JPS61198192A - Alarm display - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention is applicable to mobile objects such as aircraft, ships, railcars, and automobiles, or to high-rise or concentrated residences such as buildings and condominiums.
This invention relates to the structure of warning display devices used in buildings such as exhibition halls, outdoor exhibition halls, parks, etc.

In conventional warning display devices, characters are often displayed on the display section, and the location of the warning point is often unclear. In particular, in the event of an emergency such as a fire outbreak, wear and tear, damage, or loss of important parts, it may not be possible to respond immediately.

Therefore, the present invention has been provided in view of such conventional drawbacks, and includes not only displaying text but also a picture showing the structure on the display part, a color or text display part and a picture display part. The structure allows both to be lit at the same time.

The structure and operation of an embodiment of the present invention will be explained below with reference to FIGS. 1 and 2.

In the figure, reference numeral 35 denotes a housing, which has a structural picture 13 on its front surface 37, a plurality of chambers 30 arranged in parallel along the structural picture 13 on the back surface 34 side, and a front surface of each chamber 30. A display board 39 made of a translucent material with a warning display item 9 illustrated therein is disposed in a through hole 38, and is installed in an instrument panel, a console box, an overhead console panel, etc. 36 is the housing 3
5 is a dust cover made of a transparent body, and 42 is a first valve, which is arranged on the rising surface 35a of the housing 35, and transmits the structural picture 13 and the warning display item 9 through the through hole 41 of the rising surface 35a. Make it possible to irradiate
The circuit is formed so that the light is turned on when a warning sensor (not shown) detects a warning state or when the lighting switch is turned on, and the light is turned off when there is a non-warning state or when the lighting switch is turned off. There is. Reference numeral 40 denotes a second bulb, which is located in the room 30 and sends light to the first point 31 exposed in each room 30 and the second point 16 via the light guide bundle 25, and directly illuminates the warning display item 9. The warning light is illuminated in synchronization with the warning light of the first bulb 42, and the light is always turned off.

27 is a through hole formed in the surface 37, and the second point 16
are engaged. WL is a warning lamp device, which includes a housing 35, a second bulb 40, and a display plate 39. L is the illumination of the first bulb 42, and 1.1 is the illumination of the second bulb 40.

Therefore, according to this embodiment, when a warning sensor (not shown) becomes in a state where a warning should be issued, the first bulb 42 and the second bulb 40 are lit (however, the first bulb 42 may be lit all the time at night),
The display board 39 is directly irradiated by the first bulb 42, and
The point 16 is illuminated indirectly via the light guiding bundle 25,
Further, the structural picture 13 is irradiated by the first bulb 42 .

Therefore, the relevant part can be easily recognized.

As described in one embodiment of the present invention, the location where a warning is issued can be easily and reliably recognized not only by text but also by pictures. Further, since each second bulb of the warning lamp device WL is partitioned by the wall of the lower housing, there is no leakage of light and no erroneous recognition occurs. In addition, if a display board is provided opposite the first bulb and the display board is illuminated by the direct light from the first bulb, the display board will be quite bright and the display board will be bright even when the second bulb is lit. easily identified. In addition, since points are arranged at appropriate locations in the structural picture, the copied position of the location where the warning sensor is installed is directly illuminated, so the warning display is extremely direct and easy to recognize. In addition, the points on the housing are illuminated by the light from the second bulb of the warning lamp device using a light guide, so even if the first bulb is burnt out, the light will remain on, allowing the interior light to recognize the structural picture. be able to.

[Brief explanation of drawings]

FIG. 1 is a front view of a display device according to an embodiment of the present invention, and FIG. 2 is a sectional view taken along line nn in FIG. 1. 9... Warning display items, 13... Structure picture, 16... Second point, 25... Light guiding flux, 27... Penetration Hole, 30... Room, 31... First point, 34... Back side, 35... Housing, 35a...
Rising surface, 37...Surface, 38...
Through hole, 39... display board, 40... second valve, 42... first valve.

Claims (1)

[Claims] A translucent material with a structural picture illustrated on the front surface, a plurality of rooms arranged side by side along the structural picture on the back side, and warning display items illustrated in the through holes provided in each of the front faces of the rooms. a first point made of a transparent material fitted into a through hole provided in the room; and a housing made of a transparent material fitted into a through hole provided in the structural picture. A light guide bundle with a second point connected to both ends is arranged on the rising surface of the housing so that the structural picture and warning display items can be irradiated, and when the warning sensor detects a warning state or the lighting switch is turned on. The first bulb is illuminated when the alarm is activated, and is turned off when the lighting switch is turned off or when the lighting switch is turned off. The second bulb is wired to send light to the second point and directly illuminate the warning display items, and is wired so that it lights up in synchronization with the warning light of the first bulb and turns off at all times. A warning display device comprising: