Toll road charge collection system using artificial satellite, charge collecting machine, and charge collecting method

• US 20050097018A1
• Filed: 10/25/2002
• Published: 05/05/2005
• Est. Priority Date: 10/25/2002
• Status: Abandoned Application

• Current Assignee: Yoshiaki Takida
• Original Assignee: Yoshiaki Takida
• Inventors: Takida, Yoshiaki
• Application Number:
  US10/504,782
• Publication Number:
  US 20050097018A1
• Time in Patent Office: Days
• US Class Current: 705/35
• CPC Class Codes: G06Q 20/102 Bill distribution or payments
• CPC Class Codes: G06Q 20/105 involving programming of a portable memory device, e.g. IC cards, "electronic purses"
• CPC Class Codes: G06Q 40/00 Finance; Insurance; Tax strategies; Processing of corporate or income taxes
• CPC Class Codes: G07B 15/063 using wireless information transmission between the vehicle and a fixed station identification of vehicles G08G
• CPC Class Codes: G07C 5/008 communicating information to a remotely located station transmission systems for measured values G08C
• CPC Class Codes: G07C 5/0825 using optical means
• CPC Class Codes: G07C 5/085 using electronic data carriers

Abstract

A toll road charge collection system comprises a vehicle (7) having an on-vehicle machine (11, 130) mounted thereon, an artificial satellite (1), and a system data center (20). The on-vehicle machine (11, 130) receives radio signal from the artificial satellite (1), and calculates the latitude, the longitude, and the altitude as the vehicle position according to the received radio signal. Latitude data, longitude data, and altitude data indicating the traveling vehicle position history are stored in an external storage unit (46) as a time-series log file, and transmitted to the system data center (20), where the data are stored/accumulated in a storage unit (63) for each vehicle. In the system data center (20), a toll road section in which the vehicle (7) has traveled is determined according to the toll road path position data including the latitude data, the longitude data, and the altitude data indicating the traveling vehicle position history transmitted from the vehicle (7) and stored/accumulated in a database. The traveling charge is calculated for each person traveling on the toll road according to the traveling charge data specified for each route section, and the charge is collected by the automatic payment through an account of a financial institution (25) set by the toll road traveling person in advance.

Claims

1. A toll road charge collection system comprising:

a driver license card capable of storing in advance a driver identification code as well as data relating to a driving license, etc.;

a reading device for reading storage data from the driver license card;

an information output device for outputting latitude data, longitude data, and altitude data defining a position of a vehicle, obtained using an artificial satellite, together with time data obtained from a clock;

a vehicle traveling position history data storage device for storing vehicle traveling position data corresponding to a traveling vehicle position history of the vehicle based on the latitude data, longitude data, altitude data and time data outputted from the information output device;

a road data storage device for storing in advance road names, locations and altitudes as well as data necessary to calculate a toll road traveling charge;

a charge calculation device for specifying in which toll road traveling section the vehicle has traveled and calculating a traveling charge based on memory contents of the vehicle traveling position history data storage device and memory contents of the road data storage device; and

a charge collection processing device for collecting the toll road traveling charge calculated by the calculation device by automatic payment through an account of a financial institution set by a toll road traveling person in advance, based on the driver identification code read by the reading device.

2. The toll road charge collection system as set forth in claim 1 wherein the toll road charge collection system comprises a plurality of vehicles, some artificial satellites, and a system data center, each of the vehicles comprising the reading device, vehicle operating state storage device, information output device, and communication device for communication, and the system data center comprising the vehicle traveling position history data storage device, road data storage device, charge calculation device, charge collection processing device, and communication device for communication.

3. The toll road charge collection system as set forth in claim 1 wherein the vehicle further comprises an engine start determination device for permitting the engine to be started as an authentic driver license card is inserted.

4. The toll road charge collection system as set forth in claim 1 wherein the driver license card is an IC card.

5. The toll road charge collection system as set forth in claim 4 wherein the IC card stores in advance the driver identification code as well as the data relating to the driver license, and also stores data relating to driving characteristics of the driver read from an MPU of the vehicle, and the vehicle comprises a vehicle state setting device for setting the vehicle to the most appropriate state for the driver according to the data relating to the driving characteristics of the driver which is read into the MPU of the vehicle from the IC card by the reading device.

6. The toll road charge collection system as set forth in claim 2 wherein a vehicle operating state of each operating portion of the vehicle is expressed in numeric value, and wherein the toll road charge collection system comprises a function of transmitting data representing a possible state of each operating portion associated with a number as a vehicle operating state parameter together with the time data to the system data center which performs a charge collection process.

7. The toll road charge collection system as set forth in claim 2 wherein the vehicle comprises a vehicle operating state parameter collecting device for collecting a parameter indicating an operating state of each operating portion of the vehicle, and

the system data center further comprises a vehicle operating state storage device for storing the vehicle operating states collected by the vehicle operating state parameter collecting device per vehicle, a vehicle diagnosis device for determining whether the vehicle operating state is appropriate based on memory contents stored in the vehicle operating state parameter storage device, and a vehicle diagnosis result notification device for making a notification to the owner of the vehicle specified by the vehicle identification code when it is determined that maintenance is required.

8. The toll road charge collection system as set forth in claim 2 wherein the toll road data is treated as toll road section number data, by numbering each section from an interchange to the next interchange in all the toll road routes across the country a unique number, and the toll road within the traveling vehicle position history in which the vehicle has traveled is identified by the toll road section number in the system data center.

9. The toll road charge collection system as set forth in claim 2 wherein the system data center further comprises a driver'"'"'s driving technique diagnosis device for diagnosing the driver'"'"'s driving technique by analyzing the vehicle operating state parameter, latitude data, longitude data, and altitude data defining vehicle position data, time data, vehicle operating state data, and nationwide all-road database having latitude data, longitude data, and altitude data, together with time data.

10. The toll road charge collection system as set forth in claim 2 wherein the system data center further comprises a road congestion state analyzing device for analyzing the road congestion state based on information indicating vehicle positions transmitted from a plurality of vehicles and information about the traveling directions and vehicle speeds, wherein the analysis result information is transmitted to each vehicle so that each vehicle is enabled to search an optimal traveling path to a destination in a road state at the time by analyzing the road congestion state data which is the transmitted realtime information together with road position data stored in advance as a vehicle navigation feature.

11. The toll road charge collection system as set forth in claim 2 wherein the vehicle further comprises an imaging device for imaging a windshield state, a windshield state detection device for detecting the windshield state from the image data obtained by the imaging device, and an automatic wiper control device, in the form of a dial rotational switch, for automatically controlling wiper operation in a wiper motion pattern which is determined according to the windshield state detected by the windshield state detection device, a pulse time width of the wiper motion pattern having pulse time fluctuation and pulse train randomness.

12. The toll road charge collection system as set forth in claim 2 wherein the system data center further comprises a rainfall distribution monitoring device for monitoring rainfall distribution by analyzing wiper operating state data transmitted from a plurality of vehicles.

13. The toll road charge collection system as set forth in claim 2 wherein the vehicle further comprises an imaging device for imaging a tire running surface, etc., and a tire deterioration detection device for detecting a tire deterioration state from the three-dimensional image of the tire running surface obtained by the imaging device.

14. The toll road charge collection system as set forth in claim 2 wherein the vehicle further comprises an acceleration detection device for detecting acceleration of the vehicle, and a brake lamp flickering control device for flickering a brake lamp at time intervals corresponding to deceleration detected by the acceleration detection device and controlling flickering in such a way that the flickering time interval is shortened as the deceleration is increased.

15. A charge collecting machine in a MPU of a vehicle, the charge collecting machine comprising a position information output device for outputting latitude data, longitude data, and altitude data calculated based on radio signal received from artificial satellites and a navigation feature for determining a vehicle traveling path, the charge collecting machine comprising a reading device for reading data from a driver license card storing a driver identification code as well as data relating to the driver license, a communication device for transmitting the driver identification code read by the reading device and latitude data, longitude data, and altitude data of the vehicle outputted from the position information output device together with the time data to the system data center, and a navigation feature for determining the most appropriate vehicle traveling path at the time by analyzing information based on the position information from the position information output device, information in the vehicle navigation feature based on the vehicle traveling path to the destination, road congestion state information obtained by the road congestion state analyzing device.

16. A charge collecting machine to be mounted on a vehicle, the unit comprising a driver license card storing in advance a driver identification code and data relating to the driver license, a reading device for reading storage data from the driver license card, an information output device for outputting altitude data, longitude data, and altitude data defining a vehicle position obtained from an artificial satellite together with time data obtained from a clock, and a transmission device for transmitting the data read by the reading device and the data from the information output device as time-series accumulation/storage data to a system data center that performs a road charge collection process.

17. A road charge collecting method comprising steps of:

reading storage data from a driver license card storing in advance a driver identification code as well as data relating to the driver license;

outputting latitude data, longitude data, and altitude data defining a vehicle position obtained using artificial satellites, etc. together with time data obtained from a clock;

storing vehicle traveling position history data indicating a vehicle traveling position history based on the outputted latitude data, longitude data, altitude data and time data;

determining whether the vehicle has traveled in a toll road based on the stored latitude data, longitude data, altitude data and time data, and a nationwide all-road database designed to have three-dimensional data including latitude data, longitude data, and altitude data defining locations of toll roads; and

determining a traveling charge based on data regarding a toll road section in which it is determined the vehicle has traveled and a toll road traveling charge according to a vehicle type registered in advance, transmitting the charge collection data to a financial institution together with the driver identification code read by the reading device, and collecting the toll road traveling charge by automatic payment through an account of the financial institution.