KR200275828Y1 - a work lamp using waste halogen lamp - Google Patents

Abstract

The present invention relates to a work lamp using a waste halogen lamp, in particular, a low halogen filament is short-circuited and the high beam filament is usable waste halogen lamp; A socket member in which the waste halogen lamp is inserted and provided with a first terminal and a second terminal such that a voltage is applied to the high beam filament; A wire electrically connected to the first terminal and the second terminal of the socket member to apply a voltage; A switch member connected to the electric wire so as to turn on / off the supply of electric current conducted to the electric wire; Case means in which the switch member and the socket member are installed, and the first case member and the second case member are assembled by bolts; A reflection member installed at the case means and having a front surface open to project the light generated from the waste halogen lamp to the front; A protective wire member hinged to the reflective member to open and close the reflective member, the protective wire member comprising a first wire, a second wire, and a third wire; It relates to a work lamp using a waste halogen lamp composed of an electronic transformer electrically converting an AC power source so that a voltage of 12V is applied to the waste halogen lamp which is prevented from being damaged by the protective wire member. By using halogen lamp as work lamp, it is possible to prevent waste of resources and reduce cost by recycling waste materials, and to brighten the workplace by illuminating the high beam of waste halogen lamp, thus improving productivity of workplace. have.

Description

Work lamp using waste halogen lamp

The present invention relates to a work that generates light in order to work in a workplace such as a maintenance center of an automobile. In particular, by using a waste halogen lamp having low lifespan of a low beam in a halogen lamp that generates a high beam and a low beam, The present invention relates to a work lamp using a waste halogen lamp that can prevent environmental pollution, reduce costs, and provide a brighter work environment by using waste materials.

In general, halogen lamps that generate low beams and high beams have been applied to various products due to their good efficiency, long life, strong thermal shock, and natural light.

As an example of application of such a conventional halogen lamp, a vehicle headlamp disclosed in Japanese Patent Laid-Open No. 7-220697 has been proposed.

As described in FIG. 1 and the claims, the vehicle headlamp of Japanese Patent Laid-Open No. 7-220697 has a low beam filament 5 'and a high beam filament 6' inside the bulb 1 'on which the infrared reflecting film 16' is formed. ), Characterized in that the bulb 1 'is formed with a visible light emitting film 19' reflecting visible light emitted from the low beam filament 5 'toward a specific direction.

In addition, three leads 13 ', 14', and 15 'are protruded to the outside of the bulb 1' such that a voltage is applied to the low beam filament 5 'or the high beam filament 6'. have.

Such a conventional headlamp for a vehicle uses a low beam while driving a vehicle to brighten the front, and uses a high beam when an emergency or a warning is given to a front driver.

Thus, the low beam filament 5 'is shorter in life than the high beam filament 6', and the lamp must be replaced when the low beam filament 5 'is shorted.

That is, the conventional high-beam and low-beam lamps should be replaced when the low beam filament is short-circuited, and the replaced lamp may use the high beam filament, but will be discarded.

As described above, the lamps emitting the high beams and the low beams have a problem in that wasteful filaments are discarded when the low beam filament is short-circuited and thus cannot be recycled.

The present invention has been made in view of the above-mentioned problems, and an object of the present invention is to provide a brighter working environment by using a halogen lamp having a low lifetime of a low beam in a halogen lamp that generates a low beam and a high beam. It is to provide work lamps using waste halogen lamps that can improve productivity through the use of waste and prevent waste of resources and reduce costs by utilizing waste materials.

1 is a view showing the internal structure of Japanese Patent Laid-Open No. 7-220697 to which a halogen lamp applied to a conventional example is applied.

Figure 2 is a perspective view showing a work lamp using a waste halogen lamp applied to the present invention.

Figure 3 is an exploded perspective view showing the main parts of the work lamp, such as work using a halogen halogen lamp applied to the present invention.

Figure 4 is an internal structure schematically showing the internal structure of the work lamp using a waste halogen lamp applied to the present invention.

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

10 ... Halogen Halogen Lamp 11 ... Bulb

12 ... low beam filament 13 ... high beam filament

14 Internal lead for low beams 15 Internal lead

16.Inner lead for high beams 17.Outer lead for low beams

18.Outer lead for high beams 19.Outer lead for incoming

20 Socket member 21 Low beam hole

22 ,, high beam hole 23 ...

25 ... Terminal 1 26 ... Terminal 2

30 ... wire 40 ... switch element

50 case means 51 first case member

52 ... second case member 53 ... through-hole

60.Reflection 61

62 ... Hinge 63

70 ... protective wire member 71 ... 1 wire

72 ... iron wire 73 ... iron wire

80 ... Packing member 81 ... Through hole

82 ... hook 90 ... electronic transformer

Work lamp using the waste halogen lamp of the present invention to achieve the above object, the work lamp using a waste halogen lamp is provided with a low beam filament and a high beam filament to generate a low beam and a high beam; A waste halogen lamp in which the low beam filament is short-circuited and the high beam filament is usable, and the low beam outer lead, the high beam outer lead, and the lead outer lead protrude outward from the bulb; The waste halogen lamp is inserted and made of aluminum to withstand high heat, and the low beam and high beam holes and the high beam holes and the inlet holes are inserted into the upper surface of the low beam outer lead, the high beam outer lead and the inlet outer lead, respectively. And a socket member having a protruding portion formed on an outer circumference of an upper surface, and having a first terminal at a lower side of the high beam hole and a second terminal at a lower side of the inlet hole so that a voltage is applied to the high beam filament. ; A wire electrically connected to the first terminal and the second terminal of the socket member to apply a voltage; A switch member connected to the electric wire so as to turn on / off the supply of electric current conducted to the electric wire; The switch member and the socket member are installed, and the first case member is injection molded so that the user can be easily mounted by hand, the first groove portion, the first body portion, the first handle portion and the assembly protrusion is formed. And a case means in which a second case member, which is injection-molded to form a second recess portion, a second body portion, a second handle portion, an assembly protrusion and a through hole, is assembled by bolts; The first groove portion is installed in the case means, the front surface is opened so that the light generated from the waste halogen lamp is projected forward, the lower groove is inserted into the first groove portion and the second groove portion of the case means; A reflecting member having a fixing part having substantially the same width as that of the second recess, having a hinge part at one side, and a locking part at the other side thereof; The first iron wire is hinged to the reflective member to open and close the reflective member, and is formed in a semi-circular arc shape with a thick wire so that one side is fixed to the hinge and welded to the front surface of the first iron wire. A protective wire member comprising a second iron wire formed generally in a U-shape, and a third iron wire welded vertically across the center of the second iron wire and having a hook formed thereon; An AC power converter converts a voltage of 12V into the closed halogen lamp which is prevented from being damaged by the protective wire member, and an electronic transformer electrically connected to an end of the wire.

According to the work using the waste halogen lamp according to the present invention, by using the waste halogen lamp as a work lamp, it is possible to prevent waste of resources and reduce costs by recycling waste materials, and to work as a high beam of waste halogen lamp. This makes the workplace brighter and improves the productivity of the workplace.

Hereinafter, an embodiment of a work lamp using a waste halogen lamp applied to the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is a perspective view showing a work lamp using a waste halogen lamp applied to the present invention, Figure 3 is an exploded perspective view showing the main parts of the work lamp using a waste halogen lamp applied to the present invention, Figure 4 An internal sectional view schematically showing the internal structure of a work lamp using a waste halogen lamp applied to the design.

2 to 4, reference numeral 10 denotes a waste halogen lamp that is capable of generating a high beam and exhausting the life of a low beam in a halogen lamp mainly used for headlights of automobiles.

That is, the waste halogen lamp 10 has a high beam filament 13 for generating a high beam and a low beam filament 12 for generating a low beam in the bulb 11, and the low beam filament 12 Is shorted and used up.

The low beam filament 12 of the closed halogen lamp 10 is connected to the low beam inner lead 14 and the lead inner lead 15, and the high beam filament 13 is a high beam inner lead 16. ) And the lead internal lead 15 are connected.

In addition, a low beam outer lead 17, a high beam outer lead 18, and a lead outer lead are applied to the closed halogen lamp 10 so that a voltage is applied to the low beam filament 12 and the high beam filament 13. 19) protrudes outward.

That is, the low beam inner lead 14 and the low beam outer lead 17 are connected, the high beam inner lead 16 and the high beam outer lead 18 are connected, and the lead inner lead 15 is connected. ) And the incoming external lead 19 is connected to the low beam filament 12 is generated by the voltage applied from the outside or the high beam filament 13 is generated to generate a low beam or high beam, in the present invention The low beam filament 12 will be described only in a shorted state.

In addition, reference numeral 20 denotes a socket member into which the waste halogen lamp 10 is inserted and made of aluminum to withstand high heat, and an upper surface of the low beam external lead 17 and the high beam external lead 18 and the lead on an upper surface thereof. The low beam hole 21, the high beam hole 22, and the inlet hole 23 are respectively formed so that the outer leads 19 are respectively inserted, and the outer periphery of the upper surface protrudes outwardly so as to be firmly installed in the case means described later. A protrusion 24 is provided.

In addition, a first terminal 25 is provided below the high beam hole 22 so that voltage is applied to the high beam filament 13 of the closed halogen lamp 10 inside the socket member 20. The second terminal 26 is provided below the hole 23.

In addition, the wire 30 is electrically connected to the first terminal 25 and the second terminal 26 so that a voltage is conducted.

The electric wire 30 is electrically connected to a switch member 40 for turning on / off the supply of current so that a voltage is applied to the high beam filament 13 of the closed halogen lamp 10.

On the other hand, the reference numeral 50 is a case means for allowing the user to easily attach by hand and the socket member 20 and the switch member 40 is installed to form the appearance of the work lamp, the first groove portion 511 ), A first case member 51, a second recess 512, and a second body part which are injection molded to form a first body part 512, a first handle part 513, and an assembly protrusion 514. 522, the second handle part 523, the assembly protrusion 524, and the through-hole 53 are formed so that the injection molded second case member 52 is assembled by bolts.

In addition, reference numeral 60 denotes a reflecting member fixed to the case means 50 by opening the front surface so that the light generated from the closed halogen lamp 10 is projected in a desired direction, and a lower portion of the first means of the case means 50. The fixing portion 61 having the same width as the first groove portion 511 and the second groove portion 521 is provided to be inserted into the groove portion 511 and the second groove portion 521, The hinge portion 62 is provided on the side, and the locking portion 63 is provided on the other side.

In addition, the protective wire member 70 is provided on the front surface of the reflective member 60 so that the closed halogen lamp 10 is not damaged by an external impact.

That is, the protective wire member 70 is formed in a semi-circular arc shape with a thick wire so that one side is fixed to the hinge portion 62 and the front side of the first wire 71. The second iron wire 72 is welded and generally formed in a U-shape, and the third iron wire 73 is welded vertically across the center of the second iron wire 72 and has a hook on the upper side thereof.

In addition, reference numeral 80 denotes a packing member that maintains airtightness so that foreign matter does not penetrate into the case means 50, and is fixedly installed on the lower surface of the case means 50, and penetrates the wire 30 to pass therethrough. The sphere 81 is formed, and the hook part 82 is provided in the lower surface.

In addition, reference numeral 90 denotes an electronic transformer for converting an AC power source so that a voltage of 12 V is applied to the closed halogen lamp 10.

Next, the working effect of the work lamp using the waste halogen lamp according to the present invention configured as described above will be described.

First, the waste halogen lamp 10 may be short-circuit of the low beam filament 12 in the halogen lamp used as the headlamp of a vehicle, thereby preventing waste of resources and pollution of the environment by utilizing waste materials.

In addition, the pehalogen lamp 10 is a high beam emitted from the high beam filament 13 to illuminate the work site, the work site becomes brighter and can improve the work efficiency by improving the working environment.

That is, when the closed halogen lamp 10 is connected to the socket member 20, the electronic transformer 90 is connected to a power supply means, and the switch member 40 is turned on to the high beam filament 13. A voltage of 12V is applied to cause the high beam to diverge.

In addition, the high beam emitted from the waste halogen lamp 10 is emitted by the reflective member 60 to the front without being leaked to the front to brighten the workplace.

Meanwhile, since the low beam filament 12 of the waste halogen lamp 10 is in a short circuited state and is not electrically connected, the low beam filament 12 is not operated when the switch member 40 is turned on. do.

In addition, since the protective wire member 70 is welded by a thick wire, the manufacturing cost is greatly reduced.

In addition, a hook is provided on the third wire 72 of the protective wire member 70, and the hook member 82 is also provided on the packing member 80 of the case means 50, so that the work lamp is moved up and down in any direction. Can also be used to hang, so the convenience is doubled.

As described above, according to the work using the waste halogen lamp according to the present invention, by using the waste halogen lamp as a work lamp, it is possible to prevent waste of resources and reduce costs by recycling waste materials, and to reduce the high beam of waste halogen lamps. As the work area is brightened, the workplace becomes brighter, which has a very practical effect of improving the productivity of the work place.

Claims (2)

In a work lamp using a low halogen lamp which is provided with a low beam filament and a high beam filament to generate a low beam and a high beam; The low beam filament 12 is short-circuited and the high beam filament 13 is usable, and the low beam outer lead 17, the high beam outer lead 18, and the lead outer lead 19 outside the bulb 11. Waste halogen lamp 10 is projected; The waste halogen lamp 10 is inserted and detached, and made of aluminum to withstand high heat, and an upper surface of the low beam external lead 17, the high beam external lead 18 and the lead external lead 19 are respectively formed on an upper surface thereof. The low beam hole 21, the high beam hole 22, and the inlet hole 23 are formed so as to be inserted into each other. A protrusion 24 is provided at the outer circumference of the upper surface, and a voltage is applied to the high beam filament 13. A socket member 20 provided with a first terminal 25 at a lower side of the high beam hole 22 and a second terminal 26 at a lower side of the inlet hole 23; A wire (30) electrically connected to the first terminal (25) of the socket member (20) and the second terminal (26) so that a voltage is conducted; A switch member (40) connected to the electric wire (30) to turn on / off the supply of electric current to the electric wire (30); The switch member 40 and the socket member 20 are installed, so that the user can easily mount them by hand, and the first groove portion 511, the first body portion 512, and the first handle portion ( 513 and the first case member 51 injection molded to form the assembly protrusion 514, the second groove portion 512, the second body portion 522, the second handle portion 523 and the assembly protrusion ( 524 and case means 50 in which injection-molded second case member 52 is assembled by bolts so as to form a through hole 53; Is installed on the case means 50, the front is opened so that the light generated from the waste halogen lamp 10 is projected forward, the lower portion of the first recess 511 and the second of the case means 50 A fixing portion 61 having substantially the same width as the first groove portion 511 and the second groove portion 521 is provided to be inserted into the groove portion 521, and a hinge portion 62 is provided at one side thereof. It is provided, the other side and the reflective member 60 is provided with a catching portion 63; The first iron wire 71 is hinged to the reflective member 60 so as to open and close the reflective member 60 and is formed in a semi-circular arc shape with a thick wire so that one side is fixed to the hinge portion 62. And a second iron wire 72 welded to the front surface of the first iron wire 71 and formed generally in a U shape, and welded across the center of the second iron wire 72 with a hook formed thereon. A protective wire member 70 consisting of a three-wire 73; The AC power converter converts a 12V voltage to the waste halogen lamp 10 which is prevented from being damaged by the protective wire member 70, and is electrically connected to an end of the wire 30. Work lamp using a waste halogen lamp, characterized in that made. The method of claim 1, On the lower surface of the case means 50, Packing member 80 is installed to maintain the airtight so that foreign matter does not penetrate into the case means 50, The packing member 80 is a through hole 81 is formed so that the wire 30 passes, the lower surface of the work lamp using a halogen lamp, characterized in that the hook portion 82 is provided.