Method for monitoring and displaying of utility consumption

• US 8,396,740 B1
• Filed: 10/29/2010
• Issued: 03/12/2013
• Est. Priority Date: 10/29/2010
• Status: Active Grant

• Current Assignee: Byram Laboratories, Inc.
• Original Assignee: Noi Engineering PLLC
• Inventors: Watson, Robert D.
• Primary Examiner(s): BORISSOV, IGOR N
• Application Number:
  US12/915,684
• Time in Patent Office: 865 Days
• Field of Search: 715700-866, 700/83, 700/17, 340/870.01, 340/870.02, 707/999.104, 707/999.107, 705/412, 705/30, 705/34, 705/1.1, 705/7.11, 705/7.38, 705/7.39, 705/29, 705/413, 702/60, 702/61
• US Class Current: 705/7.39
• CPC Class Codes: G06Q 50/163 Real estate management

Abstract

A method is disclosed for displaying utility consumption of a property portfolio for zones of a display area. First values correspond to utility consumption and second values corresponding to consumption intensity are first determined. The first values for each zone are ranked from high to low values and associated with a size of a geometric form corresponding to each of the zones. Similarly, the second values for each zone are ranked from high to low values and associated with a corresponding color, with a highest of the second values having a first color representing a highest consumption intensity, the smallest of the second values having a second color representing the lowest consumption intensity, and the remaining of the second values are associated with mixtures of the first color and second color. The respective geometric forms for each of the zones are displayed on the map at respective spatial locations.

Claims

1. A method for monitoring and displaying relative utility consumption for different properties in a real estate portfolio implemented in software operating a data processing system, the method comprising the steps of:

providing the data processing system and the software, the data processing system having memory in which data for utility consumption of the different properties in the real estate portfolio is stored, and the software is operable in data processing system for performing all of the following steps;

receiving selection of a display area, temporal period, and display zones for display of utility consumption for the zones within the display area, wherein the zones are selected to represent one or more of the different properties;

determining values of total utility consumption and consumption intensities for the different properties in the real estate portfolio, wherein first and second values are calculated for each zone, with the first values corresponding to total aggregate utility consumption of each of the zones and the second values corresponding to consumption intensity for each of the zones;

ranking the first values for each zone from high to low and associating each of the first values with a size of a geometric form corresponding to each of the zones, wherein a highest of the first values has a largest size, the smallest of the first values has the smallest size, and the remaining of the first values are associated with sizes, from high to low, corresponding to an associated total utility consumption ranking;

ranking the second values for each zone from high to low and associating each of the second values with a corresponding color for the respective geometric form for each of the zones, wherein a highest of the second values has a first color representing a highest consumption intensity, the smallest of the second values has a second color representing the lowest consumption intensity, and the remaining of the second values are associated with mixtures of the first color and the second color, and color shades there-between, corresponding to an associated consumption intensity ranking; and

displaying on a map of the display area the respective geometric form for each of the zones, wherein each of the geometric forms having the associated size determined from the ranking of corresponding first values for each of the zones and the color associated with respective ones of the second values for each of the zones, and wherein the geometric forms corresponding to each of the zones are shown disposed at respective spatial locations on the map.

2. The method according to claim 1, wherein associating each of the first values with the size of the geometric form corresponding to each of the zones is determined by one of a first linear scaling and a first exponential scaling;

and

wherein the association of the second values with the first color and the second color is determined by one of a second linear scaling and a second exponential scaling.

3. The method according to claim 1, further comprising the step of selecting the geometric forms for each of the zones to be a circle representative of a radar sweep.

4. The method according to claim 1, wherein the geometric forms corresponding to each of the zones are partitioned into sectors which graphically represent respective ones of types of utility components for the total utility consumption of each of the zones.

5. The method according to claim 4, wherein the relative sizes of the sectors for each of the zones is determined by relative consumption values of respective utility consumption.

6. The method according to claim 5, wherein the relative consumption values of respective utility consumption are determined according to one of units of energy consumed and costs for the utilities consumed.

7. The method according to claim 4, wherein virtually pointing to one of the sectors provides a tabular display listing particulars of the utility consumption represented by the one of the sectors.

8. The method according to claim 1, wherein the zones correspond to one of regional geographic locations, local geographic locations, townships, contiguous properties in a selected locale, buildings in a selected property, and portions of a selected building;

and

wherein said display area corresponds to one of a continent, a nation, a regional geographic location, a local geographic location, a township, a selected locale, a contiguous property, and a building.

9. The method according to claim 8, wherein the display area may be zoomed from displaying a full view of the display area, to a selected portion of the display area, and to a selected one of the zones, wherein when zoomed to the selected one of the zones the properties comprising the selected one of the zones are displayed as newly defined zones.

10. The method according to claim 9, wherein the full view of the display area is viewed simultaneously with the selected portion of the display area and with the selected zone;

and

wherein types of utility consumption may be selectively filtered to display only at least one selected utility.

11. The method according to claim 1, wherein at least one slider control is displayed and may be operated to change the relative values for the utility consumption and the energy intensity in the display area, such that the sizes and the colors for the geometric forms are adjusted to display the effect of the changes.

12. A method for monitoring and displaying utility consumption for different properties in a real estate portfolio implemented in software operating a data processing system, the method comprising the steps of:

providing the data processing system and the software, the data processing system having memory in which data for utility consumption of the properties in the real estate portfolio is stored, and the software is operable in data processing system for performing all of the following steps;

receiving a display area, temporal period, and display zones for display of utility consumption for the zones within the display area, wherein the zones are selected to represent one or more of the properties;

determining values of total utility consumption and consumption intensities for the properties in the real estate portfolio, wherein first and second values are calculated for each zone, with the first values corresponding to total aggregate utility consumption of each of the zones and the second values corresponding to consumption intensity for each of the zones;

ranking the first values for each zone from high to low and associating each of the first values with a size of a geometric form corresponding to each of the zones, wherein a highest of the first values has a largest size, the smallest of the first values has the smallest size, and the remaining of the first values are associated with sizes, from high to low, corresponding to an associated total utility consumption ranking;

ranking the second values for each zone from high to low and associating each of the second values with a corresponding color for the respective geometric form for each of the zones, wherein a highest of the second values has a first color representing a highest consumption intensity, the smallest of the second values has a second color representing the lowest consumption intensity, and the remaining of the second values are associated with mixtures of the first color and the second color, and color shades there-between, corresponding to an associated consumption intensity ranking;

displaying on a map of the display area the respective geometric form for each of the zones, wherein each of the geometric forms having the associated size determined from the ranking of corresponding first values for each of the zones and the color associated with respective ones of the second values for each of the zones, and wherein the geometric forms corresponding to each of the zones are shown disposed at respective spatial locations on the map; and

wherein the geometric forms corresponding to each of the zones are partitioned into sectors which graphically represent respective ones of types of utility components for the total utility consumption of each of the zones.

13. The method according to claim 12, wherein the relative sizes of the sectors for each of the zones is determined by relative consumption values of respective utility consumption;

and

wherein the relative consumption values of respective utility consumption are determined according to one of units of energy consumed and cost for the utilities consumed.

14. The method according to claim 13, further comprising the step of selecting the geometric forms for each of the zones to be a circle.

15. The method according to claim 14, wherein virtually pointing to one of the sectors provides a tabular display listing particulars of the utility consumption represented by the one of the sectors.

16. The method according to claim 15, wherein the zones correspond to one of regional geographic locations, local geographic locations, townships, contiguous properties in a selected locale, buildings in a selected property, and portions of a selected building;

and

wherein said display area corresponds to one of a continent, a nation, a regional geographic location, a local geographic location, a township, a selected locale, a contiguous property, and a building.

17. The method according to claim 16, wherein the display area may be zoomed from displaying a full view of the display area, to a selected portion of the display area, and to a selected one of the zones, wherein when zoomed to the selected one of the zones the properties comprising the selected one of the zones are displayed as newly defined zones;

wherein the full view of the display area may be viewed simultaneously with the selected portion of the display area and with the selected zone, and

wherein types of utility consumption may be selectively filtered to display only at least one selected utility.

18. The method according to claim 17, wherein at least one slider control is displayed and may be operated to change the relative values for the utility consumption and the energy intensity in the display area, such that the sizes and the colors for the geometric forms are adjusted to display the effect of the changes.

19. A method for monitoring and displaying utility consumption for different properties in a real estate portfolio implemented in software for operating a data processing system, the method comprising the steps of:

providing the data processing system and the software, the data processing system having memory in which data for utility consumption of the properties in the real estate portfolio is stored, and the software is operable in data processing system for performing all of the following steps;

receiving into the data processing system a selection of a display area, a temporal period, and display zones for display of utility consumption for the zones within the display area, and storing the selection in the memory, wherein the zones are selected to represent one or more of the properties;

collecting and storing in the memory values for utility consumption of the properties in the real estate portfolio;

determining values of total utility consumption and consumption intensities for the properties in the real estate portfolio from the values for utility consumption stored in the memory and storing the determined values in the memory, wherein first and second values are calculated for each zone, with the first values corresponding to total aggregate utility consumption of each of the zones and the second values corresponding to consumption intensity for each of the zones;

comparing the first values stored in memory and assigning a first ranking stored in memory with the first ranking associated with the first values stored, wherein the first values for each zone are ranked from high to low and associated with each of the first values is a size of a geometric form corresponding to each of the zones, wherein a highest of the first values has a largest size, the smallest of the first values has the smallest size, and the remaining of the first values are associated with sizes, from high to low, corresponding to an associated total utility consumption ranking;

comparing the second values stored in memory and storing in memory a second ranking of the second values for each zone from high to low and associating each of the second values with a corresponding color for the respective geometric form for each of the zones, wherein a highest of the second values has a first color representing a highest consumption intensity, the smallest of the second values has a second color representing the lowest consumption intensity, and the remaining of the second values are associated with mixtures of the first color and the second color, and color shades there-between, corresponding to an associated consumption intensity ranking stored in memory; and

recalling the stored sizes and colors of the respective geographic forms from memory, and displaying on a map of the display area the respective geometric forms for each of the zones, with each of the geometric forms having the associated size determined from the ranking of corresponding first values for each of the zones and the color associated with respective ones of the second values for each of the zones, and wherein the geometric forms corresponding to each of the zones are shown disposed at respective spatial locations on the map;

wherein the display area may be zoomed from displaying a full view of the display area, to a selected portion of the display area, and to a selected one of the zones, wherein when zoomed to the selected one of the zones the properties comprising the selected one of the zones are displayed as newly defined zones; and

providing at least one slider control, wherein said slider control is operated to process the stored consumption data which results in changes to the relative displayed values for the geometric forms correlating to changes in the utility consumption and the consumption intensity in the display area, such that the displayed sizes and the colors for the geometric forms are adjusted to display the effect of the changes.

20. The method according to claim 19, wherein the values in memory in the data processing system are processed to partition the geometric forms corresponding to each of the zones such that the resulting partitions graphically represent respective ones of types of utility components for the total utility consumption of each of the zones;

wherein the relative sizes of the sectors for each of the zones is determined by relative consumption values of respective utility consumption; and

wherein the relative consumption values of respective utility consumption are determined according to one of units of energy consumed and cost for the utilities consumed.

21. The method according to claim 19, wherein the at least one slider operates a histogram function to input time selection data into the data processing system to display stored consumption data and display the geometric forms representing utility consumption and consumption intensity for different time periods.

22. The method according to claim 19, wherein said data processing system has an automation feature to automatically display stored consumption data for utility consumption and consumption intensity for different time periods.

23. The method according to claim 19, wherein multiple geographic regions are displayed on a single screen for comparison purposes.

24. The method according to claim 19, wherein the display area are for contiguous properties which are separately displayed;

wherein a gradient is used for combining colors, with an exact color used at the center of a circle representing a zone, secondary colors used when moving away from the center of the circle, and the color fully terminated at the circumferential periphery of the circle; and

wherein the colors for overlap regions are merged using a color scale gradient, by mixing pixels of different color in an overlap portion.