Power saving highl luminance integrated fluorescent lamp

Abstract

An integrated fluorescent lamp is provided with fluorescent lamp tube groups which are bundle-arranged by making tube axes parallel, a spacer separating adjacent fluorescent lamp tubes at prescribed intervals, and a parallel connection part connecting the fluorescent lamp tube groups in parallel. Electrodes on both ends of the fluorescent lamp tube are constituted of discharge space insulation-type electrodes which are electrically insulated from an inner discharge space. When high frequency voltage is applied to the parallel connection parts at both ends, discharge gas is ionized on electrons and positive ions, and a third generation electron source (called just as electron source) and a positive ion source are formed near the discharge space insulation-type electrodes. The fluorescent lamp tubes can be kept to 40 to 45 DEG C being a discharge optimum temperature by installing a heat keeping tube surrounding the integrated fluorescent lamp and heat keeping end pars at upper and lower ends. Even if all the tubes are simultaneously lighted, power consumption can be reduced and high luminance emission proportional to the number of tubes is realized. When the third generation electron source is used, the problem of electrode voltage drop and sputtering is solved.

Description

technical field [0001] The present invention relates to a fluorescent discharge lamp, which uses a plurality of fluorescent discharge lamp tubes coated with a fluorescent film on the inner surface of the glass tube. More specifically, the present invention provides an integrated fluorescent discharge lamp, which can greatly reduce power consumption Moreover, high-brightness luminescence can be realized, and the discarded fluorescent lamp tubes whose service life has expired can be recycled. Background technique [0002] Outline Description of Existing Fluorescent Discharge Lamp Tubes [0003] In recent years, with the deepening of the global warming effect, carbon dioxide emissions have become a worldwide problem. One of the reasons for the large emissions of carbon dioxide is the emission of carbon dioxide from power plants using fossil fuels. Turn the darkness of night into daytime brightness (an average of 10 per unit area per unit time 22 photons), will use a lot of p...

AI Technical Summary

Problems solved by technology

Previous researchers or technicians interpreted the detected light as a gas discharge, so they could not clearly distinguish between luminescence and ionization caused by the inelastic collision of moving electrons with gas atoms

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