Non-linear qualitative visualization
First Claim
1. A Power Quality Meter comprising:
- one or more measurement systems capable of monitoring or measuring an aspect of Power Quality at a facility and/or of one or more items of electrical or electronic equipment at the facility;
a processor coupled to the one or more measurement systems and configured to;
receive an indication of the monitored or measured aspect of Power Quality from the one or more measurement systems, and determine a Power Quality Rating or Power Quality Ratings for the facility and/or the one or more items of electrical equipment from at least the indication of the monitored or measured aspect of Power Quality; and
a graphical user interface (GUI) coupled to the processor and configured to display the Power Quality Rating or the Power Quality Ratings in a visualization including an object divided into a plurality of graphical category sub-sections, each of the plurality of graphical category sub-sections representing a range of Power Quality Ratings, at least one of the plurality of graphical category sub-sections representing a greater range of Power Quality Ratings than at least one other of the plurality of graphical category sub-sections, wherein the processor is configured to automatically cause one or more actions to be taken in response to the Power Quality Rating or Power Quality Ratings for the facility and/or the one or more items of electrical equipment falling into a range outside of a desired range, and wherein data associated with the Power Quality Rating or the Power Quality Ratings is positioned on the visualization based on a non-linear and/or non-logarithmic transfer function defining how the data is positioned on the visualization.
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Accused Products
Abstract
A system includes an item of electrical equipment, a power meter configured to monitor a parameter of power delivered to and/or supplied by the item of electrical equipment, a processor configured to receive an indication of the monitored parameter and determine a rating from at least the indication of the monitored parameter, and a graphical user interface (GUI) configured to display the rating in a visualization including an object divided into a plurality of graphical category sub-sections. Each of the plurality of graphical categories represents a range of ratings, At least one of the plurality of graphical categories represents a greater range of ratings than at least one other of the plurality of graphical categories.
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Citations
22 Claims
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1. A Power Quality Meter comprising:
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one or more measurement systems capable of monitoring or measuring an aspect of Power Quality at a facility and/or of one or more items of electrical or electronic equipment at the facility; a processor coupled to the one or more measurement systems and configured to;
receive an indication of the monitored or measured aspect of Power Quality from the one or more measurement systems, and determine a Power Quality Rating or Power Quality Ratings for the facility and/or the one or more items of electrical equipment from at least the indication of the monitored or measured aspect of Power Quality; anda graphical user interface (GUI) coupled to the processor and configured to display the Power Quality Rating or the Power Quality Ratings in a visualization including an object divided into a plurality of graphical category sub-sections, each of the plurality of graphical category sub-sections representing a range of Power Quality Ratings, at least one of the plurality of graphical category sub-sections representing a greater range of Power Quality Ratings than at least one other of the plurality of graphical category sub-sections, wherein the processor is configured to automatically cause one or more actions to be taken in response to the Power Quality Rating or Power Quality Ratings for the facility and/or the one or more items of electrical equipment falling into a range outside of a desired range, and wherein data associated with the Power Quality Rating or the Power Quality Ratings is positioned on the visualization based on a non-linear and/or non-logarithmic transfer function defining how the data is positioned on the visualization. - View Dependent Claims (2, 3, 4, 5, 6, 9, 10, 14, 15, 16, 17, 18, 19, 20, 21, 22)
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7. A method comprising:
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monitoring an aspect of Power Quality at a facility and/or of one or more items of electrical or electronic equipment at the facility using one or more measurement systems of a Power Quality Meter; receiving an indication of the monitored aspect of Power Quality and determining a rating from at least the indication of the monitored aspect of Power Quality from the one or more measurement systems, and determining a Power Quality Rating or Power Quality Ratings for the facility and/or the one or more items of electrical equipment from at least the indication of the monitored aspect of Power Quality using a processor of the Power Quality Meter; displaying the Power Quality Rating or Power Quality Ratings in a visualization on a graphical user interface (GUI) of the Power Quality Meter, the visualization including an object divided into a plurality of graphical category sub-sections, each of the plurality of graphical category sub-sections representing a range of Power Quality Ratings, at least one of the plurality of graphical category sub-sections representing a greater range of Power Quality Ratings than at least one other of the plurality of graphical category sub-sections, wherein data associated with the Power Quality Rating or the Power Quality Ratings is positioned on the visualization based on a non-linear and/or non-logarithmic transfer function defining how the data is positioned on the visualization; and automatically causing, by the processor, one or more actions in response to the Power Quality Rating or Power Quality Ratings for the facility and/or the one or more items of electrical equipment falling into a range outside of a desired range. - View Dependent Claims (8, 11, 12, 13)
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Specification