JP3133044U - Seismic lighting fixture - Google Patents

Abstract

[PROBLEMS] To reduce human damage by reducing the time required to start evacuation in the dark by turning on a seismic lighting fixture that employs a seismic switch that senses shaking, and reducing the time required for the beginning of evacuation. In addition to providing a seismic lighting device that informs the location of a victim by an alarm sound and helps to make a quick and smooth rescue operation when a house is damaged due to a delay in escape.
SOLUTION: A seismic lighting fixture that uses a seismic switch that senses the shaking of the earthquake when a nighttime earthquake occurs automatically lights in a dark room, making initial evacuation behavior easier and shortening the time to start evacuation. This provides a seismic lighting fixture that reduces human damage and informs the location of the victim by a warning sound in the event of a disaster caused by the collapse of a house, thereby shortening the rescue time through a quick and smooth rescue operation.
[Selection] Figure 5

Description

  The present invention aims to reduce human damage caused by tsunami and collapse of houses when frequent earthquakes occur at night. It is related to seismic lighting fixtures that quickly provide lights and warning sounds to the place of installation such as bedrooms to shorten the time required for the beginning of evacuation.

Conventionally, a battery is equipped with a battery charger as an emergency light in the event of an earthquake, and a commercial power source is used to operate a slave unit that receives a transmission from a parent unit that feels shaking when an earthquake occurs (Patent Document 1), or a dry battery. A device that is lit by the gravity of a weight falling during an earthquake (Patent Document 2) has been devised.
JP 2006-194847 A JP-A-8-339701

  The present invention is a seismic switch that is fixed on an indoor wall or pillar such as a bedroom, and a seismic switch bar with a built-in small permanent magnet inserted in the center hole of the weight and copper tube is in close contact with the seismic switch iron ring by magnetic force. A seismic lighting fixture that uses a switch to provide light to the dark room at the time of the earthquake, and to move away from the fear of darkness and over 6 tremors of seismic intensity, emergency take-out items are moved from a fixed position due to severe shaking Under these circumstances, it is important to shorten the time required to start evacuation by holding an emergency carry-out item such as a flashlight. In addition, a warning sound is given at the same time during deep sleep. In the unlikely event that the alarm is laid down due to the collapse of the house, the rescuer will be shown the position of the bedroom and help the rescue operation quickly and smoothly. To provide a Shinkan lighting fixtures that aim to reduce the human suffering caused.

  The present invention is a seismic switch bar with a built-in small permanent magnet inserted into the lower end of the center hole of a copper tube with good electrical conductivity, and a small permanent magnet inserted and built into the lower part of the seismic switch bar by shaking the weight suspended at the lower end. The seismic switch iron ring is made of a ferromagnetic material.The seismic switch iron ring is made of a ferromagnetic material. The material is not specified as long as it has a high conductivity efficiency.

  Each person and family protects their lives from the earthquake, and each family plans multiple home evacuation routes under the guidance of relevant disaster prevention agencies, especially in areas where tsunamis are expected or where homes are concerned Then, it is said that the smooth behavior of the initial evacuation is the turning point of life and death. Heavy earthquakes with a seismic intensity of 6 or more move and fall down on heavy furniture. The power source has a simple and simple structure only for dry batteries. By providing it at low cost, it is installed in each bedroom of the family and aims to reduce human damage caused by the earthquake by prompt evacuation.

    The present invention can be opened and closed by a connecting hinge (11). The lighting fixture (2a) is a light bulb (2b), a pilot lamp (3), an alarm sound switch (4) and an illumination switch (5). The interior (Fig. 5) is equipped with a seismic switch (Fig. 6), an alarm sound generator (7) and a dry battery (8). Alternatively, the weight switch (10) is suspended by a nail, and the seismic switch copper tube rod (17) with a built-in small permanent magnet (19) is stationary at the center of the seismic switch iron ring (6). Lighting switch (5) The alarm sound switch (4) is set to “ON”, and the brightness of the pilot lamp is checked at any time by the battery remaining amount confirmation push switch (20).

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.
1 is a front view of a seismic lighting fixture according to the present invention installed in a house, FIG. 2 is a left side view of FIG. 1, FIG. 3 is a right side view of FIG. 1, and FIG. In the bottom view, the material of the lighting fixture container 1 is made of durable plastic, plate material, etc., as appropriate, and the two sides of the box are connected by two connecting hinges 11 so that it can be opened and closed freely. Attach the fastener 12.

  FIG. 5 is a front view of the interior with the seismic lighting fixture opened. The right half is fixed with two fixture fixing holes 9, and the content parts are a dry battery 8, an alarm sound generating instrument 7, a seismic switch FIG. A lighting fixture 2a, a pilot lamp 3, an alarm sound switch 4, an illumination switch 5, and a battery remaining amount confirmation push switch 20 are arranged on the lid portion.

  FIG. 6 is a detailed view of the seismic switch, and the ends of the four switch ring support fittings 18 are inserted into the insulating rubber 16 and the rubber portion of the insulating rubber 16 is attached to the inner right part of the seismic lighting fixture FIG.

  A small permanent magnet 19 is inserted into the tip hook portion of the anode fitting 13 that passes through the center of the insulating rubber 16 and a built-in seismic switch copper tube rod 17 is suspended, and the weight 10 is connected to the lowermost end with a hook.

  After mounting vertically, after setting the seismic switch copper tube rod and the weight 10 at the center of the seismic switch iron ring 6, set each switch 4 and 5 to complete the setting.

The front view of the seismic lighting fixture of this invention. The left view of the seismic lighting fixture of this invention. The right view of the seismic lighting fixture of this invention. The bottom view of the seismic lighting fixture of this invention. The front view inside the seismic lighting fixture of this invention. Detailed view of the seismic switch of the present invention. The wiring diagram of the seismic lighting fixture of this invention.

Explanation of symbols

1 Lighting fixture container
2a Lighting equipment
2b miniature bulb (4.8V 0.5A)
3 Pilot lamp
4 Alarm sound switch
5 Lighting switch 6 Seismic switch iron ring
7 Alarm sound generator
8 dry cell single 1 × 4
9 Fixing holes
10 Weight
11 Connection hinge
12 Lid stopper
13 Anode contact
14 Cathode contact
15 Seismic switch fitting
16 Insulation rubber
17 Seismic switch copper tube rod
18 Switch ring support bracket
19 Small permanent magnet diameter 3mm × 4mm
20 Battery level push switch

Claims (3)

  A seismic switch and power supply that senses the shaking of the earthquake and that is connected to the surrounding iron seismic ring by the magnetic force of a small permanent magnet inserted into the lower part of the center hole of a copper tube seismic rod suspended by a weight and a weight that suspends the weight (Equipped with a dry cell), a lighting unit (bean bulb), and an alarm sound generator, a seismic bar and a steel bar with a small permanent magnet inserted into the lower end of the center hole of the copper pipes with the weight suspended. A seismic luminaire comprising a seismic ring and having a structure in which a vibration is detected by the magnetic force of the magnet and is in close contact with the iron seismic ring.   The seismic switch has a small permanent magnet inserted into the central hole of the copper tube with good electrical conductivity and built in. The seismic lighting fixture according to claim 1, wherein the seismic lighting fixture has a magnet structure that is in close contact with an iron ring and energizes. 3. The seismic luminaire according to claim 1 or 2, wherein the seismic illuminator is connected to the illuminating unit and has a warning sound generating device that emits a warning sound simultaneously with lighting.



























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