Radio and public address interface kit

• US 5,790,947 A
• Filed: 07/10/1996
• Issued: 08/04/1998
• Est. Priority Date: 07/10/1996
• Status: Expired due to Term

• Current Assignee: Dieringer, Michael D.
• Original Assignee: Dieringer, Michael D.
• Inventors: Dieringer, Michael D.
• Primary Examiner(s): MULLEN, THOMAS J
• Application Number:
  US08/678,633
• Time in Patent Office: 755 Days
• Field of Search: 455/73, 455/89, 455/90, 455/95, 455/99, 455/128, 455/345, 455/347, 455/351, 455/575, 379/430, 340/384.4, 340/384.72
• US Class Current: 455/345
• CPC Class Codes: H04B 1/3822 specially adapted for use in vehicles H04B1/3827 takes precedence
• CPC Class Codes: H04B 2001/3894 Waterproofing of transmission device

Abstract

A remote push-to-talk (PTT) button for use on motorcycles with two-way radios and public address systems. The remote PTT enables the rider to use both the radio and public address systems from the helmet-mounted microphone while driving the motorcycle.

Claims

1. A motorcycle communications system, comprising:

a motorcycle having a public address (PA) system mounted thereon;

a two-way radio carried by the motorcycle'"'"'s rider;

a helmet worn by the motorcycle'"'"'s rider having one or more earphones and a microphone attached thereto; and

an electrical interconnect assembly for electrically interconnecting the earphones and the microphone in the helmet with the two-way radio and the public address system, wherein the electrical interconnect assembly includes one or more switches for electrically connecting the microphone in the helmet to either the two-way radio or the public address system.

2. The motorcycle communications system of claim 1, wherein the earphones comprise surround-sound earphones.

3. The motorcycle communications system of claim 1, wherein the switches comprise a first push-to-talk switch for connecting the microphone to the two-way radio.

4. The motorcycle communications system of claim 3, wherein the switches comprise a second push-to-talk switch for connecting the microphone to the two-way radio and a third push-to-talk switch for connecting the microphone to the public address system.

5. The motorcycle communications system of claim 4, wherein the first switch is carried by the motorcycle'"'"'s rider, and the second and third push-to-talk switches are mounted on the motorcycle.

6. The motorcycle communications system of claim 5, wherein the first push-to-talk switch connects the microphone to the two-way radio when the electrical interconnect assembly is both electrically connected and disconnected to the public address system.

7. The motorcycle communications system of claim 1, wherein the electrical interconnect assembly comprises:

a first assembly mounted on a motorcycle having a first push-to-talk switch for operating the two-way radio,

a second assembly removably coupled and electrically connected to the helmet, the two-way radio, and the first assembly, the second assembly having a second push-to-talk switch located proximate to and carried by the motorcycle rider for operating the two-way radio,

wherein the first push-to-talk switch works to operate the two-way radio when the second assembly is electrically connected to the first assembly, and the second push-to-talk switch works to operate the two-way radio when the second assembly is both electrically connected and disconnected to the first assembly.

8. The motorcycle communications system of claim 7, wherein the first push-to-talk switch is electrically parallel to the second push-to-talk switch.

9. The motorcycle communications system of claim 7, wherein the first assembly further comprises a third push-to-talk switch for operating the public address system.

10. The motorcycle communications system of claim 7, wherein the first assembly is coupled to a power connector on the motorcycle for supplying electrical power to the two-way radio when connected therewith.

11. The motorcycle communications system of claim 7, further comprising a breakaway cable assembly coupled between the helmet and the second assembly.

12. The motorcycle communications system of claim 1, wherein the electrical interconnect assembly includes a fixed helmet jack for connecting to the helmet.

13. The motorcycle communications system of claim 12, wherein the fixed helmet jack is molded into the electrical interconnect assembly.

14. A communications interconnect assembly, comprising:

an electrical interconnect assembly comprising one or more electrical cables and connectors,

the electrical interconnect assembly being removably coupled and electrically connected via the electrical cables and connectors to one or more earphones and a microphone, a two-way radio, and a public address (PA) system, wherein the electrical interconnect assembly includes one or more switches for selectively connecting the microphone to the two-way radio and the public address system.

15. The communications interconnect assembly of claim 14, wherein the earphones comprise surround-sound earphones.

16. The communications interconnect assembly of claim 14, wherein the switches comprise a first push-to-talk switch for connecting the microphone to the two-way radio.

17. The communications interconnect assembly of claim 16, wherein the switches comprise a second push-to-talk switch for connecting the microphone to the two-way radio and a third push-to-talk switch for connecting the microphone to the public address system.

18. The communications interconnect assembly of claim 16, wherein the first push-to-talk switch connects the microphone to the two-way radio when the electrical interconnect assembly is both electrically connected and disconnected to the public address system.

19. The communications interconnect assembly of claim 14, wherein the electrical interconnect assembly comprises:

a first assembly having a first push-to-talk switch for operating the two-way radio,

a second assembly removably coupled and electrically connected to the speakers, the microphone, the two-way radio, and the first assembly, the second assembly having a second push-to-talk switch for operating the two-way radio,

wherein the first push-to-talk switch works to operate the two-way radio when the second assembly is electrically connected to the first assembly, and the second push-to-talk switch works to operate the two-way radio when the second assembly is both electrically connected and disconnected to the first assembly.

20. The communications interconnect assembly of claim 19, wherein the first push-to-talk switch is electrically parallel to the second push-to-talk switch.

21. The communications interconnect assembly of claim 19, wherein the first assembly further comprises a third push-to-talk switch for operating the public address system.

22. The communications interconnect assembly of claim 19, wherein the first assembly is coupled to a power connector for supplying electrical power to the two-way radio when connected therewith.

23. The communications interconnect assembly of claim 19, further comprising a breakaway cable assembly coupled between the earphones and the microphone and the second assembly.

24. A radio assembly, comprising:

a public address (PA) system;

a two-way radio;

a microphone; and

an electrical interconnect assembly for electrically interconnecting the microphone, the two-way radio, and the public address system, wherein the electrical interconnect assembly includes at least one push-to-talk switch, wherein the push-to-talk switch selectively connects the microphone to the two-way radio and the public address system and wherein a first push-to-talk switch connects the microphone to the two-way radio when the electrical interconnect assembly is both electrically connected and disconnected to the public address system.

25. The radio assembly of claim 24, wherein the push-to-talk switches comprise a first push-to-talk switch and a second push-to-talk switch for connecting the microphone to the two-way radio and a third push-to-talk switch for connecting the microphone to the public address system.

26. The radio assembly of claim 24, wherein the electrical interconnect assembly comprises:

a first assembly having a first push-to-talk switch for operating the two-way radio,

a second assembly removably coupled and electrically connected to the microphone, the two-way radio, and the first assembly, the second assembly having a second push-to-talk switch for operating the two-way radio,

wherein the first push-to-talk switch works to operate the two-way radio when the second assembly is electrically connected to the first assembly, and the second push-to-talk switch works to operate the two-way radio when the second assembly is both electrically connected and disconnected to the first assembly.

27. The radio assembly of claim 26, wherein the first push-to-talk switch is electrically parallel to the second push-to-talk switch.

28. The radio assembly of claim 27, wherein the first assembly is coupled to a power connector for supplying electrical power to the two-way radio when connected therewith.

29. The radio assembly of claim 27, further comprising a breakaway cable assembly coupled between the microphone and the second assembly.

30. The radio assembly of claim 26, wherein the first assembly further comprises a third push-to-talk switch for operating the public address system.