JPH0775121B2 - Movable luminous decorative pillar - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION The present invention is installed as necessary,
The present invention relates to a new movable light emitting decorative column that can be removed.

[0002]

2. Description of the Related Art For decoration of space inside and outside a building, for example, in an interior such as a lobby, interior materials are wound around the pillars forming the building frame, or at the entrance of an event site for welcome on-site construction. It is common practice to install an arch in the field of interior decoration technology.

Further, outdoors, for example, it is also commonly practiced in the field of construction technology to erect and fix a pillar made of aluminum alloy, wood or the like, which also serves as a support and a decoration for the eaves, at the eaves tip side at the entrance. .

[0004]

The interior material winding columns and eaves support columns have a certain space decoration effect, but are fixed in themselves, so that they are restricted by the space decoration position.
It is not possible to decorate as desired at any position.

In the case of the on-site construction, the decoration position can be set arbitrarily, but after the installation, it becomes similarly fixed,
There is a problem associated with on-site construction in that the position cannot be moved, and it will be destroyed and removed after the required time has elapsed, and that long-term construction is required even for short-time use.

However, these are fixed as space decorations inside and outside the building, or even temporary ones require on-site construction. Therefore, the fixed ones cannot be installed temporarily. Since it is possible and the position is determined from the structure of the building, the position is constrained because it requires space decoration. In addition, in the case of on-site construction, this point is solved, but the mode including the shape tends to be familiar to the general public, and the function of space decoration is not always sufficiently fulfilled. There are also many problems due to individual construction work.

The present invention has been made in view of the actual situation of such space decoration, and an object of the present invention is to install it at an arbitrary position for a necessary time or period and to remove the installation relatively easily. The present invention is to provide a new movable light emitting decorative column for the obtained space decoration.

[0008]

According to the present invention, a movable column is used so that it is suitable for space decoration, and the movable column emits light entirely or partially in the longitudinal direction. That is, according to the present invention, a series of vertical cores standing in the longitudinal direction is erected on a floor surface or a substrate for mounting a pedestal, and the vertical cores are erected at a plurality of positions on the substrate outside the outer periphery of the core. A series of supporting rods in the longitudinal direction, a panel receiver supported and fixed to the supporting rod in the longitudinal direction and also fixed to the core body, and a support between the substrate and the panel receiver or between the panel receivers. An inorganic panel body having a light transmissive property of glass, glass ceramic, and natural stone, which is erected by being positioned and positioned outside in the vicinity of the rod, and has a plurality of sections in the longitudinal direction and the outer peripheral direction. The space between the core and the inorganic panel Movable light-emitting decorative pillar (claim 1), characterized in that it comprises a light source arranged in the And a movable light-emitting decorative column, characterized in that the inorganic panel body according to claim 1 is divided into a plurality of pieces in the longitudinal direction to form a hollow cylindrical panel body integrated in the outer peripheral direction,
Each of these serves as a means for solving the problems as the gist of the invention.

[0009]

In the present invention, it is used as a single body or as a pair, or as an arch or the like with a horizontal pillar interposed between the pair, as it is installed between the floor surface or the pedestal and the ceiling, eaves, etc.

By energizing the light source in the installed state, the inorganic panel receives the light from the back surface from the back surface and emits light over the entire length in the longitudinal direction or in a partially translucent state in the longitudinal direction to emit light. Make a space decoration.

[0011]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be further described with reference to the drawings showing the following embodiments. In FIG. 1 to FIG. 5, A is a movable light emitting decorative column, which is a substrate 10, a vertical core 20,
The tilt-preventing member 30, the support rod 40, the panel receiver 50, the inorganic panel body 60, and the light source 80 are provided, and in this example, the ornament body 70 for indirect illumination is further provided above.

The substrate 10 is a circular one made of thick-walled steel which is slightly larger than the outer diameter of the decorative column 1. The upper surface of the substrate 10 is fitted with the four standing upright vanes 11 so as to follow the outer shape of the vertical core body 20. Equipped with a seat 12 and a standing blade 1 on the outer peripheral side.
Long nuts 13 are vertically welded at four positions so as to be located between the two.

By being fitted to the receiving seat 12, the vertical core body 20 is set upright in a series at the central position on the substrate 10 in the longitudinal direction, that is, upward. The core body 20 is an integral cylindrical body by using a gas pipe having a diameter of 101 mm and a length of 2,080 mm in this example, and is provided at four positions on the outer periphery of the height position of the panel receiver 50 described later. A 1 cm thick block-shaped receiving plate 22 having a central through hole is fixed by welding.

Further, the vertical core body 20 is provided with an end substrate 21 which is formed so as to cover the entire surface in the lower portion and has a rectangular bridge shape in the upper portion.
By vertically arranging a screw rod 31 whose lower end is screwed into the screw rod 31, the screw rod 31 is projected upward. At the tip of the screw rod 31, a disc block-shaped contact member 32 for ceiling contact is rotatably screwed, and by the screw rod 31 and the contact member 32,
In this example, the height-adjustable tilt-preventing member 30 fixed to the vertical core body 20 is configured.

The supporting rod 40 is the same as the above in this embodiment.
Using a screw rod with a diameter of mm, divide the length of the vertical core body 20 into a plurality of vertically divided lengths, and fix the lower end into the long nuts 13 at four locations on the board 10 by screwing and fixing the lengthwise direction as well. By connecting the vertical core body 20 with the nut 41,
On the substrate 10 on the outer peripheral side, each of them is provided upright in a series in the longitudinal direction.

The supporting rods 40 provided upright at these four places
At the intermediate position, the panel receiving member 50 is arranged by supporting and fixing the supporting rods 40 in the longitudinal direction of the supporting rods 40.

In this example, the panel receiver 50 is formed as a thick donut-shaped integral body by laminating and welding bonder steel plates, and is subjected to granite-like spray coating so as to be in harmony with the inorganic panel body described later. is there. The panel receiver 50 has a receiving groove 51 on the outer peripheral side upper and lower surface or one surface thereof, a through hole 52 at the position of the support rod 40 inside the receiving groove, and a large diameter core body through hole 53 inside thereof. A fixed tongue piece 54 is provided, which is directed toward the center of the core body through hole 53 so as to project its tip to match the outer diameter of the vertical core body 20 and has a screw through hole.

The support of the panel receiving body 50 to the supporting rods 40 is fixed at the end positions of the supporting rods 40. The supporting rods 40 are inserted into the through holes 52 of the panel receiving body 50 while being connected. A long nut 41 for use is brought into contact with the upper surface of the panel receiver 50, and is fastened with a nut 42 provided on the lower surface so as to sandwich the same.

On the other hand, in the panel receiver 50, each fixed tongue piece 54 is provided with the vertical core body 20 inserted in the core body through hole 53.
Is mounted on the block-shaped receiving plate 22 of the vertical core body 20, and the panel receiving body 50 is also mounted by the bolt 23 and the nut 24 on the upper surface side of the panel receiving body 50, which are mounted through the central through holes of the receiving plate 22. Is fixed to the vertical core body 20 in a sandwiched manner and is also supported and fixed to the support rod 40 so as to be kept horizontal.

The inorganic panel 60 has a granular structure in the glass body.
Crystallized glass-ceramics (Athena Veil made by Otaketake Serum Co., Ltd.), which has various optical phenomena such as incident light, reflection, and refractive index difference, are formed by protruding various crystals such as needle-shaped and leaf-shaped crystals. It is intended to be used by paying attention to the fact that it has a variety of natural stone (marble) patterns and that it can be colored in various ways. In this example, the inorganic panel body is a flat plate having a thickness of 8 mm and is curved to a height of 700 mm by a second processing under heating to 1 / 4R,
Four of them are arranged in the circumferential direction, and three of them are arranged in the longitudinal direction, that is, the height direction so as to be interposed between the substrate 10 and the panel receiver 50 or between the panel receivers 50 in a positioning manner.

That is, this interposition is performed so that the upper and lower ends of the inorganic panel body 60 are fitted and held in the respective receiving grooves 51 of the substrate 10 and the panel receiving body 50. The 60 is arranged at a position outside the support rod 40 in the vicinity thereof.

Therefore, each inorganic panel body 60 has a weight of about 5 to 8 kg per sheet, but the substrate 10 receives the lower load and the vertical core body receives the middle and upper loads via the panel receiver 50. Therefore, the supporting rod 40 is required to have a relatively small diameter so as to form an outer frame.

In this example, a decorative body 70 made of a bonded steel plate is provided above the decorative pillar A so as to be mounted and fixed on the upper end substrate 21 of the vertical core body 20. . The ornament body 70 is composed of an upward bowl-shaped ornament main body 71 and a cylindrical base 72 below the ornament main body 71.
An upward incandescent light bulb 80 is vertically fixed as a light source on the inner upper surface of the, while the central screw rod 31 through hole 74 is 20 mm.
It has a large diameter so that the power cord can be introduced from the ceiling side.

The cylindrical base 72 is hollow and has a large diameter threaded rod through hole 74 on the lower surface and a large number of hooks on the outer peripheral side of the bottom plate. The cord 81 is branched into a large number in the cylindrical base 72, a part of the cord 81 is held by the incandescent lamp 80 of the decoration body 71, and the other is held by hooks so that the lengths are different, and the inorganic panel on the outer peripheral side of the vertical core 20 is held. While being hung in the space with the body 60, the incandescent lamp 80 as a light source at each tip is turned on by energization to emit light from the inorganic panel body 60 and indirect lighting between the decoration body 70 and the ceiling. I am trying to do.

FIG. 6 shows an example in which a pair of decorative columns A are arranged on the left and right to form an arch using a rounded horizontal frame 90. The horizontal frame 90 is a flat plate in this example. It is detachably and erectedly fixed to the circular base 72 of the decorative pillar A, and characters such as the event name and the store name are written on the horizontal frame 90. Decorative pillar A
Are the same as those described above, the same reference numerals are given and the description thereof is omitted.

In the figure, 14 is a substrate 1 having a receiving groove 51.
0 is a panel receiver for mounting and fixing, and 15 is a long nut through hole thereof.

Although the illustrated example is as described above, in the present invention, other than the above-mentioned crystallized glass ceramic, the inorganic panel body is glass-based or glass-based as long as it has a light-transmitting property and can be emitted by a light source. Ceramics, and further natural stones such as marble can be used, and if these inorganic panel bodies are divided into a plurality of pieces in the longitudinal direction, it is possible to use a hollow cylindrical panel body that is integrated in the outer peripheral direction.

The hollow tubular panel body may be either a plate body of an inorganic panel body that is mechanically or chemically bonded in advance or an integrally molded body.

The outer shape of the decorative pillar made of an inorganic panel body including the hollow cylindrical panel body is circular, semicircular, rectangular,
It may have an appropriate columnar shape such as a polygonal shape, and a writing surface such as characters may be provided if necessary.

Further, the inorganic panel body has three stages in the longitudinal direction.
It can be divided into 5 stages, etc. By doing so, the load of the panel body alone can be reduced and the design can be diversified. At this time, the panel receiver may be similarly interposed between the inorganic panel bodies.

In the above example, the transportation is convenient and the assembling and disassembling can be easily performed, but it is also possible to further divide and connect the vertical core body, while the assembling and disassembling can be done so much. If it is not necessary, the board and the vertical core can be welded together, or the support rod can be integrated into a single body, and the panel receiver can be supported and fixed to the nut or the welded receiving member. A caster with a locking device may be provided on the lower surface of the substrate for facilitating the operation.

The decorative pillar is not provided with the above-mentioned ornament,
It is also possible to extend it to the vicinity of the ceiling surface, or when making it an arch, the horizontal frame can be used as a horizontal pillar to support the load on the vertical core of the decorative pillar.

The panel receiver can be constructed so as to have excellent strength by itself such that it is integrally formed by casting other than the above-mentioned laminated steel plate welding, and further, for example, a coating material such as a resin containing an iron core is used. You can also do it.

The anti-tilt member may of course be provided so as to project above the vertical core. In this case, if the tips can be brought into contact with each other in a protruding manner, the height position can be adjusted by adjusting the screw. It is also possible to make adjustments by rotation, adjustments by fixing that can be fixed, and so on. In addition to the fall prevention member, if necessary, a detachable fixing means may be provided on the substrate and the floor surface or on the fall prevention member and the ceiling surface to enhance the stability.

Further, as the light source, a vertically long fluorescent lamp, a circle with a vertical core penetrating through, a colored incandescent lamp, or the like can be used. When the light source needs to be fixed, the vertical core, supporting rod or panel support can be used. This can also be done by the body etc. and the storage battery can be used to energize the light source.

The decorative pillar of the present invention includes the above lobby, hall,
It can be used outside the building such as between the eaves and the floor surface as well as between the ceiling and the floor or the pedestal in the building such as the entrance to the exhibition hall, the entrance to the exhibition hall, the entrance to the store, etc. It is also possible to take waterproof measures such as through a gasket.

Further, the support rod of the present invention includes a rod member partially having a screw, and the support rod of the panel receiver is fixedly supported by screwing the support rod into a long nut welded thereto. In the implementation, the specific shape, material, structure, quantity, dimensions of the substrate, vertical core, support rod, panel receiver, inorganic panel body, light source, and tilt-preventing member, or addition of other things to these However, various modifications can be made without departing from the spirit of the invention described above, and the invention is not limited to those shown and described above.

[0038]

According to the present invention, a series of vertical cores standing in the longitudinal direction is erected on the floor or a substrate for mounting a pedestal, and a plurality of longitudinal cores are erected on the substrate outside the outer periphery of the core. A series of supporting rods in the direction, and a panel receiving member that is fixedly supported on the supporting rods in the longitudinal direction thereof and is fixed to the core body.
A glass-based, glass-ceramic-based, or natural stone-based light-transmissive member, which is vertically installed between the substrate and the panel receiver or outside the vicinity of the support rod between the panel receivers in a positioning manner, and has a long length. Direction and outer peripheral direction divided into a plurality of inorganic panel body, the light source arranged in the space between the core body and the inorganic panel body, the upper surface of the body such as a ceiling protruding in a protruding position adjustable height adjustment It is characterized in that it is provided with a fall-preventing member, and is characterized in that the inorganic panel body is divided into a plurality of parts in the longitudinal direction and becomes a hollow cylindrical panel body which is integrated in the outer peripheral direction. We can provide movable decorative columns that can be installed and removed as needed in addition to the traditional columns, enabling space decoration with no restrictions on the position, and performing installation and removal work relatively easily. To enable that.

Further, this movable decoration column can exhibit a characteristic light emitting property by utilizing the material feeling of the inorganic panel body in the entire length or part of the longitudinal direction by the light source, and realize a unique space decoration rich in luxury. can do.

Further, in the present invention, the inorganic panel body is used, but the load of the upper inorganic panel body is transmitted to the vertical core body through the panel receiver, and an unreasonable load is applied in the middle in the longitudinal direction. In addition, it is possible to obtain a movable decorative column that stably supports and fixes the inorganic panel body, and the fall-preventing member ensures the independence of the decorative column and ensures extremely high safety.

[Brief description of drawings]

[Figure 1] Front view of a decorative column

FIG. 2 is an exploded perspective view of a decorative column

[Fig. 3] Cross-sectional view of a decorative column

[Figure 4] Vertical cross-section of a decorative column

FIG. 5 is a partially enlarged cross-sectional view showing the relationship between the inorganic panel body and the vertical core body.

FIG. 6 is a front view showing an example of an arch formed of decorative columns.

[Explanation of symbols]

 A Decorative pillar 10 Substrate 20 Vertical core 30 Tilt stop 40 Support rod 50 Panel receiver 60 Inorganic panel body 80 Light source

Claims (2)

[Claims] 1. A series of longitudinal cores standing upright on a floor or a substrate for mounting a pedestal, and a series of longitudinal supports standing upright at a plurality of positions on the outside of the cores on the outside of the core. A rod, a panel receiver which is supported and fixed to the rod in the longitudinal direction of the rod and is fixed to the core body, and the rod is positioned outwardly near the support rod between the substrate and the panel receiver or between the panel receivers. An inorganic panel body having a light transmissive property of glass, glass ceramic, or natural stone, which is vertically erected by interposing a plurality of pieces, and a plurality of sections in the longitudinal direction and the outer peripheral direction, and the core body and the inorganic panel body A movable light-emitting decorative column, comprising: a light source disposed in a space between the light sources; and an upward projecting fall-preventing member that is adjustable in height and is in contact with a lower surface of a skeleton such as a ceiling in a protruding manner. 2. A movable light-emitting decorative column, wherein the inorganic panel body according to claim 1 is divided into a plurality of pieces in the longitudinal direction to form an integrally hollow cylindrical panel body in the outer peripheral direction.