KR20200001674U - LED wireless crystal stand for prizes and souvenirs - Google Patents

Abstract

The present design relates to a plaque equipped with an LED light emitting unit and a crystal wireless base for souvenirs.A transparent plaque or crystal paperweight, etc., is usually placed on the pedestal to compensate for the disadvantages of the invisibility of the interior due to the transparent background. When the inside is clearly visible, the color of the LED light and the color of the top of the pedestal create a beautiful appearance, and the plaque is made by using a high-quality crystal as a material rather than a conventional plastic or acrylic souvenir pedestal. And the purpose is to increase the value of souvenirs and preserve the atmosphere of the interior.
The material used for the pedestal is a crystal, which is difficult to process due to the nature of the material. Considering this, the interior of the crystal is designed to be as simple as possible using a minimum volume LED device for efficient product production. It was easily charged and used in a wireless state. On the other hand, the crystal has a luxurious appearance and weight, so it can give a sense of balance and stability when a souvenir of a plaque or heavy material is put on it, and it can be used for developing various products because it is easy to bond with a transparent material.

Description

LED wireless crystal stand for prizes and souvenirs}

The present invention relates to an LED wireless crystal pedestal for plaques and souvenirs equipped with an LED light-emitting part. More specifically, the body of the pedestal is formed of an opaque black crystal, and the top plate is composed of a transparent colored crystal, and an LED light-emitting part is mounted inside. So, when a plaque or a souvenir is placed on the top, the light reaches to the top and makes the appearance look beautiful, as well as an LED wireless crystal stand that can control the power and flashing state with a single button and does not require battery replacement or cumbersome electrical cord. .

In recent years, the consumer group of plaques and commemorative plaques is not only limited to various competitions, such as companies, groups, sports, etc., but is spreading to small gatherings and individuals such as various clubs and becoming a general trend. Souvenirs such as crystal paperweights dominate at small and large gatherings of various tastes, and when individuals use plaques, appreciation plaques to parents or gifts, and commemorative plaques to celebrate weddings, birthdays, 60th birthdays, stone memorials, etc. In many cases, 3D stereoscopic lasers are used to engrave own monuments that are commemorated in small crystals.

On the other hand, wood, metal, acrylic, glass, crystal, etc. are mainly used as the material of the plaque. Among them, the transparent acrylic, glass, and crystal plaques are sanded and UV to engrave and color letters on the surface. It is produced by the method of gluing letters or photos by printing, and by laser engraving letters inside the crystal. In particular, laser engraving is popular as a gift or souvenir in recent years because it is possible to engrave people and buildings in three dimensions in a transparent material.

However, in the case of a plaque or commemorative plaque made of such a transparent material, the surrounding background is usually transmitted due to the transparency, and thus there is a disadvantage in that the contents of the plaque or the person or object engraved therein are not easily visible due to reflection. So, to supplement this, it is common to use a commercially-available LED base made of plastic, but if you put a weighted crystal plaque on the top, it is easy to scratch the plastic material, and if you attach the plaque and base, the difference between the upper and lower materials As the center of gravity does not fit, it may fall or break, and over time, the adhesive part of the plastic support may rise. In addition, in the case of expensive crystals, if the plastic lighting base is used together, the quality or value of the overall product may deteriorate.

This crystal-made LED wireless stand is designed to compensate for the shortcomings of these plastic or acrylic lighting stands. The crystal has a luxurious appearance and a sense of weight and stability, and the UV special bond facilitates the adhesion between the crystal and glass plaques and souvenirs. In addition, even when the lighting is not turned on, the coating treatment on the bottom of the pedestal reflects the crystal color to enhance the color development and maintain a beautiful appearance.

Most conventional LED crystal pedestals are made for large sized plaques or trophies, or prefabricated forms of crystals and lighting devices are mainly used, so it is difficult to find an integrated lighting pedestal made of crystal material suitable for placing small plaques or souvenirs. Most commercially available small and medium-sized pedestals are made of plastic or acrylic. This is due to the characteristics of the demanding crystal material, and the crystal is very hard, so it is difficult to process, but it is easily broken by impact, and also has a disadvantage of not being easy to manufacture a casting. In addition, conventional pedestals had to be exchanged for batteries periodically, or had to be connected with an electric cord, which was cumbersome when exhibiting plaques or souvenirs on display.

As a means to solve the above object, the LED wireless crystal pedestal for the plaque and souvenir of the present invention is formed with a top plate that is a support surface on which the plaque or souvenir can be placed, and the LED substrate receiving groove and the center of the inner upper part of the body. The battery receiving groove of, and the pipe through which the wire connecting the on/off switch to the rear of the body passes through the battery receiving groove is formed, and is made in the form of closing with a bottom plate at the bottom of the body.

The body of the pedestal is made of an opaque black crystal so that the internal devices are not visible, and it is possible to effectively mount the LED light emitting part, the substrate, the battery, and the on/off switch with minimal processing.

The base plate, which is the support surface, is formed of a crystal of a color with good color development of a material that can transmit light, but the bottom of the top plate is mirror-coated on the rest of the body except for the circular light emitting portion in the center where the LED light is emitted. In addition to the role of blocking black from affecting the color of the transparent crystal of the top plate, the color of the top plate is reflected on the mirror surface of the coated floor to increase the color development power so that the color can reach to the top even when the LED is not turned on.

The on/off switch can select the on/off and flashing modes of the LED with one button located on the top side, and the end of the switch has a part that plugs in a USB connection jack to charge and use the LED. It is equipped with a lighting control function and a charging function at the same time so that it can be used in a wireless state without the need for.

When placing a souvenir such as a plaque, a commemorative plaque, or a crystal paperweight engraved with a letter, a three-dimensional person, or a 3D building on the inside of the crystal, the light reaches to the upper part of the LED wireless crystal pedestal of the original design, and the effect of illuminating the engraved letters and pictures inside It can also be obtained and reflects the light coming from the bottom of the pedestal inside the plaque to make the exterior stand out. In addition to the crystal plaque, if you place a souvenir or interior accessory made of transparent material, you can give a luxurious effect and refined interior effect by the light from the LED light emitting part. In addition, it is easy to bond with a transparent material and can be used for developing various products. It can be used in a wireless state by simply charging the battery with a mobile phone charger or USB connection by improving the hassle of changing the battery or electric cord of a conventional stand.

1 is a perspective view showing the present design, a plaque and a souvenir stand.
Figure 2 is an exploded perspective view for explaining the configuration of the present invention, a plaque and a souvenir stand.
Figure 3 is a plan view of the surface when viewed from above, the present design, the plaque and a souvenir stand.
Figure 4 is a cross-sectional view to aid the understanding of the present design, plaque and souvenir pedestal.
Figure 5 is an exploded perspective view showing the configuration of the present invention, a plaque and a souvenir stand.
Figure 6 is a perspective view showing the inner shape of the body of the present invention, the plaque and the base for souvenirs.
Figure 7 is an embodiment showing the embodiment of the present invention, plaques and souvenir pedestals.
8 and 9 are views showing an embodiment in which the appearance of the frame to which the present invention is applied is different from each other.

According to the accompanying drawings, a plaque equipped with an LED light emitting unit according to the present invention and a wireless crystal base for souvenirs will be described in detail.

Referring to the perspective view showing the configuration of FIGS. 2 and 5, the present invention LED plaque for souvenir plaque and souvenir is a top plate 11 serving as a support surface for plaque and souvenir, and a substrate 20 of the LED light emitting portion inside. It is composed of a body 10 equipped with a rechargeable battery 40, an on/off switch 30 at the rear of the body, and a bottom plate 12 supporting the body.

The body 10 is formed of an opaque black crystal so that the wires and the battery inside are not visible from the outside, and the substrate 20 of the LED light emitting portion 13 is a receiving groove 13 opened from the inner center of the body to the upper side. It is fixed to the battery 40 is fixed in the receiving groove 14 opened from the inner center to the lower side of the body, the battery 40 is connected to the LED substrate 20 and also in the receiving groove 13 of the body It is formed to be connected to the on/off switch 30 located on the outside along the wire piping that opens to the rear of the body, respectively.

The bottom surface of the top plate 11 (hatched portion of 11 in Figs. 4) is mirror-coated to the rest of the portion except for the central circular light emitting portion where the LED substrate is located, so that the black color of the lower body is of the transparent crystal of the top plate. In addition to blocking the effect of color, the color of the top plate is reflected on the coating surface of the bottom of the top plate to increase the color diffusion and color development even when the LED is not turned on. In addition, as shown in the photographs of the examples of FIGS. 7, 8, and 9, the material of the top plate is formed of a transparent crystal of yellow color having good color development power, but transparent crystals of other colors may be used depending on preferences of taste or needs.

However, the top plate 11 and the bottom plate 12 are fixed by an adhesive method with the main body 10, and when bonding these crystal materials, a UV ultraviolet lamp and a special adhesive must be used. If it does not pass, it cannot be adhered, so it must be made of a transparent material to adhere to the opaque crystal material of the pedestal body. This applies equally to the case of the bottom plate 12. The material of the bottom plate is a transparent crystal or glass material, and is coated opaquely so that the inside of the body is not visible only on the bottom surface.

The on/off switch 30 is connected to the rechargeable battery 40 instead of the cumbersome electric cord in consideration that the LED bracket for the plaque and souvenir of the present invention can be displayed on the cabinet as a decoration or interior accessory. The selection of the on/off/flashing method is possible with a single button 31, and the part 32 for connecting a charging USB that can be conveniently charged and used is also integrally formed.

As described above, the present invention is economical because it is composed of only minimal processing and equipment, and various colors can be configured by variously configuring the color of the top plate crystal 11, or by slightly changing the appearance of the body, as shown in FIGS. 2 and 3 Modification is possible, so the range of application is wide as a small and medium sized plaque and a souvenir stand. In the claims and detailed description of the present invention as in these embodiments, it should be considered that the technology that can be modified and used within the technical field to which the present invention belongs is included in the technical scope of the present invention.

Unlike conventional plastic pedestals, it is easy to bond with transparent materials such as crystal or glass, so it is possible to produce new designs by combining plaques, crystal paperweights, and various commemorative plaques. 3D figures, souvenirs, interior decorations, etc. It is also widely used as a high-end lighting base for various products.

10: body 11: top plate
12: base 13: LED substrate receiving groove
14: Battery receiving home 15: Electric wire piping
20: LED substrate 21: LED lamp
30: power connector 31: on-off switch
32: charging connection
40: rechargeable battery 50: wire connection jack

Claims (4)

The top plate 11, which is a support surface on a flat surface, is formed so that the plaque and souvenir can be placed in a stable state on the top, and the LED substrate receiving groove 13 opened from the center to the upper side and opened to the lower side inside the body 10 The battery receiving groove 14 is formed, and a pipe 15 through which the wire connecting the switch 30 for turning on/off the LED is opened is formed in the battery receiving groove, and the inside of the body is formed. The LED wireless crystal base for plaques and souvenirs, which is formed in a state where the LED lighting device and the battery are molded at the same time, and the base plate 12 formed at the bottom of the body supports the entire body. The method according to claim 1,
The body 10 of the pedestal is formed of an opaque black crystal so that the internal LED device and battery are not visible from the outside, and considering the characteristics of the crystal material that is difficult to process, the minimum grinding process (13,14) and drilling work ( 15) LED wireless crystal base for plaques and souvenirs that enables effective mounting of the LED's substrate 21, battery 40, and on/off switch 30 only. The method according to claim 1,
The top surface 11, which is the support surface, is formed of a crystal of a color having good color development of a material through which light can pass, but the bottom surface (hatched part of 11 in the cross-sectional view) of the top panel emits a central circular light emitting LED light. Mirror coating is applied to the rest of the body to prevent black from the body from affecting the color of the transparent crystal of the top plate, and the color of the top plate is reflected on the mirror surface of the coated floor, even when the LED is not turned on. The LED wireless crystal base for plaques and souvenirs, which is characterized by increasing the coloring power so that the color can reach to the upper part. The method according to claim 1,
The on/off switch 30 of the LED configured on the rear of the body 10 is formed by being connected to the internal battery along the wire piping 15 opened from the body to the rear, and the button 31 on the top of the switch The on/off and flashing methods of the silver LED can be selected, and a part 32 for inserting a USB connection jack is formed at the end of the switch to charge the LED so that it can be used wirelessly without replacing batteries or connecting a separate electric cord. LED cordless crystal base for plaques and souvenirs featuring a switch with both control and charging of the LEDs available.

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