JP3139949U - Wearable light emitting bar - Google Patents

Abstract

An object of the present invention is to provide a mounting light emitting bar for a vehicle light that has both the visual effect and aesthetics of the vehicle light.
A wearable light-emitting bar A has a long stripe-shaped bar body 10, which is installed on a front surface and a side surface of a coupling surface 11 that matches a surface shape of a vehicle light. A light emitting surface 12, a coupling fixing portion 30 for coupling and fixing the bar main body and the vehicle light, a plurality of light emitters 40 mounted on the light emitting surface according to a predetermined arrangement, and a light emitting function of the light emitters And a power supply unit 50 for providing necessary power. The wearable light-emitting bar not only has a decorative effect on the car light depending on the color, texture and shape of the bar body, but also improves the illumination intensity and visibility of the car light by the light projection effect of the light emitter. be able to.
[Selection] Figure 1

Description

  The present invention relates to a wearable light-emitting bar, and more particularly, to a wearable light-emitting bar that is an accessory of a vehicle light.

  Visibility at night is one of the causes of night traffic accidents. Current automobile and motorcycle car lights adopt a structural design that takes into account the problem of multi-directional projection light.For example, automobile headlights and taillights have a configuration in which the outside is extended to a certain area on the side of the vehicle body. In this way, nearby vehicles and pedestrians can identify the presence of the vehicle body and its edge by side rays emitted from the headlights and tail lamps. However, the light from the lamps inside the headlights and tail lamps of automobiles is designed mainly for projection in the front-rear direction. In fact, the light emission effect on the side is extremely weak, especially in bad weather such as rainy weather or heavy fog. When driving on the side, the side lighting effect is much lower and cannot play its role. This is an issue that should be improved and overcome.

  As a related structure, some contractors have developed an auxiliary lamp that can be attached to the side of a vehicle body. This is referred to as “automobile / motorcycle auxiliary lamp” of Taiwan Patent Application No. 08921475. As the utility model suggests, this known design mainly achieves a light emission assist visual effect on the side of the vehicle body by attaching light emitting parts around the vehicle body. However, since such a known design requires a large amount of light emitters, the power of the car may be significantly consumed, and the light is projected directly to the outside in a state of being extended to the side of the vehicle body. , Intense rays of discomfort to the eyes, hindering the eyes of parallel vehicles and pedestrians. In addition, the known design has a problem that the aesthetics of the entire vehicle body is deteriorated because the light emitting parts are pasted around the vehicle body, which impairs the original design of the vehicle body.

  In addition, in consideration of aesthetics, some contractors have developed a type of decorative molding seal that can form a frame or stripe around the car light to improve the aesthetics of the car light. This type of molded seal will shield the light from the car light and will reduce the lighting effect of the car light. It's hard to say.

  Therefore, improving the problems in the conventional structure and developing a new structure that combines the visual effect and aesthetics of a vehicle light is a long-awaited consumer, and is also the aim of related companies.

  Inventors take advantage of their many years of experience in the design and development of related products, adopt elaborate designs to achieve the above goals, and finally have such practicality after careful evaluation. Proposed a new idea.

  An object of the present invention is to provide a wearable light-emitting bar that is an accessory of a kind of vehicle light that combines the visual effect and aesthetics of a vehicle light.

  In order to achieve the above-described object, the wearable light emitting bar in the present invention has a long strip-shaped bar body, which has a coupling surface that matches the surface shape of the vehicle light, and a front side of the bar body. A light emitting surface installed on the side surface, a coupling fixing portion for coupling and fixing the bar body and the vehicle light, a plurality of light emitters mounted on the light emitting surface according to a predetermined arrangement, and And a power supply unit for providing power necessary for the light emitting function.

  The wearable light-emitting bar according to the present invention not only provides a decorative effect to the car light depending on the color, texture and shape of the bar body, but also the light intensity of the car light and the visual effect due to the light projection effect of the light emitter. Can be improved.

  Next, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

  FIG. 1, FIG. 2 and FIG. 3 show a preferred embodiment of a vehicle-mounted light emitting bar according to the present invention. However, these examples serve as a reference for explaining the present invention, but do not limit the present invention. When the wearable light-emitting bar A is fixed on the surface 21 of the existing vehicle light 20 by retrofitting, auxiliary lighting, visual recognition and decoration effects can be achieved. The mounting type light-emitting bar A has a single bar body 10, which has a long stripe shape with a predetermined thickness, and includes a coupling surface 11, a light emitting surface 12, a coupling fixing unit 30, and a plurality of coupling body 11. The light emitter 40 and the power supply unit 50 are included.

  The coupling surface 11 matches the shape of the surface 21 of the existing vehicle light 20. Currently, since the surface of a vehicle light that is generally sold is generally curved, the coupling surface 11 in the present invention can be curved according to the surface curve of a predetermined vehicle light.

  The light emission surface 12 is provided on the front side surface of the bar body 10.

  The coupling fixing part 30 can couple and fix the bar main body 10 and the vehicle light 20. The coupling fixing part 30 in the present embodiment can be a single double-sided tape, which is bonded to the coupling surface 11 of the bar body 10 to couple and fix the bar body 10 to the surface 21 of the vehicle light 20. can do.

  The plurality of light emitters 40 are attached to the light emission surface 12 of the bar body 10 according to a predetermined arrangement. A light emitting diode (LED) can be employed as the light emitter 40 in the present invention.

The power supply unit 50 provides power necessary for the light emitting function of the light emitter 40 in the present invention. For example, the power supply unit 50 in this embodiment employs a conductive cable 51, and the conductive cable 51 is connected to the power supply cable of the vehicle light 20. When such a vehicle light 20 is turned on, the light emitting body 40 of the wearable light emitting bar A is also turned on simultaneously. Of course, the conductive cable 51 described here is used for other lamps of the vehicle.
Since it can be connected to the power supply cable (direction indication light, brake light, warning indication light, etc.), the lamp is also turned on at the same time. Furthermore, the light emitter 40 according to the present invention uses its existing lighting circuit technology to change its lighting mode (for example, a flashing method, an automatic dimming method of gradually becoming brighter or darker, a repeated lighting method, etc.). The light emission state of the illuminant 40 can be controlled and changed.

  In this structure, the bar main body 10 can have a predetermined curve, and the curve is formed in accordance with the surface curve of the vehicle light 20 of a predetermined type, or the bar main body 10 is flexible. By using the material, the bar body 10 can be bent freely according to the surface curve of the vehicle light, and can be firmly fixed in a state where the bar body 10 is closely aligned with the surface of the vehicle light 20.

  In this structure, the light projected from the light emitter 40 can be diffused by installing the light reflecting layer 14 at a position corresponding to each light emitter 40 on the light exit surface 12 of the bar body 10. The light reflecting layer 14 described here can take various forms, for example, a wave-like shape as shown in FIG. 5 or a light reflecting layer 14B posted in FIG. be able to.

  FIG. 6 shows an example of another arrangement of the light emitter and the light reflection layer in the present invention. The light emitter 40B in this embodiment is installed in a side portion near the upper side of the light exit surface 12, and the light is projected downward. Near the lower side of the light emitting surface 12, a light reflecting layer 14C having one wave-like surface is provided, so that the light projected from the light emitter 40B is refracted through the light reflecting layer 14C and is directed to the protective cover 60. Is projected from.

  In this structure, one protective cover 60 can be installed outside the light emitting surface of the bar body 10, and the protective cover 60 is made of a translucent material so that the light beam of the light emitting body 40 can be easily emitted. Is adopted. Further, by providing the protective cover 60, it is possible to play a role of shielding and protecting each light emitter 40. The protective cover 60 according to the present invention can be formed with a light refraction pattern, whereby the light projected from the light emitter 40 can be further dispersed to obtain a more uniform light emitting effect.

  In this structure, as shown in FIG. 2, one side surface portion 13 of the bar body 10 has the same shape as the peripheral shape of the vehicle light 20, or the side surface portion 13 of the bar body 10 has the peripheral shape of the vehicle light 20. It is possible to adopt a shape different from the above, or to adopt a concave shape, a convex shape or other shapes.

  The state of use of the present invention based on the above-described structure and design will be described below.

As shown in FIGS. 1 and 2, when the mountable light emitting bar A according to the present invention is attached to an existing vehicle light 20, the bar main body 10 of the mountable light emitting bar A and the vehicle light are utilized by using a coupling fixing portion 30. After the surface 21 of 20 is coupled and fixed, the conductive cable 51 of the power supply unit 50 and the power supply cable of the vehicle light 20 are connected to complete the mounting of the mounting type light emitting bar A. The combination state of the wearable light emitting bar A, the vehicle light 20, and the vehicle body is as shown in FIG. 7, and when the wearable light emitting bar A is not illuminated, the wearable light emitting bar A has its color, texture and shape. It can be used to provide a decorative effect to the car light. When the wearable light emitting bar A emits light, the front of the vehicle light 20
In addition to increasing the intensity of direct rays with respect to (or the rear), the auxiliary effect of significantly increasing the brightness of the side surface can be exhibited, so the visual effect of the vehicle light can be effectively improved.

  The preferred embodiment of the present invention has been described above, but the present invention is not limited to this embodiment, and all modifications to the present invention are within the scope of the present invention unless departing from the spirit of the present invention.

It is a three-dimensional exploded view of a wearable light emitting bar and a vehicle light in the present invention. FIG. 3 is a combined three-dimensional view of a wearable light emitting bar and a vehicle light in the present invention. It is a top view of the mounting | wearing type light emission bar in this invention. It is a figure which shows the Example of the light reflection layer in this invention. It is another figure which shows the Example of the light reflection layer in this invention. It is a figure which shows another arrangement | positioning Example of the light-emitting body and light reflection layer in this invention. It is an external appearance image figure of a combination of a light emitting bar, a vehicle light, and a vehicle body in the present invention.

Explanation of symbols

A Wearable light emitting bar 20 Car light 21 Surface 10 of car light 20 Bar body 11 Coupling surface 12 Light emission surface 13 Side surface portion 30 Coupling fixing portion 40 Light emitter 50 Power supply portion 14B Light reflection layer 40B Light emitter

Claims (7)

A vehicle-mounted light emitting bar having a long strip-shaped bar body with a predetermined thickness,
The bar body is
A coupling surface that matches the surface shape of the vehicle light;
A light exit surface provided on the front and side surfaces of the bar body;
A coupling fixing part for coupling and fixing the bar body and the vehicle light;
A plurality of light emitters provided on the light exit surface;
A power supply unit for providing power necessary for the plurality of light emitters;
including,
Wearable light emitting bar. The bar body has a curve that matches the surface curve of the vehicle light, or is made of a flexible material that can be bent and adjusted according to the surface curve of the vehicle light.
The wearable light emitting bar according to claim 1. The coupling fixing portion employs a double-sided tape, and the double-sided tape is bonded to the coupling surface of the bar body to couple and fix the wearable light emitting bar to the surface of the vehicle light.
The wearable light emitting bar according to claim 1. A light reflecting layer for dispersing light from the light emitter is installed at a position corresponding to each light emitter of the light exit surface of the bar body.
The wearable light emitting bar according to claim 1. A protective cover is installed outside the light exit surface of the bar body.
The wearable light emitting bar according to claim 1. The power supply unit uses a power cable.
The wearable light emitting bar according to claim 1. The side surface on one side of the bar body has the same shape as the peripheral shape of the vehicle light.
The wearable light emitting bar according to claim 1.

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