JP2003298722A - Portable telephone device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve the problem of enlargement of the body that causes impairment of portability when many keys are arranged. <P>SOLUTION: The portable information device includes an input part equipped with a plurality of input keys, an indication part for indicating each function name corresponding to the function of the input key on an indication region separated spatially in accordance with the spatial arrangement of the input keys in a device body, and a receiving part capable of receiving at least time- series data according to the input signal from the input key. In the portable information device, a control unit for controlling a plurality of different operational conditions including at least a stand-by condition before data receive and a receiving condition of the data is provided. By operating an input key allotted as different functions for the plurality of operational conditions, desired time-series data can be received. <P>COPYRIGHT: (C)2004,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a mobile phone device usable in a mobile communication system such as a mobile phone service.

[0002]

2. Description of the Related Art In a mobile communication system such as a mobile phone system, a mobile terminal as shown in FIG. 23 has been conventionally used.

In such a portable terminal, when transmitting,
By operating the number keys 0 to 9 that compose the input unit 1 and inputting the dialed number of the other party while referring to the number displayed on the display unit, and then operating the call key to perform the call operation. I was dialing. Also,
By registering the name and dial number of the other party in advance in the memory inside the terminal, by displaying the registered information on the display unit 2 and selecting the registered information, the dial number of the predetermined other party is specified, and then the outgoing call is made. It was also possible to send a memory by operating a key.

However, in such a portable terminal, about 20 kinds of input keys such as number keys 0 to 9, "power" key, "mute" key, "memory" key, "clear" key and "call" key are arranged. Therefore, when arranging the keys with an operability that does not cause inconvenience in operation, it is necessary to secure a certain arrangement area on the surface of the mobile terminal body. Furthermore, if a display area for displaying dial numbers and the like is secured with a character size that does not cause inconvenience in operation, a main body device having a front surface area of at least about 110 mm × 40 mm is required, which impairs portability. There was a problem that

Further, functions such as "mute (holding function)", "memory (registering function)", "clear (erasing function)", "call (calling function)", etc. are assigned to the respective input keys, and many of them are assigned. In order to master the functions, it takes a considerable amount of time to learn the positions of many input keys in correspondence with the functions, and it is especially difficult for a beginner to operate them easily. Further, since the characters indicating the function name of the input key are displayed on the surface of the input key, the characters for displaying the function of the desired key are small and there is a drawback that it is difficult for the operator to understand.

On the other hand, in order to improve the portability of the portable terminal, the size of the device main body must be further reduced, but the input keys constituting the input section are also reduced in proportion to the size reduction of the device main body. However, there is a problem in that the key input is rather inconvenient and the operability deteriorates.

[0007]

As described above,
Conventionally used mobile terminals are provided with numeric keys, keys to which each function is assigned, etc., and while maintaining the size of the input keys to the extent that there is no practical inconvenience, When placed, there was a drawback that portability deteriorated.

The present invention provides a portable telephone device which has improved portability and improved operability.

[0009]

According to the present invention, a plurality of input keys, a display section for displaying the functions of the input keys in an area corresponding to the spatial arrangement of the input keys, name information of the other party and the other party. To the wireless base station, a storage unit for storing dial number information of the voice terminal, and a dial number of a predetermined partner selected from the name information of the partner stored in the storage unit or the dial number information of the partner's voice terminal. A mobile telephone device comprising a signal processing unit, a transmission unit, and a reception unit for connecting a line with a voice terminal of the predetermined partner by transmitting and performing a voice call with the predetermined partner, The number of the input keys to which the function is assigned is four, and the signal processing unit assigns the memory transmission function to one of the plurality of input keys and outputs the memory of the input key. When a function is displayed on the display unit and the assigned input key is operated, the memory calling state is switched to, and the name information of the predetermined partner or the dial number information of the voice terminal of the partner to which the line is connected is displayed. It is characterized in that it is displayed on the display unit.

Further, according to the present invention, a plurality of input keys, a display section for displaying the functions of the input keys in an area corresponding to the spatial arrangement of the input keys, the name information of the other party and the dial of the voice terminal of the other party. By transmitting to the wireless base station a storage unit that stores the number information, a predetermined partner dial number selected from the partner name information stored in the storage unit or the dial number information of the voice terminal of the partner, The above function is assigned to a mobile phone device that is connected to a line with the voice terminal of the predetermined partner and has a signal processing unit, a transmitter, and a receiver for performing a voice call with the predetermined partner. The number of input keys is four, and the signal processing unit displays the functions of the input keys in a partial display area near the input keys in the display unit. To, at a start of the line connection between the voice terminal of a predetermined counterpart to the transmitting unit and the receiving unit,
It is characterized in that the name information of the predetermined opponent or the dial number information of the voice terminal of the opponent is displayed in the remaining display area of the display unit.

Further, according to the present invention, a plurality of input keys, a display section for displaying the functions of the input keys in an area corresponding to the spatial arrangement of the input keys, name information of the other party who makes the line connection, and the other party's voice. By connecting a line to a predetermined other party's voice terminal selected from a storage section that stores dial number information of the terminal and the other party's name information stored in the storage section or the dial number information of the other party's voice terminal, In a mobile phone device including a signal processing unit, a transmission unit, and a reception unit for performing a voice call with the predetermined partner, the number of input keys to which the function is assigned is four, and the signal processing is performed. The section assigns the redial call function to one of the plurality of input keys when making a redial call for connecting a line to a voice terminal of a predetermined party, which was sent to the memory immediately before. Te, the when the redial outgoing input key assigned a function is operated, characterized in that to start the line connection to a given counterpart audio terminal that is memory originated just prior to the transmission unit and the reception unit.

Further, in the present invention, a plurality of input keys, a display section for displaying the functions of the input keys in an area corresponding to the spatial arrangement of the input keys, the name information of the other party and the dial of the voice terminal of the other party. By transmitting to the wireless base station a storage unit that stores the number information, a predetermined partner dial number selected from the partner name information stored in the storage unit or the dial number information of the voice terminal of the partner, The above function is assigned to a mobile phone device that is connected to a line with the voice terminal of the predetermined partner and has a signal processing unit, a transmitter, and a receiver for performing a voice call with the predetermined partner. The number of input keys is four, and the occupied area of the display unit is made larger than the occupied area of the region where the input keys to which the function is assigned are arranged.

[0013]

BEST MODE FOR CARRYING OUT THE INVENTION (Operation) In the portable telephone device of the present invention, the input section and the display section are arranged separately, and the names of the functions of the respective input sections are spatially arranged with respect to the spatial arrangement of the input sections. By displaying the functions at the corresponding display positions on the display unit, it is possible to operate the input keys while confirming the functions assigned to the input keys on the display unit.

Further, according to this structure, since the number of input keys can be greatly reduced to "4", the surface area of the main body of the portable telephone device can be reduced and the portability is further improved. A device can be provided.

Further, by configuring the occupation area of the display area to be larger than the occupation area of the input area, the function name of the function assigned to each input area can be displayed larger and clearly. Therefore, the operator of the mobile phone device can easily understand the function of the input unit.

Further, in comparison with the conventional input keys 0 to 9 and the portable telephone having the input keys allocated to the functions such as transmission, the operable input keys arranged in the portable information device of the present invention are Since the number is small, even a beginner can easily perform the operation. (Embodiment) An embodiment of the present invention will be described below with reference to the drawings.

FIG. 1 is a diagram showing a first example of the basic configuration of the portable information device of the present invention. In the figure, 1 is an input unit, 2
Is a display unit for displaying the function of the input unit at a position spatially corresponding to the operating state of the portable information terminal, 3 is a voice output unit, 4 is a voice input unit, and 5 is a power supply unit. For example, the input unit 1 is a push key, a button, the display unit 2 is a display panel of liquid crystal, ferroelectric, plasma, etc., the voice output unit 3 is a speaker, the voice input unit 4 is a condenser microphone, the power input unit 5
Is composed of push keys, buttons, slide keys, and the like.

FIG. 2 is a diagram showing an outer shape of the portable information device of the present invention and an example of function display of the display unit 2. In the figure, (a) is a front view, (b) is a right side view, (c) is a left side view, (d) is a top view, and (e) is a bottom view. Further, FIG. 6F is a diagram showing a sectional structure of the portable information device of the present invention. In the figure, reference numeral 6 denotes a connection terminal, which is used for connection with an external charging device when charging the battery constituting the power supply unit 7. Reference numeral 8 denotes a transmission unit and a reception unit that convert digital signals such as voice and images into high frequency signals and transmit them, or receive digital signals such as voice and images converted into high frequency signals.

Here, in the portable information device of the present invention, a plurality of input sections 1A to 1D are arranged around the display section 2, and the respective inputs are arranged in correspondence with the spatial arrangement of these input sections. The names of the functions that the department is responsible for are displayed separately on the display unit 2. In this display example, the input unit 1A corresponds to the input unit when "memory transmission" is performed, the input unit 1C corresponds to the input unit when utilizing the "auxiliary function", and the input unit 1D "redials". It corresponds to the input unit at the time.

By thus disposing the input section and the display section separately and displaying the names of the functions of each input section at the display position of the display section that spatially corresponds to the spatial arrangement of the input section, It is possible to operate the input unit while checking each function of the input unit. In particular, compared to the configuration of a portable information device that shares a display unit and an input unit with a touch panel,
It is possible to prevent the display unit from being contaminated by the sebum.

By configuring the occupation area of the display unit larger than the occupation area of the input unit, the function name of the function assigned to each input unit can be displayed in a larger and clearer manner. It becomes possible for the operator to easily understand the function of the input unit.

Compared with the conventional input keys of 0 to 9 and the portable telephone having the input keys to which functions such as calling are arranged, the operable input keys arranged in the portable information device of the present invention are Since the number is small, the operation can be easily performed.

Next, with reference to FIG. 3, a configuration example for hierarchically assigning a plurality of functions to each input unit and an instruction method of these function commands when the portable information device of the present invention is used as a communication terminal will be described. Explain. In the figure, (a) shows a display example of the display unit in a communication standby state, and (b), (c) and (d) respectively show a memory transmission state before starting communication and a line during communication. The following is a display example of the display unit in the connected state (call state) and the communication standby state after the communication is terminated and the line connection is released.

When the power source of the portable information device of the present invention is turned on, a communication standby state is displayed as shown in FIG. This is a display example similar to the display example of the display unit shown in FIG. 2A, and when the input unit 1A switches the operation state to the "memory transmission" mode, the input unit 1C is the "auxiliary function". The input unit when switching the operation state to the mode corresponds to the input unit 1D when switching the operation state to the "redial" mode. Here, the "memory transmission" mode means the destination information (I) stored in the storage unit of the portable information device.
(D number, telephone number, address number, etc.).

When performing "memory transmission", first, the input unit 1A in the communication waiting state is operated to switch the operation state to the memory transmission mode. Information (name information, affiliation information, or destination information attached to these) of the other party who is going to connect to the communication line is displayed on the display unit (indicated as "Tanakaru" in the same figure (b)). Function names indicating the functions of the input units 1A to 1D in the memory transmission mode are displayed. That is, in this mode, the input section 1A corresponds to the "call" key, and the input section 1C
Corresponds to the “return” key, and the input sections 1B and 1D correspond to the upward and downward cursor keys, respectively (see FIG. 11B).

When the input sections 1B and 1D are operated, the information of the other party corresponding to the plurality of destination information stored in the storage section of the portable information terminal is selected and displayed, and when the information of the desired other party is displayed, the input section is displayed. By operating 1A,
The calling process for connecting the communication line is started. In the memory transmission mode, if the input section 1C is operated, the operating state switches to the communication standby state, and the "memory transmission" procedure can be interrupted. Therefore, even if the memory transmission operating state is mistakenly switched, the status is promptly changed. It becomes possible to recover.

When the "call" key is operated in the memory calling mode to start the procedure for connecting the communication line with the other party, the display is switched to that shown in FIG. 7C, and the portable information terminal is in the call state (line Connected) ("Call in progress")
mode). In this mode, the input unit 1A serves as a "hold" key, and the input units 1C and 1D respectively serve as "listening volume".
Functions as a switching mode key and "end" key. If the input unit 1A is operated during a call, the portable information terminal is put on hold, and the call with the other party is temporarily suspended while the line is connected. At this time, the operating state of the portable information terminal can be confirmed by the operator by displaying the operating state of the portable information terminal on the display unit. By operating the input unit 1C, it is possible to switch the operation state to the "listening volume" operation mode and adjust the listening volume. When the connection of the communication line is ended, the input unit 1D is operated to end the line connection.

When the call is finished, the display returns to the call waiting state as shown in FIG. If the call waiting state is maintained as it is without turning off the power, the operation state (waiting for an incoming call) waits for a connection request from a terminal operated by another operator. Among the function names displayed in FIG. 7D, the “auxiliary function” mode is an operation state for using auxiliary functions such as “dial call” and “memory setting”, and the “redial” mode is In the operating state for connecting (or reconnecting) the communication line based on the destination information temporarily stored in the storage unit of the portable information device (for example, the destination information of the other party who has performed the line connection procedure immediately before). is there.

When a hierarchical function is assigned to each of the plurality of input sections in this way, the function display of the display section is hierarchically switched according to the input hierarchy of the command input, thereby corresponding to each hierarchy. By displaying the function name of the input unit on the display unit, a comfortable operating environment for the operator can be provided.

Since a plurality of functions are assigned to one input unit, the physical number of input units required for the portable information device can be reduced. Therefore, it becomes possible to construct a portable information device in which the display area occupies a larger area than the input area for key input, and the size of the input key can be reduced without reducing the size of the entire device. The portability can be improved (that is, without impairing the convenience of input).

The display of each mode makes it possible for the operator to easily judge the current operation state, and to input a command by operating a smaller number of input keys. Whether the operation is in a mode or an operation mode having a shallow hierarchy, the operator does not need to learn a large number of operating methods because it is complicated.

Further, by displaying the operating state of the radio device, when the portable information device does not operate due to the battery exhaustion or when communication cannot be performed outside the reach of the radio wave from the base station, the operator can see such operating state. Can be easily recognized. Especially in such a situation, it is not possible to make or receive calls or set various functions, so that situation is displayed on the standby screen, which is the initial mode of operation, and it is easy to determine whether or not the transceiver can operate. Can be confirmed.

Further, in this embodiment, it is not always necessary to assign function names to all the input keys forming the input section. For example, as shown in FIG. 3 (a), in the area of the display section spatially corresponding to one input section (input section 1B), the reception state of the radio wave from the base station (master station) (the magnitude of the received electric field strength). Etc.) and the remaining amount of the rechargeable battery of the power supply unit can be displayed.

It is also possible to limit the area where the function name set in the input section is displayed on the display section to a partial area of the display section. Also in this case, the function names of the input units can be arranged in the limited predetermined area so as to correspond to the spatial arrangement of the input units. For example, in FIG.
It is also possible to deviate the area for displaying the function name to a part (right side) of the display unit as shown in (b) and display the function so as to spatially correspond the arrangement of the function name and the input unit. .

By thus limiting the area for displaying the function name to a partial area of the display section, the specific information in each operation mode can be displayed in the remaining area of the display section. For example, in the memory transmission mode, it is possible to perform a memory transmission operation while displaying information such as the name and telephone number of the other party.

The information of the other party and the information such as the telephone number displayed on the display section can be successively moved up and down by operating the input section corresponding to the arrow mark. Therefore, this information is displayed on the display section. The function name and its operation result can be confirmed on the same screen by displaying it on the screen.

The area where the function display is restricted is not limited to the area biased to the right side of the display section, but also the area biased to the left side, the upper side, and the lower side of the display section, or the upper right, upper left, lower right, and lower left. It is also possible to limit to a biased area. When checking the screen display with human eyes, it is common to move the line of sight from the upper left to the lower right of the screen, so limiting the function display to the area biased to the right side of the display The important operation result can be displayed on the left side of the display unit. However, in order to easily confirm the input operation and the result, it is possible to limit the area for displaying the function name to an appropriate area depending on the operation mode.

Next, using the portable information device of the present invention, a display example of the hierarchical structure and the function name of the function command when the function is hierarchically assigned to each of the plurality of input sections, and a specific function command The input operation procedure will be described with reference to FIGS.

FIG. 4 is a diagram showing an operation state transition from the communication waiting state to the memory transmission to connect the communication line, disconnecting the line and returning to the communication waiting state again. When the power supply of the portable information device of the present invention is input, the device enters a communication standby state, and the initial screen displays the function names such as "memory transmission", "auxiliary function", "redial", and the reception state of radio waves.
Display the operating status such as the battery level on the display (block 4
01). As described above, the functions such as "memory transmission" represent the functions of the input unit 1A and the like located at spatially corresponding positions.

Next, when the input section corresponding to the memory transmission function is operated, the operation state of the device is switched to the memory transmission mode, and the function names such as "call" and "return" and the upward arrow,
The mark of the downward arrow and the information of the destination candidate are displayed on the display unit (block 402). The function names such as “call” and “return” are located in the spatially corresponding positions of the input unit 1
It represents the functions of A and 1C, and has an upward arrow mark,
The downward arrow marks indicate the functions associated with the input units 1B and 1D located at spatially corresponding positions.

Next, when the input section corresponding to the calling function is operated, the connection procedure of the communication line is started, and the operating state of the apparatus is switched to the talking mode. In call mode,
Function names such as "hold", "listening volume", "end", and operation states such as radio wave reception state are displayed on the display unit (block 403). The function names such as "hold", "listening volume", and "end" represent the functions of the input units 1A, 1C, and 1D, respectively.

If it is desired to temporarily suspend the call while connecting the communication line, the input section corresponding to the hold function is operated to switch the operation state to the hold mode. In the hold mode, the function name such as "end of hold" and the operation state such as the reception state of the radio wave are displayed on the display unit (block 40).
4). By operating the input unit (input unit 1) corresponding to the hold end function, the operating state of the device can be switched to the talking mode and the call can be made again.

For example, when performing other work during a call,
Music to communicate the hold status to the communication partner by switching the operation of the device to the hold mode when talking to another person by interruption call, when transferring the communication line to another person, etc.
Send a message, etc., and block the caller's voice.

When the input unit corresponding to the listening volume adjusting function is operated in the talking mode, the operating state is switched to the listening volume adjusting mode while continuing the call with the other party, and the function name such as "setting" and the upward arrow mark are displayed. , A downward arrow mark and information about the listening volume are displayed on the display unit (block 405). In the listening volume control mode, the volume level is displayed by, for example, Chinese characters such as large, medium, and small, or Arabic numerals such as 1 to 9, and the upward arrow mark and the downward arrow mark are input portions that are spatially corresponding to each other. Display functions related to 1B and 1D. This input section 1
The display of the desired listening volume level is selected by operating B and 1D, and the receiving volume is set by operating the input unit 1C corresponding to the setting function. By operating the input unit corresponding to the setting function, the operation state can be switched from the listening volume setting mode to the normal talking mode.

By operating the input section 1D corresponding to the call ending function in the talking mode, the connection of the communication line is released and the call with the other party is ended. When the call ends, the operating state is switched from the talking mode to the communication standby mode, and the standby mode status display continues (block 401).

If the memory transmission mode is selected from the communication standby mode, only the operations related to the memory transmission are performed in all layers thereafter, so that the operator can easily perform the operation desired by the operator according to the intended purpose of the operator. Can be processed accurately.

FIG. 5 is a diagram showing the display contents in the respective operation states from the communication standby state until the communication line is connected in response to the communication line connection request of the other party, the line connection is released and the communication standby state is restored. is there. After the power supply of the portable information device is input, the operating state of the device in the communication standby mode is the same as the operating state in block 401 of FIG.

When there is a line connection request from the other party, the operation state is switched to the incoming call mode, the function name such as "call" and the display indicating that the line connection is requested, the reception state of radio waves, the remaining battery level, etc. The operation status of the device is displayed on the display unit (block 502). Here, a display example of the display unit in the incoming call mode is shown in FIG. In this figure, the input unit 1A
Corresponds to the input unit when the operating state is switched to the talking mode.

When the input section 1A corresponding to the call function is operated, the communication line with the other party is connected, and the operation state of the device is switched to the talking mode (block 503). It is possible to switch the state to the hold mode (block 504) when the temporary call is interrupted with the communication line connected (block 504), and to switch the state to the listening volume control mode when it is desired to adjust the listening volume (block 505). ). After the communication line connection is completed, the operation state of the device (blocks 503 to 505) until the line connection is released by operating the input unit corresponding to the call ending function in the call mode, the display contents of the display unit, etc. Since the operation is the same as the operation described in blocks 403 to 405 of FIG. 4, description thereof will be omitted.

FIG. 6 is a diagram showing a transition of the operation state from the communication standby state until redialing is performed to connect the communication line, and the line connection is interrupted to return to the standby state. Since the operation state of the device in the communication standby state after the power of the device is input is the same as the above description, the description thereof will be omitted.

When the communication line connection procedure is to be started again for the other party who has sent the memory immediately before, the operation state of the apparatus is changed to the redial mode by operating the input unit 1D corresponding to the redial function in the communication waiting state. Switch to. In redial mode, function names such as "call" and "return" and destination information of the other party who sent the memory immediately before (name information, affiliation information, ID number, telephone number, address number, etc., or destination information attached to these) Is displayed (block 602). A display example of the display unit in this redial mode is shown in FIG. In this figure, the input unit 1A corresponds to the "call" key, and the input unit 1C corresponds to the "return" key.

When the input unit corresponding to the calling function is operated, the connection procedure of the communication line with the other party is started, and the operating state of the device is switched to the talking mode (block 603). The description of the state transition from the talking mode to the hold mode, the volume control mode, and the state transition to the call waiting mode is the same as that of FIG. 4, and thus the description thereof is omitted (block 60).
3-605).

In this operation mode, if the other party with whom the user wants to communicate is in a call, the mobile information terminal of the other party is out of the communication range, or the other party cannot connect due to the dead battery, it takes time to connect. When making a call again, by storing the name, telephone number, etc. of the other party who made the call immediately before in the memory, it is possible to perform the call operation without wasting the operation of re-inputting these information. .

FIG. 7 is a diagram showing the transition of the operation state of the apparatus from dialing the communication standby state to dialing to connect and disconnect the communication line. When the portable information device of the present invention is turned on, it enters a communication standby state and displays an initial screen for receiving a key input for making a call or receiving an incoming call request (block 701).

When the input section corresponding to the auxiliary function is operated, the operation state of the device is switched to the auxiliary function mode,
The input unit 1A in which the function names such as "dial call", "memory setting", and "return" are spatially corresponding to each other,
It is displayed on the display unit to represent the functions of 1B and 1C (block 702). Here, a display example of the display unit in the auxiliary function mode is shown in FIG. In this figure, the input section 1A corresponds to a "dial call" key, the input section 1B corresponds to a "memory setting" key, and the input section 1D corresponds to a "return" key.
For example, when the input unit corresponding to the "return" key is operated, the operation state of the device is switched to the previous operation state (that is, the communication waiting state (block 701)).

Next, when the input section corresponding to the dial transmission function is operated, the display section is switched to the display in the dial transmission mode. In the first stage of this mode, "Confirm""Nextscreen"
Information of the function names such as, the upward arrow mark, the downward arrow mark, and the input number sequence is displayed on the display unit (block 703).

For example, when inputting a telephone number, the first digit of a series of numbers is selected and confirmed by operating the input portions corresponding to the upward and downward arrow marks, and the digits of the adjacent digits are sequentially selected. The number string is input by selecting and confirming. When the number input is completed, the input section corresponding to the next screen display function is operated to display the input screen of the second stage of dial transmission.

In this second stage, the function names such as "correction", "calling", "previous screen", "return", etc. represent the functions of the input sections 1A, 1B, 1C, 1D located at spatially corresponding positions. , Is displayed on the display unit (block 704).

For example, when the "correction" key is operated, it is possible to re-enter the last confirmed number in the number sequence input immediately before. With this key, even if an incorrect number is input in the dial number input operation, only the immediately preceding number can be corrected by the correction function, so that it is not necessary to re-input all number strings. When the input of the dial number is completed, the "call" key is operated to make a call to the other party of the dial number.

By making the operation hierarchy different between the dial number input operation of block 703 and the call operation of block 704, it is possible to prevent an erroneous call from occurring without making an erroneous call operation during dial number input. It has the advantage of being able to. Especially, when there are few input keys, it is effective in preventing erroneous operation.

Here, the input section 1A corresponding to the "call" function
When is operated, the dialing procedure is started based on the number finally determined in the second stage, the connection procedure of the communication line is started, and the state of the device is switched to the busy mode (block 705). When the temporary call is interrupted while the communication line is connected, the state of the device is switched to the hold mode by operating the input unit 1A corresponding to the "hold" function (block 706). When adjusting the listening volume, the input unit 1 corresponding to the "listening volume adjustment" function
By operating B, the state is switched to the reception volume control mode (block 707). The display contents and the like on the display unit in each operation mode are the same as the operation description in blocks 403 to 405 in FIG.

FIG. 8 is a diagram showing the transition of the operating state of the device when a memory setting operation such as registration, change or deletion of a dial number is performed in the communication waiting state. When the power supply of the portable information device of the present invention is turned on, a communication standby state is entered, and an initial screen for receiving a key input for making a call or receiving an incoming call request is displayed (block 801). When the input unit corresponding to the auxiliary function is operated, the operating state is switched to the auxiliary function mode, and the function name such as "dial transmission" is displayed on the display unit (block 802). When the input unit corresponding to the memory setting function is operated, the operation state of the display unit is switched to the memory setting mode, and the display unit is switched to the display of the memory setting mode.

In the memory setting mode, the function names such as "memory registration", "memory correction", "memory deletion", and "return" display the functions of the input sections arranged in spatially corresponding positions (block 803). Then, when registering new dial numbers, destination information, etc., use the input unit corresponding to the memory registration function, and when changing the already registered dial numbers, destination information, etc., the input unit compatible with the memory correction function. Also, when deleting registered dial numbers, destination information, etc., the respective input sections corresponding to the memory deletion function are operated. When canceling the memory setting operation, the device is switched to the communication waiting state by operating the input unit corresponding to the "return" function.

When the input section corresponding to the memory registration function is operated, the operation state is switched to the memory registration mode of the memory setting mode. This mode is roughly classified into two stages: 1) destination information input mode and 2) number input mode. First, 1) the destination information input mode is an operation mode for inputting information about the destination (for example, name information), and 2)
The number input mode is an operation mode for inputting a dial number or the like necessary for connecting a communication line. In this embodiment, an example of inputting name information as destination information will be described.

First, 1) In the destination information input mode,
The function names such as "confirm" and "next screen", the up arrow and down arrow marks, and the name information as the destination information are displayed on the display unit (block 804). When entering name information, select the character candidate by operating the input unit corresponding to the upward and downward arrow marks for the first character candidate of the name information displayed on the display unit, and support the confirmation function. Operate the input section to confirm. Then, by sequentially selecting and confirming the character candidates displayed on the display unit,
Enter a set of name information.

When the input section corresponding to the next screen function is operated, the function name such as "correction", "register name", "previous screen", "return" and name information input and confirmed on the previous screen are displayed. (Block 805). For example, when the input unit corresponding to the name registration function is operated, the name information input on the previous screen is registered in the memory as destination information, and the operation state is switched to 2) number input mode. When the input unit corresponding to the "return" function is operated, the memory setting procedure is stopped and the operation state is switched to the communication waiting state.

When the name information is registered in the memory, 2) the operation state is switched to the number input mode, and the function name such as "confirm" and "next screen", the up arrow and down arrow marks, and the number as a dial number. Information is displayed on the display (block 806). When entering a dial number, select the number candidate by operating the input unit corresponding to the upward and downward arrow marks for the first digit number candidate of the number information displayed on the display unit. Operate the input section corresponding to the function to confirm the first digit.
Then, by sequentially selecting and confirming the numerical candidates displayed on the display unit, the numerical information on the second and subsequent digits is fixed, and the input of the series of numerical information is completed.

When the input unit corresponding to the next screen function is operated, the function name such as "correction", "registration of number", "previous screen" and "return" and the name information input and confirmed on the previous screen are displayed. (Block 807) When the input unit corresponding to the number registration function is operated, the number information displayed on the display unit is registered in the memory as a dial number, and the memory registration mode ends.

When the memory registration mode ends, the operation state of the device switches to the memory setting mode, and the display section switches to the display of the memory setting mode (block 803).
When the input section corresponding to the "return" function is operated, the operating state of the apparatus is switched to the auxiliary function mode, and the display section is switched to the display of the auxiliary function mode (block 80).
2). Further, by operating the input unit corresponding to the "return" function, the auxiliary function mode is ended, and the operation state of the apparatus returns to the communication waiting state (block 801). By this operation, the memory registration procedure for the destination information, dial number, etc. is completed.

By thus registering the name information and dial number information of a specific partner in the memory, it is not necessary to input the dial number each time a call is made, and the dial number can be input simply by selecting the name information of the partner. Can be completed.

In the initial state, the registered contents of the memory are sorted and displayed in the Japanese syllabary order, but the priority is set for a specific communication partner, and the name information of the person with a high priority is set to other than that. It is also possible to prioritize the display of the name information of the person. In this case, it is necessary to set priority registration during memory registration (block 808).
By setting the priority, it becomes possible to promptly perform the call operation by preferentially displaying the name for a specific partner who needs to communicate frequently. It is also possible to set the display priority of the name information based on the past transmission history or the transmission frequency.

FIG. 9 is a diagram showing a second example of the basic configuration of the portable information device of the present invention. In the figure, 1 is an input unit, 2 is a display unit that displays the function of the input unit at a position spatially corresponding to the operating state of the portable information device, 3 is a voice output unit, 4 is a voice input unit, 5 Is a power supply unit.

FIG. 10 is a view showing an outer shape of the portable information device of the present invention and an example of function display on the display unit 2. In the figure, (a) is a front view, (b) is a right side view, and (c).
Shows a left side view, (d) shows a top view, and (e) shows a bottom view. Further, FIG. 6F is a diagram showing a sectional structure of the portable information device of the present invention. In the figure, reference numeral 6 denotes a connection terminal, which is used for connection with an external charging device when charging the battery constituting the power supply unit 7. Reference numeral 8 denotes a transmitter / receiver that transmits and receives digital signals such as voice and images.

Here, in the portable information device of the present invention, a plurality of input sections 1A to 1D are arranged in the vicinity of the display section 2, and the respective input sections are arranged corresponding to the spatial arrangement of these input sections. The names of the functions that are handled by the are divided and displayed on the display unit 2. In this display example, the input unit 1A displays “memory transmission”.
The input unit 1C corresponds to the input unit when switching the operating state of the device to the “auxiliary function” mode, and the input unit 1D corresponds to the input unit when switching the operating state of the device to the “redial” mode. It corresponds to the input section.

Thus, the layout of the display section and the layout of the input section are roughly separated into two, and a display section for displaying the function name corresponding to the function of each input section in a spatially corresponding position is provided. With the configuration, a comfortable operating environment can be realized without the display of the display unit being blocked by the hand of the person who operates the input unit.

Next, in this embodiment, each input section 1A-
A configuration example of the display unit when a plurality of functions is hierarchically assigned to 1D will be described with reference to FIG. 11. In the figure, (a) shows a display example of the display unit in a communication standby state, and (b), (c) and (d) respectively show a memory transmission state before starting communication and a line during communication. The following is a display example of the display unit in the connected state (call state) and the communication standby state after the communication is terminated and the line connection is released.

When the power source of the portable information device of the present invention is turned on, the communication standby state is displayed as shown in FIG. 11 (a). This is a display example similar to the display example of the display unit shown in FIG. 10A, and the input unit 1C is the "auxiliary function" when the input unit 1A switches the operation state to the "memory transmission" mode. The input unit when switching the operation state to the mode corresponds to the input unit 1D when switching the operation state to the "redial" mode.

A display example of the display unit when the memory transmission is performed is as shown in FIG. 11 (b). Information on the other party (name information,
The affiliation information, or the destination information attached to these) is displayed (in the figure (b), it is displayed as "Tanakatarou"), and at the same time, "Call" is displayed at the position of the display section spatially corresponding to the input section 1A. The name of the function is displayed, the name of the "return" function is displayed at the position of the display unit spatially corresponding to the input unit 1C, and the input units 1B and 1D face upward to the positions of the display units spatially corresponding to each other, The function mark corresponding to the down cursor key is displayed.

FIG. 11C shows a display example of the display unit during a call while the communication line is connected. In this mode, the input section 1A functions as a "hold" key, and the input sections 1C and 1D function as a "listening volume" switching mode key and an "end" key, respectively, so that the function names of these input sections are spatially different from each other. It is displayed in the corresponding position.

The display example of the display unit when the call is ended, the state returns to the call waiting state, and the operation state (waiting for an incoming call) waiting for a connection request from another terminal is shown in FIG. 11 (d). Is.

According to the configuration of the second example of the portable information device as described above, the input section and the operation section are largely separated and arranged, and the function name of each input section is displayed on the display section spatially corresponding to each other. By displaying at the position, it becomes possible to operate while visually confirming the function of the input unit.

Further, the portable information device of the second example is provided with a horizontally long display portion so that the display portion is arranged on the left hand and the input portion is arranged on the right hand for the operator. An information device can be provided.
Further, by providing the operator with the vertically long display unit so that the display unit is arranged on the upper side and the operation unit is arranged on the lower side, it is possible to provide a portable information device suitable for displaying Chinese characters.

FIG. 12 is a diagram showing the configuration of a third example of the portable information device of the present invention. In the figure, 1A to 1D are input units, 2 is a display unit that displays a function for each operating state of the input units at spatially corresponding positions, 3 is a voice output unit, 4 is a voice input unit, and 5 is a power button. is there. The first example of the present invention is the input unit 1.
While the display unit 2 is provided between the area where A and 1B are arranged and the area where 1C and 1D are arranged, in the third example, the area where the input units 1A to 1D are arranged and the display unit 2 are provided. It is different in that it is arranged spatially separated from the area in which is arranged.

In this configuration, the input unit 1 is formed in the shape of "Ta".
Arrange A to 1D, and change the display to "Field" according to the arrangement.
The function of each input unit is displayed by dividing it into a letter shape so that the operation can be easily performed with one hand, and the portability can be improved by using the thin flat shape.

FIG. 13 is a diagram showing the configuration of a fourth example of the portable information device of the present invention. In the figure, 1A to 1D are input sections, 2 is a display section for displaying the function of the input section, 3 is a voice output section, 4 is a voice input section, and 5 is a power button. The difference from the first example of the present invention is that the area in which the input sections 1A to 1D are arranged and the area in which the display section 2 is arranged are spatially separated. The third example of the present invention has a similar configuration in that the region in which the input unit is arranged and the region in which the display unit is arranged are spatially separated, but in the third example, the portable information device is arranged in the longitudinal direction. On the other hand, in the fourth example, the input unit and the display unit are separately arranged in the left-right direction with respect to the longitudinal direction of the portable information device, and the main body of the portable information device. However, the difference is that the audio output unit 3 is formed in a convex shape.

In this configuration, by arranging the input units 1A to 1D arranged in a "T" shape in the left hand of the portable information device and the display unit in the right hand of the portable information device, the main body is held only by the left hand. The input unit can be easily operated. In addition, a display portion having a long side in the longitudinal direction of the portable information device is provided, and a display area corresponding to one input portion can display one line. Further, by making the receiving part convex to the portable information device, the input part and the display part of the main body do not come into contact with the operator's face even during a call, and the device can be prevented from being soiled. it can.

FIG. 14 is a diagram showing the configuration of a fifth example of the portable information device of the present invention. In the figure, 1A to 1D are input units, 2 are display units, 3 is a voice output unit, 4 is a voice input unit, 5
Is a power button. This is different from the first example of the present invention in that all of the four keys 1A to 1D constituting the input section are arranged on the same side with respect to the display section 2. A third example of the present invention,
In the fourth example, the four keys forming the input section are arranged in a "T" shape, whereas in the fifth example, the four keys are arranged in a row along the longitudinal direction of the portable information device body. There is a difference.

In this configuration, since the display unit for displaying the function name is arranged in the immediate vicinity of the input key with respect to the input units arranged in a line, the input unit and the display unit are displayed more than the arrangement arranged in the "Ta" shape. The feature is that the correspondence of the departments becomes clear.

FIG. 15 is a diagram showing the configuration of a sixth example of the portable information device of the present invention. The present embodiment is characterized in that the display unit is constituted by a member capable of being sensitive to human tactile sensation, surface pressure, etc., such as a touch panel, and a partial region thereof is constituted as an input unit. Then, an area for providing the input section and an area for displaying the function name are separated, and an area for displaying the function name is provided at a position spatially corresponding to the input section formed in a part of the display section. It is composed.

In FIG. 15, 1A to 1D are input sections (input areas) arranged in a partial area of the display section, 2 is a display section (2a to 2h are display areas provided in the display section 2), and 3 is A voice output unit, 4 is a voice input unit, and 5 is a power button. 2e
Symbols 2h to 2h are display areas forming an input unit, and a button pattern indicating an input key is displayed in each display area. In the input areas 2a to 2d spatially corresponding to the input sections 2e to 2h, function names for displaying the functions of the respective input sections are displayed.

In this configuration, the display unit is made into a touch panel, and the input unit and the display unit are made of the same member, so that the correspondence between the input unit and the display unit can be easily determined, and the character indicating the function name is displayed. It can be displayed larger. Further, since no physical input key is arranged, the portable information device can be made smaller and lighter.

In the present embodiment, the example in which the display areas 2a to 2d are used as the display areas and the display areas 2e to 2h are used as the input areas is shown. However, four areas 2c to 2f are used as the input areas, and the input areas are spatially arranged. 2a to 2b and 2g to 2h corresponding to 1 may be configured as the display areas. Further, the input area and the display area may be separated in the left-right direction with respect to the longitudinal direction of the portable information device body. For example, 2a,
It is also possible to configure the four areas 2c, 2e, and 2g as the input areas and the corresponding four areas 2b, 2d, 2f, and 2h as the display areas.

In this embodiment, the case where the areas of the respective display areas are the same has been described, but it is not always necessary that the display areas forming the input section and the display areas displaying the function names have the same area distribution. For example, by configuring the area occupied by the display area for displaying the function name to be larger than the area of the display area forming the input section, it becomes possible to more clearly display the function of the input section.

FIG. 16 is a diagram showing the configuration of the seventh example of the portable information device of the present invention. In the figure, 1A to 1D are input units, 2 are display units, 3 is a voice output unit, 4 is a voice input unit, 5
Is a power button. The fifth example of the present invention has a similar configuration in that four keys 1A to 1D forming an input unit are arranged in a row and a display unit 2 for displaying a function name is arranged in the immediate vicinity thereof. However, in the fifth example, the four keys forming the input section are arranged along the longitudinal direction of the portable information device body, whereas in the seventh example, the four keys are arranged substantially in the longitudinal direction of the portable information device body. The difference is that they are arranged in the vertical direction.

In this structure, by arranging the input keys arranged in a line directly below the display unit, the correspondence between the function names and the input keys becomes clear, and the operation can be easily performed with one hand.

FIG. 17 is a diagram showing the configuration of an eighth example of the portable information device of the present invention. In the figure, 1A to 1D are input units, 2 are display units, 3 is a voice output unit, 4 is a voice input unit, 5
Is a power button. Compared to the third example of the present invention, in the third example, the front upper part of the body of the portable information device has a rectangular shape with rounded corners, whereas in the eighth example, the front upper part of the device body has a semicircular shape. , And that the audio output section is formed in a convex shape with respect to the apparatus main body. With such a configuration, when the portable information device is stored in a bag or a pocket and is carried around, it can be smoothly taken in and out from the storage place.

FIG. 18 is a diagram showing the configuration of a ninth example of the portable information device of the present invention. In the figure, 1A to 1D are input units, 2 are display units, 3 is a voice output unit, 4 is a voice input unit, 5
Is a power button. The third example of the present invention is different from the third example in that the audio output unit is formed in a convex shape with respect to the main body of the portable information device.

FIG. 19 is a diagram showing the configuration of a tenth example of the portable information device of the present invention. In the figure, 1A to 1D are input units, 2 is a display unit that displays the function names of the input units at spatially corresponding positions, 3 is a voice output unit, 4 is a voice input unit,
Reference numeral 5 is a power button.

The first example of the present invention is different from the first example in that the length of the portable information device body in the long side direction is substantially the same, but the length in the short side direction is further shortened. Compared with the second example of the present invention, in the second example, the area of the input unit and the area of the display unit are separately arranged in the main body of the portable information device.
The tenth example is different in that the region in which the input unit is arranged is separated into two and the display unit is arranged between those regions. Further, in the second example, the audio output unit has a convex shape with respect to the main body of the portable information device, whereas in the tenth example, the portable information device and the audio output unit are configured on the same plane. Different from the example.

By constructing the portable information device with such an elongated shape, it is possible to provide a highly portable device suitable for being stored in a bag or jacket pocket.
In addition, by arranging the input part in the vertical direction of the display part,
Since the function name corresponding to the function of the input unit can be displayed in the immediate vicinity, the correspondence between the function name and the input key becomes clear.

FIG. 20 is a diagram showing the configuration of the eleventh example of the portable information device of the present invention. In the figure, 1A to 1D are input units, 2 is a display unit for displaying the function names of input keys spatially corresponding to each other, 3 is a voice output unit, 4 is a voice input unit, 5 is a power button, and 9 is a power button. It is a clip part.

The second example of the present invention is a voice output section, a display section,
The portable information device has an elongated shape in which an input unit and a voice input unit are arranged in series, a region in which the display unit and the input unit are arranged is separated, and four input keys constituting the input unit are provided. It is arranged in the shape of "T", it is provided with a clip portion 9 for hooking and holding the portable information device, and that the audio output portion is formed in a convex shape with respect to the portable information device main body. However, the portable information device has a semicircular shape at the upper front surface, which is different.

With such a shape, it is easy to put in and take it out from a storage place such as a bag or a pocket of an outer jacket, and further it is possible to improve portability, and by arranging the input section directly below the display section. It is possible to easily operate the input unit while holding the main body with one hand. Further, since the display section corresponding to each input key is long and narrow, it is possible to display one line of Chinese characters, alphabets and the like.

FIG. 21 is a diagram showing the configuration of a twelfth example of the portable information device of the present invention. This configuration example is characterized in that the input unit is arranged on a surface different from the surface on which the display unit is arranged in the main body of the portable information device. In the figure, 2 is a display unit, 3 is a voice output unit, and 4 is a voice input unit, and these are arranged on the first surface which is the front surface of the main body of the portable information device. 1A to 1D are input units, which are arranged on a surface different from the surface on which the display unit is arranged. In this configuration example, they are arranged on the left side surface with respect to the main body of the portable information device. The function names of the input keys forming the input unit are displayed at spatially corresponding positions on the display unit. By arranging the input unit on the side surface of the surface on which the display unit is arranged in this manner, the front surface area of the portable information device body can be further reduced, and the overall size of the device can be reduced.

In this configuration example, it is assumed that the voice input unit, the display unit, and the voice output unit are arranged in one plane forming the casing of the portable information device body, and the input unit is arranged on the side surface thereof. However, it is also possible to configure the voice input unit, the input unit, and the voice output unit on the same plane and arrange the display unit on the side surface thereof.

FIG. 22 is a diagram showing the configuration of the 13th example of the portable information device of the present invention. In the figure, 1A to 1D are input units, 2 are display units, 3 is a voice output unit, 4 is a voice input unit, 5
Is a power button, and 9 is a clip part. The second example of the present invention is different from the second example in that the audio output unit is configured in a circular shape having a diameter larger than the short side of the portable information device body.

With such a shape, the voice output section (receiver section) can be securely held by the operator's ear, so that the voice output can be surely performed by the operator even in an environment with a lot of noise and noise. Can be transmitted.

Next, a configuration example of a wireless communication system in which the portable information device of the present invention and a wireless base station are combined is shown in FIG.
4 will be described. In the figure, 1100-a and b are the portable information devices 1200-a and b of the present invention, respectively.
c and d are wireless base stations that relay communication between portable information devices,
Reference numerals 1300-a and 1300-b are switching devices for switching connections between wireless base stations, and 1400 is a transmission device for connecting the switching devices. When making a call between the portable information devices 1100-a and 1100-b, the wireless base station 1200-a,
Switching device 1300-a, transmission device 1400, switching device 1
Information transmission such as voice, image, and data is performed via 300-b and the radio base station 1200-b. In FIG. 24, for convenience of description, only four wireless base stations and two switching devices are shown, but the number of wireless base stations connected to the switching device and the number of switching devices connected to the transmission device are the same. Is not limited to the number of.

FIG. 25 shows an example of the external structure of a radio base station used in this radio communication system. Reference numeral 1201 is a radio base station body, 1202 is an input key for inputting numbers, characters, symbols and the like, and 1203 is an operation key for performing a memory setting operation such as registration of a dial number for the portable information device. Reference numeral 1204 denotes a display device for displaying characters and the like input by the input keys, 1205 denotes a handset, 1206.
Is an antenna device that transmits a signal to the portable information device and receives a signal from the portable information device.

FIG. 26 is a diagram showing a system configuration example of a radio base station. Reference numeral 1211 is an antenna unit, 1212 is a switch for switching antennas, 1213 is an amplifier constituting a receiving unit, 1214 is an amplifier constituting a transmitting unit, 121
5 is a demodulator, 1216 is an oscillator for generating a reference signal, 1
217 is a modulator, 1218 is a signal processing device, 1219 is a storage device, 1220 is an output device for outputting an audio signal, etc.,
Reference numeral 1221 is a display device for displaying image information, numbers, character information and the like, and 1222 is an input device for inputting numbers, character information, voice, image information and the like. In this configuration example, the radio base station employs a diversity system in which reception states of a plurality of antenna units are compared and the antenna unit having the highest electric field strength is selectively switched to perform transmission / reception.

FIG. 27 is a diagram showing a system configuration example of the portable information device of the present invention. 1101 is an antenna part, 1
102 is a demultiplexer, 1103 is an amplifier constituting a receiving unit,
Reference numeral 1104 is an amplifier forming a transmission unit, 1105 is a demodulator, 1106 is an oscillator for generating a reference signal, 1107 is a modulator, 1108 is a signal processing device, 1109 is a storage device, 1110 is an audio signal, digital data, etc. are output. An output device 1111 is a display device for displaying image information, numbers, character information and the like, and 1112 is an input device for inputting audio signals, image signals and the like.

In the wireless communication system including the above components, an embodiment in which the telephone directory information including the name and dial number information of a specific communication partner is registered in the portable information device will be described. Although the method of inputting the telephone directory information from the portable information device and registering the memory has been described above, the portable information device of the present invention has a limited number of input keys, and when inputting numeral and character information. Since inconvenience may occur, a method of more easily registering telephone directory information in a mobile information terminal as a wireless communication system including a wireless base station will be described below.

First, a method of memory registration using the radio base station shown in FIG. 25 and the portable information terminal shown in FIG. 1 and the like will be described. This method inputs information such as the name and dial number of the communication partner from the input device provided in the main body of the wireless base station, temporarily stores it in the storage device provided in the wireless base station, and then collects the information of the other party. It is transferred to the portable information device.

That is, 1) The "registration" key of the operation key 1203 provided in the radio base station is operated to switch the operation mode of the radio base station to the telephone book information registration mode.
2) Next, the input key 1202 is operated to input the information of the communication partner. Since the input result is displayed on the display device 1204, it is possible to input it while monitoring the display information.
For example, when registering the name and dial number of the other party as telephone directory information, after inputting the name information with the input key 1202, the “input” key of the operation key 1203 is operated to confirm the input of the name information, The input key 1202 is used to input dial number information, and the operation key 120
The "input key" of 3 is operated to confirm the input of dial number information. When inputting information of a plurality of communication partners, the above-mentioned input operation of name information and dial number information is repeated. 3) Then, when the input of the information of the communication partner is completed, the “phone book” key of the operation key 1203 is operated to end the registration mode of the phone book information. As a result, the input telephone directory information is temporarily stored in the wireless base station. 4) When transferring the stored phonebook information to the mobile information device, the phonebook information is transferred to the mobile information device by operating the “transfer” key of the operation key 1203 of the wireless base station. It is stored in a storage device provided in the device. This completes the memory registration of the portable information device.

When the memory registration of the portable information terminal is performed using the wireless base station and the portable information device in this way, the disadvantage that the number of input keys is limited in the portable information device of the present invention is complemented, and wireless communication is performed. Memory registration can be easily performed using the input device on the base station side. Further, since it is not necessary to consume power for performing the memory registration operation only with the portable information device, the battery operating time of the portable information device can be extended.

In the above embodiment, the method of registering one mobile information terminal in association with one radio base station has been described, but a plurality of mobile information terminals are registered in correspondence with one base station. In this case, a storage device for temporarily storing the telephone directory information corresponding to each mobile information terminal may be provided in the wireless base station. When performing memory registration, the information for identifying the portable information terminal is input to the wireless base station, and the storage device in which the telephone directory information corresponding to the portable information terminal is stored is accessed. It inputs and stores the other party's information to be input to the mobile information terminal, and transfers the telephone directory information to the mobile information terminal.

Next, a method for registering a memory in the portable information device using the wireless communication system shown in FIG. 24 will be described. According to this method, a registration device for registering subscriber information of a wireless communication system is provided in a transmission device, and first, a registration device provided in the transmission device is accessed to obtain a desired party from the subscriber information registered in the registration device. Is transferred to the designated wireless base station, temporarily stored in the storage device in the wireless base station, and then transferred to the portable information device.

That is, 1) The "registration" key of the operation keys provided in the radio base station is operated to switch the operation mode of the radio base station to the telephone book information registration mode. 2) Operate the input key 1202 to input access information (for example, access number) to the registration device in the transmission device, connect to the registration device, transfer information for specifying a desired communication partner, and register. The subscriber information registered in the device is transferred back to the wireless base station as telephone directory information. 3) The transfer information from the registration device is displayed on the display device 1204 of the wireless base station as appropriate, and when the transfer of the information of the communication partner is completed, the “phone book” key of the operation key 1203 is operated. After the phone book information is temporarily stored in the storage device in the wireless base station, the "phone book" key of the operation key 1203 is operated to end the phone book information registration mode. 4) After that, by operating the "transfer" key of the operation key 1203 of the wireless base station, the telephone directory information temporarily stored in the wireless base station is transferred to the portable information device and stored in the storage device of the portable information device. .

As described above, by providing the registration device in which the subscriber information is registered in advance in the transmission device of the wireless communication system, and calling the information of the desired other party and transferring it to the wireless terminal device, the user of the portable information device himself / herself. You can create a phonebook without entering phonebook information. Further, by inputting the desired information of the other party through the input device of the wireless base station, the information of the other party can be easily input.

Next, an embodiment in which the memory registration device for the portable information device is provided separately from the radio base station will be described with reference to FIG. 2100 is the portable information device of the present invention,
Reference numeral 2200 is a wireless base station, and 2150 is a registration device for inputting telephone directory information of a portable information device. This registration device has at least an input key for inputting numerical information and a display key for monitoring an input result. The phone book information registration operation is the same as the above-described registration method, and a description thereof will be omitted.

By separating the radio base station and the telephone directory information registration device in this way, the registration work can be performed regardless of the installation location of the radio base station. Moreover, since the registration operation can be performed at hand, the operability is improved.
Even in such a configuration in which the wireless base station and the registration device are separated from each other, it is possible to create the telephone directory information by accessing the registration device provided in the transmission device as in the embodiment described above. Is.

Further, in the above memory registration method, the method of wirelessly transferring the telephone directory information from the temporary storage device provided in the wireless base station or the telephone directory information registration device to the storage device for the wireless information device has been described. However, it is also possible to adopt a method in which the portable information device is equipped with a connection terminal similar to the connection terminal 6 of FIG. 2, and a wired connection is made to the wireless base station or the registration device via this to transfer the telephone directory information. Is. In particular, when one wireless base station is shared by multiple mobile information terminals, the phonebook information can be transferred only to the connected mobile information terminals, so ensure the information transfer. You can

As described above, the portable information device of the present invention comprises the input section having a plurality of input keys, and the display section for displaying the function names of the input keys corresponding to the spatial arrangement of these keys. It is characterized by that. Further, it is possible to provide the following additional functions.

For example, a portable information device that is easier for the operator to use is provided with a storage unit for storing the setting of the function assigned to the input key, and changing the function assignment according to the operation mode for changing the function setting of the input key. Can be provided. This can be realized for the first time by the configuration in which the "input key" and the "function display", which are features of the portable information device of the present invention, can be set separately.

For example, the method of exchanging the function allocation has a mode in which the allocation is cyclically changed.
It is also possible to replace the functions assigned to A, 1B, 1C, and 1D in the clockwise direction as a whole to provide an assignment setting mode for changing the assignment so as to assign the functions to 1B, 1C, 1D, and 1A.

Further, in the configuration example of the portable information device having a vertically or horizontally symmetrical structure (for example, the configuration of the portable information device shown in FIG. 2, FIG. 10 etc.), the function assignment of the input keys having the object relationship is exchanged. By providing a storage unit that stores the input key assignment setting, the manufacturer can manufacture the portable information device without distinguishing between right-handed and left-handed devices. The effect is that the function allocation can be changed and registered according to the circumstances.

It is also possible to provide a storage section for storing a plurality of display forms or display contents of the function names assigned to the input keys. For example, by storing display examples of kanji mixed with kana, hiragana, katakana, romaji, etc., and setting a desired display example in the display example setting mode, for example, mobile information that is easy to operate even for an operator who cannot read kanji. A device can be provided. Further, by providing a storage unit that stores a plurality of fonts of display characters, it is possible to change the display of the function name according to the operator's hobbies and preferences.

Further, a storage unit for storing a display example in which the display of the function name assigned to the input key is displayed by using the words corresponding to a plurality of kinds of languages is provided, and the display example of the function name is displayed in the display example switching mode. It is also possible to adopt a switching configuration. In this case, it is possible to provide a portable information device that can be easily operated even by a foreigner who does not understand Japanese.

[0129]

In the portable information device of the present invention, the input section and the display section are arranged separately, and the names of the functions of the respective input sections of the display section that spatially correspond to the spatial arrangement of the input section. By displaying the function at the display position, it is possible to operate the input key while confirming each function assigned to the input key on the display unit.

Since the number of input keys can be significantly reduced, the surface area of the portable information device body can be reduced and the portability can be further improved.

Further, by making the occupation area of the arrangement area of the display unit larger than the occupation area of the arrangement area of the input unit, the function name of the function assigned to each input unit can be displayed larger and clearly. it can.

[Brief description of drawings]

FIG. 1 is a diagram showing a configuration of a first example of a portable information device of the present invention.

FIG. 2 is a hexagonal view showing the outer shape of a first example of the portable information device of the present invention.

FIG. 3 is a diagram showing an example of function display on a display unit of the portable information device of the present invention.

FIG. 4 is a diagram showing a hierarchical structure of functional instructions assigned to the portable information device of the present invention.

FIG. 5 is a diagram showing a hierarchical structure of functional instructions assigned to the portable information device of the present invention.

FIG. 6 is a diagram showing a hierarchical structure of function commands assigned to the portable information device of the present invention.

FIG. 7 is a diagram showing a hierarchical structure of function commands assigned to the portable information device of the present invention.

FIG. 8 is a diagram showing a hierarchical structure of function instructions assigned to the portable information device of the present invention.

FIG. 9 is a diagram showing a configuration of a second example of the portable information device of the present invention.

FIG. 10 is a hexagonal view showing the outer shape of a second example of the portable information device of the present invention.

FIG. 11 is a diagram showing an example of function display on the display unit of the portable information device of the present invention.

FIG. 12 is a diagram showing the configuration of a third example of the portable information device of the present invention.

FIG. 13 is a diagram showing the configuration of a fourth example of the portable information device of the present invention.

FIG. 14 is a diagram showing the configuration of a fifth example of the portable information device of the present invention.

FIG. 15 is a diagram showing the configuration of a sixth example of the portable information device of the present invention.

FIG. 16 is a diagram showing the configuration of a seventh example of the portable information device of the present invention.

FIG. 17 is a diagram showing the configuration of an eighth example of the portable information device of the present invention.

FIG. 18 is a diagram showing the configuration of a ninth example of the portable information device of the present invention.

FIG. 19 is a diagram showing the configuration of a tenth example of the portable information device of the present invention.

FIG. 20 is a diagram showing the configuration of an eleventh example of a portable information device of the present invention.

FIG. 21 is a diagram showing the configuration of a twelfth example of the portable information device of the present invention.

FIG. 22 is a diagram showing the configuration of a thirteenth example of the portable information device of the present invention.

FIG. 23 is a diagram showing an outer shape configuration of a conventional mobile terminal.

FIG. 24 is a diagram showing a schematic configuration of a first wireless communication system of the present invention.

FIG. 25 is a diagram showing a configuration of a wireless base station of the wireless communication system of the present invention.

FIG. 26 is a block diagram showing the configuration of a wireless base station of the wireless communication system of the present invention.

FIG. 27 is a block diagram showing the configuration of a portable information device of a wireless communication system of the present invention.

FIG. 28 is a diagram showing a schematic configuration of a second wireless communication system of the present invention.

[Explanation of symbols]

1 ... Input section 2 ... Display 3 ... Voice output section 4 ... Voice input section 5 ... power button 9 ... Clip part

   ─────────────────────────────────────────────────── ─── Continued front page    (72) Inventor Tomiaki Ishihara             1-1 Shibaura, Minato-ku, Tokyo Co., Ltd.             Toshiba headquarters office (72) Inventor Takashi Amano             1st Komukai Toshiba-cho, Sachi-ku, Kawasaki-shi, Kanagawa             Inside the Toshiba Research and Development Center (72) Inventor Yasuo Suzuki             1st Komukai Toshiba-cho, Sachi-ku, Kawasaki-shi, Kanagawa             Inside the Toshiba Research and Development Center (72) Inventor Hiroshi Horiguchi             1st Komukai Toshiba-cho, Sachi-ku, Kawasaki-shi, Kanagawa             Inside the Toshiba Research and Development Center F term (reference) 5K036 AA07 BB01 DD01 DD15 JJ02                       JJ10 JJ13                 5K067 AA34 AA42 BB04 EE02 EE10                       FF02 FF07 FF23 FF31

Claims (4)

[Claims] 1. A plurality of input keys, a display section for displaying the function of the input keys in an area corresponding to the spatial arrangement of the input keys, name information of the other party, and dial number information of the voice terminal of the other party are stored. The storage unit and the other party's name information stored in the storage unit or the predetermined other party's dial number selected from the dial number information of the other party's voice terminal is transmitted to the wireless base station. The number of input keys to which the function is assigned in a mobile phone device including a signal processing unit, a transmission unit, and a reception unit for connecting a line with a voice terminal of, and performing a voice call with the predetermined other party. And the signal processing unit assigns a memory transmission function to one of the plurality of input keys, displays the memory transmission function of the input key on the display unit, and When the assigned input key is operated, it is switched to the memory calling state, and the name information of the predetermined partner or the dial number information of the voice terminal of the partner to be connected to the line is displayed on the display unit. Mobile phone device. 2. A plurality of input keys, a display section for displaying the function of the input keys in a region corresponding to the spatial arrangement of the input keys, name information of the other party and dial number information of the voice terminal of the other party are stored. The storage unit and the other party's name information stored in the storage unit or the predetermined other party's dial number selected from the dial number information of the other party's voice terminal is transmitted to the wireless base station. The number of input keys to which the function is assigned in a mobile phone device including a signal processing unit, a transmission unit, and a reception unit for connecting a line with a voice terminal of, and performing a voice call with the predetermined other party. The signal processing unit biases the function of the input key to a partial display area in the vicinity of the input key in the display unit and displays the function, and the signal processing unit includes the transmitter and the receiver. When starting a line connection with a predetermined other party's voice terminal, the name information of the predetermined other party or dial number information of the other party's voice terminal is displayed in the remaining display area of the display section. Mobile phone device. 3. A plurality of input keys, a display section for displaying the function of the input keys in an area corresponding to the spatial arrangement of the input keys, name information of the other party who connects the line, and dial number of the other party's voice terminal. By connecting a line to a storage unit that stores information and a predetermined other party's voice terminal selected from the other party's name information stored in the storage section or the dial number information of the other party's voice terminal, the predetermined other party In a mobile phone device including a signal processing unit for performing a voice call with, a transmitting unit and a receiving unit, the number of input keys to which the function is assigned is four, and the signal processing unit is When redialing to connect a line to a predetermined voice terminal of the other party that has been transmitted to the memory, the redialing function is assigned to one of the plurality of input keys and the redialing is performed. When the input key assigned a function is operated, the portable telephone device, characterized in that to start the line connection to a given counterpart audio terminal that is memory originated just prior to the transmission unit and the reception unit. 4. A plurality of input keys, a display section for displaying the functions of the input keys in an area corresponding to the spatial arrangement of the input keys, name information of the other party and dial number information of the voice terminal of the other party are stored. The storage unit and the other party's name information stored in the storage unit or the predetermined other party's dial number selected from the dial number information of the other party's voice terminal is transmitted to the wireless base station. The number of input keys to which the function is assigned in a mobile phone device including a signal processing unit, a transmission unit, and a reception unit for connecting a line with a voice terminal of, and performing a voice call with the predetermined other party. The mobile phone device is characterized in that the occupied area of the display unit is larger than the occupied area of the area where the input key to which the function is assigned is arranged.