Mobile telephone device with low power consumption

• US 5,054,052 A
• Filed: 07/06/1989
• Issued: 10/01/1991
• Est. Priority Date: 04/03/1989
• Status: Expired

• Current Assignee: Mitsubishi Denki Kabushiki Kaisha (Mitsubishi Electric Corporation)
• Original Assignee: Mitsubishi Denki Kabushiki Kaisha (Mitsubishi Electric Corporation)
• Inventors: Nonami, Takayuki
• Primary Examiner(s): Eisenzopf, Reinhard J.
• Assistant Examiner(s): Negash, Kinfe-Michael
• Application Number:
  US07/376,039
• Time in Patent Office: 817 Days
• Field of Search: 379/56, 379/57, 379/58, 379/142, 379/413, 455/127, 455/343, 340/825.44
• US Class Current: 455/574
• CPC Class Codes: H04M 2203/658 Combination of voice calls and paging
• CPC Class Codes: H04W 52/028 switching on or off only a part of the equipment circuit blocks
• CPC Class Codes: H04W 88/02 Terminal devices
• CPC Class Codes: H04W 88/06 adapted for operation in multiple networks or having at least two operational modes, e.g. multi-mode terminals
• CPC Class Codes: Y02D 30/70 in wireless communication networks

Abstract

A mobile telephone device comprises a separate paging signal channel in addition to the conventional transceiver channels which process voice signals. The paging signal channel has a lower power consumption level than the transceiver channels. A power supply control device shuts off power to the conventional transceiver channels when in a standby mode, i.e. when waiting for an incoming call, and applies power to the paging signal channel instead. Therefore, power consumption is reduced in the standby mode and consequently, the operating time of the battery is extended. Power is applied to the transceiver channels during voice communication periods. A calling party'"'"'s telephone number received in the paging signal channel is stored and displayed. A control unit has the capability of immediately returning the calling party'"'"'s call from the telephone number so stored and displayed.

Claims

1. A mobile telephone device comprising:

an antenna for transmitting or receiving a first high frequency signal having either a voice signal or a control signal modulated thereon and receiving a second high frequency signal having a paging signal modulated thereon;

receiver means connected to the antenna and the below recited control means for demodulating the first high frequency signal received with said antenna to a base band signal;

transmitter means connected to the antenna and the below recited control means for modulating a base band signal of either a voice signal or control signal to generate an outgoing signal of the first high frequency via the antenna;

paging signal receiver means connected to the antenna for extracting the paging signal from the second high frequency signal received by said antenna;

data modulation/demodulation means connected to said transmitter means and receiver means so as to convert either an incoming control signal or an outgoing digital control signal received by or to be output from the antenna;

frequency synthesizer means providing a tuned frequency for said transmitter means and receiver means and connected therebetween;

voice inputting means and voice outputting means for inputting and outputting voice signals into and from said device;

voice signal processing means for processing voice signals inputted from the voice inputting means to output it to said transmitter means and further processing a base band signal inputted from said receiving means to output it to said voice outputting means;

operator input means for outputting control signals selected by an operator to a control means within the device;

display means for displaying a calling party'"'"'s telephone number received by the paging signal receiver means;

said control means being responsive to a control signal from said operator input means for causing the display of the calling party'"'"'s telephone number on said display means;

instantaneous calling means contained in said operator input means, for detecting the calling party'"'"'s telephone number in a paging signal outputted by said paging signal receiver means and outputting said calling party'"'"'s telephone number as said outgoing digital control signal to said data modulation/demodulation means in response to an excitation signal inputted by an operator to said operation input means;

power supply means for supplying electrical power to said telephone device, said power supply means being connected to each of the foregoing means of the mobile telephone device; and

power supply control means connected to said power supply means for shutting off the supply of electrical power from said power supply means to at least said frequency synthesizer means when waiting for an incoming paging signal.

2. A mobile telephone device according to claim 1 wherein the paging receiver means comprises a paging receiver filter for extracting a high frequency signal containing a paging signal from the second high frequency signal received by said antenna, means for converting the output signal of the paging receiver filter to a base band signal and demodulator means for converting said base band signal into a digital signal and outputting said digital signal to said control means.

3. A mobile telephone device according to claim 1 in which the control means includes a calling party'"'"'s telephone number reserving means for reserving said calling party'"'"'s telephone number in said display means if an excitation signal is not generated by the instantaneous calling means within a specified period of time following receipt of a paging signal.

4. A mobile telephone device according to claims 1 or 3 in which a ringing element connected to said control means is provided and the control means includes ringing means for driving said ringing element either until said excitation signal is inputted or for a specified period of time.

5. A mobile telephone device according to claim 1 in which the control means includes instructing means for giving an instruction to shut off the power supply control means to the supply of electrical power to at least said frequency synthesizer upon completion of any communication with the calling party.

6. A mobile telephone device according to claim 1 further including synthetic voice generator means for storing a voice message and outputting the voice message to said voice signal processing means, means as a voice signal, and contained in said control means for giving an instruction to output said voice message if an excitation signal is not generated by the instantaneous calling means within a specified period of time following receipt of a paging signal.

7. A mobile telephone device according to claim 6 in which the synthetic voice generating means includes a ROM having data coded with a voice message and a demodulation LSI for demodulating the coded data within the ROM into a voice signal.

8. A mobile telephone device according to claim 1 in which the control means is a microprocessor containing a central processing device and a memory for storing the calling party'"'"'s telephone number.

9. A mobile telephone device comprising:

an antenna for transmitting or receiving a first high frequency signal having a voice signal or a control signal modulated thereon and for receiving a second high frequency signal having a paging signal modulated thereon;

receiver means connected to the antenna and the below recited control means for demodulating the first high frequency signal received by said antenna into a base band signal;

transmitter means connected to the antenna and the below recited control means for modulating either a voltage signal or a base band signal of a control signal to generate an outgoing signal of the first high frequency signal via the antenna;

paging signal receiver means connected to the antenna for extracting a paging signal from the second high frequency signal received by said antenna;

data modulation/demodulation means connected to said transmitter means and receiver means for converting either an incoming control signal or an outgoing digital control signal received by or to be output from the antenna;

frequency synthesizer means for providing a tuned frequency for said transmitter means and receiver means and connected therebetween;

voice inputting means and voice outputting means for inputting and outputting voice signals into and from said device;

voice signal processing means for processing voice signals inputted from the voice inputting means to output it to said transmitter means and further processing a base band signal inputted from said receiver means to output it to said voice outputting means;

operator input means for inputting a transfer telephone number associated with a telephone at a remote location and to input an energization and completion signal to a control means within the device;

display means for displaying a calling party'"'"'s telephone number received by the paging signal receiver means;

control means for acknowledging a paging signal inputted from said paging signal receiver means and displaying a calling party'"'"'s telephone number on said display means;

synthetic voice generator means for storing numerical data convertible to voice signal data and outputting the voice signal data to said voice signal processing means as a voice signal;

transferring means contained in said control means for storing a transfer telephone number associated with a remote telephone device inputted to said operator input means and the calling party'"'"'s telephone number detected in the paging signal by said paging signal receiver means, and outputting said transfer telephone number to said data modulation/demodulation means as said outgoing digital control signal in response to an energization signal inputted from said operator input means;

voice responding means contained in said control means for outputting a series of numbers corresponding to said calling party'"'"'s telephone number to said synthetic voice generator means;

power supply means for supplying electrical power to said telephone device, said power supply means being connected to each of the foregoing means of the mobile telephone device; and

power supply control means for shutting off the supply of electrical power from said power supply means to at least the frequency synthesizer means when waiting for an incoming paging signal.

10. A mobile telephone device according to claim 9 wherein the paging receiver means comprises a paging receiving filter for extracting a high frequency signal containing a paging signal from the second high frequency signal received by said antenna, paging demodulator means demodulating an output signal from the paging receiving filter to a base band signal, and paging convertor means for converting said base band signal into a digital signal to output it to said control means.

11. A mobile telephone device according to claim 9 in which the control means includes a calling party'"'"'s telephone number reserving means for reserving said calling party'"'"'s telephone number on said display means.

12. A mobile telephone device according to claims 9 or 11 wherein a ringing element connected to said control means is provided and the control means includes ringing means for driving said ringing element until said energization signal is inputted or for a specified period of time.

13. A mobile telephone device according to claim 9 in which the power supply control means includes instruction means for shutting off electrical power to at least said frequency synthesizer from said power supply means upon completion of communication with a party.

14. A mobile telephone device according to claim 9 wherein the voice responding means includes a ROM storing data having a voice message converted to a code, and a decoding LSI for decoding the coded data within the ROM to a voice signal.

15. A mobile telephone device according to claim 9 in which the control means is a microprocessor circuit including a central processor and a memory for storing said calling party'"'"'s telephone number and said transfer telephone number.

16. A mobile telephone device comprising:

a main body for containing,

an antenna for transmitting or receiving a first high frequency signal having a voice signal or a control signal modulated thereon and receiving a second high frequency signal having a paging signal modulated thereon;

receiver means connected to the antenna and the below recited control means for demodulating the first high frequency signal received with said antenna to a base band signal;

transmitter means connected to the antenna and the below recited control means for modulating a base band signal of either a voice signal or a control signal to generate an outgoing signal of the first high frequency via the antenna;

paging signal receiver means connected to the antenna for extracting a paging signal from a second high frequency signal received by said antenna;

data modulation/demodulation means connected to said transmitter means and receiver means for converting either an incoming control signal or an outgoing digital control signal received by or to be output from the antenna;

frequency synthesizer means for providing a tuned frequency to said transmitter means and receiver means and connected therebetween;

voice signal processing means for processing an inputted voice signal to output it to said transmitter means, and processing a base band signal inputted from said receiver means to output it as a voice signal;

control means including instantaneous calling means for detecting a calling party'"'"'s telephone number in a paging signal outputted by said paging signal receiver means and for outputting said calling party'"'"'s telephone number to said data modulation/demodulation means as said outgoing digital control signal in response to an inputted energization signal from the below recited operator input means;

power supply means for supplying electrical power to said telephone device, said power supply means being connected to each of the foregoing means in the main body of the device and each means in the below recited handset;

power supply control means for shutting off the supply of electrical power from said power supply means to at least said frequency synthesizer means when waiting for an incoming paging signal;

a handset containing,

said operator input means connected to said control means for inputting an energization signal and a terminating signal thereto;

display means connected to the control means for displaying a calling party'"'"'s telephone number received by said control means from said paging signal receiver means;

handset control means for acknowledging a signal inputted from said operator input means to output it to said control means and for displaying the calling party'"'"'s telephone number inputted from said control means to said display means;

voice inputting means and voice outputting means for use in inputting and outputting voice signals to and from said device;

handset voice signal processing means for processing voice signals inputted from said voice inputting means to output said voice signal and for supplying a voice signal inputted from said voice signal inputting means to said voice outputting means; and

handset power supply control means for shutting off the supply of electrical power from said power supply means to at least said handset voice signal processing means before performing a call to said calling party.

17. A mobile telephone device according to claim 16 in which the paging receiver means includes a paging receiving filter for extracting a high frequency signal containing a paging signal from the second high frequency signal received with said antenna, paging demodulator means for demodulating an output signal from the paging receiving filter to a base band signal, and paging converter means for converting said base band signal into a digital signal and outputting it to said control means.

18. A mobile telephone device according to claim 16 wherein the control means includes a calling party'"'"'s telephone number reserving means for reserving said calling party'"'"'s telephone number on said display means in the event that an energization signal is not detected from said handset control means within a specified period of time of receipt of a paging signal.

19. A mobile telephone device according to claims 16 or 18 wherein a ringing element is connected to said handset control means, and the handset control means includes ringing means for instructing said ringing element until the generation of said energization signal or for a specified period of time.

20. A mobile telephone device according to claim 16 in which the control means includes instructing means for giving an instruction for shutting off electrical power to at least said frequency synthesizer means from said power supply means upon completion of communication, and said handset controlling means includes a handset instructing means for shutting off the supply of electrical power to at least said handset voice signal processing means from said handset power supply means upon completion of the communication.

21. A mobile telephone device according to claim 16 wherein there is provided a voice responding means connected to said control means to store a voice message and to output this voice message to said voice signal processing means, and voice responding means being contained in said control means to give an instruction to output said voice message after a calling operation through said instantaneous calling means.

22. A mobile telephone device according to claim 21 in which the voice responding means includes a ROM storing data having coded voice messages and a decoding LSI for decoding the coded data within the ROM to a voice signal.

23. A mobile telephone device according to claim 16 in which the control means is a microprocessor circuit including a central processor and a memory for storing said calling party'"'"'s telephone number, and the handset control means is a microprocessor circuit including a central processor.

24. A mobile telephone device comprising:

a main body containing,

an antenna for transmitting or receiving a first high frequency signal having a voice signal or a control signal modulated thereon and receiving a second high frequency signal having a paging signal modulated thereon;

receiver means connected to the antenna and the below recited control means for demodulating the first high frequency signal received with said antenna to a base band signal;

transmitter means connected to the antenna and the below recited control means for modulating either a voice signal or a base band signal or a control signal to generate an outgoing signal of the first high frequency via the antenna;

paging signal receiver means connected to the antenna for extracting a paging signal from the second high frequency signal received by said antenna;

data modulation/demodulation means connected to said transmitter means and receiver means for converting either an incoming control signal or an outgoing digital control signal received by or to be output from the antenna;

frequency synthesizer means for providing a tuned frequency to said transmitter means and receiver means and connected therebetween;

voice signal processing means for processing an inputted voice signal to output it to said transmitter means and to process a base band signal inputted from said receiver means to output it as a voice signal;

synthetic voice generator means connected to the voice signal processing means for storing numerical data convertible to voice signal data and outputting this data as a voice signal to said voice signal processing means;

control means including transferring means for storing a transfer telephone number associated with a remote telephone inputted to the below recited operator input means contained in the below recited handset and storing a calling party'"'"'s telephone number detected in the paging signal outputted by said paging signal receiver means and outputting said calling party'"'"'s telephone number to said data modulation/demodulation means as said outgoing digital control signal in response to an inputted energization signal from said operator input means;

voice responding means included in said control means for outputting a series of numbers corresponding to said calling party'"'"'s telephone number to said synthetic voice generator means after calling operation is performed through said transferring means;

power supply means for supplying electrical power to said telephone device, said power supply means being connected to each of the foregoing means in the main body of the device and each means in the below recited handset; and

power supply control means for shutting off the supply of electrical power to at least said frequency synthesizer means while waiting for receipt of a paging signal;

a handset containing,

said operator input means for inputting to said control means a transfer telephone number associated with the remote telephone and further inputting an energization signal and a terminating signal;

display means connected to the control means for displaying a calling party'"'"'s telephone number received by said control means from said paging signal receiver means;

handset control means for outputting the transfer telephone number inputted from said operator input means and the energization signal to said control means and displaying the calling party'"'"'s telephone number on said display means;

voice inputting means and voice outputting means for inputting and outputting voice signals to and from said handset;

handset voice signal processing means for processing a voice signal inputted form the voice inputting means to output it to said voice signal processing means and providing a voice signal inputted from said voice signal processing means to said voice outputting means; and

handset power supply control means for shutting off the supply of power from said power supply means to at least said handset voice signal processing means when waiting for a paging signal.

25. A mobile telephone device according to claim 24 wherein the paging receiver means includes a paging receiving filter for extracting a high frequency signal containing a paging signal from the second high frequency signal received with said antenna;

signal of the paging receiving filter to the base band signal; and

paging converter means for converting said base band signal into a digital signal and outputting it to said control means.

26. A mobile telephone device according to claim 24 in which the control means includes calling party'"'"'s telephone number restoring means for instructing said calling party'"'"'s telephone number to be reserved in the display means of handset.

27. A mobile telephone device according to claim 24 wherein a ringing element connected to said handset control means is provided, and the handset control means includes ringing means for driving said ringing element until said energization signal is inputted or for a specified period of time.

28. A mobile telephone device according to claim 24 in which the control means includes instructing means for giving an instruction to shut off electrical power to at least said frequency synthesizer means upon completion of communication with the calling party, and said handset control means includes handset instructing means for giving an instruction to shut off electrical power to at least said handset voice signal processing means upon termination of communication with the calling party.

29. A mobile telephone device according to claim 24 in which the synthetic voice generating means includes a ROM storing data having a coded voice message, and a decoding LSI for decoding the coded data in the ROM to a voice signal.

30. A mobile telephone device according to claim 24 in which the controlling means is a microprocessor including a central processor and a memory storing said calling party'"'"'s telephone number and said transferred telephone number, and the handset controlling means is a microprocessor including a central processing device.

31. A mobile telephone device comprising:

a main body for containing,

an antenna for receiving a first high frequency having a voice signal or a control signal modulated thereon;

receiver means connected to the antenna and the below recited control means for demodulating a first high frequency signal received with said antenna to a base band signal;

transmitter means connected to the antenna and the below recited control means for modulating either a voice signal or a base band signal of a controlling signal to generate a first high frequency signal via the antenna;

data modulation/demodulation means connected to said transmitter means and receiver means for converting either an incoming control signal or an outgoing digital control signal received by or to be output from the antenna;

frequency synthesizer means providing a tuned frequency to said receiver means and transmitter means and connected therebetween;

voice signal processing means for processing an inputted voice signal to output it to said transmitter means and for processing a base band signal inputted from said receiver means to output it as a voice signal;

control means including instantaneous calling means for outputting a calling party'"'"'s telephone number received from said paging signal receiver means to said data modulation/demodulation means as said outgoing digital control signal in response to an energization signal;

simplified wireless means connected to said control means and voice signal processing means for receiving a control signal modulated to a third high frequency signal to output it to said instantaneous calling means, for modulating a voice signal outputted from said voice signal processing means to said third high frequency signal to output it, and for inputting the voice signal modulated into said third high frequency signal to output it to said voice signal processing means;

a simplified wireless antenna for transmitting the third high frequency signal outputted from said simplified wireless means, receiving the third high frequency signal to output it to said simplified wireless means;

power supply means for supplying electrical power to each of the means contained within the main body; and

power supply control means for shutting off the supply of electrical power from said power supply means to at least said frequency synthesizer means when waiting for the receipt of an incoming call;

a handset for containing,

operator input means for inputting an energization signal and a termination signal to the below recited handset control means;

display means connected to said handset control means for displaying a calling party'"'"'s telephone number;

a handset antenna for receiving a second high frequency signal having a paging signal modulated thereon, transmitting or receiving a third high frequency signal having a voice signal or a control signal modulated thereon;

paging signal receiver means connected to said handset antenna for extracting a paging signal from the third high frequency signal received by said handset antenna;

handset control means for detecting a calling party'"'"'s telephone number in a paging signal outputted by said paging signal receiver means and for recognizing an energization signal inputted from said operator input means;

voice inputting means and voice outputting means for inputting or outputting voice signals to or from the handset;

voice signal processing means for processing a voice inputted from said voice inputting means and providing an inputted voice signal to said voice outputting means;

handset simplified wireless means for modulating an energization signal outputted from said handset control means and a calling party'"'"'s telephone number into said third high frequency signal as a control signal, or modulating a voice signal outputted from said handset voice signal processing means onto said third high frequency signal to output it to said handset antenna, and then modulating the third high frequency signal received with said handset antenna having a voice signal modulated thereon to output the voice signal to said handset voice signal processing means;

handset power supply means for supplying electrical power to each of the means within said handset; and

handset power supply control means for shutting off the supply of electrical power from said handset power supply means to at least sand handset voice signal processing means when waiting for receipt of a paging signal.

32. A mobile telephone device according to claim 31 wherein the paging receiver means includes a paging receiver filter for extracting a high frequency signal containing a paging signal from the second high frequency signal received with said handset antenna, paging demodulator means for demodulating an output signal of the paging receiver filter to a base band signal, and paging demodulator means for converting said base band signal to a digital signal to output it to said handset control means.

33. A mobile telephone device according to claim 31 wherein said control means in said main housing includes calling party'"'"'s telephone number receiving means for reserving said calling party'"'"'s telephone number in said display means of said handset via said simplified wireless means and handset simplified wireless means in the event that an energization signal is not received from said simplified wireless means within a specified period of time from receipt of a paging signal.

34. A mobile telephone device according to claims 31 or 33 wherein the handset includes a ringing element, and the handset control means includes ringing means for driving said ringing element until a return call is initiated by the energization signal or for a specified period of time.

35. A mobile telephone device according to claim 31 wherein the control means includes instruction means for shutting off the supply of electrical power to at least said frequency synthesizer means from said power supply means upon completion of communication with a calling party and said handset control means includes handset instruction means for shutting off the supply of electrical power from said handset power supply means to at least said handset voice signal processing means upon completion of the communication with the calling party.

36. A mobile telephone device according to claim 31 in which simplified wireless means and handset simplified wireless means include a cordless transmitting or receiving machine for receiving a signal by using a frequency of each of cordless telephones.

37. A mobile telephone device according to claim 31 wherein there is provided voice responding means for storing a voice message and outputting this voice message to said voice signal processing means as a voice signal, and additional voice responding means within said control means for giving an instruction to output said voice message in response to the generation of an energization signal from said instantaneous calling means.

38. A mobile telephone device according to claim 37 wherein the voice responding means includes a ROM storing coded data of voice messages and a decoding LSI for decoding coded data in the ROM to a voice signal.

39. A mobile telephone device according to claim 31 wherein the control means is a microprocessor circuit including a central processor and a memory for storing said calling party'"'"'s telephone number, and the handset control means is a microprocessor circuit including a central processor.

40. A mobile telephone device according to claim 31 wherein the power supply means is a battery mounted in a vehicle.

41. A mobile telephone device comprising:

a main body containing,

an antenna for receiving a first high frequency signal having a voice signal for a control signal modulated thereon;

receiver means connected to the antenna and the below recited control means for modulating a first high frequency signal received by said antenna to a base band signal;

transmitter means connected to the antenna and the below recited control means for modulating either the voice signal or a base band signal of a control signal to generate an outgoing signal of the first high frequency via the antenna;

data modulation/demodulation means connected to said transmitter means and receiver means for converting either said incoming control signal or an outgoing digital control signal received by or to be output from the antenna;

frequency synthesizer means for providing a tuned frequency to said receiver means and transmitter means and connected therebetween;

voice signal processing means for processing an inputted voice signal to output it to said transmitter means and for processing the base band signal inputted from said receiver means to output it as a voice signal;

synthetic voice generator means connected to the voice signal processing means for storing numerical data convertible to voice signal data and for outputting the voice signal data to said voice signal processing means as a voice signal;

control means including transferring means storing an inputted transfer telephone number associated with a remote telephone and a calling party'"'"'s telephone number received from the below recited paging signal receiver means within the below recited handset and for outputting said transfer telephone number as said outgoing digital control signal to said data modulation/demodulation means in response to an inputted energization signal;

voice responding means included in said control means for outputting a series of numbers corresponding to said calling party'"'"'s telephone number to said synthetic generating means after a call placed through said transferring means is performed;

simplified wireless means connected to said control means for receiving a control signal modulated to a third high frequency signal to output it to said transferring means, modulating a voice signal outputted from said voice signal processing means to said third high frequency to output it, and inputting a voice signal modulated to said third high frequency signal to output it to said voice signal processing means;

an output simplified wireless antenna for transmitting a third high frequency signal outputted from said simplified wireless means, receiving the third high frequency signal to output it from said simplified wireless means;

power supply means for supplying electrical power to each of the means within the main body; and

power supply control means for shutting off the supply of electrical power to at least said frequency synthesizer when waiting for a paging signal;

a handset containing,

operator input means for inputting a transfer telephone number associated with a remote telephone and inputting the calling party'"'"'s telephone number received by the below recited paging signal receiver means and inputting an energization signal and a termination signal;

display means connected to the below recited handset control means for displaying the calling party'"'"'s telephone number;

a handset antenna for receiving a second high frequency signal having a paging signal modulated thereon, transmitting or receiving a third high frequency signal having a voice signal or a control signal modulated thereon;

paging signal receiver means for extracting a paging signal from the third high frequency signal received with said handset antenna;

handset control means for detecting a calling party'"'"'s telephone number in a paging signal outputted by said paging signal receiver means and recognizing an energization signal inputted from said operator input means;

voice inputting means and voice outputting means for inputting and outputting voice signals from said handset;

handset voice signal processing means for processing a voice inputted from said voice inputting means and providing an inputted voice signal to said voice outputting means;

handset simplified wireless means for modulating an energization signal outputted from said handset control means, a calling party'"'"'s telephone number and a transfer telephone number to said third high frequency signal as a control signal, or modulating a voice signal outputted from said handset voice signal processing means to said third high frequency signal to output it to said handset antenna, and at the same time for demodulating a third high frequency signal received with said handset antenna having a voice signal modulated thereon and for outputting it to said handset voice signal processing means;

handset power supply means for supplying electrical power to each means in the handset; and

handset power supply control means for shutting off said handset power supply before a calling operation.

42. A mobile telephone device according to claim 41 wherein the paging receiving means includes a paging receiver filter for extracting a paging signal from the second high frequency signal received with said handset antenna, paging demodulator means demodulating an output signal of the paging receiver filter to a base band signal, and paging converter means for converting said base band signal into a digital signal and outputting it to said control means.

43. A mobile telephone device according to claim 41 wherein the control means includes calling party'"'"'s telephone number reserving means for reserving said calling party'"'"'s telephone number on said display means in the event that said simplified wireless means does not receive an energization signal for a specified period of time after receipt of a paging signal.

44. A mobile telephone device according to claims 41 or 43 wherein the handset includes a ringing element, the control means includes ringing means from driving said ringing element through said simplified wireless means and the handset controlling means until said energization signal is inputted or for a specified period of time.

45. A mobile telephone device according to claim 41 wherein the control means includes instructing means to give an instruction to shut off electrical power to at least said frequency synthesizer from said power supply means upon completion of communication, and said handset control means includes handset instructing means to give an instruction to shut off the supply of electrical power to at least said handset voice signal processing means from said handset power supply means upon completion of communication.

46. A mobile telephone device according to claim 41 wherein the simplified wireless means and the handset simplified wireless means include cordless transmitting and receiving machines for receiving a signal by using the frequencies of the third high frequency signal.

47. A mobile telephone device according to claim 41 wherein the voice responding means includes a ROM storing data having voice message coded therein and a decoding LSI for decoding the coded data within the ROM.

48. A mobile telephone device according to claim 41 wherein the control means is a microprocessor including a central processor and a memory storing said calling party'"'"'s telephone number and said transfer telephone number, and the handset control means is a microprocessor circuit including a central processor device.

49. A mobile telephone device according to claim 41 wherein the power supply means is a battery to be mounted in a vehicle.

50. A mobile telephone device comprising:

an antenna for receiving and transmitting high frequency communication signals;

operator input/output means for enabling an operator to input data or voice communications into said telephone device or receive data or voice communications from the device via said antenna, said input/output means including,

means for generating a standby signal for initiating a call waiting period in which the telephone device can receive incoming calls, and

means for generating a transmit signal for initiating a voice transmission period in which the telephone device can transmit and receive voice and data communications;

control means connected to said operator input/output means for receiving said standby and transmit signals to place said telephone device in either standby or voice transmission modes, respectively;

first signal processor means connected to said antenna and said control means for receiving and transmitting voice and data communication signals from and to the antenna, and transporting said voice and data communication signals between the antenna and the control means, said first signal processor means having a first power consumption level when energized by electrical power;

second signal processor means connected to said antenna and said control means for receiving data communication signals of incoming calls from the antennae and transporting the data communication signals from the antenna to the control means, said second signal processor means having a second power consumption level when energized by electrical power which is lower than the first power consumption level of the first processor means;

power supply means connected to each of the above-recited means for energizing the telephone device with electrical power; and

power supply control means, responsive to the control means placing the telephone device in the standby mode, for selectively supplying said electrical power only to said operator input/output means, control means and second signal processor means, and responsive to the control means placing the telephone device in a voice transmission mode, for also supplying said electrical power to said first signal processor means.

51. The mobile telephone device of claim 50 wherein said control means includes:

phone number identification means for analyzing the data communication signals of incoming calls processed by said second signal processor means and identifying a telephone number of a calling party that made the incoming call;

memory means for storing the telephone number of the calling party; and

readout means for retrieving the telephone number of the calling party from the memory means, and applying the number to said first signal processor means during the voice transmission mode responsive to the generation of a transmit signal from said operator input/output means in order to initiate a return call to the calling party.

52. The mobile telephone device of claim 51 wherein said operator input/output means includes:

display means for displaying the telephone number of the calling party identified by the control means and stored in the memory means.

53. The mobile telephone device of claim 50 wherein said operator input/output means includes:

display means for displaying message data contained in incoming calls processed by said second signal processor means.

54. The mobile telephone device of claim 50 further comprising:

synthetic voice generator means for generating selected voice messages and applying said messages to said first signal processor means; and

means within the control means for detecting the receipt of an incoming call and automatically outputting a transmit signal from said control means if a transmit signal has not been generated by said operator input/output means within a predetermined time of receipt of an incoming call, said transmit signal output from said control means placing the telephone device in a voice transmission mode and causing the transmission of a selected voice message from the synthetic voice generator means via the first signal processor means to the calling party.

55. The mobile telephone device of claim 51 further comprising:

synthetic voice generator means for generating selected voice messages and applying said messages to said first signal processor means; and

means within the control means for detecting the receipt of an incoming call and automatically outputting a transmit signal from said control means if a transmit signal has not been generated by said operator input/output means within a predetermined time of receipt of an incoming call, said transmit signal output from said control means placing the telephone device in a voice transmission mode and causing the transmission of a selected voice message from the synthetic voice generator means via the first signal processor means to the calling party.

56. The mobile telephone device of claim 50 further comprising:

synthetic voice generator means for generating selected voice messages and applying said messages to said first signal processor means;

said control means including,

phone number identification means for analyzing the data communication signals of incoming calls processed by said second signal processor means and identifying a telephone number of a calling party that made the incoming call;

said operator input/output means including means for inputting a transfer telephone number to which incoming call data can be transferred;

memory means for storing the calling party'"'"'s telephone number and the transfer telephone number to which said incoming call data can be transferred; and

readout means for retrieving both the calling party and transfer telephone numbers from the memory means;

said control means applying signals retrieved by the readout means related to the calling party'"'"'s telephone number to said synthetic voice generating means in order to apply synthetic voice signals, capable of enunciating the calling party'"'"'s telephone number, to said first signal processor means;

said control means also applying signals retrieved by said readout means related to said transfer telephone number to said first signal processor means in order to initiate voice communication to a remote telephone device having said transfer telephone number, said communication including synthetic voice enunciation at the remote telephone device of the calling party'"'"'s telephone number.

57. The mobile telephone device of claim 56, wherein said control means also causes said synthetic voice generator means to apply selected voice messages in addition to the calling party'"'"'s telephone number to said first signal processor means.

58. The mobile telephone device of claim 50 wherein the high frequency communication signals received or transmitted by said antenna include first high frequency signals and second high frequency signals of different respective frequencies, said first processor means processing only said first high frequency signals and said second processing means processing only said second high frequency signals.

59. A mobile telephone device according to claim 58 wherein said second signal processor means comprises a filter for extracting the second high frequency signals received by said antenna, means for converting the output signal of the filter to a base band signal and demodulator means for converting said base band signal into a digital signal and outputting said digital signal to said control means.

60. A mobile telephone device according to claims 50 or 58 in which a ringing element connected to said control means is provided and the control means includes ringing means for driving said ringing element either until said transmit signal is inputted or for a specified period of time.

61. A mobile telephone device according to claims 50 or 58 in which the control means includes instructing means for giving an instruction to the power supply control means to shut off the supply of electrical power to the telephone device upon completion of communication of the voice transmission mode.

62. A mobile telephone device according to claim 54 in which the synthetic voice generating means includes ROM having data coded with a voice message and a demodulation LSI for demodulating the coded data within the ROM into a voice signal.

63. A mobile telephone device according to claims 50 or 58 in which the control means is a microprocessor containing a central processing device and a memory for storing said calling party'"'"'s telephone number.

64. A communication system comprising:

a mobile telephone device having a main body containing,

a first antenna for receiving and transmitting high frequency communication signals;

operator input/output means for enabling an operator to input data or voice communications into said telephone device or receive data or voice communications from the device via said first antenna, said input/output means including,

means for generating a transmit signal for initiating a voice transmission mode in which the telephone device can transmit and receive voice and data communications, and

means for generating a receive signal for initiating a standby mode in which the telephone device can receive incoming calls;

first control means connected to said operator input/output means for receiving said standby and transmit signals to place said telephone device in either standby or voice transmission modes, respectively;

first signal processor means connected to said first antenna and said first control means for receiving and transmitting voice and data communication signals from and to the first antenna, and transporting said voice and data communication signal between the first antenna and the first control means, said first signal processor means having a first power consumption level when energized by electrical power;

first data input/output means for feeding data into and out of said main body to and from said first control means;

power supply means connectable to each of the above-recited first means for energizing the telephone device with electrical power; and

power supply control means, responsive to the first control means placing the telephone device in the standby mode, for selectively supplying said electrical power only to said operator input/output means and first control means and responsive to the first control means placing the telephone device in a voice transmission mode, for also supplying said electrical power to said first signal processor means;

a separate receiver device containing,

a second antenna for receiving high frequency communication signals;

second signal processor means connected to said second antenna and said second control means for receiving data communication signals of incoming calls from the second antenna and transporting the data communication signals from the antenna to a second control means in the separate receiver device, said second signal processor means having a second power consumption level when energized by electrical power which is lower than the first power consumption level of the first processor means;

second power supply means for supplying electrical power to said second signal processor means and connected thereto; and

second data input/output means connected to said first input/output data means and said second control means.

65. The communication system of claim 64 wherein each of said first and second control means include:

phone number identification means for analyzing the data communication signals of incoming calls processed by said second signal processor means and identifying a telephone number of a calling party that made the incoming call;

memory means for storing the telephone number of the calling party; and

readout means for retrieving the telephone number of the calling party from the memory means, and applying the number to said first signal processor means during the voice transmission mode responsive to the generation of a transmit signal from said operator input/output means in order to initiate a return call to the calling party.

66. The communication system of claim 65 wherein said operator input/output means includes:

display means for displaying the telephone number of the calling party identified by the first control means and stored in the memory means associated therewith.

67. The communication system of claim 64 wherein said operator input/output means includes:

display means for displaying message data contained in incoming calls processed by said second signal processor means.

68. The communication system of claim 64 further comprising:

synthetic voice generator means for generating selected voice messages and applying said messages to said first signal processor means; and

means within the first control means for detecting the receipt of an incoming call and automatically outputting a transmit signal to said control means if a transmit signal has not been generated by said operator input/output means within a predetermined time of receipt of an incoming call, said transmit signal output from said control means placing the telephone device in a voice transmission mode and causing the transmission of a selected voice message from the synthetic voice generator means via the first signal processor means to the calling party.

69. The communication system of claim 65 further comprising:

synthetic voice generator means for generating selected voice messages and applying said messages to said first signal processor means; and

means within the first control means for detecting the receipt of an incoming call and automatically outputting a transmit signal to said control means if a transmit signal has not been generated by said operator input/output means within a predetermined time of receipt of an incoming call, said transmit signal output from first control means placing the telephone device in a voice transmission mode and causing the transmission of a selected voice message from the synthetic voice generator means via said first signal processor means to the calling party.

70. The communication system of claim 64 further comprising:

synthetic voice generator means for generating selected voice messages and applying said messages to said first signal processor means;

said first control means including,

phone number identification means for analyzing the data communication signals of incoming calls processed by said second signal processor means and identifying a telephone number of a calling party that made the incoming call;

said operator input/output means including means for inputting a transfer telephone number associated with a remote telephone device to which incoming call data can be transferred;

memory means for storing the calling party'"'"'s telephone number and the transfer telephone number to which said incoming call data can be transferred; and

readout means for retrieving both the calling party and transfer telephone numbers from the memory means;

said first control means applying signal retrieved from the readout means related to the calling party'"'"'s telephone number to said synthetic voice generating means in order to apply synthetic voice signals, capable of enunciating the calling party'"'"'s telephone number, to said first signal processor means;

said first control means also applying signals retrieved by said readout means related to said transfer telephone number to said first signal processor means in order to initiate voice communication to the remote telephone device having said transfer telephone number, said communication including synthetic voice enunciation at the remote telephone device of the calling party'"'"'s telephone number.

71. The communication system of claim 70 wherein said first control means also causes said synthetic voice generator means to apply selected voice messages in addition to the calling party'"'"'s telephone number to said first signal processor means.

72. The communication system of claim 64 wherein the high frequency communication signals received or transmitted by the respective antenna include first high frequency signals and second high frequency signals of different respective frequencies, said first processor means processing only said first high frequency signals and said second processing means processing only said second high frequency signals.

73. A communication system according to claims 64 or 72 wherein said second signal processing means comprises a filter for extracting the second high frequency signals received by said antenna, means for converting the output signal of the filter to a base band signal and demodulator means for converting said base band signal into a digital signal and outputting said digital signal to said control means.

74. A communication system according to claims 64 or 66 in which a ringing element connected to said control means is provided and the control means includes ringing means for driving said ringing element either until said transmit signal is inputted or for a specified period of time.

75. A communication system according to claims 64 or 72 in which the first control means includes instructing means for giving an instruction to the power supply control means to shut off the supply of electrical power to the telephone device upon completion of the voice transmission mode.

76. A mobile telephone device according to claim 68 in which the synthetic voice generating means includes ROM having data coded with a voice message and a demodulation LSI for demodulating the coded data within the ROM into LSI for demodulating the coded data within the ROM into a voice signal.

77. A communication system according to claims 64 or 72 in which the control means is a microprocessor containing a central processing device and a memory for storing said calling party'"'"'s telephone number.

78. A mobile telephone device comprising:

an antenna for receiving and transmitting high frequency communication signals;

control means connected in circuit with said antenna for processing signals related to the communication signals;

transceiver means connected to said antenna and said control means for receiving and transmitting voice and data communication signals from and to the antenna, and transporting said voice and data communication signals between the antenna and the control means, said transceiver means having a first power consumption level when energized by electrical power;

receiver means connected to said antenna and said control means for receiving incoming call data signals from the antenna from a calling party and transporting the data communication signals from the antenna to the control means, said receiver means having a second power consumption level when energized by electrical power which is lower than the first power consumption level of the processor means;

power supply means connected to each of the above-recited means for energizing the telephone device with electrical power; and

power supply control means for blocking the supply of electrical power to the transceiver means when waiting for the incoming data communication signals received by said receiver means.

79. The mobile telephone device of claim 78 wherein said control means includes:

phone number identification means for analyzing the data communication signals of incoming calls processed by said receiver means and identifying a telephone number of a calling party that made the incoming call;

memory means for storing the telephone number of the calling party; and

readout means for retrieving the telephone number of the calling party from the memory means, and applying the number to said transceiver means in order to initiate a return call to the calling party.

80. The mobile telephone device of claim 79 wherein said control means includes:

display means for displaying the telephone number of the calling party identified by the control means and stored in the memory means.

81. The mobile telephone device of claim 78 wherein said control means includes:

display means for displaying message data contained in incoming calls processed by said receiver means

82. The mobile telephone device of claim 78 wherein the high frequency communication signals received or transmitted by said antenna include first high frequency signals and second high frequency signals of different respective frequencies, said transceiver means processing only said first high frequency signals and said receiver means processing only said second high frequency signals.

83. A mobile telephone device according to claim 82 wherein said receiver means comprises a filter for extracting the second high frequency signals received by said antenna, means for converting the output signal of the filter to a base band signal and demodulator means for converting said base band signal into a digital signal and outputting said digital signal to said control means.

84. A mobile telephone device according to claims 78 or 82 in which a ringing element connected to said control means is provided and the control means includes ringing means for driving said ringing element for a specified period of time.

85. A mobile telephone device according to claims 78 or 82 in which the control means includes instructing means for giving an instruction to the power supply control means to shut off the supply of electrical power to the telephone device upon completion of communication with a calling party.

86. A mobile telephone device comprising:

an antenna for receiving and transmitting high frequency communication signals;

control means connected in circuit with the antenna for processing signal related to the communications signals;

first signal processing means connected to said antenna and said control means for receiving and transmitting voice and data communication signals from and to the antenna, and transporting said voice and data communication signals between the antenna and the control means, said first signal processing means having a first power consumption level when energized by electrical power;

paging signal processing means connected to said antenna and said control means for receiving paging signals within incoming calls from the antenna and transporting the data communication signals from the antenna to the control means, said paging signal processing means having a second power consumption level when energized by electrical power which is lower than the first power consumption level of the first signal channel means;

power supply means connected to each of the above-recited means for energizing the telephone device with electrical power; and

power supply control means for blocking the supply of electrical power to said first signal processor means when waiting for receipt of a paging signal.

87. The mobile telephone device of claim 86 wherein said control means includes:

phone number identification means for analyzing the paging signals of incoming calls received by said paging signal processing means and identifying a telephone number of a calling party that made the incoming call;

memory means for storing the telephone number of the calling party; and

readout means for retrieving the telephone number of the calling party from the memory means and applying the number to said first signal processing means in order to initiate a return call to the calling party.

88. The mobile telephone device of claim 87 wherein said control means includes:

display means for displaying the telephone number of the calling party identified by the control means and stored in the memory means.

89. The mobile telephone device of claim 86 wherein said control means includes:

display means for displaying message data contained in incoming calls processed by said paging signal channel means.

90. The mobile telephone device of claim 86 wherein the high frequency communication signals received or transmitted by said antenna include first high frequency signals and second high frequency signals of different respective frequencies, said first signal processing means processing only said first high frequency signals and said paging signal processing means processing only said second high frequency signals.

91. A mobile telephone device according to claim 90 wherein said paging signal processing means comprises a filter for extracting the second high frequency signals received by said antenna, means for converting the output signal of the filter to a base band signal and (needs finished).

92. A mobile telephone device according to claims 86 or 90 in which a ringing element connected to said control means is provided and the control means includes ringing means for driving said ringing element for a specified period of time.

93. A mobile telephone device according to claims 86 or 90 in which the control means includes instructing means for giving an instruction to the power supply control means to shut off the supply of electrical power to the telephone device upon completion of communication with a calling party.