Abstract: A weave unit includes a plurality of opaque wires; a plurality of transparent wires alternatively weaved with the opaque wires to form a weave structure, wherein a plurality of interweave points is defined on the crossing portions of the opaque wires and the transparent wires; a lighting module disposed on one side of the transparent wires; wherein the density of the interweave point on each of the transparent wires increases in the direction of being away from the lighting module; thereby, the light of the lighting module transmits inside the transparent wires for generating uniform illumination.

Abstract: A textile includes a plurality of opaque filaments, a plurality of transparent and light-guiding filaments, a lighting module and a printed colorful layer. The opaque filaments are spaced from each other in a first direction, and the transparent and light-guiding filaments are spaced from each other in a second direction. The opaque filaments and the transparent and light-guiding filaments are woven as a textile. The printed colorful layer is formed on the surfaces of the opaque filaments and the transparent and light-guiding filaments. When the lighting module provides light in the transparent and light-guiding filaments, the transparent and light-guiding filaments are lighted as a lighting area. Therefore, the printed colorful layer is also lighted, and the colors and patterns thereof are shown.

Abstract: A textile includes a plurality of opaque filaments, a plurality of transparent and light-guiding filaments and a lighting module. The opaque filaments are spaced from each other in a first direction, and the transparent and light-guiding filaments are spaced from each other in a second direction. The opaque filaments and the transparent and light-guiding filaments are woven as a textile. The transparent and light-guiding filaments selectively have a light-dispersion dot formed by a laser-engraving method and the light-dispersion dots are constructed as a predetermined pattern portion. The lighting module is disposed on ends of the transparent and light-guiding filaments. The light-dispersion dots have uniform structure so as to form a uniform lighted area.

Abstract: A luminous fabric includes a plurality of first light-reflecting fiber units, a plurality of light-guiding fiber units, and a plurality of light-accumulating fiber units. The first light-reflecting fiber units are directed toward a first direction and spaced apart in intervals. The light-guiding fiber units are directed toward a second direction and spaced apart in intervals. Each light-guiding fiber unit has a lateral light-guiding portion. Some light-accumulating fiber units are drawn through the first light-reflecting fiber units, and some other light-accumulating fiber units are drawn through the light-guiding fiber units. Thereby, the luminous fabric can provide passive illumination when a light source is provided, and provide active illumination in dark settings. The light reflected by the luminous fabric is concentrated and uniformly distributed on one side thereof.

Abstract: A fabric structure includes a plurality of first light-reflecting units, a plurality of light-guiding units, and a plurality of second light-reflecting units. The cross-section of the first light-reflecting units and the second light-reflecting units is triangular or square, and the brightness of the first light-reflecting unit and the second light-reflecting units is between level 3 and level 10. The light-guiding units and the first light-reflecting units are interwoven and tatted. The second light-reflecting units are disposed with the light-guiding units in parallel and are disposed between the light-guiding units and the second light-reflecting units are interwoven and tatted with the first light-reflecting units. The ratio of the light-guiding units to the second light-reflecting units is between 20:0 and 1:5.

Abstract: A webbing structure with a banded light-emitting effect includes two opaque band sets, a transparent band set, a plurality of longitudinal opaque wires, and a light-emitting module. Each opaque band set is composed of a plurality of latitudinal opaque wires. The transparent band set is arranged between the two opaque band sets, wherein the transparent band set is composed of latitudinal flexible transparent wires. The longitudinal opaque wires are respectively longitudinally alternately interweaved among the latitudinal opaque wires and the latitudinal flexible transparent wires. In addition, the light-emitting module is disposed beside an end side of the transparent band set. Thereby, when light source is projected from the light-emitting module into the transparent band set, the transparent band set becomes a banded shining area.

Abstract: A jacquard weave structure with a gradational light-emitting effect includes: a plurality of opaque wires, a plurality of flexible transparent wires, and a light-emitting module. The flexible transparent wires respectively interweaves with the opaque wires each other, for one part of the flexible transparent wires being covered by the opaque wires and other part of the flexible transparent wires being exposed out to form a predetermined arrangement shape. The light-emitting module is disposed beside end sides of the flexible transparent wires. Thereby, when the light-emitting module provides light source and transmits the light source into the flexible transparent wires, the one part of the flexible transparent wires becomes a covered dark area and the other part of the flexible transparent wires becomes a shining bright area.

Abstract: A shaped optical fiber light and the manufacturing method thereof are described. The shaped optical fiber light has a shaped protection tube, at least one optical fiber, and a light source. The shaped protection tube is shaped into a predetermined shape and the optical fibers are configured therein. The light source couples to one end or two ends of the optical fibers to form a shaped light tube. The light source is preferably a light source composed of at least one light emitting diode. The optical fiber is preferably an optical fiber with lateral light leakage so as to form a linear lighting pattern with the optical fiber and the shaped protection tube. In addition, the manufacturing method of the shaped optical fiber light is also disclosed.

Abstract: A light-guide fixing equipment is described, suitable for assembling a light source and a hank of optical fibers of an optical fiber illuminant device. The light-guide fixing equipment comprises an assembling device and a fixing device. The assembling device is constituted by inserting a first casing into a second casing, in which the assembling device includes two openings respectively located in a portion of two end surfaces of the assembling device, and a plurality of locked parts are set and protrude on inner walls of the first casing and the second casing according to the shape of the light source and the hank of the optical fibers. With the other portion of the end surfaces of the assembling device and the locked parts, the source and the hank of the optical fibers can be assembled and fixed within the assembling device.

Abstract: A light string has a pair of wires and a plurality of alternating current light-emitting diodes (AC LEDs). The pair of wires is arranged to provide an AC voltage. Each of the AC LEDs is electrically connected in parallel between the pair of wires. The light string can decrease the manufacturing cost, reduce the space occupied by additional circuitry, and lower heat produced thereby for enhancing the operational safety of long-term use.

Abstract: The present invention discloses an optical fiber twig tree, which comprises a plurality of plastic optical fiber bundles and a stand structure; wherein the plastic optical fiber bundles are designed in a shape corresponding to the branches of the optical fiber twig tree and tied into a fixed position by a tie. The plastic optical fiber bundles are disposed at the bottom of the stand, and coupled with an illuminating structure. A hook at one end of a main branch of the stand is latched into a screw of a branch base, such that the whole stand with the plastic optical fiber bundles can swing up and down freely to adjust their position at an angle. Further, the main stand comprises a plurality of branch bases to constitute the optical fiber twig tree, and such product can be used as a decoration for festivals or Christmas.

Abstract: A light-guide fixing equipment is described, suitable for assembling a light source and a hank of optical fibers of an optical fiber illuminant device. The light-guide fixing equipment comprises an assembling device and a fixing device. The assembling device is constituted by inserting a first casing into a second casing, in which the assembling device includes two openings respectively located in a portion of two end surfaces of the assembling device, and a plurality of locked parts are set and protrude on inner walls of the first casing and the second casing according to the shape of the light source and the hank of the optical fibers. With the other portion of the end surfaces of the assembling device and the locked parts, the source and the hank of the optical fibers can be assembled and fixed within the assembling device.

Abstract: An improved luminescence wheel assembly has a latch base coupled to a plastic optical fiber structure installed on both sides of a wheel axle, such that the improved luminescence wheel assembly is easy to install, easy to remove, and aesthetically pleasing. The improved luminescence wheel assembly is capable of adjusting the size of its structure according to the size of the wheel axle.

Abstract: A light-transmission structure includes a linear light-transmission body and a sheet structure protruding from the periphery of the linear light-transmission body. The sheet structure and the linear light-transmission body are integrally formed as one piece, and the light-transmission structure is fixed on an object to be decorated through the connection of the sheet structure and the object to be decorated.

Abstract: A shaped optical fiber light and the manufacturing method thereof are described. The shaped optical fiber light has a shaped protection tube, at least one optical fiber, and a light source. The shaped protection tube is shaped into a predetermined shape and the optical fibers are configured therein. The light source couples to one end or two ends of the optical fibers to form a shaped light tube. The light source is preferably a light source composed of at least one light emitting diode. The optical fiber is preferably an optical fiber with lateral light leakage so as to form a linear lighting pattern with the optical fiber and the shaped protection tube. In addition, the manufacturing method of the shaped optical fiber light is also disclosed.

Abstract: A decorative light-transmission device includes a light source and a flexible light-transmission structure positioned adjacent to the light source and combined with an object to be decorated. The light-transmission structure receives and radiates the light from the light source, and the radiation of the light-transmission structure illuminates the object to be decorated.

Abstract: A cord-type light-emitter is composed of a light source device and a sideward transmitting optical fiber. One end of the optical fiber is formed with a connector for fixing to the light source device. The light source device includes at least a light source and a control circuit board enclosed in a case. The sideward transmitting optical fiber is made of ray-conducting polymer material capable of transmitting light sideward along the fiber. The control circuit board controls the light source illuminating continuously or flashing with a suitable frequency according to user's needs.

Abstract: The present invention relates to an illuminating textile device. The illuminating textile device has a pattern layer and an optical fabric layer. The pattern layer has a transparent area and a non-transparent area. The optical fabric layer is woven from fiber optics and threads for providing the light source. The optical fabric layer is attached to the pattern layer by sewing or a fixation component.

Abstract: The present invention relates to an illuminating textile device. The illuminating textile device has a panel, a optical fabric, and a base. The panel has a transparent area and a non-transparent area. The optical fabric is woven from fiber optics and threads for providing the light source. The base is attached to the panel by a fixation component. The optical fabric is located between the panel and the base.

Abstract: A woven fabric with active illumination and reflection characteristics is described. Light guiding fibers are used as the weft, bright threads are used as the warp, and the warp and the weft are interwoven, or partial lengths of the light guiding fibers are not interwoven with the bright threads. The light-emitting woven fabric has light guiding fibers and bright threads as the weft, and bright threads as the warp, the weft and the warp being interwoven, or partial lengths of the light guiding fibers not being interwoven with the bright threads.