TELEMETRY TRANSMITTERS

Brand Owner (click to sort) Address Description
DATA SCIENCES INTERNATIONAL DATA SCIENCES INTERNATIONAL, INC. 119 - 14th Street NW St. Paul MN 55112 telemetry transmitters, receivers and electrodes; computer hardware and computer operating programs for use in acquisition and analysis of physiological data; electrical circuits, computer hardware and computer software for conversion of telemetered physiological data to analog signal format; electrical circuits and connectors for interfacing telemetry devices, laboratory equipment and computer hardware and software; prerecorded video tapes featuring instruction on telemetry;surgical patches for use in conjuction with implantable telemetry transmitters;printed instructional manuals in the fields of surgery and telemetry;catheters for all types of medical applications; cannulae;
DSI DATA SCIENCES INTERNATIONAL DATA SCIENCES INTERNATIONAL, INC. 119 - 14th Street NW St. Paul MN 55112 telemetry transmitters, receivers and electrodes; computer hardware and computer operating programs for use in acquisition and analysis of physiological data; electrical circuits, computer hardware and computer software for conversion of telemetered physiological data to analog signal format; electrical circuits and connectors for interfacing telemetry devices, laboratory equipment and computer hardware and software; prerecorded video tapes featuring instruction on telemetry;[ surgical patches for use in conjunction with implantable telemetry transmitters ];printed instructional manuals in the fields of surgery and telemetry;as to DATA SCIENCES INTERNATIONAL;catheters for all types of medical applications; cannulae;The lining shown in the drawing is a feature of the mark and does not indicate a claim for color.;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A wireless telemetry system includes many radio transmitters using frequency-hopping carriers for intermittently transmitting very short messages indicative of status of stimuli associated with the transmitters. The transmitters can transmit independently of any receiver for receiving from the transmitters and independently of each other. Transmission frequency and time between transmissions are varied according to time-frequency patterns that can be different for each transmitter. Urgent messages, such as alarms, are transmitted at transmission opportunities at intervals smaller than routine transmissions. The transmission opportunities are also according to a time-frequency pattern. Power-up transmissions carry information about future transmission opportunities and/or routine transmissions. Power-up transmissions can also carry information about time-frequency pattern for controlling routine transmissions and/or transmission opportunities. The system comprises a receiver for receiving from the transmitters. The receiver holds data indicative of time and frequency of future routine transmissions and transmission opportunities simultaneously for each of the transmitters.