High-frequency pole-free lamp

Abstract

A kind of high frequency nonpolar lamp, includes: high frequency electron resource (1), nonpolar discharge bulb (3) and the power coupler (2) that is set in its cavity (31); the upper section of the heat conduction metal bar that is used for supporting contacts with the cylinder shape magnetic core (22) in the middle of the power coupler (2); the heat conduction metal bar uses the heat tube (21) that has capillary tube structure (211) inside, the seal tube cavity of the heat tube (21) is filled with work fluid, the bottom end of which connects with one heat dispersing block (5); the heat quantity it produces when the power coupler (2) works make the work fluid at the top of the hot tube (21) boiloff and flow into the bottom of the hot tube (21) and release heat quantity outwards through the heat dispersing block (5), afterwards, which becomes liquid state and then is absorbed by the capillary tube structure (211) and then returns to the top of the hot tube (21) , the said circulation of the work fluid in the hot tube (21) can bring away high efficiently the heat quantity it produces continuously by the said power coupler (2). The technology plan of the invention can improve dramatically the heat dispersing efficiency of high frequency nonpolar lamp, therefore the service lifespan of the high frequency nonpolar lamp can be improved, and there is possibility to produce high power high frequency nonpolar lamp.

Description

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AI Technical Summary

Benefits of technology

The High Frequency ElectroDeless Lamp (HFEL) uses an electric current instead of burning gas for lighting purposes due its better performance at higher frequencies compared to previous lamps. It also improves cooling efficiency when it works on larger areas without losing too much energy or causing damage from overheating. This makes HFELs longer lastingly than traditional lights while still being effective even under harsh conditions such as rainwater.

Problems solved by technology

Technological Problem: In order to make efficient coolings for high frequency electric lights without being affected or causing damage from overheated components like solder joints that connect them together.

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