JPS58501152A - Energy saving lamp unit - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] Energy saving lamp unit The present invention comprises at least one gas discharge tube located within the lamp bulb and the lamp bulb. Energy having a high frequency series generator fixed to the neck of the loop followed by a cap Concerning an energy-saving lamp unit.

As an alternative to relatively inefficient incandescent lamps, at least one, preferably high-pressure It is equipped with a gas discharge tube, and although it has a gas discharge tube inside itself, it has a The series unit required for the operation of the gas discharge tube is fixed in some way to the tube. It is known to use such a lamp unit. This series unit has white Fitted with the familiar threaded cap of heat lamps, the This compact lamp unit allows you to use incandescent lamps without any special expertise. It can be screwed into the socket for amplifier 0. This type of lamp unit is For example, it is called an energy-saving lamp unit. This is because this high pressure Compared to an incandescent lamp, which emits light at the same luminous intensity, an incandescent lamp has a This is because only 3 to 3 of the energy r- is consumed. This kind of lamp unit is known, for example, from Hungarian patent application no. 1226/81. It is being Fixing the series unit to the lamp pulp is an energy saving type of lamp. This is one problem with the unit. Traditionally used in incandescent lamp caps. Traditional hot bonding is mostly used in this type of series devices. This lamp unit is suitable for the reason that body components are destroyed by thermal action. It is impossible if

According to one known solution, the electrodes of the gas discharge tube are connected to the lamp bulb. connected to the power supply pins protruding from the inserted into a resilient contact bushing. The disadvantage of this structure is that the incandescent lamp Instead of using traditional reliable and inexpensive glass processing techniques, The problem is that the lamp pulp must be melted using a method.

Another problem with energy-saving lamp units is the electronics. It is in the layout format of the components. One of the most important conditions in this case is to compare the dimensions of the series devices. In other words, the geometric dimensions of the lamp unit should be relatively small. , a place where incandescent lamps are used, which is far removed from incandescent lamps. This means that it should not be done. To achieve this purpose, 50 Hz to 60 Hz grid current is converted to high frequency current. In other words, if you do that, the gas discharge tube The dimensions of the choke coil that limits the current can be made relatively small. This is because equal inductance values are required. high frequency High-frequency generators of this type in series generators are expediently constructed electronically. connected and must be network powered via a rectifier. Yes this rectifier replacement Either way, it has a filter capacitor for energy storage, and the filter capacitor The capacitor is one of the components that occupies most of the geometric dimensions in a high-frequency series converter. Therefore, there is a problem with the arrangement format.

One of the objectives set in the present invention is to replace the conventional structure and configuration of the high frequency series generator. It can be easily fixed to the lamp pulp with the flexible power supply member left behind. It is important to maintain it.

Yet another object of the invention is to provide a filter capacitor for energy storage. positioning, in which case the overall length of the energy-saving lump 0 unit is completely increased. There should be no or very little increase, and the lamp pulp should be melted. The goal is to ensure that traditional technology remains available.

The first objective is achieved according to the invention by an interposed molding. this The molded body is fixed to the neck of the lamp pulp by adhesive, while the molded body is releasable or decomposable. Connecting high-frequency series generators and, if appropriate, electronic components via permanent couplings is connected to its base plate.

A second objective is that, according to the invention, an energy-saving lance knit By using the cavity of the cap for the filter capacitor for energy storage. is achieved.

Therefore, the present invention first provides that at least one gas discharge tube is disposed within the lamp bulb. A high-frequency series generator fixed to the neck of the lamp pulp and a cap connected to it In addition, on the one hand, an adhesive (where appropriate, the bonding action is produced by heating); It is fixed to the neck of the lamp pulp by an adhesive that evaporates, and on the other hand it dissociates. A high-frequency series generator, preferably its base plate, can be connected by means of a removable or non-separable coupling. energy-saving type having a molded body connected to the Regarding the lamp unit. In this case, you should be careful when using incandescent lamps. A plate-shaped foot of a glass frame, as is known from the construction, is included in the neck of the lamp group. It's too small.

Separable or non-separable joints are determined by the material and configuration of the molded body and base plate. Depending on the Rivets or soldered joints or spot welded or glued joints are used.

Furthermore, the present invention provides at least one discharge tube disposed within the lamp group, Equipped with a high frequency series device fixed to the neck of the ramp 0 pulse and a base connected to this. and the energy storage filter capacitor reaches into the hollow chamber of the cap. Concerning an energy-saving lamp unit of the type.

The energy storage filter capacitor is expediently placed in the hollow chamber of the lamp base. It accounts for at least half.

What the invention has achieved is an energy-saving lamp unit. , by using intercalated compacts, high-frequency series generators can be applied to conventional lamp pulp. The problem of easy fixing has been solved, as well as the filter core for energy storage. By placing the capacitor inside the lamp base, the size of the lamp can be reduced. It has been shown that it is possible.

An example of an energy-saving lamp unit according to the invention is shown in FIG. In this case, the lamp part 1 contains the glass frame 2 and the holders 3 and 4. A gas discharge tube 5 attached thereto is arranged. Pace play of high frequency series generator 8 An electronic component is arranged on the gate 11 and carries a choke for it. For this purpose, f-bin 17 is used. The adhesive 6 binds the molded body 7 to the lamp pulp 1 be attached to the neck of the The shaped body 7 is advantageously screwed onto the base plate 11. 10 has two screw holes for fixing. The spacing between base plates 11 is , secured by spacers 9. Close to the base plate 13 on the base plate 11 An energy storage filter capacitor 12 is arranged on the bottom surface, and the The capacitor occupies 19/19th of the space in the hollow chamber of the cap 13). Covering member 14 The bottle 17 and the cap 13 to which the feeder wire 16 is fixed block the high frequency series converter 8. are doing.

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Claims (1)

[Claims] 1. At least one gas discharge tube located inside the lamp bulb and a Lanzobalzo energy saving device with a high frequency series device fixed to the neck of the device followed by a cap In this type of lamp unit, the lamp unit is attached to Lanzo via adhesive (6). It has a molded body (7) fixed to the neck of the palug (1), and this molded body The body (7) is connected to the high frequency series generator (8) via a releasable or non-releasable joint, an ejector, advantageously characterized in that it is connected to the pace plate (11); Energy-saving lamp unit. 2. In the energy-saving lamp unit according to claim 1, the adhesive An energy-saving lamp characterized in that the agent (6) exhibits binding strength under the action of heat. pump unit. 3. The energy-saving lamp unit according to claim 1 or 2. characterized in that the releasable joint is secured by a screw (10). Energy-saving lamp unit. 4. The energy-saving lamp unit according to claim 1 or 2. Where non-separable joints are secured by riveting or soldering, spot welding or gluing. An energy-saving lamp unit characterized by: The discharge tube, the high-frequency series generator fixed to the ridge of the Lanzobarzo, and the cap that follows it. In the energy-saving Lanchenit with The energy storage filter capacitor (12) extends into the hollow chamber of the base (13). An energy-saving lamp unit characterized by 6. In the energy-saving lamp unit according to claim 5, A filter capacitor (12) for energy storage is located at least in the hollow chamber of the base (13). An energy-saving lamp unit characterized by the fact that it takes up half of the energy consumption.