KR20100111830A - Channel sign using extrusion bar having independent upper and lower parts - Google Patents

Abstract

PURPOSE: A channel sign using an independent upper and lower extruded bar is provided to improve the decoration of a lighting state of the channel sign by generating sub light with various colors and directions from a light source of the extruded bar. CONSTITUTION: An upper extruded bar(10), a lower extruded bar(20), and a fixing plate(30) form an inner space. An extended protrusion(12,22) embeds a sub light source(40). The sub light source emits light from one side of the upper extruded bar and the lower extruded bar to the fixing plate. A channel character(50) is fixed on the surface of the fixing plate. The sub light source indirectly turns on the channel character.

Description

Channel sign using extrusion bar having independent upper and lower parts}

The present invention relates to a channel sign protruding a variety of characters, designs and logos, and more specifically, to the upper and lower independent extrusion bar and having a fixing means made of a fixing plate coupled between the extrusion bar of the extrusion bar It is possible to install channel signs with various heights by adjusting the width of the upper and lower installations, but it is possible to install the channel signs in various left and right widths by the extrusion bar and the fixed plate that can be manufactured in the continuous longitudinal direction. The ease with which this invention relates to the channel sign that greatly improved the efficiency of the work in the inspection or replacement of electrical equipment such as various wiring, transformer or controller.

In general, a hanging or exterior wall-mounted signboard is mainly used to represent a company or corporate logo with respect to the outside, or to express characters, patterns, symbols, logos, etc.

The signboard is mainly used for a signboard on which a light source is built in a rectangular frame and printed on the surface of each other and various characters, and in the case of a three-dimensional advertisement by protruding a character, a pattern, a logo, etc. Channel-type signs, which are produced in the form of letters or a combination of designs and logos, are applied.

The present invention relates to the channel-type sign, the general channel-type sign is to be produced according to the appearance of the letter or pattern to be expressed and the logo, the light source that emits light by the power applied from the outside is built therein In general, the light source uses a high brightness LED or a neon or fluorescent lamp in the case of a large channel type sign.

The channel-type sign is usually made of a frame body fixed to the wall and the base plate is fixed to the entire front of the frame body, the base plate has a channel having a variety of characters, patterns, logos, etc. Character is to be mounted.

In this case, the frame body is generally firmly fixed to the fixing bracket and anchor bolt from the wall, and the base plate is fixed to the frame using screws, etc., and the channel letter also uses screws or bolts, etc. To be firmly installed on the surface of the base plate.

Accordingly, the entire base plate is turned on by a light source such as neon or fluorescent lamp located between the frame body and the base plate, and power is separately applied to a light source such as an LED embedded in the channel letter. Channel letters that are lit with a different luminous color or brightness from the plate are lit with a highlight effect.

Accordingly, the channel type sign is very attractive as an external advertisement because the channel sign by the pattern, logo, and letters are brightly lit with various colors as well as the overall beautiful light emission at night lighting. The trend is getting.

However, the frame and base plate for fixedly installing the channel type signs of various size and number combinations on the wall of the building as described above are based on the size and number of the channel letters applied to the structure or size of the building to be installed. As a result, it has a problem that the versatility and variability are inferior because it is pre-fabricated in advance.

That is, as described above, the frame body and the base plate for fixedly installing the channel letter are manufactured to have different heights and widths according to the channel letter. Since each must be manufactured, high production costs must be paid accordingly.

In addition, since the frame body and the base plate of the pre-fabricated state are moved to the building to be installed, the heavy frame body must be fixed on the wall, requiring a lot of equipment and vehicles as well as installing a number of workers together. The complexity and difficulty of the awards, as well as the excessive labor costs, are extremely uneconomical.

Furthermore, when the name of the frame and the base plate are applied to a channel letter having a new size due to the change of the name or logo or the object or company to be advertised, the new frame letter and the base plate are removed with the existing frame and the base plate removed. Since it is necessary to reconstruct the frame and the base plate manufactured with a corresponding size, unnecessary waste of resources is being made, and accordingly, the economic loss due to excessive construction cost, material cost, and demolition cost is enormous.

Particularly, various wirings, transformers, ballasts, and conveyors are built into the frame, and when the inspection or replacement of these electrical equipments is necessary, the entire channel letters fixed to the base plate are removed. After removing the base plate from the frame to open the frame has a structure that can be checked or replaced for the electrical equipment has a problem that excessive time and cost required for the maintenance and management of the channel type sign It is.

The present invention is to solve the problems as described above, to form the upper extrusion bar and the lower extrusion bar that can be produced in the continuous longitudinal direction, and through the insertion groove formed opposite to the lower side of the upper extrusion bar and the lower extrusion bar, The fixing plate is configured to be coupled, but by fixing the fixing plate to which the channel letter is coupled between the extruded bars while the upper extrusion bar and the lower extrusion bar are fixed on the wall with respect to the installation area to be installed,

Although the upper and lower widths of the channel sign can be arbitrarily adjusted by the upper and lower extruded bars formed separately, various electric equipments can be located in the space formed between the upper and lower extruded bars, thereby allowing easy access from these extruded bars. The removable plate can be quickly and efficiently checked or replaced by the above-mentioned electric equipment, and the channel sign by the independent upper and lower independent extrusion bars can reasonably overcome the problems of the conventional channel type signs. It is an object of the present invention to provide.

The present invention for achieving the above object, the upper extrusion bar having an insertion groove formed in the longitudinal direction on the bottom; A lower extrusion bar having a settling groove formed in a longitudinal direction on an upper surface thereof; A fixing plate into which the upper and lower ends are respectively inserted into the insertion groove and the settling groove; It consists of a closing side plate coupled to both sides of the upper extrusion bar and the lower extrusion bar to be spaced apart, the inner space (S) by the upper extrusion bar and the lower extrusion bar installed up and down spaced with respect to the wall (W) and the fixing plate between them (S) ) Is formed, and on one side of the upper extruded bar and the lower extruded bar to form an extension protrusion having a built-in auxiliary light source for irradiating a lighting light toward the fixed plate,

The channel letters are indirectly turned on by the auxiliary light source in a state where the fixing plate having the channel letters fixed to the surface is inserted into and fixed in the insertion groove of the upper extrusion bar and the settling groove of the lower extrusion bar.

The present invention can freely adjust the upper and lower width of the channel sign according to the separation width of the upper extrusion bar and the lower extrusion bar, each independently produced, has excellent versatility, and can be easily separated from the upper extrusion bar and the lower extrusion bar. The removal of the fixing plate provides excellent access to the electrical equipment in the inner space, making it easy to maintain and manage the signs. The lighting of the channel letter itself, as well as the various colors and directions from the light source between the extrusion bars or the light source inside the extrusion bar, Since the auxiliary light can be formed, the decorativeness of the channel type sign in the lit state can be greatly improved.

The terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary meanings and the inventor may properly define the concept of the term to describe its invention in the best possible way And should be construed in accordance with the principles and meanings and concepts consistent with the technical idea of the present invention.

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

1 is an overall perspective view of a channel sign of the present invention, FIG. 2 is a cross-sectional perspective view of the channel sign of the present invention, FIG. 3 is an enlarged perspective view of the channel sign of the present invention, and FIG.

As shown in the present invention, the channel signs of the present invention are independently formed on the upper extrusion bar 10 and the lower extrusion bar 20, and the fixing plate 30 coupled between the upper extrusion bar 10 and the lower extrusion bar 20. ), The stationary plate 30 is completed by attaching and fixing the channel letters 50 of numbers, letters, symbols, figures, etc. in various forms.

At this time, the upper extrusion bar 10 is to be continuously used in the longitudinal direction as possible cutting can be used as needed, the bottom of the upper extrusion bar 10 is formed with an insertion groove 11 in the form of grooves. On one side of the upper extrusion bar 10, an extension protrusion 12 having an auxiliary light source 40 attached thereto is formed therein. At this time, the protruding portion 12 is open to the lower portion or the transparent plate is coupled to the illumination light toward the fixing plate 30 is located inside the auxiliary light source 40 is located on the lower side.

In addition, the lower extrusion bar 20 is also continuously produced along the longitudinal direction can be used to cut to the required length, the lower extrusion bar 20 is formed on the upper surface of the settle groove 21 in the groove shape is formed. , The settle groove 21 is opposed to the insertion groove 11 of the upper extrusion bar (10). In particular, an extension protrusion 22 is formed on one side of the lower extrusion bar 20. The extension protrusion 22 has an upper side open or an auxiliary light source 40 embedded with a transparent plate coupled thereto. 30) is configured to irradiate the light to turn on.

In addition, the fixing plate 30 is the front end of the fixing plate 30 is inserted and fixed to the insertion groove 11 of the upper extrusion bar 10 and the lower end of the fixing plate 30 is settled groove of the lower extrusion bar 20 ( 21, which is fitted on the inside of the insertion groove 11, a separate spring 13 is fixedly installed and a separate molding member 60 is inserted into the lower end of the fixing plate 30 to substantially the The lower end of the molding member 60 is to be coupled to the settle groove 21.

Accordingly, when the fixing plate 30 is inserted into the insertion groove 11 of the upper extrusion bar 10 and the settling groove 21 of the lower extrusion bar 20 by the line and the lower end, the fixing plate 30 is attached to the outer surface of the fixing plate 30. The various channel letters 50 are located between the upper extrusion bar 100 and the lower extrusion bar 20 through the fixing plate 30.

In particular, the spring (13) located in the insertion groove (11) of the upper extrusion bar (10) is such that the fixing plate 30 has a downward pressing force, the fixing plate 30 by the repulsive force of the spring (13) ) Is always subjected to downward pressure and thus serves to prevent the fixed plate 30 from flowing as well as the stable coupling state to the fixed plate 30.

In addition, the molding member 60 coupled to the lower end of the fixing plate 30 is formed with a fitting groove 61 for inserting the lower end of the fixing plate 30 to the upper side and the lower side of the molding member 60. The locking protrusion 62 is formed to be inserted into the settling groove 21 of the extrusion bar 20. The molding member 60 is formed of metal and prevents rainwater from flowing into the inside of the channel sign. The fixing plate 30 made of various materials as described above is in direct contact with the lower extrudate 20 and serves to prevent noise or breakage. In addition, in the state where the lower end of the fixing plate 30 is inserted into the fitting groove 61 of the molding member 60 as described above, by applying a silicon or the like to these boundary portions to seal and engage with each other.

In this way, in the state in which the upper extrusion bar 10, the lower extrusion bar 20 and the fixing plate 30 is made of a combination of a separate closing side plate 31 at both ends of the upper extrusion bar 10 and the lower extrusion bar 20 ) To be coupled to the side end of the extrusion bar using a fastening bolt or the like will be able to complete the form of the frame structure of the sealed structure. In addition, the closing side plate 31 has the same outer portion as the cross-sectional shape of the upper extrusion bar 10 and the lower extrusion bar 20, while the upper extrusion bar 10 and the lower extrusion bar 20 is spaced apart from the upper and lower Since the closing side plate 31 is also integrally manufactured in proportion to the width, the closing side plate 41 will serve to finish them at both ends of the upper extrusion bar 10 and the lower extrusion bar 20 simultaneously.

Accordingly, the fixing plate 30 is fixed to the upper extrusion bar 10 and the lower extrusion bar in a state where the upper and lower extrusion bars 10 and the lower extrusion bar 20 are fixed up and down spaced apart from each other. If it is sandwiched between 20 and fixed, a predetermined inner space S is formed between the wall surface W and the fixing plate 30.

Therefore, when the controller or the like for controlling the wiring, transformer, or power supply is built in the internal space S, the accessibility to the various electrical equipments is excellent, and when it is necessary to check or replace them, Separating the fixing plate 30 of the upper extrusion bar 10 and the lower extrusion bar 20 is to be performed simply and efficiently to check or replace the internal electrical equipment.

In particular, the auxiliary light sources built into the extension protrusions 12 and 22 of the upper extrusion bar 10 and the lower extrusion bar 20 are turned toward the outer surface of the fixing plate 30, respectively, as shown in FIGS. 5 and 6. As described above, the extension protrusion 12 of the upper extrusion bar 10 is configured to irradiate light so that the lower part of the extension protrusion 12 is opened so that the auxiliary light source 40 therein is turned toward the upper outer surface of the fixing plate 30. The upper protrusion 22 of the lower extrusion bar 20 is open so that the auxiliary light source 40 therein is turned toward the lower outer surface of the fixing plate 30. Here, the lower and upper portions of the extension protrusions 12 and 22 are described as being open, but as shown in the drawing, as shown in FIG. Simultaneously with the concealment effect of 40, the auxiliary light source 40 through the floodlight plate may be configured to be diffused.

Therefore, the lighting is made on the channel letter 50 in which its own light source is built, and the channel letter 50 lights up and expresses each other, a logo, an image, etc., while the auxiliary light source 40 is the channel letter 50. By illuminating the periphery of the channel character 50, rather than the self-luminescence of the channel character 50 is to enable the channel character 50 to produce a more three-dimensional and beautiful lighting effect through the peripheral light emission and surface emission action.

In addition, the fixing plate 30 as described above can be easily separated and combined from the upper extrusion bar 10 and the lower extrusion bar 20, the insertion groove 11 and the lower portion of the upper extrusion bar 10. As the height between the settling grooves 21 of the extrusion bar 20 is wider than the height of the fixing plate 30, the tip of the fixing plate 30 is inserted into the insertion groove 11 of the upper extrusion bar 10 as shown in FIG. 7. Firstly, if the molding member 60 coupled to the lower end of the fixing plate 30 will be located above the settling groove 21 of the lower extrusion bar 20, the molding member 60 is placed in the settling groove 21. When the fixing plate 30 is lowered as it is pushed upward, the engaging protrusion 62 formed in the molding member 60 is fitted onto the settling groove 21 and the installation of the fixing plate 30 is completed. . At this time, the front end of the fixing plate 30 is to receive a downward pressing force by the spring 13 located in the insertion groove 11 to maintain a more stable coupling state, the insertion groove 11 of the upper extrusion bar 10 The bottom of the fixed plate 30, that is, even if the molding member 60 is located on the settling groove 21 will be formed with a sufficient depth so that the tip of the fixed plate 30 is not separated from the insertion groove (11). .

In addition, in contrast to the above coupling process, when the separation plate 30 is to be separated, the holding member 30 is lifted upwards so that the tip of the molding member is pushed upward into the upper side of the insertion groove 11. When the fixing plate 30 is lowered in an inclined state after the 60 is separated outwardly from the settling groove 21, it is easily separated from the insertion groove 11 of the upper extrusion bar 10. Accordingly, since the fixing plate 30 is separated and the internal space S is completely opened, the built-in wiring, the transformer or the controller is exposed as it is, and thus simple inspection or replacement thereof is possible.

In addition, in order to facilitate the insertion and removal of the fixing plate 30 as described above, as shown in Figure 8, as shown in Figure 8 to form a handle groove 63 of the upward groove shape on the outer surface of the lower molding member 60, the handle It is more convenient because the user can hang the finger of the groove 63 to lift or remove the fixing plate 30 to be fixed or lowered.

In addition, the fixing plate 30 is capable of selectively using a variety of materials, such as transparent acrylic plate, glass or aluminum. In another embodiment, the fixing plate 30 faces the wall surface W in a state in which the fixing plate 30 is formed of a transparent material. When the decorative film 70 is attached to one surface of the fixing plate 30, the surface of the decorative film 70 freely expressing various patterns, textures, or colors is viewed from the outside through the fixing plate 30, thereby completing a more beautiful channel sign. You can do it.

In addition, after the fixing plate 30 is formed of a light-transmitting material, the backlight 80 made of a fluorescent lamp or an LED is fixed in the inner space S while the decorative film 70 having various colors is attached to the inner surface. By installing the backlight 80, the entire surface of the fixed plate 30 may be indirectly turned on through the lighting of the backlight 80, and thus the background lighting color of the color that is arranged in contrast to or in harmony with the lighting color of the channel letter 50 itself. This makes it possible to further enhance the decorativeness of the channel sign.

It is to be understood that both the foregoing general description and the following detailed description of the present invention are exemplary and explanatory and are intended to provide further explanation of the present invention as defined by the appended claims. Examples should be understood.

1 is an overall perspective view of a channel sign of the present invention;

2 is a sectional perspective view of a channel sign according to the present invention;

3 is an enlarged perspective view of a channel sign according to the present invention;

Figure 4 is a cross-sectional view of the installation of the channel sign according to the present invention

5 is an enlarged cross sectional top view of the channel sign of the present invention;

Figure 6 is a bottom enlarged cross-sectional view of the channel sign of the present invention.

Figure 7 is a fixed plate coupling operation in the channel sign of the present invention

8 is a sectional view of principal parts of another embodiment of a channel sign of the present invention;

9 is a sectional view of principal parts of another embodiment of a channel sign of the present invention;

Explanation of symbols on the main parts of the drawings

10: upper extrusion bar 11: insertion groove

12: extension protrusion 13: spring

20: lower extrusion bar 21: settling groove

22: extension protrusion

30: fixing plate 31: finishing side plate

40: auxiliary light source

50: Channel character

60: molding member 61: fitting groove

62: locking protrusion 63: handle groove

70: decorative film

80 backlight

W: Wall S: Interior

Claims (7)

An upper extrusion bar 10 having an insertion groove 11 formed in a longitudinal direction on a bottom thereof; A lower extrusion bar 20 having a settling groove 21 formed in a longitudinal direction on an upper surface thereof; A fixing plate 30 into which the upper and lower ends are respectively inserted into the insertion groove 11 and the settling groove 21; Consists of the closing side plate 31 coupled to both sides of the upper extrusion bar 10 and the lower extrusion bar 20 is installed spaced apart, The upper extrusion bar 10 and the lower extrusion bar 20, which is installed spaced apart from the wall surface (W), the inner space (S) is formed by the fixing plate 30 between them, the upper extrusion bar On one side of the (10) and the lower extrusion bar 20 to form an extension protrusions (12, 22) in which the auxiliary light source 40 for irradiating the light is turned toward the fixed plate 30, The auxiliary light source 40 in a state in which the fixing plate 30 having the channel letter 50 fixed to the surface is inserted into and fixed in the insertion groove 11 of the upper extrusion bar 10 and the settling groove 21 of the lower extrusion bar 20. Channel sign by the upper and lower independent extrusion bar, characterized in that the channel character 50 is configured to be indirectly lit by the). The method of claim 1, Auxiliary light source 40 is a channel sign by the upper and lower independent extrusion bar, characterized in that formed by attaching to the inner side of the extension protrusions (12) (22) open toward the fixed plate (30). The method of claim 1, The fixing plate 30 is formed to combine the molding member 60 at the bottom, the molding member 60 is formed with a fitting groove 61 is inserted into the lower end of the fixing plate 30 in the upper side and the lower extrusion bar ( A locking projection 62 is inserted into the settled groove 21 of the 20, In the coupling of the fixed plate 30 from the upper extrusion bar 10 and the lower extrusion bar 20 installed up and down, the tip of the fixing plate 30 to the insertion groove 11 of the upper extrusion bar 10. Pushing so that the lower end of the molding member 60 is positioned above the settling groove 21 of the lower extrusion bar 20, the locking projection 62 of the molding member 60 is lowered as the fixing plate 30 is lowered. The end of the fixing plate 30 is inserted into the settled groove 21, the channel sign by the upper and lower independent extrusion bar, characterized in that configured to be separated from the insertion groove (11). The method of claim 3, wherein The molding member 60 forms a handle groove 63 having an upward groove on one side, so that the fixing plate 30 to which the molding member 60 is coupled by the handle groove 63 is easily detached and attached. Channel sign by the upper and lower independent extrusion bar characterized in that the configuration. The method of claim 1, In the insertion groove 11 of the upper extrusion bar 10, the spring 13 is fixedly formed at the inner end thereof, and the above-mentioned pressure is applied by the downward pressing force acting on the lower fixing plate 30 by the reaction force of the spring 13. Channel sign by the upper and lower independent extrusion bar, characterized in that the fixed plate 30 is configured to maintain a stable coupling state without flow in the up, down direction. The method of claim 1, The fixing plate 30 is formed of a transparent material and is formed by attaching a decorative film 70 to one side of the fixing plate 30 facing the installation wall surface, and having a decorative pattern 70 having various patterns through the fixing plate 30. Channel sign by the upper and lower independent extrusion bar characterized in that it is configured to improve the decorative effect through seeing. The method of claim 6, The decorative film 70 is made of a light-transmissive material, and as the backlight 80 is installed in the inner space S between the upper extrusion bar 10 and the lower extrusion bar 20, the backlight 80 is turned on. Channel sign by the upper and lower independent extrusion bar, characterized in that the decorative film 70 is configured to be viewed through the fixing plate 30 in an indirectly lit state by.

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