KR200355339Y1 - Echi ID lamp for car headlights. - Google Patents

Abstract

The present invention relates to a light bulb for use in automobile headlights, and in particular, it emits light without using a filament, and thus has a long life, low power consumption, and excellent luminous power, thereby greatly improving night visibility. The present invention relates to an HID lamp.

Conventionally, as a low beam and a high beam made of filament are connected and used in a quartz tube as shown in FIG. 3, since heat is generated and tungsten is melted and ignited, the filament is broken and the life is shortened. There was a hassle that had to be replaced frequently.

The present invention was created to solve the above problems,

In the quartz tube 1, two light emitting tubes 2 and 3 are formed to emit and function with the light emitting material 24 without the filament 25, and the upper and side surfaces of the light emitting tube 2 of the low beam 22 and On the back side, a coating part 11 is formed, and on both sides of the outside of the quartz tube 1, the ceramic pipe 10 is formed to erect the electric wires 9, 9 'flowing into the upper part of the light emitting tube 2, 3. (10 '), the quartz tube (1) on which the two light emitting tubes (2) and (3) are installed, and the lower side of the ceramic pipe (10) (10') are inserted into the base fixing housing (13), and the ceramic After fixing with the bond 14, a stainless steel housing fixing mounting portion 15 is formed outside the base fixing housing 13, and mounted in a necessary place, and then the ballasts 17 and 18 and the connector housing 19 and Connected to the battery 20, the low beam 22 and the high beam 23 in a fixed state, it is an etch ID lamp for the headlights of the car that can be operated and used as needed.

Description

Echi ID lamp for car headlights. {Omitted}

The present invention relates to a light bulb used in a vehicle headlight, and the like, and particularly, a light tube that emits light by colliding and discharging a light emitting material at high voltage without using a filament and a mirror to emit light of a low beam and a high beam. The present invention relates to an HID lamp which has a long life, low power consumption, and excellent luminous power, thereby greatly improving night visibility.

Conventionally, as shown in FIG. 3, the low and high beams made of filament and a mirror installed on one side of the low beam are used because high voltage is used to increase the luminescence, so heat is generated and tungsten melts and ignites. Because the filament is broken and the life is shortened, there was a need to replace it frequently, and one light tube was installed in the quartz tube, and a reflection mirror was installed on the outside to make the low beam and high beam state. Since the light emitting tube inside the tube must be in front of the reflecting mirror position or beneath the reflecting mirror, the light emitting tube must be moved up and down, and the high temperature light emitting tube enters the inside of the fixed housing to retain a lot of heat. Due to the poor durability of the fixed housing, many defects occur, and the configuration is complicated for the forward and backward operation, which increases the number of parts. And, increasing the assembly time and, then due to the forward and backward movement by the electromagnetic wave is easily broken, failed to demonstrate an electromagnet function performance is degraded, there are many problems to be a failure jatge.

The present invention was created to solve the problems of the prior art described above, and forms an etched ID lamp for automobile headlights, and does not use the filament, so it does not break and has a long life. It can operate low beam and high beam without operation, and there is no trouble, and it adjusts the emission color so that it is close to sunlight, and it is excellent at night visibility, and by adjusting the angle of reflection, the light goes out to the right and less to the left. The purpose is to prevent glare of vehicles coming over the center line and to reduce power consumption.

The purpose of the present invention is to install two light emitting tubes fixedly in the quartz tube, and to form a coating portion on the upper and rear sides of the low beam light emitting tube, the light of the light emitting tube is reflected by the headlight reflector and the angle is inclined downward It is guided to be reflected only to the side, and installed so that the high beam light emitting tube is positioned at a lower position than the low beam light emitting tube, so that light is not reflected or obstructed around the high beam light emitting tube, without the forward and backward operation of the light emitting tube. The light reflection angle is increased, and the center line of the low beam and high beam light tubes is inclined about 15 ° from the reference line.In the low beam operation, the light is reflected much in the right direction and slightly reflected in the left direction. To prevent glare of the oncoming vehicle, and install molybdenum electrodes at both ends of the light emitting tube, That is, xenon gas, mercury, and other compounds containing metal halides (Haide Saits) are charged, and when the power is supplied, a high voltage is generated in the ballast, and a prisma discharge occurs at the molybdenum electrodes installed at both ends of the discharge tube, Because it emits light by colliding and discharging metal electrons, it does not break due to high heat such as filament, so it has a long life, and consumes less power, and emits 3 times more light than halogen lamps. It is achieved by forming the light in close proximity to the sunlight by adjusting the emission color.

1 is the overall configuration of the present invention.

Figure 2 is a perspective view of the present invention.

3 is a conventional embodiment.

Figure 4 is another embodiment of the present invention.

Figure 5 is a main assembly of the present invention.

Figure 6 is another embodiment assembly state of the present invention.

Figure 7 is a low beam operating state of the present invention.

Figure 8 is a high beam operating state of the present invention.

9 is a light emitting tube and a reflection cap installation state another embodiment of the present invention.

10 is a state of the light emitting tube installation of the present invention

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

100HID Lamp: High Intensity Discharge Lamp

1.1 'quartz tube 2.3. 4.5 Molybdenum Electrode

6.Xenon Gas 7.Mercury

8. Other compounds (Halide Salts) 9.9 '. wire

10.10 'ceramic pipe 11.coating 12.reflective cap

13. Base fixing housing 14. Ceramic bond 15. Housing fixing mounting part

16.16 ‘.16“. Mounting protrusion 17.18.Ballast 19.Kenconnector housing

20. Battery (body power) 21. Integral fixed housing

22. Low beam 23. High beam 24. Light emitting material

25.25'.Filament 26.Mirror 27.27'.27 ''. 27 '' '.

28.28 '. Rubber cap 29. Reflective angle 30.30 '. Reflected light

31. Headlight reflector 32. Headlight clear cover 33.34.

35. Reference Line 36. Light Center Center Line

In car headlight lamps,

In one quartz tube 1, two light emitting tubes 2 and 3 having molybdenum electrodes 4 and 5 are provided on both sides thereof, and in the light emitting tube 2 and 3, a light emitting material 24 is provided. , Ie xenon gas (6), mercury (7) and other compounds (8)

The light beam tube 3 is installed to have a height of 28.5 mm, and the coating part 11 is formed on the upper side and the rear side of the low beam 22 light emitting tube 3 to form the low beam 22. The light of the light emitting tube 3 is reflected only to a part side, that is, the light of the low beam light emitting tube 3 is caught by the coating portion 11 so as to hit the headlamp reflector 31 of the upper side and reflected downward,

The light beam 2 of the high beam 23 is mounted at the lower position of the low beam 22, so that the high beam 23 is diverged in all directions without being obstructed or disturbed by the coating 11 or the like when the high beam 23 is operated. 29) becomes large,

The center line 36 of the low beam 22 light emitting tube 3 and the high beam 23 light emitting tube 2 is provided so as to be inclined at a predetermined angle from the reference line 35, and the light emitting tube 2 in the quartz tube 1 is provided. (3) Ceramic pipes (10) and (10 ') are formed on both sides of the outside of the quartz tube (1) to erect the wires (9) and (9') flowing into the upper side, and two light tubes (2) (3). ) And the lower side of the quartz tube 1 and the ceramic pipe 10, 10 ′ formed therein are placed in the base fixing housing 13 and fixed with the ceramic bond 14, and the base fixing housing 13 is resistant to heat such as stainless steel. It is made of a material, and fixedly mounted to the housing fixed mounting portion 15 formed with the mounting protrusions 16, 16 ', 16 " (l6' "), and a plurality of power lines 27 and 27 on the lower side. Attach the etch ID lamp 100 to the center of the headlight by connecting the `` 27 '', 27 '' ', and the power lines 27, 27' of the etch ID lamp 100 ( 27 '') are two ballasts (17) (18) (you can connect to one formed ballast). Then, the low beam 22) and the hi-beam 23 are connected to the connector housing 19 for operating the power, and the three wires (or may be connected by four wires) from the connector housing 19 may be connected to the battery ( 20), it is possible to select and operate the low beam and high beam, and it is the etch ID lamp for the headlight of the car that can adjust the reflection angle and the emission color of the light.

In another embodiment,

In one quartz tube (1) (1 '), one light emitting tube (2) (3) having molybdenum electrodes (4) (5) on each side is provided one by one, and inside the light emitting tube (2) (3). The light emitting material 24 is sealed, the height of the light emitting tube 3 in the quartz tube 1 to act as the low beam 22 is 28.5mm, and another quartz tube to act as the high beam 23 The heat generating tube (2) in the ') is positioned below the light emitting tube (3) of the quartz tube (1) to act as the low beam (22),

On one side of each quartz tube 1, 1 ', an electric wire 9, 9' flowing into the upper side of the light emitting tube 2, 3 installed inside each quartz tube 1, 1 'is provided. In order to fix and support, ceramic pipes 10 and 10 'are provided, and the top surfaces of the two quartz tubes 1 and 1' and the rear side of the low beam 22 light emitting tube 3 are covered and reflected. The reflective cap 12 is formed, and both sides of the lower side of the reflective cap 12 are fixed to the (reflective cap) supports 33 and 34,

Each of the quartz tubes 1 and 1 'provided with the light emitting tubes 2 and 3 and the ceramic pipes 10 and 10' provided on one side thereof has a base fixing housing 13 portion and a housing. The fixed mounting portion 15 is inserted into the upper inside of the integrated fixed housing 21, which is integrally formed of a synthetic resin material, and fixed with a ceramic bond 14, but the center line of the two light emitting tubes 2 and 3 36 coincides with the reference line 35, but the reflecting cap 12 is inclined by about 15 degrees, and the supports 33 and 34 of the reflecting cap 12 are formed on both sides of the ceramic bond 14 (Fig. HID lamp 100 is also formed in the unitary fixed housing 21, which is inserted into and fixed to the lower side, and the power lines 27, 27 ', 27 " and 27' " are connected to the lower side. Mounting projections 16, 16 ', 16' are mounted on the central portion of the headlight reflector 31, and the power lines 27, 27 ', 27' (27 ') of the etch ID lamp 100. Molybdenum electrode 4 ( 5) to the ballasts (17) and (18) to supply, and then to the connector housing (19) and the battery (20) as described above to adjust the low beam and high beam, and to control the reflection angle and emission color HID lamp for car headlights.

The operation of the present invention configured as described above is as follows,

If the driver selects the low beam (3),

The connector housing 19 connected to the battery 20 supplies power to the ballast 17 connected to the low beam 22 light emitting tube 3 and supplies 25.000 input power from the ballast 17 to 12V. A high voltage of volts V is generated to cause a plasma discharge at both molybdenum electrodes 4 and 5 of the light beam 3 of the low beam 22, and the xenon in the light tube 3 by the plasma discharge. The electrons and metal atoms of the gas 6, mercury 7, and other compounds 8 collide with each other and are energized to emit light with excellent luminosity. At this time, the emission color adjusts the component ratio of the other compound (8) containing the metal halide component to emit light close to sunlight, so that the visibility is excellent at night, and the reflection angle of the reflected light 30, 30 ' Light 20 emitted from the low beam 22 is caught by the coating 11 or the reflective cap 12 to prevent the light from being emitted straight out of the headlight reflector 31 and reflected downward of the low beam 22. The light is caught by the coating part 11 or the reflection cap 12, and is reflected upward. The light is reflected downward by a predetermined angle from the headlight reflector 31 as shown in FIG.

Further, as shown in FIG. 10, the center line 36 of the low beam 22 light emitting tube 3 and the high beam 23 light emitting tube 2 is mounted so as to be inclined by 15 ° from the reference line 35, and thus the headlight reflector 31 is mounted. A large amount of light is emitted to the left side of the driver to act as a large amount of reflected light (30, 30 ') to the right of the driver, and a small amount of light is reflected on the right side of the headlight reflector 31, As a result, the reflected light 30 (30 ') is not reflected much toward the driver's left center line, thereby preventing the glare of the oncoming vehicle.

In addition, when the driver selects the high beam 23, the connector housing 19 supplies power to the high beam 23 light emitting tube 2 through the ballast 18 to perform the same light emission as described above. Since the high beam 23 light emitting tube 3 is installed below the low beam 22 light emitting tube 2, the high beam 23 emits light in all directions without being caught by the coating 11 or the reflective cap 12. The light is reflected by the headlight reflector 31 so that the light can be seen as far and wide as shown in FIG. 8.

As described above, the present invention is simple in configuration, there is no trouble, and there is no filament, so there is no hassle to replace the filament, and thus the lamp life is long, and the light tube or the reflective cap is long. Since the low and high beams can be operated without forward and backward movement, there is no trouble of device breakdown, a large amount of assembly parts and assembly time for the forward and backward movement are reduced, and a synthetic resin material that can withstand a fixed housing well with stainless steel or heat The durability of quartz tube, light emitting tube and ceramic pipe are firmed for a long time by using ceramic bond, and the electromagnetic wave is not generated by using ceramic pipe for wire support, and the center of light emitting tube is used. A very useful design that has the effect of preventing glare of oncoming vehicles by tilting the line. A.

Claims (3)

In car headlight lamps, In one quartz tube 1, two light emitting tubes 2 and 3 having molybdenum electrodes 4 and 5 are provided on both sides thereof, and in the light emitting tube 2 and 3, a light emitting material 24 is provided. , Ie xenon gas (6), mercury (7) and other compounds (8) The low beam 22 light emitting tube 3 is installed so that its height is higher than the high beam 23, and the coating part 11 is formed on the upper side and the rear side of the low beam 22 light emitting tube 3. Thus, the light of the low beam 22 light emitting tube 3 is caught by the coating portion 11 so as to hit the headlight reflector 31 of the upper side to reflect downwardly, The high beam 23 light emitting tube 2 is mounted at the lower position of the low beam 22, and when the high beam 23 is operated, the light beam 2 is extended and diverged omnidirectionally without being caught or disturbed by the coating 11. ) Increases, The center line 36 of the low beam 22 light emitting tube 3 and the high beam 23 light emitting tube 2 is provided so as to be inclined at a predetermined angle from the reference line 35, and the light emitting tube 2 in the quartz tube 1 is provided. (3) Ceramic pipes (10) and (10 ') are formed on both sides of the outside of the quartz tube (1) to erect the wires (9) and (9') flowing into the upper side, and two light tubes (2) (3). ) And the lower side of the quartz tube 1 and the ceramic pipe 10, 10 ′ formed therein are placed in the base fixing housing 13 and fixed with the ceramic bond 14, and the base fixing housing 13 is resistant to heat such as stainless steel. It is made of a material, and is fixed to the housing fixed mounting portion 15 formed with the mounting projections 16, 16 ', 16' ', 16' '', a plurality of power lines 27 (27) to the lower side '(27') (27 '' ') is attached to the etch ID lamp (100) in the center of the headlight, and the power supply lines (27) (27') of the etch ID lamp (100) ( 27 '') are two balas Connected to 17 and 18 and. Then, the low beam 22) and the hi-beam 23 are connected to the connector housing 19 for operating the power supply, and the three wires from the connector housing 19 are connected to the battery 20 to connect the low beam and the high beam. Echi ID lamp for car headlights that can be operated by selecting and adjusting the angle of reflection and color of light. In car headlight lamps, In one quartz tube 1, two light emitting tubes 2 and 3 are provided, and a light emitting material 24 is enclosed in the light emitting tube 2 and 3, The center line 36 of the low beam 22 light emitting tube 3 and the high beam 23 light emitting tube 2 is installed to be inclined about 15 ° from the reference line 35, and the base fixing housing 13 and the housing fixing mounting portion An etch ID lamp for a headlamp of an automobile, characterized in that (15) is formed of a material that withstands high heat such as stainless steel. In car headlight lamps, In one quartz tube 1, 1 ', light emitting tubes 2 and 3 each having molybdenum electrodes 4 and 5 are provided on both sides thereof, and light emitting tubes 2 and 3 emit light. The material 24 is injected, the height of the light emitting tube 3 in the quartz tube 1 to act as the low beam 22 is set to be 28.5 mm, and another quartz tube 1 'to act as the high beam 23 is provided. The heat generating tube 2 is located below the light emitting tube 3 of the quartz tube 1 acting as the low beam 22, On one side of each quartz tube 1, 1 ', an electric wire 9, 9' flowing into the upper side of the light emitting tube 2, 3 installed inside each quartz tube 1, 1 'is provided. In order to fix and support, ceramic pipes 10 and 10 'are installed, and the upper and outer sides of the two quartz tubes 1 and 1' and the rear side of the low beam 22 light emitting tube 3 are covered and reflected. The reflective cap 12 is formed, and both sides of the lower side of the reflective cap 12 are fixed to the (reflective cap) supports 33 and 34, Each of the quartz tubes 1 and 1 'provided with the light emitting tubes 2 and 3 and the ceramic pipes 10 and 10' provided on one side thereof has a base fixing housing 13 portion and a housing. The fixed mounting portion 15 is inserted into the upper inside of the integrated fixed housing 21, which is formed integrally with a synthetic resin material, and fixed with a ceramic bond 14, but the center line 36 of the two light emitting tubes 2, 3 is fixed. ) Is made to coincide with the reference line 35, but the reflective cap 12 is inclined at an angle, and the supports 33 and 34 of the reflective cap 12 are inserted into and fixed in the grooves formed on both sides of the ceramic bond 14. And the mounting protrusions 16 formed with the HID lamp 100, which is connected to the power supply lines 27, 27 ', 27 ", 27' " 16 ') (16') to mount the central portion of the headlight reflector 31 and the like. The power lines 27, 27 ', 27', 27 '' of the etch ID lamp 100 To the ballasts 17 and 18 that supply voltage. H. LED lamp for automobile headlights connected to the connector housing 19 and the battery 20 as described above to adjust the selection of the low beam and the high beam, and to adjust the reflection angle and the emission color.