System and method for managing service and non-service related activities associated with a waste collection, disposal and/or recycling vehicle
View Patent ↗Systems and methods are provided for using video/still images captured by continuously recording optical sensors mounted on waste collection vehicles used in in the waste collection, disposal and recycling industry for operational and customer service related purposes. Optical sensors are integrated into the in-cab monitor as well as the onboard computer, digital video recorder and other external devices.
1. A system for utilizing customer information to provide waste or recycling services to the customer with a service vehicle, the method comprising:
an optical sensor on the service vehicle and configured to capture a continuous video recording of an area outside of the service vehicle during a waste or recycling service operations period for the service vehicle;
a recording device configured to store the continuous video recording from the optical sensor; and
a computing device that is operatively linked to the optical sensor and recording device, wherein, upon the occurrence of a pre-defined triggering event, the computing device is configured to:
capture a chapter from the continuous video recording that includes the customer location;
verify the customer location, wherein the verifying comprises:
determining the latitude and longitude of the customer location using a GPS device on the service vehicle, and
coordinating the latitude and longitude with service confirmation information collected from the service vehicle and with geo-coding information using a street address for the customer location;
associate the chapter with the verified customer location;
display the chapter on an electronic viewing portal; and
make the electronic viewing portal available for viewing by a user for identifying, based at least in part on the information in the electronic viewing portal, whether the verified customer location is available for providing waste or recycling services.
2. The system of claim 1 , wherein the chapter comprises a still image.
3. The system of claim 1 , wherein the chapter comprises a video clip.
4. The system of claim 1 , wherein the street address for the customer location is a residential street address.
5. The system of claim 1 , wherein the street address for the customer location is a commercial street address.
6. The system of claim 1 , wherein the street address for the customer location is an industrial street address.
7. The system of claim 1 , wherein capturing a chapter occurs based upon a pre-defined triggering event comprising one or more from the group of:
(i) a signal or signals emanating from an electronic or mechanical device on the service vehicle, wherein the electronic or mechanical device is one or more selected from the group of a proximity switch, a limit switch, a mechanical sensor, an electronic control module, a programmable logic computer, an arm, a hopper, a blade or a service vehicle device;
(ii) a movement of the waste service vehicle, wherein the movement comprises acceleration, deceleration, g-force, stopping or starting;
(iii) a driver initiated triggering event; and
(iv) a triggering event that is initiated external to or outside of the vehicle.
8. A method of utilizing customer information to provide waste or recycling services to the customer with a service vehicle, the system comprising:
collecting a continuous video recording of an area outside of the service vehicle during a waste or recycling service operations period for the service vehicle, wherein the continuous video recording is captured by an optical sensor on the service vehicle;
capturing a chapter from the continuous video recording that includes the customer location;
verifying the customer location, wherein the verifying comprises:
determining the latitude and longitude of the customer location using a GPS device on the service vehicle, and
coordinating the latitude and longitude with service confirmation information collected from the service vehicle and with geo-coding information using a street address for the customer location;
associating the chapter with the verified customer location;
displaying the chapter on an electronic viewing portal; and
making the electronic viewing portal available for viewing by a user for identifying, based at least in part on the information in the electronic viewing portal, whether the verified customer location is available for providing waste or recycling services.
9. The method of claim 8 , wherein the chapter comprises a still image.
10. The method of claim 8 , wherein the chapter comprises a video clip.
11. The method of claim 8 , wherein the street address for the customer location is a residential street address.
12. The method of claim 8 , wherein the street address for the customer location is a commercial street address.
13. The method of claim 8 , wherein the street address for the customer location is an industrial street address.
14. The method of claim 8 , further comprising initiating capture of the chapter based upon a pre-defined triggering event, wherein the pre-defined triggering event comprises one or more from the group of:
(i) a signal or signals emanating from an electronic or mechanical device on the service vehicle, wherein the electronic or mechanical device is one or more selected from the group of a proximity switch, a limit switch, a mechanical sensor, an electronic control module, a programmable logic computer, an arm, a hopper, a blade or a service vehicle device;
(ii) a movement of the waste service vehicle, wherein the movement comprises acceleration, deceleration, g-force, stopping or starting;
(iii) a driver initiated triggering event; and
(iv) a triggering event that is initiated external to or outside of the vehicle.
15. A system for utilizing customer information to provide waste or recycling services to the customer with a service vehicle, the method comprising:
an optical sensor on the service vehicle and configured to capture a continuous video recording of an area outside of the service vehicle during a waste or recycling service operations period for the service vehicle;
a recording device configured to store the continuous video recording from the optical sensor; and
a computing device that is operatively linked to the optical sensor and recording device, wherein, upon the occurrence of a pre-defined triggering event, the computing device is configured to:
capture a chapter from the continuous video recording that includes the customer location;
verify the customer location, wherein the verifying comprises:
determining the latitude and longitude of the customer location using a GPS device on the service vehicle, and
coordinating the latitude and longitude with service confirmation information collected from the service vehicle and with geo-coding information using a street address for the customer location, wherein the service confirmation information comprises information provided by a driver of the service vehicle;
associate the chapter with the verified customer location;
display the chapter on an electronic viewing portal; and
make the electronic viewing portal available for viewing by a user for identifying, based at least in part on the information in the electronic viewing portal, whether the verified customer location is available for providing waste or recycling services.
16. A system for utilizing customer information to provide waste or recycling services to the customer with a service vehicle, the method comprising:
an optical sensor on the service vehicle and configured to capture a continuous video recording of an area outside of the service vehicle during a waste or recycling service operations period for the service vehicle;
a recording device configured to store the continuous video recording from the optical sensor; and
a computing device that is operatively linked to the optical sensor and recording device, wherein, upon the occurrence of a pre-defined triggering event, the computing device is configured to:
capture a chapter from the continuous video recording that includes the customer location;
verify the customer location, wherein the verifying comprises:
determining the latitude and longitude of the customer location using a GPS device on the service vehicle, and
coordinating the latitude and longitude with service confirmation information collected from the service vehicle and with geo-coding information using a street address for the customer location, wherein the geo-coding using a street address for the customer location comprises reverse geo-coding;
associate the chapter with the verified customer location;
display the chapter on an electronic viewing portal; and
make the electronic viewing portal available for viewing by a user for identifying, based at least in part on the information in the electronic viewing portal, whether the verified customer location is available for providing waste or recycling services.
17. A system for utilizing customer information to provide waste or recycling services to the customer with a service vehicle, the method comprising:
an optical sensor on the service vehicle and configured to capture a continuous video recording of an area outside of the service vehicle during a waste or recycling service operations period for the service vehicle;
a recording device configured to store the continuous video recording from the optical sensor; and
a computing device that is operatively linked to the optical sensor and recording device, wherein, upon the occurrence of a pre-defined triggering event, the computing device is configured to:
capture a chapter from the continuous video recording that includes the customer location;
verify the customer location, wherein the verifying comprises:
determining the latitude and longitude of the customer location using a GPS device on the service vehicle, and
coordinating the latitude and longitude with service confirmation information collected from the service vehicle and with geo-coding information using a street address for the customer location, wherein the geo-coding using a street address for the customer location comprises parcel data analysis;
associate the chapter with the verified customer location;
display the chapter on an electronic viewing portal; and
make the electronic viewing portal available for viewing by a user for identifying, based at least in part on the information in the electronic viewing portal, whether the verified customer location is available for providing waste or recycling services.
18. A method of utilizing customer information to provide waste or recycling services to the customer with a service vehicle, the system comprising:
collecting a continuous video recording of an area outside of the service vehicle during a waste or recycling service operations period for the service vehicle, wherein the continuous video recording is captured by an optical sensor on the service vehicle;
capturing a chapter from the continuous video recording that includes the customer location;
verifying the customer location, wherein the verifying comprises:
determining the latitude and longitude of the customer location using a GPS device on the service vehicle, and
coordinating the latitude and longitude with service confirmation information collected from the service vehicle and with geo-coding information using a street address for the customer location, wherein the service confirmation information comprises information provided by a driver of the service vehicle;
associating the chapter with the verified customer location;
displaying the chapter on an electronic viewing portal; and
making the electronic viewing portal available for viewing by a user for identifying, based at least in part on the information in the electronic viewing portal, whether the verified customer location is available for providing waste or recycling services.
19. A method of utilizing customer information to provide waste or recycling services to the customer with a service vehicle, the system comprising:
collecting a continuous video recording of an area outside of the service vehicle during a waste or recycling service operations period for the service vehicle, wherein the continuous video recording is captured by an optical sensor on the service vehicle;
capturing a chapter from the continuous video recording that includes the customer location;
verifying the customer location, wherein the verifying comprises:
determining the latitude and longitude of the customer location using a GPS device on the service vehicle, and
coordinating the latitude and longitude with service confirmation information collected from the service vehicle and with geo-coding information using a street address for the customer location, wherein the geo-coding using a street address for the customer location comprises reverse geo-coding;
associating the chapter with the verified customer location;
displaying the chapter on an electronic viewing portal; and
making the electronic viewing portal available for viewing by a user for identifying, based at least in part on the information in the electronic viewing portal, whether the verified customer location is available for providing waste or recycling services.
20. A method of utilizing customer information to provide waste or recycling services to the customer with a service vehicle, the system comprising:
collecting a continuous video recording of an area outside of the service vehicle during a waste or recycling service operations period for the service vehicle, wherein the continuous video recording is captured by an optical sensor on the service vehicle;
capturing a chapter from the continuous video recording that includes the customer location;
verifying the customer location, wherein the verifying comprises:
determining the latitude and longitude of the customer location using a GPS device on the service vehicle, and
coordinating the latitude and longitude with service confirmation information collected from the service vehicle and with geo-coding information using a street address for the customer location, wherein the geo-coding using a street address for the customer location comprises parcel data analysis;
associating the chapter with the verified customer location;
displaying the chapter on an electronic viewing portal; and
making the electronic viewing portal available for viewing by a user for identifying, based at least in part on the information in the electronic viewing portal, whether the verified customer location is available for providing waste or recycling services.