VEHICLE PARKING SYSTEM, AND METHOD AND DEVICE THEREOF

• US 20170147995A1
• Filed: 11/16/2016
• Published: 05/25/2017
• Est. Priority Date: 11/23/2015
• Status: Abandoned Application

• Current Assignee: Cellopark Technologies Ltd.
• Original Assignee: Cellopark Technologies Ltd.
• Inventors: Kalimi, Natan
• Application Number:
  US15/352,616
• Publication Number:
  US 20170147995A1
• Time in Patent Office: Days
• CPC Class Codes: G06Q 20/127 Shopping or accessing services according to a time-limitation
• CPC Class Codes: G06Q 20/322 Aspects of commerce using mobile devices [M-devices]
• CPC Class Codes: G06Q 20/3224 Transactions dependent on location of M-devices
• CPC Class Codes: G06Q 2240/00 Transportation facility access, e.g. fares, tolls or parking
• CPC Class Codes: G06Q 50/40 Business processes related to the transportation industry shipping G06Q10/083
• CPC Class Codes: G07F 17/246 provided with vehicle proximity-detectors detecting hidden masses, e.g. metal detectors, G01V, e.g. G01V3/00; proximity switches per se H03K17/00; traffic control systems G08G1/00
• CPC Class Codes: H04W 4/029 Location-based management or tracking services
• CPC Class Codes: H04W 4/14 Short messaging services, e.g. short message services [SMS] or unstructured supplementary service data [USSD]
• CPC Class Codes: H04W 4/40 for vehicles, e.g. vehicle-to-pedestrians [V2P]
• CPC Class Codes: H04W 4/80 Services using short range communication, e.g. near-field communication [NFC], radio-frequency identification [RFID] or low energy communication

Abstract

A vehicular parking system includes a parking server, which includes: (a) a wireless transceiver to receive a first wireless signal, indicating that a user of a vehicle that is associated with a smartphone has commenced a paid parking session; (b) a parking session commencement unit that, in response to the first wireless signal, updates a parking record in the vehicular parking system, to indicate that the vehicle is associated with the paid parking session. The wireless transceiver, subsequently, receives a second wireless signal, indicating that the smartphone has autonomously determined to end the paid parking session, based on an autonomous analysis of the smartphone. A parking session termination unit of the server, in response to the second wireless signal, updates the parking record to indicate that the vehicle is no longer associated with any paid parking session.

Claims

1. A vehicular parking system, comprising:

a parking server comprising;

(a) a wireless communication transceiver to receive a first wireless communication signal, indicating that a user of a vehicle that is associated with a smartphone has commenced a paid parking session,

(b) a parking session commencement unit that, in response to said first wireless communication signal, updates a parking record in said vehicular parking system, to indicate that said vehicle is associated with said paid parking session;

(c) wherein said wireless communication transceiver, subsequently, is to receive a second wireless communication signal, indicating that said smartphone has autonomously determined to end said paid parking session, based on an autonomous analysis of said smartphone and not based on a manual user-command to end the paid parking session;

(d) a parking session termination unit that, in response to said second wireless communication signal, updates said parking record in said vehicular parking system, to indicate that said vehicle is no longer associated with any paid parking session.

2. The system of claim 1, wherein said second wireless communication signal is received based on an autonomous determination of said smartphone that is based at least on identification of Bluetooth pairing between:

(i) a Bluetooth transceiver of said smartphone, and (ii) a Bluetooth transceiver of said vehicle.

3. The system of claim 1, wherein said second wireless communication signal is received based on an autonomous determination of said smartphone that is based at least on:

(I) identification of Bluetooth pairing between;

(i) a Bluetooth transceiver of said smartphone, and (ii) a Bluetooth transceiver of said vehicle;

and

(II) determination by a Global Positioning System (GPS) unit of said smartphone, that said smartphone, which is currently paired via Bluetooth to said vehicle, is located away from a parking spot that was originally associated with said paid parking session of said vehicle.

4. The system of claim 1, wherein said second wireless communication signal is received based on an autonomous determination of said smartphone that is based on, at least, an aggregated combination of:

(I) identification of Bluetooth pairing between;

(i) a Bluetooth transceiver of said smartphone, and (ii) a Bluetooth transceiver of said vehicle;

and

(II) determination by a Global Positioning System (GPS) unit of said smartphone, that said smartphone, which is currently paired via Bluetooth to said vehicle, is located away from a parking spot that was originally associated with said paid parking session of said vehicle;

and

(III) a wireless communication signal received from said smartphone, indicating that said user has provided a manual user-confirmation to an autonomous proposal of said smartphone to terminate said paid parking session based on identified Bluetooth pairing between said smartphone and said vehicle.

5. The system of claim 1, wherein the parking server comprises:

an automated billing unit to generate a parking bill, which corresponds to paid parking of said vehicle during a parking time-slot that;

(i) begins at the time of receiving said first wireless communication signal, and (ii) ends at the time of receiving said second wireless communication signal indicating autonomous termination of the paid parking session by said smartphone;

wherein the automated billing unit is to generate said parking bill by further taking into account a particular parking tariff of parking at a municipal region in which said vehicle was located during said paid parking session, based on a wireless communication signal received from said smartphone and indicating the location of said vehicle at commencement of said paid parking session as determined by a Global Positioning System (GPS) unit of said smartphone.

6. The system of claim 1, wherein the parking server comprises:

a parking fee saving estimator, to estimate a monetary saving amount indicating to said user a monetary amount that said user saved due to the autonomous termination of the paid parking session by said smartphone of the user;

wherein the parking fee saving estimator is to determine;

(i) a maximum allowed parking time that is allowed for a paid parking session at a particular location in which said vehicle parked during said paid parking session;

(ii) an actual parking time of said paid parking session that was terminated based on autonomous determination of said smartphone;

(iii) a difference between said maximum allowed parking time and said actual parking time;

(iv) a product of multiplying said difference of step (iii), by a parking tariff that is associated with said particular location;

wherein said wireless communication transceiver is to wirelessly transmit to said smartphone of said user, at least one of;

(I) a wireless communication signal that triggers said smartphone to display to the user a message indicating said monetary saving amount;

(II) a Short Message Service (SMS) message indicating said monetary saving amount.

7. A smartphone comprising:

a Bluetooth transceiver to perform Bluetooth pairing with a vehicular Bluetooth transceiver of a vehicle;

a wireless communication transceiver to wirelessly send to a parking server, a first wireless communication signal indicating that a user of said vehicle that is associated with said smartphone has commenced a paid parking session;

a parking-termination determination unit, to autonomously determine to terminate said paid parking session of said vehicle, based on an autonomous analysis by the parking-termination determination unit of said smartphone and not based on a manual user-command to end the paid parking session;

wherein said wireless communication transceiver is to wirelessly send to said parking server, based on a signal from said parking-termination determination unit, a second wireless communication signal indicating that said smartphone has autonomously determined to end said paid parking session.

8. The smartphone of claim 7,

wherein said parking-termination determination unit is to autonomously determine to terminate said paid parking session of said vehicle based at least on identification of Bluetooth pairing between:

(i) the Bluetooth transceiver of said smartphone, and (ii) the vehicular Bluetooth transceiver of said vehicle.

9. The smartphone of claim 7,

wherein said parking-termination determination unit is to autonomously determine to terminate said paid parking session of said vehicle based at least on:

(I) identification of Bluetooth pairing between;

(i) the Bluetooth transceiver of said smartphone, and (ii) the vehicular Bluetooth transceiver of said vehicle;

and

(II) determination by a Global Positioning System (GPS) unit of said smartphone, that said smartphone, which is currently paired via Bluetooth to said vehicle, is located away from a parking spot that was originally associated with said paid parking session of said vehicle.

10. The smartphone of claim 7,

wherein said parking-termination determination unit is to autonomously determine to terminate said paid parking session of said vehicle based on:

(I) identification of Bluetooth pairing between;

(i) the Bluetooth transceiver of said smartphone, and (ii) the vehicular Bluetooth transceiver of said vehicle;

and

(II) a received user-confirmation of an autonomous proposal of said parking-termination determination unit to terminate said paid parking session based on identified Bluetooth pairing between said smartphone and said vehicle.

11. The smartphone of claim 7,

wherein said parking-termination determination unit is to autonomously determine to terminate said paid parking session of said vehicle based on:

(I) identification of Bluetooth pairing between;

(i) the Bluetooth transceiver of said smartphone, and (ii) the vehicular Bluetooth transceiver of said vehicle;

and

(II) determination by a Global Positioning System (GPS) unit of said smartphone, that said smartphone, which is currently paired via Bluetooth to said vehicle, is located away from a parking spot that was originally associated with said paid parking session of said vehicle;

and

(III) a received user-confirmation of an autonomous proposal of said parking-termination determination unit to terminate said paid parking session based on identified Bluetooth pairing between said smartphone and said vehicle.

12. The smartphone of claim 7,

wherein the wireless communication transceiver is to receive a message indicating an automatically-generated parking bill, which corresponds to paid parking of said vehicle during a parking time-slot that:

(i) begins at the time of sending said first wireless communication signal, and (ii) ends at the time of sending said second wireless communication signal indicating autonomous termination of the paid parking session by said smartphone;

wherein said parking bill is generated by further taking into account a particular parking tariff of parking at a municipal region in which said vehicle was located during said paid parking session, based on a wireless communication signal received from said smartphone and indicating the location of said vehicle at commencement of said paid parking session as determined by a Global Positioning System (GPS) unit of said smartphone.

13. The smartphone of claim 7,

wherein the wireless communication transceiver is to receive a message indicating an automatically-generated estimate of monetary saving amount, and to convey to said user a monetary amount that said user saved due to the autonomous termination of the paid parking session by said smartphone;

wherein the automatically-generated estimate of monetary saving amount is determined based on;

(i) a maximum allowed parking time that is allowed for a paid parking session at a particular location in which said vehicle parked during said paid parking session;

(ii) an actual parking time of said paid parking session that was terminated based on autonomous determination of said smartphone;

(iii) a difference between said maximum allowed parking time and said actual parking time;

(iv) a product of multiplying said difference of step (iii), by a parking tariff that is associated with said particular location.

14. A method comprising:

(a) at a vehicular parking server, receiving a first wireless communication signal, indicating that a user of a vehicle that is associated with a smartphone has commenced a paid parking session,

(b) at a parking session commencement unit of said vehicular parking server, in response to said first wireless communication signal, updating a parking record in said vehicular parking system, to indicate that said vehicle is associated with said paid parking session;

(c) at said vehicular parking server, subsequently, receiving a second wireless communication signal, indicating that said smartphone has autonomously determined to end said paid parking session, based on an autonomous analysis of said smartphone and not based on a manual user-command to end the paid parking session;

(d) at a parking session termination unit of said vehicular parking server, in response to said second wireless communication signal, updating said parking record in said vehicular parking system, to indicate that said vehicle is no longer associated with any paid parking session;

wherein said second wireless signal is received based on an autonomous determination of said smartphone that is based at least on identification of Bluetooth pairing between;

(i) a Bluetooth transceiver of said smartphone, and (ii) a Bluetooth transceiver of said vehicle;

wherein said method is executable by a vehicular parking system which comprises at least a hardware processor.

15. The method of claim 14, wherein said second wireless communication signal is received based on an autonomous determination of said smartphone that is based at least on:

(I) identification of Bluetooth pairing between;

(i) a Bluetooth transceiver of said smartphone, and (ii) a Bluetooth transceiver of said vehicle;

and

(II) determination by a Global Positioning System (GPS) unit of said smartphone, that said smartphone, which is currently paired via Bluetooth to said vehicle, is located away from a parking spot that was originally associated with said paid parking session of said vehicle.

16. The method of claim 14, wherein said second wireless communication signal is received based on an autonomous determination of said smartphone that is based on:

(I) identification of Bluetooth pairing between;

(i) a Bluetooth transceiver of said smartphone, and (ii) a Bluetooth transceiver of said vehicle;

and

(II) a wireless communication signal received from said smartphone, indicating that said user has provided a manual user-confirmation to an autonomous proposal of said smartphone to terminate said paid parking session based on identified Bluetooth pairing between said smartphone and said vehicle.

17. The method of claim 14, wherein said second wireless communication signal is received based on an autonomous determination of said smartphone that is based on, at least, an aggregated combination of:

(I) identification of Bluetooth pairing between;

(i) a Bluetooth transceiver of said smartphone, and (ii) a Bluetooth transceiver of said vehicle;

and

(II) determination by a Global Positioning System (GPS) unit of said smartphone, that said smartphone, which is currently paired via Bluetooth to said vehicle, is located away from a parking spot that was originally associated with said paid parking session of said vehicle;

and

(III) a wireless communication signal received from said smartphone, indicating that said user has provided a manual user-confirmation to an autonomous proposal of said smartphone to terminate said paid parking session based on identified Bluetooth pairing between said smartphone and said vehicle.

18. The method of claim 14, further comprising:

automatically generating a parking bill, which corresponds to paid parking of said vehicle during a parking time-slot that;

(i) begins at the time of receiving said first wireless communication signal, and (ii) ends at the time of receiving said second wireless communication signal indicating autonomous termination of the paid parking session by said smartphone;

wherein said parking bill is automatically generated by further taking into account a particular parking tariff of parking at a municipal region in which said vehicle was located during said paid parking session, based on a wireless communication signal received from said smartphone and indicating the location of said vehicle at commencement of said paid parking session as determined by a Global Positioning System (GPS) unit of said smartphone.

19. The method of claim 14, further comprising:

automatically determining a monetary saving amount that indicates to said user a monetary amount that said user saved due to the autonomous termination of the paid parking session by said smartphone of the user;

wherein said determining of the monetary saving amount is performed based on determining;

(i) a maximum allowed parking time that is allowed for a paid parking session at a particular location in which said vehicle parked during said paid parking session;

(ii) an actual parking time of said paid parking session that was terminated based on autonomous determination of said smartphone;

(iii) a difference between said maximum allowed parking time and said actual parking time;

(iv) a product of multiplying said difference of step (iii), by a parking tariff that is associated with said particular location.

20. The method of claim 14, further comprising:

automatically determining a monetary saving amount that indicates to said user a monetary amount that said user saved due to the autonomous termination of the paid parking session by said smartphone of the user;

wherein said determining of the monetary saving amount is performed based on determining;

(i) a maximum allowed parking time that is allowed for a paid parking session at a particular location in which said vehicle parked during said paid parking session;

(ii) an actual parking time of said paid parking session that was terminated based on autonomous determination of said smartphone;

(iii) a difference between said maximum allowed parking time and said actual parking time;

(iv) a product of multiplying said difference of step (iii), by a parking tariff that is associated with said particular location;

wirelessly transmitting to said smartphone of said user, at least one of;

(I) a wireless communication signal that triggers said smartphone to display to the user a message indicating said monetary saving amount;

(II) a Short Message Service (SMS) message indicating said monetary saving amount.