Method and apparatus for reducing and controlling highway congestion to save on fuel costs
First Claim
1. An apparatus comprising:
- a plurality of mobile flat units;
a master processor configured to control a movement of the mobile flat units, wherein a tire is able to roll over the mobile flat unit;
a highway having more than one lane;
a new set of lanes defined by a final position of the mobile flat units;
a motor to move the mobile flat units;
a local processor coupled to the motor and a wireless block configured to control the motor based on a command received from the master processor;
a post in plurality of mobile flat units is extended at the final position; and
a display screen with printed instruction located on the post of one of the plurality of mobile flat units.
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Abstract
One estimate indicates that rubbernecking and congestion consumes about 4% of this country'"'"'s fuel. Two approaches are presented to help solve this problem. The first uses shields to block the view of a car accident. Rubbernecking is reduced since the visibility of the car accident is reduced. A second approach uses mobile flat units that can be remotely controlled to enter a roadway that is carrying active traffic. The traffic runs over these units that are being moved until the master processor indicates that the mobile flat units are in position. A post is extended from the flat unit that issues commands to the motorists so the master processor can begin to control and reduce congestion. Both approaches can be used to help decrease fuel waste in the US.
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Citations
13 Claims
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1. An apparatus comprising:
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a plurality of mobile flat units; a master processor configured to control a movement of the mobile flat units, wherein a tire is able to roll over the mobile flat unit; a highway having more than one lane; a new set of lanes defined by a final position of the mobile flat units; a motor to move the mobile flat units; a local processor coupled to the motor and a wireless block configured to control the motor based on a command received from the master processor; a post in plurality of mobile flat units is extended at the final position; and a display screen with printed instruction located on the post of one of the plurality of mobile flat units. - View Dependent Claims (2, 3, 4, 5, 6)
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7. A method of creating a new set of lanes comprising the steps of:
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placing a plurality of mobile flat units in an initial position; controlling a movement of the mobile flat units over a roadway by using a master processor, wherein a tire is able to roll over the mobile flat unit; moving the mobile flat units to a final position; creating the new set of lanes defined by the final position of the mobile flat units; communicating information either wired or wirelessly between the master processor and each of the mobile flat units; extending a post in the mobile flat units when they are in the final position; and displaying a screen with printed instruction located on the post of one of the plurality of mobile flat units. - View Dependent Claims (8, 9, 10)
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11. An apparatus comprising:
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a plurality of mobile flat units; a master processor configured to control a movement of the mobile flat units by a wireless communication channel, wherein a tire is able to roll over the mobile flat unit; a highway having more than one lane and one or more shoulders; a new set of lanes defined by a final position of the mobile flat units; a motor to move the mobile flat units; a local processor coupled to the motor and a wireless block configured to control motor based on a command received from the master processor; a post in the plurality of mobile flat units is extended at the final position; and a display screen with printed instruction located on the post of one of the plurality of mobile flat units. - View Dependent Claims (12, 13)
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Specification