KR20230168543A - Wall assembly that can display indirect lighting on both sides - Google Patents

Abstract

The wall assembly capable of displaying indirect lighting on both sides according to the present invention includes slats arranged at predetermined intervals to form a light irradiation passage between them, and is fixed to the front side of the slats by a fixing means to form a light irradiation passage. First unit blocking members for implementing the first lighting production unit by allowing it to be exposed in a predetermined pattern, and a first lighting production unit fixed by a fixing means on the rear side of the slats and exposed by the first unit blocking member. Second unit blocking members for blocking and exposing the light irradiation passage in a predetermined pattern to the rear side to implement a second lighting directing unit, a thick member installed on the upper end of the thinner members, and a lower surface of the thick member It is equipped with a lighting means that irradiates light into the light irradiation passage formed by the gansals and exposes the light to the first and second lighting production units.

Description

Wall assembly that can display indirect lighting on both sides}

The present invention relates to a wall assembly capable of displaying indirect lighting on both sides. More specifically, the present invention relates to a wall assembly capable of displaying a predetermined pattern of lighting using indirect lighting on both sides, and can be used for fences, partitions, walls, decorations, road guide walls, and guide rails. , relates to a wall assembly capable of expressing double-sided indirect lighting that can be used as a fence, etc.

In general, there is no difficulty in identifying the boundaries of walls, fences or guide rails installed on the boundaries of roads or various facilities to safely protect various facilities, but at night, the ability to distinguish the boundaries is reduced due to darkness. There is an inherent risk of safety accidents where drivers or pedestrians on the road can easily collide or come into contact.

In particular, lighting is being attempted as a way to change the atmosphere of the surface of a wall, fence, or fence. Directing using lighting is done by partially installing a plurality of lamps to create partial lighting, or by installing lights on the entire wall to create full lighting. In addition to the existing incandescent lamps, halogen lamps, and fluorescent lamps, the lighting equipment used for such lighting production includes LED lamps, the use of which has rapidly increased recently.

As mentioned above, direct lighting using lighting is subject to many restrictions in the installation of lighting equipment, so it is difficult to produce various patterns, and both sides of a wall or fence cannot be produced at the same time. In addition, in most cases, direct lighting is not possible. There is a problem with severe glare when using it.

In particular, since the fence consists of a single wall rather than a double wall, the interior divided by the fence is exposed to the outside, and it is difficult to produce independent lighting on both sides using lighting, and the lighting for production protrudes to the outside. There is a problem that spoils the aesthetics during the daytime.

Republic of Korea Patent Publication No. 10-2007-0012868 discloses a lighting device for illuminating the interior wall of a building, and Republic of Korea Patent Publication No. 10-2016-0074089 discloses a partition with LED lighting and interior accessory functions.

And in Korea Patent Registration No. 10-1270575, a building wall presentation system is published. The posted building wall presentation system has an optical fiber with one end exposed to the outside, an individual expression luminous line installed on the building wall to produce individual patterns that do not overlap among the overall presentation patterns, and light to the optical fiber of the individual expression luminescence line. An individual expression unit equipped with an individual expression light source unit to irradiate; An overlapping expression light emitting line equipped with an optical fiber exposed to the outside at one end and installed on the building wall to produce overlapping patterns among the overall expression patterns, and an overlapping expression light source unit equipped with an overlapping expression light source unit that irradiates light to the optical fiber of the overlapping expression light emitting line. Includes.

The conventional building wall display system configured as described above has a relatively complex structure and uses a plurality of lighting lamps, so production costs cannot be reduced.

Meanwhile, Republic of Korea Patent Publication No. 10-2012-0056653 discloses an LED lighting frame for displaying a wall. This kind of LED lighting frame for production is difficult to implement various lighting patterns on the wall or fence because the wall presentation is specified as a lighting frame.

In Korea Registered Utility Model Publication No. 0347826, a fence support with a lighting function is posted.

Republic of Korea Registered Utility Model Publication No. 0347826 Republic of Korea Patent Publication No. 10-2012-0056653 Republic of Korea Patent Registration No. 10-1270575 Republic of Korea Patent Publication No. 10-2007-0012868

The present invention is intended to solve the problems described above, and is a wall that can improve breathability and light transmission, and can display indirect lighting on both sides, allowing various patterns of lighting to be produced by indirect lighting in a state where the gaps are not exposed. Providing an assembly.

Another object of the present invention is to provide indirect lighting on both sides to enable various lighting productions using unit blocking members forming walls or fences and LED lamps, and to increase design freedom in lighting production by securing internal space for indirect lighting. The purpose is to provide a wall assembly that can be expressed.

The wall assembly capable of displaying indirect lighting on both sides of the present invention to achieve the above object includes slats arranged at predetermined intervals to form a light irradiation passage between them,

First unit blocking members that are fixed to the front side of the slats by fixing means to enable the light irradiation passage to be exposed in a predetermined pattern to implement a first lighting directing portion;

A second unit is fixed to the rear side of the slats by a fixing means to block the first lighting production unit exposed by the first unit blocking member, and the light irradiation passage is exposed in a predetermined pattern on the rear side to implement the second lighting production unit. blocking members,

A thick member installed on the upper end of the gansal,

It is characterized by being provided with a lighting means installed on the lower surface of the thick member to irradiate light into the light irradiation passage formed by the gansal to expose the light to the first and second lighting directing units.

In the present invention, the lighting means consists of an LED lamp installed on the lower surface of a thick member, and each end of the first and second unit blocking members is connected to the first and second unit blocking members so that the gap fixed by the fixing means is not exposed. The ends of the blocking members and the edges of the fixed slats are fixed to match.

In addition, coating layers of the same color or different colors are formed on the inner surface of the second unit blocking member on the side corresponding to the first lighting directing part and on the inner surfaces of the first unit blocking members corresponding to the second lighting directing part. The coating layer is preferably made of a fluorescent material that emits light by light irradiated by the lighting means. However, it is not limited to this, and a reflective film may be formed in the area where the coating layer is formed.

The wall assembly capable of displaying indirect lighting on both sides according to the present invention can produce lighting of a predetermined pattern using indirect lighting of a predetermined pattern on both sides, thereby fundamentally eliminating the problems caused by the glare of conventional lighting and the installation of lighting. It can be solved with

In addition, when the wall assembly of the present invention is used as a fence, a wall for dividing a space, a guide rail, a fence, etc., it can produce lighting using the light irradiated from a lamp through the light irradiation passage, so it is easy to maintain and repair and can be used in a predetermined pattern. Design freedom can be increased when designing walls and fences where lighting is provided.

Figure 1 is a perspective view of a wall assembly capable of displaying indirect lighting on both sides according to the present invention.
Figure 2 is a bottom view of the wall assembly capable of displaying indirect lighting on both sides shown in Figure 1;
Figure 3 is an exploded perspective view showing the state in which the first and second unit blocking members are installed in the gansal shown in Figure 1;
Figure 4 is a partially cut perspective view of a wall assembly capable of displaying indirect lighting on both sides according to the present invention;
Figure 5 is a perspective view showing another embodiment of the first and second unit blocking members shown in Figure 1;
Figure 6 is a perspective view showing another embodiment of a wall assembly capable of displaying indirect lighting on both sides according to the present invention;
Figure 7 is a perspective view showing an excerpt of a state in which the pillar and wall assembly shown in Figure 6 are combined;
Figure 8 is a plan view showing a state in which a wall assembly capable of displaying indirect lighting on both sides is supported by pillars;
9 to 19 are photographs of the production of a wall assembly capable of displaying indirect lighting on both sides according to the present invention.

The present invention relates to a wall assembly capable of displaying indirect lighting on both sides, and an example thereof is shown in FIGS. 1 to 5.

Referring to the drawing, a wall assembly 10 capable of displaying indirect lighting on both sides includes slats 21 arranged at predetermined intervals to form a light irradiation passage 22 between them. A first unit blocking member ( 40), and are fixed to the rear side of the gansal 21 by a fixing means 30 and installed on the side corresponding to the first lighting directing portion 41 exposed by the first unit blocking member 40, Second unit blocking members 50 are provided to implement a second lighting directing unit 51 of a predetermined pattern exposing the light irradiation passage 22 to the rear side.

In addition, a thick member 60 for finishing the light irradiation passage 22 is installed at the upper end of the gansal 21, and light is irradiated toward the light irradiation passage 22 on the lower surface of the thick member 60. A lighting means (70) is provided so that light can be exposed to the first and second lighting directing units (41) and (51).

On the other hand, when the wall assembly 10 capable of displaying indirect lighting on both sides according to the present invention is used as a wall or fence dividing a set area, support pillars 80 are provided to support both ends of the wall assembly 10. More may be provided.

The wall assembly capable of displaying indirect lighting on both sides according to the present invention configured as described above will be described in more detail for each component as follows.

The slats 21 forming the skeleton of the wall assembly 10 capable of displaying indirect lighting on both sides according to the present invention are arranged and installed at predetermined intervals. Between the slats 21 installed at predetermined intervals, a light irradiation passage 22 is formed through which light is irradiated from a lighting means 70, which will be described later. Accordingly, the spacing of the slats 21 may be arranged uniformly, non-uniformly, or some may be installed in a direction inclined at a predetermined angle. In addition, the thickness of the slats 21 in the front and rear directions is an important factor in determining the thickness when manufacturing a wall or fence, so it may vary depending on the wall to be implemented.

Meanwhile, the overall arrangement of the gansals 21 is described as an example of being arranged in a square shape as shown in FIG. 1, but it is not limited to this and can be arranged in various shapes such as polygons, circles, and ellipses. . In addition, the gansals 21 have a straight bar shape, but may be formed as curved or oblong bars, and may have a combined structure.

The first unit blocking members 40 are fixed and installed in a predetermined pattern by fixing means on the front side of the gansal 21 arranged as above, and form a first lighting directing unit of a predetermined pattern linked with the light irradiation passage 22. (41) is formed. At this time, as shown in FIGS. 1 to 4, both ends of the first unit blocking member 40 are aligned with the edges of the gansal 21 so that the gansal 21 is not exposed to the front side, or the first lighting directing portion 41 is aligned with the edge of the gansal 21. It is fixed so that part of it can be encroached.

The first unit blocking member 40 is discontinuously installed on the front side of the slats so that the light irradiation passage 22 is exposed to the front side. For example, the first lighting directing unit 41 is fixed by a fixing means so that the two adjacent light irradiation passages 22 formed by the slats 21 can be alternately blocked by the first unit blocking member 40. ) is preferably formed.

The second unit blocking member 50 is installed on the rear side of the slats 21 using the installation method of the first unit blocking member 40, and the rear view is blocked through the light irradiation passage 22. The second lighting production unit 51, which is installed on the side corresponding to the first lighting production unit 41 and formed by the second unit blocking member 50, penetrates the wall assembly in a direction that penetrates the wall assembly. Make sure it is not located in the same direction as.

As shown in FIG. 5, on the surfaces of the first and second unit blocking members 40 and 50, patterns of various patterns of intaglio and embossing, traditional patterns, and natural stones may be formed, and intaglio A pattern of a predetermined pattern may be provided on a flat surface rather than an embossed surface. The materials of the first and second unit blocking members 40 and 50 may be made of various forms such as wood, synthetic wood, natural stone, metal, stone, artificial stone, and concrete.

The fixing means 30 for fixing the first unit blocking member 40 and the second unit blocking member 50 to the gantry 21 has a dovetail groove 31 on the front and rear sides of the gansa 21, respectively. ) is formed, and engaging protrusions 32 are formed on both sides of the first unit blocking member 40 and the second unit blocking member 50, respectively, and are engaged with the dovetail grooves 31 formed in the gansal 21. It comes true.

The fixing means 30 for fixing the first and second unit blocking members 40 to the gansal 21 is not limited to the above-described embodiment, and may be made of a set screw, nail, adhesive, clip, etc.

The thick members 60 are arranged at the predetermined intervals and are installed on the upper surfaces of the slats 21 where the first and second unit blocking members 40 and 50 are installed on the front and rear sides, respectively. , The two-unit blocking member (40) (50) has a width equal to or relatively wide as the thickness of the installed wall assembly.

And a lighting means 70 for irradiating light into the light irradiation passage 22 is installed on the lower surface of the thick member 60. A mounting groove 71 for fixing the lighting means 70 is formed on the lower surface of the thick member 60. The lighting means installed in the mounting groove 71 includes a strip-shaped flexible circuit board 75 and is arranged along the length of the circuit board 75 to irradiate light into the light irradiation passage 22. A plurality of lamps 76 are installed for. The lamps 76 are preferably LED lamps. However, it is not limited to this, and any structure of a lamp capable of irradiating light into the light irradiation passage 22 is possible.

And the inner surface of the first and second unit blocking members 40 and 50, that is, the inner surface of the second unit blocking member 50 on the side corresponding to the first lighting directing part 41, and the second lighting directing part 51. Coating layers 90 of the same color or different colors are formed on the inner surfaces of the corresponding first unit blocking members 40. The coating layer 100 is preferably made of a fluorescent material that emits light by the light irradiated by the lighting means 70. However, it is not limited to this, and the coating layer 90 may be made of the unique color of the first and second unit blocking members, an applied paint of a predetermined color, or a reflective film.

Meanwhile, Figures 6 to 8 show another embodiment of the wall assembly 10 capable of displaying indirect lighting on both sides according to the present invention. The same reference numerals as in the above embodiments indicate the same components.

Referring to the drawing, support pillars 80 are installed on both sides of a wall assembly 10 capable of displaying indirect lighting on both sides according to the present invention, and there are support pillars 80 and both ends of the wall assembly 10. It is further provided with a coupling means (90) for coupling the wall assembly (10) to the support pillar (80) at a predetermined angle.

The coupling means 90 has hinge portions 91 formed at longitudinal ends on both sides of the wall assembly capable of displaying indirect lighting on both sides, and a hinge coupled to the hinge portion 91 at the support pillar 80. A coupling groove 95 is formed in the longitudinal direction. The hinge portion 91 may be formed by combining a rod with a circular cross-section by a support member at the end of the wall assembly 10. An angle-limiting protrusion 92 is formed on the hinge portion 91 to limit the angle in the longitudinal direction, and a guide groove 96 is coupled to the angle-limiting protrusion 92 on the inner peripheral surface of the hinge coupling groove 95. They are formed at a predetermined angle. The guide grooves 96 may be installed on the inner peripheral surface of the hinge coupling groove 95 at intervals of 15 degrees.

When the wall assembly capable of displaying indirect lighting on both sides according to the present invention configured as described above is used as a wall or fence, it is installed between support pillars 80 as shown in FIGS. 9 to 19 to partition the space. At night, light from the lamp of the lighting means 70, that is, the LED lamp 76, is irradiated to the light irradiation passage 22 between the slats 21.

In this way, the light irradiated through the light irradiation passage 22 causes the first lighting directing portions 41 formed in a predetermined pattern by the first unit blocking members 40 to emit light on the front side and the back side of the wall assembly. On the side, second lighting directing portions 41 formed in a predetermined pattern by the second unit blocking members 50 emit light.

Since the light emitted by the first and second lighting projection units 41 and 51 is light irradiated through the light irradiation passage 22, that is, indirect light, there is no problem of glare, which is a problem when lighting is produced on a wall as in the past. This can fundamentally solve the problem of lamps protruding to the outside.

And through the first and second lighting directing parts 41 and 51, the inner surface of the second unit blocking member 50 and the inner surface of the first unit blocking member 40 are exposed on the front side and the rear side, respectively. A predetermined coating layer 100 is formed on the inner surface, and various patterns can be created by lighting, that is, the coating layer is illuminated by lighting, thereby enabling the production of various colors. In particular, in the case of daytime, it is possible to produce colors using the colors of the coating layer 100.

In addition, the wall assembly 10, which allows indirect lighting on both sides, blocks the view from the outside to the inside, and allows wind to pass through the first and second lighting projection units and the light irradiation passage 22, thereby improving breathability. This can be done, and light transmission can be secured.

In addition, as shown in Figures 6 to 8, both sides of the wall assembly capable of displaying indirect lighting on both sides are provided with coupling means 90 that are coupled to the support pillars 80, so they can be installed at an angle to each other, and the wall assembly can be It is also possible to create a curved surface using only one side.

The wall assembly capable of displaying indirect lighting on both sides according to the present invention, configured as described above, is capable of producing a predetermined lighting pattern using indirect lighting at night, and is capable of producing color patterns using a coating layer during the day. , breathability and light transmission can be improved, thereby increasing commercial value.

The present invention has been described with reference to the embodiments shown in the drawings, but these are merely exemplary, and those skilled in the art will understand that various modifications and other equivalent embodiments are possible therefrom. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the attached registered claims.

Claims (8)

Gansal arranged at predetermined intervals to form a light irradiation passage between them,
First unit blocking members that are fixed to the front side of the slats by fixing means to enable the light irradiation passage to be exposed in a predetermined pattern to implement a first lighting directing portion;
A second unit is fixed to the rear side of the slats by a fixing means to block the first lighting production unit exposed by the first unit blocking member, and the light irradiation passage is exposed in a predetermined pattern on the rear side to implement the second lighting production unit. blocking members,
A thick member installed on the upper end of the gansal,
Indirect lighting expression on both sides, characterized in that it is provided with a lighting means installed on the lower surface of the thick member to irradiate light into the light irradiation passage formed by the slats and expose the light to the first and second lighting projection units. This possible wall assembly. According to clause 1,
A wall assembly capable of displaying indirect lighting on both sides, characterized in that the lighting means consists of an LED lamp installed on the lower surface of a thick member. According to clause 1,
Each end of the first and second unit blocking members is indirectly fixed on both sides so that the ends of the first and second unit blocking members coincide with the edges of the fixed slats so that the slats fixed by the fixing means are not exposed. A wall assembly capable of displaying lighting. According to clause 1,
Indirect on both sides, characterized in that a coating layer of the same color or different colors is formed on the inner surface of the second unit blocking member on the side corresponding to the first lighting directing part and on the inner surface of the first unit blocking members corresponding to the second lighting directing part. A wall assembly capable of displaying lighting. According to clause 1,
A wall assembly capable of displaying indirect lighting on both sides, characterized in that an engraved, embossed pattern or a pattern of a predetermined pattern is formed on the surfaces of the first and second unit blocking members. According to clause 1,
The fixing means is characterized in that dovetail grooves are formed on the front and rear sides of the gantry, respectively, and engaging protrusions are formed on both sides of the first unit blocking member and the second unit blocking member, respectively, to engage with the dovetail grooves formed in the gantry. A wall assembly capable of displaying indirect lighting on both sides. According to clause 1,
Support pillars are provided on both sides of the wall assembly to support it, and coupling means are further provided on both ends of the wall assembly and the support pillars to couple the wall assembly to form a predetermined angle with respect to the support pillars,
The coupling means is characterized in that hinge portions are formed at longitudinal ends on both sides of the wall assembly capable of displaying indirect lighting on both sides, and a hinge coupling groove coupled to the hinge portion is formed on the support column in the longitudinal direction. A wall assembly capable of displaying indirect lighting. According to clause 7,
An angle-limiting protrusion is formed on the hinge portion to limit the angle in the longitudinal direction, and guide grooves coupled to the angle-limiting protrusion are formed at a predetermined angle on the inner peripheral surface of the hinge coupling groove. Indirect lighting is displayed on both sides. Possible wall assembly.

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