Transportation notification system

• US 7,999,701 B1
• Filed: 06/26/2008
• Issued: 08/16/2011
• Est. Priority Date: 06/26/2008
• Status: Expired due to Fees

• Current Assignee: T-USA Innovation Tech, LLC
• Original Assignee: T-USA Innovation Tech, LLC
• Inventors: Xu, Bin, Wang, Shiwen
• Primary Examiner(s): Hunnings; Travis R
• Application Number:
  US12/215,274
• Time in Patent Office: 1,146 Days
• Field of Search: 340/994, 340/993
• US Class Current: 340/994
• CPC Class Codes: G08G 1/123 indicating the position of vehicles, e.g. scheduled vehicles; Managing passenger vehicles circulating according to a fixed timetable, e.g. buses, trains, tramstransmission of navigation instructions to vehicles G08G1/0968
• CPC Class Codes: G08G 1/127 to a central station ; Indicators in a central station
• CPC Class Codes: G08G 1/20 Monitoring the location of vehicles belonging to a group, e.g. fleet of vehicles, countable or determined number of vehicles

Abstract

The present invention relates to a system and method of providing students, drivers, guardians, and schools with useful notifications regarding a school'"'"'s transportation system comprising, at least one vehicle for transporting people as passengers; a transceiver unit within a vehicle comprising a wireless communication means, a satellite navigation system receiver to acquire the location of the vehicle, a memory storage device for storing map and vehicle route information, at least one display means for presenting information to a vehicle driver, and a Central Processing Unit (CPU) interfaced to the memory storage device, to the wireless communication means, and to the satellite navigation system receiver, wherein the transceiver unit transfers data regarding a location of the at least one vehicle relative to a plurality of passenger pick-up and drop-off locations; a plurality of household units located proximate to the pick-up and drop-off locations comprising at a means for sending and receiving data regarding passenger status and the vehicles'"'"' impending arrival at the pick-up and drop-off locations, a display means, and a CPU controllably interfaced to the means for sending and receiving data and to the display means.

Claims

1. A transportation notification system comprising:

at least one vehicle for transporting people as passengers;

a transceiver unit within said at least vehicle comprising a wireless communication means wherein said wireless communication means within said transceiver unit is at least one connection to a mobile telephone network, wherein said connection to said mobile telephone network comprises at least one removable mobile telephone network module;

wherein said at least one removable mobile telephone network module contains an electrical connector means to accept electrical power and signals;

wherein said transceiver unit further comprises a plurality of expansion slots dimensioned to accept said at least one removable mobile telephone network module;

wherein said slots comprise a second electrical connector means dimensioned to accept a first electrical connector means;

whereby a desired number of said removable mobile telephone network modules may be added and removed from said transceiver unit to adjust the amount of said data that said transceiver unit is capable of transferring,

a satellite navigation system receiver to acquire the location of said at least one vehicle, a memory storage device for storing map and vehicle route information, at least one display means for presenting information to a vehicle driver, and at least one Central Processing Unit (CPU) interfaced to said memory storage device, to said wireless communication means, and to said satellite navigation system receiver, wherein said transceiver unit transfers data regarding a location of said at least one vehicle relative to a plurality of passenger pick-up and drop-off locations;

a plurality of household units located proximate to said pick-up and drop-off locations comprising at least one means for sending and receiving data regarding passenger status and said vehicles impending arrival at said pick-up and drop-off locations, at least one display means, and at least one CPU controllably interfaced to said means for sending and receiving data and to display means.

2. The transportation notification system of claim 1, wherein said at least one display means within said transceiver unit comprises an array of indicators visible to the vehicle driver, wherein each of said indicators are associated with the status of one of said people, the array of indicators is interfaced to the CPU within the transceiver unit.

3. The transportation notification system of claim 2, wherein each of said household units further comprises a user interface means to notify the vehicle driver through said array of indicators that at least one of said people at a specific said pick-up location does not need to be picked up.

4. The transportation notification system of claim 1 wherein said data is transferred through telephone calls on a telephone network utilizing caller identification and where the need to answer said telephone calls is eliminated:

wherein at least one of said means for sending and receiving information within at least one of said household units is a telephone network;

wherein at least one of said household units further comprise a caller identification means to determine the telephone number of an incoming call received through said telephone network during a ring signal, wherein said telephone number is identified without said incoming call being answered;

wherein at least one of said household units further comprises a memory storage device containing a lookup table comprising known telephone numbers and meanings associated with them, whereby the household unit can receive and identify a notification from one of said transceiver units through a telephone call without answering the telephone call.

5. A transportation notification system utilizing a web service to allow system users to access notifications through the Internet, comprising:

at least one vehicle for transporting people as passengers;

a transceiver unit within said at least vehicle comprising a wireless communication means, a satellite navigation system receiver to acquire the location of said at least one vehicle, a memory storage device for storing map and vehicle route information, at least one display means for presenting information to a vehicle driver, and at least one Central Processing Unit (CPU) interfaced to said memory storage device, to said wireless communication means, and to said satellite navigation system receiver, wherein said transceiver unit transfers data regarding a location of said at least one vehicle relative to a plurality of passenger pick-up and drop-off locations;

a plurality of Internet connected devices, each having a display means capable of displaying a plurality of notifications; and

a web server having a connection to the Internet to receive data from said transceiver units and send notifications over the Internet to said Internet connected devices and said web server further comprises a display for showing vehicle fleet data comprising the location of said at least one vehicle.

6. The transportation notification system of claim 5 wherein said wireless communication means in said transceiver unit is at least one General Packet Radio Service (GPRS) capable mobile telephone communication module, said web server further comprises at least one GPRS mobile telephone communication module, wherein said transceiver unit transmits data comprising notifications to said web server using said at least one GPRS capable mobile telephone communication module, wherein said notifications are sent to interested parties through said connection to the Internet.

7. A transportation notification method comprising steps of:

acquiring the location of at least one vehicle by receiving signals from at least one satellite in a satellite navigation system;

deriving the distance that the vehicle must travel to reach various destinations by comparing a vehicle location to stored route information, stored map information, and stored locations of destinations;

determining if the vehicle is nearby said designated destinations by calculating which if any of said distances are below a predefined threshold;

notifying parties of at least one type of situation including the impending arrival of a vehicle;

receiving said notification signals at a plurality of household devices located within a plurality of residences;

providing a user interface in each of said household devices for a person to activate when said person does not desire to be picked up by a vehicle;

querying said user interface in each of said household units to determine if it has been activated;

generating at least one no pickup notification for each household unit in which said user interface has been activated;

sending said at least one no pickup notification wirelessly to said at least one vehicle;

providing a display within said at least one vehicle viewable by the driver of said at least one vehicle;

showing which of said persons do not desire to be picked up on said display.

8. The method of claim 7, further comprising:

querying the current time;

presuming that the vehicles are picking up people from designated pickup points if said time is in the morning;

presuming that the vehicles are dropping people off at designated dropoff points if said time is in the afternoon.

9. The method of claim 7, wherein the step of notifying parties comprises:

providing a memory which is able to store a look up table;

storing a list of at least one telephone number in said look up table;

storing a list of at least one notification in said lookup table, wherein each of said at least one notification is associated with one of said at least on telephone number;

receiving a telephone call from a number belonging to said list of at least one telephone number;

leaving said telephone call unanswered;

identifying the phone number from which the call has originated via a caller identification means;

determining said notification associated with said look up table;

generating a notification by outputting the notification associated with the identified telephone number.

10. The method of claim 9, wherein said step of determining notification associated with said look up table in which a meaning of a notification sent through a telephone network can be determined without answering said telephone call;

and in which a plurality of different notifications can be sent through a single telephone number, wherein the said step of determining the meaning of the notification comprises;

providing a memory which is able to store the lookup table;

storing the lookup table in said memory which contains telephone numbers and the number of calls previously made through each telephone number during a single day, and an a meaning associated with each permutation of stored telephone numbers and the number of calls made through each telephone number during a day;

comparing the incoming telephone number and the number of calls previously received from the incoming telephone number during the current day to the list of numbers in the said lookup table; and

acquiring the meaning associated with the incoming telephone number and the number of calls made through the said number during the current day from their associated meanings stored in the lookup table.

11. The method of claim 9 in which the meaning of a notification sent through a telephone network can be determined without answering said telephone call, and in which a plurality of different notifications can be sent through a single telephone number, wherein the said step of determining the meaning of the notification comprises:

providing the memory which is able to store the lookup table;

storing the lookup table in said memory which contains telephone numbers and at least one timeframe when each telephone number may be received;

assigning unique notification meaning to each permutation of said telephone numbers and timeframes;

storing said meanings in the lookup table;

recording the time in which a telephone call was received;

determining which timeframe in the lookup table associated with the received telephone call the said recorded time falls within;

acquiring the meaning associated with the incoming telephone number and time in which it was received from the several meanings stored in the lookup table.

12. The method of claim 7, wherein the step of notifying parties includes:

providing a memory which is able to store a lookup table, said lookup table containing telephone numbers and an associated notification meaning associated with each telephone number;

comparing an incoming telephone number to the numbers in said lookup table; and

acquiring the meaning associated with the incoming telephone number from the meaning stored in the lookup table.

13. A transportation notification system comprising:

at least one vehicle for transporting people as passengers;

a transceiver unit within said at least one vehicle comprising a wireless communication means including at least one removable mobile telephone network module, a satellite navigation system receiver to acquire a location of said at least one vehicle, a memory storage device for storing map and vehicle route information, at least one display means for presenting information to a driver of said at least one vehicle comprising an array of indicators, each said indicator associated with the status of one of said people, an identification device reader to record a unique identification code when at least one of said passengers enters and departs said at least one vehicle, and at least one Central Processing Unit (CPU) interfaced to said memory storage device, to said wireless communication means, to said satellite navigation system receiver, and to said identification device reader, wherein said transceiver unit transfers data regarding a location of said at least one vehicle relative to a plurality of passenger pick-up and drop-off locations;

a plurality of household units located proximate to said pick-up and drop-off locations comprising at least one means for sending and receiving data regarding passenger status and said vehicles'"'"' impending arrival at said pick-up and drop-off locations, at least one display means, a user interface means to notify a driver of said at least one vehicles through said array of indicators that at least one of said people at a specific said pick-up location does not need to be picked up, and at least one CPU controllably interfaced to said means for sending and receiving data, said display means, and said user interface means;

a plurality of handheld units, said handheld units comprising at least one wireless communication means for sending and receiving data including passenger status and said vehicles'"'"' impending arrival at said pick-up and drop-off locations, a display means, at least one identification device to transfer a unique identification code to said transceiver unit when at least one of said passengers enter and depart said at least one vehicle, and at least one CPU controllably interfaced to said means of transferring information wirelessly, to said display means, and to said identification device reader, wherein the handheld units are portable and carried by at least one of said people;

a plurality of Internet connected devices, each having a display means capable of displaying a plurality of notifications; and

a web server to receive data from said transceiver units and send notifications over the Internet to said Internet connected devices.