IMPROVEMENTS RELATING TO EFFICIENT TRANSPORT
First Claim
Patent Images
1. A system for handling public transport information in a transportation domain comprising hardware to receive, transmit, store and aggregate real-time information, hardware to enable one or more users to interact with the information in real time and hardware to share information based on one or more criteria, the criteria comprising registration to use the system, wherein the information is aggregated from one or more sensors.
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Abstract
A system for handling transport information comprising hardware to receive information, hardware to transmit information and optionally hardware to store information.
61 Citations
16 Claims
- 1. A system for handling public transport information in a transportation domain comprising hardware to receive, transmit, store and aggregate real-time information, hardware to enable one or more users to interact with the information in real time and hardware to share information based on one or more criteria, the criteria comprising registration to use the system, wherein the information is aggregated from one or more sensors.
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2. A system for handling transport information comprising hardware to receive information, hardware to transmit information and optionally hardware to store information.
- 7. A method for handling transport information comprising the steps of receiving information, transmitting information and optionally storing information.
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12. A system or method as herein described in one or more of the Scenarios, Modules or by reference to one or more of
FIGS. 2 to 14 herein.
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13. A method as herein described for optionally one or more of:
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a. Choosing between transportation modes b. Opening and closing a transaction c. Observing the state of a variable at a remote location d. Service provider registers an intended route or schedule or preference e. Services consumer registers an intended route or schedule or preference f. Matching transaction partners g. Bringing transaction partners together physically h. Ensuring the safety of transaction partners i. Reliably aggregating data in complex evolving systems so that system optimizations might be carried out frequently.
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14. A method for enabling car pooling comprising one or more of the following:
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a. pooling users are registered in a database; b. pooling users are checked against a registry of compliance information prior to entering into a transaction; c. pooling users have the capacity to authenticate the other party as the person who is registered in the database; d. allowing some pool users to have the capacity to restrict, select, or veto the riding partners of other riders (e.g. parents); e. allowing some pool users have the capacity to monitor the rides of other users in real time (e.g. parents); f. journeys are monitored by an external authority g. procedures are in place for managing a safety threat.
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15. A transport information method comprising one or more of:
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a. providing users the capacity to examine the value of a state variable, or the forecast of that state variable, related to a remote location'"'"'s ability to satisfy their needs; b. planning journeys based on the value of a state variable; c. providing people the capacity to plan journeys using real-time data; d. providing agents with the capacity to manage complex logistics systems using real-time data, where those logistics systems are centrally coordinated (e.g. freight or military logistics), or where they involve local improvisation (e.g. disaster response); e. registering providers and recipients of transportation services such that every time the person initiates a transaction, the system re-validates their eligibility and updates their status within the system (eg. checks they still have a valid licence and no demerit points); f. enabling participants in a transaction to authenticate the other party through the use of photos of the person, photos of the vehicle, signatures, vehicle registration numbers, finger prints, iris scans, voice spectra, voice recordings etc; g. calculating expected trip durations using a method that incorporates real-time traffic conditions, and/or a model of expected traffic conditions based on historical data, and/or historical behaviour of that driver; h. taxis having the capability to only take a ride in a pre-specified area or direction; i. booking trucks for their return journeys; j. assuring safety for passengers undertaking trips (i.e. authentication+filters+monitoring+panic+intervention); k. monitoring car-pools and other transportation services—
i.e. the system triggers on deviation from a nominated route;l. monitoring car-pools and other transportation services—
i.e. the system triggers on the basis of sensors being proximate then separated;m. assuring someone'"'"'s safety whereby they input a PIN into someone else'"'"'s personal sensor; n. assuring someone'"'"'s safety whereby a private vehicle is fitted with a camera/audio device and that camera/audio device transmits images and/or sound to an external party in response to a command by that external party; o. recording the location of a stationary vehicle by various methods, including a sensor attached to it, the location at which a previous transaction was closed, or by someone pushing a button on a sensor; p. using data about the location of a stationary vehicle to guide a party to that vehicle; q. enabling VOIP or Chat communication between two parties when they come within a specified time or distance from each other; r. automatically opening a transaction when two sensors are registered as being co-located, or a sensor reaches a specified location; s. automatically closing a transaction when two paired sensors separate; t. automatically closing a transaction for transportation services when a pre-specified location is reached; u. facilitating frequent updating of data inputs for optimization routines for managing complex dynamic scheduling problems.
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Specification