Delaware Capital Formation, Inc.

Sargent Industries, Inc.

Richard H Adams

Carleton E Jennrich

Rudolph O Marohl

Amos E Avery

Demetrius G Jelatis

Miles A Close

Alan E Gross

A sterilization system for a sterile liquid transfer port system includes an isolation wall having a first and second side, an alpha assembly spanning a port in the isolation wall between the first and second sides of the isolation wall and a beta assembly configured for connection with the alpha assembly from the first side of the isolation wall for sterile transfer of a product. The system further includes a docking cover on the first side of the isolation wall which can mate to the beta assembly during a sterilization process.

Sterile liquid transfer port

A sealed system is provided for facilitating the transfer of material through a port in a barrier wall separating two different environments without contamination of the cleaner of the two environments by the dirtier. The system includes a door closing a port in the barrier wall in leak-proof sealed engagement. A transfer medium for containing or receiving the material to be transferred through the port is provided with a removable cover in leak-proof sealed engagement within a transfer medium ring connectable in leak-proof sealed engagement with a stationary ring defining the passage through the barrier wall which is closed by the door. Sealing rings are provided between the door and transfer medium cover, and between the transfer medium ring and stationary ring to ensure against passage of contaminants from one environment to the other. For certain pharmaceutical applications, a heating element is provided in the stationary ring to sterilize the interfaces between abutting parts.

Sealed transfer system

A system for remotely controlled performance of unmanned extravehicular activity in outer space, such as satellite maintenance and repair. The system comprises an orbitable space vehicle having a worksite accessible from the exterior of the vehicle and remotely controlled means associated with the space vehicle worksite for securing at the worksite the equipment in space upon which extravehicular activity is to be performed. At least one servo actuated manipulator slave subsystem is located adjacent to the worksite for performing work there. That slave subsystem is operatively interconnected to a remote manipulator master subsystem. A bilateral force reflective position control subsystem provides the hand of the operator of the master subsystem in a natural way with a sense of feel which is proportional to the loads applied by the operator through the slave subsystem and to loads imposed by the remote environment through the slave subsystem. A sensory subsystem conveys in a natural way to the operator sensory responses such as sight, sound, vibration, temperature, and the like, of the remote environment in which entravehicular activity is to be performed. A tool kit is provided for use with the system.

System for the performance of activity in space

Growing community of inventors

Anchorage, AK, United States of America

Richard H Adams