Tae Technologies, Inc.

Other

Trinova Medical Waste Solutions, LLC

Leslie G Webber

Mikhail Slepchenkov

Roozbeh Naderi

Steven Joseph Barberi

Paul B Englram

Michael Meekins

Milan Bhakta

Mohammad Mousavi

Jon Schroeder

Frank Jauregui

Anatoly Muchnikov

Keith W Kilham

Tadeusz J Radonski

Louis J Barberi

Larry R Bartko

James F Bennett

Felix F Jakobi

Jedediah Styron

Vijay Patel

Jaka Verbic

Alain Assaf

Embodiments are provided relating to the exchange of devices or assemblies holding targets used in a beam system. With these embodiments a used target can be rapidly and safely replaced with a new target to permit continued operation in a clinical or other environment. Also provided are embodiments of valves having relatively lower profiles that facilitate engagement and disengagement of beamline sections for access to the target device or assembly. All or a portion of the valve can be part of the target assembly. Also provided are embodiments of storage containers for storing a volatile object, such as an object comprising a composition sensitive to atmospheric air and/or an object that is radioactive. The storage container can include a two-part shell case assembly configured for housing a volatile object between the two parts, which engage one another to form an air-tight seal therebetween.

Systems, devices, and methods for beam target exchange and volatile object storage

Example embodiments of systems, devices, and methods are provided for energy systems having multiple modules arranged in cascaded fashion for generating and storing power. Each module can include an energy source and switch circuitry that selectively couples the energy source to other modules in the system for generating power or for receiving and storing power from a charge source. The energy systems can be arranged in single phase or multiphase topologies with multiple serial or interconnected arrays. Thermal management systems, switching assemblies, physical layouts of a module, and EV models based on a universal platform are also described.

Systems, devices, and methods for module-based cascaded energy systems

Hazardous waste sanitation and removal devices, along with methods of sanitizing hazardous waste materials, are described that include: a) a unitary shredder system, b) a transport system, a pre-treatment system or a combination thereof, comprising a reciprocating operation system, c) a treatment system, d) a dewatering system, a desolutionizing system or a combination thereof, and e) a collection system for disposal. Dewatering processes are also disclosed that includes at least one collection of wastes, at least one screw press, at least one conveyor system that carries the at least one collection of wastes after interaction with the at least one screw press, and at least one filter system.

Hazardous waste sanitation and removal device, methods of use and applications thereof

A compact machine for automatically loading racks with bottled water containers, includes an in feed conveyor for delivering upright bottles, a pin wheel mechanism with spaced apart spokes for receiving each individual bottle from the in feed conveyor that is operable through its rotation to convert a bottle's vertical orientation to a horizontal orientation, a bottle loading magazine operable to transfer bottles from the pin wheel mechanism to a elevator magazine, a bottle elevator in the loading magazine operable to raise bottles loaded therein in a vertically stacked relationship, and a ram operable to push the bottles stacked in the elevator magazine into a rack positioned next to the elevator magazine, plus controls for sequencing these operations.

Automatic bottle rack loader

Growing community of inventors

Norco, CA, United States of America

Leslie G Webber