KR200308915Y1 - Picture frame having light emitting module frame - Google Patents

Abstract

The present invention relates to a frame having a light emitting module frame, and more particularly, a space for accommodating a post such as a photo is formed on the front surface of the light emitting module frame in which a plate-shaped surface light source is built, so that it is easy to replace and manufacture the post. It relates to a picture frame having a light emitting module frame.

The frame having the light emitting module frame according to the present invention has a light emitting module frame having a plate shape, a spacer having a constant width and thickness, and having a predetermined width at a band other than one edge of the front surface of the light emitting module frame. A plate shape divided into an opaque region of the edge and an inner transparent region surrounded by the opaque region, and located inside the rear of the opaque region so as to be located in front of the edge of the light emitting module frame behind the inner edge of the opaque region. A portion of the edge is characterized in that it comprises a front transparent plate attached to the front of the spacer.

Description

Frame with light emitting module frame {PICTURE FRAME HAVING LIGHT EMITTING MODULE FRAME}

The present invention relates to a frame having a light emitting module frame, and more particularly, a space in which a post such as a photo is stored is formed in front of the light emitting module frame in which a plate-shaped surface light source is incorporated, so that the post can be easily replaced and manufactured. It relates to a picture frame having an easy light emitting module frame.

Picture frame refers to a certain type of frame that can hold a post such as a picture or a picture, and recently, a number of picture frames with built-in lighting devices are provided to enable users to see a picture in a dark place and to enhance aesthetic effect. In particular, the lighting device uses a cold cathode fluorescent lamp (Cold Cathode Fluorescent Lamp) to prevent deterioration or discoloration of the photo, etc., the light guide plate that is incident from the side to reflect the light generated by the cold cathode fluorescent lamp to the front A plate-like surface light source including a lot is used.

Such a surface light source is located in the frame frame, such as the 'frame with a cold surface light emitting means' of the Utility Model Registration No. 20-0238869 or the 'modular picture frame' of the Registration Utility Model No. 20-0260850 It may be used as a method of directly installing the surface light source, and the inverter for supplying the surface light source and other power inside the frame, such as the 'modular picture frame' of Utility Model Registration No. 2002-0028185 filed and devised by the present inventors It is also manufactured and used as a light emitting module frame that can be mounted on a general picture frame by installing a back and slimming the edge. 4 is a view illustrating a state in which the light emitting module frame 10 is used for a common picture frame. The front transparent plate 52 and the post 56 as shown in the photo and the light emitting module frame 10 are rear of the frame 50. After being mounted in order, it shows a state that is fixed to the locking frame 54 to the frame 50.

However, in case of Utility Model No. 20-0238869 or Registration Utility Model No. 20-0260850 in which the surface light source is directly placed behind the post and fixed to the frame, the surface light source, etc. must be separated from the frame when replacing the post. Even when the post is placed in the picture frame and the light emitting module frame is mounted on the rear side of the frame, the light replacing module frame has to be separated from the common frame when the post is replaced.

In addition, the conventional embodiment, such as the case where the surface light source is directly positioned behind the post and fixed to the frame, or when the light emitting module frame is mounted on the common frame, the separate frame frame is secured to secure the post storage space. This is necessary and has to be inconvenient to manufacture because after mounting the front transparent plate and the post to the frame frame.

The present invention is to solve the problems as described above, the object of the present invention is to emit light to form a post storage space in front of the light emitting module frame to detach the post only without removing the light emitting module frame, etc. to replace the post The present invention provides a frame having a module frame.

In addition, an object of the present invention is to provide a picture frame having a light emitting module frame that can be easily produced by installing a spacer between the light emitting module frame and the front transparent plate without using a separate picture frame to form a post storage space. .

1 is an exploded perspective view of a frame having a light emitting module frame according to a first embodiment of the present invention;

2 is a cross-sectional view showing a frame having a light emitting module frame according to a second embodiment of the present invention

3 is a cross-sectional view showing a frame having a light emitting module frame according to a third embodiment of the present invention

Figure 4 is a perspective view showing a state in which the conventional light emitting module frame is mounted on a common frame

<Brief description of the major symbols in the drawings>

Picture frame with 100,200,300 light emitting module frame

10,110,210,310 Light emitting module frame 111,211,311 frame

112,212,312 Light guide plate 213,313 Lamp

214,314 Inverter 215,315 Back panel

216,316 Channel part 218,318 Inner transparent plate

120,220,320 Spacer 130,230,330 Front transparent plate

131,231,331 Transparent Area 132,232,332 Opaque Area

134,234,334 Opaque materials 236,336 Post storage space

50 Picture frame 52 Front translucent board

54 hangs 56 posts

The frame having a light emitting module frame according to the present invention for achieving the above object, the channel thick plate portion extending from the outer edge front to the outside, the channel side plate portion extending forward from the outer end of the channel thick plate portion, and the channel A frame including a channel portion including a channel plate portion extending inwardly from a front end of the side plate portion, a light guide plate having a plate shape, and at least one lamp installed on a side of the light guide plate, and an edge of which is inserted into the channel portion. A light emitting module frame including a fixed surface light source, a predetermined width and thickness, a spacer attached in a band shape to the front surface of the channel front portion along the remaining edges except for one edge of the light emitting module frame, and having a constant width An opaque region at the edges and an envelope surrounded by the opaque region A front transparent plate having a plate shape divided into a negative transparent region, wherein a portion of the inner edge of the rear surface of the opaque region is attached to the front surface of the spacer so that the channel front portion and the spacer are located behind the inner edge of the opaque region. Characterized in that it comprises a.

In addition, the frame having a light emitting module frame according to the present invention is a plate shape having a thickness equal to the thickness of the channel front panel portion, the light emitting module so that the rear surface in close contact with the front surface of the surface light source in the interior surrounded by the channel front panel portion. It characterized in that it further comprises an inner transparent plate of a transparent material mounted to the frame.

In addition, the frame having the light emitting module frame according to the present invention, the channel thick plate portion extending from the outer edge front to the outside, the channel side plate portion extending forward from the outer end of the channel thick plate portion, the front of the channel portion side plate portion A surface light source including a frame comprising a channel portion consisting of a channel plate portion extending inward from the end, a plate-shaped light guide plate and at least one lamp installed on the side of the light guide plate and the edge is inserted into the channel portion fixed to the frame It has a light emitting module frame and a plate shape of a constant thickness, the rear edge is attached to the front of the channel front panel portion having an internal transparent plate of a transparent material fixed to the light emitting module frame, and has a constant width and thickness, The inner transparency along the remaining edges except for one edge of the inner transparent plate A plate-shaped spacer, which is divided into a strip-shaped spacer attached to the front edge of the edge, an opaque region having a constant width and an inner transparent region surrounded by the opaque region, and the channel front part and the spacer are formed in the opaque region. A portion of the inner edge of the rear side of the opaque region is located on the rear of the inner edge is characterized in that it comprises a front transparent plate attached to the front of the spacer.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described in detail.

1 is an exploded perspective view illustrating a frame 100 having a light emitting module frame according to a first embodiment of the present invention. Referring to FIG. 1, a frame 100 having a light emitting module frame according to the present invention includes a light emitting module frame 110, a spacer 120, and a front transparent plate 130.

The light emitting module frame 110 is a structure in which an edge of a surface light source (not shown in FIG. 1, see FIGS. 2 and 3) including a light guide plate 112, which is a rectangular plate member, is fixed to the frame 111. The detailed structure of the light emitting module frame 110 is the same as that of the second and third embodiments shown in FIGS. 2 and 3, respectively, which is described in detail in the description of the second embodiment with reference to FIG. 2. Let's explain.

The spacer 120 has a strip-shaped structure having a predetermined width and thickness. The spacer 120 has a predetermined space between the light emitting module frame 110 and the front transparent plate 130 so that a post storage space (not shown in FIG. 1, see FIGS. 2 and 3) in which a post is accommodated is formed. They are spaced apart at intervals to interconnect them. Referring to FIG. 1, the spacer 120 is formed in a band shape along an edge of the front surface of the light emitting module frame 110, that is, the front surface of the frame 111. The front transparent plate 130 is attached to the front of the 120. In this case, the spacer 120 is not installed at one edge of the front surface of the light emitting module frame 110 so as to secure an opening through which the post can pass when the post is replaced. In the drawing, since the light emitting module frame 110 has a rectangular shape, the spacer 120 is attached to three remaining sides, ie, the other side, the upper side, and the lower side, except for one side of the light emitting module frame 110. Meanwhile, the spacer 120 may be made of various materials such as wood, aluminum, plastic, and other styrofoam, and the spacer 120 is connected to the light emitting module frame 110 and the front transparent plate 130. Although an adhesive may be used, it is preferable to use a double-sided tape coated with adhesive on both sides of the spacer 120.

The front transparent plate 130 has a quadrangular shape like the light emitting module frame 110, and completely covers the light emitting module frame 110 and has an edge at a predetermined width toward the top, bottom, left, and right of the light emitting module frame 110. The width is larger than the light emitting module frame 110 so as to protrude. An opaque region 132 having a predetermined width is secured to the edge of the front transparent plate 130, and the post housed behind the front transparent plate 130 is viewed from the outside inside the opaque region 132. The transparent area 131 is secured so that it is possible. That is, the front transparent plate 130 is a plate divided into an opaque region 132 of the edge and an inner transparent region 131 surrounded by the opaque region 132. On the other hand, the opaque region 132 is to prevent the frame 111 and the spacer 120 located at the edge of the light emitting module frame 110 to be visible from the front of the front transparent plate 130. Accordingly, the front transparent plate 130 has an opaque region 132 so that the inner edge of the opaque region 132 is positioned in front of the edge of the light emitting module frame 110 and the spacer 120. Attached to the front of the adhesive with an adhesive is integrally combined with the light emitting module frame (110). On the other hand, the front transparent plate 130 may be formed of a plate formed integrally to be divided into a transparent region 131 and an opaque region 132 from the beginning, preferably using a transparent glass or acrylic plate It is easy to form an opaque region 132 by adhering or applying an opaque material 134 such as an opaque material or an opaque paint to the rear edge thereof. In addition, the opaque material 134 may be a material that makes the appearance of the frame beautiful or a material that can form the opaque region 132 as a mirror.

2 is a cross-sectional view of a frame 200 having a light emitting module frame according to a second embodiment of the present invention. The frame 200 having the light emitting module frame according to the second embodiment includes a light emitting module frame 210, a spacer 220, a front transparent plate 230, and an inner transparent plate 218. It features.

The light emitting module frame 210 is the same as the frame 100 having the light emitting module frame according to the first embodiment described above. Referring to FIG. 2, the light emitting module frame 210 includes a frame 211, a surface light source 217, and a back plate 215.

The frame 211 is connected and assembled to form a rectangle with a predetermined connection bracket by cutting an elongate member to an appropriate length, which is similar to the related art. However, hereinafter, only the components necessary for the description of the present invention will be described with reference to the cross section shown in the drawings. The channel portion 216 protrudes forward from the front outer edge of the frame 211. The channel portion 216 includes a channel thick plate portion 216a, a channel side plate portion 216b, and a channel front plate portion 216c. The channel thick plate portion 216a extends outward from an outer edge of a plane positioned in front of the frame 211. Next, the channel side plate portion 216b extends forward from the outer end of the channel thick plate portion 216a, and the channel front plate 216c extends inward from the front end of the channel side plate portion 216b. Accordingly, the channel portion 216 has a U-shape in which a cross section is opened inward, and an edge of the surface light source 217 is inserted into and fixed to the opening.

The surface light source 217 includes a light guide plate 212, a lamp 213, and an inverter 214. The light guide plate 212 is a rectangular plate material, which spreads the light of the lamp 213 introduced through the side to the front of the whole surface.

As described above, a cold cathode fluorescent lamp is mainly used as the lamp 213, and one or more are provided on at least one side of the light guide plate 212.

The inverter 214 is a device for supplying power to the lamp 213 is mounted in the space formed by the front of the frame 211 and the back of the light guide plate 212 and the back plate 215 described below.

The spacer 220 has the same configuration as the picture frame 100 including the light emitting module frame according to the first embodiment of the present invention, and the spacer 220 is formed at the edge of the front surface of the light emitting module frame 210. Attached. Here, the edge of the front surface of the light emitting module frame 210 to which the spacer 220 is attached corresponds to the front surface of the channel front part 216c of the frame 211.

The first embodiment is a plate divided into an opaque portion 232 at the edge where the opaque material 234 is installed on the rear surface of the front transparent plate 230 and an internal transparent portion 234 surrounded by the opaque portion 232. It is the same configuration as the frame 100 having a light emitting module frame according to.

However, the second embodiment further includes an inner transparent plate 218 together with the above-described configuration. The inner transparent plate 218 is a plate such as glass or acrylic made of a transparent material as a whole, and more specifically, the front surface of the surface light source 217 exposed forward from the inside surrounded by the channel front plate 216c. It is mounted to the light emitting module frame 210 to be in close contact with the front of the light guide plate 212. At this time, the thickness of the inner transparent plate 218 is preferably equal to the thickness of the channel front plate portion 216c. Accordingly, the post is inserted into the post storage space 236 formed of the front surface of the inner transparent plate 218 and the rear surface of the front transparent plate 230 and the spacer 220, or a picture from the post storage space 236. When removing the post is not caught on the end of the channel front portion (216c).

3 is a cross-sectional view of a picture frame 300 having a light emitting module frame according to a third embodiment of the present invention. The frame 300 including the light emitting module frame according to the third embodiment includes a light emitting module frame 310, a spacer 320, a front transparent plate 330, and an inner transparent plate 318.

The light emitting module frame 310 includes a surface light source 317 including a light guide plate 312, a lamp 313, and an inverter 314, a frame 311 and a rear plate 315 for fixing the light guide plate 312, and the front transparent plate. 330 is a plate divided into an opaque region 332 at the edge and a transparent region 331 inside the opaque region 332 having the light emitting module frame according to the first and second embodiments described above. Since the configuration of the picture frames 100 and 200 is almost the same, only the internal transparent plate 318 and the configuration thereof according to the third embodiment will be described in detail below.

The inner transparent plate 318 has a predetermined thickness and is made of a transparent material such as glass or acrylic, and the width thereof is the same as that of the light emitting module frame 310. The inner transparent plate 318 is integrally mounted to the light emitting module frame 310 by attaching the edge of the rear surface in close contact with the front surface of the channel front plate part 316c. Next, the spacer 320 is attached to the edge of the front of the inner transparent plate 318, the front transparent plate 330 is attached to the front.

Posts are accommodated in the post storing space 336 formed of the front of the inner transparent plate 318, the rear of the front transparent plate 330, and the spacer 320, and open to one side of the post storing space 336. The post is inserted into the post storing space 336 through the portion.

A picture frame having a light emitting module frame having the above configuration is used as follows.

In the photo frame having the light emitting module frame, posts are stored in a post storage space formed of a front surface of the light emitting module frame or an inner transparent plate and a rear surface and an upper side, a lower side, and a spacer located at one side of the front transparent plate. The light emitting module frame projects light from the rear of the post to the front, and the post makes the post look beautiful. On the other hand, since the post storage space is opened in one direction without the spacer, it is to remove the post from the post storage space or insert the post into the post storage space when replacing the post through the opening portion. It is easy.

Framed with a light emitting module frame according to the present invention according to the configuration as described above by removing the post through the opening portion on one side of the post storage space to insert the post by mounting the surface light source or even when replacing the post Since it is not necessary to remove the light emitting module frame, it is convenient to replace the post.

In addition, the frame having a light emitting module frame according to the present invention is easy to manufacture because the post storage space is simply formed by installing a spacer such as a tape between the light emitting module frame and the front transparent plate without using a separate frame frame Has

An embodiment of the present invention described above and illustrated in the drawings should not be construed as limiting the technical spirit of the present invention. The scope of protection of the present invention is limited only by the matters described in the claims, and those skilled in the art can change and change the technical idea of the present invention in various forms. Therefore, such improvements and modifications will fall within the protection scope of the present invention as long as it will be apparent to those skilled in the art.

Claims (3)

A channel thick plate portion extending from the outer edge front to the outside, a channel side plate portion extending forward from the outer end of the channel thick plate portion, and a channel portion consisting of a channel front portion extending inward from the front end of the channel portion side plate portion A light emitting module frame including a frame, a light guide plate having a plate shape, and at least one lamp installed at a side of the light guide plate, the light emitting module frame including an edge light inserted into the channel part and fixed to the frame; A spacer having a predetermined width and thickness and attached to the front surface of the channel front part along a remaining edge except for one edge of the light emitting module frame; It is a plate shape divided into an opaque region of the edge having a constant width and an inner transparent region surrounded by the opaque region, the rear of the opaque region so that the channel front portion and the spacer is located behind the inner edge of the opaque region Part of the inner edge of the frame with a light emitting module frame, characterized in that it comprises a front transparent plate attached to the front of the spacer. The method of claim 1, It further comprises a plate-shaped plate having a thickness equal to the thickness of the channel front panel portion, the inner transparent plate mounted on the light emitting module frame so that the rear surface is in close contact with the front surface of the surface light source in the interior surrounded by the channel front panel portion. Picture frame provided with a light emitting module frame characterized in that. A channel thick plate portion extending from the outer edge front to the outside, a channel side plate portion extending forward from the outer end of the channel thick plate portion, and a channel portion consisting of a channel front portion extending inward from the front end of the channel portion side plate portion A light emitting module frame including a frame, a light guide plate having a plate shape, and at least one lamp installed at a side of the light guide plate, the light emitting module frame including an edge light inserted into the channel part and fixed to the frame; An inner transparent plate of a transparent material of a plate shape of a constant thickness, the rear edge is attached to the front surface of the channel front plate and fixed to the light emitting module frame; A spacer having a predetermined width and thickness and attached to the front edge of the inner transparent plate along the remaining edges except for one side edge of the inner transparent plate, It is a plate shape divided into an opaque region of the edge having a constant width and an inner transparent region surrounded by the opaque region, the rear of the opaque region so that the channel front portion and the spacer is located behind the inner edge of the opaque region Part of the inner edge of the frame with a light emitting module frame, characterized in that it comprises a front transparent plate attached to the front of the spacer.