System for providing servo-controlled resuscitation
AssigneeThe United States of America as represented by the Secretary of the Army
InventorsJill L. Sondeen, Guy A. Drew
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Abstract
The present invention provides a system and method for controlling resuscitation in a patient. In at least one embodiment, the invention includes a fluid rate measurer, a controller electrically coupled to the fluid rate measurer, and a pump. The controller is adapted to receive signals from a physiological monitor and controls the pump.
Claims26
An automated system for controlling resuscitation of a patient, comprising:
- a fluid rate measurer;
- at least one pump;
- a physiological monitor;
- an error correction means for performing error correction of said at least one pump based on a relation of an amount of fluid expected to be pumped and an amount of fluid that is actually pumped by said at least one pump as represented by signals received from said fluid rate measurer;
- and
- a controlling means for automatically controlling said at least one pump based on signals received from said physiological monitor and signal received from said error correction means.
A system for controlling resuscitation of a patient and connecting to a physiological monitor attached to the patient, said system comprising:
- a measuring means for measuring a representation of fluid rate;
- a pumping means for pumping resuscitation fluid into the patient;
- an error correction means for performing error correction of said pumping means based on a relation of an amount of fluid expected to be pumped and an amount of fluid that is actually pumped by said pumping means as represented by signals received from said measuring means;
- and
- a controlling means for automatically controlling said pumping means based on signals received from the physiological monitor and signal received from said error correction means.
A system for controlling resuscitation of a patient comprising:
- a physiological monitor;
- a pumping means for pumping resuscitation fluid into the patient;
- a measuring means for measuring a representation of fluid rate pumped by said pumping means;
- an error correction means for performing error correction of said pumping means based on a relation of an amount of fluid expected to be pumped and an amount of fluid that is actually pumped by said pumping means as represented by signals received from said measuring means;
- and
- a controlling means for automatically controlling said pumping means based on signals received from said physiological monitor and signal received from said error correction means.
Dependencies are inferred from the claim text.