Control arrangement for radio apparatus

Claim 2

Apparatus for controlling the output volume of radio apparatus having multiple output modes of operation comprising: a. means for selecting an output mode of operation of the radio apparatus; b. a single device for selectively setting volume and sending volume setting information to a microprocessor for each output mode of operation; c. said microprocessor capable of sensing the selected mode of operation and receiving volume setting information; d. a memory device associated with said microprocessor for storing volume setting information corresponding to each mode of operation; and e. wherein said microprocessor, upon sensing a selected mode of operation, is capable of retrieving the corresponding volume setting information and sending it to an attenuator to adjust audio signals supplied by the radio apparatus, and wherein said microprocessor is further capable of monitoring volume setting information from said selective volume setting device and updating said memory for the selected mode.

Claim 3

The apparatus of claim 1 further comprising an input-output interface connected between said microprocessor and said attenuator, said mode selecting means, and said selective volume setting device.

Claim 4

The apparatus of claim 1 wherein said selective volume setting device comprises a single manual control.

Claim 5

The apparatus of claim 1 wherein a first mode of operation is a standby mode for said radio apparatus and a second mode of operation is an operate mode for said radio apparatus.

Claim 6

The apparatus of claim 4 wherein said selective volume setting device comprises a single manual control.

Claim 7

The apparatus of claim 1 wherein said memory device comprises reprogrammable memory having storage capacity for said volume setting information.

Claim 8

The apparatus of claim 6 wherein said selective volume setting device comprises a single manual control.

Claim 9

The apparatus of claim 1 wherein said radio apparatus comprises a radio receiver for receiving calls and an alert tone generator for generating an audible tone when said radio receiver receives a call.

Claim 10

The apparatus of claim 8 wherein the volume of the tone of the alert tone generator is stored in said memory device.

Claim 11

Apparatus for controlling the output volume of radio apparatus through a loudspeaker and a handset comprising: a. a single volume control for selectively setting volume level of an audible signal from the radio apparatus for the loudspeaker and handset; b. switch means for selecting either the loudspeaker or the handset to receive the audible signal from the radio apparatus; c. a microprocessor for sensing the loudspeaker or handset being selected and receiving volume level information from said volume control or from a memory; d. said memory associated with said microprocessor for storing volume information corresponding to the loudspeaker or handset; e. an attenuator for receiving and attenuating signals from the radio apparatus, the output of which is passed through said switch means to either the loudspeaker or the handset; and f. an input-output interface interfacing with said microprocessor, said attenuator, the radio apparatus and said volume control, whereby said volume control causes said interface to lower attenuation to raise volume or to raise attenuation to lower volume, said volume information being stored in said memory, and whereby, upon reselecting the loudspeaker or handset, said microprocessor retrieves the corresponding volume information from said memory and automatically adjusts volume through the attenuator without the necessity of having to readjust said volume control.

Claim 12

Apparatus for controlling the output volume of radio apparatus through a loudspeaker and a handset comprising: a. a single volume control for selectively setting volume level of an audible signal from the radio apparatus for the loudspeaker and handset; b. switch means for selecting either the loudspeaker or the handset to receive the audible signal from the radio apparatus; c. a microprocessor for sensing the loudspeaker or handset being selected and receiving volume level information from said volume control or from a memory; d. said memory associated with said microprocessor for storing volume information corresponding to the loudspeaker or handset; e. an attenuator for receiving and attenuating signals from the radio apparatus, the output of which is passed through said switch means to either the loudspeaker or the handset; and f. an input-output interface interfacing with said microprocessor, said attenuator, the radio apparatus and said volume control, whereby said volume control causes said interface to lower attenuation to raise volume or to raise attenuation to lower volume, said volume information being stored in said memory, and whereby, upon reselecting the loudspeaker or handset, said microprocessor retrieves the corresponding volume information from said memory and automatically adjusts volume through the attenuator without the necessity of having to readjust said volume control.

Claim 13

The apparatus of claim 10 wherein said radio apparatus comprises a radio receiver for receiving calls and an alert tone generator for generating an alert tone when the radio receiver receives a call.

Claim 14

The apparatus of claim 11 further comprising a mode switch having an operate terminal connected to said radio receiver whereby an audio signal is applied through said attenuator to the loudspeaker or handset, and a standby terminal connected to said alert tone generator, whereby an alert signal is applied through said attenuator to the loudspeaker.