Other

Life Technologies Corporation

Westinghouse Electric Company LLC

Life Technologies As

Invitrogen Dynal As

Jamie Hogan

Kornelija Zgonc

Espir Kahatt

Lars Norderhaug

Morten Egeberg

Tommy Rivrud

Lars Nokleby

Gil Cavada

Steve T Everett

Cyril Poissonnet

Brad Lafferty

Lars Nøkleby

Kyle Knight

Dylan Mora

Nicholas Hartman

Jeff Condit

Norman Trolson

Nick Hartman

Provided herein is a bioprocessing device, bioprocessing card, and fluidics cartridge for performing automated bioprocessing of a sample. The bioprocessing card may include a plurality of pipette tips; and at least one pump in fluid communication with the plurality of pipette tips. In some embodiments, the pumps and the pipette tips are in fluid communication through a processing channel which may be a microscale channel. Also provided herein is an automated bioprocessing device comprising: at least one bioprocessing card; at least one fluidic cartridge; and an automated control system configured to control automated bioprocessing of a sample. Further provided herein are methods of use of the device, card, and cartridge.

Apparatus for and method of automated processing of biological samples

An improved inspection apparatus includes a control apparatus, a tractor apparatus comprising a tractor and a drive mechanism connected together, the drive mechanism being connected with the control apparatus, a tether apparatus disposed on the tractor and being movable between a deployed position and a retracted position, and a buoy apparatus. The buoy apparatus is connected with the tether apparatus and includes a buoy and a camera apparatus, the buoy in a condition submerged in a fluid applying a buoyant force to the camera apparatus whereby in the deployed position of the tether apparatus the buoy apparatus is in an elevated position situated relatively higher in a vertical direction than in the retracted position of the tether apparatus wherein the buoy apparatus is in another position situated relatively lower in the vertical direction, the camera apparatus being structured to provide a visual output signal to the control apparatus.

Underwater robotic venting and inspection system

Laboratory apparatus

An improved container designed to provide all of the foregoing attributes (including light weight, low cost, ease of use and carrying, and climatic tolerance) while also presenting a virtually impenetrable barrier to animals. One exemplary embodiment comprises a highly resilient, lightweight, one piece polymer (polycarbonate) body or shell having a large-diameter aperture disposed at one end. A threaded, partially flexible lightweight polymer cap element mates with the body; the cap element comprises a tamper-resistant configuration with locking features which prevent rotation of the cap with respect to the body past a certain point. A ridge is formed on the body along the mating region of the cap, the ridge acting to prevent any animal (or human for that matter) from being able to insert anything (e.g., claws) under the cap when installed to pry it off. The locking features, ridge, body, and cap coordinate to make the container pliable enough to distort without opening, yet resilient and rugged enough to prevent permanent deformation, fracture, or cracking even under the weight (and motive forces) of a fully grown bear.

Tamper-resistant container and methods

Growing community of inventors

San Diego, CA, United States of America

Jamie Hogan