Claims
- 1. In a helmet for motorcycle riders and like applications, a turn signal indicator comprising first and second light emitting means disposed on opposite lateral sides of said helmet, first means including first inertia switch means carried by said helmet so as to be responsive to tilting of a wearer's head to either lateral side to initiate periodic energization of the said light emitting means on the same said lateral side for indicating an intent to turn in the corresponding lateral direction, and second means including second inertia switch means disposed and oriented with said helmet so as to be responsive to tilting of the wearer's head in the rearward direction for terminating said periodic energization.
- 2. The helmet set forth in claim 1 wherein said first means include flasher holding circuit means responsive to momentary tilting of the wearer's head in either direction and resulting momentary activation of said first inertia switch means for continuing said periodic energization after the wearer's head is returned to vertical orientation.
- 3. The helmet set forth in claim 2 wherein said flasher holding circuit means includes means for periodically energizing both of said light emitting means in response to tilting of the wearer's head to one side and then the other.
- 4. The helmet set forth in claim 2 wherein said first inertia switch means includes first and second inertia switches oriented at opposite acute angles to the lateral dimension of said helmet.
- 5. The helmet set forth in claim 2 further comprising light transmitting means extending through said helmet from adjacent each said light emitting means to a position adapted to be disposed adjacent to the wearer's eyes.
- 6. The helmet set forth in claim 2 further comprising means carried on and visible from the rear of said helmet to enable an observer from the rear to distinguish between left and right lateral sides of said helmet.
- 7. In a helmet for motorcycle riders and like applications, a turn signal indicator comprising first and second light emitting means disposed on opposite lateral sides of said helmet, means operable by the wearer of said helmet for selectively energizing and de-energizing said light emitting means, and light transmitting means extending within said helmet from each said light emitting means to a position adapted to be disposed adjacent to the wearer's eyes for indicating to the wearer operation of each said light emitting means.
- 8. The helmet set forth in claim 7 wherein said light transmitting means comprises first and second optical fibers.
- 9. In a helmet for motorcycle riders and like applications, a turn signal indicator comprising first and second light emitting means disposed on opposite lateral sides of said helmet, first means including first inertia switch means carried by said helmet so as to be responsive to tilting of a wearer's head in one lateral direction to initiate periodic energization of the said light emitting means on one lateral side of said helmet for indicating an intent to turn in said one lateral direction, and second means including second inertia switch means disposed and oriented within said helmet so as to be responsive to tilting of the wearer's head in a direction other than said one direction for terminating said periodic energization.
- 10. In a helmet for motorcycle riders and like applications, a turn signal indicator comprising first and second light emitting means disposed on opposite lateral sides of said helmet, first means including first inertia switch means carried by said helmet so as to be responsive to tilting of a wearer's head in one lateral direction to initiate periodic energization of the said light emitting means on one lateral side of said helmet for indicating an intent to turn in the corresponding lateral direction, and second means including second inertia switch means disposed and oriented within said helmet so as to be responsive to tilting of the wearer's head for terminating said periodic energization.
Parent Case Info
This application is a continuation-in-part of application Ser. No. 342,143, filed Jan. 25, 1983 and now abandoned.
US Referenced Citations (3)
Foreign Referenced Citations (1)
Number |
Date |
Country |
639512 |
Mar 1962 |
ITX |
Continuation in Parts (1)
|
Number |
Date |
Country |
Parent |
342143 |
Jan 1983 |
|