초록 ▼

A modular lighting system for illuminating products supported upon various vertically arranged shelves of a display unit includes a housing attached to a first shelf, with the housing including at least one transparent panel which permits an internal illumination source to light products supported u

A modular lighting system for illuminating products supported upon various vertically arranged shelves of a display unit includes a housing attached to a first shelf, with the housing including at least one transparent panel which permits an internal illumination source to light products supported upon at least one of the first shelf, a shelf arranged directly above the first shelf and a shelf disposed directly below the first shelf. Most preferably, the light illuminating from the housing is directed so as to effectively, entirely illuminate product support surfaces associated with both the first shelf and the shelf directly below such that the display of products supported anywhere from the front to the back of these shelves is enhanced. This front-to-back lighting function can be achieved in various ways, such as by employing direct, reflective and refractive lighting techniques.

대표청구항 ▼

A modular lighting system for illuminating products supported upon various vertically arranged shelves of a display unit includes a housing attached to a first shelf, with the housing including at least one transparent panel which permits an internal illumination source to light products supported u

A modular lighting system for illuminating products supported upon various vertically arranged shelves of a display unit includes a housing attached to a first shelf, with the housing including at least one transparent panel which permits an internal illumination source to light products supported upon at least one of the first shelf, a shelf arranged directly above the first shelf and a shelf disposed directly below the first shelf. Most preferably, the light illuminating from the housing is directed so as to effectively, entirely illuminate product support surfaces associated with both the first shelf and the shelf directly below such that the display of products supported anywhere from the front to the back of these shelves is enhanced. This front-to-back lighting function can be achieved in various ways, such as by employing direct, reflective and refractive lighting techniques. ved under pressure in a seat defined by said gutters of said flange, the gutter of said stop and the hole of the mirror cover compresses said cuneiform projection of said axial branch of said flange against the peripheral groove of the ring-shaped base of the command set, so as to promote its fixation to the mirror cover. 6. A fixation device as defined in claim 1, wherein said cuneiform projection has at least a surface which is directed to a side of introduction of the command set, said surface being inclined and descending in direction of a periphery to a center of said opening. 7. A rearview mirror, comprising a mirror cover which fixes a mirror plate and has a central circular opening; a command set disposed in said opening and having a universal gasket composed of a ring-shaped base fixed to said mirror cover and another part containing a device for adjusting a position of said mirror plate and seated in a bottom of a housing; and a fixation device for fixing said mirror to cover to said mirror set and including at least three fixation sets uniformly spaced from one another and each including a flange disposable in an edge of the opening of the mirror cover for supporting the ring-shaped base of the command set, the flange having a cuneiform projection which is couplable in a groove of the base in form of a ring; a stop projecting from the mirror cover and radially aligned with the flange at a spaced relationship to the latter; a seat defined by gutters in front faces of said flange and said stop and a hole provided in a region of the mirror cover that remains in a space between the flange and the stop; and a pin which is received under pressure in the seat and presses said cuneiform projection against the groove of the ring-shaped base. 8. A rearview mirror as defined in claim 7, wherein said flange is L-shaped and has an axial branch projecting perpendicularly to the mirror cover at a side which is opposite to a side receiving the mirror plate and disposed adjacent to the ring-shaped base of the command set, and also a radial branch radially projecting inwardly of the opening and supporting a perimeter of the ring-shaped base of the command set, the axial branch having a face directed to the ring-shaped base and having a cuneiform projection which is coupled to the groove that contours the ring-shaped base, said axial branch having an opposite face with a gutter which extends in a parallel direction to a geometrical axis of the opening and which forms the seat. 9. A rearview mirror as defined in claim 7, wherein said gutters of said flange and said stop are formed so that a passing hole in the mirror cover is intercalated and aligned to ends of the gutters. 10. A rearview mirror as defined in claim 7, wherein said stop projects from the mirror cover at an end opposite to an end which receives the mirror set and has a face directed to the flange and provided with one of said gutters which is parallel and complimentary to another of said gutters of said flange. 11. A rearview mirror as defined in claim 7, wherein when said pin is received under pressure in a seat defined by said gutters of said flange, the gutter of said stop and the hole of the mirror cover compresses said cuneiform projection of said axial branch of said flange against the peripheral groove of the ring-shaped base of the command set, so as to promote its fixation to the mirror cover. 12. A rearview mirror as defined in claim 7, wherein said cuneiform projection has at least a surface which is directed to a side of introduction of the command set, said surface being inclined and descending in direction of a periphery to a center of said opening.