SYSTEM AND METHOD FOR MODE SWITCHING
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Accused Products
Abstract
Systems and methods described provide dynamic and intelligent ways to change the required level of user interaction during use of a monitoring device. The systems and methods generally relate to real time switching between a first or initial mode of user interaction and a second or new mode of user interaction. In some cases, the switching will be automatic and transparent to the user, and in other cases user notification may occur. The mode switching generally affects the user'"'"'s interaction with the device, and not just internal processing. The mode switching may relate to calibration modes, data transmission modes, control modes, or the like.
32 Citations
93 Claims
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1-60. -60. (canceled)
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61. A method of continuous glucose monitoring in which a continuous glucose monitor is in signal communication with a glucose sensor through sensor electronics, the method comprising:
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a. receiving measurement data indicative of a subject glucose concentration measured by the glucose sensor; b. receiving or determining data indicative of a usability of the measurement data; c. based on the received or determined data, causing the continuous glucose monitor to operate in an initial mode of calibration; d. calculating a clinical value of the measurement data based on the initial mode of calibration; and e. displaying the calculated clinical value on a user interface, such that the continuous glucose monitor operates in a calibration mode according to measurement data usability. - View Dependent Claims (62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76)
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77. A receiver and sensor electronics system for continuous glucose monitoring in which a continuous glucose monitor is in signal communication with a glucose sensor through sensor electronics, comprising:
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a. a receiver device configured to receive measurement data indicative of a subject glucose concentration measured by a glucose sensor; b. a processor configured to receive or determine data indicative of a usability of the measurement data; c. the processor further configured to, based on the received or determined data, cause the system to operate in an initial mode of calibration; d. the processor further configured to calculate a clinical value of the measurement data based on the initial mode of calibration; and e. a display to render the calculated clinical value on a user interface, such that the system operates in a calibration mode according to measurement data usability.
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78. A system for continuous glucose monitoring in which a continuous glucose monitor is in signal communication with a glucose sensor through sensor electronics, comprising:
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a. means for receiving measurement data indicative of a subject glucose concentration measured by the glucose sensor; b. means for receiving or determining data indicative of a usability of the measurement data; c. means for, based on the received or determined data, causing the continuous glucose monitor to operate in an initial mode of calibration; d. means for calculating a clinical value of the measurement data based on the initial mode of calibration; and e. means for displaying the calculated clinical value on a user interface, such that the continuous glucose monitor operates in a calibration mode according to measurement data usability.
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79. A method of continuous glucose monitoring in which a continuous glucose monitor is in signal communication with a glucose sensor through sensor electronics and wherein the continuous glucose monitor is operating in an initial mode of calibration, the method comprising:
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a. receiving measurement data indicative of a subject glucose concentration measured by the glucose sensor, calculating a clinical value of the measurement data based on an initial mode of calibration, and displaying the calculated clinical value on a user interface; b. receiving or determining data indicative of a usability of the measurement data; c. comparing the received or determined usability data to one or more transition criteria; d. if the comparing indicates the received or determined usability data has met or will meet the transition criteria, causing a transition to a new mode of calibration; e. receiving measurement data indicative of the subject glucose concentration measured by the glucose sensor, calculating a clinical value of the measurement data based on the new mode of calibration, and displaying the calculated clinical value on a user interface, such that the continuous glucose monitor operates in a calibration mode according to the measurement data usability. - View Dependent Claims (80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 90, 91)
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92. A system for continuous glucose monitoring in which a continuous glucose monitor is in signal communication with a glucose sensor through sensor electronics, comprising:
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a. a receiver and sensor electronics subsystem configured to receive measurement data indicative of a subject glucose concentration measured by the glucose sensor, configured to calculate a clinical value of the measurement data based on a mode of calibration, and further configured to display the calculated clinical value on a user interface; b. a processor configured to receive or determine data indicative of a usability of the measurement data; c. the processor configured to compare the received or determined usability data to one or more transition criteria; and d. the processor further configured to, based on the results of the comparison, cause a transition to a different mode of calibration; such that the continuous glucose monitor operates in a calibration mode according to the measurement data usability
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93. A system for continuous glucose monitoring in which a continuous glucose monitor is in signal communication with a glucose sensor through sensor electronics, comprising:
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a. means for receiving measurement data indicative of a subject glucose concentration measured by the glucose sensor, means for calculating a clinical value of the measurement data based on a mode of calibration, and means for displaying the calculated clinical value on a user interface; b. means for receiving or determining data indicative of a usability of the measurement data; c. means for comparing the received or determined usability data to one or more transition criteria; and d. means for, if the comparing indicates the received or determined usability data has met or will meet the transition criteria, causing a transition to a different mode of calibration; such that the continuous glucose monitor operates in a calibration mode according to the measurement data usability
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Specification