Electronic manifest of underground facility locate marks
A method performed by a device may include receiving information regarding a particular geographic area; retrieving an aerial image of the particular geographic area; displaying the aerial image; determining an approximate geographic location of a mark denoting an underground facility; overlaying, on the displayed aerial image, information concerning the approximate geographic location of the mark denoting the underground facility; and storing the aerial image and the information concerning the approximate geographic location of the mark denoting the underground facility.
1. A system for generating an electronic manifest of underground facility locate marks, the system comprising:
a GPS-enabled marking device to provide a set of GPS coordinates along a marking path of an underground facility marked by a locate technician using the marking device to perform a locate operation in a dig area; and
a user device, comprising:
a location identification unit to receive location tracking signals and determine a device geographic location of the user device based on the location tracking signals;
a memory including a local image cache to store at least one aerial image of a geographic area including the dig area;
an output device including a display;
a communication interface to facilitate electronic communications, via a network, between the user device and at least one of a central server and an image server storing a library of aerial images, wherein at least some of the aerial images in the library include geocoding or other geographical identification metadata; and
a processing unit to:
control the communication interface to transmit, to the at least one of the central server and the image server, first information regarding the device geographic location of the user device as determined based on the location tracking signals received by the location identification unit of the user device,
control the communication interface to receive, from the at least one of the central server and the image server, the at least one aerial image from the library of aerial images, wherein:
the at least one aerial image is identified and retrieved from the at least one of the central server and the image server based on the first information regarding the device geographic location;
the at least one aerial image includes the geocoding or other geographical metadata; and
the at least one aerial image is stored in the local image cache, receive, from the GPS-enabled marking device, the set of GPS coordinates along the marking path of the underground facility marked by the locate technician, the set of GPS coordinates representing approximate locate mark geographic locations of the underground facility locate marks including at least one of a) paint, b) at least one flag, and c) at least one colored marker, placed on a surface above the underground facility by the locate technician using the GPS-enabled marking device to perform the locate operation in the dig area,
control the display to represent, on the at least one aerial image, second information concerning the approximate locate mark geographic locations of the underground facility locate marks, based at least in part on the set of GPS coordinates received from the marking device and the geocoding or other geographical metadata included in the at least one aerial image, so as to provide the electronic manifest of the underground facility locate marks, and
store, in the memory, the second information concerning the approximate locate mark geographic locations of the underground facility locate marks.
2. The system of claim 1 , where the processing unit of the user device is further configured to associate a geographic address with the retrieved at least one aerial image of the geographic area including the dig area.
3. The system of claim 1 , where the processing unit of the user device is further configured to store the second information concerning the approximate locate mark geographic locations of the underground facility locate marks as a separate data set of global positioning system (GPS) coordinates.
4. The system of claim 1 , wherein the user device further includes an input device to permit a user to input user information to the user device, wherein the user information pertains to the underground facility, and where the processing unit is further configured to:
permit a user to draw shapes, via the input device, on the retrieved aerial image; and
indicate global coordinates corresponding to the drawn shapes.
5. The system of claim 3 , where the processing unit is further configured to:
store the second information concerning the approximate locate mark geographic locations of the underground facility locate marks in the memory as part of an electronic manifest data set, wherein:
the user device further comprises an input device to permit the user to input user information to the user device, wherein the user information pertains to a plurality of environmental landmarks in the at least one aerial image; and
the electronic manifest data set includes the user information pertaining to the plurality of environmental landmarks in the at least one aerial image.
6. The system of claim 1 , where the processing unit of the user device is further configured to:
receive input that identifies a type of the underground facility marked by the locate technician using the marking device; and
present third information on the at least one retrieved aerial image concerning the type of the underground facility marked by the locate technician using the marking device.
7. The system of claim 1 ,
wherein the processing unit is further configured to control the communication interface to transmit to the central server the at least one retrieved aerial image and the second information concerning the approximate locate mark geographic locations of the underground facility locate marks.
8. The system of claim 1 , wherein the at least one aerial image retrieved from the at least one of the central server and the image server has a sufficient resolution at an optimal elevation to record the locate operation.
9. The system of claim 1 , wherein:
the at least one aerial image is received from the image server; and
the at least one aerial image includes at least one overlay of at least one of street names, regions, landmark descriptions, and other information about areas displayed in the at least one aerial image.
10. A system for generating an electronic manifest of underground facility locate marks, the system comprising:
a GPS-enabled marking device to provide a set of GPS coordinates along a marking path of an underground facility marked by a locate technician using the marking device to perform a locate operation in a dig area; and
a user device, comprising:
a location identification unit to receive location tracking signals and determine a device geographic location of the user device based on the location tracking signals;
a user device memory including a local image cache to store at least one aerial image of a geographic area including the dig area, wherein the at least one aerial image includes a plurality of environmental landmarks present in the dig area;
an output device including a display;
a user device communication interface to facilitate electronic communications, via the network, between the user device and at least one of the central server and an image server storing a library of aerial images, wherein at least some of the aerial images in the library include geocoding or other geographical identification metadata; and
a user device processing unit to:
control the user device communication interface to transmit, to the at least one of the central server and the image server, first information regarding the device geographic location of the user device as determined based on the location tracking signals received by the location identification unit of the user device,
control the user device communication interface to receive, from the at least one of the central server and the image server, the at least one aerial image from the library of aerial images, wherein:
the at least one aerial image is identified and retrieved from the at least one of the central server and the image server based on the first information regarding the device geographic location;
the at least one aerial image includes the plurality of environmental landmarks and the geocoding or other geographical metadata; and
the at least one aerial image is stored in the local image cache,
receive, from the GPS-enabled marking device, the set of GPS coordinates along the marking path of the underground facility marked by the locate technician, the set of GPS coordinates representing approximate locate mark geographic locations of the underground facility locate marks including at least one of a) paint, b) at least one flag, and c) at least one colored marker, placed on a surface above the underground facility by the locate technician using the GPS-enabled marking device to perform the locate operation in the dig area,
control the display to represent, on the at least one aerial image, second information concerning the approximate locate mark geographic locations of the underground facility locate marks, based at least in part on the set of GPS coordinates received from the marking device and the geocoding or other geographical metadata included in the at least one aerial image, so as to provide the electronic manifest of the underground facility locate marks, and
store, in the user device memory, the second information concerning the approximate locate mark geographic locations of the underground facility locate marks,
wherein an accuracy of the electronic manifest is verified based on a distance between at least some respective environmental landmarks of the plurality of environmental landmarks in the at least one aerial image and the approximate locate mark geographic locations of the underground facility locate marks represented on the at least one aerial image.
11. The system of claim 10 , wherein the electronic manifest further includes offsets between the at least some respective environmental landmarks and the approximate locate mark geographic locations of the underground facility locate marks represented on the at least one aerial image.
12. The system of claim 11 , wherein the accuracy of the electronic manifest is verified based on the offsets between the at least some respective environmental landmarks and the approximate locate mark geographic locations of the underground facility locate marks represented on the at least one aerial image.
13. The system of claim 12 , wherein the user device further includes an input device to permit the user to input user information to the user device, wherein the user information pertains to the offsets.
14. The system of claim 13 , where the processing unit of the user device is further configured to:
receive input from the input device that identifies a type of the underground facility marked by the locate technician using the marking device; and
present third information on the at least one retrieved aerial image concerning the type of the underground facility marked by the locate technician using the marking device.
15. The system of claim 13 , wherein the at least one aerial image retrieved from the at least one of the central server and the image server has a sufficient resolution at an optimal elevation to record the locate operation.
16. The system of claim 13 , wherein:
the at least one aerial image is received from the image server; and
the at least one aerial image includes at least one overlay of at least one of street names, regions, landmark descriptions, and other information about areas displayed in the at least one aerial image.
17. A system for generating an electronic manifest of underground facility locate marks, the system comprising:
a GPS-enabled marking device to provide a set of GPS coordinates along a marking path of an underground facility marked by a locate technician using the marking device to perform a locate operation in a dig area; and
a user device, comprising:
a location identification unit to receive location tracking signals and determine a device geographic location of the user device based on the location tracking signals;
a user device memory including a local image cache to store at least one aerial image of a geographic area including the dig area, wherein the at least one aerial image includes a plurality of environmental landmarks present in the dig area;
an input device to permit the user to input user information to the user device,
wherein the user information pertains to the plurality of environmental landmarks in the at least one aerial image;
an output device including a display;
a user device communication interface to facilitate electronic communications, via the network, between the user device and at least one of the central server and an image server storing a library of aerial images, wherein at least some of the aerial images in the library include geocoding or other geographical identification metadata; and
a user device processing unit to:
control the user device communication interface to transmit, to the at least one of the central server and the image server, first information regarding the device geographic location of the user device as determined based on the location tracking signals received by the location identification unit of the user device,
control the user device communication interface to receive, from the at least one of the central server and the image server, the at least one aerial image from the library of aerial images, wherein:
the at least one aerial image is identified and retrieved from the at least one of the central server and the image server based on the first information regarding the device geographic location;
the at least one aerial image includes the plurality of environmental landmarks and the geocoding or other geographical metadata; and
the at least one aerial image is stored in the local image cache,
receive, from the GPS-enabled marking device, the set of GPS coordinates along the marking path of the underground facility marked by the locate technician, the set of GPS coordinates representing approximate locate mark geographic locations of the underground facility locate marks including at least one of a) paint, b) at least one flag, and c) at least one colored marker, placed on a surface above the underground facility by the locate technician using the GPS-enabled marking device to perform the locate operation in the dig area,
control the display to represent, on the at least one aerial image, second information concerning the approximate locate mark geographic locations of the underground facility locate marks, based at least in part on the set of GPS coordinates received from the marking device and the geocoding or other geographical metadata included in the at least one aerial image, so as to provide the electronic manifest of the underground facility locate marks, and
control the display to further represent, on the at least one aerial image, offset information relating to distances between at least some of the plurality of environmental landmarks in the at least one aerial image and at least some of the approximate locate mark geographic locations, based on the user information provided by the input device and pertaining to the plurality of environmental landmarks.
18. The system of claim 17 , where the processing unit of the user device is further configured to:
receive input from the input device that identifies a type of the underground facility marked by the locate technician using the marking device; and
present third information on the at least one retrieved aerial image concerning the type of the underground facility marked by the locate technician using the marking device.
19. The system of claim 17 , wherein the at least one aerial image retrieved from the at least one of the central server and the image server has a sufficient resolution at an optimal elevation to record the locate operation.
20. The system of claim 19 , wherein:
the at least one aerial image is received from the image server; and
the at least one aerial image includes at least one overlay of at least one of street names, regions, landmark descriptions, and other information about areas displayed in the at least one aerial image.