ENERGY DISSIPATIVE GAS PIPING SYSTEM

Brand	Owner (click to sort)	Address	Description
COUNTERSTRIKE	OMEGA FLEX, INC.	451 Creamery Way Exton PA 19341	Energy dissipative gas piping system, made primarily of metal with a polymer composite sheathing, comprising piping, fittings, and accessories therefor, that provides additional protection against near lightning strikes;COUNTER STRIKE;
FLASH SHIELD	TITEFLEX CORPORATION	603 Hendee Street Springfield MA 01139	Energy dissipative gas piping system made primarily of metal and primarily comprised of piping made primarily of metal and metal pipe fittings, all sold as a unit with accessories for the foregoing in the nature of stub nails and outlet boxes, which protect against potential arcing during lightning strikes by mitigating the potential damage to such system caused by electrical arcing; tubes of stainless steel;FLASHSHIELD;
FLASH SHIELD ENHANCED PROTECTION	TITEFLEX CORPORATION	603 Hendee Street Springfield MA 01139	Energy dissipative gas piping system made primarily of metal and primarily comprised of piping made primarily of metal and metal pipe fittings, all sold as a unit with accessories for the foregoing in the nature of stub nails and outlet boxes, which protect against potential arcing during lightning strikes by mitigating the potential damage to such system caused by electrical arcing; tubes of stainless steel;ENHANCED PROTECTION;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

Dissipative clamping apparatuses and methods for electrical circuits. In one aspect of the invention, In one aspect of the invention, a method includes switching a power supply input on an energy transfer element, regulating a power supply output by switching the power supply input on the energy transfer element, clamping a voltage on the energy transfer element to a clamp voltage and varying the clamp voltage in response to the power supply input. In another aspect, an electrical circuit includes a dissipative clamp circuit coupled to an input of the electrical circuit. An inductive element is coupled between the dissipative clamp circuit and an output of the electrical circuit. A switch is coupled in series with the inductive element. The dissipative clamp circuit is coupled to provide a clamp voltage across the inductive element, the clamp voltage is provided by the dissipative clamp circuit responsive to conditions at the input of the electrical circuit, the dissipative clamp circuit is coupled to maintain a voltage across the switch below a switch voltage limit.