Method and apparatus for organizing storing and retrieving information to administer a sewer system

• US 5,812,962 A
• Filed: 12/09/1996
• Issued: 09/22/1998
• Est. Priority Date: 12/09/1996
• Status: Expired due to Fees

• Current Assignee: White Oak Borough Authority
• Original Assignee: White Oak Borough Authority
• Inventors: Kovac, Paul V.
• Primary Examiner(s): Voeltz, Emanuel Todd
• Assistant Examiner(s): Wachsman, Hal D.
• Application Number:
  US08/761,898
• Time in Patent Office: 652 Days
• Field of Search: 364/505, 364/420, 364/449.2, 364/512, 364/560, 364/570, 364/400, 395/928-930, 405/36, 405/32, 405/132, 404/2, 52/169.1, 52/169.2, 52/20, 434/150-153, 340/990, 340/995, 340/286.14, 283/34, 283/35, 33/1 G, 33/1 H, 33/20.4, 701/208, 701/212
• US Class Current: 701/208
• CPC Class Codes: E03F 7/00 Other installations or implements for operating sewer systems, e.g. for preventing or indicating stoppage; Emptying cesspools
• CPC Class Codes: E03F 7/12 Installations enabling inspection personnel to drive along sewer canals

Abstract

A composite code assigned to each manhole of a sewer system in a geographical region is associated with an x-y location of the manhole on a digitized geographical map of the region containing a representation of the sewer system including manholes plotted thereon. The composite code is stored in a memory of a computer. Other information regarding each of the manholes is entered into corresponding records stored in the memory of the computer. The composite code is utilized as a link between the record for each manhole and the x-y location of each manhole on the digitized map. Utilizing a computer mouse, an x-y location associated with a location of a manhole on a display of the digitized map containing the sewer system is selected. In response to the selection, the record associated with the selected manhole is retrieved from the computer'"'"'s memory utilizing the composite code. The retrieved record is displayed on the display.

Claims

1. A method of organizing, storing and retrieving information to administer a sewer system in a computer that includes a memory means and a display means, said method comprising the steps of:

assigning a street code to each of a plurality of streets in a geographical region that includes a sewer system having a plurality of manholes;

assigning a block code to each block of each of the plurality of streets in the geographical region;

assigning a manhole code to each manhole in each block of each of the plurality of streets;

combining the manhole codes with corresponding block codes and street codes to obtain a composite code for each manhole in the geographical region;

determining the location of each manhole in the geographical region;

displaying on a display means a map of the geographic region including the plurality of manholes plotted thereon;

determining on the displayed map of the geographical region an x-y location of each manhole plotted thereon corresponding to the determined location of each manhole in the geographical region;

associating in the computer each composite code with the x-y location of its corresponding plotted manhole on the displayed map;

obtaining information for at least one manhole in the geographic region;

introducing the information obtained for each manhole into a record in the computer corresponding to each manhole;

associating in the computer the record containing the obtained information for each manhole with the composite code associated therewith;

moving to one of said manholes plotted on the displayed map a computer generated icon;

selecting on said displayed map the one of said manholes to which the computer generated icon is moved;

retrieving the record containing the obtained information for the selected one of said manholes to which the computer generated icon is moved utilizing the composite code associated with the selected manhole; and

displaying the retrieved record on the display means.

2. The method as set forth in claim 1 further including the steps of:

plotting on a map each composite code adjacent its corresponding manhole; and

introducing the digitized map with composite codes thereon into the computer.

3. The method as set forth in claim 1 further including the step of assigning to each manhole at an intersection of two or more streets an intersection code comprised of the unique street code for each street, wherein the composite code is further comprised of the intersection code.

4. The method as set forth in claim 1 wherein the manhole code for each manhole not adjacent a street includes an off street designator, wherein the composite code is further comprised of the off street designator.

5. The method as set forth in claim 1 wherein the displayed map includes the composite codes viewable adjacent the plotted manholes.

6. The method as set forth in claim 1 further including the steps of:

obtaining a picture of the sewer system;

associating the picture with a selected manhole in the sewer system;

introducing the obtained picture into a record in the computer; and

associating in the computer the record containing the picture with the composite code for the selected manhole.

7. The method as set forth in claim 6 further including the steps of:

retrieving the record containing the picture utilizing the composite code associated with the selected manhole; and

displaying the retrieved picture on the display means.

8. A method of administering a sewer system contained in a geographical region utilizing a computer that includes a memory and a display device, said method comprising the steps of:

assigning a street code to each street in the geographical region;

assigning a block code to each block of each street in a listing;

assigning a manhole code to each manhole in each block;

merging the street codes, the block codes and the manhole codes to obtain a plurality of composite codes, wherein each composite code corresponds to a manhole in the geographical region;

determining on a viewable image of the geographical region displayed on a display device an x-y location of each manhole in the geographical region;

obtaining information about each manhole;

introducing the obtained information about each manhole into a record for each manhole in the computer;

associating the composite code for each manhole with its determined x-y location on the viewable image and the corresponding record containing the information obtained thereabout;

selecting on the viewable image utilizing a computer generated icon a determined x-y location of one of said manholes; and

retrieving utilizing the composite code for said selected one of said manholes, the record containing the information obtained about said selected one of said manholes.

9. The method of administering a sewer system as set forth in claim 8 wherein composite codes of manholes at the intersection of two or more streets are comprised of the street codes of the intersecting streets.

10. The method of administering a sewer system as set forth in claim 9 wherein only one composite code is created for manholes at the intersection of two or more streets.

11. The method of administering a sewer system as set forth in claim 8 wherein composite codes for manholes positioned away from a street include an off street designator.

12. The method of administering a sewer system as set forth in claim 8 wherein the record containing the information about a manhole includes one or more of:

diameter of the manhole;

date of last camera inspection of the manhole;

date of last cleaning of the manhole;

the depth of the manhole;

distance to upstream manhole;

distance to downstream manhole;

composite code of upstream manhole;

composite code of downstream manhole;

picture data of said manhole; and

picture data of sewer lines connected to said manhole.

13. An apparatus for administering a sewer system contained in a geographical region, said apparatus comprising:

a computer having a computer memory which stores a digitized geographical map data of a geographical region that includes a plurality of manholes plotted thereon, said map data including the x-y location of each of the plurality of manholes plotted thereon, the computer memory storing a unique composite code for each of the plurality of manholes in the geographical region and storing records containing information regarding each of the plurality of manholes;

means for associating the map data x-y locations for each of the plurality of manholes with their corresponding composite codes;

means for associating the records containing the information regarding each of the plurality of manholes with their corresponding composite codes;

a viewing means which displays a viewable image of the map data with said manholes plotted thereon;

a computer generated icon for identifying one of said manholes plotted on said viewable image;

means for selecting the one of said manholes identified by the computer icon; and

means for retrieving the record containing information regarding the selected one of said manholes utilizing the composite code associated therewith.

14. The apparatus as set forth in claim 13 further comprising:

a video camera which obtains video images of the sewer system;

a video recorder which records the video images of the sewer system obtained by the video camera on a storage means;

a video playback means which recovers from the storage means the video images recorded thereon;

means for storing a frame of the video images in a record in the computer'"'"'s memory;

means for associating the record of the stored frame of the video image with a composite code for a desired manhole; and

means for retrieving the record of the stored frame of the video image utilizing the composite code associated with the selected manhole.

15. The apparatus as set forth in claim 14 further comprising:

an operator input means; and

a CPU which accepts operator input at the operator input means and which causes each composite code to be associated with one or more of the x-y location of each manhole on the digitized geographical map, the record containing the stored information for each manhole and the stored frame associated with each manhole.

16. A method of organizing and tracking data for the administration of a utility, said method comprising the steps of:

displaying on a computer generated display a map of a region containing a utility;

identifying on the displayed map of the region an x-y location for each of a plurality of elements associated with said utility;

assigning a unique code to each of the plurality of elements;

entering into the computer the unique code assigned to each of the plurality of elements;

associating in the computer the identified x-y location for each of the plurality of elements with the unique codes assigned thereto;

entering into the computer information regarding each of the plurality of elements into corresponding records in the computer;

associating in the computer the unique code assigned to each of the plurality of elements with their corresponding record;

identifying on the computer generated display of the map utilizing a computer generated icon an x-y location of one of said plurality of elements;

selecting the x-y location of the identified one of said plurality of elements; and

in response to said selection, retrieving the corresponding record of the selected one of said plurality of elements utilizing the unique code assigned thereto.

17. The method of organizing and tracking data for the administration of a utility as set forth in claim 16 further including the step of displaying on a viewing means one or more of the selected locations, the unique code associated with the element at the selected location and the entered information.

18. The method of organizing and tracking data for the administration of a utility as set forth in claim 16 further including the step of storing on a computer readable medium one or more of said displayed map, the identified location of the plurality of elements, the unique codes and the record of information regarding the one of said plurality of elements.

19. The method of organizing and tracking data for the administration of a utility as set forth in claim 16 wherein the step of assigning a unique code to each of the plurality of elements includes sequencing the unique codes so that each element is assigned a code corresponding to its position relative to a fixed object in the region represented by the map.