Resources Contact Us Home
Ruberg; Wolfgang
Aschheim, DE
No. of patents:

Patent Number Title Of Patent Date Issued
5097475 Arrangement for the input of energy into a gas-swept electrical gas discharge March 17, 1992
A high electrical power is input in a gas-swept electrical discharge for gas laser by controlling with a high electrical efficiency and without dissipative resistance. A discharge chamber is swept through with a gas at a high velocity wherein transverse to the flow direction, the gas
5067135 Gas laser apparatus November 19, 1991
A discharge device, especially for a gas laser, has a discharge chamber through which a gas flows at high velocity and the gas discharge burns as a steady-field discharge between an anode and a cathode lying opposite the anode as the main electrodes extending transversely of the gas flow
5033059 Gas laser apparatus July 16, 1991
A discharge device for a gas laser has an AC-supplied pre-ionizing electrode enveloped in dielectric material, which has a length corresponding approximately to that of the cathode and anode and lies ahead of the cathode and anode in the direction of the flow of the gas, and which is

  Recently Added Patents
Method for enhanced subsurface electromagnetic sensitivity
Interconnecting virtual domains
Socket type MEMS device with stand-off portion
Computer program, system, and method for mapping Social Security claiming strategies
Magnetoresistive element and manufacturing method of the same
Method for distributing advertisements to client devices using an obscured ad monitoring function
Semiconductor assembly and semiconductor package including a solder channel
  Randomly Featured Patents
DVD-RAM recorder with LCD television receiver
Brake fluid pressure control device
Method of measuring the dimensions of tools and/or workpieces of metal
Slicing and conveying device for food products
Non-halogenated plenum cable
Seal imprint verifying apparatus
Liquid dispenser
Dicationic 4-aza-1-azoniabicyclo[2.2.2]octanes and agents for colouring keratin-containing fibers
Method of filling barrier pressure container
Reference electrode with a polymeric reference electrode membrane