JP3236399U - LED lighting device that can respond to power outages - Google Patents

Abstract

PROBLEM TO BE SOLVED: To use a remote controller for operating a lighting device main body as a flashlight while the lighting device main body can illuminate the entire room for a long time even when a commercial power source cannot be used as in a power failure. Also provides an LED lighting device that can be used in the event of a power outage. SOLUTION: A large number of LEDs 28 and four emergency light LEDs 29 are attached to a bottom surface portion 20A of an LED substrate 20 of an LED ceiling light 10 capable of responding to a power failure. The emergency light LED 29 is connected to the emergency light button 52 of the infrared remote controller 16. A mobile battery accommodating space 34 is provided on the upper surface portion 18B of the main body base 18. Further, the infrared remote controller 16 is provided with an LED light 54 for a flashlight. [Selection diagram] Fig. 1

Description

The present invention relates to an LED lighting device that is installed on the ceiling of a room and illuminates the entire room brightly. Specifically, the LED lighting device illuminates the entire room for a long time even when a commercial power source cannot be used due to a power failure or the like. The present invention relates to an LED lighting device capable of responding to a power failure, which can also be used as a flashlight with a remote control for operating the LED lighting device.

An LED ceiling light installed on the ceiling of a room is widely used as one of the LED lighting devices that brightly illuminate the entire room of a building.
However, since the power source of the LED ceiling light is only a commercial power source, the room cannot be illuminated by the LED ceiling light when the commercial power source cannot be used at the time of a power failure.
Therefore, when the commercial power supply cannot be used as in the case of a power outage, take out the emergency light such as a flashlight stored in advance and place an emergency light such as a flashlight on the table to illuminate the room. However, it is difficult to illuminate the entire room even if an emergency light such as a flashlight is placed on a table or the like to illuminate the room.
In addition, it is important to illuminate the entire room in order to operate in the room even during a power outage, and by illuminating the entire room, it is possible to reduce the anxious psychological state that occurs in an emergency such as a power outage.
Therefore, a ceiling light with an emergency power supply mechanism has been proposed as a lighting fixture that can illuminate the entire room even if a power failure occurs (Patent Document 1 as an example).
This ceiling light with an emergency power supply mechanism includes a ceiling light, a changeover switch, a power socket or connector, and a power cable.
Therefore, when the commercial power supply becomes unavailable during a power failure, the ceiling light can be turned on by attaching a power cable to the power socket or connector of the ceiling light and switching with a changeover switch.
Therefore, the ceiling light installed on the ceiling of the room can illuminate the entire room as brightly as in normal times.
However, since this sealing light uses the same light as in normal times, it consumes the same amount of electricity as in normal times, so if a power outage continues for a long time, the electricity consumption of the battery connected to the power cable will increase. There is a problem that the ceiling light cannot be used for a long time.

Utility model registration No. 3228616

The present invention was made in view of the above facts, and the LED lighting device installed on the ceiling can illuminate the entire room for a long time even when the commercial power supply cannot be used as in the case of a power failure. In addition, the present invention provides an LED lighting device capable of responding to a power failure, in which a remote control for operating the LED lighting device can also be used as a flashlight.

The invention of claim 1 is a lighting device main body, a remote control for operating the lighting device main body, an LED board constituting the lighting device main body, a plurality of LEDs provided on one surface of the LED board, and the LED board. A plurality of emergency light LEDs provided on one surface, an emergency power cord having one end electrically connected to at least the emergency light LED and the other end connectable to a mobile battery, and the remote control. It has an all-light button provided in the remote control and capable of lighting the LED, an emergency light button provided in the remote control and capable of lighting the emergency light LED, and a flashlight LED light provided in the remote control. It is characterized by being LED.
The invention of claim 2 is characterized in that the lighting device main body is a sealing LED light.
The invention of claim 3 is characterized in that a mobile battery accommodating space is provided on an upper surface portion of a main body base constituting the main body of the lighting device.
The invention of claim 4 is characterized in that a mobile battery fall prevention body is provided in the mobile battery accommodating space provided on the upper surface portion of the main body base constituting the main body of the lighting device.
The invention of claim 5 is characterized in that the remote controller is an infrared remote controller.

The LED lighting device that can handle power outages of the present invention is said to be able to illuminate the entire room for a long time with the LED lighting device body installed on the ceiling even when the commercial power supply cannot be used as in the case of a power outage. Has an excellent effect.
The LED lighting device that can respond to a power outage of the present invention is an emergency such as a power outage because the LED lighting device main body installed on the ceiling can illuminate the entire room even when the commercial power supply cannot be used as in the case of a power outage. It has the excellent effect of being able to reduce the psychological anxiety that sometimes occurs.
The LED lighting device capable of responding to a power failure of the present invention has an excellent effect that the remote controller can also be used as a flashlight.
In addition to the above-mentioned excellent effect, the LED lighting device capable of responding to a power failure according to claim 3 can accommodate the mobile battery in the mobile battery accommodating space, so that it is possible to prevent the appearance quality of the LED lighting device capable of responding to a power failure from deteriorating. Has an effect.
In addition to the above-mentioned excellent effect, the LED lighting device capable of responding to a power failure according to claim 4 is provided with a mobile battery fall prevention body, so that the mobile battery housed in the mobile battery storage space can be prevented from accidentally falling. Has an effect.

It is a schematic exploded perspective view of the LED ceiling light which can cope with the power failure of an Example. It is a bottom view of the LED board used for the LED ceiling light which can cope with the power failure of an Example. It is a perspective view which looked at the LED ceiling light which can cope with a power failure of an embodiment from the upper diagonal. It is a perspective view which looked at the LED ceiling light which accommodated the mobile battery of an Example and can cope with a power failure from the upper diagonal. It is a schematic perspective view of the case where the mobile battery is connected to the LED ceiling light which can cope with the power failure of an Example. It is a front view of the remote control of the LED ceiling light which can cope with the power failure of an Example. FIG. 3 is a schematic front view of a remote controller of an LED ceiling light capable of responding to a power failure according to an embodiment.

The following examples are shown as examples of the best mode for carrying out the device.

1 to 7 show an embodiment of an LED lighting device capable of responding to a power failure.
In this embodiment, a case where an LED lighting device capable of responding to a power failure is applied to an LED ceiling light will be described as an example.
Further, in this embodiment, the ceiling side of the room in which the LED ceiling light capable of responding to a power failure is installed is represented as the upper surface side, and the floor side of the room is represented as the lower surface side for convenience from the description of the drawing.

As shown in FIG. 1, the LED ceiling light 10 capable of responding to a power failure includes a lighting device main body 12, a translucent cover 14 detachably attached to the lighting device main body 12, and a remote controller for operating the lighting device main body 12. The infrared remote controller 16 (see FIGS. 6 and 7) is provided.

The lighting device main body 12 includes members such as a substantially circular main body base 18, an insulating plate (not shown), a power supply board (not shown), and an LED board 20 and a transparent cover from the upper surface side near the ceiling side. It is configured to include 22.

The transparent cover 22 is attached to the bottom surface side of the LED substrate 20 by an appropriate means such as a screw 24.

An instrument mounting portion 18A, which is a substantially circular hole, is provided in the center of the main body base 18.
An adapter 26 is arranged in the instrument mounting portion 18A and is engaged and fixed to the main body base 18 via appropriate means.

The adapter 26 is adapted to be engaged and fixed to an indoor wiring fixture (not shown) fixed to the ceiling.
As a result, the lighting device main body 12 is fixed at a predetermined position on the ceiling surface via the adapter 26 and the indoor wiring fixture, respectively.

As shown in FIG. 2, the LED substrate 20 is formed in a donut shape when viewed from the bottom.

A large number of LEDs 28 are provided on the bottom surface portion 20A of the LED substrate 20. These LEDs 28 are connected to all light buttons described later of the infrared remote controller 16.

Further, four emergency light LEDs 29 are provided on the bottom surface portion 20A of the LED substrate 20 at intervals along the circumferential direction of the LED substrate 20. These emergency light LEDs 29 are connected to an emergency light button described later of the infrared remote controller 16.

As shown in FIGS. 1 and 2, a power supply connection portion (not shown) is provided in the vicinity of the instrument mounting portion 18A.
The power supply connection portion is electrically connected to the adapter 26 via an electric wire (not shown).

As a result, the lighting device main body 12 receives power via the indoor wiring fixture, the adapter 26, and the power supply connection portion, respectively.

As shown in FIGS. 3 and 4, three three-dimensional main body base rotation preventing bodies 30 are evenly fixed to the upper surface portion 18B of the main body base 18 along the circumferential direction.
These main body base rotation prevention bodies 30 are members for preventing the lighting device main body 12 attached to the ceiling plate from inadvertently rotating or the lighting device main body 12 from rattling, and are made of a three-dimensional sponge. It is formed.

Two mobile battery fall prevention bodies 32 are attached between the main body base rotation prevention body 30 and the main body base rotation prevention body 30 at the outer peripheral portion of the upper surface portion 18B of the main body base 18.
The mobile battery fall arrest body 32 is also formed of a three-dimensional sponge.

A mobile battery storage space that can accommodate a commercially available mobile battery 1 (see FIG. 4) surrounded by two main body base rotation prevention bodies 30 and two mobile battery fall prevention bodies 32 on the upper surface portion 18B of the main body base 18. 34 is provided.

A silicon base sheet 36 as a mobile battery movement prevention sheet is attached to the mobile battery storage space 34.
By providing the silicon base sheet 36 in the mobile battery accommodating space 34, the mobile battery 1 accommodated in the mobile battery accommodating space 34 is less likely to slip.

Two cord locking tools 38 are attached to the outer peripheral portion of the upper surface portion 18B of the main body base 18.

As shown in FIGS. 3 and 4, these cord locking tools 38 are members that can temporarily lock the intermediate portion of the USB cord 40 as an emergency power cord in a temporarily fixed state, and are used in normal times. When the USB cord 40 is not used, the USB cord 40 is locked so that the USB cord 40 does not hang down from the main body base 18.

When the USB cord 40 is strongly pulled, the cord locking tool 38 comes off the middle portion of the locked USB cord 40 so that the USB cord 40 can be hung down as shown in FIG.

As shown in FIGS. 3 and 4, the base end portion (not shown) of the USB cord 40 is connected to the power supply connection portion.

As shown in FIG. 5, a terminal 40A is provided at the tip of the USB cord 40 so that the USB cord 40 can be inserted into the mobile battery terminal insertion port 1A of a commercially available mobile battery 1.

6 and 7 show the infrared remote controller 16 that operates the lighting device main body 12 of the LED ceiling light 10 capable of responding to a power failure.

As shown in FIG. 6, a power button 44, a nightlight button 46, an all-light button 48, a flashlight button 50, an emergency light button 52, and the like are provided on the front surface of the infrared remote controller 16.

The all-light button 48 is electrically connected to all the LEDs 28, and when the all-light button 48 is pressed, all the LEDs 28 are turned on.

Further, the emergency light button 52 is electrically connected to the emergency light LED 29, and only the emergency light LED 29 that presses the emergency light button 52 is turned on.

As shown in FIG. 7, a battery box 53 is provided on the back surface of the infrared remote controller 16 and houses a dry battery (not shown).

Further, on the tip surface of the infrared remote controller 16, a flashlight LED light 54 that lights up when the flashlight button 50 is pressed is provided, and an infrared transmitter 56 is provided.

Next, the operation of the power failure-capable LED ceiling light 10 of the embodiment will be described by exemplifying the case where the power failure-capable LED ceiling light 10 installed on the ceiling of the room is used.

When turning on the LED ceiling light 10 capable of responding to a power failure, the tip surface of the infrared remote controller 16 is directed toward the LED ceiling light 10 capable of responding to a power failure, and the power button 44 of the infrared remote controller 16 is pressed.

As a result, infrared rays are emitted from the infrared transmitter 56 of the infrared remote controller 16, the switch of the LED 28 is turned on, and the LED 28 is turned on.

Therefore, the entire room can be brightly illuminated by the LED ceiling light 10 installed on the ceiling and capable of responding to a power failure.

When commercial electricity cannot be supplied to the LED ceiling light 10 that can respond to a power failure due to a power failure or the like, all the LEDs 28 of the lighting device main body 12 that have been lit are turned off.

Since the entire room becomes dark at night, etc., the flashlight button 50 of the infrared remote controller 16 is pressed to turn on the flashlight LED light 54 of the infrared remote controller 16.

As a result, the LED ceiling light 10 capable of responding to a power failure can be illuminated by the light of the flashlight LED light 54. Therefore, check the USB code 40 arranged on the upper surface portion 18B of the main body base 18 and check the USB code. Pinch the middle part of 40 and pull it toward you.

By pulling the middle part of the USB cord 40, the middle part of the USB cord 40 is disengaged from the cord locking tool 38, and the USB cord 40 can be hung down as shown in FIG.

Next, the terminal 40A of the USB cord 40 is inserted into the terminal insertion port 1A of the mobile battery 1 that has been stored.

Then, when the emergency light button 52 of the infrared remote controller 16 is pressed, light is emitted from the infrared transmitter 56 of the infrared remote controller 16, only the emergency light LED 29 is switched on, and only the four emergency light LEDs 29 are lit.

In this case, since only the four emergency light LEDs 29 are lit, the illuminance is lower than when all the LEDs 28 are lit, but the LED ceiling light 10 capable of responding to a power failure is installed on the ceiling. It can illuminate the entire room.

Moreover, since only the four emergency light LEDs 29 are lit, the power consumption can be suppressed as compared with the case where all the LEDs 28 are lit, and even if the power source is only the mobile battery 1, it is possible to cope with a power failure for a long time. The entire room can be illuminated with the LED ceiling light 10.

Further, by illuminating the entire room with the LED ceiling light 10 capable of responding to a power failure, it is possible to reduce the psychological anxiety that occurs in an emergency such as a power failure.

If the USB cord 40 and the mobile battery 1 are left in a hanging state, the USB cord 40 and the mobile battery 1 will be in the way and the appearance quality of the LED sealing light 10 capable of responding to a power failure will be deteriorated. If the mobile battery 1 is accommodated in the mobile battery accommodating space 34 and the middle portion of the USB cord 40 is locked to the cord locking tool 38, the USB cord 40 and the mobile battery 1 do not get in the way, and in the event of a power failure. It is possible to prevent the appearance quality of the available LED sealing light 10 from deteriorating.

Further, when the mobile battery 1 is accommodated in the mobile battery accommodating space 34, since the mobile battery fall prevention body 32 is attached, it is possible to prevent the mobile battery 1 from inadvertently falling from the mobile battery accommodating space 34, which is safe. be.

Further, since the infrared remote control 16 of the LED sealing light 10 capable of responding to a power failure is provided with an LED light 54 for a flashlight, the infrared remote control 16 can also be used as a flashlight, which is convenient and stored separately. It is convenient because you do not have to search for an emergency light such as a flashlight.

In the embodiment, the USB cord 40 is shown as the emergency power cord, but it goes without saying that the power cord is not limited to the USB cord 40.

Further, in the embodiment, the infrared remote controller 16 is shown as the remote controller for operating the lighting device main body 12, but it goes without saying that the remote controller for operating the lighting device main body 12 is not limited to the infrared remote controller 16.

In the embodiment, a large number of LEDs 28 and four emergency light LEDs 29 are provided, but the number of LEDs 28, the position of the emergency light LEDs 29, and the number of emergency light LEDs 29 are limited to the examples. Of course not.

In the embodiment, the LED ceiling light capable of responding to a power failure is shown as the LED lighting device capable of responding to a power failure, but the LED lighting device capable of responding to a power failure can also be used for a lighting device other than the LED ceiling light capable of responding to a power failure.

10 LED ceiling light that can be used in the event of a power failure 12 Lighting device body 14 Translucent cover 16 Infrared remote controller 18 Body base 20 LED board 22 Transparent cover 26 Adapter 28 LED
29 LED for emergency light
30 Main body base rotation prevention body 32 Mobile battery fall prevention body 34 Mobile battery storage space 36 Silicon base sheet 38 Cord locker 40 USB cord 44 Power button 46 Nightlight button 48 All light button 50 Flashlight button 52 Emergency light button 54 LED light for flashlight

Claims (5)

A lighting device main body, a remote controller for operating the lighting device main body, an LED substrate constituting the lighting device main body, a plurality of LEDs provided on one surface of the LED substrate, and a plurality of LEDs provided on one surface of the LED substrate. Emergency light LED, an emergency power cord whose one end is electrically connected to at least the emergency light LED and whose other end can be connected to a mobile battery, and the LED provided on the remote control. It is characterized by having an all-light button that can be turned on, an emergency light button that is provided on the remote control and can turn on the emergency light LED, and a flashlight LED light that is provided on the remote control. LED lighting device that can handle power outages. The LED lighting device according to claim 1, wherein the lighting device main body is a sealing LED light. The LED lighting device capable of responding to a power failure according to any one of claims 1 and 2, wherein a mobile battery accommodating space is provided on an upper surface of a main body base constituting the lighting device main body. 1. LED lighting device that can respond to power outages as described in the section. The LED lighting device capable of responding to a power failure according to any one of claims 1, 2, 3, and 4, wherein the remote controller is an infrared remote controller.

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