Asm America, Inc.

Other

Frederick J AmRhein

Michael R Stamp

Arnold J Dale

Brian J Ebert

Joseph C Pottebaum

Crash absorption device for absorbing impacting energy, for example for cushioning falls. The crash absorption device may be used with a crash pad, by placing the crash absorption device under the pad. The pad may be secured in place so that it does not slide off the crash absorption. Crash absorption devices are energy absorbing and displacing apparatus typically placed on flooring or the ground beneath a crash pad to protect a falling object or person (for example a rock climber) from destructive impacting forces. Some devices are designed to be disassembled or folded for stowage. Crash absorption devices may include elements that absorb energy via bending, torsion, or both.

Crash absorption device

A vaporization chamber for a substrate processing system includes a main body, a cover member and a transition member. The main body is made of aluminum and defines a first inner surface, which defines, at least in part, a cavity. The cover member is also made of aluminum. The cover member defines a second inner surface, which also defines, at least in part, the cavity. The cover member includes a carrier gas cover inlet, a liquid source cover inlet, a source cover outlet which extends from a first outer surface through the cover member to the second inner surface. The transition member is made of stainless steel and has a transition outer surface and a transition inner surface. The transition inner surface is aluminum cladded. The cover member including a carrier gas cover inlet, a liquid source cover inlet, a source cover outlet which extend from a first outer surface through the cover member to second inner surface. The transition inner surface and the cover outer surface are welded together.

Bubbler for substrate processing

A vaporization chamber for a substrate processing system includes a main body, a cover member and a transition member. The main body is made of aluminum and defines a first inner surface, which defines, at least in part, a cavity. The cover member is also made of aluminum. The cover member defines a second inner surface, which also defines, at least in part, the cavity. The cover member includes a carrier gas cover inlet, a liquid source cover inlet, a source cover outlet which extends from a first outer surface through the cover member to the second inner surface. The transition member is made of stainless steel and has a transition outer surface and a transition inner surface. The transition inner surface is aluminum cladded. The cover member includes a carrier gas cover inlet, a liquid source cover inlet, a source cover outlet which extend from a first outer surface through the cover member to second inner surface. The transition inner surface and the cover outer surface are welded together.

A device for installing and removing a carabiner and for threading a rope within the carabiner has a main body section. A carabiner capture arm is movably coupled to the body section and is used for supporting the carabiner to be at least one of installed or removed. A rope holding arm is moveably coupled to the body section and is used for installing the rope within the carabiner.

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Fountain Hills, AZ, United States of America

Frederick J AmRhein