JPS5821043Y2 - Square rotating light - Google Patents

Description

[Detailed Description of the Invention] The present invention is a rotating light in which a reflecting mirror is rotated around the periphery of a light bulb installed upright in the center of the housing, and the reflected lightning is intermittently projected around the outer periphery. When viewed from any direction around the revolving light, a single reflector built into the globe,
This invention relates to a rectangular rotating lamp that is intended to provide an illumination effect as if several reflecting mirrors were built in and were rotating and emitting light.

The configuration of the present invention will be explained in detail below with reference to drawings illustrating the structure. 1 is a housing, 2 is an electric motor, 3 is a transmission gear, 4 is a socket,
5 indicates a light bulb.

The reflecting mirrors 6, 6 are bowl-shaped reflecting mirrors with openings 6', 6' formed on both sides of the bulb 5 as an axis, and are fixed to a transmission gear 3 that rotates around the bulb 5.

The outer globe T is a colored or colorless transparent globe formed into a rectangular, polygonal prism, or equiangular shape, and is removably fitted onto the upper part of the housing 1, and there are several transparent inner plates inside. 8... are integrally fixed at a fixed angle as shown in the second figure or at various arrangement angles as shown in FIG.

Further, as another embodiment, several transparent inner plates 8 may be arranged in the outer globe I so as to be replaceable at various arrangement angles.

The present invention has the above-mentioned configuration.Next, the light emitting body during rotation will be explained.First, when the electric motor 2 and the light bulb 5 are energized, the light bulb 5 lights up and at the same time, the light bulb 5 is turned on. Reflecting mirrors 6, 6 rotate around the periphery, and the light from the light bulb 5 is reflected and projected by the reflecting mirrors 6, 6, further reflected and transmitted by the inner plate 8, and projected in the front and rear directions.

(Fig. 2) Incidentally, when the light projecting body is viewed from the front or the back of the external globe T, the reflected light A of the light bulb 5 is reflected and transmitted in a substantially semicircular shape on both sides of the external globe 7. It is photographed in

(Fig. 4) Next, when the reflecting mirrors 6, 6 rotate upward, the lamp light is reflected by the reflecting mirror 6.6, and the inner plate 8 and the outer globe 1 are exposed through the openings 6', 6' of the reflecting mirrors 6, 6. Light is projected in the front and rear directions.

(Fig. 5) In such a case, the lamp light is simply reflected by the reflecting mirrors 6, 6 and is projected in the front and back direction, so that the reflected light A is outside and the electric light is reflected approximately in the middle of cI-7''7. What is being done\becomes.

(FIG. 6) Next, when the ruling body is viewed from one corner side of the outer globe I, if the openings 6' and 6' of the reflecting mirrors 6 and 6 are in the relative direction to the inner plate 8, the reflecting mirror 6 , 6 passes through the inner plate 8, is reflected and transmitted on the inner surface of the outer globe 1, and is emitted to the outside.

(Fig. 7) Therefore, the reflected light A is emitted and the external globe 7
The light is projected onto both diagonal sides of the lens, creating a vast projection surface.

(Fig. 8) In addition, if the reflectors 6, 6 are rotated 90 degrees in such a body, the light from the light bulb 5 passes through the inner plate 8, button and outer globe T, and is emitted only in the front and back direction. 9), therefore, the reflected light A is directed to the corner portions of the transparent globe I.

(Fig. 10) As described above, the present invention has several transparent inner plates 8 and 8 inside the outer globe 7 formed in a rectangular or polygonal shape.
... are integrally arranged at appropriate angles, so that the light from the light bulb 5 is directly reflected by the reflecting mirror (Figs. 5, 6, and 9), as shown in the illustrated example. Figure, 1st
(Fig. 0) ■ Reflected mirror light reflected from the transparent inner plate (Figs. 2 and 4) ■ Reflected mirror light reflected from the external globe (Fig. 1)
In addition to the reflected light projected by the conventional reflecting mirrors 6, 6, the reflected light A is reflected by the transparent inner plate 8 for both transmission and reflection.
The external globe T moves in various directions, such as in the center of the case or on both sides, giving the impression of a design that looks as if there were several light bulbs and reflectors built in at all times, even though it was a single rotating light. This allows for novel lighting effects that can be easily applied to people from any direction.

Moreover, the present invention has a transparent inner plate 8 inside the outer globe I.
Since it is integrally arranged and formed at an appropriate angle, it is extremely easy to mold and requires no frequent assembly work such as attaching several transparent inner plates 8... Not only can this greatly reduce the cost, but it also has the effect of significantly increasing the strength of the outer glove 1.

In addition, by providing several cut surfaces 9 in the vertical direction on the inner surface of the central portion of the external globe 1 as shown in Figure 11, the direct light and reflected mirror light from the light bulb 5 shines in a prism-cut pattern. In combination with the above, the lighting effect can be made more effective.

Furthermore, the present invention uses various colored filters with different colors for the transparent inner plate 8, so that the light from the light bulb 5 is reflected by the reflecting mirrors 6, 6 and the colored filters, and transmitted through the light, which is unique to this invention. It can be said that the effects such as the ability to project lighting are extremely impressive.

Moreover, since it has a double structure consisting of the outer globe 1 and the transparent inner plates 8, 8, it also has the effect of making the outer globe 7 more rigid.

[Brief explanation of drawings]

FIG. 1 is a partially cut away longitudinal sectional view of a rectangular rotating light according to the present invention;
Figure 2 is a cross-sectional plan view of the same as above, Figure 3 is an illustration of various application examples showing an arrangement of transparent inner plates, Figure 4 is a front view of the governing body in Figure 2, and Figure 5 is a reflection of the same as above. A plan view showing a rotating reflective body of a mirror, FIG. 6 is a front view of the same as above, FIG. 1 is a plan view showing a reflective lamp light body in an oblique direction, FIG. FIG. 10 is a plan view showing the rotating reflective body of the mirror, FIG. 10 is a front view of the same, and FIG. 11 is a cross-sectional plan view showing another embodiment of the present invention in which a cut portion is provided. Explanation of symbols, 1... Instrument housing, 2... Electric motor, 3... Transmission gear, 4... Socket, 5... Light bulb. , 6...Reflector, T...
...Glove, 8...Transparent inner plate, 9...
...Cut surface, A...Reflected light.

Claims (1)

[Scope of utility model registration request] In a rotating lamp in which a reflector 6.6 is rotatably arranged locally on a light bulb 5 located in the center of the housing 1, the reflectors 6, 6
There are several transparent inner plates 8 and 8 inside the transparent globe 7.
A rectangular rotating light characterized by having a double-structured rectangular external globe 7 fitted thereon formed by integrally arranging and forming ... at a predetermined angle.