JP3096166U - Luminous ornaments - Google Patents

Abstract

(57) [Summary] [Problem] A luminous decoration that can be used for ornaments such as ornaments and wall hangings that continue to emit light diversifiedly and brightly using a plurality of light sources, as well as ornaments such as pendants, brooches, and rings. Offer goods. SOLUTION: A housing 11, a power source 3 housed in the housing 11, and a light source 5 which emits light of different colors by the power from the power source 3 are housed, and the back, the outer peripheral side surface, and the space between adjacent housings are shielded from light. A plurality of light guides 8 arranged adjacent to each other in a switch 11 and a switch 6 mounted on the housing 11 so as to operate light emission / extinction of each light source 5 of a different emission color.
And a light emitting window 9 formed in the housing 11 so as to emit light of each light guide 8 in the housing 11.

Description

[Detailed description of the device]

[0001]

[Technical field to which the device belongs]

  The present invention is designed to emit light by causing each light source provided in a plurality of light guides arranged adjacent to each other to emit light. Involved in light-emitting ornaments that show decorativeness, other ornaments such as figurines and walls The present invention relates to light-emitting ornaments that are suitable for use as ornaments such as pendants, broaches, and rings. It

[0002]

[Prior art]

  Traditionally, ornaments have been designed as shapes such as engraving, or as patterns for colors. Items such as zain are generally used, and pendants, brooches, and fingers that are ornaments are commonly used. The same was true for rings and the like. Examples of ornaments that use the emission of light include lighting fixtures. Most of them are used, and almost no one is applied to ornaments. Pendants, broaches, and the like imitating the required three-dimensional shape are slightly known.

[0003]

[Problems to be solved by the device]

  In the past, especially for ornaments, it was common to use shapes and color designs. However, unless the material itself is expensive, it is accepted by too many people. The reality is that it has not been released, and long-awaited appearance of products with new and interesting configurations Has been done. Also, most of the ornaments that use light emission are lighting fixtures. Since all of them are structurally large, it is not possible to use them by putting them on a person's body. Markets for products that focus on flaws and ornaments that attach this light emission to people It does not exist in the country and is currently not distributed.

[0004]   On the other hand, some ornaments include phosphorescent materials molded into the required three-dimensional shape. It does not have a light source itself, but relies on light from an external light source such as an indoor fluorescent lamp. Therefore, after finishing the light emission in a dark environment, the value as an ornament is reduced. There was a point. Moreover, even if the phosphorescent material emits light, the light emission is dark and the light emitting state is also Until it disappears, it is limited to a certain color and a certain amount of light emission. There was also a drawback that

[0005]   The present invention has been made in view of the above circumstances, and includes a plurality of light sources and a plurality of light guides. Can be made entertaining by emitting bright light in the same or different colors. , Ornaments such as figurines and wall hangings, as well as pendants, brooches, and fingers The aim is to provide light-emitting ornaments that can also be used as ornaments such as rings. Target

[0006]

[Means for Solving the Problems]

  In order to solve the above-mentioned problems, in the present invention, the housing 11 and the housing When the power source 3 housed in the casing 11 and the light source 5 that emits light with the power from the power source 3 are housed Adjacent to the inside of the housing 11 with the back surface, the outer peripheral side surface, and the space between adjacent parts shielded from light A plurality of light guides 8 arranged and a housing 1 for controlling light emission / extinction of each light source 5. The light emitted from the switch 6 attached to the switch 1 and each light guide 8 in the housing 11 is diverged. And a light emitting window 9 formed in the housing 11.   A mask body 42 having a plurality of light emitting holes 43 is interposed between each light guide 8 and the light emitting window 9. It is characterized by having done.   The housing 11 holds each light guide body 8 or each light guide body 8 and the mask body 42. The light guide holders 26 and 27 are provided.   From the base housing 52, the power supply 3 installed in the base housing 52, and the power supply 3 The light source 5 which emits light with the power of Arranged adjacent to the base housing 52 so as to form a desired three-dimensional shape in the assembled state. Mounted on the base housing 52 so as to control the light emission and extinction of each light source 5. It has a switch 6 attached and a plurality of light emitting holes 81 for diverging the light emission of each light guide 53. Each light guide body is hollow and has a similar three-dimensional shape to accommodate each light guide body 53. It is characterized by including a design mask body 54 adapted to cover 53.   Each light source 5 is characterized by being an LED or a UVLED.   Each of the light guides 8 and 53 includes a back surface, an outer peripheral side surface, and a reflective layer or a reflective plate between adjacent ones. Alternatively, a reflective film is used.   Each light source 5 or each light guide 8, 53 is configured to have different emission colors. And are characterized.   Further, the light emission operation of the switch 6 controls the timing of light emission / extinction of each light source 5. The light emission control unit 30 is provided.

[0007]   In the present invention configured as described above, the light emission operation of the switch 6 is performed by each light source 5 Together with each other, thereby making each light guide 8 a color that reflects the color of light emitted from each light source 5. It is made to emit light brightly and is decorated with bright light from the light emitting window 9 of the housing 11. Each light guide When the mask body 42 is interposed between the body 8 and the light emission window 9, a plurality of mask body 42 Similarly, bright light from the light emission hole 43 is used for decoration.   When the light emission control unit 30 is used, the timing of light emission / extinction of each light source 5 is controlled. Meanwhile, each light source 5 is repeatedly made to emit light one after another in a predetermined order, and the The light bodies 8 are also made to repeatedly emit light in a predetermined order, and the light emitting windows 9 are moved one after another. Make it decorative by changing the flashing light.   Further, in the present invention, the light emitting operation of the switch 6 of the base housing 52 is performed by each light The light sources 5 are made to emit light together, and a plurality of light guides 53 having a required three-dimensional shape are emitted from each light source 5. A plurality of light emission holes 81 of the design mask body 54 are made to emit light brightly in a color reflecting the light color. From the same bright light to decorate.   Even when the light emission control unit 30 is used, the timing of light emission / extinction of each light source 5 is, for example, Since the control is repeatedly performed in a predetermined order one after another, a plurality of release of the design mask body 54 is performed. It is decorated by blinking light that changes from the light hole 81 one after another.

[0008]

[Embodiment of device]

  Hereinafter, a first embodiment of the present invention will be described with reference to the drawings. 1 in FIG. No. 1 is a light emission control type ornament, and as shown in FIG. 2 and FIG. Power supply housing that houses and holds the housing 2 and the power supply 3 molded in the rear housing 2. The parts 4 and the power from the power source 3 emit light of different required colors, for example, an LED or A plurality of light sources 5 such as UVLEDs, and a switch 6 for controlling light emission / extinction of each light source 5 , The back surface, the surrounding side surface, and the side surface between adjacent ones are shielded from the light source 5 respectively. A plurality of light guides 8 arranged adjacent to each other that emit light, and a light emitting element for diverging the light emission of each light guide 8 A front housing 10 in the form of a half having a light-emitting window 9 in the shape of a half. Also, light emission The mold ornament 1 includes a rear housing 2 and a front housing 10, for example, fitting projections or One housing by integrating with the required integration technology by using adhesive etc. It constitutes the ring 11.

[0009]   The rear housing 2 has a rectangular frame-shaped side wall 12 that has a rectangular configuration when viewed from the front. And a lid side surface accommodating portion 13 in which a part of the side wall 12 is recessed inward in a so-called U shape. Together with the lid bottom housing portion, a portion of the back wall 14 is recessed inward in the shape of a rectangular recess. A lid accommodating portion 16 having a shape integrally including 15 and a lid accommodating portion 16 formed substantially at the center. And a cylindrical power source accommodating portion 4. In addition, the rear side of the lid accommodating portion 16 has a lid The power supply lid 17 having a shape corresponding to the shape of the back surface of the container 16 is, for example, flattened to the power supply housing 4. To secure and protect the housing of the power source 3 such as a flat battery, for example, by fitting with a protrusion It is removably mounted with the required mounting technology.

[0010]   The adjacent light guides 8 are activated, for example, with zinc sulfide as copper, for example, as sulfide. The phosphorescent material using ZnS, Cu, etc. obtained by Or a rectangular parallelepiped shape having a rectangular cross section. , And are arranged side by side in a row. Each of the light guides 8 has already been described. As described above, a reflective layer, a reflective plate, or A film (not shown) may be attached, or, for example, a light shielding layer, a light shielding plate, or Prevents mutual light emission from affecting each other by attaching a light-shielding film, etc. And the bottom surface corresponding to the lighting start point side of the light guide, which is one side surface of each A light source accommodating recess 18 for accommodating the light source 5 is formed therein. Light source housing concave The shape of the portion 18 is a shape corresponding to the outer shape of the light source 5 in order to improve the efficiency of light guiding. Preferably there is. In addition, each light guide body 8 is, for example, an adhesive reflection layer, a reflection plate, Alternatively, by using a reflective film or adhesive, etc. It may be fixed integrally. The technical installation relationship of each light guide 8 installed adjacent to this A specific example of will be described later.

[0011]   The front housing 10 has a quadrangular structure similar to the rear housing 2 when viewed from the front. The side wall 21 having a rectangular frame shape and the inside of the side wall 21 operably mounted, for example, Ride-type, rotary-type or push-type switch 6 is operably accommodated. Switch opening 23 formed in the side wall 21 and a planar shape from the outer end of the side wall 21. The formed outer surface portion 24 and the required design shape formed in the center of the outer surface portion 24 For example, a star-shaped light-emitting window 9 and, for example, four The light guide accommodating portion 25, which is in the shape of a rectangular frame that surrounds one side, and the rear surface of the outer surface portion 24 accommodates the light guide. Light guide for fixing and holding the adjacent light guides 8 formed around the portion 25 Adjacent to the light guide fixing cylinder 26, which has a female screw formed in the center so as to form a part of the body holding portion, In a state where each of the arranged light guides 8 can be brought into close contact with the back surface of the outer surface portion 24 around the light emission window 9. It is configured as a flat plate or a frame so as to form another part of the light guide holder to be held. The light guide holder 27 is provided. The light emitting window 9 may be transparent or A semi-transparent synthetic resin material or glass material may be attached.

[0012]   The light guide holder 27 has, for example, an insertion hole for a screw, and the mounting screw 28 is attached to the light guide. By being screwed into the fixed cylinder 26, the light guide holder 27 is in a state of being adjacent to the light guide housing 25. The light guides 8 accommodated in the above are placed on the back surface of the outer surface portion 24, that is, on the back surface of the outer surface portion 24. The light emitting window 9 is held in a state of being pressed and closely contacted with the peripheral portion of the light emitting window 9 (see FIG. 2). However, the light guide holder 27 is provided with a cylindrical protrusion instead of the mounting screw 28, -Shaped protrusions are press-fitted into the light guide fixing cylinder 26 to hold each light guide 8 installed adjacently. Or, instead of using the light guide holder 27, the light guides 8 that are installed adjacent to each other can be collected. You may employ | adopt the structure which press-fits in the container part 25 and hold | maintains it.

[0013]   On the other hand, the light source 5 is mounted on each of the light guides 8 that are installed adjacent to each other. By bringing the substrate 29 into close contact with the bottom surface of each light guide body 8, the light source housing recess of each light guide body 8 is formed. The light source 5 is accommodated in or fitted to the portion 18, and By accommodating it in the light guide accommodating portion 25 together with the light source substrate 29 in the close contact state, the light source The light source 5 can be accommodated in the accommodation recess 18 or the fitting can be fixed. Each light guide When each light source 5 emits light, the body 8 is in the relationship of housing the light source 5 in the light source housing recess 18. The light emitted from the light source 5 is efficiently guided and emitted. In addition, each light source 5 Wiring (not shown) from a terminal (not shown) attached to the container 4 is connected to the light source substrate 29. Power supply from the power source 3 via the circuit of the light source substrate 29 by connecting to the path. It emits light when it hits.

[0014]   By the way, when making each light source 5 emit light, each light source 5 is operated by the light emitting operation of the switch 6. The light emission control unit 30 that controls the timing of light emission and extinction of the light may be used. Emission control Although not shown in detail, the part 30 is started in response to a light emitting operation of the switch 6, for example. For example, use multiple relays, or use a circuit configuration that utilizes the charging / discharging action of capacitors. Or use a logic circuit with a timer or random number generator, By using the built-in CPU, the timing of light emission and extinction of each light source 5 can be controlled. A control circuit (not shown) for controlling light emission / extinction is mounted on a control circuit board. The light emission control unit 30 is installed on the outer surface of the power supply housing 4, for example, or the lid housing 1 6 is installed on a substrate supporting portion (not shown) formed on the outer surface of 6 or adjacent to Light guide holding for mounting and protecting each light guide 8 arranged in contact with the front housing 10. It is preferably installed in the housing 11 in such a manner as to be installed on the back surface of the body 27. Good

[0015]   The light-emission control unit 30 operates the switch 6 by the preset internal configuration. When a drive command by optical operation is input, the timing of light emission and extinction of each light source 5 By appropriately controlling, for example, the light guide 8 at the leftmost position sequentially emits light to the light guide 8 at the right position. Either sequentially or in the opposite direction, or Repeat the light emission and extinction of the light body 8 in another unique order, or The light emission / extinction of each light guide 8 is always randomly changed in an irregular order. It is now possible to do so. Therefore, the switch 6 has the same light source 5 In addition to switching between time emission and simultaneous extinction, whether the various controls of the light emission control unit 30 as described above. Including a configuration for performing the selection operation so that any control can be selected as needed. You can let me.

[0016]   This light emitting ornament 1 can be used as a figurine type or a wall hanging type , It is not necessary to apply, for example, a part of the side wall 21 of the rear housing 2 If you attach the necklace member 31 to it, you can use it as a pendant that emits light (Fig. 4). (Refer to (A)), if the piercing pin member 32 is attached to the rear surface of the rear housing 2, it emits light. Can be used as a brooch or batch (see Fig. 4 (B)), the back of the rear housing 2. If the ring member 33 is attached to the ring, it can be used as a ring that emits light (FIG. 4). (See (C)).

[0017]   Next, an example of assembling the light emitting decorative article 1 of the present embodiment will be described. First The switch opening 23 formed in a part of the side wall 21 of the housing 10 has a switch. Attach the switch 6. A plurality of light sources 5 are mounted on the light source board 29, and a lid accommodating portion is provided. Each wiring (illustration is shown) between the 16 terminals, the terminals of the switch 6, and the terminals of the light source board 29. No)) electrically connected. Each light source 5 is housed in the light source housing recess 18 of each light guide 8. In order to fit them properly, the light source substrate 29 is brought into close contact with each light guide body 8 and The light guide 8 and the light source substrate 29 are housed in the light guide housing 25, and The state where the light guides 8 are adjacently arranged is maintained.

[0018]   Then, for example, a light guide holder 27 is applied to the back surface of each of the light guides 8 arranged adjacent to each other. While contacting each other, a mounting screw 28 is attached to the light guide fixing tube 26 through the light guide holder 27. The light guide plates 8 adjacent to each other are screwed into the back surface of the outer surface 24 around the light emitting window 9 Hold it close to the surface. After that, the rear housing 2 and the front housing 10 and 10 are integrated by a required integration technique, and the rear housing 2 is covered. The power supply 3 is housed in the power supply housing 4 of the container 16, and the power supply lid 17 is provided on the back surface of the lid housing 16. When mounted, the assembly of the light emitting decorative article 1 of this example is completed.

[0019]   If the light-emission control unit 30 is used for assembling the light-emitting ornament 1, it should be installed adjacently. After holding each of the light guides 8 that have been formed by, for example, the light guide fixing body 27, The light emission control unit 30 is installed on the surface, and the light emission control unit 30 is provided with a power supply 3 and a switch 6. , And a wiring (not shown) to the light source substrate 29 may be electrically connected.

[0020]   When the light emitting ornament 1 is used, the switch 6 is operated to emit light, Electric power is supplied to the light source board 29 through the required wiring (not shown), and the respective light sources 5 are respectively placed. Light is emitted in the required color, and the adjacent conductors 8 are made to reflect the color of light emitted from each light source 5. Make it glow. The light emission of each light guide body 8 causes the light sources 5 to emit light at the same time. The light body 8 emits bright light. When each light guide 8 emits light, each light guide 8 emits light. Light is emitted from the star-shaped light emitting window 9 of the front housing 10, and is emitted from the star-shaped light emitting window 9. Decorate with several colors of light emission. In addition, when the light sources 5 emit light, the light emission control unit 30 is interposed. In this case, the timing of light emission and extinction of each light source 5 is controlled appropriately, so multiple installations Each of the light guides 8 that have been emitted, for example, repeatedly emit light one after another in a required order, and emit light from the light emitting window 9. Make it blink.

[0021]   Next, a second embodiment of the present invention will be described with reference to FIGS. The first The same parts as those in the embodiment will be designated by the same reference numerals and detailed description thereof will be omitted. In Figure 5 Reference numeral 41 is a light-emission control type ornament, and includes a mask body 42 as shown in FIG. It is a worm. The mask body 42 is provided on the rear surface of the front housing 10 in the light guide housing portion 2. 5 to form a rectangular flat plate when viewed from the front so that it fits within 5 It may be formed from a metal material or the like, or may be formed from a film-shaped member. For example, a plurality of light emitting holes 43 are arranged in a grid pattern. Mask body 42 Are the light guides 8 and the front housing 10 that are adjacently installed in the light guide housing 25. It is interposed between the outer surface portion 24 and the back surface around the light emitting window 9.

[0022]   When assembling the light emitting ornament 41 of this example, as in the case of the first embodiment, After performing each assembling work sequentially from the beginning, the light source board 29 on which each light source 5 is mounted is closely packed. Before accommodating the adjacent light guides 8 that are in contact with each other in the light guide accommodating portion 25, Alternatively, the mask body 42 is placed in the light guide housing 25 together with the light guides 8 that are arranged adjacent to each other. To accommodate. In any case, it is arranged adjacent to the light guide housing portion 25 together with the light source substrate 29. By accommodating the respective light guides 8 that have been placed therein, the light guides 8 and the outer surface portion 24 that are arranged adjacent to each other are exposed. When the mask body 42 is sandwiched between the rear surface around the light window 9 and each of the light guide bodies 8 installed adjacent to each other. The light guide holder 27 is brought into contact with the back surface of the It is fixed to the fixed cylinder 26. Installation of each light guide 8 and mask 42 that are installed adjacent to each other Do the work. Other than the assembling work, it is the same as in the case of the first embodiment. Well, detailed explanation is omitted.

[0023]   Even when using this light emitting type ornament 41, the switch 6 is operated to emit light, and the power source 3 Each light source 5 is caused to emit a desired color by electric power from The light of the required color of the source 5 is guided to emit light. In this case, in the mask body 42 Of all the light emission holes 43 in the part visible from the star-shaped light emission window 9, the area position within the light emission window 9 The required number of light emitting holes 43 for the table are decorated with bright light. On the other hand, when each light source 5 emits light When the light emission control unit 30 is activated, the light emission / extinction timing of each light source 5 is appropriate. Since it is controlled as appropriate, the required number of light emitting holes 43 corresponding to the area position in the light emitting window 9 can be changed by blinking light. Decorated.

[0024]   In addition, in the first and second embodiments, the rear housing 2 and the front housing 2 are divided in half. The housing 11 is formed by using the partial housing 10. It is not limited to the use of rear and front housings 2, 10 including shapes, The outer shape of the housing 11 including the rear housing 2 having a flat lid shape and the like. By giving shape to other required designs, you can add a decorative effect to a more unique shape. May be. In addition, each of the adjacent light guides 8 has a different color property. It may be possible to make the emission colors different from each other by using the same method. The light body 8 is provided with a desired color including, for example, a light-transmitting opalescent property and metallic property. Or, by applying a film or the like containing such a light-transmitting pattern. Of course, you can also do it.

[0025]   Furthermore, the required color including opalescence and metallicity is provided on the light emitting surface of each light guide 8 installed adjacently. The light-transmissive decorative plate is interposed, or the light guides 8 are installed adjacent to each other. In addition, the part that can be seen through the light emitting window 9 has a sculptural three-dimensionality imitating people, animals, plants, etc. It is also a preferred embodiment that it is provided.

[0026]   Next, a third embodiment of the present invention will be described with reference to FIGS. The first The same parts as those in the embodiment will be designated by the same reference numerals and detailed description thereof will be omitted. In FIG. Reference numeral 51 is a light emitting ornament, and as shown in FIG. , The rear surface, and the space between adjacent ones are shielded, and each light source 5 is housed. A plurality of light guides that are adjacent to each other and form a three-dimensional shape imitating 53 and a plurality of light emitting holes 81 for diverging the light emission of each light guide body 53 installed adjacently. In addition, it is hollow and has a similar three-dimensional shape to accommodate the light guides 53 installed adjacent to each other. And a design mask body 54. In addition, the three-dimensional shape of each light guide 53 installed adjacently The shape is not only a mouse, but also other required solids that imitate humans, other animals, insects, plants, etc. It may have a shape.

[0027]   The base housing 52 is formed in the shape of the bottom surface of each light guide 53 that is adjacently installed in the shape of a mouse. A side wall 61 having a curved frame shape imitating the shape, and a switch 6 formed on a part of the side wall 61 A switch opening 62 for operably housing the side wall 61 and an inner side extending from one end of the side wall 61. And a flat plate-shaped rear wall 63, and a part of the side wall 61 is depressed and A lid accommodating portion 64 in which a portion is recessed inwardly in a rectangular shape, and a lid accommodating portion 64 formed substantially at the center. And a cylindrical power source accommodating portion 4. In addition, the lid accommodating portion 64 has a rear face with a lid accommodating portion. A power supply lid 65 having a shape that matches the shape of a part of the side wall 61 of the container portion 64 and the back surface thereof In order to fix and protect the housing of the power source 3 in the container portion 4, for example, by fitting with a protrusion or the like. It is detachably attached with the required attachment technology.

[0028]   Although not shown in detail, the base body housing 52 is arranged adjacent to the mouse by imitating a mouse. Required mounting technique for mounting each placed light guide 53, for example, by fitting a protrusion Is used to attach the design mask body 54 that resembles a mouse. Similarly, a required mounting technique is used, for example, by fitting projections. In the former case , For example, the outer circumference near the bottom surface of each light guide 52 installed adjacent to Molded so as to be slidably fitted in the curved frame-shaped side wall 61 and provided with protrusions or the like On the other hand, for example, a deformed donut having a recess or the like fitted to the protrusion on the inner periphery of the side wall 61. A planar surface or a convex step (not shown) and the like, and Fitting and mounting on a deformed donut-shaped flat surface or convex step, screwing in an adhesive or mounting screw, etc. It is also possible to use a configuration such as fixing with. In the latter case, the configuration is similar. May be used, but as for the mounting of the design mask body 54, the base housing 52 In addition to directly adhering and fixing to the curved frame-shaped side wall 61 using an adhesive or the like, By using an adhesive agent or the like on the inner hollow portion of the mask body 54, each of the adjacent conductors is installed. A configuration in which the outer surface of the optical body 53 is integrally bonded and fixed beforehand may be used.

[0029]   Each of the light guides 53 installed adjacent to each other is in a state in which the light guides 53 are brought into contact with each other as a whole. Specifically, for example, it has a three-dimensional shape that imitates the head and body of a mouse. Each light guide 53 A light source accommodating recess (not shown) for accommodating or fitting the light source 5 is formed on the back surface of the On the back surface of each light guide body 53, or on the side surface between adjacent light guide bodies 53, a reflection layer, a reflection plate, or A reflective film or the like is attached. Further, each light guide 53 is also adhesive, for example. Whether to use a reflective layer, a reflective plate, a reflective film, or an adhesive Therefore, they may be integrated with each other in advance. To the light source accommodating recess of each light guide 53 Even when the light source 5 is to be housed or fitted, each light source 5 is mounted on the back surface of each light guide 53. This is done by bringing the light source board 71 into close contact with each other.

[0030]   The light source board 71 is, for example, the bottom surface of each light guide body 53 that is adjacently installed in the shape of a mouse. The reflective layer, the reflective plate, and the reflective layer Alternatively, it may be used as a substitute for a reflective film. In this case, power is supplied to each light source 5. It is preferable to configure the circuit to be formed on the back surface of the light source substrate 71 in terms of various factors such as productivity. . In addition, the area of the light source substrate 71 matches the shape of the bottom surface of each light guide 53 that is adjacently installed. When the area is set to a size, a plurality of light sources 5 having different emission colors are provided for each light guide body 53. Can be accommodated or fitted to each other, so that each light guide 53 can be further It is also possible to emit light of multiple colors.

[0031]   The design mask body 54 is made of a member such as a synthetic resin material or a required metal material. , For example, in order to accommodate the light guides 53 adjacently installed in the shape of a mouse, And an opening (not shown) for accommodating each of the light guides 53 installed adjacent to each other is provided. In the same shape, the light guides 53, which are placed adjacent to each other in the shape of a mouse, are housed without any gaps. A mouse that has an internal hollow shape that resembles a mouse and has the same external appearance as the main body It is molded into the required curved surface shape that makes a three-dimensional shape imitating A plurality of light emitting holes 81 are formed. Further, the size of each light emitting hole 81 as a whole is Not a uniform size, but from a light emitting hole 81 at a position corresponding to the back of a mouse, for example. Also, the light emitting hole 81 on the lateral side is formed slightly larger, so that it can be described as a living thing. It is designed to be felt. Further, on the outer surface of the design mask body 54, A nose-shaped ornament 82 imitating the nose and an ear-shaped ornament 83 imitating the ear are attached or molded. It

[0032]   For an example of assembling the light emitting ornament 51 of this example, as described above, the light emitting ornament 5 No particular difficult configuration is used for each configuration of No. 1, but the description of the first embodiment is given. Detailed description will be omitted because it can be easily conceived from the disclosed example of assembly. Also used The example is basically the same as the case of the second embodiment, and detailed description is omitted. I will omit it.

[0033]   It should be noted that the design mask body 54 of the present embodiment is not limited to the configuration as described above. It is not fixed, but covers the entire base housing molded in a flat plate shape, for example. It may be configured so as to be concealed, and the structure shown in the second and third embodiments may be used. Even if the light emitting holes 43, 81 are not limited to circular or elliptical ones. Needless to say, it may be formed in a rectangular shape, a star shape, a heart shape, or any other shape. It

[0034]

[Effect of device]

  Since the present invention is constructed as described above, the light-emitting windows 9 and 43 are not formed. By providing the plurality of light sources 5 and the plurality of light guides 8 in the housing 11, It is possible to show bright luminous decorations with the same color or different colors, and figurines In addition to decorative items such as type and wall hanging type, as pendants, brooches, rings, etc. It can also be used for ornaments, to decorate the interior of the room and users' clothes and hands with shining decorations. You can

[0035]   That is, in the present invention, this is housed in the housing 11 and the housing 11. The power supply 3 and the light source 5 that emits light with the power from the power supply 3 are housed, and the rear surface and the outer peripheral side A plurality of light guides arranged adjacent to each other in the housing 11 in a state in which light is shielded between the adjacent surfaces. A switch installed in the housing 11 so that the body 8 and the light sources 5 can be turned on and off. And the housing 11 so as to radiate the light emitted from the light guides 8 in the housing 11. This is because it is provided with a light emitting window 9 formed in the interior of the room. You can decorate your clothes and hands with beautiful light, It provides the decoration of bright light and can brighten and enrich people's hearts, and It will be possible to strategically open new markets and provide new industrial fields. Is.

[0036]   A mask body 42 having a plurality of light emitting holes 43 is interposed between each light guide 8 and the light emitting window 9. Because of this, it is possible to reveal the dazzling, adult-like decoration of light.

[0037]   The housing 11 holds each light guide 8 or each light guide 8 and the mask body 42. Since the light guide holders 26 and 27 are provided, it is easy to assemble and is resistant to vibration and shock. , Can improve reliability for long-term use.

[0038]   In the present invention, the base housing 52 and the base housing 52 are installed. The power source 3 and the light source 5 which emits light with the power from Substrate housing to form the required three-dimensional shape with the surrounding sides and the space between adjacent parts shielded from light. A plurality of light guides 53 arranged adjacent to the group 52 and light emission / extinction of each light source 5 are operated. The switch 6 mounted on the base housing 52 and the light emitted from the light guides 53 are diverged. It has a plurality of light emitting holes 81, and is hollow so as to house each light guide 53. And a design mask body 54 which has a three-dimensional shape and covers each light guide body 53. As a result, the overall design of the design mask body 54 is enhanced. It becomes possible to have a rich design, it can be used in the room or the user's day and night. Decorate clothes, hands, etc. with various kinds of beautiful light emitted by the design mask body 54 to make people's hearts You can cheer up brightly, and you can strategically open new markets. In addition, it can drive the creator's willingness to create infinitely. It is possible to continue to provide luminescent ornaments that attract people's attention with changes.

[0039]   Since each light source 5 is an LED or UVLED, it can emit light with a small amount of power. It is possible to extend the life of the power supply 3.

[0040]   Each of the light guides 8 and 53 includes a back surface, an outer peripheral side surface, and a reflective layer or a reflective plate between adjacent ones. Alternatively, since a reflective film is used, the light emitted from each light guide member 8 and 53 is directed to each adjacent light source. It is possible to increase the brightness of light emission without adversely affecting the light bodies 8 and 53. Noh, it is possible to provide an even brighter beauty to the decorativeness of light.

[0041]   The light sources 5 or the light guides 8 and 53 are configured to have different emission colors. Therefore, the decorative property of emission of a plurality of colors from the light emitting window 9 or the light emitting holes 43, 81 should be exhibited. As a unique and versatile light ornament, you will never be tired of it Can be something.

[0042]   Further, the light emission operation of the switch 6 controls the timing of light emission / extinction of each light source 5. Since the light emission control unit 30 is provided, each light guide body 8 or the light emitting hole 43 of the mask body 42 is also provided. The decoration of blinking light that changes from the light emitting hole 81 of the design mask body 54 one after another. It is possible to show the sex and further enhance the beauty.

[Brief description of drawings]

FIG. 1 is a perspective view showing a first embodiment of the present invention.

FIG. 2 is a plan sectional view showing an internal structure of the same.

FIG. 3 is likewise an exploded perspective view.

FIG. 4 is a rear view showing an example of the same use.

FIG. 5 is a perspective view showing a second embodiment of the present invention.

FIG. 6 is an exploded perspective view of the same.

FIG. 7 is a perspective view showing a third embodiment of the present invention.

FIG. 8 is an exploded perspective view of the same.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Emitting ornament 2 ... Rear housing 3 ... Power supply 4 ... Light source accommodation 5 ... Light source 6 ... Switch 8 ... Light guide 9 ... Light emitting window 10 ... Front housing 11 ... Housing 12 ... Side wall 13 ... Lid side accommodation Part 14 ... Rear wall 15 ... Lid bottom housing part 16 ... Lid housing part 17 ... Power supply lid 18 ... Light source housing recess 21 ... Side wall 23 ... Switch opening 24 ... Outer surface part 25 ... Light guide housing 26 ... Light guide fixing Cylinder 27 ... Light guide holder 28 ... Mounting screw 29 ... Light source substrate 30 ... Light emission control unit 31 ... Necklace member 32 ... Pin member 33 ... Ring member 41 ... Light emitting ornament 42 ... Mask body 43 ... Light emitting window 51 Light-emitting ornaments 52 ... Base housing 53 ... Light guide 54 ... Design mask 61 ... Side wall 62 ... Switch opening 63 ... Back wall 64 ... Lid accommodating portion 65 ... Power lid 71 ... Light source substrate 81 ... Light emitting hole 82 ... Nasal ornament 3 ... ear-shaped ornament

Claims (8)

[Scope of utility model registration request] 1. A plurality of housings, a power supply housed in the housing, and a light source that emits power from the power supply are housed together and are arranged adjacent to each other in the housing in a state in which light is shielded from the rear surface, the outer peripheral side surface, and the adjacent spaces. A light guide, a switch mounted on the housing for controlling light emission and extinction of each light source, and a light emission window formed on the housing for diverging light emission of each light guide in the housing. Luminescent ornaments that do. 2. A mask body having a plurality of light emitting holes is interposed between each light guide and the light emitting window.
The light-emitting ornaments described. 3. The light emitting ornament according to claim 1, wherein the housing is provided with a light guide holding portion that holds each light guide or each light guide and the mask body. 4. A base housing, a power source installed in the base housing, and a light source that emits power from the power source are housed, and a required three-dimensional shape is formed in a state in which light is shielded from the back surface, the outer peripheral side surface, and between adjacent ones. As described above, each of the light guides has a plurality of light guides disposed adjacent to the base housing, a switch mounted on the base housing to operate emission and extinction of each light source, and a plurality of light emission holes for diverging the light emission of each light guide. A light-emitting ornament, comprising a design mask body that is hollow and has a similar three-dimensional shape so as to house the light guide body and is in contact with each light guide body. 5. The light-emitting decorative article according to claim 1, wherein each light source is an LED or a UVLED. 6. The light-emitting type according to claim 1, wherein each light guide body uses a reflection layer, a reflection plate, or a reflection film between the back surface, the outer peripheral side surface, and the adjacent side surfaces. Ornaments. 7. The light-emitting decorative article according to claim 1, wherein each light source or each light guide is configured so as to have different emission colors. 8. The light-emitting ornament according to claim 1, further comprising a light-emission control unit that controls the timing of light emission / extinction of each light source by operating a switch to emit light.