Ventis Medical, Inc.

Impossible Objects, Inc.

Innoblative Designs, Inc.

Giovanni Meier

Glenn W Laub

Steven Jacobson

David G Laub

Taylor R Laub

Karen Laub

Michael Barenboym

Bob Gorry

Robert W Swartz

John Bayldon

Gintaras Vaisnys

Leonard Wanger

Robert F Rioux

Eugene Gore

Zachary Rzeszutek

Drew Marschner

Alyssa Bailey

Alon Henson

Charles Pint

Jeffrey Saltzman

Michael Rohrer

Thomas Kurth

Steve Jacobson

Display screen with a graphical user interface

Ventilator display screen with graphical user interface

Medical device

The present invention is an ablation device having a screen sphere configuration for the ablation of marginal tissue surrounding a tissue cavity. The device includes a probe having a nonconductive elongated shaft including at least one lumen therethrough and a nonconductive distal portion extending from the shaft. The nonconductive distal portion includes a plurality distal ports and a plurality of proximal ports in communication with the at least one lumen of the shaft. The device further includes an electrode array including a plurality of independent conductive wires extending through the lumen and positioned along an external surface of the nonconductive distal portion, each of the plurality of wires passes through at least an associated one of the proximal ports and through at least a corresponding one of the distal ports.

Screen sphere tissue ablation devices and methods

Portion of a medical device

A system for administering a status check to a medical device. The system includes a medical device unit comprising a control system, a writing device, and one or more components, the control system configured to transmit to the one or more components a request for status data regarding a status of the one or more components, receive status data from the one or more components, and write, using the writing device, the status data to a transmitting device, the transmitting device configured to store and transmit the status data.

System and methods of administering a status check to a medical device

A bulk ink bag system in a composite-based additive manufacturing process (CBAM) keeps the inkjet heads (cartridges) on printers filled to the proper level of fluid at all times while the process runs. The system includes gravity fed fluid delivery without requiring pumps; is simple to connect and disconnect to system plumbing; has the ability to change ink bags without interrupting the print job or introducing air bubbles into the ink supply; and has the ability to disconnect partially used bags and reconnect them later.

Bulk ink bags for 3-dimensional printing

A collection of camera-based monitoring sub-systems can be added to a composite-based additive manufacturing (CBAM) system to autonomously inspect the integrity of each layer and remediate issues in real time. Cameras are located at various stations throughout the process. Resulting images are analyzed to see if processed pages are within tolerance based on comparison with models. Cameras can be placed at the print platen, on a rear conveyor that conveys powdered pages to the stacker and in the stacker itself to make sure pages are stacked and aligned properly. The present invention provides quality assurance and quality control to validate the build process at the layer level. This reduces the amount of post-build labor to perform, and since it shows data internal to the part, it dramatically reduces the amount of destructive testing required.

Camera-based monitoring system for 3-dimensional printing

Growing community of inventors

Madison, CT, United States of America

Giovanni Meier