JPH1069802A - Structure for automatically lighting flashlight - Google Patents

Abstract

PROBLEM TO BE SOLVED: To allow a flashlight to be automatically lighted by the vibration of an earthquake to ensure that light is secured even in an earthquake at night by providing an end face switch of a B contact which interrupts current as long as it is pressed against the end face of a main body. SOLUTION: A main body 1 is provided with a main switch 3 which turns on and off a light as it is switched between on and off positions, and an end face switch 2 is placed between the main switch 3 and an electric bulb 4. The end face switch 2 is provided on the bulb 4 side end face of the main body 1 and is designed so that it can interrupt current regardless of the main switch 3 as it is pushed in to push an inner contact open when the main body 1 is placed upright. The main body 1 is provided with a cord, which is attached to a hook screwed to a wall, with an L-shaped mounting stand mounted on the main body 1 by attaching the cord with screws to a position where it slackens.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a standing lamp which is automatically turned on when an earthquake occurs.

[0002]

2. Description of the Related Art Conventional standing lamps include those provided with luminous paint on a main body, those which are attached to an outlet and which are turned on automatically when a power failure occurs, and those which are turned on upon detection of an earthquake.

[0003]

In a conventional standing light provided with a luminous paint, if the time after turning off the indoor lighting is long, the light becomes weak and the position of the standing light cannot be confirmed.

[0004] A rechargeable standing light that is automatically turned on at the time of a power failure can be used only at an outlet, and even when an earthquake occurs, the position of the standing light cannot be confirmed because it is not turned on when electricity is supplied. You'll have to use the lighting switches you're used to everyday.

[0005] Lighting that detects and lights an earthquake is difficult to carry because of its high price and large size, the installation place is limited, and the usage method is different from that of the conventional standing light.

An object of the present invention is to provide a standing lamp that can be installed anywhere, has almost the same price and usage as conventional standing lamps, and is automatically turned on when an earthquake occurs.

[0007]

In order to achieve the above object, the standing lamp of the present invention is provided with a main switch for switching on and off similarly to a conventional standing lamp, and is further provided with a main switch which is pressed to the end face of the main body. Is provided with an end switch of a B contact from which a current is interrupted, and is wired between a light bulb and a main switch or a dry cell.

When the above standing light is installed on a flat place such as a desk, it can be installed directly. However, in order to install it on a wall, a string, a hook for hanging the string, and an installation table for mounting the body are used. .

[0009] It is preferable to use a shock-resistant structure such as providing a shock absorbing wheel for absorbing the shock when the standing light falls due to the earthquake.
The shape of the main body may be a polygon which is hard to roll after falling or a roll stopper may be provided.

[0010]

[Function] In addition to the general function of putting a dry cell into the standing lamp configured as described above, turning on the main switch to turn on and turning off the light, and turning off the main switch, the end switch is turned on. Place it on a flat surface with the upside down.

[0011] Even if the main switch is turned on, the switch is turned off because the end switch is pressed and the current is cut off.

When installing on a wall, a hook and an installation stand are attached to the wall, a main switch is turned on, and a string of the main body is hung on the hook in a loose state, and is placed on the installation stand.

When an earthquake vibration is applied to the portable telephone while it is installed on a wall, the standing lamp slides down from the installation table, and the end switch is turned off so that the hook is printed in the middle with a string, and the light is automatically turned on.

[0014]

Embodiments will be described with reference to the drawings.
In FIG. 1, a main switch 3 for turning on and off by switching on and off is provided in a main body 1, and an end switch 2 is wired between the main switch 3 and a bulb 4.

The end switch 2 is provided on the end face of the main body 1 on the side of the bulb 4, and is pushed in when the main body 1 is upright, pushes open the internal contacts, and can cut off the current regardless of the main switch 3. is there.

A shock absorbing wheel 6 is provided at the rear of the main body 1 in order to absorb an impact when the main body 1 which has been upright due to an earthquake falls down.
The body 1 has an outer shape of 1
It has a square shape.

A luminous paint zone 5 is provided in case of a power failure other than an earthquake.

In the embodiment shown in FIG.
4, the string 14 is hung on a hook 12 attached to the wall with a screw 15, and an L-shaped installation base 13 is attached with screws 16 and 17 at a position where the string 14 can be loosened, and the main body 1 is put on top.

[0019]

Since the present invention is configured as described above, it has the following effects.

Lighting can be automatically turned on by the vibration of an earthquake, and light can be reliably ensured even at night.

Since it is a dry cell type, it can be installed irrespective of the position of the outlet. If it is installed in a place where it can be reached from the bed, the emergency light will be on in the event of an earthquake. it can.

When installed on a wall near the exit, it becomes a guide light in case of criticism.

[0023] Since only one switch, which is cut off when pressed, is provided on the end face, it can be provided at almost the same price as a conventional standing lamp.
Mass production is also easy.

When the standing lamp of the present invention is used by hand, the method of use is almost the same as that of the conventional product, and the operation is not mistaken even in a state of being mentally confused by an earthquake or the like.

Since the light is turned on simply by lifting, even when an urgent need arises, it is possible to respond instantaneously.

[Brief description of the drawings]

FIG. 1 is a perspective view showing an embodiment of the present invention.

FIG. 2 is a perspective view showing an embodiment of the present invention.

[Explanation of symbols]

 1,7 body 2,8 end face switch 3,9 main switch 4 light bulb 5,10 luminous paint strip 6,11 buffer wheel 12 hook 13 installation stand 14 string 15,16,17 screw

Claims (2)

[Claims] 1. An automatic lighting structure for a standing lamp, wherein an end switch (2) for interrupting a current while being pressed is provided on an end surface of a main body (1) of the standing lamp. 2. A hook (12) for hanging on a wall and an installation table (1).
3) A stationary lamp fixed body consisting of:
4. The automatic lighting structure of a standing light according to claim 1, further comprising (4).