JPS634053Y2 - - Google Patents

Description

[Detailed description of the invention] This invention relates to a design panel used for the surrounding wall of an elevator cab.

Recently, there has been an increasing demand for design panels that make up elevator cabs to be luxurious and novel so as to harmonize with the modern design of buildings.

This idea is an attempt to meet the above-mentioned demands, and involves carving multiple patterns representing a specific story on the front or back side of a transparent design panel placed in front of the wall of the elevator cab with a design. ,
By sequentially illuminating this pattern according to the story using a light source installed at the end of the transparent design panel, in combination with the design on the rear wall, a gorgeous, fresh, and video-like design is created to entertain passengers. The purpose of this invention is to provide a design panel for elevators.

An embodiment of this invention will be described below with reference to FIGS. 1 to 3.

In the diagram, 1 is the elevator car room, 2 is the car room 1
3 is the floor of the car room 1, 4 is a fixed baseboard arranged around the floor 3, 5 and 6 are side walls erected on the baseboard 4, and 7 is also connected to the side wall at both ends. These surfaces 5a, 6a, and 7a are each finished with a design by painting or the like.

A transparent design panel 8 made of a transparent glass plate or a synthetic resin plate is arranged approximately in the upper half of the front wall surface 7a, and its four peripheries are fixed to joints 9 made of an opaque material such as aluminum fixed to the front wall 7. ing.

A plurality of patterns 8b representing a specific story are engraved on the surface 8a of the transparent design panel 8. In this embodiment, as an example, seven frames from the bottom left to the bottom right in FIG. It is expressed as.

In other words, 8b ₁ is a rocket launch scene, 8b ₂ , 8
b ₃ is the rocket flight scene, 8b ₄ is the moment of separation of the first stage rocket, 8b ₅ is the fall of the first stage and the flight scene of the second stage rocket, 8b ₆ is the flight scene of the second stage rocket, 8b ₇ is the moon of the lander Each shows a scene of surface landing. 10 is a floodlight; 10a is a cylindrical case with a cylindrical portion 10b inside, and is fixed to the back surface 7c of the front wall 7 with an L-shaped fitting 10c with the center aligned with a hole 7b made in a part of the front wall 7; has been done. 10d is a light source arranged at the innermost part of the cylindrical part 10b, 10e
is a convex lens, 10f is a concave lens, 10g is a ball bearing fitted to the end of the case 10a, 10h is a cylindrical light distributor, one end 10h ₁ is fitted to the ball bearing 10g, and the other end 10h ₂ is a joint 9. It has a length that almost touches _the back surface of the
_0h3 is provided. 10i is a motor for rotating the light distributor fixed to the case 10a, 10j is a friction wheel fixed to the output shaft of the motor 10i, and the outer periphery is made of a material with a high friction coefficient such as rubber. It is pressed against the outer peripheral surface _10h4 of. 1
0k is a reflecting plate which is fixed near the other end 10h2 of the light distributor _10h at an angle of 45 degrees from the horizontal towards the light projection slit _10h3 . Note that the light source 10d and the convex lens 1
The positions of Oe and the concave lens 10f are arranged so that the light from the light source 10d is narrowed down to the inner diameter A of the light distributor 10h, and the light is parallel to the light distributor 10h.

In the elevator design panel according to this embodiment configured as described above, as shown in FIG. The light beam is converted into parallel light and reaches the reflector 10k, and is transmitted through the light emitting slit _10h3 to the light emitting port 8 of the transparent design panel 8.
The engraved pattern 8b is illuminated by being projected perpendicularly to the light beam and transmitted through the inner surface of the transparent design panel 8. At this time, if the motor 10i is driven counterclockwise so that the light distributor 10h rotates clockwise in FIG. 2, the pattern 8b is sequentially illuminated from 8b ₁ to 8b ₇ , creating a movie-like effect. can.

In addition, the light from the light source 10d is condensed by the convex lens 10e and the concave lens 10f to increase the amount of light per unit area, so even the smallest details of the pattern 8b can be clearly illuminated, and this pattern 8b and the front wall 7
The design of the surface 7a is synthesized and an excellent design effect can be produced.

In the above embodiment, the light source 10d is used as one point and sequentially illuminates the pattern using the rotation of the light distributor 10h.
Of course, the same effect can be obtained by arranging a large number of light sources pointing upward at the lower end or downward at the upper end, and turning on the light sources one after another.

In addition, pattern 8b was designed to tell the story from the launch of a rocket to the landing on the moon, but characters from popular cartoons among children were featured, and multiple scenes were engraved and sequentially illuminated with a light distributor, or other methods such as those mentioned above were used. Sequential illumination using multiple light sources as shown in the example, or
It is possible to create an excellent design even when lighting is done in random order.

As explained above, this invention involves carving a plurality of patterns on the front or back surface of a transparent design panel, as well as providing a floodlight with a light distributor that rotates the light emission axis with respect to the longitudinal direction at the edge of the transparent design panel. An elevator design panel that creates a gorgeous, fresh, and video-like design that makes passengers feel at ease by combining the pattern that is sequentially illuminated from the end of the transparent design panel and the design on the rear wall. It is effective in providing the following.

[Brief explanation of the drawing]

Fig. 1 is a partial perspective view of the interior of the elevator car showing an embodiment of the elevator design panel according to this invention, Fig. 2 is an enlarged view of a portion of Fig. 1, and Fig. 3 is a cross-sectional view taken along the line - - of Fig. 2. It is. 1... Car room, 2... Ceiling, 3... Floor, 4...
Baseboard, 5, 6...Side wall, 5a, 6a...Surface, 7
...Front wall, 7a...Surface, 7b...Hole, 7c...
...Back side, 8...Transparent panel, 8b...Pattern, 8b ₁ ~
8b ₇ ...pattern representing a specific story, 8c...light port, 10...light source, 10d...light source, 10h...
...light distributor, 10i...motor, 10k...reflector. Note that the same reference numerals in the figures indicate the same or corresponding parts.

Claims (1)

[Scope of utility model registration request] A transparent design panel placed on the front side of the car wall with a design finish and with multiple patterns engraved on the front or back side, and a transparent design panel placed on the edge of the transparent design panel installed on the car room wall and illuminated. A design panel for an elevator, comprising a light distributor whose longitudinal axis is rotated from a rotation axis perpendicular to the surface of the transparent design panel, and a floodlight that sequentially illuminates the pattern from an end face of the transparent design panel.