ClassID:

205666

H01J61/18 - CPC Classification

Classification description:

Gas-discharge or vapour-discharge lamps; Details; Selection of substances for gas fillings; Specified operating pressure or temperature having a metallic vapour as the principal constituent

Sub-classes:
Recent Application in this class:
#1
20210257206
2021-08-19

A PLASMA LIGHT SOURCE WITH LOW METAL HALIDE DOSE

#2
20200286724
2020-09-10

MERCURY-FREE UV GAS DISCHARGE LAMP

#3
20190279859
2019-09-12

Mercury-free UV gas discharge lamp

#4
20170170002
2017-06-15

Electrodeless lamp

#5
20170047190
2017-02-16

Microwave powered lamp with optimized cooling for different bulb chemistries

#6
20150221493
2015-08-06

High intensity discharge lamp

#7
20140320003
2014-10-30

Lamp having a secondary halide that improves luminous efficiency

#8
20130200787
2013-08-08

Ceramic metal halide lamp

#9
20110304266
2011-12-15

High intensity gas-discharge lamp

#10
20100264820
2010-10-21

Laser driven light source

#11
20100045184
2010-02-25

Metal halide lamp

#12
20090153048
2009-06-18

HIGH-PRESSURE GAS DISCHARGE LAMP

#13
20090033227
2009-02-05

Mercury free tin halide compositions and radiation sources incorporating same

#14
20080297052
2008-12-04

Lamp with an improved lamp behaviour

#15
20080105830
2008-05-08

Gas Discharge Lamp, System and Method for the Hardening of Materials Hardenable by Uv Light as Well as Material Hardened by Uv Light

#16
20080042577
2008-02-21

MERCURY-FREE COMPOSITIONS AND RADIATION SOURCES INCORPORATING SAME

#17
20070096656
2007-05-03

Mercury-free discharge compositions and lamps incorporating Titanium, Zirconium, and Hafnium

#18
20070004195
2007-01-04

Plate-type fluorescent lamp and display device having the same

#19
20060132043
2006-06-22

Mercury-free discharge compositions and lamps incorporating gallium

#20
20060132042
2006-06-22

Mercury-free and sodium-free compositions and radiation source incorporating same

#21
20060071602
2006-04-06

Mercury-free compositions and radiation sources incorporating same