KR200213506Y1 - A safety lighting apparatus - Google Patents

Abstract

The present invention provides a lighting device in which a vehicle is provided with an equalizer so as to display the driving state of a vehicle at a corner of an alley or an intersection such as an intersection where the vehicle is hidden by a building or an object when the vehicle is driven. This is a safety equalization device that prevents a safety accident by displaying a focal point of a beam having a certain color at a distance of the front and rear of the vehicle so that a vehicle or a pedestrian can recognize it. And a lens in which at least one integrated lens is integrally formed, the reflector is formed so that the lens is in close contact, and a lamp is installed therein, and at least one generator support groove is formed therein, and is in close contact with the rear of the reflector. A hole is formed and includes a support plate on which at least one beam generator is installed. The summary is made.

Description

Safety lighting apparatus {A safety lighting apparatus}

The present invention provides a light emitting device for a vehicle, wherein the beam emitting device is installed in a vehicle so as to display the driving state of the vehicle in a blind spot such as a corner or an intersection of an alley where the vehicle is hidden by a building or an object when the vehicle is driven. Therefore, the present invention relates to a safety equalizing device which prevents a safety accident by displaying light rays having a predetermined color on the front and rear of the vehicle so that a vehicle or a pedestrian can recognize the same.

Known equalizers generally have a lighting function that makes it easy to see what is being placed in front of or behind the vehicle, the ability of the signal to indicate one's driving status to the other's vehicle or other road users, and the overall appearance of the vehicle. It performs the function of a sign to display the headlights, headlights, fog lights, reversing lights, indoor lights, instrument lights, etc., and lights such as vehicle width lights, tail lights, license plates, and signal lights such as turn signals, brake lights, and emergency lights. This is to be provided.

Among the conventional equalizers related to this technique, the signal equalizers are installed on the side of the vehicle 20, which is one side of the tail light and the headlight 10 located in the front and rear of the vehicle, as shown in Figs. The direction indicator 30 is installed to blink at a predetermined interval, and the driving direction of the vehicle can be known by the blinking signal of the direction indicator 30, and the direction indicator 30 includes a reflector 40 and a lamp 50. And a lens 70 composed of a plurality of cells 60 to be flickered.

However, the signal equalizer as described above is covered by an object at a corner of an alley, and thus the driving state or direction of the vehicle is not displayed. Therefore, the danger of an accident remains unless a vehicle or a pedestrian in a blind area takes great care. There is a problem in that the operation to generate a horn or other signal during the passage of the alley is inconvenient, there was a problem that can not detect the driving state of the other vehicle in advance.

The present invention is to improve the various problems as described above, the purpose is to detect the driving condition of the other vehicle in advance to prevent the occurrence of safety accidents in advance, and to drive safely in blind spots such as alleys. In addition, it is easy to manufacture with a simple configuration to install the beam emitting device on the direction indicators, and to provide a safety equalizing device that can easily adjust the size or shape of a certain letter or figure represented by the beam emitting device.

1A and B are schematic and main cross-sectional views showing a conventional automobile equalizer.

Figure 2 is a schematic diagram showing a safety light device for a vehicle according to the present invention

Figure 3 is an exploded state view showing a safety light device for a vehicle according to the present invention

Figure 4 is a schematic diagram showing a safety lighting device according to another embodiment of the present invention

5 is an exploded view of FIG.

* Description of the symbols for the main parts of the drawings *

100 ... lens 110 ... element

130 Integrated lens 200 Reflector

300 ... support plate 320 ... beam generator

500 ... Transportation

As a technical configuration for achieving the above object, the present invention is a lens that is formed by combining a plurality of elements, at least one integrated lens is formed integrally,

A reflector plate formed such that the lens is fixed and fixed, a lamp is installed inside, and at least one generator support groove is formed;

A close contact hole is formed in close contact with the rear side of the reflecting plate, and at least one beam generator is provided around the close contact hole.

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

Figure 2 is a schematic diagram showing a safety lamp for a vehicle according to the present invention, Figure 3 is an exploded view showing a safety lamp for a vehicle according to the present invention, Figure 4 is a safety lamp according to another embodiment of the present invention 5 is an exploded state diagram of FIG. 4, and the subject innovation is composed of a lens 100, a reflector plate 200, and a support plate 300.

In the lens 100, a plurality of elements 110 are combined to form a body 120, and at least one integrated lens 130 is integrally formed on the body 120.

The reflective plate 200 to which the lens 100 is fixed by a coupling means such as screw fixing or pressing is formed with a coating layer of aluminum or silver, and a lamp 210 is installed at an inner central portion thereof, and at least one circumference thereof is provided. The generator insertion groove 220 is integrally formed, and when the reflecting plate 200 fixed to the lens 100 is supported through a frame (not shown) on the body of an automobile or the like, it is installed to be integrally fixed thereto.

The support plate 300 fixed to the rear of the reflective plate 200, the close contact hole 310 is formed in close contact with the rear projecting portion of the reflecting plate 200, at least one beam generator around the close contact hole 310 320 is installed.

On the other hand, a fixed plate 410 is formed in the rear of the support plate 300, the rack 400 is formed, the fixed plate 410 is to be supported by the transfer means 500 to be transported, the transfer means 500 ), The guide rail 420 is formed to support the fixing plate 410 is made of a configuration that is installed on the upper side of the support 450 is fixed to the motor 440 to which the pinion 430 is connected.

Reference numeral 320a is a beam guide tube installed in front of the beam generator 320 to form a light shielding layer therein to prevent the beam from being diffused.

Referring to the operation of the present invention made of such a configuration as follows.

2 to 5, when the lamp 210 installed inside the lens 100 blinks, the light emitted by the lamp 210 is reflected plate 200 coated with silver or aluminum. ) Is reflected by the surface of the to be emitted to the front, and at this time, a plurality of elements 110 formed in the lens 100 to irradiate the front and side of the vehicle to display a predetermined signal.

In this case, a beam generator 320 is inserted to protrude into the reflector 200 through at least one generator insertion groove 220 formed around the reflector 200, and the beam generator 320 is generally A high-intensity light emitting diode used as an indicator semiconductor laser or an accessory of a vehicle commonly used as the laser beam is used, and the beam by the laser beam or the light emitting diode irradiated when the beam generator 320 is operated is beamed on one side of the lens 100. After integration through the integrated lens 130 formed in a one-to-one combination with the generator 320 and proceeds in the horizontal direction to form a focus of the beam in a predetermined region.

In addition, the beam generator 320 using the semiconductor laser uses the battery power of a general automobile as a power source, and the direction indicator during operation of the direction indicating operation lever (not shown) installed on the side of the steering wheel (not shown) of the automobile. It may be operated integrally with or may be operated by a separate switch operation, the beam generator 320 using the high brightness light emitting diode is also driven to drive by the above operating principle.

In addition, at least one integrated lens 130 formed on the body 120 of the lens 100 is integrally formed so that the beam emitted from the beam generator 320 is converted into parallel light, and the beam generator The plurality of integrated lenses 130 and the one-to-one integrated lens 130 may be provided so as to show a mark of a certain shape.

In addition, the beam generator 320 may be provided with each beam generator 320 to enable the beam emission of a variety of colors, and after installing a plurality of the beam generator 320 to control the desired character or mark Etc., to be displayed easily.

On the other hand, the support plate 300 on which the beam generator 320 is installed is transported from the generator insertion groove 210 of the reflector plate 200 by the transfer means 500 to adjust the size of the laser beam.

That is, when the user operates a switch (not shown) installed in the driver's seat to drive the motor 440, the motor 440 is rotated forward to reduce the distance between the integrated lens 130 and the beam generator 320, thereby reducing the size of the laser beam. On the contrary, if the motor 440 is reversely rotated, the beam distance is increased between the beam generator 320 and the integrated lens 130, thereby increasing the focal length, thereby increasing the beam.

At this time, as the size of the focus by the beam emitted from the beam generator 320 increases, the intensity of the beam per unit area is relatively reduced, so that the user can arbitrarily adjust the size and brightness of the beam.

And, the transfer means 500, the support plate on which the pinion 430 is formed to be engaged with the pinned plate 410 is installed on the bottom surface of the support plate 300, the rack 400 is formed ( 450 is connected to the upper motor 440, so that the fixed plate 410 is supported by the inside of the guide rail 420 by the operation of the rack and pinion when the motor 440 is driven to be transported.

In addition, the beam is formed to display in front and rear of the vehicle, the focus is formed in front of a predetermined distance (about 5m) of the vehicle by adjusting the distance between the integrated lens 130 and the beam generator 320 You can see the driving condition of the car ahead of the direction of travel.

In addition, a beam guide tube 320a is formed to be press-fitted to the front of the beam generator 320 to form an achromatic light shielding layer therein, and the beam emitted from the beam generator 320 is scattered by external factors. To prevent it from happening.

As described above, according to the safety lighting apparatus according to the present invention, the driving state of the other vehicle is detected in advance by the focus of the beam emitted by the beam generator to prevent the occurrence of a safety accident in advance, and even in a blind area such as an alley. It can be operated safely and is easy to manufacture with a simple configuration that installs a beam generator on a direction indicator, and has an excellent effect of easily controlling signal display by the beam of a laser or light emitting diode. In addition to the parts described in the examples, various applications to headlights, front and rear of bicycles, bicycles (two- and three-wheeled), motorcycles, baby carriages, roller blades, etc., are provided within the scope of the claims in this paper. I want to make it clear.

Claims (7)

A lens 100 in which at least one integrated lens 130 is integrally formed on a body 120 formed by combining a plurality of devices 110, At least one beam generator 320 is installed so as to correspond to the integrated lens 130, the safety equalizer comprising a support plate 300 fixed to the rear of the lens 100 The reflection plate 200 of claim 1, wherein the lamp 210 is installed inside the rear portion of the lens 100, and at least one generator insertion groove 220 is integrally formed around the beam generator 320. Safety lighting device, characterized in that the support plate 300 having a close contact hole 310 is installed to be fixed to the back when installed) The safety lamp of claim 1, wherein the beam generator 320 is formed of a semiconductor laser installed to have a plurality of colors. According to claim 1 or 2, wherein the beam generator 320 is a safety light device, characterized in that made of a high brightness light emitting diode installed to have a plurality of colors. The safety lamp of claim 1, wherein the support plate 300 is installed to be transported through a transport means 500 connected to a lower portion of the support plate 300. According to claim 5, The conveying means 500, The fixing plate 410 is installed on the bottom surface of the support plate 300 is formed with a rack 400 is fixed to the pinion 430 is inserted into the fixing plate 410 is inserted Safety equalizer characterized in that the guide rail 420 is formed so as to be connected to the motor 440 on the upper support 450 is formed The safety equalizer of claim 1 or 2, wherein the beam generator (320) is fixed with a beam guide tube (320a) having a light shielding layer formed therein.