KR100934280B1 - Structure for fixing chennel type sign on wall - Google Patents

Abstract

PURPOSE: A structure for fixing a channel type sign to a wall is provided to firmly install a channel type sign by using a wall supporting bar, a coupling block, and an installation bracket. CONSTITUTION: A wall supporting bar(40,40') is formed into the same cross section shape as a sign fixing bar(10), and is fixed in both ends of a rear surface of the sign fixing bar with an orthogonal direction. A coupling block(50,50') having a screw hole(51) is inserted to an installation groove(41,41') of the wall supporting bar. An anchor bolt hole(62) is formed in an installation bracket(60,60') having a coupling hole(61,61') corresponding to the screw hole of the coupling block. The installation bracket is fixed by using the anchor bolt protruded from the wall. The wall supporting bar and the installation bracket are firmly coupled by a coupling bolt(70) in order to fix the sign fixing bar to the wall.

Description

{Structure for fixing chennel type sign on wall}

The present invention relates to a channel type sign expressing various characters, designs and logos, etc., in particular a channel type consisting of a channel letter sliding along the extruded sign fixing bar and a power connection rail for supplying power to the channel letter. In the sign, it is about the wall fixing structure of the channel type sign for fixing the sign fixing bar to the wall of the building firmly and easily.

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 texts or 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 as described above is very attractive as an external advertisement because the channel letters are brightly lit with various colors as well as the overall beautiful light emission when the night lights are lit. The trend is in the spotlight.

However, as mentioned above, the channel type sign has a structure in which the base plate and the channel letter are mostly bonded to each other using screws and brackets. In the state, they must be installed using a bracket or screw, so it requires a skilled worker.

In addition, due to the nature of the channel type sign that is completed through the combination of channel letters in various forms, it is difficult to fix each channel letter that is divided at the correct position and interval. Bracket and screw fastening structure requires a lot of work time, causing an increase in installation cost and installation time.

In particular, the fastening structure of the screw and the bracket as described above is a risk that the channel letters lag or fall to the ground due to a weakening or loss of the fixing force between the screw and the fastening hole in the case of wind, vibration, shock or concentrated load Even if it is necessary to replace, replace or check the light source or other components in the channel letter, remove all brackets and screws for installation on the base plate, and then reinstall them after checking and replacing. It is very unreasonable in terms of maintenance and management, and it is extremely inefficient because installation errors can occur during the remounting process.

In particular, the channel letters as described above are installed on the base plate with a fixing structure by brackets and screws as described above, the bracket is most likely to protrude to the outside of the channel letters to use the protruding bracket portion screws Since it can be fixed to the base plate, the above-described protruding bracket is exposed as it is, so that the beautiful appearance is harmed, and only the corresponding bracket part is not turned on when the entire base plate is turned on by the metal bracket. Since the appearance is the same as the appearance implies a problem of poor completion.

In addition, the general channel type sign as described above is generally installed on the outer wall of the building, so if the target company or business that is the subject of the channel type sign or their name is changed, the existing channel type having various shapes, shapes, and structures. Since the entire sign is to be removed from the building's exterior wall and a new channel-type sign with a new trade name or an object to be advertised is to be newly installed, there is a need to damage and damage the exterior wall of the building as well as the excessive economic burden of installing and manufacturing the sign. Will be

Since the channel-type signs with numerous shapes and designs are installed on the outer wall of a single building, the unity or homogeneity of the exterior of the building is lost, and it is pointed out as a major cause of harming the aesthetics of the city.

Accordingly, the applicant of the present invention, as in 2008 Patent Application No. 0098078, constitutes a sign fixing bar which is an extrudate that is fixedly installed on the outer wall of the building, and separately provided with a power connection rail and a connection slider separately from the sign fixing bar, the power connection The rail is fixed by sliding insert into the sign fixing bar, and the connecting slider is fixedly installed on the back of the channel letter, and the connecting slider is inserted by sliding from the side end of the sign fixing bar. The electrical connection state between the connection rails is made so that power is applied to the light source inside the channel letter,

Since the fixed and power connection is made by sliding the channel letters of various combinations or shapes from the standardized sign fixing bar, the sliding fixed installation of the characteristic that can reasonably overcome the problems of the conventional channel type signs and A channel type sign having a power connection structure has been devised.

However, the channel type sign made of the sign fixing bar as described above has a considerable difficulty in fixedly installing the channel sign made of the line sign fixing bar as described above because the sign fixing bar is extruded to have a straight shape. will be.

That is, in the case of the conventional channel sign, it is possible to fix the channel sign to the outer wall of the wall through various brackets or mounting fixtures, but to fix the channel sign of the sliding form made of a straight line as described above. Not only is it impossible to apply to the conventional bracket structure, but also there is a lot of unreasonable points in terms of compatibility with each other, such as having to make a separate fixing means or bracket structure newly, there is an extremely uneconomical and inefficient problem.

In addition, even if the channel-type sign of the sliding fastening and connection method is fixed to the wall by applying a separate fixing means or bracket structure, the fixing means or the mounting bracket is exposed to the outside, so that a satisfactory finish cannot be achieved. Since it does not utilize the original concise and unity features pursued by the type sign, it is pointed out as a cause of deteriorating the aesthetics of the sliding channel type sign.

The present invention has been made to solve the problems as described above, by using a channel fixed sign of the channel type sign having a sliding mounting and connecting structure fixed to the wall type channel sign, using the cut sign fixing bar as a wall support, The sign fixing bar and the wall support are coupled to each other by a corner connector, and the wall support is firmly fixed from the outer wall of the building by the installation block and the fastening bracket,

By using the sign fixing bar, which is a manufactured product, it is possible to securely install the entire channel type sign, but it is possible to fix the heavy chain channel type sign quickly and effectively with a minimum of components by breaking away from the complex and many fixing means. It is an object of the present invention to provide a wall fixing structure of a channel type sign in the form of a sliding connection fixing.

The present invention for achieving the object as described above, the power supply connection rail is inserted and fixed inside the sign fixed bar made of extruded steel, the connection slider coupled to a separate channel letter in the connection state with the power connection rail In the channel type sign to be fixed fixedly installed on the sign fixing bar, having a wall support having the same cross-sectional shape as the sign fixing bar to fix the wall support in the orthogonal direction to both ends of the back of the sign fixing bar, Inserting a fastening block having a screw hole into each of the mounting groove formed on one side along the longitudinal direction of the wall support, and through the anchor bolt hole in the bent mounting bracket having a fastening hole corresponding to the screw hole of the fastening block. So,

The mounting brackets are fixedly installed by using anchor bolts protruding from the wall to which the channel type sign is to be installed, and the fastening holes of the mounting brackets and the screw holes of the fastening blocks are positioned to correspond to each other to be coupled from the fastening holes toward the fastening blocks. The wall support is firmly coupled to the mounting bracket by the fastening bolts, and the sign fixing bar is configured to be fixedly installed from the wall.

The present invention, if you want to fix the channel type sign consisting of the channel letters to be fixed fixedly installed on the fixed bar produced by extrusion extrusion to the wall of the various buildings and the wall support using the cutting means without the separate fixing means or fixtures and Only the fastening block and the mounting bracket make the fixed installation of the channel type sign, and the position of the wall support can be freely changed from the sign fixing bar, regardless of the structural features of the wall or the defect of the mounting surface. The sign can be easily installed, and since the fastening block or the mounting bracket are not exposed at all in the appearance of the channel type sign, it has the characteristic of creating a beautiful exterior with a luxurious finish of the fixed installation part.

The terms or words used in this specification and claims are not to be construed as being limited to the common or dictionary meanings, and the inventors can appropriately define the concept of terms in order to explain their invention in the best way. Based on the principle, it should be interpreted as meaning and concept corresponding to 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 exploded perspective view of the channel type sign according to the present invention, Figure 2 is an exemplary view showing an installation state of the channel type sign according to the present invention, Figure 3 is an exploded perspective view of the wall fixing portion of the channel type sign according to the present invention, 4 is a perspective view of the wall fixing portion of the channel type sign according to the present invention.

As shown in the fixed installation structure of the channel type sign according to the present invention, the channel type sign having a sliding installation and connection structure of the channel letter devised by the applicant of the present invention as to easily and firmly fixed to various building walls ,

Looking at the channel-shaped sign schematically, the power connection rail 20 is inserted into the inside of the extrusion-molded sign fixing bar 10, the letter fixing bar (10) the outer surface of the various forms or Channel characters 100 such as symbols, numbers, and logos are fixedly installed by the connection slider 30.

At this time, the connection slider 30 is fastened along the longitudinal direction of the sine fixing bar 10, and simultaneously sliding the fastening of the connection slider 30 to the sine fixing bar 10 and the connection slider 30. Since the electrical connection state between the front end of the power supply rail 20 and the slider (30) by the connection slider 30 is coupled to the channel character 100 is to be in the state of applying the power.

Accordingly, when the main power is supplied to the power connection rail 20, power is supplied to the light source in the channel letter 100 through the connection slider 30, so that the channel letter 100 is turned on. Therefore, the lighting effect of daytime and nighttime is excellent.

As described above, when the channel type sign made up of the sign fixing bar 10, the power connection rail 20, the connecting slider 30, and the channel letter 100 is fixed to the wall 110 of the building, FIG. 5. After fixing the mounting brackets 60, 60 'according to the present invention to the anchor bolt 111 protruding from the wall 110 as shown in the figure, the mounting brackets 60, 60' separate wall When it is firmly fixed to the fastening blocks 50 and 50 'inside the wall supports 40 and 40' by being fitted to the supports 40 and 40 ', the fixing of the channel type sign is completed.

At this time, the back of the sign fixing bar 10, the connecting grooves 11 and 11 'spaced apart up and down are formed along the longitudinal direction, and the wall support for cutting and using the sign fixing bar 10 ( 40 and 40 'are provided with installation grooves 41 and 41' corresponding to the connection grooves 11 and 11 '.

Accordingly, in the state in which the wall support 40, 40 'is positioned on the back of the sign fixing bar 10 at a right angle, the above bars may be coupled at right angles through a separate corner coupler 80. The corner coupling holes 80 are formed with fitting portions 81 and 81 ′ protruding at right angles in both directions, and the fitting portions 81 and 81 ′ are connecting grooves 11 of the sign fixing bar 10. 11 'and the wall supports 40 and 40' have the same cross-sectional shape as the end faces of the installation grooves 41 and 41 ', so that the fitting portions 81 and 81' on one side are fixed to the sign fixing bar ( Sliding insert into the connecting groove (11) (11 ') of the 10 and the fitting portion 81, 81' of the other side is inserted into the installation groove 41 (41 ') of the wall support 40 (40'). In this case, the wall supports 40 and 40 'are positioned in the orthogonal direction on the rear surface of the sign fixing bar 10 by the corner coupler 80.

At this time, since the wall support 40, 40 'is fixed by the corner fastener 80 that can be slid from the sign fixing bar 10, the bar fastening bar (80) Sliding in the transverse direction along the connecting grooves (11) (11 ') of the 10) at the same time the position of the wall support (40, 40') is also changed to the wall support 40 relative to the sign fixing bar (10) Since the installation position of 40 'can be adjusted arbitrarily, it has variable installation force which can respond to the surface state, structure, or various variables of a building wall.

Here, looking at the fastening blocks 50, 50 'and the mounting brackets 60, 60' for firmly fixing the wall supports 40, 40 'to the wall 110 of the building, FIG. Anchor bolt hole 62 is formed through the installation brackets 60 and 60 'formed by bending as shown in the figure, and at least two or more fastening holes 61 and 61' are formed through the other side of the bending bracket. On one surface of the mounting brackets 60 and 60 'coincident with the fastening holes 61 and 61', guide guide parts 63 and 63 'are formed to protrude.

The fastening blocks 50 and 50 'having the fastening holes 61 and 61' formed through the induction guide parts 63 and 63 'and corresponding threaded holes 51 are wall supports 40. It is formed to have the same cross section as the cross section of the installation grooves 41 and 41 'formed in the 40'.

Accordingly, as shown in Figure 7, in the state in which the fastening blocks 50, 50 'is inserted into the installation grooves 41, 41' of the wall support 40, 40 ', the mounting bracket 60 The guide bolts 63 and 63 'of the 60' are inserted into the installation grooves 41 and 41 'to allow the inductive coupling to each other, so that a separate fastening bolt 70 is installed. (60) (60 ') is screwed toward the fastening blocks 50, 50' and the fastening bolt 70 is screwed into the screw hole 51 of the fastening blocks 50, 50 ' Solid support installation of the wall supports 40, 40 'and the mounting brackets 60, 60' is made.

That is, as shown in FIG. 8, the fastening blocks 50 and 50 ′ are inserted into the installation grooves 41 and 41 ′ of the wall supports 40 and 40 ′, or the fastening blocks 50 are described above. (50) is a wall bracket (40) (40) in the state in which the fastening block 50, 50 'is loosely coupled to one side of the mounting bracket (60) (60') using the fastening bolt (70). ') And then, when the fastening bolt 70 is rotated, the fastening blocks 50 and 50 are spaced apart from the mounting brackets 60 and 60'. ') Is moved toward the mounting brackets 60, 60' by the rotation of the fastening bolt 70, as shown in Figure 9 eventually the fastening block 50, 50 'and the mounting bracket 60 ( 60 ') by the mutual adhesion of the wall support 40, 40' is able to maintain a solid fixed state with the installation brackets 60, 60 '.

Therefore, the fastening blocks 50 and 50 'of the wall supports 40 and 40' are brought into close contact with the mounting brackets 60 and 60 'or are temporarily assembled to the mounting brackets 60 and 60'. The wall supports 40 and 40 are simply operated by simply rotating the fastening bolt 70 in the exposed state while being inserted into the installation grooves 41 and 41 'of the wall supports 40 and 40'. ') And the mounting bracket (60) (60') is a solid fixing is made so that the sign fixing bar 10 is in combination with the wall support 40 (40 ') is firmly and stable installation state from the wall (110) Will be able to maintain.

In particular, the guides 63, 63 'protruding from the surface of the mounting brackets 60, 60' are mounting grooves 41, 41 in the form of cut-out grooves of the wall supports 40, 40 '. ') While being inserted into the inside of the wall support 40, 40' and the mounting brackets 60, 60 'will act as a guider to make a uniform correspondence assembly.

The embodiments described in the present specification and the drawings shown in the drawings are only the most preferred embodiments of the present invention and do not represent all of the technical idea of the present invention, and various equivalents and modifications that may be substituted for them are provided. It should be understood that there may be examples.

1 is an exploded perspective view of a channel type sign according to the present invention

Figure 2 is an exemplary view showing an installation state of the channel type sign according to the present invention

Figure 3 is a perspective view of separating the wall fixing portion of the channel type sign according to the present invention

Figure 4 is a perspective view of the combined wall fixing portion of the channel type sign according to the present invention

5 is a planar separation view showing an example of fixing the wall of the channel type sign according to the present invention

Figure 6 is a perspective view showing a wall fixing means for installing the channel type sign according to the present invention

Figure 7 is an enlarged cross-sectional view of the wall fixing portion of the channel type sign according to the present invention

Figure 8 is a cross-sectional view of the mutual assembly state of the wall fixing portion of the channel type sign according to the present invention

Figure 9 is a cross-sectional view of the mutual fastening state for the wall fixing portion of the channel type sign according to the present invention

Explanation of symbols on the main parts of the drawings

10: sign fixing bar 11,11 ': connecting groove

20: power supply rail

30: Connection slider

40,40 ': Wall support 41,41': Installation groove

50,50 ': Tightening block 51: Screw hole

60,60 ': Mounting bracket 61,61': Fastener

62: anchor bolt ball 63,63 ': guide guide

70: fastening bolt

80: corner joint 81,81 ': fitting portion

100: Channel character

110: wall 111: anchor bolt

Claims (3)

A power connection rail 20 is inserted and fixed inside the sign fixing bar 10 made of extruded steel, and a connection slider 30 coupled to a separate channel letter 100 is connected to the power connection rail 20. In the channel type sign that is fixed to the fixed installation on the sign fixing bar 10 in the state, It is provided with wall supports 40 and 40 'having the same cross-sectional shape as the sign fixing bar 10 and the wall supports 40 and 40' are orthogonal to both ends of the rear surface of the sign fixing bar 10. And fastening blocks 50 and 50 'having screw holes 51 in the installation grooves 41 and 41' formed on one side along the longitudinal direction of the wall supports 40 and 40 '. Anchor bolt hole is inserted into each of the mounting brackets 60 and 60 'of the bent shape having the fastening holes 61 and 61' corresponding to the screw holes 51 of the fastening blocks 50 and 50 ', respectively. Penetrating through 62, Using the anchor bolt 111 protruding from the wall 110 to install the channel type sign fixed to the mounting brackets 60, 60 'and fastening the mounting brackets 60, 60' The fastening blocks 50 and 50 'are removed from the fastening holes 61 and 61' by positioning the balls 61 and 61 'and the screw holes 51 of the fastening blocks 50 and 50' to each other. The wall support 40, 40 ′ is firmly coupled to the mounting bracket 60 by the fastening bolt 70 coupled to the wall, and the sign fixing bar 10 is fixedly installed from the wall 110. Wall-mounted structure of the channel type sign in the form of sliding connection fixing characterized in that. The method of claim 1, On the rear surface of the sign fixing bar 10, connecting grooves 11 and 11 'are formed to be spaced apart from each other up and down at the positions corresponding to the wall supports 40 and 40', and the connecting grooves 11 and 11 'are spaced apart from each other. ) And the fitting corners 81 and 81 ′ which are inserted into the installation grooves 41 and 41 ′ of the wall support 40 and 40 ′ are formed at right angles. The connecting grooves 11 and 11 'of the fixing bar 10 and the installation grooves 41 of the wall supports 40 and 40' of the fitting portions 81 and 81 'of the corner coupling portion 80 are wrapped. 41 '), the wall fixing structure of the channel type sign in the form of sliding connection fixing, characterized in that the orthogonal coupling of the sign fixing bar 10 and the wall support 40, 40' . The method of claim 1, One side of the mounting bracket (60, 60 ') is formed to protrude guide guides (63, 63'), the guide guides (63, 63 ') of the wall support (40, 40') Sliding connection characterized in that it is inserted into the installation groove 41, 41 'of the wall support 40, 40' and configured to facilitate the inductive coupling between the mounting bracket (60, 60 ') Wall fixing structure of channel type sign in fixed form.

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