KR200176827Y1 - Advertising board - Google Patents

Abstract

Screen frame and fluorescent lamp frame made of frame unit made of artificial synthetic wood (synthetic resin) are divided, and these frames can be easily configured by assembling the frame units, add aesthetics, and change shape by improving materials And it relates to a billboard improved to have an economical reduction and recycling effect, the billboard frame has a synthetic synthetic wood material, has a block shape having a predetermined unit length. And, it has a structure for coupling with other frames spaced parallel to one surface or connected in the longitudinal direction. In addition, the billboard may be composed of a screen frame composed of the edge portion of the first frame units having a unit length and a fluorescent frame composed of the edge portion of the second frame units, the first frame units and the second frame units It has a structure for coupling to configure the edge portion, the first frame or the second frame is coupled to each other using a predetermined coupling member, the screen frame and the fluorescent frame may be combined.

Description

Advertising board

The present invention relates to a billboard, and more specifically, a screen frame and a fluorescent lamp frame made of artificial synthetic wood frame units are divided, and these frames can be easily configured by assembling the frame units and add aesthetics. The present invention relates to a billboard that has been improved to have a change in shape and economical savings and recycling effects by improving materials.

Signboards are used a lot to promote the streets of general stores or businesses, and signboards are often used in the form of being attached to buildings or standing on the street.

However, the conventional signboard is composed of a box and a frame made of aluminum, which almost all of the subsidiary materials depend on imports, and thus the raw subsidiary materials are expensive and non-recyclable in terms of environmental protection. It is used a lot.

And it has a limit in adding an aesthetic effect to a signboard. That is, in order to obtain the aesthetic effect of the signboard, it is limited to the method of designing letters or patterns on the screen. Accordingly, the signboard does not get the advertising effect of the signboard and the signboard is often not suitable for a building or a business place.

And, it was difficult to produce a signboard, there was a problem in that when replacing the signboard to replace the whole including the lighting portion.

Therefore, it is desired to present a method for improving the above-mentioned problems of the conventional signage, and to present a signage capable of obtaining an advertising effect while having a more aesthetic sense.

In addition, the development of a method capable of recycling and simple assembly of signboards is required.

The object of the present invention is to produce a billboard with a material that is easy to cut, process and assemble, such as synthetic synthetic wood that is synthetic resin.

Another object of the present invention is to provide a billboard that can be produced by the assembly of the frame units, can impart an aesthetic appearance to the exterior, and has recyclability and economical.

Other objects of the present invention will become more apparent from the following detailed description and the accompanying drawings.

1 is a perspective view showing a preferred embodiment of the billboard according to the present invention

2 is a cross-sectional view showing a cross-sectional structure of an embodiment

3 is a view for explaining a method of assembling the screen frame of FIG.

4 is a view for explaining a method of assembling the fluorescent frame of FIG.

5 is a cross-sectional view showing a second embodiment of a screen frame according to the present invention.

6 is a cross-sectional view showing a third embodiment of a screen frame according to the present invention.

7 is a perspective view showing another embodiment of an auxiliary frame available for the second frame;

In the billboard according to the present invention, the frame unit has a synthetic resin material and has a block shape having a predetermined unit length. Each frame unit has a structure for coupling with other frame units spaced parallel to one surface or connected in the longitudinal direction.

In addition, the billboard according to the present invention may be composed of a screen frame composed of the edge portion of the first frame units having a unit length and a fluorescent frame composed of the edge portion of the second frame units, the first frame unit and the first frame unit The two frame units have a structure for coupling so as to form an edge portion, and the first frame or the second frames are coupled to each other using predetermined coupling members, and the screen frame and the fluorescent frame may be coupled to each other.

If necessary, an auxiliary frame is produced and installed in the screen frame, thereby obtaining an effect of fixing the screen and adding an aesthetic feeling.

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

In the billboard frame according to the present invention, the material is artificial synthetic wood, that is, synthetic resin, and preferably, polystyrene may be used. Artificial synthetic wood is recyclable and easy to cut, process and assemble, similar to natural wood. Therefore, it is easy to produce a frame of various colors and shapes. In addition, artificial synthetic wood has a natural tendency and does not have its own deformation, distortion or discoloration.

Therefore, in order to manufacture various forms of billboards using artificial synthetic wood, unit frames can be manufactured according to the intention of the producer, and the billboards assembled by unit frames are aesthetically friendly with the surrounding buildings or landscapes due to the nature of the material. It can be made with a good sense.

The billboard produced by the billboard frame composed of the artificial synthetic wood described above may be implemented as shown in Figs. 1 to 8, the billboard can be produced by the unit frame of various forms as described.

As an embodiment according to the present invention the billboard is composed of a screen frame 10 and a fluorescent lamp frame 12 is assembled as shown in Figure 1, the screen frame 10 includes a screen 22 is displayed with letters and patterns for advertising In addition, the fluorescent frame 12 has a structure for supporting the screen frame 10 is installed inside the fluorescent lamp for illumination. Of course, if necessary, the billboard may be configured with only the screen frame 10 without the fluorescent light frame 12.

First, referring to the configuration of the screen frame 10, the screen frame 10 has a rectangular frame with a screen 22 is displayed on the front of the character or pattern.

Each side of the screen frame 10 is composed of the assembly of the first frame unit 14 having a predetermined length, each corner is formed by coupling the ends of the first frame unit 14 in contact with each other at right angles. In addition, the inside of the frame assembled in the rectangle is configured with a screen 22 for displaying a predetermined phrase or pattern for advertising.

In addition, the fluorescent frame 12 also has a size and shape corresponding to the screen frame 10, each side is composed of the assembly of the second frame unit 18 having a predetermined length, each corner is connected to the right angle End portions of the two frame units 18 are coupled to each other.

Each of the frames constituting the screen frame 10 and the fluorescent lamp frame 12, that is, the first frame unit 14 and the second frame unit 18 is made of artificial synthetic wood as described above.

The screen frame 10 and the fluorescent lamp frame 12 of FIG. 1 described above have a cross-sectional structure as shown in FIG. 2, and are assembled as shown in FIG. 3 or 4.

First, the first frame unit 14 forming the upper and lower sides of the screen frame 10 has a vertically symmetrical structure. For convenience of description, the first frame unit 14 forms a symmetrical structure while forming the upper and lower sides of the screen frame 10. Surfaces facing each other of the first frame unit 14 having one another are referred to as inner surfaces, and opposite surfaces thereof are defined as outer surfaces.

The inner surface of the first frame unit 14 is formed with a channel 28 for fixing the vertical support 24, the channel 28 is formed between the projections having different heights on the side in contact with the fluorescent frame 12 It is configured to extend in the longitudinal direction of the first frame unit 14. In addition, a fixing protrusion 30 is formed at the central portion of the inner surface to protrude so that the upper surface has a predetermined area flat surface, and the projection jaw 36 for attachment of the screen 22 to the opposite end where the channel 28 of the inner surface is formed. ) Is formed. At this time, one side of the protruding jaw 36 exposed to the outside when the screen 22 is attached is formed to be inclined.

The first frame unit 14 having the above-described configuration is configured to be vertically symmetrical, and a plurality of vertical supports 24 are inserted into the respective channels 28 of the first and second symmetrical frame units 14 at regular intervals. do. The vertical support 24 has a beam shape having a predetermined width and length, and both longitudinal ends thereof are inserted into the channel 28 of the first frame unit 14. In addition, the vertical support 24 is coupled to the plate fitting 26, the both ends of which are bent at an obtuse angle to fix the first frame unit 14 symmetrically arranged with each other.

Specifically, the plate fittings 26 are placed on both sides in the longitudinal direction of the vertical support 24 inserted between the channels 28 formed in the first frame unit 14 symmetrically arranged with each other, and the plate fittings bent at an obtuse angle ( One end of 26 is joined to the interviewed portion of the vertical support 24 using a fixing member 32 such as a nail, screw or bolt, and the other end of the plate fitting 26 bent at an obtuse angle is a nail, screw or bolt. It is coupled by interviewing the upper surface of the fixing projection 30 formed on the inner surface with a fixing member 32 such as.

As described above, the first frame units 14 having the upper and lower symmetry are fixed by the vertical support 24.

As shown in FIG. 3, the first frame units 14 adjacent in the longitudinal direction are coupled to each other using the vertical support 24 to form the sides of the screen frame 10.

Specifically, the two first frame units 14 which are vertically symmetrical are fixed by the vertical support 24 in the manner described above. Then, one vertical support 24 is inserted over both ends of the adjacent channel 24 of the first frame unit 14 connected in the longitudinal direction, and the first frame is connected to each other vertically with the vertical support 24. The unit 14 is fixed with different plate fittings 26.

In the above-described method, the first frame units 14, which are vertically symmetrical, and the first frame units 14 connected in the longitudinal direction are combined to form sides of the screen frame 10.

The edges of the screen frame 10 are coupled to end portions of adjacent first frame units 14.

On the other hand, the fluorescent frame 12 is also the same as the configuration of the screen frame 10, the edge portion of the frame is made of a combination of the second frame unit 18, the corners are coupled to the ends of the adjacent second frame unit 18 at a right angle It is done.

The second frame unit 18 which forms the upper and lower sides of the fluorescent frame 12 has a vertically symmetrical structure, and for convenience of description, the second frame unit having the symmetrical structure while forming the upper and lower sides of the fluorescent frame 12. The sides facing each other in (18) are called the inside and the opposite side is the outside.

On the inner surface of the second frame unit 18 is formed a channel 40 in which a predetermined area is opened inwardly by protrusions formed at both ends, and the channel 40 is in the longitudinal direction of the second frame unit 18. Has an extended structure.

In addition, a channel 44 having a predetermined depth is formed on the protrusion extending to the rear side of the fluorescent lamp frame 12, and the channel 44 also has a structure extending in the longitudinal direction of the second frame unit 18. .

Here, the channel 40 is for inserting a rectangular-shaped fixing block 42 for fixing the second frame units 18 connected to each other as described below with reference to FIG. 4, and the channel 44 will be described later. It is for inserting the longitudinal end of the vertical support 46.

In addition, a jaw in contact with an open portion of the channel 40 is formed on the protruding portion extending toward the front side of the fluorescent lamp frame 12, and the jaw has a surface on which the opposite side of the open portion is inclined.

The second frame unit 18 having the configuration as described above is configured to be vertically symmetrical, and a vertical support 46 is inserted into each channel 44 of the vertically symmetrical second frame unit 18. The vertical support 46 has a beam shape having a predetermined width and length as used for the screen frame 14, and both longitudinal ends are inserted into the channel 44. The vertical support 46 holds the second frame units 18 symmetrically configured as plate fittings 48 whose ends are bent at an obtuse angle.

Specifically, the longitudinal ends of the vertical supporters 46 are inserted into the channels 44 of the second frame unit 18 facing each other, and are bent at obtuse angles of the plate fittings 48 on both sides of the vertical supporters 46 in the longitudinal direction. The other end of the plate fitting 48 is nailed, screwed or bolted to the inclined surface of the jaw of the protrusion formed on the inner surface of the second frame unit 18, and the one end is joined using a fixing member such as a nail, a screw or a bolt. And a fixing member 50 such as the like.

As described above, the second frame units 18 vertically symmetrical with the vertical support 46 are fixed.

The second frame unit 18 adjacent in the longitudinal direction is fixed by the vertical support 46 and the fixing block 42.

Specifically, as shown in FIG. 4, the two second frame units 18, which are symmetrical to the top and the bottom, are fixed to the vertical support 46 in the manner described above. In addition, one vertical support 46 is disposed across both ends of the channels 44 adjacent to each other in the second frame unit 18 connected in the longitudinal direction, and the second connected second connects to the vertical support 46. The frame unit 18 is fixed with different plate fittings 48.

In addition, a fixing block 42 is commonly inserted into each channel 40 of the second frame unit 18 which is connected to provide a supporting force for longitudinal fixing.

In the above-described manner, the second frame units 18 which are vertically symmetric with the second frame units 18 which are connected in the longitudinal direction are combined. In addition, the corners of the fluorescent lamp frame 12 are configured to be coupled to the second frame unit 18 in contact with each other at a right angle.

Then, the screen is fixed to the side by the coupling member 34 such as nails, screws, bolts, etc. inside the protruding jaw 36 of the first frame unit 14 configured as described above to be configured on the screen frame 10 Can be.

In addition, a predetermined number of fluorescent lamps 100 may be installed in the longitudinal direction of the fluorescent lamp frame 12 to illuminate the screen, and a structure for supporting the fluorescent lamp 100 and a component for supplying power may be provided. Although the configuration is not described in the embodiments, it is obvious that those who understand the technical spirit of the present disclosure may configure and install the configuration.

In order to couple the screen frame 10 and the fluorescent frame 12 to each other, protrusions 52 and grooves 54 engaged with adjacent sides of the first and second frames may be formed, and the screen frame 10 may be formed. ) And fluorescent frame 12 are secured by engagement of protrusions 52 and grooves 54, and then configured to provide a coupling force therebetween using certain coupling members such as nails, screws, bolts, fittings, or adhesives, and the like. Can be.

As the above-described screen frame 10 and the fluorescent light frame 12 can be produced a billboard, the billboard according to the present invention can be a variety of predetermined characters or patterns on the screen, various shapes and colors on the outer surface of the frame By applying it, it can provide aesthetics and affinity with the surrounding environment, and lighting effect can be obtained if necessary.

In addition, it may have a concave effect due to the inclined surface of the protruding jaw 36 formed on the first frame 14 around the screen of the billboard, and on the outer surface of the inclined surface and the first frame 14 or the second frame 18. By carving a predetermined pattern or designing a specific color, the billboard may have an aesthetic sense, such as a border or a border using color.

In addition, the embodiment is a synthetic synthetic wood material can be produced in a variety of shapes and colors, it is easy to cut, process and assemble.

Meanwhile, the screen frame or the fluorescent frame according to the present invention may be implemented in various ways. For example, the second and third embodiments of the screen frame may be implemented as shown in FIGS. 5 and 6.

Referring to FIG. 5, as a second embodiment of the screen frame, the third frame unit 14a constituting the upper and lower sides has a vertically symmetrical structure, and for convenience of description, the third frame unit 14a of the third frame unit 14a is symmetrically configured. The facing surface is called the inner surface and the opposite surface is called the outer surface, and the configuration of the third frame unit 14a will be described.

On the inner surface of the third frame unit 14a, a first extension part and a second extension part are formed on both sides, and a channel having a predetermined shape is formed between the extension parts, and the channel is an end portion of the first extension part and the second extension part. As they are spaced apart, they are opened to a predetermined width.

The first extension portion is configured to extend in a vertical direction to the side coupled to the fluorescent frame of the inner surface, the second extension portion is inwardly inclined a predetermined height from the opposite side of the first extension portion is continuously extended in parallel with the inner surface and the end is It is configured parallel to the corresponding extension. The outer surface of the third frame unit 14a includes a protrusion formed at a corner thereof with a groove 54a for engaging with the protrusion 52 of the fluorescent lamp frame 12, and an opposite side on which the groove 54a of the protrusion is formed. In the channel having a predetermined depth is formed.

The third frame unit 14a having the configuration as described above is symmetrically configured up and down as in the embodiment of FIG. 2, and these third frame units 14 symmetrically configured up and down are fixed by the vertical support 24a. . The vertical support 24a is inserted through a space formed between the end of the first extension and the second extension. At this time, they are provided with a bonding force by the plate fitting 26a, and the plate fitting 26a has a shape in which one end is bent at an obtuse angle. One end of the plate fitting 26a is bent at an obtuse angle and is coupled to the vertical support 24 by the coupling member 32a, and the other end is coupled to the inclined surface of the second extension by the coupling member 32a.

The auxiliary frame 60 may be inserted into and fixed to an outer surface of the third frame unit 14a, and the auxiliary frame 60 may be manufactured in the same length unit as the third frame unit 14a, and may be formed at one end in the width direction. It has a head having an inclined surface and has an end 62 which is insertable into a channel formed on the outer surface of the third frame unit 14a at the other end.

As described above, the screen 22a is interposed between the third frame unit 14a and the first auxiliary frame 60 and is installed to be provided with a fixing force by an adhesive or other coupling member.

In the second embodiment having the configuration as shown in FIG. 5, a billboard having an aesthetic sense may be manufactured by combining the shapes or colors of the third frame unit 14a and the auxiliary frame 60, and the concave effect of the screen 22a may be obtained. The decoration around the screen 22a may be determined according to the shape of the head of the auxiliary frame 60. In addition, the auxiliary frame may have a similar structure to that of the main body 80 and the end 62 of FIG. 7 and may be applied to a shape having a cutout at the head 82.

Meanwhile, referring to FIG. 6, as a third embodiment of the screen frame, the fourth frame unit forming the upper and lower sides has a vertically symmetrical structure, and faces the surfaces of the fourth frame units symmetrically configured for convenience of description. The inner side and the opposite side are defined as the outer side and the configuration of the fourth frame unit will be described.

On the inner surface of the fourth frame unit of FIG. 6, a channel 40b is formed by the third and fourth extensions having the same height and symmetrically bent to each other, and the channel 40b is illustrated in FIG. 4. Fixed block 42b is inserted. The third extension part is formed on the side of the fluorescent lamp frame is coupled to form a channel having a predetermined width at the end, the end of the vertical support 24b is inserted, the end of the channel and the vertical support 24 is bolted It is penetrated and fixed by 70.

A fifth extension portion having an inclined surface is formed on a side surface of the fourth frame unit, and the fifth extension portion has a structure extending in a predetermined height parallel to the inclined surface, and the fifth extension portion is parallel to the inclined portion of the fifth extension portion. Opposite surfaces of the four extensions are inclined, and channels 74 of a predetermined depth are formed between the fourth and fifth extensions.

The support member 72 having a predetermined length and the same cross-sectional shape and size of the channel 74 is forcibly inserted into the channel 74, and the screen 22a is provided between the contact member 72 and the contact surface of the channel 74. End) is fitted and fixed.

In addition, an inclined surface may be formed on the inclined surface of the fourth frame unit and the inclined surface of the fifth extension unit as shown in FIG. 6 to impart an aesthetic sense, and a right angle groove 54b is formed at an edge of the outer surface to form the fluorescent lamp unit. It can be used in combination with.

The fourth frame unit configured as described above has a symmetrical configuration up and down, the fourth frame unit symmetrically up and down is fixed by the vertical support 24b, the fixing force can be reinforced by a coupling member such as bolt 70 have.

In the case of the fourth frame unit, the fourth frame unit is coupled to another fourth frame unit to be connected. In the coupling method, one vertical support 24b is disposed similarly to FIG. 4, and the other vertical support 24b is connected to each other. The fourth frame unit can be fixed with different bolts 70.

In addition, the fixing block 42b may be inserted into the channel 40b formed in the fourth frame unit, which is connected to each other, to provide a supporting force according to the longitudinal fixing.

As described above, the billboard frame according to the present invention may be variously implemented.

As described in detail above, the present invention has been described in detail with respect to preferred embodiments, but those skilled in the art to which the present invention belongs, various modifications of the present invention without departing from the spirit and scope of the present invention It will be appreciated that the modifications may be made.

According to the present invention, it is possible to recycle the billboard frame, it is easy to cut, process and assembly, there is an effect that the production of a frame of various colors and shapes.

In addition, as the billboard is assembled into a frame having a variety of shapes, a billboard having various aesthetics may be produced, and thus the advertisement effect may be maximized.

Claims (6)

Frame units of a plurality of synthetic resin materials having a unit length are assembled in the longitudinal direction to form each side, and the sides are combined to have a rectangular shape, and frame units adjacent in the longitudinal direction are assembled as vertical supports having a predetermined length. And frame units at positions corresponding in parallel with the vertical support, wherein the screen comprises a screen frame formed on one surface. The method of claim 1, wherein the frame unit, A fixing channel into which the vertical support is inserted is formed, and the vertical support is fixed to the frame unit by the coupling means. The method of claim 1, wherein the frame unit, A longitudinal assembly channel is formed, and the billboard is fixed by inserting a fixing block over the longitudinal assembly channel of another adjacent frame unit. The method of claim 1, wherein the frame unit, And a channel for fixing the side of the screen is formed and configured to fix the screen by forcing the support member while inserting the side of the screen into the channel. The method of claim 1, The auxiliary frame is fixed to the outer surface and the front of the frame unit in close contact, characterized in that the side frame of the screen by the auxiliary frame is configured to be inserted and fixed. The method of claim 1, The frame unit has a rectangular side portion, the combination of each side is made of the vertical support frame, a fluorescent lamp is installed therein, further comprising a fluorescent lamp frame installed on the back of the screen frame .