CN2471573Y - fiber optic pompom - Google Patents

Abstract

The optical fiber pompon is formed by combining a plurality of yarns, a plurality of optical fibers mixed in the plurality of yarns and a binding thread for tying the yarns and the optical fibers in a surrounding way, the light guide pompon is formed by hiding the fluffiness of the yarns and the optical fibers in the yarns, the lower end of the light guide pompon is connected with a bottom cover, and a luminous body is arranged in the bottom cover, so that the light guide pompon becomes a beautiful luminous ornament, has novel and vivid visual effect and can be designed into various forms.

Description

fiber optic pompom

The utility model relates to a light-guiding optical fiber pompom, which can be used as flowers, flower pots, brooches, earrings, hat decorations, Christmas decorations, animal shapes and the like. , up to beautiful and novel visual effects.

The conventional technique of using optical fiber to emit light has been applied to various decorations such as clocks and artificial flowers. 92. The bundle tube 93 used to protect the optical fiber and the bundle ring 94 combining the petals 91 and the bundle tube 93 are combined. The bottom end (not disclosed) of the aforementioned optical fiber 92 will conduct light under the illumination of the light To the top to produce a point-like luminous effect, making it produce a novel and beautiful visual experience. However, this kind of artificial flower combined with optical fiber not only exposes the shape of each optical fiber, but also makes the flower not realistic enough, but too artificial. The reason is that the optical fiber is too exposed, and people can recognize it as an optical fiber flower at a glance. .

In view of this, the purpose of this utility model is to provide an ornament that does not expose the optical fiber and does not lose the luminous effect of the optical fiber.

The purpose of this utility model is achieved in this way: 1. An optical fiber pompom, which is composed of: a plurality of yarns; a plurality of optical fibers, which are mixed in the plurality of yarns; a bundle of threads, which binds the yarns Threads and optical fibers are tied around; after the above-mentioned structure is combined, it is formed into a light-guiding pompom by virtue of the bulkiness of the yarn and the hiding of the optical fiber in the yarn. The lower end of the light-guiding pompom is connected to a bottom cover, and the bottom cover A luminous body is provided.

Multiple glitters can be mixed and embedded in the pompom, and the glitter protrudes from the surface of the pompom like a hedgehog.

Glitter can be pre-set in the nylon yarn. After the nylon yarn shrinks when heated, the glitter will protrude from the surface of the pompom.

The yarn is preferably acrylic yarn.

After the binding yarn is tied, the length of one end of the yarn is greater than the length of the other end.

Optical fiber pompoms are made of a large number of acrylic yarns mixed with multiple optical fibers to form a bundle, or a large number of acrylic yarns mixed with multiple optical fibers and nylon yarns with inner alloy onions are mixed to form a bundle; Bind the yarn at equal intervals of the yarn, and then divide it into several small sections, each of which is bound by a binding wire, the length of the yarn at one end of the binding line is greater than the length of the other end, when each small section of yarn is placed After being heated in the oven, the acrylic yarn undergoes a fluffy change when heated, while the nylon yarn undergoes a physical change of shrinkage when heated and the glitter is reserved for molding, while the optical fiber is hidden in the fluffy acrylic yarn, and finally formed into an inner Reserve multiple optical fibers and pompoms with glitter.

The bottom cover can be socketed at the lower end of the pompom to form a flower. There is a luminous body (such as LED) pre-stored in the bottom cover. The light point, and the light point is different with the color of the luminous body, thus making the pompom a beautiful and luminous ornament.

The light source can also be placed under the pompom, and the light can be transmitted from the bottom to the top by virtue of the light guide of the optical fiber, so that the top of the optical fiber can shine, and the optical fiber can emit different lights according to the color of the illuminant. confused color.

After the yarn in the pompom is mixed with optical fiber and glitter, the optical fiber is hidden in the yarn, so the structure of the optical fiber cannot be seen from the surface of the pompom, only the yarn and glitter can be seen, and the glitter is used as Used for decoration, thereby making the pompoms more realistic and lifelike, as lifelike as pompom flowers.

The implementation of the utility model can at least obtain the following results:

1. The semi-circular or round pompom not only looks like a plant pompom flower lifelike, but also makes the top of the optical fiber in the pompom produce light spots after the bottom luminous body emits light, and sparkles under the display of multiple optical fibers. To achieve a bright and bright effect.

2. Pompoms can be made into various forms such as flowers, flower pots, brooches, earrings, hat ornaments, Christmas decorations and animal shapes after matching, so the shapes are varied.

3. The optical fiber in the pompom can be different with the color of the luminous body, so when the optical fiber pompoms of different colors are gathered together, it can produce a touching and charming visual effect.

Below in conjunction with accompanying drawing and embodiment the utility model is described further.

Fig. 1 is a diagram of the first manufacturing step of the light guide pompom of the present invention.

Fig. 2 is a diagram of the second manufacturing step of the light guide pompom of the present invention.

Fig. 3 is a diagram of the third manufacturing step of the light guide pompom of the present invention.

Fig. 4 is a diagram of the fourth manufacturing step of the light guide pompom of the present invention.

Fig. 5 is a perspective view of the light guide flower of the present invention.

Fig. 6 is a cross-sectional view of the light guide flower of the present invention.

Fig. 7 is a diagram of the first manufacturing step of another light-guiding pompom of the present invention.

Fig. 8 is a diagram of the second manufacturing step of another light-guiding pompom of the present invention.

Fig. 9 is a diagram of the third manufacturing step of another light-guiding pompom of the present invention.

Fig. 10 is a diagram of the fourth manufacturing step of another light-guiding pompom of the present invention.

Fig. 11 is a perspective view of another light guiding pompom of the present invention.

Fig. 12 is a cross-sectional view of another light guiding pompom of the present invention.

Fig. 13 is a schematic diagram of the combination of the light-guiding pompom and the light-emitting bottom cover of the present invention.

Fig. 14 is a schematic diagram of the combination of another light-guiding pompom and a light-emitting bottom cover of the present invention.

Fig. 15 is an implementation diagram of the combination controller of two light-guiding pompon flowers of the present invention.

Fig. 16 is an implementation diagram of the utility model light guide pompom implemented in the eyes of a dog doll.

Fig. 17 is an implementation diagram of the light guide pompom of the present invention implemented in a flower pot.

Fig. 18 is a schematic cross-sectional view of a conventional luminescent artificial flower.

Figures 1 to 4 show the manufacturing steps of the light guide pompon of the present invention, wherein Figure 1 reveals a plurality of yarns, especially acrylic yarn 20 (Uli yarn, polyester multi-component yarn, etc. can also be used) , a plurality of acrylic yarns 20 are mixed and doped with a plurality of optical fibers 30 (the closer to the center of the optical fiber is better) and integrated into a bundle of yarns 10, then as shown in Figure 2, tightly tied at equal distances After binding the wire 40, as shown in Figure 3, cut into several small sections of bundles of yarns 11 with the cutter wheel 60 at equal intervals, and make each small section of bundles of yarns 11 have a binding wire 40, and the yarn at one end of the binding wire 40 The length of 41 must be greater than the length of the yarn 42 at the other end. Finally, as shown in Figure 4, each small piece of yarn 11 is placed in an oven 70 and heated to 50°C. At this time, the acrylic yarn 20 undergoes heat treatment to produce fluffy physical changes , especially the longer end 41 of the bundle yarn 11 will be more fluffy, and like the semicircle pompom 12, its perspective view is as shown in Figure 5, and the cross-sectional view is as shown in Figure 6.

Figures 7 to 10 are step diagrams for manufacturing another light-guiding pompom of the present invention, which are exactly the same as the manufacturing process of the above-mentioned light-guiding pompom, except that a nylon yarn 50 is added to the material, and the nylon yarn 50 contains glitter 51 (Fig. 12 and 13), when the nylon yarn 50 is heated, it will shrink physically, while the glitter 51 will not be deformed when heated. Therefore, when the yarn bundle 10 is heated, the acrylic yarn 20 will be fluffy, the nylon yarn 50 will shrink and the glitter 51 will be exposed, and the optical fiber 30 will be mixed in the fluffy acrylic yarn 20. Form a ball-shaped pompom 13 as shown in Figure 11, and its cross-sectional structure is as shown in Figure 12, because the glitter 51 protrudes radially, so the shape is like a soft hedgehog, and the optical fibers 30 are concentrated in the middle to form the same effect as a stamen , looks quite like plant pompoms in appearance, because the acrylic yarn 20 and the glitter 51 have different colors, so they are beautiful and lifelike.

Figures 13 and 14 are all embodiment diagrams of pompoms of the present utility model, revealing that the lower ends of pompoms 12, 13 can be socketed with a bottom cover 71 to form a pompom flower, and the bottom of the pompom under the bottom cover 71 A luminous body 72 (for example: LED, Christmas light bulb, luminescent chip) is arranged in the beam ring 711. When the luminous body 72 is energized to emit light, the light will be transmitted from the bottom end of the optical fiber 30 to the top, so that the top of the optical fiber is shining brightly, and the There are many luminous spots on the surface of pompom flowers, which are very beautiful in an instant. If the light source is added to flicker, it can achieve a beautiful and charming effect. Secondly, the color of the light-emitting point of the optical fiber 30 can vary with the different illuminants 72, for example, a red illuminant produces red light, a yellow illuminant produces yellow light, a green luminous body produces green light, etc., all of which will cause the optical fiber 30 to generate light. Glowing dots of different colors.

Figure 15 is a diagram of an embodiment derived from the aforementioned pompom flowers. After the luminous body 72 of each pompom flower is connected in series with a power cord, it is then connected to the power controller 80, and is activated by flipping the dip switch 81 of the controller. Make the illuminant 72 electroluminescent, so that the optical fiber 30 in the pompom flowers 12, 13 produces a beautiful luminous point; otherwise, after the dip switch 81 is switched, the power supply will be stopped and no light will be emitted.

Shown in Fig. 16,17 is the feasible embodiment of the present utility model, and wherein, the dog doll eyes in Fig. and the pompon flowers 13 in the flower pot of Fig. 17 can make the optical fiber emit light or not emit light under the control of the power controller 80. Because the light guide pom can be used on many products, it has a wide range of applicability, such as light-up hats, light-up brooches, light-up rings, etc.

【Description of figure number】

10……Bundle of yarn; 11…Small section of yarn; 12…Semi-round pompom; 20…Acrylic yarn; 30…Optical fiber; 40…Bundling thread; 41…Long yarn; 42… Short yarn; 70...Oven; 50...Nylon yarn; 51...Glitter; 60...Cutter wheel; 71...Bottom cover; Controller; 81...dip switch.

Claims (5)

1. An optical fiber pompom is composed of: multiple yarns; a plurality of optical fibers intermingled within the plurality of yarns; a bundle of wires that tie the yarns, optical fibers around; After the above-mentioned parts are combined, the light-guiding pompom is formed by virtue of the bulkiness of the yarn and the hidden optical fiber in the yarn. The lower end of the light-guiding pompom is connected to a bottom cover, and a luminous body is arranged in the bottom cover. 2. The optical fiber pompom according to claim 1, characterized in that: the pompom contains multiple glitters, and the glitter protrudes from the surface of the pompom like a hedgehog. 3. The optical fiber pompom according to claim 2, wherein the glitter is preset in the nylon yarn, and the glitter protrudes from the surface of the pompom after the nylon yarn shrinks when heated. 4. The optical fiber pompom according to claim 1, wherein the yarn is acrylic yarn. 5. The optical fiber pompom according to claim 1, characterized in that: after the yarn is tied with the binding wire, the length of one end of the yarn is longer than the length of the other end.

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