PORTABLE GPS MAP DEVICE FOR COMMERCIAL VEHICLE INDUSTRY

• US 20100057358A1
• Filed: 09/16/2008
• Published: 03/04/2010
• Est. Priority Date: 08/28/2008
• Status: Abandoned Application

• Current Assignee: Teletype Co., Inc.
• Original Assignee: Teletype Co., Inc.
• Inventors: Winer, Marleen Karen, Friedman, Edward
• Application Number:
  US12/211,460
• Publication Number:
  US 20100057358A1
• Time in Patent Office: Days
• US Class Current: 701/210
• CPC Class Codes: G01C 21/3407 specially adapted for specific applications
• CPC Class Codes: G01C 21/3667 Display of a road map G01C21/3614 takes precedence; guidance using 3D or perspective road maps G01C21/3635
• CPC Class Codes: G06Q 10/047 Optimisation of routes or paths, e.g. travelling salesman problem
• CPC Class Codes: G06Q 50/40 Business processes related to the transportation industry shipping G06Q10/083

Abstract

Apparatus for determining a route for a road vehicle for a user comprising:

• • a database of information pertaining to roads, the information comprising geographic data that includes map, location and configuration data for the roads, the information further comprising data indicative of a plurality of road characteristics or limits that pertain to the roads;
  • a program having a first operation that compares a multiplicity of selected characteristics or limits of the road vehicle to the data indicative of the plurality of road characteristics or limits contained within the database and a second operation that computes one or more authorized road routes for the road vehicle;
  • wherein the program includes instructions that compute one or more unauthorized road routes or portions of unauthorized road routes having road characteristics that are not complementary to or do not match the selected characteristics or limits of the road vehicle.

Claims

1. Apparatus for determining a route for a road vehicle for a user comprising:

a database of information pertaining to roads, the information comprising geographic data that includes map, location and configuration data for the roads, the information further comprising data indicative of a plurality of road characteristics or limits that pertain to the roads, the plurality of characteristics or limits being selected from the group consisting of heights or clearances of bridges, load or weight limits, gradient or angle of road incline, obstructions, surface conditions, height, length and width of vehicle limits, number of vehicle wheel limits, size of engine limits, nature of cargo or payload limits, direction of road limits, one way or two way direction limits, left or right hand turn limits, contour of road, ascent and descent limits, paved or not paved surfaces and limits prescribed by governmental rule or regulation;

a program having a first operation that compares a multiplicity of selected characteristics or limits of the road vehicle to the data indicative of the plurality of road characteristics or limits contained within the database and a second operation that computes one or more authorized road routes for the road vehicle, the second operation having instructions that use the comparison of the first operation to generate one or more authorized road routes having road characteristics that complement or match the selected characteristics or limits of the road vehicle;

a user interface mounted in the road vehicle and interconnected to the program, the user interface communicating data between the program and the user and including a monitor that displays the authorized road routes in one or more first selected visual identifiers to the user according to the instructions; and

a memory interconnected to the user interface and the program, the memory receiving an input of the multiplicity of selected characteristics or limits of the road vehicle from the user interface, the program receiving the multiplicity of selected characteristics or limits from the memory.

2. The apparatus of claim 1 wherein the program includes instructions that compute and display on the monitor one or more unauthorized road routes or portions of unauthorized road routes having road characteristics that are not complementary to or do not match the selected characteristics of the road vehicle, the unauthorized road routes or portions of unauthorized road routes being displayed according to the instructions in one or more second selected visual identifiers that are visually different from the first selected visual identifiers.

3. The apparatus of claim 1 further comprising a position determining device that determines the physical position of the road vehicle in, on or with respect to the geographic database of road configuration, location and map information.

4. The apparatus of claim 1 wherein the user interface includes a device for manually inputting data indicative of one or more of a position of destination, a position of origin and the selected physical characteristics of the road vehicle to the program.

5. The apparatus of claim 3 wherein the position determining device includes an electronic signal receiver that receives electronic position signals from one or more satellites sending electronic position signals from space to the electronic signal receiver, the program being interconnected to the position determining device such that the program dynamically and automatically receives the electronic position signals and includes instructions that dynamically identify the position of the vehicle within the geographic data and display the identified position on the monitor.

6. The apparatus of claim 1 further comprising a computer comprising a processor for carrying out the first and second operations and memory for receiving and storing the data, the computer being physically located remote from the road vehicle and a wireless electronic signal communicating apparatus that communicates signals between the user interface and computer including signals containing results of the first and second operations.

7. The apparatus of claim 1 further comprising a portable computer integrated into a readily manually portable housing together with the user interface, the portable touch or non touch screen computer comprising a processor for carrying out the first and second operations and memory for receiving and storing the data.

8. The apparatus of claim 7 wherein the portable housing includes a position determining device having a receiver that receives electronic position signals from one or more satellites that send electronic position signals from space, the program being interconnected to the position determining device such that the program dynamically and automatically receives the electronic position signals, the program including instructions for dynamically identifying the position of the vehicle within the geographic data and displaying the identified position on the monitor.

9. The apparatus of claim 1 wherein the program includes instructions for computing one or more routes for the road vehicle based on a position of origin and a position of destination.

10. The apparatus of claim 1 wherein the program includes instructions for computing one or more routes that minimize consumption of fuel by the road vehicle relative to other routes.

11. The apparatus of claim 1 wherein the program includes instructions for displaying one or more components of a computed route in selected colors that are indicative of a selected characteristic of the computed route.

12. The apparatus of claim 1 wherein the program includes instructions for automatically re-computing one or more alternate authorized routes for the road vehicle when the road vehicle deviates from a position that differs from a position along the one or more road authorized routes computed in the second operation.

13. The apparatus of claim 5 wherein the program includes instructions for automatically re-computing one or more alternate authorized routes for the road vehicle when the road vehicle deviates from a position that differs from a position along the one or more authorized road routes computed in the second operation.

14. Apparatus for determining a route for a road vehicle for a user comprising:

a database of information pertaining to roads, the information comprising geographic data that includes map, location and configuration data for the roads, the information further comprising data indicative of a plurality of road characteristics or limits that pertain to the roads, the plurality of characteristics or limits being selected from the group consisting of heights or clearances of bridges, load or weight limits, gradient or angle of road incline, obstructions, surface conditions, height, length and width of vehicle limits, number of vehicle wheel limits, size of engine limits, nature of cargo or payload limits, direction of road limits, one way or two way direction limits, left or right hand turn limits, contour of road, ascent and descent limits, paved or not paved surfaces and limits prescribed by governmental rule or regulation;

a program having a first operation that compares a multiplicity of selected characteristics or limits of the road vehicle to the data indicative of the plurality of road characteristics or limits contained within the database and a second operation that computes one or more authorized road routes for the road vehicle, the second operation having instructions that use the comparison of the first operation to generate one or more authorized road routes having road characteristics that complement or match the selected characteristics of the road vehicle; and

wherein the program includes instructions that compute one or more unauthorized road routes or portions of unauthorized road routes having road characteristics that are not complementary to or do not match the selected characteristics or limits of the road vehicle.

15. The apparatus of claim 14 further comprising a monitor interconnected to the program, the program including instructions that:

display the authorized road routes on the monitor in one or more first selected visual identifiers to the user; and

,

display the unauthorized road routes or portions of unauthorized road routes on the monitor in one or more second selected visual identifiers that are visually different from the first selected visual identifiers.

16. The apparatus of claim 14 further comprising:

a user interface mounted in the road vehicle and interconnected to the program, the user interface communicating data between the program and the user; and

a memory interconnected to the user interface and the program, the memory receiving an input of the multiplicity of selected characteristics of the road vehicle from the user interface, the program receiving the multiplicity of selected characteristics from the memory.

17. The apparatus of claim 15 further comprising:

a user interface mounted in the road vehicle and interconnected to the program, the user interface including the monitor and communicating data between the program and the user via the monitor; and

a memory interconnected to the user interface and the program, the memory receiving an input of the multiplicity of selected characteristics of the road vehicle from the user via the user interface, the program receiving the multiplicity of selected characteristics from the memory.

18. The apparatus of claim 14 further comprising a position determining device that includes an electronic signal receiver that receives electronic position signals from one or more satellites sending electronic position signals from space to the electronic signal receiver, the program being interconnected to the position determining device such that the program dynamically and automatically receives the electronic position signals and includes instructions that dynamically identify the position of the vehicle within the geographic data and displays the identified position on the monitor.

19. The apparatus of claim 17 wherein the user interface includes a device for manually inputting data indicative of one or more of a position of destination, a position of origin and the selected physical characteristics of the road vehicle to the program, the program including instructions for computing the one or more authorized and unauthorized routes based on one or more of the input position of destination, the input position of origin and the input physical characteristics of the road vehicle.

20. Method of generating one or more routes for a road vehicle, the method comprising:

creating a database of information pertaining to roads that includes geographic data pertaining to road configuration, location and map data and further includes data indicative of a plurality of road characteristics or limits selected from the group consisting of heights or clearances of bridges, load or weight limits, gradient or angle of incline or decline, obstructions, surface conditions, height, length and width of vehicle limits, number of vehicle wheel limits, size of engine limits, nature of cargo or payload limits, direction of road limits, one way or two way direction limits, left or right hand turn limits, contour of road, ascent and descent limits, paved or not paved surfaces and limits prescribed by rule or regulation;

selecting multiple characteristics or limits of the road vehicle;

comparing the selected characteristics or limits of the road vehicle to the data indicative of the plurality of road characteristics;

determining from the step of comparing road routes having road characteristics that are complementary to or match with the selected characteristics or limits of the road vehicle; and

selecting one or more authorized road routes from the road routes determined in the step of determining to have road characteristics that are complementary to or match with the selected characteristics or limits of the road vehicle.

21. The method of claim 20 further comprising:

displaying the one or more selected authorized road routes to a user on a user interface mounted on the road vehicle in a first visual identifier format.

22. The method of claim 21 further comprising:

determining from the step of comparing road routes that have road characteristics or limits that are not complementary to or do not match the selected characteristics or limits of the road vehicle; and

displaying road routes on the user interface that are determined to have characteristics or limits that are not complementary to or do not match the selected characteristics of the road vehicle in a second visual identifier format that is visually different from the first visual identifier format.

23. The method of claim 20 wherein the step of selecting comprises manually inputting a selected destination position and the characteristics or limits of the road vehicle to the user interface, the user interface communicating the inputted information to a computer that contains the database and instructions for carrying out the steps of comparing, determining and selecting.

24. The method of claim 21 further comprising sensing a physical position of the road vehicle via reception of satellite signals and displaying the physical position of the road vehicle on the user interface.

25. Apparatus for determining a route for a road vehicle for a user comprising:

a database of information pertaining to roads, the information comprising geographic data that includes map, location and configuration data for the roads, the information further comprising data indicative of a plurality of road characteristics or limits that pertain to the roads, the plurality of characteristics or limits being selected from the group consisting of heights or clearances of bridges, load or weight limits, gradient or angle of road incline, obstructions, surface conditions, height, length and width of vehicle limits, number of vehicle wheel limits, size of engine limits, nature of cargo or payload limits, direction of road limits, one way or two way direction limits, left or right hand turn limits, contour of road, ascent and descent limits, paved or not paved surfaces and limits prescribed by governmental rule or regulation;

a program having a first operation that compares a multiplicity of selected characteristics or limits of the road vehicle to the data indicative of the plurality of road characteristics or limits contained within the database and a second operation that computes one or more authorized road routes for the road vehicle, the second operation having instructions that use the comparison of the first operation to generate one or more authorized road routes having road characteristics that complement or match the selected characteristics of the road vehicle; and

an operating system for the program, the operating system being stored in an embedded memory medium not accessible by the user;

wherein the program, the database of information and the multiplicity of selected characteristics of the vehicle are stored in other memory media;

wherein the embedded memory and the other memory media are mounted in a manually portable housing.

26. The apparatus of claim 25 further comprising a user interface mounted on the portable housing, the user interface being interconnected to the other memory and having a data input mechanism engageable by the user to input the multiplicity of selected characteristics or limits of the vehicle to the other memory for access by the program.

27. The apparatus of claim 25 wherein the operating system is dedicated to operating the program.

28. The apparatus of claim 25 further comprising a position determining device comprising a position generating program contained within an embedded memory medium that is mounted in or on the portable housing and communicates with the program having the first and second operations.

29. The apparatus of claim 25 wherein the program includes instructions that compute one or more unauthorized road routes or portions of unauthorized road routes having road characteristics that are not complementary to or do not match the selected characteristics or limits of the road vehicle.

30. Method of generating one or more routes for a road vehicle, the method comprising:

creating a database of information pertaining to roads that includes geographic data pertaining to road configuration, location and map data and further includes data indicative of a plurality of road characteristics or limits selected from the group consisting of heights or clearances of bridges, load or weight limits, gradient or angle of incline or decline, obstructions, surface conditions, height, length and width of vehicle limits, number of vehicle wheel limits, size of engine limits, nature of cargo or payload limits, direction of road limits, one way or two way direction limits, left or right hand turn limits, contour of road, ascent and descent limits, paved or not paved surfaces and limits prescribed by rule or regulation;

selecting one or more characteristics or limits of the road vehicle;

comparing the one or more characteristics or limits of the road vehicle to the data indicative of the plurality of road characteristics;

determining from the step of comparing one or more authorized road routes that have road characteristics that are complementary to or match with the selected characteristics or limits of the road vehicle;

determining from the step of comparing one or more unauthorized roads or road routes that have road characteristics that are not complementary to or do not match with the selected characteristics of the road vehicle; and

,

displaying the authorized and unauthorized road routes or selected portions thereof together on a user interface in respective first and second visual identifiers that are different from each other.