KR200321330Y1 - Long type halogen lamp by low voltage having multi radiance point - Google Patents

Abstract

The present invention uses a low length bolt of less than 100 volts to a long length of halogen lamp to connect a plurality of micro lamps in series or in parallel so that it is possible to obtain high bolts. I was able to use it effectively in area and the outdoors,

In a low halogen long halogen lamp,

A plurality of low volt microlamps installed at regular intervals in a space within a prescribed standard of the long halogen lamp, and the low volt microlamps generate light even at low volts of 100 volts or less, There is an excellent effect of providing a long low-volt halogen lamp having a plurality of light emitting points characterized in that the forming.

Description

LONG TYPE HALOGEN LAMP BY LOW VOLTAGE HAVING MULTI RADIANCE POINT}

The present invention is a long type low bolt halogen lamp having a large number of light emitting points, more specifically, a long length of a low-halogen lamp using a low bolt of 100 volts or less, a plurality of fine light to emit a plurality of light The present invention relates to a long type low bolt halogen lamp having a plurality of light emitting points that can be effectively used in an area or outdoor where a high volt can not be obtained by connecting lamps in series or in parallel.

1 is a view showing a spot light bulb according to the prior art, the spot lamp (Spot Lamp) is also called a spot light (Flood Light), or a flood light (Flood Light), is a kind of concentrated light that is concentrated in one direction. .

A spot bulb is an electric bulb which emits light by a filament provided therein with an opaque colored portion at the bottom of the glass sphere.

The spot light bulb has a structure similar to that of a general incandescent light bulb except for an opaque colored part.

Since such spot light bulbs are mainly used for long time intensive lighting in a certain direction, it is required to ensure the maximum life as possible. In general, the life of a spot bulb or incandescent bulb is about 5,000-7,000 hours.

The most effective structure for achieving the long life required for such spot light bulbs is to connect a plurality of micro light bulbs in series to be embedded in the glass bulb.

In this case, the light emitting source of each microbulb is a filament, and when the filament for any one microbulb is small, it has a structure in which power can be supplied to another filament by a separate conductive member.

Therefore, even if the filaments of the microbulbs connected in series are broken in sequence, other unbroken microbulbs continue to glow.

The conductive member is made of a material through which current easily flows due to chemical action inside the small bulb of the filament, and is disclosed in US Patent No. 3,479,548.

Meanwhile, the present inventors have already proposed an elongated emergency lighting lamp which is arranged inside a glass sphere after connecting a plurality of small bulbs in series by applying the above technical principle.

Such a spot bulb is proposed in the registration number 0101447, which is shown in FIG.

The spot bulb focuses on the local area, and has one glass sphere 11 having a semi-transparent colored portion 10 on its back, extending forward from the rear end of the glass sphere 11, and having a power source from the outside. A stem 24 having a pair of terminal wires 40 supplied therein is disposed in the glass sphere 11, and each of the filaments 20 and each of the filaments is connected to the filaments of adjacent microbulbs. A plurality of microbulbs 22 having lead wires 22 and a reflecting surface 51 for concentrating on a predetermined area where light of the microbulbs 22 is reflected on the front surface are coated, and a cathode conductive line 50 is disposed on the back surface. ) And the cathode conductive line 50 are alternately arranged to form a plurality of concentric circles, and a pair of terminal lines 40 extending from the stem 24 in the glass sphere are the positive and negative conductive lines 50. Each of which is connected to and supported by The lead wire 22 of the light bulb 22 is composed of a disc-shaped support plate connected in parallel to the positive and negative conductive lines.

And the emergency exit indicator bulb is known by the Utility Model Application No. 93-19960, Figure 2 is a view showing the emergency exit indicator bulb according to the prior art, the auxiliary power supply line 9 and the filament (power supply member) 7 is a support wire for supporting the plurality of small precursors 6 by drawing the lead wires 6 at a predetermined interval between the micro precursors that are connected in parallel in the small precursors 8 and emitting light, and both end stems 3. 4) and lighting bulbs for emergency exit indicators including a detention 2 having a base formed of a cylindrical connecting member sandwiched between insertion pieces on both ends of the glass sphere 1, and known.

All of the spot light bulbs and emergency exit light bulbs are used at high voltages (over 100 volts). Spot light bulbs are intended to improve brightness at a low cost and to extend life. It is a technology that aims to prolong the life as a doom.

The spot light bulb or the emergency exit indicator bulb can be used without inconvenience in a region where high bolt supply is possible, but there is a problem that it cannot be used in a region where it is difficult to supply high bolts.

In particular, when lighting (light source) is needed to plan a special event in a vehicle or outdoors, there is a problem of incurring a high cost such as having a large-capacity generator and facilities such as a search light.

In addition, the bulb which should be kept powered at all times, such as the above-mentioned emergency exit indicator bulb, can have a longer life as the sinter bulb is provided as much as possible. There is a problem that it is not suitable because the light can be focused or emitted without using it.

Particularly, a technique of generating a bright light by collecting a plurality of micro bulbs from a light source in a long halogen lamp using a high voltage is known, but the current specification of a long halogen lamp realizes a plurality of light emitting points. There is a problem in enlarging the emission range.

In order to solve the problems of the prior art as described above, an object of the present invention is to use a low-length bolt of less than 100 volts in a long bowelogen lamp in a series of microlamps so that a plurality of lights can emit light It is to provide a long-type low-volt halogen lamp having a large number of light emitting points that can be effectively used in areas or high outdoors where high volts can not be obtained by connecting in parallel to enlarge the emission range.

The present invention to realize this

In a low halogen long halogen lamp,

A plurality of low bolt microlamps installed at regular intervals in a space within a prescribed specification of the long halogen lamps, and a plurality of light emitting points at which the low bolt microlamps generate light even at low volts of 100 volts or less. It is to provide a long low-volt halogen bulb having a plurality of light emitting points characterized in that forming a portion.

The present invention described above extends the emission range of a long low bolt halogen lamp having a plurality of light emitting points having multiple light bulbs using a low voltage power source generated using a battery, a mobile generator, a power generator of a vehicle, and the like. It can be used for lighting.

1 is a view showing a conventional general spot bulb.

2 is a view showing a light bulb for a conventional general emergency exit indicator.

3 is a diagram showing a series circuit type with a long low bolt halogen lamp having a plurality of light emitting points according to the present invention;

4 is a diagram showing a parallel circuit type with a long type low bolt halogen lamp having a plurality of light emitting points according to the present invention;

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

62: long low bolt halogen lamp

64: base

66: quartz hall

68: space

69: tungsten wire

70: low bolt fine lamp

72: light emitting point

Hereinafter, with reference to the accompanying drawings a preferred embodiment of the present invention will be described in more detail.

3 is a diagram showing a series circuit type with a long low bolt halogen lamp having a plurality of light emitting points according to the present invention;

A long low bolt halogen lamp 62 having a plurality of light emitting points is a space within a prescribed standard of a long low bolt halogen lamp 62 made of a quartz tube 66 on a base 64 connected to a power supply terminal. A plurality of low bolt microlamps 70 are provided with tungsten wires 69 at regular intervals, and the low bolt microlamps 70 generate light even at low volts of 100 volts or less. The light emitting point portion 72 is formed.

The long type low bolt halogen lamp 62 described above has a long length and is known to have a double base type or a single base type formed with a constant diameter.

The low-volt microlamp 70 has a plurality of long halogen lamps 62 in series or parallel circuits and emits light when low-volt is applied.

The light emitting point portion 72 is a light emitting range by dispersing light by the lighting of a plurality of low-volt microlamps 70 connected at regular intervals.

Many low-volt microlamps 70 apply a low bolt of 100 volts or less to generate light to form the light emitting point portion 72, so that the use of a long halogen lamp only in high volts is possible even at low volts. have.

When explaining the operation of the present invention made as described above, a plurality of low bolt fine lamps 70 are provided at regular intervals in a space within a prescribed standard of the long type low bolt halogen lamp 62.

The low bolt microlamp 70 generates light by forming the light emitting point portion 72 by a plurality of lamps even at a low bolt of 100 volts or less.

In addition, the long type low-volt halogen lamp 62 is a power source applied through the base 64 by a battery, a portable generator, a vehicle generator, or the like through a tungsten wire 69 connected in series or parallel circuits. The light emitting point portion 72 is formed over the low bolt microlamps 70 by emitting light through the low bolt microlamps 70 that are disposed to provide a light source.

As a result, a long volt-type low volt halogen lamp 62 developed by a conventional low volt generator such as outdoor or mountain wallpaper where a high volt power supply of 100 volts or more is not available, performances, concerts, etc. By increasing the light emission range is enlarged to facilitate the use.

4 is a diagram illustrating a parallel circuit type with a long type low bolt halogen lamp having a plurality of light emitting points according to the present invention, in which a tungsten wire 69 in which the low bolt fine lamps 70 are arranged in parallel is shown. It is also possible to install by connecting, because the operation is made the same, the detailed description is omitted.

The above proposal solves the fact that many low-bolt microlamps can be used only by using high bolts in long halogen lamps by applying low bolts of 100 volts or less to generate light to generate light. It works.

As a result, it is a useful design for the light bulb industry, with improved commercialization and technical ability to be used for mountain wall, outdoor events, etc., where high-volt power cannot be supplied.

Claims (2)

A plurality of low-bolt fine lamps 70 installed in series circuits on the tungsten wire 69 at regular intervals in the prescribed space portion 68 of the low-half long halogen lamp 62; The low-volt long lamp having a plurality of light-emitting points characterized in that the light-emitting point portion 72 is formed by applying a low bolt of 100 volts or less to generate a plurality of low-volt microlamp 70. 2. The long type low bolt halogen lamp having a plurality of light emitting points according to claim 1, wherein the low bolt microlamp 70 is installed in a parallel circuit in the space portion 68 by a tungsten wire 69. .