KR101850891B1 - Light-sculpture for Buddhist temple - Google Patents

Abstract

The present invention not only provides a visual beauty in which religious meaning is implied by applying a differentiated structure capable of securing visibility to the object ornament represented by a specific shape with an animal shape or other Buddhist symbolism of the zodiac, The present invention relates to a decorative object for a Buddhist building, which can be easily assembled and disassembled in a predetermined configuration, and maximizes its efficiency in handling or handling in comparison with the conventional art, The light from the LED module 50 is projected onto the upper and lower decorations 10 and 20 provided in the shape of a Buddhist symbol selected from a Buddhist monk, Buddhist visual beauty resulting from Buddhism is secured and the visibility is ensured. And the lighting function are integrated with each other to be exposed to the outside.

Description

{Light-sculpture for Buddhist temple}

The present invention relates to a technical idea of a decorative ornamental structure constructed by integrating a Buddhist visual beauty and a lighting device, and more particularly, to a decorative object, which is expressed by a specific shape with an animal shape or other Buddhist symbolism of a zodiac, In addition, by applying the differentiated structure which can be ensured, not only the visual beauty with the religious significance is provided, but also the assembly and disassembly work can be easily implemented with the various constituents individually assembled in the interlayer, Or a Buddhist architecture ornamental sculpture whose efficiency in handling is maximized.

The art formulated Buddhist material based on the Buddhist doctrine and the new idea was developed and developed according to the object of worship, the need of the Buddhist ceremony, and the Buddhist ceremony. At the beginning, Buddhist Buddhism They painted and worshiped symbolic objects such as faith and bodhisattva.

As these early formative arts gradually became more systematic, the center of the faith came to pagodas and Buddhist statues, which were applied to a wider range of fields such as architecture and sculpture.

On the other hand, the illuminator gun is provided in various forms and structures to illuminate the darkness in the indoor or outdoor space.

Furthermore, since the use of such a lighting apparatus is inevitable even in a place where Buddhism law or other religious activities are carried out, the lighting apparatus having a concept of expressing religious meaning or thought is preferable to a lighting apparatus of a known structure Is required. In other words, the conventional lighting apparatuses were limited to the electric appliances which are responsible for the light emitting function, but now it is necessary to provide such lighting apparatuses as another effective molding expressing the religious ideas with the outside.

For example, until now, depending on the figurines such as Buddha statue or tower, which is the symbol of Buddhism, it is only a level to install the illumination lamp or light fixture, and the Buddhist thought is limitedly expressed outside by the means such as lantern.

Patent Application No. 10-2012-0012110 Utility Model No. 20-2004-0017017

The present invention has been created in order to more positively solve all of the above problems, and it is an object of the present invention to provide a lighting decoration specializing in expressing religious images by integrating all means for realizing Buddhist visual beauty and lighting means made up of a series of differentiated assembly structures Providing a sculpture is a problem to be solved.

Furthermore, according to the present invention, a single ornamental sculpture is realized by mutual combination of individual elements which are divided into multi-stages, and the light is projected on the ornament to induce the symbolism of buddhism or other religious aesthetics, It is a problem to be solved by providing a decorative object for Buddhist architecture that can express the visual beauty externally.

In order to achieve the above object, the present invention provides a decorative molding 100 for a Buddhist building.

The upper Buddhist architectural ornamental building (100) is provided with an LED module (10, 20) in the form of a Buddhist symbol selected from a swastika, lotus, 50), it is possible to illuminate the Buddhist visual beauty originating from the shape of the upper and lower ornaments to ensure visibility, thereby integrating the upper and lower decorative features and lighting functions of the religious meaning together .

In addition, the ornamental sculpture 100 of the upper Buddhist architecture can be classified into a Buddhist symbol selected from a swastika, a lotus flower, a Buddhist monk, a lily of the valley, or a hollow upper ornament 10 and a lower ornament And a support (30) which supports the upper and lower ornaments and the upper and lower ornaments up and down while allowing the inside of the LED module to be accommodated therein, .

A bearing 70 is further provided between the upper ornament 20 and the support 30 to enable rotation of the upper ornament 10 fixedly coupled to the support and the support.

At this time, the upper strut 30 includes an inclined member 31 extending in the longitudinal direction inside the hollow, and the upper inclined member 31 is formed to extend upwardly and downwardly of the strut, The LED module 50 and the inlet hole 21 of the lower ornamental piece 20 to form an inner path extending from the lower ornamental piece to the LED module of the upper ornamental piece through the strut to accommodate the electric cable do.

The upper ornamental article 10 has a receiving frame 40 inserted therein for receiving the LED module 50 and the upper receiving frame 40 is coupled with the receiving member 60 To hold the position of the LED module, wherein the upper support member (60) includes an outer frame at the upper end of the support (30) and is screwed to the receiving frame.

The upper LED module 50 is formed in the same shape as the receiving frame 40. The upper LED module 50 includes a plate 51 having a disk-shaped substrate and a number of chips arranged radially, And an irradiation unit 52 provided with a plurality of chips arranged in a plurality of rows arranged in a columnar shape upward from the center of the plate. The upper receiving frame 40 draws an irradiated portion of the LED module, A protruding portion 42 for illuminating the shape of the LED module and a supporting portion 41 for illuminating the lower side and the lower side of the upper ornamental portion to the outside by drawing the plate of the LED module and the upper projecting portion 42 and the supporting portion 41 And the through holes 43 are further punctured like the arrangement of the chips placed on the irradiation part 52 and the plate 51.

The upper support member 60 includes a threaded portion 61 formed along the circumferential surface for screw connection with the receiving frame 40 and a threaded portion 61 formed at the upper end of the upper portion of the entering member 31, And an extension portion 63 radially provided between the extension portion and the screw portion so that the bottom surface of the plate 51 of the LED module (64) for supporting the support (64).

According to the present invention having the above configuration, one molding is realized by sequential combination of the receiving frame, the LED module, and the supporting member including the upper and lower ornaments and the supporting posts, and the different bonding structure is applied. And the ease of maintenance and handling, ease of installation and disassembly are improved positively, which is advantageous not only in the labor of the operator but also in the economy.

In addition, in the present invention, when the LED module for illuminating the upper ornament and the lower ornament is fastened, the receiving frame and the support member having different shapes are provided, so that the illumination function is performed omnidirectionally, But it has the effect that its function can be exercised as a religious sculpture because the element can be expressed to the outside.

In addition, since the rotation of the support and the upper ornaments can be realized from the lower ornament, the visual elements can be maximized to be recognized as a more functional ornamental material. Further, since various elements such as a reflector are adopted, The provided light is not only uniformly irradiated but also contributes to the lighting function.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a decorative artwork of a Buddhist building constructed in accordance with a preferred embodiment of the present invention; Fig.
Fig. 2 is an exploded perspective view of the essential part of Fig. 1; Fig.
Fig. 3 is a sectional view of Fig. 1; Fig.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other features and advantages of the present invention will become more apparent from the following description taken in conjunction with the accompanying drawings, in which: FIG.

BRIEF DESCRIPTION OF THE DRAWINGS The advantages and features of the present invention, and how to accomplish them, will become apparent by reference to the embodiments described in detail below with reference to the accompanying drawings. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the invention to those skilled in the art. To fully disclose the scope of the invention to those skilled in the art, and the invention is only defined by the scope of the claims. And throughout this specification, like reference numerals refer to like elements throughout.

The present invention is disclosed with respect to a decorative object which is constructed by integrating a Buddhist visual beauty and a lighting device.

Above all, the present invention provides a visual beauty in which religious meaning is implied by applying a differentiated structure capable of securing visibility to the object ornament represented by a specific shape with an animal form of the twelfth god or other Buddhist symbolism The present invention relates to a Buddhist architectural ornamental molding 100 in which a predetermined configuration, which is separately assembled from each other, can be extremely easily assembled and disassembled to maximize its efficiency in handling or handling in comparison with existing ones.

FIG. 1 is a perspective view of a decorative object for Buddhist architecture constructed according to a preferred embodiment of the present invention, FIG. 2 is an exploded perspective view of FIG. 1, and FIG. 3 is a sectional view of FIG.

As shown in Figs. 1 to 3, the Buddhist building ornamental building 100 proposed by the present invention is a kind of decorative differentiating means by molding a religious image into a specific shape while illuminating the molding object of the specific shape .

In other words, the upper ornamental article 10 and the lower ornamental article 20 are formed as objects to represent Buddhism, and light is projected onto the upper ornamental objects and the lower ornamental objects, and the configuration of the LED module 50, The configuration of the receiving frame 40 and the supporting member 60 is provided differently from the conventional one, thereby ensuring better visibility and maintenance efficiency.

In detail, the upper Buddhist monumental ornamental building 100 includes a Buddhist symbol selected from a swastika, a lotus flower, a Buddhist monk, a lily of the valley or an upper and lower ornaments 10 and 20 ) By projecting light originating from the LED module (50) to illuminate the Buddhist visual beauty resulting from the shape of the upper and lower ornaments to ensure visibility, thereby integrating the upper and lower decorative features and lighting functions of religious meaning So that it can be exposed to the outside.

More specifically, a hollow upper ornament 10 and a lower ornament 20 provided in a shape of a Buddhist symbol selected from a swastika, a lotus flower, a Buddhist image, or a barley, or an animal shape of a zodiac, An LED module 50 for illuminating the ornament and the underlayment, and a support 30 for supporting the upper and lower ornaments up and down and allowing the LED module to be accommodated therein.

As described above, the Buddhist building ornamental building 100 according to the present invention can achieve religious aesthetics or emotional stability as the light emitted from the LED module is projected onto the object.

Although it is shown that the LED module 50 is applied to the upper ornament 10 only, the same LED module may be embedded in the lower ornament 20, or may be applied in other ways It is true. In addition, as the light is irradiated from the LED module fastened to the upper ornament, such light can reach the bottom ornament and visibility can be ensured.

The upper ornament 10 and the lower ornament 20 may be provided in the same or different shapes. For example, the upper ornament 10 and the lower ornament 20 may be formed into animal shapes of the above-described zodiac or may be formed of another Buddhist symbol.

At this time, the symbol of Buddhism refers to objects known to the public such as swastika, lotus flower,

The upper ornamental piece 10 is formed in a hollow shape so that the receiving frame 40 to be described later is built in. The receiving module 60 is fastened to the receiving frame 60 with the LED module 50 inserted therein Assembly and disassembly can be done quickly and easily.

The upper or lower decorative article 20 is represented by a shape symbolizing Buddhism or other animal shapes as in the case of the upper ornamental article 10 and is a depressed section of a proper space in which the strut 30 and the bearing 70 can be sequentially inserted Should be formed.

As shown in FIG. 3, an electric cable (no identification number) capable of applying power to the LED module 50 is inserted into the inlet hole 21 through the inlet hole, And passes through the stowage member 31 to access the LED module.

In detail, the upper strut 30 includes an inclining member 31 extending in the longitudinal direction in the hollow interior, and the upper inclining member 31 is extended from the upper side and the lower side of the strut, The LED module 50 fixed inside the LED module 10 and the inlet hole 21 of the lower module 20 form an inner path extending from the lower module to the LED module of the upper ornament via the strut, Lt; / RTI >

The upper strut 30 is constructed as a columnar structure so that the upper ornament 10 and the lower ornament 20 are connected to each other by inserting the insertion member 31.

The upper and lower ends are exposed to the outside while the upper exposed ends are directly connected to the LED module 50 through the supporting member 60, And one supporting means, while the lower end exposed to the outside enters into a recessed section of the lower ornament 20 and overlaps with the inlet hole 21, thereby realizing a structure in which they are mutually inbetween.

In addition, at least one display unit 32 is further formed on the outer surface of the insertion member 31, and a visual element such as a Buddhist thought or a scripture is displayed through such a display unit to give a visual element to the viewer. Furthermore, visibility can be ensured by applying the LED module to the display portion 32. [

As shown in FIGS. 2 to 3, a bearing 70 is further formed between the upper ornament 20 and the support 30.

This configuration allows another function to be imparted while changing the concept of the molding to be fixed. The rotational movement of the upper ornament 10 fixedly coupled to the support and the support becomes possible through the bearing 70.

As shown in FIG. 3, the upper bearing 70 is built as a recessed section of the lower ornament 20 and overlaps the lower surface of the column 30, so that a certain level of rotational force is exerted.

The upper ornamental piece 10 is inserted into and received by the receiving frame 40 for receiving the LED module 50. The upper receiving frame 40 is coupled with the receiving member 60 in a state of receiving the LED module, The position of the module is adhered to, and the upper support member (60) includes an outer periphery of the upper portion of the strut (30) and is screwed with the receiving frame.

Here, the LED module 50 includes one formed in the same shape as the receiving frame 40.

That is, the upper LED module 50 includes a plate 51 having a disk-shaped substrate and a number of chips arranged radially, and a columnar substrate upwardly disposed at the center of the plate, The upper receiving frame 40 is provided with a protruding portion 42 for drawing the irradiation portion of the LED module to illuminate the shape of the upper ornamental 10 to the outside and a plate of the LED module for drawing the upper ornamental 10 And a supporting portion 41 for illuminating the lower side and the upper and lower sides to the outside.

It is preferable that the through holes 43 are further formed in the upper projecting portion 42 and the supporting portion 41 in the same manner as the arrangement of the chips placed on the irradiation portion 52 and the plate 51.

The LED module 50 proposed in the present invention can be divided into an irradiation part 52 and a plate 51 as shown in the drawing and can be formed into a shape of a cap, Effect.

The upper irradiation unit 52 is provided in a columnar shape extending upward from the plate 51 so that light can be provided to the upper side of the upper ornament 10 and serves as a means for securing the visibility to the entire upper ornament .

The upper plate 51 not only provides uniform light upward and downward from the lower end of the upper ornament, but also allows light to be radiated even in the horizontal direction through the support portion 41 of the receiving frame, thereby ensuring better visibility, The display portion of the decorative article, the support and the support, and the lower decoration.

In addition to the basic role of housing the LED module 50, the upper receiving frame 40 is a means for irradiating the light emitted from the LED module to the outside without being affected by acceleration. To this end, the projecting portion 42, And a support portion 41 of a shape corresponding to the plate 51. [ By inserting the through hole 43 with the same arrangement structure as that of the LED chip positioned on the plate, the light is more clearly radiated to the outside, so that visibility different from the conventional one can be secured.

Meanwhile, in the present invention, the support member 60 having a predetermined shape is further formed to be mutually coupled with the receiving frame 40, thereby guiding the position fixing of the LED module 50 and the maximization of the bonding force.

The upper support member 60 includes a threaded portion 61 formed along a circumferential surface for screwing with the receiving frame 40 and an upper end portion of the upper end of the standing member 31 protruding upward from the inside of the strut 30 An extension portion 63 that is circularly downwardly formed around the through hole so as to surround the outer surface of the upper portion of the support, and a support portion 62 that is provided radially between the extension portion and the screw portion to support the bottom surface of the plate 51 of the LED module. (64).

The reflector (not shown) is further formed on the outer surface of the upper extension portion 63 to guide the light from the LED module 50 to be illuminated evenly without a dead zone, So that it contributes to the lighting function more. In other words, the reflector is provided on the outer surface of the extension part surrounding the strut 30, and the direction of the light provided from the LED module is freely set by adjusting the installation angle of the reflector.

The upper support space 64 should be formed in a minimum area so as not to offset the light irradiated downward from the LED module 50. For this purpose, the upper support space 64 is formed radially on the path from the extension part 63 to the screw part 61 .

According to the Buddhist building ornamental building 100 of the present invention having the above configuration, one molding is realized by sequential combination of the receiving frame, the LED module, and the supporting member, including the upper and lower ornaments and supports, It is possible to maximize the mutual coupling force and the assemblability, thereby facilitating maintenance and handling, and facilitating installation and disassembly. Thus, there is an advantage that not only the labor of the operator but also the economical advantage is realized.

In addition, in the present invention, when the LED module for illuminating the upper ornament and the lower ornament is fastened, the receiving frame and the support member having different shapes are provided, so that the illumination function is performed omnidirectionally, But it has the effect that its function can be exercised as a religious sculpture because the element can be expressed to the outside.

In addition, since the rotation of the support and the upper ornaments can be realized from the lower ornament, the visual elements can be maximized to be recognized as a more functional ornamental material. Further, since various elements such as a reflector are adopted, The provided light is not only uniformly irradiated but also contributes to the lighting function.

10. Ornaments
20. Undercarriage
30. Holding
40. Reception frame
50. LED module
60. Support member
70. Bearing
100. Buddhist Architecture Ornamental Sculpture

Claims (7)

delete A hollow upper ornament 10 and a lower ornament 20 provided in the form of a Buddhist symbol selected from a swastika, a lotus flower, a Buddhist or a barley, or an animal form of a zodiac; An LED module (50) for illuminating the upper ornament and the lower ornament; And a column (30) which supports the upper and lower ornaments and the LED modules while allowing the upper and lower ornaments to be separated up and down,
The LED module (50) includes the same shape as the receiving frame (40) inserted into the upper ornament (10)
The LED module 50 includes a plate 51 having a disk-shaped substrate and a plurality of chips arranged in a radial pattern, and a columnar substrate upwardly disposed at a center of the plate, 52,
The upper receiving frame 40 is provided with a projecting portion 42 for drawing the irradiation portion of the LED module to illuminate the shape of the upper ornament 10 to the outside and a plate of the LED module to draw the lower side, And a support portion 41 for illumination,
And a through hole (43) is further formed in the upper projecting portion (42) and the supporting portion (41), like the arrangement of chips placed on the irradiation portion (52) and the plate (51).
3. The method of claim 2,
Wherein a bearing (70) is further formed between the upper or lower decoration (20) and the support (30) to enable rotation of the upper ornament (10) fixedly coupled to the support and the support.
3. The method of claim 2,
The upper strut 30 includes a longitudinally extending entry member 31 in the interior of the hollow,
The LED module 50 and the inlet orifice 21 of the lower ornamental piece 20 are overlapped with the upper and lower ornamental pieces 31 and 31, respectively, To the LED module of the upper ornament through the strut, so as to accommodate the electric cable.
5. The method of claim 4,
The upper ornamental piece 10 has a receiving frame 40 inserted therein for receiving the LED module 50 therein,
The upper receiving frame 40 is coupled with the receiving member 60 in a state of accommodating the LED module to adhere to the position of the LED module,
Wherein the top support member (60) includes an outer surface of the top of the strut (30) and is screwed with the receiving frame.
delete 6. The method of claim 5,
The upper support member 60 includes a threaded portion 61 formed along a circumferential surface for screwing with the receiving frame 40 and an upper end portion of the upper end of the standing member 31 protruding upward from the inside of the strut 30 An extension portion 63 that is circularly downwardly formed around the through hole so as to surround the outer surface of the upper portion of the support, and a support portion 62 that is provided radially between the extension portion and the screw portion to support the bottom surface of the plate 51 of the LED module. (64) of a Buddhist building.

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