JPS61133501A - Lamp apparatus for prevention of earth quake disaster - 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 [Industrial Field of Application] The present invention relates to an earthquake disaster prevention lamp that is capable of quickly responding to earthquakes that may occur while sleeping.

In order to respond to the Tokai Earthquake and other anticipated disasters, people are already preparing bags with the minimum amount of emergency supplies such as medicine and radios.
62 Earthquakes occur while you are sleeping, but because the surroundings are dark,
It is difficult to take immediate action, let alone reach emergency supplies in the event of a power outage.

The earthquake disaster prevention lamp of this invention prepares for such situations,
Immediately when an earthquake is detected, an alarm is issued to wake up sleeping people, and the location of the lamp or lamp is clearly indicated so that the minimum necessary action can be taken quickly. Among other things, the purpose is to obtain a device that includes a device that does not cause any inconvenience when resting at the bedside.It has a built-in acceleration/deceleration sensor that detects the vibration aX of the body, and uses the detection signal of the acceleration/deceleration sensor to It is characterized by having an alarm means that operates and an information means that operates independently of the alarm means to obtain external information and to transmit this information to the outside.

〔Example〕

First, the present invention will be explained by way of an example (not shown).

Reference numeral 1 designates a first-floor earthquake disaster prevention lamp according to the present invention, which includes a dry battery and has an appearance that is approximately the same as a portable electric lamp. That is, one end of the cylindrical body 1a is equipped with an illumination means 2 consisting of a light bulb and a reflector, and the other end is equipped with a microphone 1-1 phone 3a and a speaker 3b that constitute a hunt microphone 3, which is an information means. It is being Reference numeral 2a denotes a lighting/extinguishing switch for the illumination means 20.

Reference numeral 5 designates a built-in radio receiver that also constitutes an information means, and the radio receiver 5 has a dRd dial 5a and a volume control knob 5b, a speaker 31 of the hand microphone 3, and a speaker 31 of the hand microphone 3.
) It is wired so that it can be used for audio output of the striped radio receiver 5 and also as a diaphragm for the buzzer 9.

6 is also a digital time d1 constituting the information means,
Clock counter 6a and alarm set counter 61)
and has. Reference numeral 6c is a cent knob for setting the time of the counter 6b. 7 is a normally closed lift, 1/k output switch that closes the circuit when pressed;
This is a normally open switch that closes when the container 1a is lifted.

That is, the detection switch 7 is configured to protrude downward from two pillow parts 1b, 1b formed at the lower part of the container body 1a to open, and to be pushed and closed when the detection switch 7 is laid down on the floor as shown in the figure. There is.

The six pushbutton switches 8 arranged on the L side of the clock counter 6a and the sensor 1-counter 6b are pressed to release an illumination signal every time they are pressed.
1ffl is an open/close switch that alternates between shutting off and shutting off.
Its use and the interposed circuit will be described later.

Next, the principle of the electric circuit of this device will be explained with reference to FIG. Reference numeral 11 denotes a storage battery as a power source, which is composed of a rechargeable dry battery. Connected in series to the power source 11 are a digital clock 6 that conducts electricity at any time, and a group B of actuators such as alarm means and information means that conduct electricity so that 3m of conduction can be interrupted by a switch group A. Switch group A includes an earthquake sensor 12, a lifting switch 7, and a girder/f-marzu straw set counter 6b.
The switches 1 to 12a, 7a and 6c are
12a and 6c designate one of the push button switches 8. The earthquake sensor 12 is built inside the vessel 1a (not shown) and consists of a conventionally known acceleration/deceleration sensor that detects vibrations of the vessel 1a.
It can be made inactive by opening the . 12
b is an adjustment knob that adjusts the sensitivity of the earthquake sensor 12, and is used to set the magnitude of an earthquake that should generate a warning. 13
is a common switch that short-circuits to the switch group, and constitutes one of the push button switches 8.

Of course, when the common switch 13 is closed, the actuator group B can be operated regardless of whether the switch Jl\A is opened or closed. Note that the lighting means 2, hand microphone 3, radio receiver 5, and buzzer 9 belonging to actuator group B
are individual switches 2a.

3a, 5G and 9a.

Next, how to use this earthquake damage prevention lamp will be explained.

First, there are the following two types of usage as typical usage examples.

(1) Use the hand microphone 3 with the device 1a placed on the floor or carried around, the lighting means 2 and the radio receiver 5 activated, or with the device 1a lifted.

(2) Place the device 1a on the floor and use it as an earthquake alarm or alarm.

In the application (1), by closing the regular switch 13 and closing each individual switch of the actuator group 13, it can be used in exactly the same way as a conventional flashlight, hand microphone, radio receiver, etc. . In addition, the purpose of (2) is to open the regular switch 13 and close the switch 12a of the earthquake sensor 12 in the switch group A and the switch of the flashlight or radio receiver 5, which is the illumination means of the actuator group B. This is achieved by That is, when an earthquake occurs and the earthquake sensor 12 detects the earthquake, when the time set by the set counter 6b arrives, and when the vessel 1a reaches the floor J.
When lifted from the second position, it activates the lighting means 2, the handheld microphone 3 and the radio receiver 5, respectively, which were previously switched on.

Therefore, if an earthquake occurs while you are sleeping, the lighting means 2 will be turned on, or the radio receiver or buzzer will be activated to prevent the earthquake from occurring.
1- can be alerted. Furthermore, at that time, when the user lifts up the device 1a to move on to the next action, the lifting switch 7 closes, and the operation of the flashlight and radio receiver continues.

〔Effect of the invention〕

As described above, the present invention includes a built-in acceleration/deceleration sensor that detects vibrations of the device body, an alarm means that is activated by a detection signal of the acceleration/deceleration sensor, and an information means that operates independently of the alarm means. Therefore, it is possible to easily know the occurrence of an earthquake even while sleeping, and at the same time, since the flashlight serving as the illumination means is turned on, the presence of the vessel 1a can be immediately recognized. In addition, even when you are upset due to an earthquake, you can immediately know the situation of the earthquake by radio, etc., where the surroundings are bright, and you can take prompt action.
It is Noh. In addition, if a hand microphone is built into this alarm means, there is an effect that family members can be notified in an emergency.

[Brief explanation of drawings]

The drawings show one embodiment of the invention, in which Fig. 1 is an external view of a lamp for preventing earthquake disasters, Fig. 2 is a side view thereof, Fig. 3 is a bottom view thereof, and Fig. 4 is a handheld microphone. FIG. 5 is a diagram showing the principle of the electric circuit. ■---Light equipment for preventing earthquake disasters, 2---1 lighting means, 3---1 microphone, 4-1---speaker, 5---radio receiver, patent applicant Takayoshi Yamamoto , -8-

Claims (5)

[Claims] (1) Built-in acceleration/deceleration sensor that detects vibrations of the instrument body,
A lamp for earthquake disaster prevention comprising an alarm means activated by a detection signal of the acceleration/deceleration sensor, and an information means activated independently of the alarm means. (2) A lamp for earthquake disaster prevention according to claim 1, wherein the warning means is a buzzer. (3) A lamp for earthquake disaster prevention according to claim 1, wherein the alarm means is a lighting means operated by a battery. (4) The earthquake disaster prevention lamp according to claim 1, wherein the warning means and the information means are a radio receiver and an alarm clock. (5) A lamp for earthquake disaster prevention according to claim 1, wherein the information means is a hand microphone.