CN113446533A

CN113446533A - Novel energy-saving optical fiber light source

Info

Publication number: CN113446533A
Application number: CN202010233648.9A
Authority: CN
Inventors: 钟胜
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-03-25
Filing date: 2020-03-25
Publication date: 2021-09-28

Abstract

The invention relates to a decorative light source, in particular to a novel energy-saving optical fiber light source. The invention aims to provide a novel energy-saving optical fiber light source with energy saving. The invention can be implemented as follows: the utility model provides a novel energy-conserving fiber optic light source, comprises shell, circuit part, light source, characterized by: the light emitting portion is composed of a light source and an optical fiber. The invention has the following advantages: energy is saved.

Description

Novel energy-saving optical fiber light source

Technical Field

The invention relates to a decorative light source, in particular to a novel energy-saving optical fiber light source.

Background

The existing decorative light source mainly comprises a point light source, a line light source and a surface light source, the point light source mainly comprises an LED point light source, the line light source mainly comprises a guardrail tube, an LED lamp strip and the like, most of the line light source and the LED lamp strip comprise numerous LED lamp beads, for example, the point light source about 3 centimeters just comprises four lamp beads, the LED guardrail tube comprises a plurality of lamp beads reaching 144, the lamp strip comprises hundreds of LED lamp beads, most of the lamp beads are used for lightening buildings, large-scale luminous signboards and other projects, most of the lamp strip uses one point light source or one line light source with numerous numbers, or one strip is spliced into a huge surface light source or a luminous back shadow with a display screen shape, the using amount is generally large, the power consumption is large, and the power consumption is very high.

Disclosure of Invention

The invention aims to provide a novel energy-saving optical fiber light source with energy saving.

There are various ways of implementing the invention.

The invention can be implemented as follows: the utility model provides a novel energy-conserving fiber optic light source, comprises shell, circuit part, light source, characterized by: the light emitting portion is composed of a light source and an optical fiber. This is one embodiment of a fiber optic point source, preferably a seven color LED lamp bead.

The invention can be implemented as follows: the utility model provides a novel energy-conserving optic fibre guardrail pipe, comprises shell, circuit part, light source, characterized by: the light emitting part consists of a light source and an optical fiber, and the shell consists of a cover body and two plugs.

The invention can be implemented as follows: the utility model provides a novel energy-conserving fiber lamp area, characterized by: the optical fiber body side is provided with a short optical fiber. The short optical fibers and the optical fiber main body are preferably provided with a proper connection angle, when the optical fiber main body is coupled with a light source, the short optical fibers can generate starry point tail light, a good decoration effect is achieved, and energy is saved compared with an LED lamp belt with each luminous point consisting of one lamp bead.

The invention can be implemented as follows: the utility model provides a novel energy-conserving fiber lamp area, characterized by: the fiber body side is provided with a small incision. The small openings can generate light spots of star points after the optical fibers are coupled with the light source, and the energy is saved much more than that of an LED lamp belt formed by one lamp bead at each luminous point.

The novel energy-saving optical fiber light source according to the previous 1 and 2 is characterized in that: the optical fiber portion is constituted by one entire optical fiber.

The novel energy-saving optical fiber light source according to the previous 1 and 2 is characterized in that: the optical fiber portion is formed of a plurality of lengths of optical fiber.

The novel energy-saving optical fiber light source according to the previous 1 and 2 is characterized in that: the optical fiber portion is formed of a plurality of lengths of spring-like optical fibers.

The novel energy-saving optical fiber light source according to the previous 1 and 2 is characterized in that: the optical fiber portion is composed of an integrally cast optical fiber member. The shape is preferably circular.

The novel energy-saving optical fiber light source according to the previous 1 and 2 is characterized in that: the optical fiber body side is provided with a short optical fiber. The light source is preferably a colorful LED lamp bead.

The novel energy-saving optical fiber light source according to the previous 1 and 2 is characterized in that: the optical fiber body side is provided with a small opening. The light source is preferably a colorful LED lamp bead.

The shell can be transparent, semitransparent or milky white and the like, the light source is preferably a colorful LED lamp bead, the optical fiber is preferably a whole body luminous optical fiber, and various light guide parts such as various light guide rods, light guide plates, light guide strips and the like can be substituted.

Compared with the existing product

The invention has the following advantages: energy is saved.

The light emitting part of the existing decorative light source mainly comprises LED lamps, most of which comprise more than four LED lamp beads, and the number of the LED lamp strips is hundreds or thousands, so that the energy is consumed, only one lamp bead is needed, and the energy-saving effect is obvious.

Drawings

Fig. 1, a guardrail tube embodiment.

Fig. 2, a guardrail tube embodiment.

Fig. 3 is an embodiment of a guardrail tube.

Fig. 4, a guardrail tube embodiment.

Fig. 5 is a side view of an optical fiber and also an embodiment of a fiber optic strip.

Fig. 6, a guardrail tube embodiment.

Fig. 7 is a guardrail tube embodiment.

FIG. 8 shows an embodiment of an aluminum substrate.

Fig. 9 shows an example of manufacturing an optical fiber and an embodiment of the optical fiber strip.

Fig. 10, a lamp tube type guardrail tube embodiment.

FIG. 11 is an embodiment of a point light source.

FIG. 12 is an embodiment of a point light source.

FIG. 13 is an embodiment of a point light source.

FIG. 14 is an embodiment of a point light source.

FIG. 15 is an embodiment of a point light source.

FIG. 16, side view of example 15.

Fig. 17 is a plan view of the die plate 7 of example 15.

Detailed Description

Referring to fig. 1, this is an embodiment using a whole optical fiber as a light emitting part, wherein 1 is an optical fiber, which is preferably a whole body light emitting optical fiber, 2 is a light source, and when the optical fiber is coupled with the optical fiber and powered on, the optical fiber 1 emits light in whole body, 3 is a housing, 4 is a plug, the outside of the guardrail tube is preferably covered with a transparent or milky and translucent cover, which can only change color and has no moving effect such as running water and horse, but a plurality of optical fibers are strung together and can have moving effects such as running water and horse, but small cuts can be made on the optical fiber body side as shown in fig. 9, 6 is a fiber core, 7 is a cladding, 8 cuts can be made, so that the whole optical fiber can look like a light spot with a star point, and is more decorative.

Referring to fig. 2, this is an embodiment with two optical fibers as a part of light emission, where 1 is an optical fiber, which is preferably a whole body light-emitting optical fiber, 2 is a light source, and when the two optical fibers are coupled together and energized, the optical fiber 1 will be luminous through the body, 3 is a housing, 4 is a plug, which can only change color without dynamic effects such as running water and horse, but many optical fibers are strung into a string and can also have dynamic effects such as running water and horse running through an external control mode, and a single optical fiber can also have some simple dynamic effects of up-and-down flashing, which has a certain decorative effect, and of course, more than two optical fibers, such as three optical fibers and five optical fibers can also be made into a plurality of cuts as in embodiment 1, which creates the decorative effect of some star points, see fig. 9.

Referring to fig. 3, this is an embodiment of a whole guardrail tube composed of six optical fibers and six light sources, wherein 1 is an optical fiber, which is preferably a whole body light-emitting optical fiber, 2 is a light source, when the light source is coupled with the optical fiber and powered on, the optical fiber 1 will emit light on the whole body, 3 is a housing, 4 is a plug, the guardrail tube is covered with a transparent or milky and translucent cover, which has six sections of individually controllable light-emitting elements, can be provided with various dynamic lighting effects, such as running water and horse, etc., the decorative effect is rich, the optical fiber can be cut as in embodiment 1, to create the decorative effect of star points, see fig. 9.

Referring to fig. 4, this is an embodiment of a whole balustrade tube comprising six optical fibers and six light sources, wherein 1 is an optical fiber which is an optical fiber with a plurality of tail light points on the body side, preferably a whole body light-emitting optical fiber, 2 is a light source, when the optical fiber is coupled with the optical fiber and powered, the optical fiber 1 emits light on the whole body, 3 is a shell, 4 is a plug, the balustrade tube is covered with a transparent or milky and translucent cover, the balustrade tube has six sections of individually controllable light-emitting elements, can be provided with various dynamic lighting effects, such as running water, running horse, etc., and has light points which are richer in decorative effect than the embodiment of fig. 3 and more suitable for decoration of a lower height position, such as on the periphery of a signboard, the optical fiber can be cut as in embodiment 1 to create star point decorative effect, see fig. 9.

Referring to fig. 5, an optical fiber side view is an optical fiber with a body side provided with a plurality of short optical fibers, a proper connection angle is needed between the short optical fibers and an optical fiber main body, the optical fiber and a light source are coupled, and then the body side can be provided with a plurality of tail lights, so that the decorative effect of the guardrail tube can be enriched.

Referring to fig. 6, this is an embodiment of a whole fence tube comprising a plurality of segments of optical fibers and a plurality of light sources, wherein 1 is an optical fiber, which is a fiber wound in a spring shape and wound on a fixed strip 5, each turn of the optical fiber having a certain inclination angle arrangement, preferably a whole body light emitting fiber, 2 is a light source, and after being coupled with the optical fiber and energized, the optical fiber 1 is a whole body light emitting fiber, 3 is a housing, 4 is the outside of the plugged fence tube, preferably covered with a transparent or milk-translucent cover, the fence tube having six segments of individually controllable light emitting elements, capable of providing a plurality of dynamic lighting effects, such as running horses, etc., and having a point light spot, which is more abundant than the decorative effect of the embodiment of fig. 3, and more suitable for decoration at a lower height, such as at the periphery of a signboard.

Referring to fig. 7, this is an embodiment of a handrail tube consisting of multiple segments of optical fibers and multiple light sources, wherein 1 is an optical fiber, which is a fiber wound in a spring shape and is wound on a fixing strip 5 with teeth or grooves, which can be replaced by a circuit board, each circle of the optical fiber shows about 90 degrees with the outer shell, which is preferably a whole body light emitting optical fiber, 2 is a light source, and when the optical fiber is coupled with the optical fiber and powered on, the optical fiber 1 emits light on the whole body, 3 is the outer shell, and 4 is the end cap, the handrail tube has six segments of individually controllable light emitting elements, can be provided with multiple dynamic lighting effects, such as running horse, etc., and has a point light spot, which is more abundant than the decorative effect of the embodiment of fig. 3 and is more suitable for decoration at a lower height, such as at the periphery of a signboard.

Referring to fig. 8, this is a sheet-like or cylindrical fixing strip, the sheet-like fixing strip can be provided with teeth structures corresponding to the thickness of the optical fiber at the upper and lower sides for fixing the spring-like optical fiber, and the cylindrical fixing strip can be provided with grooves corresponding to the thickness of the optical fiber for fixing the optical fiber, but of course, the fixing strip can be of other shapes.

Referring to fig. 9, an embodiment of the optical fiber, 6 is a fiber core, 7 is a cladding, 8 is an opening, and can be made into a V shape, a circular hole shape, a star shape, or the like, and it can be made into a relatively long optical fiber, and can be made into a rolled optical fiber strip product for use as an optical fiber linear light source.

Referring to fig. 10, an embodiment of a lamp-type guardrail tube, 1 is an optical fiber, preferably a whole body luminous optical fiber, 2 is a light source, 3 is a housing, 4 is a plug, a small opening or short optical fibers are arranged on the side of the optical fiber, or a plurality of sections of optical fibers can be divided into a plurality of sections to be controlled by a single chip microcomputer to generate various light dynamic effects, or the lamp-type guardrail tube can be set to emit white light at ordinary times, can be remotely controlled to seven-color gradual change and various dynamic light effects in holidays, and can be set to change the light effect according to music beats.

Referring to fig. 11, this is an embodiment in which the entire optical fiber is coiled in a coil in the middle of the housing, wherein 1 is the optical fiber, a whole body light-emitting optical fiber, 2 is the light source, coupled with the optical fiber, 3 is the housing, 9 is the power cord, the optical fiber and the light source are preferably sealed in the housing by transparent material, or a transparent, translucent or opal cover is added to cover the optical fiber and the light source inside for waterproof, etc., and the point light sources are preferably strung together as a string to be used as the product.

Referring to fig. 12, this is an embodiment of a whole body light-emitting optical fiber integrally manufactured by an infusion method, wherein 1 is an optical fiber, 2 is a light source coupled with the optical fiber, 3 is a housing, 9 is a power cord, the optical fiber and the light source are preferably sealed in the housing by a transparent material, or a transparent, translucent or opal cover is added to cover the optical fiber and the light source inside for waterproof, etc., and the point light sources are preferably strung together as a product.

Referring to fig. 13, there is an embodiment of a whole body light emitting optical fiber integrally manufactured by a perfusion method, wherein 1 is an optical fiber which is a whole body luminous optical fiber with a plurality of tail light spots on the body side, the tail light spots are composed of short optical fibers on the body side of the optical fiber, the short optical fibers are connected with the optical fiber main body at a certain angle, and form tail light points after being coupled with the

light source

2, 9 is a power line, the point light sources are preferably strung into a string to be used as a product, the LED point light source is a point light source which has the closest light emitting effect to the existing LED products when emitting light, the LED point light source can be manufactured into a light source with a signal wire 10, the whole string of products can be controlled by a control card to generate various dynamic forms, such as horse race, running water, etc., 3 is a casing, the optical fiber and the light source are preferably sealed in the casing by transparent materials, or a transparent, semitransparent or milky white cover is additionally arranged to cover the optical fiber and the light source inside to play a role in water prevention and the like.

Referring to fig. 14, this is an embodiment of a whole body light-emitting optical fiber integrally manufactured by an infusion method, wherein 1 is an optical fiber which is a whole body light-emitting optical fiber with a plurality of slits 8 on the body side, the slits form individual light spots after the optical fiber is coupled with a light source 2, the light spots can be made into a shape of V, circle or star, 9 is a power cord, the light spots are preferably strung to form a string as a product, which is a light spot that is close to the light-emitting effect of the existing LED product when emitting light, 3 is a housing, the optical fiber and the light source are preferably sealed in the housing by transparent materials, or a transparent, semitransparent or milky cover is added to cover the optical fiber and the light source inside for waterproof and the like.

Referring to fig. 15, this is an embodiment in which an optical fiber body is composed of a thick optical fiber and a thin optical fiber, wherein 1 is an optical fiber, a whole body light-emitting optical fiber, 2 is a light source, coupled with the optical fiber, 3 is a housing, 11 is a template, the optical fiber, the light source and the template are preferably sealed in the housing 3 with a transparent material, or a transparent, translucent or opal cover is added to cover the optical fiber and the light source therein for water-proofing, etc., and the point light sources are preferably strung together as a product.

Referring to fig. 16, a side view of an embodiment 15, wherein 1 is an optical fiber, one is composed of a thick optical fiber and a thick optical fiber, and of course, a plurality of optical fibers having different thicknesses are provided, 2 is a light source coupled to the optical fiber, 3 is a housing, 11 is a template, the optical fiber, the light source and the template are preferably sealed in the housing 3 by a transparent material, or a transparent, translucent or opal cover is provided to cover the optical fiber and the light source therein for waterproof, etc., and the point light sources are preferably strung together as a product.

Referring to fig. 17, the top view of the template in example 15, 11 is a template, which is a template with circular holes, but it can be made into any other shape, and it can be placed in front of the optical fibers, and the light emitting points led out by the individual optical fibers can be seen from the outside after the optical fibers are coupled with the light source.

The optical fibers of all the above embodiments can also be replaced by various light guide members, such as various light guide rods, light guide plates, or light guide strips.

Claims

1. The utility model provides a novel energy-conserving fiber optic light source, comprises shell, circuit part, light source, characterized by: the light emitting portion is composed of a light source and an optical fiber.

2. The utility model provides a novel energy-conserving optic fibre guardrail pipe, comprises shell, circuit part, light source, characterized by: the light emitting part consists of a light source and an optical fiber, and the shell consists of a cover body and two plugs.

3. The utility model provides a novel energy-conserving fiber lamp area, characterized by: the optical fiber body side is provided with a short optical fiber.

4. The utility model provides a novel energy-conserving fiber lamp area, characterized by: the optical fiber body side is provided with a small opening.

5. A new energy saving fiber optic light source as claimed in claims 1 and 2, wherein: the optical fiber portion is constituted by one entire optical fiber.

6. A new energy saving fiber optic light source as claimed in claims 1 and 2, wherein: the optical fiber portion is formed of a plurality of lengths of optical fiber.

7. A new energy saving fiber optic light source as claimed in claims 1 and 2, wherein: the optical fiber portion is formed of a plurality of lengths of spring-like optical fibers.

8. A new energy saving fiber optic light source as claimed in claims 1 and 2, wherein: the optical fiber portion is composed of an integrally cast optical fiber member.

9. A new energy saving fiber optic light source as claimed in claims 1 and 2, wherein: the optical fiber body side is provided with a short optical fiber.

10. A new energy saving fiber optic light source as claimed in claims 1 and 2, wherein: the optical fiber body side is provided with a small opening.