KR100742314B1 - Illumination Apparatus For Lotus Lamp Using Internal Power Supply - Google Patents

Abstract

The present invention relates to a lighting device for a lantern that operates with an internal power source, and more particularly, the lighting device installed in the interior of the lantern is operated by a battery provided with a separate light to operate the internal power that is formed to emit light to the outside of the lantern. It relates to a lighting device for a lantern.

In order to achieve the above object, the configuration of the present invention includes a lighting unit including a lamp which is operated by receiving power; A battery case installed in the lighting unit and including a battery for supplying power to the lamp; A connection ring formed in the battery case so as to be connected to a lamp and installed; It is configured to include.

In this configuration, the present invention does not require an external power supply device, which simplifies the configuration, and thus, a short circuit or a disconnection does not occur, thereby reducing the risk of fire and facilitating maintenance and repair. It replaces the candle used as the lighting device has the effect of preventing the fire from occurring due to careless use.

Lanterns, Batteries, Reflectors, High Brightness Light Emitting Diodes, Knobs, Charging, Diffusion

Description

Illumination Apparatus For Lotus Lamp Using Internal Power Supply}

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

Figure 2 is a front cross-sectional view showing the cross section of FIG.

3 is a rear perspective view showing the upper reflector shown in FIG.

Figure 4 is a block diagram showing the configuration of the lantern to which the embodiment of the present invention is applied.

Figure 5 is a block diagram showing the configuration of the lantern to which another embodiment of the present invention is applied.

※ Explanation of code for main part of drawing

1: lighting

10: battery case

11 battery 12 solar cell

13: illuminance sensor 14: switch

15: handle

20: lighting unit

21: lamp

211: light emitting diode

22: circuit part 23: outer case

24: upper reflector

241: insertion hole

25: lower reflector 26: engaging projection

27: reflective projection

30: link

31: connecting member

40: lantern case

41: connecting rod

The present invention relates to a lighting device for a lantern that operates with an internal power source, and more particularly, the lighting device installed in the interior of the lantern is operated by a battery provided with a separate light to operate the internal power that is formed to emit light to the outside of the lantern. It relates to a lighting device for a lantern.

In general, lanterns installed on temples or streets for bon festivals are used by connecting a number of lanterns with a light bulb inside and a single or multi-colored decoration on the outside in a single wire installation. In the case of using a plurality of lanterns, an external power supply that supplies power to a plurality of lights must be used. Therefore, in a temple built in a mountain or remote place, a separate external power supply must be provided. There is a problem in that the cost of installation and operation using a large amount of power increases.

In addition, when a plurality of lanterns are long connected through the wires, if a break occurs in some of the wires, maintenance and repair thereof were not easy, and there was a problem in that the risk of fire due to a short circuit or overheating was increased.

In addition, in the case of using portable lanterns, candles were often used instead of lighting devices for the convenience of carrying, which may cause fires on wooden temples or streets due to inadvertent lighting of the lanterns. There was a problem.

In order to solve the above problems, an object of the present invention is to provide a lighting device for a lamp that is formed to emit light to the outside of the lamp is operated by a battery provided with a separate lighting device installed inside the lamp.

In addition, another object of the present invention is to provide a long-term use without replacing the battery.

In addition, another object of the present invention is to provide a lighting device to be installed in the lantern to be operated only at night to distinguish between day and night.

In addition, another object of the present invention is to enable the illumination irradiated to the outside of the lantern to generate a multi-colored light and the illumination to be irradiated outside by a plurality of reflections and refractions.

In addition, another object of the present invention is to provide a lighting device for a lantern that is installed and operated in the portable lantern.

In order to achieve the above object, the present invention provides a battery case comprising a battery for supplying power charged therein to the outside; An illumination unit installed below the battery case and including a lamp operated by a power supplied from the battery; It is configured to include a connection ring formed on the top of the battery case, the battery further comprises a solar cell is charged by switching the sunlight to power, the lighting unit detects the brightness of the day and night to operate the lamp It further comprises an illumination sensor for adjusting, wherein the lamp is made of a group of a plurality of light emitting diodes emitting different colors, the outer case of the material through which illumination is transmitted to the outside, and formed on the top of the outer case and the bottom And an upper reflecting plate having a plurality of reflecting protrusions and an insertion hole through which the lamp penetrates is formed at the center, and a lower reflecting plate formed at the bottom of the outer case and having a plurality of reflecting protrusions on an upper surface thereof. .

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In addition, the battery case is characterized in that consisting of a lantern handle formed in the longitudinal direction to facilitate gripping.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the present invention devised to solve the above problems.

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

As shown, the present invention is a battery case 10 in which the battery 11 is built, the lighting unit 20 is installed on the bottom of the battery case 10 and the connecting ring 30 formed on the top of the battery case 10 It consists of

Here, the battery case 10 is a lighting unit installed in the bottom of the battery case 10 is formed so as to embed the battery 11 is charged with power inside the battery 11 to supply power to the outside. It is to supply power to (20).

The lighting unit 20 is provided under the battery case 10 and includes a lamp 21 emitting light and a circuit unit 22 formed to connect the lamp 21 to the battery case 10. It is configured to operate by the power supplied from the battery (11).

In addition, the lighting unit 20 is installed on the outside of the lamp 21 that is supplied with power to generate light, and the upper and lower ends of the tubular outer case 23 and the outer case formed to pass through the inside ( 23) The upper reflector 24 and the lower reflector 25 which are mounted on the upper and lower sides to face each other are further configured.

FIG. 2 is a longitudinal cross-sectional view of the cross section of FIG. 1, and FIG. 3 is a rear perspective view of the upper reflector 24 of FIG. 2.

As shown in the drawing, an illumination unit 20 including the lamp 21 and the circuit unit 22 is installed at a lower end of the battery case 10 having the battery 11 embedded therein, and formed of a transmissive material and has an upper reflector. The outer case 23 is further configured to be mounted on the upper and lower parts 24 and the lower reflector 25 so as to be installed outside the lamp 21.

The battery case 10 is configured to supply the power of the battery 11 to the lamp 21 constituting the lighting unit 20, the battery 11 is built therein, the side to sense the illumination The illuminance sensor 13 is formed and the switch 14 is provided so that the power charged in the battery 11 is connected to the lighting unit 20 and supplied.

When the switch 14 is operated so that the power of the battery 11 is supplied to the lamp 21, the battery case 10 is provided with the circuit part 22 provided at the bottom thereof with the battery 11 installed therein. Through the lighting unit 20 to supply the power of the battery (11).

Here, the battery 11 is to be applied to a variety of charging power it is preferable to use a general chemical battery, it is also preferable to use a rechargeable battery to enable continuous reuse.

In addition, the illumination sensor 13 is installed on the side of the battery case 10 to automatically turn off the lights during the day and to automatically turn on the lights at night, the battery case 10 is connected to the lamp The connecting ring 30 is provided to be fixed.

In addition, a solar cell 12 for converting sunlight into a power source is installed around the connecting ring 30 as shown.

The solar cell 12 converts sunlight absorbed during the day into a power source to charge the battery 11 and supplies power to the lighting unit 20 using the charged power at night. Here, the battery 11 is preferably configured to be replaced by a rechargeable battery which is charged by the solar cell 12.

Through this, the battery case 10 is to supply power to the lamp 21 using the power charged in the battery 11 without supply of external power.

In addition, the lamp 21 constituting the lighting unit 20 is formed of a group of light-emitting diodes 211 consisting of a plurality, the upper end is installed in the battery case 10 so that power is supplied to the plurality Is connected to a circuit unit 22 for controlling a group of light emitting diodes 211.

Here, the light emitting diode 211 is driven and operated at low power while emitting light with strong straightness by receiving power from the battery 11. The light emitting diode 211 is composed of three pairs of light emitting diodes 211 emitting three primary colors, and various colors are generated by emitting a single color light that generates each unique color in a proper ratio.

In addition, in the implementation of the three primary colors, it is preferable to generate a new monochromatic light generated by the combination of the monochromatic light of the three colors through the control of the circuit unit 22, and make a sequential color change through the combination of the continuous monochromatic light It is also desirable to generate a multicolored light that exhibits a rainbow color.

The outer case 23 is installed outside the lamp 21 so that the illumination generated from the light emitting diode 211 is irradiated to the outside by a plurality of reflections and refractions, the light emitting diode 211 generates the illumination When the light is refracted in the outer case 23 to diffuse the light, the light is transmitted to the outside of the outer case 23, and the light is transmitted through the surface of the light to the outside of the light to be observed. .

The outer case 23 has upper and lower reflector plates 24 and 25 mounted on upper and lower surfaces thereof, and the plurality of light emitting diodes 211 are formed in the center of the upper reflector 24. Insertion hole 241 is formed.

The upper reflector 24 and the lower reflector 25 are formed to correspond to the shape of the upper and lower surfaces of the outer case 23, and are formed to protrude in a ring shape in the insertion direction as shown in FIG. An upper surface of the outer case 23 having the upper and lower portions of the upper reflecting plate 24 and the lower reflecting plate 25 on which the coupling protrusions 26 are formed to form the coupling protrusions 26. Each is inserted into the lower surface and mounted by fitting.

Here, a plurality of refractive projections 27 formed in a quadrangular pyramid shape are formed on a bottom surface of the upper reflector 24 and an upper surface of the lower reflector 25 mounted on the outer case 23.

The plurality of refractive projections 27 formed on the bottom surface of the upper reflector 24 have the illumination generated from the light emitting diode 211 reaching the refractive projections 27 so that the illumination is refracted and passed through or reflected. This process is to be incident again to the refraction projection 27 is repeatedly generated in the refraction projection 27 is formed over the entire bottom surface of the upper reflector 24, the light generated by the light emitting diode 211 is diffused do.

Refractive protrusions 27 having the same shape as that of the upper reflector 24 are also formed on the lower reflector 25 so that the illumination generated by the illumination unit 20 is the same as the process of generating the upper reflector 24. Will be done.

That is, the light reflected and refracted by the upper reflector 24 is incident on the lower reflector 25 again, and the reflection and refraction are performed again. After the above process is performed on the lower reflector 25, the upper reflector 24 is again. Repeatedly reflected and refracted illumination is transmitted through the outer case 23 to the outside.

The illumination generated from the upper reflector 24 and the lower reflector 25 is reflected and refracted before the illumination generated from the light emitting diode 211 reaches the outer case 23 through reflection and scattering which are continuously performed. In the continuously generated state, the transmission is made more smoothly.

The lamp 21 is installed on the bottom surface of the battery case 10 and passes through the insertion hole 241 formed in the upper reflector 24 to be positioned inside the outer case 23. The illumination generated by 21 reaches the outer case 23 so that reflection and refraction are made, and the light is diffused through the outer case 23 so as to be irradiated to the outside.

In addition, the outer case 23 is preferably formed of a translucent material so that the lighting has the effect of fog lighting, the upper reflector 24 and the lower reflector 25 of the refractive projection 27 is formed In consideration of the complexity, it is preferable to produce a batch shape through extrusion molding, and the external shape is preferably formed corresponding to the top and bottom surfaces so as to be mounted on the outer case 23.

4 is a configuration diagram showing an embodiment to which the present invention is applied, and as shown in the drawing, the lamp unit 1 includes a lamp unit 1 including the lighting unit 20 and the battery case 10. Connect the connecting rod 41 formed on the lamp case 40 and the connecting ring 30 formed on the top of the battery case 10 so that the lamp lighting 1 is positioned in the inner space of the lamp case 40. .

The connecting ring 30 is formed on the top of the battery case 10 to be connected to the lamp case 40 as a connecting ring 30 protruding from the top of the battery case 10 and penetrating the center thereof. It is composed.

The connecting table 41 is installed on the upper end of the light case 40 is provided around the opening formed so that the light (1) can be inserted into the light case (40).

The connecting table 41 is formed in a semi-circular ring shape so that the lamps 1 are connected to each other by the connecting member 31 between the connecting rings 30 formed in a ring shape on the battery case 10. It is to be located inside the lamp case 40.

5 is a cross-sectional view showing another embodiment of the present invention, the battery case 10 used in the portable lantern, the handle 15 is configured.

The handle 15 is fixed to the upper end of the lighting unit 20 located inside the lantern case 40 to form a battery case 10 in a longitudinal rod shape and a plurality of batteries 11 in the longitudinal direction therein. ) To replace the configuration by the handle 15 of the structure that allows the user to grip the battery case 10 by hand. That is, the handle 15 is used in a portable lantern so that the user grips the handle 15 so that the lantern 1 can be carried and used while moving.

Here, the switch 14 configured in the battery case 10 is provided on the handle 15 and the solar cell 12 and the illuminance sensor 13 are the upper reflector plate to which the handle 15 is fixed ( It is preferred to be configured in 24).

As described above, the light emitting diode 211 is emitted using the battery case 10 without supplying power from the outside, and the illumination is diffused and irradiated, thereby enabling safe use of a simple configuration and easy maintenance. Lighting device is provided.

As described above, the present invention does not require an external power supply device, thereby simplifying the construction of the lantern, and thus, a short circuit or a disconnection does not occur, thereby eliminating the risk of fire and facilitating maintenance and repair. It replaces the candle used as a lighting device in the lantern and has the effect of preventing the fire from being inadvertently used.

In addition, the present invention further comprises a solar cell to charge the battery by switching the solar power to the power for long-term use without replacing the battery, by using the solar power during the day when no lighting At night, the lighting is operated by the battery which is charged and the battery is not charged. Therefore, the battery is not required for the replacement and charging of the battery, and the battery can be permanently used.

In addition, the present invention is to separate the day and night to include a light sensor to illuminate the lamp to operate the lamp, the lights are turned on at night and the intelligent operation is possible to turn off the lights during the day, the operator manually turns on the lights This prevents the hassle of turning off, and thus has the effect of using the battery charged for a long time.

In addition, the present invention comprises a group of a plurality of light emitting diodes so that the lamp generates a multi-color light and having an outer case outside the lamp so that the illumination generated from the lamp is irradiated to the outside by a plurality of reflections and refractions and By forming an upper reflector and a lower reflector above and below the outer case, a plurality of reflections and refractions are generated between the upper reflector and the lower reflector to generate light that is softly emitted, and a variety of colors in a group of light emitting diodes. The light emitted from the light is transmitted to the outside has the effect of visually beautiful.

In addition, the present invention comprises a battery case consisting of a handle which is provided inside the battery is fixed to the lighting unit to be installed and used in a portable lantern, by using a conventional candle used in portable lanterns as an illumination device that operates with an internal power source. In place, it prevents the fire caused by the user's carelessness and the gripping is formed smoothly has the effect of facilitating the use of portable lanterns.

Claims (6)

delete delete delete delete A battery case 10 having a battery 11 for supplying power charged therein to the outside; An illumination unit 20 installed at a lower end of the battery case 10 and including a lamp 21 operated by power supplied from the battery 11; It is configured to include a connecting ring 30 formed on the top of the battery case 10, The battery 11 further includes a solar cell 12 in which sunlight is converted into a power source and charged. The lighting unit 20 further includes an illumination sensor 13 for sensing the brightness of the day and night to adjust the operation of the lamp, The lamp 21 is made of a group of a plurality of light emitting diodes 211 emitting different colors, An outer case 23 made of a material through which illumination is transmitted to the outside; It is formed on the outer case 23 and has a plurality of reflective projections 27 on the bottom, An upper reflector 24 having a central insertion hole 241 through which the lamp 21 penetrates, A lower reflector 25 formed at a lower end of the outer case 23 and having a plurality of reflective protrusions 27 on an upper surface thereof; Lighting device for operation with an internal power source further comprising. The battery case 10 according to claim 5, Illumination device for operation with an internal power source, characterized in that consisting of a lantern handle 15 is formed in the longitudinal direction to facilitate gripping.

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