Method and apparatus for controlling the operation and functionality of an electrotherapy device
DCFirst Claim
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1. An electrotherapy system comprising:
- an electrotherapy device housing;
electronic circuitry disposed within the housing for delivering a therapeutic pulse to a patient;
a controller disposed within the housing;
a system memory communicating with the controller; and
a removable power supply comprising an operation module storing information that identifies a set of initialization operations to the controller, wherein the operation module comprises a memory storing instructions for operating the system in a particular operational mode.
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Abstract
A control system for an electrotherapy device is provided. In particular, controlling the operation characteristics and functionality of an external electrotherapy device using a removable battery pack. Electrotherapy devices include defibrillator, cardioverters and training devices that simulate the operation of an electrotherapy device. Defibrillators include automatic or semi-automatic external defibrillators (AEDs). The operation characteristics include, training, administrative, automated use, manual use, and manufacturing use operation modes.
34 Citations
8 Claims
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1. An electrotherapy system comprising:
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an electrotherapy device housing;
electronic circuitry disposed within the housing for delivering a therapeutic pulse to a patient;
a controller disposed within the housing;
a system memory communicating with the controller; and
a removable power supply comprising an operation module storing information that identifies a set of initialization operations to the controller, wherein the operation module comprises a memory storing instructions for operating the system in a particular operational mode. - View Dependent Claims (2, 3, 6)
a set of operation instructions corresponding to the operation module are stored within one from the group of the system memory and the operation module.
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3. The Electrotherapy system of claim 1, wherein:
the operation module identifies a use type and the controller retrieves instructions from the system memory in accordance with the use type.
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6. The Electrotherapy system of claim 3, wherein:
the operation module identifies one from the group of a training, a set-up, an automated, a manual, and a manufacturing use type, and the controller retrieve instructions from the system memory in accordance with the use type identified by the operation module.
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4. An electrotherapy system comprising:
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an electrotherapy device housing;
electronic circuitry disposed within the housing for delivering a therapeutic pulse to a patient;
a controller disposed within the housing;
a system memory communicating with the controller; and
a removable power supply comprising an operation module storing information that identifies a set of initialization operations to the controller, wherein the operation module comprises a memory storing instructions for operating the system in one from the group of a training, an administrative, an automated, a manual, and a manufacturing mode. - View Dependent Claims (5)
the removable power supply is characterized by a power supply type, and the operation module identifies a power supply type to the controller.
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7. An electrotherapy system comprising:
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an electrotherapy device housing;
electronic circuitry disposed within the housing fordelivering a therapeutic pulse to a patient;
a controller disposed within the housing;
a system memory communicating with the controller; and
a removable power supply comprising an operation module storing information that identifies a set of initialization operations to the controller, wherein the removable power supply further comprises a functional module that communicates with the controller to support a type of functionality associated with the functional module. - View Dependent Claims (8)
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Specification