Veda Incorporated

USA As Represented by Secretary of the Navy

Tevital Incorporated

Joseph Colombo

Richard J Crosbie

W Graham Tasman

J Wallace Grant

Ilene K Warner

Frank Fabian

Adrien J Hribar

Michael E Mocenter

Alexander S Beller

A teleconferencing system uses video conferencing between a nurse station and a patient station to deliver medical care. The patient station is programmed to contain customized instructions concerning medications, procedures, or visitations that were placed there by the nurse. The customized audio, video and text information transforms the patient station into a highly personalized information source which can be reviewed by the patient when the unit is off line. Medical procedures and medications are also programmed into the patient station by the nurse to remind the patient of all scheduled events, including visitations. A record of medical compliance is stored in the patient station, which record is uploaded to the nurse station and compared to the original event schedule. In such manner, the patient station is an intelligent personal medical assistant, programmed by the nurse to provide customized reminders and information necessary for the efficient management of the patient's illness. The patient station is easy to use, including only four large buttons which are re-definable by notations on a video screen, and, for the convenience of the patient, the video camera at the patient station is remotely controlled by the nurse to obtain the desired view without requiring that the patient move.

Patient terminal for home health care system

A process for controlling a gimballed motion base system substantially duplicating operator perceptions in a simulated vehicle. Such vehicles may include but not be limited to, aircraft, automobiles, boats, roller coasters, bob sleds, and futuristic space vehicles. The process includes: a subprocess accounting for an effect of yaw on a motion base arm, a full-G bias function and a limited-G bias function, a low-G bias function, improved computation of pitch and roll gimbal commands to negate artifacts, a negative-G process, allowing various yaw gimbal positions, allowing various cockpit orientations, and a yaw gimbal control process. A perceptual model based on empirically observed human response data predicts perceived pitch, roll, and yaw, and accounts for the fact that a Gy component of linear acceleration affects both roll and yaw perception.

Motion base control process and operator perceptual simulator

A process for controlling a gimballed motion base system substantially duplicating pilot perceptions in a simulated aircraft. The process includes: a subprocess accounting for an effect of yaw on a motion base arm, a full-G bias function and a limited-G bias function, a low-G bias function, improved computation of pitch and roll gimbal commands to negate artifacts, a negative-G algorithm, allowing various yaw gimbal positions, allowing various cockpit orientations, and a yaw gimbal control process. A perceptual model based on emperically observed human response data predicts perceived pitch, roll, and yaw, and accounts for the fact that a Gy component of linear acceleration affects both roll and yaw perception.

Motion base control process and pilot perceptual simulator

A arterial blood velocity-to-volume flow rate converter, including a pair of function generators a computer, and a multiplier, is incorporated within a system to objectively measure by non-invasive means the blood volume flow rate to the head of an occupant in a rapidly accelerating vehicle, and take corrective measures to stabilize the vehicle when that flow falls below a preselected lower limit for a predetermined length of time. A conventional ultrasonic Doppler velocimeter determines the blood velocity, subsequently feeding a representative signal to pressure function generator. The output therefrom is then fed to a cross-sectional area signal generator which determines the time-varying area of the artery, a signal representing such being fed to the multiplier along with the velocity signal to compute the flow. When that flow falls below a pre-selected lower limit for a predetermined length of time as determined by a comparator and timer, a command signal is sent to override circuitry to stablize the vehicle.

Arterial blood velocity to volume flow converter

Growing community of inventors

Newtown, PA, United States of America

Joseph Colombo