ES2637804B1 - Bulb and attachable glass, with hemispheres - Google Patents

Abstract

The bulb and attachable glass, with hemispheres, is characterized by the hemispheres (2), or, convex, concave, conical loupes, etc ... that we distribute throughout the surface of the glass (1). In a variant, we will form an attachable glass (4) that can surround, and, be attached to any bulb, and, in it, the hemispheres (2), or, convex, concave, tetrahedral conical lenses, etc. will also be distributed.

Description

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DESCRIPTION

Bulb and attachable glass, with hemispheres.

Object of the invention

The main objective of the present invention is to achieve that a low power bulb can offer a much greater luminosity, which will increase in direct proportion to the number of Convex Semi-spheres that we have placed on the surface of the Crystal (1). In the variant, it is about achieving this same purpose when we surround the Bulb with an Attachable Crystal (4), which can also be placed around the Crystal (1) of any Bulb.

Background of the invention

The main antecedent of the present invention should refer to the Semispheres (2) that we place on the surface of the Crystal (1) of a Bulb, and, not, exactly, to the Bulb. The Bulb invented by T. A. Edison is sufficiently known, and, in the market, it already acquires many different forms. But, none of them, has Semi-spheres (2) in the Crystal (1) to increase their luminosity. As regards these Semi-spheres (2), I have used them for the same purpose of increasing brightness, in a Lamp that constituted Patent No. 2005003229, entitled: Lamp of multiple divergent mirrors, in which it associated the Bulb of the Lamp, to a mirror full of this type of hemispheres, -which, incidentally, has been the invention in which the luminaires that have been commercialized afterwards have been inspired, which are exemplified in the small lanterns sold in the Chinese stores, which have small cylinders in the opening of the flat glass where the light comes out.

Description of the invention

The Bulb and attachable glass, with hemispheres, is a conventional Bulb in which we have placed, throughout the surface of the Crystal (1), as many Semi-Spheres (2) as they fit in it. These hemispheres (2) will be compact, or, in other words, they will be semiconvex lenses, or, semi-concave, which can also acquire a conical, tetrahedral, etc ... In a variant, they will be magnifiers or convex, concave, conical lenses , etc ... In another variant, we will form a Crystal Attachable (4) to the Crystal (1) of a Bulb, which will also have, distributed over the entire surface, Semi-spheres (2) or semiconvex lenses, or, semi-concave, which can also acquire a conical, tetrahedral, etc ..., or, convex, concave, conical shape, etc ... The Attachable Crystal (4) will have a metal fixing ring (5) in the lower edge, from which two or three Holding rods (6) that will be attached to the Crystal (1) of the inner Bulb. In addition, the Attachable Crystal (4) will have several ventilation holes. Date of the invention: (14.04.16).

Description of the figures

Figure 1: Front view of a Bulb that has hemispheres (2) in the Crystal (1).

Figure 2: Front view of a Glass Attachable (4) to a Bulb, which also has Semi-spheres (2) in the glass, a Fixing Ring (5) in the lower edge of the glass, and Rods ( 6) fastening to the inner bulb.

Figures 1-2:

1) Round crystal

5 2) Semisphere, convex, concave, conical, tetrahedral ...

3) Contact thread

4) Crystal attachable to a Bulb, with convex, concave, conical hemispheres,

10 tetrahedral ...

5) Fixing ring to the lower edge of the glass

6) Attachment rods to the inner bulb 15

Description of a preferred embodiment

The bulb and attachable glass, with hemispheres, is characterized by the hemispheres (2), or, convex, concave, conical loupes, etc ... that we distribute throughout the surface 20 of the Crystal (1).

In a variant, we will form an Attachable Crystal (4) that can surround, and, be attached to any Bulb, and, in it, the Semi-Spheres (2), or, the small convex, concave, tetrahedral conical lenses, etc. will be distributed. ...

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Claims (6)

5 10 fifteen twenty 25 30 ES 2 637 804 A1 1. Bulb and attachable glass, with hemispheres, characterized by being an electric lighting element, to which, in its first form, we have placed, throughout the surface of the Crystal (1), as many hemispheres (2) as they fit in it . These hemispheres (2) will be compact, or, put another way, they will be semiconvex lenses. 2. Bulb and attachable glass, with hemispheres, according to claim one, characterized in that it is another variant, in which, instead of the Crystal (1) of the previous bulb, we will now form a Attachable Crystal (4), which will be coupled to Crystal (1) of any Bulb. This Attachable Crystal (4) will also have, distributed over the entire surface, Semi-spheres (2) or semi-convex lenses. The Attachable Crystal (4) will have a metal fixing Ring (5) at the bottom edge, from which they will rise, -by the Inside the Crystal (4) -, two or three Holding rods (6) that will be attached to the Crystal (1) of the inner Bulb. In addition, the Attachable Crystal (4) will have several ventilation holes. 3. Bulb and attachable glass, with hemispheres, according to claim one, characterized by being a variant for the shape of the hemispheres (2), which may be semi-concave, conical, tetrahedral, etc ... 4. Bulb and attachable glass, with hemispheres, according to claim one, characterized by being another variant for the hemispheres (2), in which they will be magnifiers or convex, concave, conical lenses, etc ... 5. Bulb and attachable glass, with hemispheres, according to claim two, characterized by being a variant for the Semi-spheres (2) of the Attachable Crystal (4), which will now be semi-concave, conical, tetrahedral ... 6. Bulb and attachable glass, with hemispheres, according to claim two, characterized by being another variant for the Semi-spheres (2) of the Attachable Crystal (4) that, now, will be convex, concave, conical, tetrahedral ...