KR20200145228A - Frame having lighting device - Google Patents

Abstract

The present invention relates to a frame with a lighting device. A lighting unit emitting light to an exhibit is positioned in a frame unit of the frame positioned to surround a frame plate unit where the exhibit is positioned on a front side. Moreover, the lighting unit emits the light by changing a lighting position in accordance with time so as to realize distinctive decorative beauty to significantly improve the decorative beauty and improve marketability. In addition, the lighting position is moved by corresponding to movement of the sun so as to allow the user to approximatively check the time through the frame so as to improve living convenience and utilization of the frame to significantly improve the marketability.

Description

Frame with lighting device{FRAME HAVING LIGHTING DEVICE}

The present invention relates to a picture frame equipped with a lighting device, and more particularly, the invention relates to a picture frame equipped with a lighting device to realize a unique decorative beauty by changing the lighting position according to time, and to take the role of a clock through the frame. to be.

In general, a picture frame is used to display photos or pictures, or to protect from external environments.

A typical picture frame consists of a frame frame made of a circular or polygonal shape, and a rear panel coupled to the rear of the frame frame.

Since the picture or picture is combined inside the frame frame of the picture frame configured in this way, and the rear panel is coupled to the rear of the picture frame so that the rear of the picture or picture is pressed, the picture or picture can be protected from the external environment. It is possible to display the photo or picture while protecting the photo or picture by hanging a frame frame combined with the picture or picture on the wall.

At this time, the frame frame is mainly made of wood, metal, or synthetic resin material, and a protective plate made of a transparent material may be coupled to the front surface.

Conventional photo frames cannot see photos or pictures placed on the frame frame at night, and in order to view the photos combined with the frame frame at night, it is troublesome to install a separate lamp at the location where the photo frame frame is hung. There is a problem that occurs, and incurs a cost according to the lamp installation.

In order to solve this problem, Korean Utility Model Registration No. 20-0285385'Framed frame with built-in lighting device' has been proposed.

Korean Utility Model Registration No. 20-0285385'Frame with a built-in lighting device' proposes a configuration in which lamps are installed inside the frame of the frame and when the switch is pressed, the lamp is turned on by a battery.

However, Korea Utility Model Registration No. 20-0285385'Frame with a built-in lighting device' has a problem in that the lamp is turned on to simply illuminate a picture or picture in the frame, and it does not reflect the increasingly diversified tastes of users.

Korean Utility Model Registration No. 20-0285385'Picture frame with built-in lighting device' (Registered July 30, 2002)

An object of the present invention is to provide a picture frame equipped with a lighting device capable of implementing a unique decorative beauty by changing the lighting position over time.

Another object of the present invention is to provide a picture frame provided with a lighting device capable of improving convenience in life by allowing the lighting position to move corresponding to the movement of the sun so that time can be roughly checked through the picture frame.

In order to achieve the above object, an exemplary embodiment of a picture frame provided with a lighting device according to the present invention includes a picture frame plate portion in which an exhibit is located in front, a picture frame frame portion positioned to surround the picture frame plate portion, and the picture frame frame portion. And a lighting unit that is positioned and irradiates light toward an exhibit, and a lighting operation control unit that controls the operation of the lighting unit, wherein the lighting operation control unit controls the operation of the lighting unit so that the lighting unit changes the lighting position according to time to irradiate light. It features.

In the present invention, the lighting unit includes a plurality of lamps positioned to be spaced apart along the length direction of the frame frame unit, and the lighting operation control unit sequentially lights the plurality of lamps at preset time intervals to adjust the lighting position according to time. You can change it and irradiate light.

In the present invention, the lighting operation control unit may sequentially light a plurality of the lamps, turn on only one of the plurality of lamps, and maintain the remaining lamps of the plurality of lamps in an off state.

In the present invention, the lighting operation control unit may sequentially light a plurality of lamps, but may be sequentially lit from east to west.

In the present invention, the lighting operation control unit may sequentially light a plurality of the lamps in a direction from east to west, and turn on only one of the plurality of lamps, and the remaining lamps of the plurality of lamps may be sequentially lit while maintaining the off state.

In the present invention, the lighting operation control unit may sequentially light a plurality of the lamps in a direction from east to west, so that a lamp located in the right east is turned on at sunrise time and a lamp located in the west is turned on according to sunset time.

In the present invention, the lighting unit is movable along the frame frame unit in the frame unit and includes a movable lamp unit that irradiates light and a lamp movement unit located in the frame unit to guide the movement of the moving lamp unit A guide rail unit may be included, and the lighting operation control unit may move the movable lamp unit along the lamp movement guide rail unit so that the lighting position changes over time.

In the present invention, the lighting operation control unit may move the moving lamp unit from east to west to correspond to the movement of the sun.

In the present invention, the lighting operation control unit may move the movable lamp unit in a turned-on state so that the movable lamp unit is located in the front east side at sunrise time and the right west side at sunset time.

In the present invention, the lighting operation control unit includes a timer unit that can check the time, and is connected to the weather information site via wireless Internet or wired Internet, and the sunrise time information, which is the time of the sun rising and the sunset time, which is the time of sunset, from the weather information site. Information can be delivered every day.

In the present invention, the lighting operation control unit includes a digital compass capable of detecting a direction therein and can check the east, west, north and south directions in the direction in which the frame frame unit is installed.

In the present invention, the frame frame portion is a rectangular frame including an upper frame and a lower frame, and a first side frame positioned to the east and a second side frame positioned to the west and located between the upper frame and the lower frame, The lighting unit includes a plurality of upper lighting lamps positioned horizontally apart from the upper frame, a plurality of lower lighting lamps horizontally spaced apart from the lower frame, and vertically spaced apart from the first side frame. A first side lighting lamp and a second side lighting lamp positioned vertically apart from the second side frame, and the lighting operation control unit is located at the bottom of the plurality of first side lighting lamps located in the east The first side lighting lamp to be turned on at sunrise time, and after that, the remaining first side lighting lamps, the plurality of upper lighting lamps, and the plurality of second side lighting lamps are sequentially turned on at intervals of time. , At sunset time, the second side light lamp located at the bottom of the plurality of second side lights located at the west is turned on, and the plurality of lower light lamps are sequentially turned on from the sunset time to the sunrise time. While turning on, the first side lighting lamp located at the bottom of the plurality of first side lighting lamps located in the east again at sunset time may be repeatedly turned on at sunrise time.

In the present invention, the frame frame portion includes a straight frame portion connecting a semicircular arc frame portion and a lower end side of the arc frame portion as a semicircular frame, and the lighting portion is positioned to be spaced apart in a circumferential direction to the arc frame portion, and the center of the arc frame portion A plurality of arc lighting lamps for irradiating light toward and a plurality of linear lighting lamps positioned to be spaced apart in the longitudinal direction of the linear frame portion, and the lighting operation control unit is an arc lighting located at the right east side of the plurality of arc lighting lamps The lamp is turned on at sunrise time, and then the arc lighting lamps are sequentially turned on from east to west, and then the arc lighting lamp located in the west is turned on at sunset time. While the linear lighting lamps are sequentially turned on from the west to the east, the arc lighting lamps located in the correct east side are turned on again at sunset time may be repeated.

In the present invention, the frame frame portion includes a ring-shaped frame portion, and the lighting portion includes a plurality of circularly arranged lighting lamps that are positioned to be spaced apart in a circumferential direction of the ring-shaped frame portion and irradiate light toward the center of the frame portion, and the illumination The operation control unit is configured to sequentially turn on the plurality of circularly arranged lighting lamps from east to west from the circularly arranged lighting lamps located in the right east among the plurality of circularly arranged lighting lamps, so that the circularly arranged lighting lamps located in the westward are turned on at sunset time. Then, after the sunset time, the circular arrangement lighting lamps located in the front west side may be sequentially turned on from the west to the east so that the circular arrangement lighting lamps located in the front east side are turned on again at sunrise time.

In the present invention, the frame frame portion is a rectangular frame including an upper frame and a lower frame, and a first side frame positioned to the east and a second side frame positioned to the west and located between the upper frame and the lower frame, The ramp movement guide rail unit includes an upper guide rail member positioned in a horizontal direction on the upper frame, a lower guide rail member positioned in a horizontal direction on the lower frame, and a first side guide rail member vertically positioned in the first side frame And a second side guide rail member vertically positioned in the second side frame, wherein the moving lamp unit includes an upper moving ramp moving along the upper guide rail member, and a lower moving ramp moving along the lower guide rail member , A first side moving lamp moving along the first side guide rail member, and a second side moving lamp moving along the second side guide rail member, wherein the lighting operation control unit includes the first side moving lamp In the turned on state, move the first side guide rail member along the first side guide rail member from the bottom end to the top end, and then turn it off, and turn on the upper moving lamp at the same time as the first side moving lamp is turned off. After moving it to the end, it is turned off, and the second side moving lamp is turned on at the same time as the upper moving lamp is turned off, and the second side moving lamp is moved along the second side guide rail member from the top to the bottom. Move the side movement lamp so that it is located at the lowest end at sunset time, turn off the second side movement lamp at sunset time, and turn on the lower movement lamp to move the lower movement lamp turned on from the west end to the east during the sunrise time at sunset time. After moving along the lower guide rail member to the end, it can be turned off.

In the present invention, the frame frame portion includes a semicircular arc frame portion and a straight frame portion connecting the lower end side of the arc frame portion to a semicircular frame, and the ramp movement guide rail portion is a semicircular guide rail member located in the arc frame portion; And a linear guide rail member located in the straight frame part and having both ends connected to the semicircular guide rail member, respectively, wherein the moving ramp part moves along the semicircular guide rail member, and the center of the semicircular guide rail member It includes an arc moving lamp for irradiating light toward and a linear moving lamp moving along the linear guide rail member, wherein the lighting operation control unit turns on the arc moving lamp located in the right east side at sunrise time and the arc moving lamp in a turned on state Is moved from the west end to the east end by moving it from the west end to the east end by turning on the linear movement lamp after the arc movement lamp is turned off by moving it toward the west side along the semicircular guide rail member and being located at the sunset time on the west side. The linear movement lamp is turned off as soon as it is located at the eastern end, and the circular movement lamp located at the right east is turned on and the movement to the west can be repeated.

In the present invention, the frame frame portion includes a ring-shaped frame portion, the lamp movement guide rail portion includes a ring-shaped guide rail member positioned within the ring-shaped frame portion, and the movable ramp portion moves along the ring-shaped guide rail member, and the ring-shaped frame portion It includes a circumferential movement lamp that irradiates light toward the center, and the lighting operation control unit locates the circumferential movement lamp turned on at the right east side at sunrise time and moves it from east to west, but moves it so that it is located at the west side at sunset time, and After being positioned on the side, the circumferential moving ramp can be moved to the east side again until sunrise time.

The present invention has the effect of greatly increasing the decorative beauty and improving the marketability by implementing a unique decorative beauty by changing the lighting position over time.

The present invention has the effect of improving the convenience in life by allowing the lighting position to be moved to correspond to the movement of the sun so that the time can be checked roughly through the frame, and to significantly increase the marketability by increasing the utilization of the frame.

1 to 3 are cross-sectional views showing an embodiment of a picture frame equipped with a lighting device according to the present invention.
4 to 6 are cross-sectional views showing another embodiment of a picture frame equipped with a lighting device according to the present invention.

Hereinafter, the present invention will be described in more detail.

The preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Prior to the detailed description of the present invention, terms or words used in the present specification and claims to be described below should not be construed as being limited to their conventional or dictionary meanings. Accordingly, the embodiments described in the present specification and the configurations shown in the drawings are only the most preferred embodiments of the present invention, and do not represent all the technical spirit of the present invention, and thus various alternatives that can be substituted for them at the time of application It should be understood that there may be equivalents and variations.

1 to 3 are cross-sectional views showing an embodiment of a picture frame equipped with a lighting device according to the present invention, and an embodiment of a picture frame equipped with a lighting apparatus according to the present invention will be described with reference to FIGS. It will be described in detail in

An embodiment of a picture frame equipped with a lighting device according to the present invention includes a picture frame plate part 100 on which an exhibit is located in front, a frame frame part 200 positioned to surround the frame plate part 100, and a frame frame part ( It is located at 200) and includes a lighting unit 300 that irradiates light toward the exhibit.

In more detail, FIG. 1 is an example showing that the frame frame part 200 is a rectangular frame, FIG. 2 is an example showing that the frame frame part 200 is a semicircular frame, and FIG. 3 is a frame frame part 200 Shows an example formed in a circular shape.

It should be noted that the frame frame may have other known polygonal shapes such as triangles, pentagons, rhombuses, and parallelograms in addition to squares, and may be formed in ovals other than semicircles or circles.

The frame plate unit 100 has an exhibition object such as a picture or photo positioned on the front side, and the frame frame unit 200 surrounds the exhibition object located in front of the frame plate unit 100 to protect the exhibition object and increase the decorative beauty. I can make it.

As an example, the exhibits are drawings or photographs of owls or sunflowers that earn money, and it is revealed that various types of drawings or photographs can be applied according to the user's taste.

The frame frame part 200 may be formed in various known shapes to increase decorative beauty.

The frame frame is located inside the lighting space where the lighting unit 300 can be located, the lighting unit 300 is located in the lighting space, and irradiates light on a picture or photo located in front of the frame plate unit 100 It is positioned to be able to do.

An irradiation slit through which the light of the lighting unit 300 can pass is positioned around the inside of the frame frame.

As an example, the lighting unit 300 includes a plurality of lamps spaced apart from each other along the length direction of the frame unit 200.

It should be noted that the plurality of lamps are LED lamps as an example, and may be variously modified and implemented as well-known lamps capable of emitting light.

As an example, the plurality of lamps are spaced apart so as to surround the inner circumference of the frame unit 200.

In addition, the lighting unit 300 is controlled by the lighting operation control unit 400, and the lighting operation control unit 400 operates the lighting unit 300 so that the lighting unit 300 changes the lighting position according to time to irradiate light. Control.

The lighting operation control unit 400 includes a power supply unit 500 that supplies electric power to the lighting unit 300, and the power supply unit 500 is plugged into a power outlet located indoors with a power line and a power plug to operate the lamp unit and lighting. Electric power may be supplied to the control unit 400.

In addition, the power supply unit 500 may include a rechargeable battery that can be used by charging electric energy.

The charging unit may be charged by connecting a charging cable to a charging terminal exposed to the outside of the frame frame unit 200.

It should be noted that the charging terminal can be variously modified and implemented into a known plug-in terminal capable of connecting a known charging cable such as a lightning 8-pin terminal, micro 5-pin terminal, and USB terminal.

The power supply unit 500 may further include a battery remaining amount display unit 600 connected to the rechargeable battery unit to display the remaining battery capacity of the rechargeable battery unit and to be exposed to the outside of the frame frame unit 200.

The remaining battery level indicator 600 is a plurality of LED lamps, all of the plurality of LED lamps are turned on when the charging unit is fully charged, and only some of the plurality of LED lamps are turned on according to the amount of charge in the charging unit, and all LED lamps when the charging unit is completely discharged. An example is that is turned off.

The user can simply check the state of charge of the rechargeable battery through the remaining battery display unit 600, so that the rechargeable battery can be selectively charged as necessary, and an accident in which the operation of the lighting unit 300 is stopped due to discharge can be prevented. have.

The lighting operation control unit 400 may sequentially light a plurality of lamps at preset time intervals to change the lighting position according to time to irradiate light.

The lighting operation control unit 400 may sequentially light a plurality of lamps, but turn on only one of the plurality of lamps and keep the remaining lamps off of the plurality of lamps, thereby sequentially lighting the plurality of lamps.

In addition, the lighting operation control unit 400 sequentially turns on a plurality of lamps, but turns them on sequentially from east to west.

The lighting operation control unit 400 sequentially turns on a plurality of lamps from east to west, but turns on only one of the plurality of lamps and keeps the remaining lamps off of the plurality of lamps so that the plurality of lamps are sequentially lit. have.

The lighting operation control unit 400 sequentially turns on a plurality of lamps, but sequentially turns on at a preset time interval, and turns on sequentially from east to west, so that the light of the lighting unit 300 is corresponding to the movement of the sun. As it moves sequentially, the irradiated position can be changed.

The lighting operation control unit 400 sequentially turns on the lamps from east to west, but the lamps located in the right east are turned on at the time of sunrise, and the lamps located in the west are turned on at the time of sunset.

That is, since the light of the lighting unit 300 moves from east to west according to the movement of the sun, the user can check the approximate time as the position of the light irradiated from the lighting unit 300.

The lighting operation control unit 400 includes a timer unit that can check the time, and is connected to the weather information site through wireless or wired Internet, and from the weather information site, sunrise time information and sunset time, which is the time of sunset. After receiving the information, the lamps located in the east side are turned on at sunrise time, and the lamps located in the east side are turned on in order from east to west at sunset time.

In addition, the lighting operation control unit 400 may simulate the movement of the sun by sequentially turning on only one lamp when it is moved from east to west, and the lamps are lit more one by one as time goes from east to west. It should be noted that it is also possible to control the operation of the lighting unit 300.

In addition, the lighting operation control unit 400 includes a digital compass capable of detecting the direction therein, and checks the east, west, north and south directions in the direction in which the frame frame unit 200 is installed, and determines the position where the frame frame unit 200 is installed. As a reference, the lamp located in the east side is turned on at sunrise time, and the lamps located in the west side are sequentially turned on so that the movement of the sun can be accurately simulated.

Digital compass is a portable digital device such as a smartphone by digitizing a magnetic compass (made for the purpose of allowing you to know the direction of north and south, east and west by using the Earth's magnetism, mainly used to measure the course of ships and aircraft). It should be noted that a more detailed description will be omitted as it is a well-known thing mounted and used.

In more detail, as shown in FIG. 1, when the frame frame part 200 is a square frame, the frame frame part 200 is between the upper frame 210 and the lower frame 220, and the upper frame 210 and the lower frame 220. It includes a first side frame 230 located in the east and a second side frame 240 located in the west, and the lighting unit 300 is a plurality of upper parts spaced apart from the upper frame 210 in the horizontal direction The lighting lamp 301, a plurality of lower lighting lamps 302 located horizontally apart from the lower frame 220, a first side lighting lamp 303 located vertically apart from the first side frame 230 ), and a second side lighting lamp 304 positioned to be spaced apart in the vertical direction on the second side frame 240.

The lighting operation control unit 400 allows the first side lighting lamp 303 located at the bottom of the plurality of first side lighting lamps 303 located in the east to be turned on at sunrise time, and then the remaining first side lighting lamps 303 The lamp 303, the plurality of upper lighting lamps 301, and the plurality of second side lighting lamps 304 are sequentially turned on at time intervals, and the most of the plurality of second side lightings located in the west at sunset time The second side lighting lamp 304 located below is turned on.

And, while the plurality of lower lighting lamps 302 are sequentially turned on from the west to the east during the sunset time to the sunrise time, the bottom of the plurality of first side lighting lamps 303 located in the east again at sunset time The operation of the lighting unit 300 is controlled so that the located first side lighting lamp 303 is turned on at sunrise time.

Meanwhile, as shown in FIG. 2, the frame frame part 200 includes a semicircular arc frame part 250 and a straight frame part 260 connecting the lower end side of the arc frame part 250 in a semicircular frame, and the lighting part 300 ) Are spaced apart in the circumferential direction of the arc frame part 250 and are spaced apart in the longitudinal direction of the plurality of arc lighting lamps 305 and the straight frame part 260 for irradiating light toward the center of the arc frame part 250 It may include a plurality of linear lighting lamps 306 positioned to be.

The lighting operation control unit 400 causes the arc lighting lamp 305 located in the positive east of the plurality of arc lighting lamps 305 to be turned on at sunrise time, and then sequentially turn on the arc lighting lamp 305 from east to west. Then, the arc lighting lamp 305 located in the west side is turned on at sunset time.

In addition, during the sunset time to the sunrise time, the plurality of linear lighting lamps 306 are sequentially turned on from the west to the east, and the arc lighting lamp 305 located in the east side is turned on again at sunset time. Control the operation of 300.

Meanwhile, as shown in FIG. 3, when the frame frame part 200 is formed in a circular shape, the frame frame part 200 includes a ring-shaped frame part 270, and the lighting part 300 is in the circumferential direction of the ring-shaped frame part 270. Each lamp may include a plurality of circularly arranged lighting lamps 307 positioned to be spaced apart in the circumferential direction of the frame frame unit 200 to irradiate light toward the center of the frame frame unit 200.

The lighting operation control unit 400 sequentially turns on a plurality of circularly arranged lighting lamps 307 from east to west from the circularly arranged lighting lamps 307 located in the right east of the plurality of circularly arranged lighting lamps 307, The batch lighting lamp 307 is turned on at sunset time, and after the sunset time, from the circular batch lighting lamp 307 located in the west side, from the west to the east so that the circular batch lighting lamp 307 located in the east side is turned on again at sunrise time. A plurality of circular arrangement lighting lamps 307 are sequentially turned on.

That is, a plurality of circularly arranged lighting lamps 307 arranged in a circle along the ring-shaped frame are circularly arranged lighting lamps 307 located in the right east at sunrise time, and the circular arrangement lighting lamps 307 located in the west at sunset time The lights are turned on sequentially from east to west so that the lights are repeatedly turned on, and then turn on sequentially from west to east.

On the other hand, FIGS. 4 to 6 are cross-sectional views showing another embodiment of a picture frame equipped with a lighting device according to the present invention, and referring to FIGS. 4 to 6, the lighting unit 300 is a picture frame within the frame unit 200. A movable lamp unit 310 positioned to be movable along the frame unit 200 and equipped with a lamp to irradiate light, and a lamp movement guide positioned within the frame frame unit 200 to guide the movement of the moving lamp unit 310 An example is that the lighting operation control unit 400 includes the rail unit 320 and moves the movable lamp unit 310 along the lamp movement guide rail unit 320 so that the lighting position changes over time.

Although not shown, the moving lamp unit 310 includes a lamp that irradiates light, and is in contact with the moving guide rail unit by the driving motor and the driving motor that move the lamp housing along the lamp movement guide rail unit 320. An example is to include a rotating driving wheel.

The moving lamp unit 310 may be rotated while the driving wheel rotated by the driving motor is in contact with the movement guide rail unit, and may move along the lamp movement guide rail unit 320 to change the lighting position to irradiate light.

The moving lamp unit 310 is connected to the lighting operation control unit 400 by an electric wire, and the electric power is supplied from the lighting operation control unit 400 by having an extra length longer than the distance at which the moving lamp unit 310 moves. In addition, the operation can be controlled.

In addition, the moving lamp unit 310 moves with a brush-shaped terminal connected to the rail terminal unit located in the longitudinal direction of the moving guide rail unit on the outer surface of the moving guide rail unit, while electric power from the lighting operation control unit 400 In addition to being supplied, the operation can be controlled.

In addition, the moving lamp unit 310 is electrically connected to the lighting operation control unit 400 in various known electrical connection types to receive electric power and control operation, and a more detailed description is omitted. Reveal it.

The lighting operation control unit 400 may move the moving lamp unit 310 to correspond to the movement of the sun from east to west.

In addition, the lighting operation control unit 400 simulates the movement of the sun as close as possible by moving the movable lamp unit 310 to be turned on in a state in which the moving lamp unit 310 is located in the right east side at sunrise time and moving the movable lamp unit 310 so that it is located in the west side at sunset time can do.

In addition, the lighting operation control unit 400 may control the moving lamp unit 310 to be turned off immediately or to be turned off after a preset time when positioned in the west side.

In more detail, referring to FIG. 4, when the frame frame part 200 is a square frame, the frame frame part 200 is between the upper frame 210 and the lower frame 220, and the upper frame 210 and the lower frame 220. And a first side frame 230 located in the east and a second side frame 240 located in the west, and the lamp movement guide rail part 320 is located in the upper frame 210 in a horizontal direction. The upper guide rail member 321, the lower guide rail member 322 positioned in the horizontal direction on the lower frame 220, the first side guide rail member 323 vertically positioned in the first side frame 230, Includes a second side guide rail member 324 vertically positioned in the two side frame 240, and the moving ramp unit 310 includes an upper moving ramp 311 moving along the upper guide rail member 321, a lower Along the lower moving ramp 312 moving along the guide rail member 322, the first side moving ramp 313 moving along the first side guide rail member 323, and the second side guide rail member 324 And a moving second side moving ramp 314.

The lighting operation control unit 400 moves the first side movement lamp 313 along the first side guide rail member 323 from the lowest end to the uppermost end while the first side movement lamp 313 is turned on, and then turns it off, and the first side movement lamp 313 is turned off. At the same time, the upper moving lamp 311 is turned on to move the turned on upper moving lamp 311 from the east end to the west end and then turned off, and the upper moving lamp 311 is turned off and the second side moving lamp 314 is turned on. The second side moving lamp 314 in the turned on state is moved along the second side guide rail member 324 from the uppermost end to the lowermost end, but the second side moving lamp 314 is moved to be located at the lowermost end at sunset time.

In addition, the second side moving lamp 314 is turned off at sunset time, and the lower moving lamp 312 is turned on by turning on the lower guide rail member from the west end to the east end during the sunrise time from sunset time. 322) and turn it off.

In addition, the lighting operation control unit 400 returns the first side moving lamp 313 that has been moved to the top end and turned off to its original position, that is, the lower end, and moves the upper moving lamp 311 that has been moved to the west end and turned off to the original position, that is, to the east end. Then, the second side moving lamp 314 that has been moved to the lower end and turned off is returned to its original position, that is, to the uppermost end, and the lower moving lamp 312 that has been moved to the east end and turned off is returned to its original position, that is, to the west end.

Accordingly, the first side moving lamp 313, the upper moving lamp 311, the second side moving lamp, and the lower moving lamp 312 are sequentially moved so that light is circulated and moved along the frame frame part 200. do.

On the other hand, referring to FIG. 5, the frame frame part 200 includes a semicircular arc frame part 250 and a straight frame part 260 connecting the lower end side of the arc frame part 250 as a semicircular frame, and a lamp The movement guide rail part 320 is located in the semicircular guide rail member 325 and the straight frame part 260 located in the arc frame part 250, and both ends thereof are connected to the semicircular guide rail member 325, respectively. Including a rail member 326, the moving lamp unit 310 moves along the semicircular guide rail member 325, and the circular arc moving lamp 315 for irradiating light toward the center of the semicircular guide rail member 325, and It may include a linear movement ramp 316 that moves along the linear guide rail member 326.

The lighting operation control unit 400 turns on the arc moving lamp 315 located in the right east side at sunrise time and moves the arc moving lamp 315 in the lighted state toward the west side along the semicircular guide rail member 325, and the sunset time in the front west Turn off the linear movement lamp 316 after the arc movement lamp 315 is turned off, and move it from the west end to the east end, but at the east end at the sunrise time, and the instantaneous linear movement lamp 316 located at the east end ) Is turned off, and the arc moving lamp 315 located in the right east side is turned on and moving to the west is repeated.

In addition, the lighting operation control unit 400 returns the first side moving lamp 313 that has been moved to the top end and turned off to its original position, that is, the lower end, and moves the upper moving lamp 311 that has been moved to the west end and turned off to the original position, that is, to the east end. Then, the second side moving lamp 314 that has been moved to the lower end and turned off is returned to its original position, that is, to the uppermost end, and the lower moving lamp 312 that has been moved to the east end and turned off is returned to its original position, that is, to the west end.

Meanwhile, referring to FIG. 6, when the frame frame part 200 is formed in a circular shape, the frame frame part 200 includes a ring-shaped frame part 270, and the lamp movement guide rail part 320 is a ring-shaped frame part 270. It includes a ring-shaped guide rail member 327 positioned within, and the moving lamp unit 310 moves along the ring-shaped guide rail member 327 and irradiates light toward the center of the ring-shaped frame unit 270 ( 317) may be included.

The lighting operation control unit 400 locates the lighted circumferential moving lamp 317 in the right east side at sunrise time and moves it from the east to the west, but moves it so that it is located in the front west at sunset time, and after being positioned in the front west side, it moves to the right east side again until sunrise time. The moving lamp 317 is moved.

That is, the lighting operation control unit 400 repeatedly starts from the east side at sunrise time for a day with the circumferential movement lamp 317 turned on, and then returns to the original position again. You can move the lighting position correspondingly.

The present invention has the effect of greatly increasing the decorative beauty and improving the marketability by implementing a unique decorative beauty by changing the lighting position over time.

The present invention has the effect of improving the convenience in life by allowing the lighting position to be moved to correspond to the movement of the sun so that the time can be checked roughly through the frame, and to significantly increase the marketability by increasing the utilization of the frame.

It should be noted that the present invention is not limited to the above-described embodiments, and various modifications can be made without departing from the gist of the present invention, which is included in the configuration of the present invention.

100: frame plate portion 200: frame frame portion
210: upper frame 220: lower frame
230: first side frame 240: second side frame
250: circular frame part 260: straight frame part
270: ring-shaped frame part 300: lighting part
301: upper lighting lamp 302: lower lighting lamp
303: first side lighting lamp 304: second side lighting lamp
305: arc lighting lamp 306: linear lighting lamp
307: circular arrangement lighting lamp 310: moving lamp unit
311: upper moving ramp 312: lower moving ramp
313: first side moving ramp 314: second side moving ramp
315: circular movement ramp 316: linear movement ramp
317: circumferential movement lamp 320: lamp movement guide rail unit
321: upper guide rail member 322: lower guide rail member
323: first side guide rail member 324: second side guide rail member
325: semicircular guide rail member 326: straight guide rail member
327: ring-shaped guide rail member 400: lighting operation control unit
500: power supply unit 600: battery remaining amount display unit

Claims (17)

A frame plate unit on which the exhibit is located in front;
A frame frame portion positioned to surround the frame plate portion;
A lighting unit positioned on the frame frame and irradiating light toward an exhibition object; And
It includes a lighting operation control unit for controlling the operation of the lighting unit,
The lighting operation control unit is a frame provided with a lighting device, characterized in that controlling the operation of the lighting unit to irradiate light by changing the lighting position according to time.
The method according to claim 1,
The lighting unit includes a plurality of lamps positioned to be spaced apart along the length direction of the frame frame unit,
The lighting operation control unit sequentially turns on the plurality of lamps at preset time intervals to change the lighting position according to time to irradiate light.
The method according to claim 2,
The lighting operation control unit sequentially turns on the plurality of lamps, and turns on only one of the plurality of lamps, and maintains the remaining lamps of the plurality of lamps in an off state.
The method according to claim 2,
The lighting operation control unit sequentially turns on a plurality of lamps, the frame provided with a lighting device, characterized in that sequentially lit from the east to the west.
The method according to claim 2,
The lighting operation control unit sequentially turns on the plurality of lamps in a direction from east to west, but turns on only one of the plurality of lamps, and the other lamps of the plurality of lamps are turned off and sequentially turned on. Picture frame provided.
The method according to claim 2,
The lighting operation control unit sequentially turns on the plurality of lamps in a direction from east to west, and the lamp located in the right east is turned on at sunrise time and the lamp located in the west is turned on according to sunset time. Picture frame provided.
The method according to claim 1,
The lighting unit,
A movable lamp unit positioned to be movable along the frame frame unit within the frame unit and including a lamp for irradiating light; And
And a lamp movement guide rail part which is located in the frame part and guides the movement of the moving lamp part,
The lighting operation control unit moves the movable lamp unit along the lamp movement guide rail unit to change a lighting position according to time.
The method of claim 7,
The lighting operation control unit is a picture frame provided with a lighting device, characterized in that to move the moving lamp unit in correspondence with the movement of the sun from east to west.
The method of claim 7,
The lighting operation control unit is a picture frame equipped with a lighting device, characterized in that moving the moving lamp unit in a state of being turned on so that the moving lamp unit is located at the front east side at sunrise time and the right west side at sunset time.
The method according to claim 6 or 9,
The lighting operation control unit includes a timer unit that can check the time, and is connected to the weather information site via wireless Internet or wired Internet to provide daily sunrise time information and sunset time information, which is the time of sunset, from the weather information site. A picture frame provided with a lighting device, characterized in that receiving transmission.
The method according to any one of claims 4, 5, 6, 8, 9,
The lighting operation control unit includes a digital compass capable of detecting a direction therein, and checks the direction in which the frame unit is installed in the east, west, north and south directions.
The method according to claim 1,
The frame frame unit,
An upper frame and a lower frame; And
It is a rectangular frame that is located between the upper frame and the lower frame and includes a first side frame located in the east and a second side frame located in the west,
The lighting unit,
A plurality of upper lighting lamps positioned horizontally apart from the upper frame;
A plurality of lower lighting lamps positioned horizontally apart from the lower frame;
A first side lighting lamp positioned vertically spaced apart from the first side frame; And
And a second side lighting lamp positioned vertically spaced apart from the second side frame,
The lighting operation control unit causes the first side lighting lamp located at the bottom of the plurality of the first side lighting lamps located in the east to turn on at sunrise time, and then the remaining first side lighting lamps, the plurality of the The upper lighting lamp and the plurality of second side lighting lamps are sequentially turned on at intervals of time, and the second side lighting lamp located at the bottom of the plurality of second side lights located in the west is turned on at sunset time. The first side light is located at the bottom of the plurality of first side light lamps located in the east again at sunset time while the plurality of lower light lamps are sequentially turned on from the west to the east during the sunset time to the sunrise time. A picture frame with a lighting device, characterized in that repeatedly turning on the lamp at sunrise time.
The method according to claim 1,
The frame frame unit,
A semicircular frame includes a semicircular arc frame portion and a straight frame portion connecting the lower end side of the arc frame portion,
The lighting unit includes a plurality of arc lighting lamps positioned to be spaced apart in the circumferential direction of the arc frame unit and irradiating light toward the center of the arc frame unit, and a plurality of linear lighting lamps positioned to be spaced apart in the length direction of the linear frame unit and,
The lighting operation control unit causes the arc lighting lamp located in the front east of the plurality of arc lighting lamps to be turned on at sunrise, and then sequentially turns on the arc lighting lamps from east to west, and then the arc lighting lamp located in the west Is turned on at sunset time, and during sunset time to sunrise time, the plurality of linear lighting lamps are sequentially turned on from west to east, and the arc lighting lamp located in the east side is turned on again at sunset time. A picture frame provided with a lighting device, characterized in that to be.
The method according to claim 1,
The frame frame portion includes a ring-shaped frame portion, and the lighting portion includes a plurality of circularly arranged lighting lamps positioned to be spaced apart in the circumferential direction of the ring-shaped frame portion and irradiating light toward the center of the frame portion,
The lighting operation control unit sequentially turns on the plurality of circularly arranged lighting lamps from east to west from the circularly arranged lighting lamps located in the front east of the plurality of circularly arranged lighting lamps, so that the circularly arranged lighting lamps located in the west is turned on at sunset time. It is turned on, and the plurality of circular arrangement lighting lamps are sequentially turned on from the west to the east so that the circular arrangement lighting lamp located in the right east side is turned on again at sunrise time from the circular arrangement lighting lamp located in the west side after sunset time. A picture frame equipped with a lighting device characterized in that.
The method of claim 7,
The frame frame unit,
An upper frame and a lower frame; And
It is a rectangular frame that is located between the upper frame and the lower frame and includes a first side frame located in the east and a second side frame located in the west,
The ramp movement guide rail unit includes an upper guide rail member positioned in a horizontal direction on the upper frame, a lower guide rail member positioned in a horizontal direction on the lower frame, and a first side guide rail member vertically positioned in the first side frame And a second side guide rail member vertically positioned in the second side frame, wherein the moving lamp unit includes an upper moving ramp moving along the upper guide rail member, and a lower moving ramp moving along the lower guide rail member , A first side moving ramp moving along the first side guide rail member, and a second side moving ramp moving along the second side guide rail member,
The lighting operation control unit moves the first side moving lamp along the first side guide rail member from the lowest end to the top end while the first side moving lamp is turned on, and then turns it off, and turns on the upper moving lamp at the same time as the first side moving lamp is turned off. The upper moving lamp in the turned on state is moved from the east end to the west end and then turned off, and the second side moving lamp is turned on at the same time as the upper moving lamp is turned off, and the second side moving lamp in the turned on state is moved from the top to the bottom. Moving along the second side guide rail member, but moving the second side moving lamp so that it is located at the lowest end at sunset time, turning off the second side moving lamp at sunset time, and turning on the lower moving lamp to move the lower part in the turned on state A frame with a lighting device, characterized in that the lamp is turned off after moving along the lower guide rail member from the west end to the east end during the sunset time to the sunrise time.
The method of claim 7,
The frame frame unit,
A semicircular frame with a semicircular arc frame portion; And
Including a straight frame portion connecting the lower end side of the arc frame portion,
The lamp movement guide rail part,
A semicircular guide rail member positioned within the arc frame portion; And
It comprises a straight guide rail member located in the straight frame portion and both ends are connected to the semicircular guide rail member, respectively,
The moving lamp unit includes an arc moving lamp moving along the semicircular guide rail member and irradiating light toward the center of the semicircular guide rail member, and a linear moving lamp moving along the straight guide rail member,
The lighting operation control unit turns on the arc moving lamp located in the right east side at sunrise time and moves the arc moving lamp in the lighted state toward the west side along the semicircular guide rail member so that it is located on the front side at sunset time and then turns off, and the After the arc movement lamp is turned off, turn on the linear movement lamp and move it from the west end to the east end, but at the east end at sunrise time, and the moment it is located at the east end, the linear movement lamp is turned off, and the arc movement lamp located on the right east side again A picture frame provided with a lighting device, characterized in that it is repeatedly turned on and moved to the west.
The method of claim 7,
The frame frame portion includes a ring-shaped frame portion,
The ramp movement guide rail portion includes a ring-shaped guide rail member positioned within the ring-shaped frame portion,
The moving lamp unit includes a circumferential moving lamp that moves along the ring-shaped guide rail member and irradiates light toward the center of the ring-shaped frame unit,
The lighting operation control unit locates the circumferential moving lamp turned on in the right east side at sunrise time and moves it from east to west, but moves it so that it is located in the front west side at sunset time, and after being positioned in the front west side, the circumferential movement lamp back to the right east side until sunrise time. A picture frame provided with a lighting device, characterized in that to move.

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