RU2012112264A

RU2012112264A - DISCHARGE MIRROR LAMP

Info

Publication number: RU2012112264A
Application number: RU2012112264/07A
Authority: RU
Inventors: Вячеслав Анатольевич Ермошин
Original assignee: Вячеслав Анатольевич Ермошин
Priority date: 2012-03-29
Filing date: 2012-03-29
Publication date: 2013-10-10
Also published as: RU2496180C1

Abstract

Газоразрядная зеркальная лампа, содержащая горелку и зеркальный отражатель, смонтированные на токовводах в круглосимметричную колбу, не менее половины внутренней поверхности которой покрыто зеркальным слоем, так, что плоскость, проходящая через его продольные края, параллельна оси горелки, которая смещена от оси колбы к зеркальному слою, отличающаяся тем, что ось горелки размещена на плоскости, проходящей через ось колбы, которая пересекает плоскость, проходящую через продольные края зеркального слоя под углом α, лежащем в пределах 10°÷25°, ось горелки размещена от оси колбы на расстоянии Н, лежащем в пределах 1,5÷3,2 диаметра горелки d, а плоский зеркальный отражатель в виде полосы размещен между плоскостью, проходящей через продольные края зеркального слоя и плоскостью параллельной ей, проходящей через ось горелки, ближайший продольный край отражателя размещен от оси колбы на расстоянии h, лежащем в пределах 2,4÷4,0 d, причем горелка и отражатель размещены относительно оси колбы к противоположным продольным краям зеркального слоя.A gas discharge mirror lamp containing a burner and a reflector mounted on current leads in a round-symmetric flask, at least half of the inner surface of which is covered with a mirror layer, so that the plane passing through its longitudinal edges is parallel to the axis of the burner, which is offset from the axis of the bulb to the mirror layer characterized in that the axis of the burner is placed on a plane passing through the axis of the bulb, which intersects the plane passing through the longitudinal edges of the mirror layer at an angle α lying within 10 ° ÷ 2 5 °, the axis of the burner is located from the axis of the bulb at a distance H lying within 1.5 ÷ 3.2 of the diameter of the burner d, and a flat mirror reflector in the form of a strip is placed between a plane passing through the longitudinal edges of the mirror layer and a plane parallel to it passing through the axis of the burner, the nearest longitudinal edge of the reflector is placed from the axis of the bulb at a distance h lying within 2.4 ÷ 4.0 d, and the burner and reflector are placed relative to the axis of the bulb to opposite longitudinal edges of the mirror layer.

Claims

A gas discharge mirror lamp containing a burner and a reflector mounted on current leads in a round-symmetric flask, at least half of the inner surface of which is covered with a mirror layer, so that the plane passing through its longitudinal edges is parallel to the axis of the burner, which is offset from the axis of the bulb to the mirror layer characterized in that the axis of the burner is placed on a plane passing through the axis of the bulb, which intersects the plane passing through the longitudinal edges of the mirror layer at an angle α lying within 10 ° ÷ 2 5 °, the axis of the burner is located from the axis of the bulb at a distance H lying within 1.5 ÷ 3.2 of the diameter of the burner d, and a flat mirror reflector in the form of a strip is placed between a plane passing through the longitudinal edges of the mirror layer and a plane parallel to it passing through the axis of the burner, the nearest longitudinal edge of the reflector is placed from the axis of the bulb at a distance h lying within 2.4 ÷ 4.0 d, and the burner and reflector are placed relative to the axis of the bulb to opposite longitudinal edges of the mirror layer.