KR102025513B1 - The presentation equipment and method for reflecting halo effect of ornaments - Google Patents

Abstract

An objective of the present invention is to express a halo effect of a decoration with two small and large circles and express two circular effects in dynamic effects. The present invention increases an adhesion rate of a light reflection member and easily separates a background member and the light reflection member. A device for presenting a halo effect of a decoration comprises: a decoration installed on a support; a lighting member installed behind the decoration; a background member coupled to the support at a right angle; and a light reflection member attached to the background member. A foam pod is laminated on the surface of the background member facing the lighting member. The light reflection member is deposited on the foam pod. The light reflection member is formed by sputtering magnesium (Mg) and nickel (Ni). The lighting member includes a first and a second lighting member sequentially arranged between the decoration and the light reflection member. According to the present invention, a dynamic circular halo is created on a decoration, and a rainbow light halo effect is created on the decoration.

Description

The presentation equipment and method for reflecting halo effect of ornaments}

The present invention relates to a halo effect directing device and a method of directing the ornament to allow the halo effect to be produced on various ornaments. In particular, it is a technique for the halo effect of the decoration using the diffuse reflection of light emitted from the light reflecting material attached to the background member.

In general, stereoscopic illumination provides various stereoscopic images by the angle of incidence of the light emitted from the light source and a different viewing position.

The three-dimensional lighting has an excellent effect on improving the visual image of a decoration or decoration, promoting a brand, and promoting a product. However, the impressive image of the three-dimensional lighting has a problem that the maintenance cost is high in the product quality or promotion effect.

Various techniques have been proposed to solve the above problems.

As a background technology of the invention, Korean Unexamined Patent Publication No. 10-2017-0129635 (published on November 27, 2017) discloses a three-dimensional lighting device for directing and a method of directing the same. The technique disclosed in FIG. 1 is the same as that of FIG.

1 is a schematic view showing a three-dimensional illumination apparatus for the air according to the prior art. As shown in Figure 1, the three-dimensional lighting apparatus of the public is provided on the decoration 100, which is installed on the pedestal, the rear of the decoration 100 can be fixed to the decoration 100 or move at a predetermined distance Illumination member 200 to be installed and

A background member spaced apart from the decoration 100 or the lighting member 200 at predetermined intervals, an adhesive applied to one surface of the background member and having a viscosity of 2000 to 3500 cps, and light applied to the upper portion of the adhesive Consists of a reflective member 300,

The light reflecting member 300 for controlling the illumination state of the light reflecting member 300 and the illumination member 200 to reflect the light emitted from the lighting member 200 in the reflector 900 to form a three-dimensional illumination around the decoration 100 It is characterized by.

The control unit 40 described in the identification number "first to n-th (n is a natural number of two or more) first to n-th LED light source 81 respectively attached to the support 82, n constitutes a virtual reality afterimage image through virtual rotation based on the shape information of the support 82 (step S22). ”However, the contents of the present invention are the dynamic circular halo effect of the present invention. Is quite different. That is, the prior art does not describe a technique for producing a dynamic circular halo effect by periodically turning on / off the first to nth LED light sources.

The apparatus for producing the above-described decoration has a limitation in producing a three-dimensional hologram lighting effect on the decoration with only the lighting device installed on the rear of the decoration, and the light emitted from the lighting device hits the light reflecting member and then is diffusely reflected. There is a disadvantage that the halo effect on the decoration can not be obtained significantly.

Background art has a problem in that it is not easy to adjust the density of the light source, and there is a problem that a rail must be separately installed to adjust the size of the light source.

In addition, glass bead, a material that reflects light, is not perfect when bonding small grains to fabric or paper, and it did not fundamentally solve the problem of the bonding technique in which bead grains fall off over time.

In addition, the method of reflecting light to produce a halo effect, there is a problem that does not provide more than two dynamic halo effect.

Registered Patent Publication No. 10-1115748 (Notice Date: 2012. 03. 06) Patent Publication No. 10-2018-0080894 (Published: 2018. 07. 13) Patent Registration 10-0981056 (published: 2010. 04. 01)

The problem to be solved of the present invention by using the reflected light by the light reflecting member to produce a halo effect through a substantially three-dimensional light from the back of the various decorations of the decoration that can produce a variety of halo effect on the decoration "dynamic" It is to provide a halo effect rendering device.

In another aspect, the present invention provides an apparatus for producing a halo effect of the decoration to increase the adhesion rate of the light reflection member, and to easily separate the background member and the light reflection member.

Another object of the present invention is to provide a method for producing a halo effect of a decoration that can express a halo effect of a decoration in two large and small circles, and can express two circular effects as a dynamic effect.

In another aspect, the present invention provides a device and method that can produce a halo effect of the decoration in various ways by controlling the size and concentration of the circular halo.

The present invention also provides an apparatus and method capable of producing a "rainbow effect halo effect."

The present invention to solve the above problems, the present invention is installed on the pedestal, the lighting member is installed on the rear of the decoration, the background member coupled to the right angle to the pedestal, the light attached to the background member The reflecting member and the lighting member are installed on the pedestal at a predetermined interval behind the decoration, and the decoration, the lighting member and the light reflecting member are sequentially arranged to produce a known halo effect for the decoration. In the apparatus, a foam pod is laminated on the surface of the background member facing the lighting member,
The light reflection member is stacked on the form pod, and the light reflection member is formed by sputtering magnesium-nickel (Mg-Ni), and the lighting member is formed between the first lighting member and the light reflection member. Two lighting members are arranged in sequence, and the power supply of the first lighting member and the second lighting member is alternately turned on / off at intervals of more than 1/16 seconds and less than 3 seconds to apply power. Illuminance of the illumination member is 800 ~ 1200 lux (lx), the illumination of the second illumination member provides a halo effect directing device, characterized in that the 200 ~ 500 lux (lx).

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In another aspect, the present invention, the decoration is installed on the pedestal, the lighting member is installed on the rear of the decoration, the background member coupled to the right angle to the pedestal, the light reflecting member attached to the background member, the lighting member is the decoration In the known decorative halo effect directing apparatus is installed on the pedestal at a predetermined interval spaced rear of the, the ornament, the illumination member and the light reflecting member are sequentially disposed, the surface facing the illumination member side of the background member A foam pod is installed, and the light reflection member is stacked on the foam pod, a hole is formed at one side of the background member, and the light reflection member uses glass beads having a particle size of 0.2 to 0.3 mm. Provided is a halo effect rendering apparatus of the decoration.

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In another aspect, the present invention is the light reflecting member is composed of a glass bead having a particle size of 0.2 ~ 0.3mm in diameter, and a glass bead of the particle size is smaller or larger than 0.2 ~ 0.3mm, the diameter size of the particles And by adjusting the illuminance of the lighting member provides a halo effect rendering apparatus of the decoration, characterized in that the circular halo appears rainbow light.

In addition, the present invention is made of a decoration, a lighting member, a light reflecting member is arranged in order on the pedestal, the decoration is installed on the pedestal, the illumination member is installed on the rear of the decoration, and the background member coupled to the pedestal at right angles; The light reflection member attached to the background member and the lighting member are installed on the pedestal to be spaced apart from the rear of the decoration at a predetermined interval, and the decoration, the lighting member and the light reflection member are sequentially disposed, and thus the two pieces of the decorative material are sequentially disposed. A method for producing a halo effect of a decoration in which two circular halo effects are produced, wherein the light reflecting member has a ratio of plastic media to glass beads of 7: 3; Or, the ratio of plastic media to glass beads is 9: 1; The lighting member is a step of sequentially placing the first lighting member and the second lighting member between the decoration and the light reflecting member, the power of the first lighting member and the second lighting member is 1/16 seconds or more 3 Applying power by alternately turning on / off at intervals of less than a second, the illuminance of the first lighting member is 800 to 1200 lux (lx), and the illuminance of the second lighting member is 200 to It provides a halo effect directing method of the decoration, characterized in that 500 lux (lx).

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The present invention expresses the halo effect of the decoration in large and small two circles, there is an effect that the two circles alternately appear dynamically. In addition, according to the present invention there is an effect that a variety of iridescent halo effect occurs by the halo effect of the decoration.

In addition, the present invention has the advantage that can easily adjust the size and density of the circular light source that is the halo of the lighting member. In addition, according to the present invention, the adhesion rate of the light reflection member is improved and there is an effect of easily separating the background member and the light reflection member.

In addition, the apparatus for producing a halo effect of the decoration of the present invention by using the reflected light by the lighting member to produce a halo effect through the substantially three-dimensional light from the rear of the various decorations, it can exhibit an excellent halo effect on the decoration.

1 is a schematic diagram of a three-dimensional illumination apparatus for directing the air according to the prior art.
Figure 2 is a perspective view showing a decorative halo effect rendering device background member of the present invention.
Figure 3 is a front view of the decorative halo effect rendering apparatus of the present invention.
Figure 4 is a view from behind the decorative halo effect rendering apparatus of the present invention.
5 is a view for explaining a decorative halo effect dynamic rendering apparatus and method of the present invention.

Hereinafter, the present invention will be described in detail with reference to the drawings.

1 is a schematic view of a three-dimensional illumination directing apparatus of the public according to the prior art, Figure 2 is an exploded perspective view showing a decorative halo effect rendering apparatus of the present invention.

Figure 3 is a view of the decorative halo effect rendering apparatus of the present invention from the front, Figure 4 is a view of the decorative halo effect rendering apparatus of the present invention from the back.

5 is a view for explaining a decorative halo effect dynamic rendering apparatus and method of the present invention.

As shown in FIG. 2, the halo effect rendering apparatus of the decoration according to the present invention includes a decoration 1 placed on a pedestal 10 including a control unit 11 and a drawer 12, and a rear side of the decoration 1. The lighting member 30 is installed, and the background member 20 is installed at a constant distance from the lighting member 30 at a right angle with the pedestal 10.

The ornament 1 may be a candle, a doll, or the like. The pedestal 10 is to support the decoration (1) can be made of a material such as wood or acrylic, and can be produced in various forms, but is usually formed of a cube.

The pedestal 10 may have a drawer 12. The control unit 11 supplies and controls electricity to the lighting member 30.

The background member 20 is installed on the pedestal 10 to be spaced at regular intervals on the back of the ornament (1) in order to make the halo effect of the ornament (1), the foam facing the surface toward the illumination member (30) The pod 22 and the light reflection member 40 are sequentially stacked.

The lighting member 30 may be various display devices such as a light emitting diode (LED) emitting light, an organic light emitting diode (OLED), a liquid crystal display (LCD), and a plasma display panel (PDP).

The distance between the lighting member 30 and the background member 20 is usually 9 to 12 cm when the ornament 1 is small, such as a doll, but may be several meters (m) when the ornament 1 is large.

As shown in FIG. 2, the form pod 22 is attached to the background member 20, and the light reflecting member 40 is coupled to the form pod 22. Foam pod 22 is removable.

The light reflecting material 44 may be a glass bead generally used. Glass beads are applied to the surface of the light reflecting material 44 to illuminate the ornament 1, causing diffuse reflection to generate a halo effect at the rear of the ornament 1.

Glass beads use 0.2 ~ 0.3mm. If the particles of the glass bead are made smaller or thicker, a hazy circular halo will appear.

In the embodiment of the present invention, the light reflecting member has two kinds of particles having a diameter of 0.07 to 0.8 mm, preferably 0.2 to 0.3 mm, and a particle size of smaller or larger than 0.2 to 0.3 mm. Mix the glass beads,

By adjusting the diameter size of the particles and the illuminance of the lighting member, a circular halo may generate various iridescent halo effects.

In another embodiment of the present invention, the light reflecting material 44 was sputtered with magnesium and nickel (Mg, Ni) on the light reflecting member 40. The sputtering condition of magnesium-nickel (Mg-Ni) is 1 × 10-Pa Pa. Sputtering working pressure is 0.5 Pa, power is 30W for Mg and 15W for Ni. In this case, the light reflecting material 44 is attached to the background member 20 well.

Figure 3 is a perspective view showing a front view of the decorative halo effect rendering apparatus of the present invention.

When the light is irradiated to the halo effect rendering device formed as shown in Figure 2 appears as shown in FIG. Although shown in the figure as two circular halos, in practice two circular halos appear to be "dynamic".

Thus, in order for two dynamic circular halos to appear, the control unit 11 is alternately applied to the first lighting member 31 and the second lighting member 32 at intervals of 1/16 sec or more. To control the power supply. The first circular halo 51 is formed when power is applied to the first illumination member 31, and the second circular halo is smaller than the first circular halo 51 when power is applied to the second illumination member 32. 52 is formed. When the power of the two lighting members are alternately applied at intervals of 1/16 seconds or more, a small circular halo and a large circular halo alternately form a dynamic circular halo.

The power of the first lighting member 31 and the second lighting member 32 is alternately turned on / off, and is applied at intervals of 1/16 seconds or more and preferably within 3 seconds. It is to make the halo appear dynamic because the circular halo disappears and appears as 1/16 sec or more. That is, when the power supply of the first lighting member 31 and the second lighting member 32 is alternately applied on / off at a time interval within 1/16 second, the two circular halos are not visible dynamically. In addition, the power may be alternately applied at intervals of 3 seconds or more, but at intervals of 3 seconds or more, the dynamic effect is reduced.

In another embodiment of the present invention, the decoration 1 itself may be the lighting member 30. For example, by controlling the power of the LED candle, two dynamic circular halo effects can be obtained with only one lighting member.

Figure 4 is a view from behind the decorative halo effect rendering apparatus of the present invention.

As shown in FIG. 4, the wire insertion hole 31 is located at the bottom, and the hole 21 is formed at the center of the top of the background member 20. The hole 21 may be formed anywhere. The foam pod 22 or the light reflection member 4 can be easily replaced by pushing the finger into the hole 21. The reason for using the form pod 22 in the present invention is that the background can be easily exchanged.

5 is a view for explaining a decorative halo effect rendering apparatus of the present invention. As shown in FIG. 5, light is emitted toward the background member 20 from the lighting member 30 installed behind the ornament 1. Circular halo 50 is produced as light is diffusely reflected from the glass bead or magnesium-nickel (Mg-Ni) sputtered light reflecting member 40.

When the power of the first lighting member 31 is turned on and the power of the second lighting member 32 is turned off, only the first circular halo 51 appears. Thereafter, when the power of the first lighting member 31 is turned off after 1/16 second, the first circular halo 51 disappears, and when the power of the second lighting member 32 is turned on, only the second circular halo 52 appears.

When the power of the first lighting member 31 is turned on again and the power of the second lighting member 32 is turned off after 1/16 second, the first circular halo 51 appears and the second circular halo 52 disappears. do.

As described above, when the power source of the first lighting member 31 and the second lighting member 32 is alternately turned on / off, a circular halo appears dynamically.

By controlling the illuminance of the first lighting member 31 and the second lighting member 32, the concentration of the circular halo can be controlled. That is, when the illuminance of the first illumination member 31 and the second illumination member 32 are the same, the first circular halo 51 formed by the first illumination member 31 is the second illumination member 32. It is formed larger than the second circular halo 52 formed by the lower concentration, the concentration of the first illumination member 31 is increased by increasing the illuminance of the first illumination member 31 is improved.

In addition, the first circular halo 51 is formed outside the second circular halo 52, when the first circular halo 51 to create an atmosphere that seems to spread outwards, the first illumination member 31 ) And the illuminance of the second illumination member 32 are preferably the same.

On the other hand, in order to increase the density of the first circular halo 51 is not blurred, it is possible to adjust by increasing the illuminance of the first lighting member.

It is preferable that the illuminance of the first illumination member be 800 to 1200 lux (lx) and the second illumination member to be 200 to 500 lux (lx). The reason for doing this is to prevent the circular halo formed by the first lighting member from being larger than the circular halo formed by the second lighting member, but the brightness of the halo, i.e. the density is not blurred.

When selecting the size of the background member 20 proportional to the size of the ornament (1) it is possible to select the appropriate roughness.

If the vertical position of the illumination member 30 is changed, the circular halo vertical position is also changed. When the vertical position of the illumination member 30 is varied, only the circular halo vertical position is variable in proportion to the vertical position of the illumination member 30, but the density of the halo does not change.

Thus, by changing the vertical position of the first lighting member 31 and the second lighting member 32, it is possible to control the vertical position of the circular halo, the first lighting member 31 and the second lighting member 32 By varying the left and right positions (where the position means the distance between the light reflection member and the lighting member), the size and density of the first circular halo 51 and the second circular halo 52 can be controlled.

The lighting member 30 may be attached to the LED on the top of the support (33).

6 is a view for explaining a rendering device and method for displaying a rainbow of the present invention.

6 is a picture showing a rainbow shape when the lighting member 30 is reflected from the left side, and a right view is a picture showing a rainbow shape when the lighting member 30 is reflected from the right side.

The condition under which the dynamic circular halo 50 appears in a rainbow form is, in an embodiment, used by mixing two kinds of reflective materials. Plastic media: glass beads = 7: 3 or plastic media: glass beads = 9: 1. The diameters of the plastic media and the glass bead particles are both 0.07 to 0.8 mm, most preferably 0.2 to 0.3 mm.

In addition, the illumination used as the illumination member 30 uses LED, illuminance is 3000-10000lux, and color temperature is 5000k-10000k.

While the present invention has been described with reference to specific embodiments, it may be carried out in other embodiments within the same technical scope, equivalents may be used as substitutes, and the present invention is not limited to the disclosed embodiments.

The present invention is useful for the industry because it can produce and sell the halo effect rendering apparatus of the decoration. It is also a very useful invention for decoration and advertising industry using the same.

1: ornament 10: pedestal
11: control unit 12: drawer
20: background member 21: hole
22: formford 30: lighting member
31: first lighting member 32: second lighting member
33: support 40: light reflecting member
50: dynamic circular halo 51: first circular halo
52: second circular halo 100: ornament
200: lighting member 300: light reflection member
900: reflector

Claims (10)

A decoration installed on the pedestal, a lighting member installed at the rear of the decoration, a background member coupled to the pedestal at right angles, a light reflection member attached to the background member, and the lighting member is fixed to the rear of the decoration. In the halo effect directing device of the ornament is installed on the pedestal spaced apart from each other, the ornament and the illumination member and the light reflecting member are sequentially arranged so that the halo effect on the ornament in two circles,
Form pods are laminated on the surface of the background member facing the lighting member,
The light reflection member is stacked on the form pod,
The light reflection member is formed by sputtering magnesium-nickel (Mg-Ni),
In the lighting member, a first lighting member and a second lighting member are sequentially disposed between the decoration and the light reflection member.
The power supply of the first lighting member and the second lighting member is turned on and off alternately at an interval of not less than 1/16 seconds and less than 3 seconds to apply power.
The illuminance of the first lighting member is 800 ~ 1200 lux (lx), the illuminance of the second lighting member is 200 ~ 500 lux (lx), the dynamic halo effect rendering apparatus of the decoration.
delete A decoration installed on the pedestal, a lighting member installed at the rear of the decoration, a background member coupled to the pedestal at right angles, a light reflection member attached to the background member, and the lighting member is fixed to the rear of the decoration. In the halo effect directing device of the ornament is installed on the pedestal spaced apart from each other, the ornament and the illumination member and the light reflecting member are sequentially arranged,
A foam pod is installed on the surface of the background member facing the lighting member.
The light reflecting member is stacked on the foam pod, and a hole is formed at one side of the background member, and the light reflecting member is a halo of a decoration, which uses glass beads having a particle size of 0.2 to 0.3 mm. Effect rendering device.
delete The method of claim 3,
The light reflecting member is a glass bead having a particle size of 0.2 ~ 0.3mm in diameter,
The decoration is characterized in that the diameter of the particle is composed by mixing the glass beads smaller or larger than 0.2 ~ 0.3mm, and adjust the diameter size of the particle and the illumination of the illumination member so that the circular halo appears iridescent Halo effect rendering device.
A decoration, a lighting member, and a light reflecting member are sequentially arranged on the pedestal, the ornament is installed on the pedestal, the illumination member is installed on the rear of the decoration, the background member coupled to the pedestal at right angles, and the background member And a light reflection member attached to the light reflection member and the lighting member are installed on the pedestal at a predetermined interval behind the decoration, and the decoration, the lighting member, and the light reflection member are sequentially arranged to provide two halo effects on the decoration. In the method of producing a halo effect of a decoration that appears in a circle,
The light reflecting member has a ratio of plastic media to glass beads of 7: 3;
Or the ratio of plastic media to glass beads is 9: 1;
The lighting member is a step of sequentially placing the first lighting member and the second lighting member between the decoration and the light reflection member;
The power of the first lighting member and the second lighting member is made of a step of applying power by turning on and off alternately at intervals of more than 1/16 seconds or less than 3 seconds,
Roughness of the first lighting member is 800 ~ 1200 lux (lx),
The illuminance of the second lighting member is a method of producing a halo effect of the decoration, characterized in that 200 ~ 500 lux (lx). delete delete delete delete

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