JPS6167802A - Glass fiber light - Google Patents

Abstract

PURPOSE:To lead brightness to plural dark positions and to save energy by working both the leading ends of plural optical fibers like lenses, leading the brightness of solar light or a lamp from one end and using the other end as a light part. CONSTITUTION:Brightness is led from solar light in the day and illumination from a lamp at night through convex lens 1 formed on the leading end of optical fibers fixed by a grip 6 and covered with a spherical transparent glass 1 to protect the leading end from weather and the light is guided through the cable 8. The optical fibers on the other end of the cable 8 are formed like a shade and a convex lens is arranged in the front of the shade to reflect and radiate the guided light. Consequently, plural dark positions can be illuminated and energy is saved.

Description

[Detailed Description of the Invention] The present invention provides constant brightness at all times, rather than using a single light or similar lighting equipment, in a room without direct sunlight or in a constantly dark place. However, this invention relates to energy-saving lighting.
Does it all start with batteries? Although there are gas purifiers that are not commonly used these days, the present invention is a device developed by us that relies on narrow grooves and a structure.

Traditionally, glass fibers have been used for media-centered information AII as a captain system, character/graphic information, and decorative lighting, but they have also been used for energy-saving configurations. The current situation is that it is not used in the JJ4.

Therefore, if necessary, lighting close to that of TT can be installed with cables and used in dark places.

First of all, if you look at a mass apartment building for example, only one side of the whole house gets sunlight and is bright, but as you go inside, there are many rooms that don't get any sunlight during the day, starting from the entrance. Most of the kitchens, washrooms, toilets, bathrooms, etc. are dark even during the day, and in order to relieve yourself, you have to turn on a light for each person.

Also, recently more and more offices are turning on their electric lights even during the day.

It is an object of the present invention to be utilized in all of these locations.

The structure of the present invention will be explained with reference to the drawings of the embodiments. As shown in Fig. 1, the light and brightness of the sun is taken in during the daytime through the convex lens at the tip of the optical fiber (1), and at night, it is The light and brightness is taken in from a single lamp, which is fixed with the grip (6), and the light taken in is guided by the cable (8) and irradiated by the lighting equipment.

In addition, this optical fiber (1) is covered with a spherical transparent glass or plastic to protect it from wind and rain, and the light emitted from (1) shown in Figure 11 is passed through the lens of (2).
It is characterized by its ability to illuminate dark places.

During the daytime, this glass fiber light
Utilizing the brightness of the sun outside, a cable can be used at night to guide a single light in one location and use it in multiple locations.

In addition, there are no accidents caused by the product itself, and there is no risk of electrical leakage or short circuits, which is an excellent effect.

[Brief explanation of drawings]

FIG. 1 is a side view and a sectional view of the light receiver. (1) Convex lens optical fiber (2) Optical fiber protective cover (3) Optical fiber and protective cover connection camp (4)
)5--Pull grip cap (5) Support (6) Cable grip σ) Flexible serpentine lead (8) Cable Figure ■ is a side view and cross-sectional view of the illuminator. (1) Optical fiber for reflected illumination (2) Illumination lens (3) Lens retaining cap (4) Luminous agent coating (5) Cylinder (6) Grip detent cap (7) Grip

Claims (1)

[Claims] Both ends of a plurality of glass fibers are processed into a lens shape, one end of which is tied into a round shape, which is further covered with a circular transparent body, and this is At one end, the light and brightness of the sun is brought in during the day, and at night, the light and brightness of a single lamp is used to bring in multiple lights into areas that are not exposed to sunlight. The other tip is an umbrella-shaped device with only the front side, and a convex lens is placed on the front side of the device to reflect the light coming in from the intake port.