Radio receiver with tape deck having interrupt capability

Claim 2

A radio receiver with tape deck, comprising: a tape deck having: (a) a drive motor for driving a cassette tape; (b) a roller-capstan mechanism including a pinch roller and a capstan, said mechanism being adapted to guide the cassette tape nipped between said pinch roller and capstan on recording and reproducing of audio signals to and from a cassette tape; (c) a head brought into contact with the tape to record and reproduce the audio signals when the tape is nipped between the pinch roller and the capstan; (d) a plunger for actuating a head holding latch to move the pinch roller to a pinching-on state in which the tape is nipped between the pinch roller and the capstan when said plunger is energized and for releasing said head holding latch to move the pinch roller to a pinching-off state in which the tape is released from between the pinch roller and the capstan when said plunger is deenergized, and said radio receiver further comprising: (e) a radio receiving circuit for receiving broadcast waves including interrupt signals such as traffic and emergency information signals; (f) a demodulating circuit for demodulating the broadcast waves received by said radio receiving circuit; (g) an interrupt signal detecting circuit for detecting the interrupt signal from the signals demodulated by said demodulating circuit; (h) an output switching circuit for outputting radio voice signals from said radio receiving circuit if any interrupt signals are detected by said interrupt signal detecting circuit; and (i) a first power terminal for supplying electric power to said plunger in the event of a cassette tape being loaded into the tape deck, irrespectively of the state of said output switching circuit.

Claim 3

A radio receiver with tape deck as defined in claim 1 wherein said interrupt signal detecting circuit includes a microcomputer.

Claim 4

A radio receiver with tape deck, comprising: a tape deck having: (a) a drive motor for driving a cassette tape; (b) a roller-capstan mechanism including a pinch roller and a capstan, said mechanism being adapted to guide the cassette tape nipped between said pinch roller and capstan on recording and reproducing of audio signals to and from a cassette tape; (c) a head brought into contact with the tape to record and reproduce the audio signals when the tape is nipped between the pinch roller and the capstan; (d) a plunger for actuating a head holding latch to move the pinch roller to a pinching-on state in which the tape is nipped between the pinch roller and the capstan when said plunger is energized and for releasing said head holding latch to move the pinch roller to a pinching-off state in which the tape is released from between the pinch roller and the capstan when said plunger is de-energized, and said radio receiver further comprising: (e) a radio receiving circuit for receiving broadcast waves including interrupt signals such as traffic and emergency information signals; (f) a demodulating circuit for demodulating the broadcast waves received by said radio receiving circuit; (g) an interrupt signal detecting circuit for detecting the interrupt signal from the signals demodulated by said demodulating circuit; (h) an output switching circuit for outputting radio voice signals from said radio receiving circuit when audio playback signals are outputted from said tape deck and if any interrupt signals are detected by said interrupt signal detecting circuit; and (i) a first power terminal for supplying electric power to said plunger in the event of a cassette tape being loaded into the tape deck, irrespectively of the state of said output switching circuit, wherein a voltage is applied to said first power terminal only in the tape playback mode when the tape is loaded into the tape deck.

Claim 5

A radio receiver with tape deck, comprising: a tape deck having: (a) a drive motor for driving a cassette tape; (b) a roller-capstan mechanism including a pinch roller and a capstan, said mechanism being adapted to guide the cassette tape nipped between said pinch roller and capstan on recording and reproducing of audio signals to and from a cassette tape; (c) a head brought into contact with the tape to record and reproduce the audio signals when the tape is nipped between the pinch roller and the capstan; (d) a plunger for actuating a head holding latch to move the pinch roller to a pinching-on state in which the tape is nipped between the pinch roller and the capstan when said plunger is energized and for releasing said head holding latch to move the pinch roller to a pinching-off state in which the tape is released from between the pinch roller and the capstan when said plunger is de-energized, and said radio receiver further comprising: (e) a radio receiving circuit for receiving broadcast waves including interrupt signals such as traffic and emergency information signals; (f) a demodulating circuit for demodulating the broadcast waves received by said radio receiving circuit; (g) an interrupt signal detecting circuit for detecting the interrupt signal from the signals demodulated by said demodulating circuit; (h) an output switching circuit for outputting radio voice signals from said radio receiving circuit when audio playback signals are outputted from said tape deck and if any interrupt signals are detected by said interrupt signal detecting circuit; and (i) a first power terminal for supplying electric power to said plunger in the event of a cassette tape being loaded into the tape deck, irrespectively of the state of said output switching circuit, wherein a voltage is applied to said first power terminal only in the tape playback mode when the tape is loaded into the tape deck.

Claim 6

A radio receiver with tape deck as defined in claim 3 wherein said drive motor is energized by another electric power from a second power terminal distinct from said first power terminal.

Claim 7

A radio receiver with tape deck as defined in claim 4 wherein said second power terminal receives a voltage only when the tape is loaded into said tape deck and if said interrupt signal is not detected by said interrupt signal detecting circuit.

Claim 8

A radio receiver with tape deck as defined in claim 5, further comprising (j) a first transistor maintained at its "OFF" state when there is no interrupt detection signal from said interrupt signal detecting circuit; (k) a second transistor turned on when said first transistor is in its "OFF" state and the voltage is applied to said first power terminal; and (l) a third transistor turned on when said second transistor is turned on, whereby the power can be supplied from said second power terminal to said drive motor when said third transistor is turned on.

Claim 9

A radio receiver in combination with a tape deck, comprising: a tape deck including, a drive motor for driving a cassette tape; a pinch roller and a capstan adapted to guide the cassette tape nipped between said pinch roller and capstan; a head, brought into contact with the tape to reproduce audio signals; plunger means for moving the pinch roller to nip the tape between the pinch roller and the capstan when said plunger means is in an energized state and for moving the pinch roller to release the tape from between the pinch roller and the capstan when said plunger means is in a de-energized state, and a radio receiver including: a radio receiving circuit for receiving broadcast signals including interrupt signals; a demodulating circuit for demodulating said broadcast signals; an interrupt signal detecting circuit for detecting an interrupt signal from the demodulated broadcast signals; an output switching circuit for outputting radio signals derived from said demodulated broadcast signals when said interrupt signal is detected by said interrupt signal detecting circuit; wherein said plunger means maintains said energized state when said output switching circuit outputs said radio signals derived from said demodulated broadcast signals.

Claim 10

A radio receiver in combination with a tape deck, comprising: a tape deck including, a drive motor for driving a cassette tape; a pinch roller and a capstan adapted to guide the cassette tape nipped between said pinch roller and capstan; a head, brought into contact with the tape to reproduce audio signals; plunger means for moving the pinch roller to nip the tape between the pinch roller and the capstan when said plunger means is in an energized state and for moving the pinch roller to release the tape from between the pinch roller and the capstan when said plunger means is in a de-energized state, and a radio receiver including: a radio receiving circuit for receiving broadcast signals including interrupt signals; a demodulating circuit for demodulating said broadcast signals; an interrupt signal detecting circuit for detecting an interrupt signal from the demodulated broadcast signals; an output switching circuit for outputting radio signals derived from said demodulated broadcast signals when said interrupt signal is detected by said interrupt signal detecting circuit; wherein said plunger means maintains said energized state when said output switching circuit outputs said radio signals derived from said demodulated broadcast signals.

Claim 11

The radio receiver in combination with a tape deck as defined in claim 7 wherein said interrupt signal detecting circuit includes a microcomputer.

Claim 12

The radio receiver in combination with a tape deck as defined in claim 7 wherein said plunger means is energized only when a tape is loaded into said tape deck.

Claim 13

The radio receiver in combination with a tape deck as defined in claim 9 wherein said plunger and said drive motor are energized by first and second power terminals respectively.

Claim 14

The radio receiver in combination with a tape deck as defined in claim 10 wherein said second power terminal receives a voltage only when a tape is loaded into said tape deck and when said interrupt signal is not detected by said interrupt signals detecting circuit.

Claim 15

The radio receiver in combination with a tape deck as defined in claim 11, further comprising a first transistor maintained at its "OFF" state when there is no interrupt detection signal from said interrupt signal detecting circuit; a second transistor turned on when said first transistor is in its "OFF" state and voltage is applied to said first power terminal; and a third transistor turned on when said second transistor is turned on, whereby power is supplied from said second power terminal to said drive motor when said third transistor is turned on.

Claim 18

The method of claim 13 further including the step of loading a tape into said tape deck; and step (g) and step (h) are performed only when said tape is loaded into said tape deck.

Claim 21

The apparatus of claim 15 further including means for determining whether a tape is loaded into said tape deck and outputting an output signal in response to the determination; and wherein said moving means is responsive to the output signal.