Line production drying oven for electrodeless fluorescent lamps

Abstract

The invention discloses a line production drying oven for electrodeless fluorescent lamps and relates to drying equipment for electrodeless fluorescent lamps. The line production drying oven for electrodeless fluorescent lamps has a structure that: the middle part of a box rack is provided with a box body, and the two sides of the inside of the box body are provided with electrothermal tubes, thermocouples and blowpipes; the entrance and exit ends of the box rack are provided with a driven gear and a driving gear respectively, the driven gear and the driving gear are connected by two chains, and chain rails are arranged above and under the two chain; a motor, a reducer and the driving gear are sequentially connected; a bedplate is connected between the two chains and is provided with a support; and the electrothermal tubes and the thermocouples are connected with a temperature controller respectively. The line production drying oven for electrodeless fluorescent lamps is high in heating speed, good in effect, high in working efficiency, easily controllable in heating temperature, adopts the chains which move on the rails outside the box body, operate smoothly and are long in service life and small in mechanical wear, and is suitable for drying electrodeless fluorescent lamps.

Description

technical field [0001] The invention relates to an electrodeless fluorescent lamp baking equipment, in particular to an electrodeless fluorescent lamp assembly line oven. Background technique [0002] The electrodeless fluorescent lamp is a new type of fluorescent lamp that discards the heating filament and directly uses electromagnetic induction to excite the phosphor to cause light. It is the electric light source lighting product with the highest electro-optical conversion efficiency so far. Since there is no filament and no heating element, it saves a considerable amount of energy. Because there is no filament, its service life is extremely long, which is several times or even dozens of times that of ordinary lamp tubes. Because there is no filament, its power is wider than ordinary fluorescent lamps, ranging from tens of watts to hundreds of watts. Because it is a fluorescent lamp, its color rendering index can be greater than 90%, and its color temperature can also b...

AI Technical Summary

Problems solved by technology

[0006] 1. Before baking at high temperature in the kiln, the glass bulbs must be placed in the kiln in an orderly manner, and then the kiln door is closed to heat up. After the set time, the door is opened to cool down and taken out, so the heating is slow and the work efficiency is low.

[0007] 2. Although harmful substances are released during high-temperature baking, because the baking kiln is fully enclosed, the released harmful substances are still adsorbed on the inner wall of the glass envelope, so the effect of removing harmful substances is not good

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