Radio communications and telephone network interface system

• US 5,937,334 A
• Filed: 09/30/1996
• Issued: 08/10/1999
• Est. Priority Date: 09/30/1996
• Status: Expired due to Fees

• Current Assignee: Fred Peterson
• Original Assignee: Fred Peterson
• Inventors: Peterson, Fred, Albing, Bradley
• Primary Examiner(s): Dolinar, Andrew M.
• Application Number:
  US08/724,515
• Time in Patent Office: 1,044 Days
• Field of Search: 455/74.1, 455/79, 455/462, 455/561, 455/555, 379/442, 379/443
• US Class Current: 455/74.1
• CPC Class Codes: H04M 1/725 Cordless telephones user interfaces specially adapted therefor H04M1/724
• CPC Class Codes: H04W 24/00 Supervisory, monitoring or testing arrangements
• CPC Class Codes: H04W 88/02 Terminal devices

Abstract

A phone patch 26 for interfacing between a radio 12 and a telephone network 32 includes means for electrically coupling audio signals between the radio 12 and the telephone network 32. A monitoring means is operationally coupled to the coupling means and may adjust the audio signals through operator controls 42. The monitoring means allows an operator to communicate with both the radio and telephone user and modify the audio signals to provide sufficient volume without overmodulation.

Claims

1. A phone patch for interfacing between a radio communications device and a telephone network, comprising:

means for electrically coupling audio signals between the radio communications device and the telephone network; and

means for monitoring the audio signals through the phone patch, wherein the monitoring means comprises;

an operator handset for monitoring the audio signals through the phone patch; and

audio signal modification means coupled to the operator handset and operable to modify the audio signals through the phone patch.

2. The phone patch of claim 1, wherein the audio signal modification means comprises a radio-to-phone audio signal amplitude control circuit operable to control the volume of an audio signal received from the radio communications device which is being coupled to the telephone network.

3. The phone patch of claim 1, wherein the audio signal modification means comprises a radio-to-handset audio signal amplitude control circuit operable to control the volume of an audio signal received from the radio communications device which is being coupled to the operator handset.

4. The phone patch of claim 1, wherein the audio signal modification means comprises a handset-to-radio audio signal amplitude control circuit operable to control the volume of an audio signal received from the operator handset which is being coupled to the radio communications device.

5. The phone patch of claim 1, wherein the audio signal modification means comprises a phone-to-handset audio signal amplitude control circuit operable to control the volume of an audio signal received from the telephone network which is being coupled to the operator handset.

6. The phone patch of claim 1, wherein the audio signal modification means comprises a phone-to-radio audio signal amplitude control circuit operable to control the volume of an audio signal received from the telephone network which is being coupled to the radio communications device.

7. The phone patch of claim 1, wherein the audio signal modification means comprises a handset-to-phone audio signal amplitude control circuit operable to control the volume of an audio signal received from the operator handset which is being coupled to the telephone network.

8. The phone patch of claim 1, wherein the operator handset comprises:

an earpiece coupled to the audio signal modification means for receiving audio signals from the radio communications device and the telephone network; and

a microphone coupled to the electrical coupling means for transmitting audio signals from an operator to either the radio communications device or the telephone network.

9. The phone patch of claim 1, further including a power switch which allows an operator to turn the phone patch on and off.

10. The phone patch of claim 1, further including an on-hook/off-hook switch associated with the coupling means and monitoring means which allows an operator in an off-hook mode to utilize the handset to talk with a user of the radio communications device without experiencing a dialtone while simultaneously being able to receive a call from the telephone network and allows the operator in an on-hook mode to place a call via the telephone network.

11. The phone patch of claim 1, further including a speakerphone switch associated with the coupling means and monitoring means which allows an operator to monitor and deliver audio signals through the phone patch without using the handset.

12. The phone patch of claim 1, further including a mute switch associated with the coupling means and the monitoring means which allows an operator to mute background noise while permitting a conversation between a party from the telephone network and a party on the radio communications device.