JP3015166U - Flashlight permanent lights and earthquake detectors that light up during an earthquake, and flashlights permanently installed in the permanent lights - Google Patents

Abstract

(57) [Summary] (Corrected) [Purpose] When an earthquake with seismic intensity of 4 to 5 or more is detected and a building shake is detected and the lamp is lit for a certain period of time, a strong earthquake accompanied by a power failure should occur. , A flashlight permanent fixture and its seismic detector, which allows you to take the flashlight immediately and take quick action
And the invention of a flashlight. [Structure] A battery-powered pocket with an earthquake detector 1 that detects shaking of a building with seismic intensity of 4 to 5 or more, and an off-delay circuit 6 that detects shaking of the building and lights a lamp for a certain period of time. Power supply to the light fixture and power supply to the fixture, or to turn on the light of the flashlight by supplying power, a flashlight with a socket, a conductive contact ring, a coil spring and a weight. It is composed of an earthquake detector 1 having a dynamic contact.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a flashlight permanent fixture that detects the shaking of an earthquake and lights a lamp for a certain period of time, an earthquake detector that detects the shaking of the earthquake, and a flashlight that is permanently installed in the flashlight permanent fixture.

[0002]

[Prior art]

 Conventionally, a flashlight is required after a power outage, but a flashlight permanent fixture that allows you to decide where to place it on a regular basis, and a lamp so that you can immediately take out the flashlight, especially when there is a power outage due to an earthquake A permanent fixture that lights up is desired. If the flashlight is provided with an outlet for supplying the power to the above-mentioned stationary equipment or supplying the power and for turning on the flashlight lamp, the battery of the flashlight which is used occasionally is used, so that the battery is consumed. The seismic detector of this permanent tool uses the elasticity of the coil spring, which consists of the conductive contact ring 2 and the swinging contactor 3 of the weight 5 at the top of the coil spring 4, to oscillate in the sway of the earthquake and generate electricity. It serves as a contact point and has a simpler circuit configuration than conventional seismic detectors that use semiconductors.

[0003]

[Problems to be solved by the device]

 However, power outages due to normal accidents, lightning strikes, etc. are automatic recovery immediately, and devices that detect power outages and turn on lights are known as emergency lights. The present invention provides a flashlight permanent fixture as in a place where a flashlight is usually decided, and in particular, when an earthquake occurs, it detects the shaking of the building and installs the flashlight lamp or the permanent fixture. It is designed to turn on the lamp for a certain period of time so that you can take the flashlight immediately in the event of a power failure.

[0004]

[Means for solving the problem]

 A flashlight is permanently attached to the flashlight permanent fixture equipped with an earthquake detector that detects the shaking of the building when an earthquake occurs, an off-delay circuit, a battery holder, and a flashlight permanent part. Turn on the tool lamp or flashlight lamp for a certain period of time. The seismic detector of the present invention comprises a swinging contactor 3 in which a conductive weight 5 is attached to the top of a coil spring 4 at the center of a conductive contact ring 2 to prevent the building from being shaken by an earthquake with seismic intensity of 4-5 or more. In order to ensure reliable operation, the elasticity and length of the coil spring 4, the weight of the conductive weight, and the inner diameter of the conductive contact ring are selected and configured. The off-delay circuit that turns on the lamp and turns it off after a certain period of time is an application of the basic circuit of the off-delay C and R timers, which is determined by the time constants of the capacitor and the resistor. The permanent part of the flashlight may be one that simply puts a conventional flashlight on it, or one that can be hung on it, but Fig. 4 shows a two-terminal plug 17 that uses the battery of the flashlight as a power source. Show the permanent part 13 where the flashlight is inserted and held by the holding piece 16 to hold the flashlight permanently. By adjusting the holding piece 16 left and right, it can be held according to the size of the flashlight, and the battery The holder cover 9 shown in FIG. 1 can be removed and fitted into the notch 38 so that a conventional flashlight can be permanently installed as shown in FIG. FIG. 7 shows a three-terminal insertion port 24 for connecting the electrode of the battery and the output terminal 26 of the off-delay circuit, supplying power to the permanent fixture 34 and turning on the lamp 29 of the flashlight. It is a flashlight that is permanently installed in the equipment.

[0005]

[Action]

 The operation will be described with reference to the connection diagram of FIG. 3. The swing contact 3 of the seismic detector 1 of the main body of the flashlight that is attached to the pillar or the wall is swayed in any direction of a building with a seismic intensity of 4 to 5 or more. Also, it swings to contact the conductive contact ring 2 to turn on the off-delay circuit 6. At this time, if a conventional flashlight that uses the battery in the permanent fixture for the power supply is permanently installed, or if the flashlight provided with the power supply two-terminal insertion port 22 is inserted into the two-terminal plug 17 of the permanent part 13 and placed, The lamp 21 of the permanent tool lights up and goes out after a certain period of time. In the event of a power failure during an earthquake, it may take 1-2 minutes to pick up the flashlight, so the time it takes for the lamp to go out is to turn off the capacitor 19 and resistor 20 in the off-day delay circuit. Calculated as the time constant of the value. The operation of the flashlight of the present invention will be described with a three-terminal insertion port. In FIG. 7, both terminals are battery power supply terminals, and the middle terminal is directly connected to the minus side lamp terminal 40 of the lamp socket 27. Then, when the three-terminal insertion port 24 is inserted by providing the three-terminal insertion 23 in the permanent part, it is connected to the output terminal 26 of the off-delay circuit shown in FIG. 3 and the flashlight lamp 29 is turned on when the seismic detector operates. . When using the flashlight provided with the three-terminal insertion port, the lamp 21 of the permanent fixture is removed, and the battery of the permanent fixture is unnecessary.

[0006]

【Example】

 FIG. 1 shows an example of the arrangement of the devices of the main body of the flashlight stationary device embodying the present invention. The main body of the flashlight stationary device includes an earthquake detector 1, an off delay circuit 6, a power supply terminal 7 and a lamp socket 10. A battery holder 8 with a cover is provided. These mutual connections and actions are as shown in FIG. 3 and described above. In this example, the two-terminal plug 17 is used in the permanent part 13, and the battery of the flashlight provided with the two-terminal plug 22 or the battery in the stationary part is used as a power source to light the lamp 21 of the permanent part. Then, if you set the 3 terminal plug 23 and insert the flashlight with the 3 terminal plug 24 into the permanent part, the power will be supplied to the permanent part and the lamp of the flashlight itself will be turned on when the earthquake detector is activated. Light. The battery holder 8 is provided for the power supply of the conventional permanent fixture for a flashlight, which has no insertion port for the flashlight. The structure of the seismic detector in Fig. 2 is as described above, but the elasticity and length of the coil spring 4 and the weight of the conductive weight 5 at the top of the coil spring 4 ensure that the seismic intensity of 4 to 5 or more is ensured. The inner diameter of the ring of the conductive contact ring 2 is appropriately selected to form the whole, but the selection and standardization for mass production are easy. Further, the earthquake detector of the present invention is small and operates reliably in any direction of the sway of the building, so it can be used as an earthquake detector for household appliances such as stoves. A good conductor is used for the conductive weight and the conductive contact ring. To keep the contact resistance low, the surface is covered with a good conductive material that is difficult to oxidize. It is desirable to pay FIG. 7 shows a three-terminal insertion opening 24 of the present invention for turning on a lamp 29 of a flashlight, showing the insertion opening and internal connection, and the operation is also as described above. FIG. 4 is an example showing the permanent part of the main body cover of the permanent tool, which is provided with a two-terminal insertion 17 into which the flashlight of the present invention is inserted, and which fits to the size of the flashlight. A flashlight permanent part 13 including a piece 16 is provided. FIG. 5 is the rear side of FIG. 4 of the permanent part of the main body of the permanent tool and shows the connection terminal 41 inserted into the power supply terminal 7 of the main body of the permanent tool. As shown in FIGS. 9 and 10, the flashlight permanent fixture 34 is mounted on the pillar 37 or on the wall surface, and the rocking contact of the seismic detector is adjusted with the adjusting screw 11 so that 3 of FIG. 2 is located at the center of the conductive contact ring 2. Adjust with the notch 12 and attach. FIG. 9 shows a flashlight permanent fixture in which a flashlight provided with a battery power supply or a battery power supply and provided with an insertion port for lighting a lamp of the flashlight is permanently installed. Fig. 10 shows a conventional flashlight that uses the internal battery of the permanent fixture as a power source, and the battery holder cover 9 is removed and the flashlight is permanently attached to the notch 38 as shown in the figure. . FIG. 6 shows a perspective view of the holder cover.

[0007]

【effect】

 In the unlikely event of an earthquake such as a power outage, the flashlight permanent fixture of the present invention lights the flashlight for a certain period of time so that you can take the flashlight immediately and take quick action. In addition, it is possible to make it a habit to always put the flashlight in the flashlight permanent fixture. Furthermore, since the flashlight permanent fixture of the present invention uses a battery as a power source, it has a simple structure and can be manufactured at low cost, and the mounting position does not depend on the position of the indoor outlet, and it can be mounted at a convenient place in the room. To be Further, since the seismic detector of the present invention has a simple structure and operates reliably in any direction of sway of a building, it can be used in a household stove or other seismic detector to improve safety.

[Brief description of drawings]

FIG. 1 is a perspective view of a main body of a flashlight stationary device according to the present invention.

FIG. 2 is a perspective view of the structure of the earthquake detector of the present invention.

FIG. 3 is an internal circuit diagram and overall connection diagram of the flashlight permanent fixture of the present invention.

FIG. 4 is a perspective view of a permanent portion of the main body of the flashlight permanent appliance.

5 is a perspective view of the back side of FIG. 4. FIG.

FIG. 6 is a perspective view of a holder cover.

FIG. 7 is a partially cutaway internal connection diagram of a flashlight provided with a three-terminal insertion port of the present invention.

FIG. 8 is a bottom view of the flashlight of the present invention.

FIG. 9 is a side view of the flashlight permanent fixture of the present invention in which a flashlight having an insertion port is permanently placed.

FIG. 10 is a side view of a flashlight permanent fixture of the present invention in which a conventional flashlight is permanently mounted.

[Explanation of symbols]

1, earthquake detector 2, conductive contact ring 3, swing contact 4, coil spring 5, conductive weight 6, off delay circuit 7, power supply terminal 8, battery holder 9, holder cover 10, lamp socket 11, adjustment Screw 12, Notch 13, Flashlight permanent part 14, Set screw 15, Holding width adjusting groove 16, Holding piece 17, 2 terminal insertion 18, Transistor 19, Capacitor 20, Resistor 21, Lamp for permanent fixture 222 2 terminal Insertion port 23, 3 terminal insertion 24, 3 terminal insertion port 25, lamp connecting wire 26, output terminal 27, lamp socket 28, battery electrode connecting wire 29, lamp 30, switch part 31, mounting screw hole 32, insulating base 33, Cover screw hole 34, flashlight permanent device 35, flashlight 36 with a slot, conventional flashlight 37, pillar 8, notches 39, positive terminal 40, negative lamp terminals 41, connection terminals 42, receptacle cover 43, spigot 44, terminal 45, lamp sockets 46, the switch

─────────────────────────────────────────────────── ─── Continuation of the front page (51) Int.Cl. ⁶ Identification code Internal reference number FI Technical indication H01H 35/14 B

Claims (7)

[Scope of utility model registration request] Claim: What is claimed is: 1. An earthquake detector for detecting shaking of an earthquake, an off-delay circuit for turning on a lamp for a certain period of time by the operation of the earthquake detector, and a permanent part for permanently installing a flashlight. A flashlight permanent fixture. 2. The flashlight according to claim 1, further comprising an earthquake detector 1 comprising a swinging contact 3 having a conductive weight 5 on the top of a coil spring 4 at the center of the conductive contact ring 2. Permanent 3. A battery holder 8 provided with a holder cover 9.
And a lamp socket 10 are provided, and the flashlight permanent part is composed of a two-terminal insertion 17 for a battery power source, a fitting width adjusting groove 15, and a permanent part 13 composed of a fitting piece 16 having a set screw 14. Item 1 flashlight permanent fixture 4. The flashlight according to claim 3, wherein the two-terminal plug 17 for battery power of the flashlight permanent part 13 is provided with a three-terminal plug 23 having the output terminal 26 of the off-delay circuit 6. Permanent equipment. 5. An earthquake detector comprising a conductive contact ring 2 on an insulating base 32 and a swinging contactor 3 provided with a conductive weight 5 on top of a coil spring 4 at the center thereof. 6. A flashlight permanent fixture having two terminals for supplying battery power, a connection terminal for an output terminal 26 of an off-delay circuit, and a three-terminal insertion opening 24 for turning on a lamp 29 of the flashlight. flashlight. 7. A three-terminal insertion opening 24 provided in a flashlight.
7. The flashlight according to claim 6, wherein is a two-terminal insertion port 22 for supplying battery power to the flashlight permanent fixture.