ITMI960764U1 - ILLUMINATING BODY FOR THE REFLECTION OF VARIOUS LUMINOUS BEAMS - Google Patents

Description

DESCRIPTION:

The present invention, unlike the lighting bodies that we find on the market, has the possibility of directing multiple light beams using a single light source using reflective or mirrored materials, made to bend, vasculal and made concave or convex, applying a joint combined with spacers (or slmili), operated manually, mechanically, electrically or remotely controlled.

the usefulness of this invention is to be able to take advantage of more luminous points using a single light source, therefore there will be a considerable energy saving and a reflection light that will not have the inconvenience of transferring heat on the illuminated points, therefore it will be possible use in the most varied ways, from interior architecture, homes (civil buildings) to offices, set-ups of any nature, exhibitions, museums, (idustial buildings) and urban furnishings.

DATA SHEET

Project for lighting body:

Project

RIFLESSO - REFLEX denomination

Source Lamps (various types) halogen, halides, etc.

Optical Reflection Technique (controlled)

Materia Reflective or mirrored materials

(plastics, treated aluminum - crystal mirror glass etc.)

Structural materials (Lighting body and supporting structures)

aluminum or similar (various treatments)

Accessories Joints, diaphragms, guillotines for mirrors etc.

(manual, mechanical, electrical, automatic, remote controlled, computerized)

INFORMATION SHEET

Lighting system: Structure and lighting body for reflected light

Technical application features:

By means of the system mentioned above it is possible to manage (direct, enlarge, reduce, filter, shape, etc.), various points of reflection (deflecting mirrors) using a single light source (flow - lighting body), which can vary in the type of source, for example: incandescent lamps, metal halide, halogen etc.

The luminous flux projected upwards will be brought back down or towards the lateral surfaces (walls, floors, volumes, etc.) by means of various reflecting bodies (mirrors or similar) specially placed in the right measure above the lighting body (light source ), thus creating a single structure (The size can vary depending on the reflection system used) Various realizations: Ceiling lamp, suspension, wall, floor lamp, pole, etc.

If we consider that the flow, projected upwards, will have a considerable reflection given the "short distance" between the light source and the reflecting surfaces, it is necessary to create a dark or chromatic surface above the "mirrors" according to the lighting needs of the underlying and surrounding space.

The lighting body will have a mechanical or automatic device (diaphragm) placed on the edge of the housing of the light source, in order to regulate flow remission towards the reflecting surfaces, avoiding excessive lateral overhang and considering that the reflection system may vary in form and volume by means of interchangeable modules.

REFLECTION and ACCESSORIES

Reflective surfaces (mirrors) will have the possibility of being multi-functional due to some interchangeable accessories:

1) Joint with double spacer:

The joint allows you to orient the mirror in all directions that the angle of reflection (incidence) allows.

2) Spacers:

spacer 1) distances the "system" from the supporting structure,

spacer 2) serves, when needed, to give a slight pressure to the mirror, by means of a mechanical (screwing, similar, etc.) or automatic movement, in order to make it convex and ensure that the light beam undergoes a variation in the degrees of opening.

(enlargement or shrinkage).

3) Reflective surface in flexible material:

Having the ability to flex it is possible to modify the curve of the mirror allowing to vary the opening of the light beam

4) Rigid reflective surface:

It allows only fixed beam reflection.

5) Reflective surface container frame:

It is used to contain the mirror which can vary in shape and size according to the needs of reflection. The frame is fixed between the 2nd spacer and the swivel joint, by means of a support system or similar, (all variable in the technique, in the shape and in the need for any automatisms).

6) Diaphragm for "Mirror":

Applied in front of the frame (mirror), it has the function of varying the dimensions of the reflected light. (various techniques)

7) Guillotine:

Applied in front of the frame (mirror), it has the function of shaping the reflected light on four or more sides. (various techniques)

8) Template holder:

Applied in front of the frame, it is possible to manually shape the reflected light.

9) Filter holder:

Applied in front of the frame, it has the function of coloring, shading etc. (using special filters, \ jellies, etc.)

Claims (1)

CLAIMS: - This lighting body designed by me has the ability to illuminate multiple points using the light reflection given by reflective or mirrored materials starting from a single light source, considering that the reflections, (mirrors or similar), unlike other existing situations they have the possibility of being manipulated and managed by various systems, in order to modify the shape, the flow, the color, the luminous entity of the reflected and transported light. - The reflective material is made vasculant, concave or convex, by means of a joint (or similar), as per drawing, combined with: spacers operated manually, mechanically, electrically or remotely controlled. - The lighting body will have a mechanical or automatic device (diaphragm) placed on the edge of the casing containing the light source, in order to regulate the emission of the flow towards the reflecting surfaces, avoiding excessive lateral overhang and considering that the reflection may vary in shape and volume by means of interchangeable modules.