Recommended-drive-pattern generation device and recommended-drive-pattern generation method

1. A recommended-drive-pattern generation device comprising:

a vehicle information acquiring device that acquires vehicle information through a plurality of sensors;

a drive history information storage device that stores said vehicle information obtained by said vehicle information acquiring device;

a processor operating as a recommended drive pattern calculator that performs the functions of:

generating as a reference drive pattern a drive pattern in a past drive route from a drive history of a moving body;

setting a speed limit point within said drive route based on at least one of said reference drive pattern and road information of said drive route; and

generating a recommended drive pattern for said drive route in which said speed limit point is passed at a speed not higher than a speed limit defined by said speed limit point and outputting said recommended drive pattern; and

when a passage time of said speed limit point in accordance with said recommended drive pattern is earlier than a passage time of said speed limit point in accordance with said reference drive pattern, decreasing a cruising speed of said recommended drive pattern, to adjust said passage time of said speed limit point so as to be the same as or later than said passage time of said reference drive pattern.

2. The recommended-drive-pattern generation device according to claim 1 , wherein said speed limit defined by said speed limit point is a passage speed at said speed limit point determined by a shape of said drive route.

3. The recommended-drive-pattern generation device according to claim 1 , wherein said cruising speed of said recommended drive pattern is set based on said reference drive pattern in each section of said drive route divided by said speed limit point.

4. The recommended-drive-pattern generation device according to claim 1 , wherein said cruising speed of said recommended drive pattern is set based on road information of said drive route in each section of said drive route divided by said speed limit point.

5. The recommended-drive-pattern generation device according to claim 1 , wherein said acceleration or deceleration of said recommended drive pattern is set based on said reference drive pattern in each section of said drive route divided by said speed limit point.

6. The recommended-drive-pattern generation device according to claim 1 , wherein acceleration or deceleration of said recommended drive pattern is set based on a slope of said drive route in each section of said drive route divided by said speed limit point.

7. The recommended-drive-pattern generation device according to claim 1 , wherein said recommended-drive-pattern generating unit sets acceleration or deceleration of said recommended drive pattern with a predetermined fixed value in each section of said drive route divided by said speed limit point.

8. The recommended-drive-pattern generation device according to claim 1 , wherein said recommended-drive pattern is output to a communication device.

9. A recommended-drive-pattern generation method comprising the steps of:

acquiring, through a plurality of sensors, vehicle information;

storing, in a storage device, said vehicle information;

generating, by a processor operating as a drive pattern calculator, as a reference drive pattern a drive pattern in a past drive route from a drive history of a moving body;

setting, by a processor operating as a drive pattern calculator, a speed limit point within said drive route based on at least one of said reference drive pattern and road information of said drive route; and

generating, by a processor operating as a drive pattern calculator, a recommended drive pattern for said drive route in which said speed limit point is passed at a speed not higher than a speed limit defined by said speed limit point and outputting said recommended drive pattern; and

when a passage time of said speed limit point in accordance with said recommended drive pattern is earlier than a passage time of said speed limit point in accordance with said reference drive pattern, decreasing a cruising speed of said recommended drive pattern, to adjust said passage time of said speed limit point so as to be the same as or later than said passage time of said reference drive pattern.

10. The recommended-drive-pattern generation method according to claim 9 , wherein said speed limit defined by said speed limit point is a passage speed at said speed limit point determined by a shape of said drive route.

11. The recommended-drive-pattern generation method according to claim 9 , wherein a cruising speed of said recommended drive pattern is set based on said reference drive pattern in each section of said drive route divided by said speed limit point.

12. The recommended-drive-pattern generation method according to claim 9 , wherein a cruising speed of said recommended drive pattern is set based on road information of said drive route in each section of said drive route divided by said speed limit point.

13. The recommended-drive-pattern generation method according to claim 9 , wherein acceleration or deceleration of said recommended drive pattern is set based on said reference drive pattern in each section of said drive route divided by said speed limit point.

14. The recommended-drive-pattern generation method according to claim 9 , wherein acceleration or deceleration of said recommended drive pattern is set based on a slope of said drive route in each section of said drive route divided by said speed limit point.

15. The recommended-drive-pattern generation method according to claim 9 , wherein acceleration or deceleration of said recommended drive pattern is set with a predetermined fixed value in each section of said drive route divided by said speed limit point.

16. The recommended-drive-pattern generation method according to claim 9 , wherein said recommended-drive pattern is output to a communication device.