Rear Encroaching Vehicle Monitoring And Alerting System

• US 20150228066A1
• Filed: 02/09/2015
• Published: 08/13/2015
• Est. Priority Date: 02/10/2014
• Status: Abandoned Application

• Current Assignee: Michael Scot Farb
• Original Assignee: Michael Scot Farb
• Inventors: Farb, Michael Scot
• Application Number:
  US14/617,827
• Publication Number:
  US 20150228066A1
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: B62J 50/25 intended to provide information to other road users, e.g. signs or flags
• CPC Class Codes: B62J 6/24 warning or informing the rider, e.g. low fuel warning lights
• CPC Class Codes: G06V 20/58 Recognition of moving objects or obstacles, e.g. vehicles or pedestrians; Recognition of traffic objects, e.g. traffic signs, traffic lights or roads
• CPC Class Codes: H04N 23/50 Constructional details
• CPC Class Codes: H04N 23/634 Warning indications

Abstract

A vehicle encroachment warning system comprising at least one rearward oriented sensing circuit for identifying a positional relationship and velocity of an approaching object. The sensing circuit can be a digital image capturing system, such as video. The system integrates a controller functioning as a user interface. The controller provides alerts and other various information to the user. The controller maintains a history of metrics throughout the period of use. An application enabled on a Smartphone can be used as the controller. Features of the Smartphone enhance the system, enabling communication between the system and vehicles in the proximity, automatic dialing to e-911 or others upon sudden motions (such as an impact), etc. The system can employ a single stage sensing system, such as a computer vision analysis or a two stage, using video analysis, then transitioning to a higher resolution system, such as radar.

Claims

1. An encroaching vehicle monitoring and alerting system, comprising:

a Smartphone operating in accordance with an application as a controller unit, said Smartphone comprising;

a microprocessor, wherein said microprocessor is operated in accordance with an operational instruction set,

a digital memory device in signal communication with said microprocessor,

a display in operational communication with said microprocessor,

a cellular-based communication circuit,

a Smartphone location sensing circuit in signal communication with said microprocessor, wherein the system motion sensing circuit is used to determine a location and a motion of the controller unit,

a portable power supply, and

a Smartphone housing containing said microprocessor and said system motion sensing system motion sensing circuit;

an approaching object sensing system secured to a subject object, the approaching object sensing system is in signal communication with the microprocessor, wherein the approaching object sensing system is oriented to sense at least one monitored object approaching from a rear of the subject object, and

an alert system, wherein said alert system comprises at least one of a visual alert element and an audible alert element,

wherein, in operation,

said system motion sensing circuit is utilized to determine a location and respective velocity of said subject object,

said approaching object sensing system captures information associated with determining a distal relationship of each of said at least one monitored object respective to said subject object and a respective velocity of each of said at least one monitored object,

said microprocessor operating, in accordance with an analysis instruction set, utilizes said location and respective velocity of said subject object obtained by said system motion sensing circuit and said captured information associated with each of said at least one monitored object obtained by said approaching object sensing system to determine if the subject object and any of said at least one monitored object are on course suggesting a condition where a collision is impending,

when said microprocessor, operating in accordance with said analysis instruction set, determines said collision is impending, said microprocessor, operating in accordance with a user warning instruction set, activates said alert system to alert a user of said impending collision.

2. An encroaching vehicle monitoring and alerting system as recited in claim 1, wherein said approaching object sensing system includes a digital image acquisition device and said analysis instruction set includes a computer vision instruction set.

3. An encroaching vehicle monitoring and alerting system as recited in claim 1, wherein said Smartphone location sensing circuit is a Global Positioning System (GPS) circuit.

4. An encroaching vehicle monitoring and alerting system as recited in claim 1, wherein said alert system is integrated into said Smartphone.

5. An encroaching vehicle monitoring and alerting system as recited in claim 1, further comprising a forward oriented digital image acquisition device, the forward oriented digital image acquisition device is in signal communication with the microprocessor, wherein the forward oriented digital image acquisition device is oriented to acquire images of adjacent objects located forward of the subject object,

said instruction set further comprising steps of:

acquiring images of adjacent objects located forward of the subject object, and

recording said images of adjacent objects located forward of the subject object onto said digital memory device.

6. An encroaching vehicle monitoring and alerting system as recited in claim 1, further comprising a second approaching object sensing system secured to said subject object, the second approaching object sensing system is in signal communication with the microprocessor, wherein the second approaching object sensing system is oriented to sense said at least one monitored object approaching from a rear of the subject object,

said encroaching vehicle monitoring and alerting system further in operation:

in a condition where said microprocessor operating, in accordance with an analysis instruction set, determines the subject object and any of said at least one monitored object are on course suggesting a condition where a collision is impending, said microprocessor initiates operation of said second approaching object sensing system,

said second approaching object sensing system captures higher resolution information associated with determining a distal relationship of each of said at least one monitored object respective to said subject object and a respective velocity of each of said at least one monitored object,

said microprocessor operating, in accordance with a higher resolution analysis instruction set, utilizes said higher resolution location and respective velocity of said subject object obtained by said second system motion sensing circuit and said higher resolution captured information associated with each of said at least one monitored object obtained by said second approaching object sensing system to determine if the subject object and any of said at least one monitored object are on course suggesting the condition where a collision is impending,

when said microprocessor, operating in accordance with said higher resolution analysis instruction set, determines said collision is impending, said microprocessor, operating in accordance with said user warning instruction set, escalates said alert system to warn said user of an increased potential of said impending collision.

7. An encroaching vehicle monitoring and alerting system as recited in claim 1, wherein said approaching object sensing system includes a digital image acquisition device and said analysis instruction set includes a computer vision instruction set;

and

wherein said second approaching object sensing system is one of a laser-based object sensing system, a radar-based object sensing system, and an acoustic-based object sensing system.

8. An encroaching vehicle monitoring and alerting system as recited in claim 1, said Smartphone further comprising at least one local proximity communication protocol circuit, wherein said at least one local proximity communication protocol circuit is one of Bluetooth, Wi-Fi, and Near Field Communications (NFC),

wherein said at least one local proximity communication protocol circuit provides communication from Smartphone to a receiving device carried by at least one adjacent vehicle, wherein said communication from Smartphone to a receiving device includes an alert to notify a drive of said at least one adjacent vehicle to be aware of the user of said encroaching vehicle monitoring and alerting system.

9. An encroaching vehicle monitoring and alerting system as recited in claim 1, said Smartphone further comprising an icon enabling a single contact dialer to access emergency e-911 support.

10. An encroaching vehicle monitoring and alerting system as recited in claim 1, said Smartphone further comprising a motion sensing device, wherein said motion sensing device can be utilized for at least one of:

activation and deactivation of said approaching object sensing system to optimize power conservation,

determination of said direction and velocity of said subject object,

determination of a collision,

determination of a collision and automatically dialing emergency e-911 to notify emergency personal of said collision.

11. An encroaching vehicle monitoring and alerting system as recited in claim 1, wherein said subject object is a bicycle.

12. An encroaching vehicle monitoring and alerting system, comprising:

a controller unit comprising;

a microprocessor, wherein said microprocessor is operated in accordance with an operational instruction set,

a digital memory device in signal communication with said microprocessor,

a system motion sensing circuit in signal communication with said microprocessor, wherein the system motion sensing circuit is used to determine a location and a motion of the controller unit, and

a housing containing said microprocessor and said system motion sensing system motion sensing circuit;

an approaching object sensing system secured to a subject object, the approaching object sensing system is in signal communication with the microprocessor, wherein the approaching object sensing system is oriented to sense at least one monitored object approaching from a rear of the subject object, and

an alert system, wherein said alert system comprises at least one of a visual alert element and an audible alert element,

wherein, in operation,

said system motion sensing circuit is utilized to determine a location and respective velocity of said subject object,

said approaching object sensing system captures information associated with determining a distal relationship of each of said at least one monitored object respective to said subject object and a respective velocity of each of said at least one monitored object,

said microprocessor operating, in accordance with an analysis instruction set, utilizes said location and respective velocity of said subject object obtained by said system motion sensing circuit and said captured information associated with each of said at least one monitored object obtained by said approaching object sensing system to determine if the subject object and any of said at least one monitored object are on course suggesting a condition where a collision is impending,

when said microprocessor, operating in accordance with said analysis instruction set, determines said collision is impending, said microprocessor, operating in accordance with a user warning instruction set, activates said alert system to alert a user of said impending collision.

13. An encroaching vehicle monitoring and alerting system as recited in claim 12, wherein said approaching object sensing system includes a digital image acquisition device and said analysis instruction set includes a computer vision instruction set.

14. An encroaching vehicle monitoring and alerting system as recited in claim 12, wherein said system motion sensing is a Global Positioning System (GPS) circuit.

15. An encroaching vehicle monitoring and alerting system as recited in claim 12, wherein said controller unit is a Smartphone.

16. An encroaching vehicle monitoring and alerting system as recited in claim 12, wherein said alert system is integrated into said controller unit.

17. An encroaching vehicle monitoring and alerting system as recited in claim 12, further comprising a forward oriented digital image acquisition device, the forward oriented digital image acquisition device is in signal communication with the microprocessor, wherein the forward oriented digital image acquisition device is oriented to acquire images of adjacent objects located forward of the subject object,

said instruction set further comprising steps of:

acquiring images of adjacent objects located forward of the subject object, and

recording said images of adjacent objects located forward of the subject object onto said digital memory device.

18. An encroaching vehicle monitoring and alerting system as recited in claim 12, further comprising a second approaching object sensing system secured to said subject object, the second approaching object sensing system is in signal communication with the microprocessor, wherein the second approaching object sensing system is oriented to sense said at least one monitored object approaching from a rear of the subject object,

said encroaching vehicle monitoring and alerting system further in operation:

in a condition where said microprocessor operating, in accordance with an analysis instruction set, determines the subject object and any of said at least one monitored object are on course suggesting a condition where a collision is impending, said microprocessor initiates operation of said second approaching object sensing system,

said second approaching object sensing system captures higher resolution information associated with determining a distal relationship of each of said at least one monitored object respective to said subject object and a respective velocity of each of said at least one monitored object,

said microprocessor operating, in accordance with a higher resolution analysis instruction set, utilizes said higher resolution location and respective velocity of said subject object obtained by said second system motion sensing circuit and said higher resolution captured information associated with each of said at least one monitored object obtained by said second approaching object sensing system to determine if the subject object and any of said at least one monitored object are on course suggesting the condition where a collision is impending,

when said microprocessor, operating in accordance with said higher resolution analysis instruction set, determines said collision is impending, said microprocessor, operating in accordance with said user warning instruction set, escalates said alert system to warn said user of an increased potential of said impending collision.

19. An encroaching vehicle monitoring and alerting system as recited in claim 12, wherein said approaching object sensing system includes a digital image acquisition device and said analysis instruction set includes a computer vision instruction set;

and

wherein said second approaching object sensing system is one of a laser-based object sensing system, a radar-based object sensing system, and an acoustic-based object sensing system.

20. An encroaching vehicle monitoring and alerting system as recited in claim 12, wherein said subject object is a bicycle.