TWM481585U - Light-accumulating flower ornament - Google Patents

Description

Light storage

This creation is about a kind of luminous flower decoration, especially a light-storing floral ornament with light storage characteristics.

The illuminating floral decoration, such as the structure of the flower in the lamp disclosed in the Republic of China No. M285245, is to place the light-emitting diode (LED) in the artificial flower to make the light shine out, so as to produce a clearing effect. The flower looks more vital, in which the LED is combined with a small battery container and a flower. When the power provided by the battery is insufficient, the battery must be replaced to maintain the brightness of the light.

In addition, the "flower-type light-emitting device" disclosed in the Patent No. M367609 of the Republic of China is powered by a battery unit to provide light-emitting unit power, and is electrically connected to the light-emitting unit by a connector and can be electrically connected to the commercial power source separately. Then, the power switch mode is switched through the control switch, thereby controlling whether the light-emitting element emits light by using a battery or by using a commercial power source. Although this patent can provide different power to maintain the brightness of the flower-emitting device, its application range has its limitations, and it can only be placed in a place where it is convenient to connect to the mains, in order to achieve the purpose of transforming different power.

Furthermore, the conventional illuminating floral ornaments are made by the supply of external electric power such as a battery or a commercial power, and the garnish is often illuminated, and only a dot-like or partial illuminating effect can be produced, and a large-area hair cannot be produced. In addition, in order to meet the environmental protection concept and safety considerations, the author of this creation has specially developed a light-storing floral ornament that can effectively overcome the above-mentioned defects, and exposes and applies for it.

The main purpose of the present invention is to provide a light-storing floral ornament which utilizes the characteristics that the light-storing fiber can absorb light and store light, so that the petal structure woven by the light-storing fiber can emit light at night or in the dark to effectively provide soft illumination, and The light-emitting part is the entire petal structure, thereby forming various flower patterns and exhibiting different visual effects.

Another object of the present invention is to provide a light-storing floral ornament which can be combined with different flower plants to form various potted plants, wall decorations, boutonniere or wreaths, etc., and the products can be illuminated without using external electric power, and are non-radioactive, safe, non-toxic and resistant. Washed and other characteristics.

In order to achieve the above object, the present invention proposes a light-storing floral ornament comprising a flower-shaped body having a plurality of petal structures, and the petal structures are woven from a plurality of light-storing fibers for illuminating by light-storing fibers.

Wherein, the petal structures are stacked in a plurality of layers, and each petal structure overlaps with the adjacent petal structure to form a flower pattern of the multi-petal flower; or the petal structures are arranged in a circle, and each petal structure It does not substantially overlap with the adjacent petal structure to form a flower pattern of a single petal. Specifically, the flower pattern formed by these petal structures can be designed as roses, tulips, camellia or lilies. Depending on the pattern, different concentrating effects will be produced.

Furthermore, in addition to the petal structure, the flower body may further comprise at least one stamen structure, leaf structure or flower stem structure, and the stamen structure, leaf structure or flower stem structure may also be The optical fiber is woven to achieve light storage and then emit light.

In addition, the above-mentioned light-storing flower system can combine the flower-shaped body and the flower body into a pot, a wall decoration, a boutonniere or a wreath, etc., and is suitable for use in different places such as a living room, a restaurant, a banquet hall, and the like.

In order to further understand the purpose, characteristics and functions of this creation, the following is a detailed description of the following:

1‧‧‧Flower Ontology

10‧‧‧petal structure

20‧‧‧Light storage fiber

21‧‧‧Single light-storing fiber

30‧‧‧Light storage fiber

31‧‧‧ shell

32‧‧‧ nuclear layer

40‧‧‧Flow stem structure

50‧‧‧ blade structure

60‧‧‧ flowerpots

70‧‧‧Flower structure

80‧‧‧ skeleton

Fig. 1 is a schematic view showing an embodiment of a light-storing floral ornament provided by the present invention.

Figures 2a and 2b are schematic views of two types of light-storing fibers of the light-storing flower provided by the creation.

Figure 3 is a schematic illustration of another embodiment of a light-storing floral ornament provided by the present invention.

Figure 4 is a schematic diagram of the light-storing floral application provided by the creation as a potted plant.

Figure 5 is a schematic view of the light-storing floral application provided by the creation as a wreath.

Figure 6 is a schematic diagram of the glazed flower application provided by the creation of the boutonniere.

Figure 7 is a schematic diagram of the light-storing floral application provided by the creation as a wall decoration.

Please refer to FIG. 1 , which is a schematic diagram showing an embodiment of a light-storing floral ornament provided by the present invention. The light-storing flower has a flower-shaped body 1 in which the flower-shaped body 1 is composed of a plurality of petal structures 10, and the petal structure 10 is made of a light-storing fiber 20, which is processed by the light-storing fiber 20 as a light-storing material (detailed Afterwards, it has the characteristics of a light-storing material, which can absorb visible light, sunlight, or ultraviolet light during daytime or sufficient light, and convert it into light energy storage at night or black. Lights of various colors are emitted in the dark, and the light is soft and not glaring, which is easy to create a comfortable and warm atmosphere.

In the present invention, the light-storing fiber 20 may be selected from a warm-colored light-storing fiber or a cool-color light-storing fiber, and each of which may emit a warm-light light wavelength and a cool-color light-optic wavelength, and may be used in combination of two color-based light-storing fibers 20 in practice. The method of manufacturing the light-storing fiber 20 can be obtained by subjecting a warm color or a cool color light-storing material to a kneading and spinning technique. Among them, the warm color light-storing material utilizes an organic compound having a three-ammonium bond stereo structure to collide with a light-storing material containing a rare earth element in a very low temperature environment to cause an instantaneous high temperature on the collision surface and a three-ammonium bond three-dimensional structure. The organic compound is sprayed on the surface of the light-storing material, and is instantaneously cooled by the influence of the extremely low temperature environment, so that a warm color-based light-storing material is obtained; the warm-color light-storing material is further chelated by the high-temperature kneading process and the crosslinked structure of the thermoplastic polymer. The uniform dispersion effect is achieved, and the warm color storage fiber can be successfully prepared through the spinning process. In addition, the cold color light storage material utilizes an inorganic metal oxide and a rare earth element-containing light storage material to collide at a high temperature in a very low temperature environment, so that the inorganic metal oxide generates a fusion reaction on the surface of the light storage material, resulting in a change in lattice structure. The photon shift phenomenon is used to obtain a cool color light storage material; the cold color light storage material is chelated by a high temperature kneading process and a crosslinked structure of a thermoplastic polymer to achieve a uniform dispersion effect, and can be successfully prepared through a spinning process. Cool color light storage fiber.

In addition, referring to Figures 2a and 2b, the two structures of the light-storing fibers 20, 30 in the present invention are shown as single-component raw fibers and two-component core-shell fibers, respectively. Wherein, the light-storing fiber 20 is a one-component raw fiber, that is, composed of a single light-storing fiber 21 (as shown in FIG. 2a), and the light-storing fiber 30 is a two-component core-shell structure fiber having a shell layer 31 and a core. Layer 32, and one of the shell layer 31 and the core layer 32 is a light-storing fiber, and the other layer may be other The fiber of the material (as shown in Figure 2b).

Thus, the present invention can utilize the light-storing fibers 20 or 30 as described above or similarly, firstly making a woven fabric through a weaving process, and using a design interwoven with different tissue forms to impart different illuminating colors and brightness effects to the woven fabric, and then The sheet is cut into the petal structures 10 of the various flower-shaped bodies 1, after which each petal structure 10 is stacked into a plurality of layers, and the petal structures 10 of each layer are respectively overlapped with the adjacent petal structures 10 to form a double-flowered flower. The pattern of the flower pattern is fixed by using a receptacle (not shown in the drawings) to form a plurality of flower-shaped bodies 1. For a common example, the flower pattern of the double-flowered flower may be a rosette, a tulip, or a camellia, etc., as in the embodiment of Fig. 1, a common pattern of a double-flowered rose. .

According to the light-storing floral decoration disclosed in the present invention, after absorbing ordinary fluorescent lamps or sunlight for 10 minutes, it can sustain illumination for more than 6 hours without additional power supply; and the light-emitting portion is the entire petal structure 10, which can emit a soft light source. The brightness is 30-50mcd/m ² . In the above embodiment, each petal structure 10 is caused to be reflected and scattered by each other, so that the entire flower body 1 exhibits a stereoscopic light collecting effect.

Furthermore, please refer to FIG. 3, which is a schematic view showing another embodiment of the light-storing floral ornament provided by the present invention; this embodiment is a common flower pattern of a single-flowered lily. In this embodiment, each petal structure 10 is arranged in a circle around a receptacle (not shown) to form a flower-shaped body 1, wherein each petal structure 10 and the adjacent petal structures 10 do not substantially overlap each other. In the form of a single petal flower, a common example is the single-lobe lily shown in the figure. The flower-shaped body 1 of the present embodiment further includes a plurality of stamen structures 70 to approximate the structure of the actual flower pattern. .

In practical applications, the flower body 1 may also comprise a blade structure and/or a flower stem knot. The configuration (please refer to the application example below), and the petal structure 10, the stamen structure 70, the blade structure and the flower stem structure of the flower body 1 can be woven by the light-storing fibers 20 or 30. In addition, the light-storing floral decoration of the creation can further form the flower-shaped body 1 and different flower devices into various potted plants, wall decorations, boutonniere or wreaths, etc., so as to be suitable for different occasions such as a living room, a restaurant, a banquet hall, etc. The warm atmosphere after the lights can bring people a pleasant and romantic feeling.

Please refer to Figure 4 for a schematic diagram of the application of the light-storing floral decoration provided by this creation. In the application example, the light-storing floral system comprises a plurality of flower-shaped bodies 1 composed of a petal structure 10, a blade structure 50 and a flower-stem structure 40, and is fixed in the flower pot 60 to constitute a potting application. In addition, please refer to Figures 5, 6 and 7 to illustrate the application of the light-storing floral decoration provided by the creation as a wreath, boutonniere and wall decoration. In these application examples, the light-storing floral system includes a plurality of flower-shaped bodies 1 and is composed of a flower-like structure 10 and a blade structure 50 in a flower pattern such as a rose, and may also include a flower-shaped component such as the flower stem structure or the like. The size, the number and the arrangement of the combinations can be changed at will, and then fixed on the skeleton 80 of various forms, and can form different application forms such as a wreath, a boutonniere and a wall decoration.

Of course, the light-storing floral decoration of this creation can also be combined with other decorative items, such as lace, sequins, ribbons, etc., to produce different aesthetic effects. However, in the spirit of this creation, the light-storing floral system can be widely developed in many other applications, and will not be repeated.

In summary, according to the light-storing floral decoration disclosed in the present invention, the light-storing fiber can be used to condense light and then illuminate, and the light-storing fiber is woven into a petal structure in various flower-shaped bodies, so that after absorbing sufficient light source, it can be used at night. Or soft light in the dark. Moreover, the light-emitting part of the light-storing flower is a whole petal structure, which can adopt different weaving methods for the light-storing fiber, and change the stacking arrangement of the flower petal structure to change the phenomenon of light refraction and scattering. So that different visual effects can be presented. In addition, it can be further combined with different flower plants to form various potted plants, wall decorations, boutonniere or wreaths. The products do not need additional power supply, and are non-radioactive, safe, non-toxic and washable. They are environmentally friendly and safe. Claim.

Although the present invention has been disclosed above in the foregoing embodiments, it is not intended to limit the present invention. The changes and refinements that are made without departing from the spirit and scope of this creation are within the scope of patent protection of this creation. Please refer to the attached patent application scope for the scope of protection defined by this creation.

1‧‧‧Flower Ontology

10‧‧‧petal structure

20‧‧‧Light storage fiber

Claims (9)

A light-storing flower ornament comprising a flower-shaped body having a plurality of petal structures woven from a plurality of light-storing fibers for illuminating by the light-storing fibers. The light-storing flower of claim 1, wherein the petal structures are stacked in a plurality of layers, and each of the petal structures overlaps with the adjacent petal structure to form a flower pattern of the multi-petal flower. The light-storing floral ornament of claim 1, wherein the petal structures are arranged in a circle, and each of the petal structures substantially does not overlap with the adjacent petal structure to form a single petal flower pattern. The light-storing floral ornament according to claim 1, wherein the flower-shaped pattern formed by the petal structures is a rose, a tulip, a camellia or a lily. The light-storing flower of claim 1, wherein the pattern body further has at least one stamen structure, leaf structure or flower stem structure. The light-storing floral ornament of claim 5, wherein the stamen structure, the blade structure, and the flower stem structure are woven from the light-storing fibers. The light-storing flower decoration according to claim 1, further comprising a flower device for combining with the flower body to be a pot, a wall decoration, a boutonniere or a wreath. The light-storing flower of claim 1, wherein the light-storing fibers are single-component raw fiber or two-component core-shell fiber. The light-storing flower according to claim 1, wherein the light-storing fiber is selected from a warm-colored light-storing fiber or a cool-color light-storing fiber.