KR101493379B1 - Lamp and cradle assembly - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a lamp mount assembly for mounting a lamp and a lamp, and more particularly, to a lamp mount and a lamp mount assembly which can be used in various outdoor applications. An embodiment of the present invention is a light-emitting circuit board comprising: a light-emitting element array for light-emitting mode for emitting light with different illuminance; and a light-emitting element array for mood mode emitting light in different colors; A light emitting housing for locating the light emitting circuit board in the penetrating hole, A light mode button for selecting a light intensity to be emitted from the light emitting device array for the light intensity mode; A mood mode button for selecting a color to emit light from the light emitting device array for the mood mode; And a controller for controlling the illuminance of the light emitting element array for illumination mode and the color of the light emitting element array for mood mode according to the operation of the button for illumination mode and the button for mood mode.

Description

Lamp and cradle assembly < RTI ID = 0.0 >

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a lamp mount assembly for mounting a lamp and a lamp, and more particularly, to a lamp mount and a lamp mount assembly which can be used in various outdoor applications.

As the level of living has increased recently, outdoor activities such as mountain climbing and fishing have exploded. Various outdoor products have been developed according to this tendency, among which lanterns are increasingly utilized as essential equipment for outdoor activities at night. Particularly, a lamp that is convenient to carry is necessarily required between movements such as overnight hiking.

Generally, an electric lamp includes a body, a battery for supplying electric power, a bulb (or LED) that emits light toward the front, and a reflector that reflects light emitted from the bulb. Since the light provided by such a lamp illuminates only the target portion locally due to its linearity, it is inconvenient to work indoors such as a PC work, and since it partially reflects only a part of the light, it is not suitable for indoor mood, It is not suitable for use as an illumination device in outdoor.

On the other hand, in the case of a stand lamp, it is used as an indoor lighting device which is located on a table and illuminates a dark room. In addition, hanger lamps are used as indoor / outdoor lighting devices that hang inside a tent or on a camping table to illuminate inside a dark tent, under a tarp, or in a campsite. However, in the case of such a stand lamp or a hanger lamp, the product was implemented as a separate use, and could not be used in combination for two purposes. For example, in the case of a conventional hanger lantern, there is no particular difficulty for the user to carry it directly in the hand or hang it on the ceiling inside the tent, but in many cases, such as when the lantern is standing upright on the other floor or is not hung inside the tent There is a problem that is inconvenient to use.

In addition, conventional stand lamps and hanger lamps can be operated as a single unit, and there is an inconvenience that a plurality of lamps can not be combined to illuminate brighter light.

Korean Registered Utility Model No. 318243

The technical problem of the present invention is to enable the lamp to be used in various ways in various environments. The technical problem of the present invention is to simplify the power supply of the lamp. The technical problem of the present invention is to easily mount the lamp.

An embodiment of the present invention is a light-emitting circuit board comprising: a light-emitting element array for light-emitting mode for emitting light with different illuminance; and a light-emitting element array for mood mode emitting light in different colors; A light emitting housing for locating the light emitting circuit board in the penetrating hole, A light mode button for selecting a light intensity to be emitted from the light emitting device array for the light intensity mode; A mood mode button for selecting a color to emit light from the light emitting device array for the mood mode; And a controller for controlling the illuminance of the light emitting element array for illumination mode and the color of the light emitting element array for mood mode according to the operation of the button for illumination mode and the button for mood mode.

The control unit controls the illuminance of the light emitting device array for illumination mode to be lowered by one step each time the button for illumination mode is pressed.

The control unit controls the illumination of the light emitting device array for the illumination mode step by step and repeatedly while the depressed time of the button for the illumination mode is being pressed for more than the predetermined illumination repeat request time.

Further, the control unit performs control to emit light in a single predetermined hue stepwise every time the button for the mood mode is pressed, or to emit light in a sequential change color in which a hue change occurs with time.

Further, when the time at which the button for the illumination mode and the button for the mood mode are simultaneously pressed is greater than the emergency mode request time set in advance, the control unit controls the light emitting element array for illumination mode to blink with the SOS signal of Morse code Mode.

Further, the control unit may change the flashing period of the light emitting element array for the illumination mode or change the flashing period of the light emitting element array for the illumination mode every time the button for the illumination mode or the button for the mood mode is pressed during the SOS signal light emission operation. And controls the light emitting elements to alternately emit light.

Also, the light emitting device array for the illumination mode is located on the front surface of the light emitting circuit board, and the light emitting device array for the mood mode is located on the rear surface of the light emitting circuit substrate.

The lamp further includes a power button for selecting the on / off operation of the light emitting element array for illumination mode and the light emitting element array for mood mode.

The lamp further includes: a first latching member for enclosing one longitudinal end of the light emitting housing; And a second spacer which surrounds the other end of the light emitting housing.

The illumination mode button and the mood mode button are located in the first spacer, and the power button is located in the second spacer.

Further, the first and second connecting members are each provided with connecting hooks for connecting the hanger connecting lines.

The lamp further includes a power input terminal provided in the first latching unit and supplied with power from the outside; And a power output terminal provided on the second spacer to supply electric power to another external lamp, wherein the power input terminal and the power output terminal are electrically connected to each other.

Also, by inserting one end of the power connection line to the power output terminal and connecting the other end of the power connection line to the power input terminal of the other external lamp, external power supplied through the power input terminal can be supplied to another external lamp .

The lamp further comprises a battery; A battery power regulator which charges the battery using the power supplied from the external power line to the power input terminal and provides the driving power of the lamp when the lamp is driven without connecting the external power line to the power input terminal; .

When the power output terminal of the external lamp is connected to the power input terminal of the external lamp, the battery power controller converts the battery power to the power supplied to the power input terminal of the external lamp, Terminal.

Further, the lamp mount assembly according to an embodiment of the present invention includes: a holder having a power supply terminal protruded in a vertical shape; And a power supply terminal is inserted into the power input terminal to emit light with different colors at the rear side of the side wall, The lamp includes a light emitting element array for illuminating light having a different illuminance and a light emitting element array for mood mode emitting light with different colors, A light emitting device comprising: a light emitting housing for locating the light emitting circuit board in a through hole; A light mode button for selecting a light intensity to be emitted from the light emitting device array for the light intensity mode; A mood mode button for selecting a color to emit light from the light emitting device array for the mood mode; And a controller for controlling the illuminance of the light emitting element array for illumination mode and the color of the light emitting element array for mood mode according to the operation of the button for illumination mode and the button for mood mode.

According to the embodiment of the present invention, a single lamp can be used for both illumination for illuminating brightness and mood for creating atmosphere, thus maximizing utilization according to the use environment. Also, since it can be driven by receiving power from an adjacent lamp, it can be used effectively in an outdoor environment in which no external power source is provided.

1 is a block diagram of a lamp according to an embodiment of the present invention.
2 is an external perspective view of a lamp according to an embodiment of the present invention.
3 is a front view (a), a rear view (b), and a left side view (c) of an embodiment of the present invention.
4 is an exploded perspective view of a lamp according to an embodiment of the present invention.
FIG. 5 is a front view (a) and a rear view (b) of a light emitting circuit board according to an embodiment of the present invention.
FIG. 6 is a diagram illustrating an operation mode for an illumination mode according to an embodiment of the present invention.
FIG. 7 is a view illustrating operation for a mood mode according to an embodiment of the present invention.
8 is a diagram illustrating a state where external power converted through an adapter is supplied according to an embodiment of the present invention.
FIG. 9 is a view illustrating a state in which two lamps are electrically connected according to an embodiment of the present invention. FIG.
10 is a view showing a state before a lamp and a cradle are coupled according to an embodiment of the present invention.
FIG. 11 is a perspective view showing a lamp mount assembly in which a lamp and a mount are combined according to an embodiment of the present invention. FIG.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. It will be apparent to those skilled in the art that the present invention may be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, It is provided to let you know. Wherein like reference numerals refer to like elements throughout.

In the following description of the embodiments of the present invention, an LED is taken as an example of a light emitting device, but a variety of light emitting devices other than LEDs may be applied as a light emitting device.

FIG. 1 is a block diagram of a lamp according to an embodiment of the present invention. FIG. 2 is an external perspective view of a lamp according to an embodiment of the present invention. FIG. 3 is a front view (a) (B) and a left side view (c). FIG. 4 is an exploded perspective view of a lamp according to an embodiment of the present invention. FIG. 5 is a front view of a light emitting circuit board 200 according to an embodiment of the present invention FIG. 6 is a view illustrating an operation mode for the illuminance mode according to the embodiment of the present invention. FIG. 7 is a diagram illustrating a mode for a mood mode according to an embodiment of the present invention. It is a picture showing how it works.

The light emitting circuit board 200 includes an LED array 210 for illumination mode, which is an LED array for illumination mode, and a mood-mode LED array 220, which is a light emitting diode array for mood- Respectively. As shown in FIG. 5, the LED array 210 for illumination mode is located on the front surface of the light emitting circuit board 200, and the LEDs for mood mode 200 are disposed on both sides of the LED array 210, The array 220 is located on the rear surface of the light emitting circuit board 200. The illumination mode LED array 210 includes a plurality of LEDs 210a arranged on the front surface of the light emitting circuit board 200 and each illumination mode LED may be individually turned on and off have. Also, in the mood mode LED array 220, a plurality of LEDs are arranged on the rear surface of the light emitting circuit board 200, and the mood mode LEDs are individually turned on and off.

The light emitting housing 300 is a through-hole of a transparent material, and the light emitting circuit board 200 is positioned inside the through-hole. Accordingly, the light emitting housing 300 serves as a protective housing that surrounds the light emitting circuit board 200. The material of the light emitting housing 300 is a translucent or semitransparent material made of synthetic resin, polycarbonate or the like. Light emitted from the light emitting circuit board 200 can be emitted to the outside through the light emitting housing 300.

The first spacer 410 is a module for covering one longitudinal end of the light emitting housing 300 so as to prevent foreign matter from flowing into the light emitting circuit board 200 inside the light emitting housing 300.

The mood mode button 416 is formed in the first spacer 410 and the mood mode button 416 is positioned. Also, a button insertion hole for illumination mode is formed in the first spacer 410, and a button 415 for illumination mode is positioned.

The illumination mode button 415 selects the illuminance to be emitted from the illumination mode LED array 210. The brightness (brightness) of the LED array 210 for illumination mode drops by one step each time the button 415 for the illumination mode is pressed by the user. The mood mode button 416 selects a color to be emitted from the mood mode LED array 220 from the user. That is, the light illumination color of the mood mode LED array 220 changes step by step whenever the mood mode button 416 is depressed by the user.

The second spacer unit 420 is a module that covers the other end in the longitudinal direction of the light emitting housing 300 and prevents foreign matter from flowing into the light emitting circuit board 200 inside the penetrating light emitting housing 300. A power button insertion hole is formed on one side of the second connector body 420, and a power button 425 is located in the power button insertion hole. The power button 425 is selected by the user to turn on / off the operations of the illumination mode LED array 210 and the mood mode LED array 220. The pressing of the power button 425 is performed in a toggle manner so that the power button 425 is repeatedly turned on / off each time the power button 425 is pressed. The LED array 210 for the illumination mode and the LED array 220 for the mood mode are set to the illumination mode button 415 and the mood mode button 416, Respectively. When the power button 425 is turned off, the illumination mode LED array 210 and the illuminating mode LED array 210 are turned on regardless of the operation states of the illumination mode button 415 and the mood mode button 416, The mood mode LED array 220 is not operated and remains off.

The first hooking unit 410 and the second hooking unit 420 are provided with metal connection hooks 414 and 424 (clips), respectively, in which the hanger connecting rope S is knotted and tied. 5 and 6, the hanger connecting line S is bundled with the connecting rings 414 and 424 at both ends of the light emitting housing 300 so that the light emitting housing 300 and the like, such as a ring of a wall and a pole of a tent, To be able to hang lamps. The connection rings 414 and 424 can be implemented as a structure rotatable about a rotation axis. When the illumination mode LED array 210 is operated in the illumination mode, the illumination collar can be rotated so that the illumination mode LED array 210 faces the ground, as shown in FIG. 7, when the mood mode LED array 220 is operated in the mood mode in which the LED array 220 emits light, the connection rings 414 and 424 can be reversely rotated so that the mood mode LED array 220 faces the ground have.

When the first and second switching devices 410 and 420 are coupled to the light emitting housing 300, sealing members 413 and 423 are provided at the boundaries of the first and second switching devices 410 and 420, So that no foreign matter or moisture is introduced into the gap between them.

The controller 100 controls the illuminance of the LED array 210 for illumination mode and the colors of the LED array 220 for the mood mode in steps according to the operation of the illumination mode button 415 and the mood mode button 416 And emits light. The control unit 100 is implemented as an operation command control unit of a micom to control the illuminance mode LED array 210 and the mood mode LED array 220 through illumination and PWM control, respectively. DC converter 110 for converting the driving power of the microcomputer 100 into DC / DC converter 110. The DC / DC converter 110 converts the external power of 12V / 2A into the driving power of 5V / 1A And supplies the DC-converted signal to the microcomputer 100 as the control unit 100.

The controller 100 may control the LED operation mode according to the operations of the illumination mode button 415 and the mood mode button 416 in rough illumination mode, mood mode, and emergency mode, And controls the operation of the LED array 210 for illumination mode and the LED array 220 for mood mode.

First, the illumination mode operation of the LED array 210 for illumination mode will be described.

The operation mode of the illumination mode LED array 210 is changed by the operation of the illumination mode button 415. [ Each time the button for illuminance mode 415 is depressed, the illuminance of the illumination mode LED array 210 is controlled to be lowered by one step to emit light. For example, when the illumination mode button 415 is pressed once for the first time (fluorescent mode), the second stage (incandescent mode) and the third stage (sleep mode) (210) is operated as a single-phase fluorescent mode, and when it is pressed the next time, it is operated as a two-step incandescent mode, and when it is pressed a third time, it is operated as a three-step sleep mode. Then, when it is pressed the fourth time, it operates in off mode. Then, when it is pressed the fifth time, it returns to the beginning and operates in the first stage fluorescence mode.

In the above, the fluorescent mode is a cool mode, which can be used to produce a cool atmosphere of camping, and can have an illuminance of 5,000K ± 300K. Also, the incandescent mode is a warm mode, which can be used to produce a warm atmosphere of camping, and can have an illuminance of 3,700K ± 300K. Also, the sleep mode is a sleep mode, which can be used to make mental fatigue less felt at sleeping and have a stable mind, which can have an illuminance of 2,600K ± 300K.

Further, while the depressed time of the illumination mode button 415 is being pressed for more than the predetermined illumination repeat request time, the illuminance of the illumination array LED array 210 can be controlled to be repeatedly changed have. For example, when the button 415 for the illumination mode is pressed for 1 second or more, the brightness is repeatedly emitted in the order of the first step, the second step, and the third step. At this time, in the step mode with the desired brightness, It operates as a step mode at that moment.

An operation mode of the mood mode LED array 220 in the mood mode will be described.

The operation mode of the LED array 220 for the mood mode is changed by the operation of the button 416 for the mood mode. The control unit 100 may perform the control of emitting light with a predetermined single color every step or every time the button 416 for the mood mode is pressed or with a sequential change color in which a color change occurs with time.

For example, you can set the mood mode to 1 (Auto Change mode), 2 (RED mode), 3 (Green mode), 4 (BLUE mode), 5 (Cyan-> Green-> (Yellow-> Green-> Red mode), and 7 (Magenta-> Red-> Blue mode). Accordingly, when the mood mode button 416 is pressed for the first time, the mood mode LED array 220 is operated in the first-step automatic change mode. Thereafter, once the mood mode button 416 is depressed once, it operates in the single RED mode in the second stage. Then, every time the button 416 for mood mode is pressed once, it can be operated as steps 3, 4, 5, 6, 7. When the button 416 for the mood mode is pressed again in the state, the operation returns to the beginning and operates in the automatic change mode of the first step.

For the sake of reference, the automatic changing mode is a mode of emitting light in a sequential change color in which the color change smoothly occurs with time, for example, white-> red-> green-> blue-> cyan-> yellow -> It refers to repeatedly emitting light in the order of magenta. In automatic change mode, you can control smooth color transitions instead of rapid color changes when each color change occurs.

When the mood mode button 416 is operated while the illumination mode LED array 210 is illuminated according to the illumination mode, the illumination mode LED array 210 is turned off, And causes the LED array 220 for mood mode to emit light. On the other hand, when the illumination mode button 415 is operated while the mood mode LED array 220 is emitting light, the mood mode LED array 220 is turned off And light emission of the illumination mode LED array 210 is performed.

For the reference, it is possible to cause the mood mode LED array 220 to emit light even when the mood mode button 416 is operated while the illumination mode LED array 210 according to the illumination mode is being operated .

The operation mode of the emergency mode will be described.

Emergency mode is used to emit a rescue signal to inform the surrounding situation of an emergency while enjoying outdoor life such as mountain climbing and camping. The control unit 100 controls the illumination mode LED array 210 to display the illumination mode for the illumination mode button 415 and the mood mode button 416 at the same time It is possible to control the emergency mode, which is the first step for blinking with the SOS signal. For example, when the user presses the button for illumination mode 415 and the button for mood mode 416 simultaneously for 3 seconds or more, the SOS signal is emitted through the LED array 210 for illumination mode according to the SOS identification rule of the Morse Code .

The blinking period of the illumination mode LED array 210 may be changed every time the button 415 for illumination mode or the button 416 for mood mode is pressed during the SOS signal light emission operation of the first stage, The LEDs of the LED array 210 can be controlled to alternately emit light. For example, when the illumination mode button 415 or the mood mode button 416 is pressed once during the first stage SOS signal emission, the illumination mode LED array 210 is blinked every 0.2 seconds, . Thereafter, if the illumination mode button 415 or the mood mode button 416 is depressed once during the second stage operation, the illumination mode LED array 210 is blinked every 0.5 seconds, . Thereafter, when the button 415 for the illumination mode or the button 416 for the mood mode is pressed once again during the operation of the third step, the illumination mode LED array 210 is flickered for one second, do. When the button 415 for the illumination mode or the button 416 for the mood mode is once depressed once during the operation of the fourth stage, the illumination mode LED array 210 is switched to the warm mode and the fluorescent mode mode). The fourth stage operation is performed in the last stage. In this state, when the illumination mode button 415 or the mood mode button 416 is depressed once again, the operation returns to the first stage to emit the SOS signal of the first stage.

Meanwhile, the lamp according to the embodiment of the present invention can be implemented such that a plurality of lamps are combined and driven by driving power supplied from a neighboring lamp. To this end, the lamp includes a power input terminal 411 provided in the first spacer 410 and supplied with power from the outside, a power output terminal 421 provided in the second spacer 420 for supplying power to the other external lamps ). As shown in FIGS. 2 to 5, the power input terminal 411 is provided in the first spacer 410 and receives external power (12V / 2A) converted through the adapter as shown in FIG. 8 . The power output terminal 421 is provided in the second spacer 420 and can output the same power (12V / 2A) that can drive another lamp. 1, the power input terminal 411 and the power output terminal 421 are electrically connected to each other so that the power supplied to the power input terminal 411 can be relayed to the power output terminal 421 and output have. Further, the power input terminal 411 and the power output terminal 421 are provided with respective caps 412 and 422, respectively, which can close the grooves of the terminals. Normally, by blocking the power input terminal 411 and the power output terminal 421 through the caps 412 and 422, the waterproof function can be maintained and the terminal can be protected from external foreign matter. Each of the caps 412 and 422 may be fixed to the first and second spacer members 410 and 420, respectively.

A separate power connection line S is provided so that one end of the power connection line S is inserted into the power output terminal 421 and the other end of the power connection line S is connected to the power input terminal 411 of another external lamp So that external power supplied through the power input terminal 411 can be supplied to another external lamp. FIG. 9 is a view illustrating a state in which two lamps are electrically connected according to an embodiment of the present invention, in which two lamps are electrically connected to each other by a power connection line. FIG.

9 that a power connection line C is connected between the power output terminal 421a of the first lamp 10a and the power input terminal 411b of the second lamp 10b to have a series structure .

When an adapter for providing external power is connected to the power input terminal 411a of the first lamp 10a, the power (12V / 2A) input to the power input terminal 411a of the first lamp 10a is set to The second lamp 10b which is another external lamp is connected to the power output terminal 421a of the first lamp 10a through the power connection line S connected to the power output terminal 421a of the first lamp 10a, The power (12V / 2A) can be supplied to the power input terminal 411b of the power supply 411b. Accordingly, when both the power button of the first lamp 10a and the power button of the second lamp 10b are on, power supplied from an external adapter is applied to the first lamp 10a And may be used as the driving power of the second lamp 10b through the power connection line S. [

The second lamp 10b connected to the power output terminal 421a of the first lamp 10a is electrically connected to the power input terminal 411a and the power output terminal 421a in the first lamp 10a, , Regardless of whether the first lamp 10a is driven or not. For example, when the power button of the first lamp 10a is off and the power button of the second lamp 10b receiving power from the first lamp 10a is on, Even if the lamp 10a is not driven, the second lamp 10b can be driven to receive light through the first lamp 10a.

For reference, the power connection line S is a conductive cable line having power connection terminals at both ends, and has a terminal structure corresponding to the power input terminal and the power output terminal of the lamp.

1, the lamp 500 may include a battery 500 and a battery power regulator 510. The battery 500 may be implemented as a lithium ion battery 500 to provide a constant battery power (e.g., 7.4 V / 5.2A). The battery 500 may be provided on the rear surface of the light emitting circuit board 200 as shown in FIG. 5 (b). A battery 500 may be provided between the mood mode LED arrays 220 located on the rear surface of the light emitting circuit board 200. The battery power regulator 510 of FIG. 1 performs charging as battery power using the power supplied from the external power line to the power input terminal 411. Also, when external power line is not connected to the power input terminal 411 and the lamp 10 is driven, the driving power of the lamp 10 is provided. That is, the battery power charged in the battery 500 can be utilized (DC converted) without external power supply to supply power to drive the LED array and the control unit 100.

In addition, the battery power controller 510 may be configured so that the battery power charged in the battery 500 supplies power to an external lamp other than the lamp. For example, the first lamp 10a and the second lamp 10b may be connected by a power connection line S to the power input terminal 411a of the first lamp 10A shown in Fig. 9 without an external adapter connected thereto Can not supply power to the second lamp 10b. However, when the battery 500 of the first lamp 10a is charged with electric power, the battery power charged in the battery 500 of the first lamp 10a is supplied to the second lamp 10b through the electric power line S, .

To this end, the battery power controller 510 controls the battery power when the power output terminal 421a of the first lamp 10a is connected to the power input terminal 411b of the second lamp 10b, which is an external lamp, And supplies the converted power to the power input terminal 411b of the second lamp 10b after being converted to the power supplied to the power input terminal 411b of the second lamp 10b which is another external lamp. For example, when the battery of the first lamp 10a discharges battery power of 7.4V / 5.2A, the battery power controller 510 converts the DC voltage to 12V / 2A, which is an external output voltage, To the power output terminal 421a. The power output terminal 421a of the first lamp 10a can supply 12V / 2A of power to the power input terminal 411b of the second lamp 10b through the power connection line S.

6 and 7, the lamp according to the embodiment of the present invention may be mounted by a hanger connecting line S which is knotted to a connecting hook, but as shown in Figs. 10 and 11, In the form of a lamp mount assembly supported by a mount of the lamp. FIG. 10 is a view showing a state before a lamp and a cradle are coupled according to an embodiment of the present invention, and FIG. 11 is a perspective view showing a lamp and cradle combined with a lamp and a cradle according to an embodiment of the present invention.

The holder 900 has a stepped groove in which the other end of the light emitting housing 300 can be seated so that one end of the light emitting housing 300 can be inserted into the stepped groove. The stepped groove 910 has a projecting male power supply terminal 920 on its bottom surface. When the first latching unit 410 formed at one end of the light emitting housing 300 is inserted into the stepped groove 910, the holder 900 is connected to the power input terminal of the arm structure provided in the first latching unit 410, The power supply terminal 920 of the power supply 920 can be inserted to supply power. An adapter input terminal 930 is provided on the other surface of the mount 900 to receive power from an external adapter (not shown) and receive power from the power input terminal (411).

Meanwhile, the lamp inserted into the holder 900 is a rod-shaped light emitting device having a power input terminal at an end surface in the longitudinal direction, and emits light with different illuminance at the front surface of the side wall, emits light with different colors at the rear surface of the side wall, The power supply terminal 920 can be inserted into the terminal and vertically mounted. The lamp includes a light emitting circuit board 200, a light emitting housing 300, a first switching unit 410, a second switching unit 420, a power input terminal 411, a power output terminal 421, A mood mode button 416, a mood mode button 416, and a control unit 100, which are not shown in FIG.

Although the present invention has been described with reference to the accompanying drawings and the preferred embodiments described above, the present invention is not limited thereto but is limited by the following claims. Accordingly, those skilled in the art will appreciate that various modifications and changes may be made thereto without departing from the spirit of the following claims.

10: lamp 100:
200: light emitting circuit board 210: LED array for illumination mode
220: LED array for mood mode 300: Light emitting housing
410: first transfer unit 411: power input terminal
415: button for illumination mode 416: button for mood mode
420: second switch 421: power output terminal
425: Power button

Claims (16)

A light emitting device substrate having a light emitting element array for illuminating light with different illuminance and a light emitting element array for mood mode emitting light with different colors;
A light emitting housing for locating the light emitting circuit board in the penetrating hole,
A light mode button for selecting a light intensity to be emitted from the light emitting device array for the light intensity mode;
A mood mode button for selecting a color to emit light from the light emitting device array for the mood mode;
A control unit for controlling the illuminance of the light emitting device array for illumination mode and the color of the light emitting device array for mood mode according to the operation of the button for illumination mode and the button for mood mode to emit light in a stepwise manner;
A first latching member surrounding one longitudinal end of the light emitting housing;
A second spacer which surrounds the other end of the light emitting housing;
A power input terminal provided on the first spacer and supplied with power from the outside; And
And a power output terminal provided on the second spacer to supply electric power to another external lamp,
And the power input terminal and the power output terminal are electrically connected to each other.
The apparatus of claim 1,
And controls the illuminance of the light emitting device array for illumination mode to be lowered by one step each time the button for illumination mode is pressed.
The apparatus of claim 2,
Wherein the controller controls the illuminance of the illumination mode light-emitting device array to be repeatedly changed in a stepwise manner while the depressed time of the button for the illumination mode is depressed for more than a preset illumination repeat request time.
The apparatus of claim 1,
Wherein the control unit controls the light emitting unit to emit light in a single predetermined color for each step when the button for the mood mode is pressed or to emit light in a sequential changing color in which a color change occurs with time.
The apparatus of claim 1,
When the time for which the button for the illumination mode and the button for the mood mode are simultaneously pressed is greater than the preset emergency mode request time, the illumination mode light emitting device array is controlled to an emergency mode for blinking with the SOS signal of the Morse Code lamp.
6. The apparatus of claim 5,
The flashing period of the light emitting element array for illumination mode may be changed or the light emitting element of the light emitting element array for the illumination mode may be alternated every time the button for illumination mode or the button for mood mode is pressed during the SOS signal light emission operation The lamp is controlled to emit light.
The lamp according to claim 1, wherein the light emitting device array for illuminance mode is located on a front surface of the light emitting circuit board, and the light emitting device array for mood mode is located on a rear surface of the light emitting circuit substrate.
The lamp according to claim 1, further comprising a power button for selecting operation ON / OFF of the light emitting element array for illumination mode and the light emitting element array for mood mode.
delete The lamp according to claim 8, wherein the button for the illumination mode and the button for the mood mode are located in the first spacer, and the power button is located in the second spacer.
[2] The lamp of claim 1, wherein the first and second connecting members are each provided with connecting hooks to which a hanger connecting line can be knotted.
delete The method according to claim 1,
The external power supplied through the power input terminal can be supplied to another external lamp by inserting one end of the power connection line into the power output terminal and connecting the other end of the power connection line to the power input terminal of the other external lamp Features a lamp.
[2] The lamp according to claim 1,
battery;
A battery power regulator which charges the battery using the power supplied from the external power line to the power input terminal and provides the driving power of the lamp when the lamp is driven without connecting the external power line to the power input terminal;
≪ / RTI >
[Claim 15] The method of claim 14, wherein, when the power output terminal is connected to the power input terminal of another external lamp, the battery power control unit converts the battery power according to the power supplied to the power input terminal of the external lamp, To the power input terminal of the lamp.
A holder having a power supply terminal protruding in a vertical shape;
And a power supply terminal is inserted into the power input terminal to emit light with different colors at the rear side of the side wall, The lamp includes a lamp,
A light emitting element array for illuminating light with different illuminance and a light emitting element array for mood mode emitting light with different colors,
A light emitting device comprising: a light emitting housing for locating the light emitting circuit board in a through hole;
A light mode button for selecting a light intensity to be emitted from the light emitting device array for the light intensity mode;
A mood mode button for selecting a color to emit light from the light emitting device array for the mood mode;
A control unit for controlling the illuminance of the light emitting device array for illumination mode and the color of the light emitting device array for mood mode according to the operation of the button for illumination mode and the button for mood mode to emit light in a stepwise manner;
A first latching member surrounding one longitudinal end of the light emitting housing;
A second spacer which surrounds the other end of the light emitting housing;
A power input terminal provided on the first spacer and supplied with power from the outside; And
And a power output terminal provided on the second spacer to supply electric power to another external lamp, wherein the power input terminal and the power output terminal are electrically connected to each other.

Images