Method for controlling travel of golf carts and all-terrain vehicles
원문보기
IPC분류정보
국가/구분
United States(US) Patent
등록
국제특허분류(IPC7판)
G06F-007/00
G06F-017/00
B60K-031/00
B60R-022/48
B60R-021/017
B60R-021/18
B60R-021/00
출원번호
US-0641613
(2015-03-09)
등록번호
US-9616747
(2017-04-11)
발명자
/ 주소
Breed, David S
출원인 / 주소
Intelligent Technologies International, Inc.
대리인 / 주소
Roffe, Brian
인용정보
피인용 횟수 :
2인용 특허 :
57
초록▼
Method for regulating travel of a golf cart or all-terrain vehicle includes determining, using an electronic controller on the golf cart or all-terrain vehicle, seatbelt usage for each occupant of the golf cart or all-terrain vehicle, and determining, using the electronic controller, whether the gol
Method for regulating travel of a golf cart or all-terrain vehicle includes determining, using an electronic controller on the golf cart or all-terrain vehicle, seatbelt usage for each occupant of the golf cart or all-terrain vehicle, and determining, using the electronic controller, whether the golf cart or all-terrain vehicle is travelling on or about to travel on a road which permits higher speed operation of golf carts and all-terrain vehicles. When it is determined that the golf cart or all-terrain vehicle is travelling on a road which permits higher speed operation of golf carts and all-terrain vehicles, travel of the golf cart or all-terrain vehicle is enabled on the road which permits higher speed operation only when all occupants are determined to be properly wearing seatbelts or the seatbelts are determined to be in buckled and/or spooled-out a set distance or within a distance range.
대표청구항▼
1. A method for regulating travel of a golf cart or all-terrain vehicle on both roads which permit only low speed operation up to a limit and roads which permit higher speed operation above the limit, comprising: determining, using an electronic controller on the golf cart or all-terrain vehicle, se
1. A method for regulating travel of a golf cart or all-terrain vehicle on both roads which permit only low speed operation up to a limit and roads which permit higher speed operation above the limit, comprising: determining, using an electronic controller on the golf cart or all-terrain vehicle, seatbelt usage for each occupant of the golf cart or all-terrain vehicle;determining, using a location determining system at least partly on the golf cart or all-terrain vehicle and coupled to the electronic controller, a current location of the golf cart or all-terrain vehicle;determining, using the electronic controller coupled to the location determining system and that receives from the location determining system the current location of the vehicle, whether the golf cart or all-terrain vehicle is travelling on or about to travel on one of the roads which permits higher speed operation of golf carts and all-terrain vehicles based on the current location of the vehicle;when it is determined that the golf cart or all-terrain vehicle is travelling on one of the roads which permits higher speed operation of golf carts and all-terrain vehicles, enabling travel of the golf cart or all-terrain vehicle on the road which permits higher speed operation only when all seatbelts are determined to be in use; andwhen it is not determined that the golf cart or all-terrain vehicle is traveling on one of the roads which permits higher speed operation of golf carts and all-terrain vehicles and thus is traveling on one of the roads which permit only low speed operation, enabling travel of the golf cart or all-terrain vehicle on the road which permits only low speed operation even when any of the occupants is determined not to be using a seatbelt. 2. The method of claim 1, further comprising enabling airbag deployment when it is determined that the golf cart or all-terrain vehicle is travelling on or about to travel on one of the roads which permits higher speed operation of golf carts and all-terrain vehicles. 3. The method of claim 1, further comprising determining, using the electronic controller, occupancy of all seats in the golf cart or all-terrain vehicle by interrogating switches or sensors associated with the seats whereby each switch or sensor provides a signal indicative of occupancy of one of the seats. 4. The method of claim 1, wherein the step of determining seatbelt usage comprises interrogating switches associated with the seatbelts whereby each switch provides a signal indicative of buckling of an associated one of the seatbelts. 5. The method of claim 1, wherein the step of determining the current location of the golf cart or all-terrain vehicle comprises using GPS to obtain the current location of the golf cart or all-terrain vehicle; andthe step of determining whether the golf cart or all-terrain vehicle is travelling on or about to travel on one of the roads which permits higher speed operation of golf carts and all-terrain vehicles based on the current location of the vehicle comprises accessing a map database containing location data on roads which permit higher speed operation of golf carts and all-terrain vehicles, andcomparing the current location of the vehicle on one of the roads to location data about the one of the roads in the map database. 6. The method of claim 1, wherein the step of determining whether the golf cart or all-terrain vehicle is travelling on or about to travel on one of the roads which permits higher speed operation of golf carts and all-terrain vehicles comprises comparing the current location of the golf cart or all-terrain vehicle to information about the road at that location. 7. The method of claim 1, further comprising determining the velocity of the vehicle and wherein the step of determining whether the golf cart or all-terrain vehicle is travelling on or about to travel on one of the roads which permits higher speed operation of golf carts and all-terrain vehicles comprises comparing the current location and velocity of the golf cart or all-terrain vehicle to information about the road ahead of the current location to which the golf cart or all-terrain vehicle is directed based on the current location and velocity. 8. The method of claim 1, further comprising, while the golf cart or all-terrain vehicle is travelling on one of the roads which permits higher speed operation of golf carts and all-terrain vehicles: repeating the step of determining whether the golf cart or all-terrain vehicle is travelling on one of the roads which permits higher speed operation of golf carts and all-terrain vehicles; andwhen it is determined that the golf cart or all-terrain vehicle is travelling on one of the roads which does not permit higher speed operation of golf carts and all-terrain vehicles, causing the golf cart or all-terrain vehicle to reduce its speed. 9. The method of claim 1, further comprising, while the golf cart or all-terrain vehicle is travelling on one of the roads which permits higher speed operation of golf carts and all-terrain vehicles: repeating the seatbelt usage determining step; andwhen it is determined that a seatbelt for an occupant is no longer buckled, causing the golf cart or all-terrain vehicle to reduce its speed. 10. The method of claim 1, further comprising enabling deployment of a face protection airbag contained within a lap belt that is adapted to extend across a lap of the occupant when present in one of the seats, the face protection airbag being deployable outward from the lap belt and upward to attain a position alongside the head of the occupant when present in the seat and thereby provide a cushion for the head of the occupant when present in the seat. 11. The method of claim 1. further comprising enabling deployment of a face protection airbag contained within a shoulder belt that is adapted to extend diagonally across a torso of the occupant when present in one of the seats. the face protection airbag being deployable outward from the shoulder belt and upward to attain a position alongside the head of the occupant when present in the seat and thereby provide a cushion for the head of the occupant when present in the seat. 12. The method of claim 1, wherein the step of determining seatbelt usage comprises considering data from a respective spool-out sensor coupled to each seatbelt and that provides an indication of spool out of the seatbelt to thereby enable an indication to be provided of seatbelt usage. 13. The method of claim 1, further comprising determining, using the electronic controller, occupancy of all seats in the golf cart or all-terrain vehicle by considering data from a respective weight sensing switch arranged in each seat and that providing an indication of weight applied to the seat. 14. A method for regulating travel of a golf cart or all-terrain vehicle on both roads which permit only low speed operation up to a limit and roads which permit higher speed operation above the limit, comprising: determining, using an electronic controller on the golf cart or all-terrain vehicle, usage of seatbelts for each occupant of the golf cart or all-terrain vehicle;determining, using a location determining system at least partly on the golf cart or all-terrain vehicle and coupled to the electronic controller, a current location of the golf cart or all-terrain vehicle;determining, using the electronic controller coupled to the location determining system and that receives from the location determining system the current location of the vehicle, whether the golf cart or all-terrain vehicle is travelling on or about to travel on one of the roads which permits higher speed operation of golf carts and all-terrain vehicles based on the current location of the vehicle; andwhen it is determined that the golf cart or all-terrain vehicle is traveling on one of the roads which permits higher speed operation of golf carts and all-terrain vehicles, limiting a speed of the golf cart or all-terrain vehicle, using a speed limiting apparatus, on the road on which the golf cart or all-terrain vehicle is travelling on or about to travel on which permits higher speed operation of golf carts and all-terrain vehicles only when at least one seatbelt associated with an occupant of the golf cart or all-terrain vehicle is determined not to be in use;whereby when it is not determined that the golf cart or all-terrain vehicle is traveling on one of the roads which permits higher speed operation of golf carts and all-terrain vehicles and thus is traveling on one of the roads which permit only low speed operation, the speed limiting apparatus does not limit the speed of the golf cart or all-terrain vehicle on the road which permits only low speed operation even when at least one seatbelt associated with an occupant of the golf cart or all-terrain vehicle is determined not to be in use. 15. The method of claim 14, wherein each of the seatbelts has at least one associated airbag, further comprising enabling airbag deployment when it is determined that the golf can or all-terrain vehicle is travelling on or about to travel on one of the roads which permits higher speed operation of golf carts and all-terrain vehicles. 16. The method of claim 14, wherein the step of determining seatbelt usage comprises interrogating switches associated with seatbelts whereby each switch provides a signal indicative of buckling of the associated seatbelt. 17. The method of claim 14, wherein the step of determining seatbelt usage comprises considering data from a respective spool-out sensor coupled to each seatbelt and that provides an indication of spool out of the seatbelt to thereby enable an indication to be provided of seatbelt usage. 18. The method of claim 14, wherein the step of determining the current location of the golf cart or all-terrain vehicle comprises using GPS to obtain the current location of the golf cart or all -terrain vehicle; andthe step of determining whether the golf cart or all-terrain vehicle is travelling on or about to travel on one of the roads which permits higher speed operation of golf carts and all-terrain vehicles based on the current location of the vehicle comprises accessing a map database containing location data on roads which permit higher speed operation of golf carts and all-terrain vehicles, andcomparing the current location of the vehicle on one of the roads to location data about the one of the roads in the map database. 19. The method of claim 14, wherein the step of determining whether the golf cart or all-terrain vehicle is travelling on or about to travel on one of the roads which permits higher speed operation of golf carts and all-terrain vehicles comprises comparing the current location of the golf cart or all-terrain vehicle to information about the road at that location. 20. The method of claim 14, further comprising determining the velocity of the vehicle and wherein the step of determining whether the golf cart or all-terrain vehicle is travelling on or about to travel on one of the roads which permits higher speed operation of golf carts and all-terrain vehicles comprises comparing the current location and velocity of the golf cart or all-terrain vehicle to information about the road ahead of the current location to which the golf cart or all-terrain vehicle is directed based on the current location and velocity.
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이 특허에 인용된 특허 (57)
Rhodes ; Jr. Richard D. (Somersworth NH), Air bag cover door having a predetermined opening characteristic.
Hontschik Heinrich (Mullerstr. 25 Frankfurt am Main DT) Schmid Ingobert (Im Kleinen Grund 15 6241 Rossert DT) Greiner Peter (Bonameser Str. 51 6 Frankfurt am Main 50 DT), Automotive safety device.
Collonia Harald (Knigstein DEX) Mann Arnold (Bieber DEX) Haub Martin (Steinbach DEX), Device for the control of the traveling speed of a motor vehicle.
Foubert, Daniel Nick; Keeslar, Kevin, Inflatable personal restraint systems having web-mounted inflators and associated methods of use and manufacture.
David S. Breed ; Wendell Johnson ; Wilbur E. Duvall, Occupant position sensor and method and arrangement for controlling a vehicular component based on an occupant's position.
Law Bliss W. (Brigham City UT) Kirchoff George F. (Brigham City UT) Adams Gary V. (Brigham City UT), Safety cushion attachable to belt-type restraints.
Kleinberg Raymond ; Hanson Stanford D. ; Thompson John C. ; Underwood Steven K. ; Cooper ; Jr. Eldon L. ; Harston Craig T., Vehicle occupant sensing system.
Breed David S. ; Johnson Wendell C. ; Duvall Wilbur E., Vehicle occupant sensing system including a distance-measuring sensor on an airbag module or steering wheel assembly.
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