame and the related peripheral border in a flush manner, said method comprising the steps of providing a structural planar panel (1), forming the related raised edges (2, 3,4, 5) so as to form a parallelepiped-shaped frame open on a face thereof, providing a thick slab of filling material (6), such as preferably high-density polystyrene foam, to be fitted in a flush manner into the volume of said frame, coating the outer faces of said slab with a glue or adhesive substance, inserting said slab (6) into the cavity of the frame, closing the outer face of said slab with an outer panel (8), and compressing the slab between said outer panel (8) and the back wall of said frame.
Abstract:
Doors capable of sliding relative to each other, and adapted to be arranged alongside of each other on a common vertical plane, comprising sideward sliding means, a pair of lower and/or upper runners having different lengths, extending parallel to each other and curving at the respective terminal portions thereof, as well as oriented in a common direction and with differing radiuses of curvature; rolling means adapted to slide on said runners; support means engaging said doors relative to said rolling means, which comprise as resting plate placed on a horizontal plane and firmly joined to a respective one of said doors; a first pair of parallel wheels provided on a common axis at the sides of a first one of said runners; a first connecting member connecting each one of said wheels; a pin rotatably connecting said connecting member to said resting plate; a second pair of wheels, along with a respective second connecting member and a respective second pin connecting said second connecting member to said resting plate.
Abstract:
There is described a lighting device (100) to be installed outdoors and built into masonry structures comprising: a plurality of light sources (sl-sn), such as LEDs; an optical component (4) facing said light sources (sl-s4) to allow propagation of light radiation; a housing (2) for the light sources (sl-s4) and for the optical component (4) equipped with an opening (8) for the emission of light radiation. The optical component (4) is rigid and is such as to substantially fill a region interposed between the light sources (sl-s4) and the opening (8).