CN1205473A - Received information storage apparatus - Google Patents

Abstract

A receiving information storage device capable of processing and storing received information for easy retrieval and sorting and editing of stored data. The storage area selection unit 31 selects a specific storage area from the storage areas 33-36, and then selects a storage structure corresponding to the specific storage area from the storage structures 27-30 to be processed in the received information. The received information processing unit 24 processes the structure of the specific received information selected from the received information into the selected storage structure, and stores it in the selected specific storage area. The received information of non-specific structure is also processed into a predetermined unified storage structure for storage, and it is easy to retrieve and sort the stored data.

Description

Received information storage device

The present invention relates to a receiving information storage device loaded in a paging receiver or the like.

An example of a paging receiver having a receiving information storage device of the prior art has been disclosed, for example, in US Patent No. 5,359,317 (CN1086057). FIG. 26 is a functional block diagram of the received information storage device 1 in the prior art. In the received information storage device 1 , all received messages are firstly stored in the first memory 2 . The first memory 2 cumulatively stores received messages. But because the storage capacity is limited, the necessary received messages will be transferred to the second memory 6 .

That is to say, the specific message selection unit 3 selects a specific received message among the received messages stored in the first memory 2, and then displays the selected specific received message on the screen of the display unit provided in the received information storage device 1. , for example, the received message screen 11 shown in FIG. 27 is displayed.

The character string designation unit 4 designates a predetermined character string to be stored in the received message selected by the specific message selection unit 3 , for example, character strings such as name and telephone number. A plurality of character strings can be designated, and the designated character strings are displayed on the receiving message screen 11 with attributes different from other character strings not designated. For example, the areas 12a and 12b including the designated character string are displayed in reversed black and white.

The character string specified by the character string specifying unit 4 is stored in a plurality of areas 7 to 10 such as business information, personal information, ToDo information, and meeting information held in the second memory 6 by the storage area selection means 5. within the area. When the character string specifying section 4 specifies a plurality of character strings, the specified character strings are all connected according to the sequence in the received message, and are additionally stored in the selected areas 7-10 of the second memory 6 as a character string. middle. For example, the name "Taro Yamada" and the telephone number "123-4567" shown in FIG. 27 are concatenated into "Taro Yamada 123-4567" and stored as one character string. Each area 7 to 10 is different according to the name of the business, the individual, etc., but the management structure of the data is the same, so a plurality of character strings can be stored in one area.

In the received information storage device 1 of the prior art, the second memory is divided into a plurality of areas 7 to 10 with different names. Therefore, a plurality of data can be sorted into the most suitable area according to the purpose and organized. For easy browsing, and save data. However, as mentioned above, the data management structure of each area 7 to 10 is the same, and one data is treated as one character string, and detailed classification is not stored. Therefore, in the conventional received information storage device 1, each stored data in each of the areas 7 to 10 is displayed, and the stored data can be retrieved by visually checking the required data. Such a retrieval method is very troublesome for the operator, and it is difficult to put it into practical use if there are many stored data.

Because in the received information storage device 1, a plurality of character strings specified by the character string specifying section 4 are connected together according to the arrangement order in the received message, so depending on the stored data, it may start with a name or start with a name. Address begins. That is, for the same type of stored data, the order of the items indicated by the specified character string does not necessarily match. Therefore, when searching according to the above method, special attention must be paid to the saved data, which is very troublesome, thereby significantly reducing the retrieval efficiency.

In addition, since data subjectively determined by the operator is stored in each of the areas 7 to 10, character strings belonging to one item do not necessarily exist in only one area. That is, the name does not necessarily exist only in the personal area 8 , and may also exist in other affairs area 7 , ToDo area 9 , and meeting area 10 . Therefore, there are disadvantages that all stored data must be retrieved, the retrieval time is long, operability is poor, and power consumption is increased.

Since the character strings of the stored data are not stored separately for each item, it is not easy to perform editing processing of the stored data, for example, sorting processing for each specific item.

An object of the present invention is to provide a received information storage device which can process and store received information so that the stored data can be easily retrieved and sorted.

The present invention is a device for storing received information, which is characterized in that it comprises:

The receiving information accumulating device accumulates and stores the received information according to the structure of the receiving time;

received information selection means for selecting specific received information from received information stored in said received information accumulating means;

An information storage device with single or multiple storage areas;

an information storage structure defining means for defining a storage structure of received information composed of predetermined items in correspondence with the storage areas;

a storage area selection device for selecting a specific storage area from the storage areas possessed by the information storage device;

information storage structure selection means for selecting, from said information storage structure definition means, a storage structure of received information defined corresponding to the storage area selected by said storage area selection means; and

The received information processing means processes the structure of the specific received information selected by the received information selecting means into the storage structure selected by the information storage structure selecting means, and saves the processed received information in the storage area selected by the storage area selecting means The specific storage area selected.

According to the present invention, when the storage area selection means selects a specific storage area from the storage areas possessed by the information storage means, the information storage structure selection means selects from the information storage structure definition means corresponding to the selected specific storage area. The storage structure of the received information defined by the area. The received information processing means processes and holds the specific received information selected by the received information selecting means from among the received information stored in the received information accumulating means. That is, it is processed into the storage structure selected by the information storage structure selection means, and stored in the specific storage area selected by the storage area selection means. Therefore, since the reception information with no specific structure is processed and stored in a predetermined unified structure corresponding to the reception information storage means, it is possible to easily retrieve and sort the stored data.

The present invention is characterized by including specifying means for specifying partial information belonging to the predetermined items constituting the storage structure selected by the information storage structure selecting means from among the specific received information selected by the received information selecting means ;

The received information processing means stores the partial information specified by the specifying means in the specific storage area selected by the storage area selection means in the specified order.

According to the present invention, specifying means specifies partial information belonging to predetermined items constituting said storage structure selected from selected specific reception information, and stores the specified partial information in said specific storage area in a specified order. , so that the received information can be processed and saved.

The present invention is characterized by including display means for displaying a list of the predetermined items constituting the storage structure selected by the information storage structure selection means and specific reception information selected by the reception information selection means.

According to the present invention, the display means displays a list of the predetermined items constituting the selected storage structure and the selected specific reception information. Therefore, it is possible to reliably designate necessary partial information while viewing the displayed content, and thus it is possible to process and store the received information.

The feature of the present invention is that said received information processing means also saves partial information not specified by said specifying means, which does not belong to said predetermined items constituting the storage structure selected by said information storage structure selecting means. within a specific storage area selected by said storage area selection means.

According to the present invention, specified partial information and unspecified partial information are simultaneously stored in the storage area. That is, partial information belonging to the predetermined items constituting the selected storage structure and partial information not belonging to the predetermined items constituting the selected storage structure are simultaneously stored. Therefore, partial loss of received information can be prevented.

The present invention is characterized by comprising:

storage capacity detection means for detecting that the storage capacity of said received information accumulation means is lower than a predetermined reference capacity; and

The notifying means notifies that the storage capacity of the received information accumulating means is too low according to the detection result of the storage capacity detecting means.

According to the present invention, once the storage capacity of said received information accumulating means falls below a predetermined reference capacity, it is reported that the storage capacity of said received information accumulating means is too low. According to the reporting result, the received information stored in the received information accumulating means is processed and transferred to the information storage means, so that the storage capacity of the received information accumulating means can be made higher than the reference capacity and continue to receive information.

The present invention is characterized in that, when the reception information is not processed and not transmitted to the storage area even after a predetermined period of time has elapsed after the notification is made based on the detection result of the storage capacity detection device, the notification device is configured every time the received information is received. When receiving information, the storage capacity of the receiving information accumulating device is reported to be too low.

According to the present invention, when the received information is not processed and not transferred to the storage area even after a predetermined period of time has elapsed after the notification, it is notified that the storage capacity of the received information storage is too low every time the information is received. According to the notification, the received information stored in the received information accumulating means is processed and transferred to the information storage means, so that the storage capacity of the received information accumulating means can be made higher than the reference capacity, and the received information can be continued.

The present invention is characterized by including received information forced selection means for selecting the earliest received information stored in said received information accumulating means by said received information selecting means based on the detection result of said storage capacity detecting means. .

According to the present invention, after the notification, the earliest received information stored in the received information accumulating means is selected. Therefore, processing of the received information can be promoted and transferred to the information storage device, and the earliest received information will not disappear by processing and transferring the received information, and the storage capacity of the received information accumulating device can be made higher than the reference capacity , to continue receiving messages.

The present invention is characterized in that the storage structure of received information defined by said information storage structure defining means is a telephone book structure containing items of a name and a telephone number corresponding to the name.

According to the present invention, reception information can be processed into a telephone book structure including items of a name and a telephone number corresponding to the name.

The present invention is characterized in that, when the information storage structure selecting means selects the telephone directory structure, the received information processing means selects a name and a telephone number corresponding to the name from the specific received information selected by the received information selecting means , and stored in the specific storage area selected by the storage area selection means.

According to the present invention, when processing into a telephone book structure, a name and a telephone number corresponding to the name are selected from the selected specific reception information, and stored in the selected specific storage area. This enables processing into a phone book structure.

The present invention is characterized in that the phonebook structure also includes the item of the pronunciation of the name;

The received information management device includes reading-sound acquiring means for acquiring, based on the name as partial information in the received information, a kana or an alphabet representing the pronunciation of the name.

According to the present invention, the phone book structure further includes the item of the pronunciation of the name, and the kana or alphabet representing the pronunciation of the name is acquired from the name as part of the information in the received information. Therefore, it is possible to process the received information into a telephone book structure including items such as names, telephone numbers corresponding to the names, and pronunciations corresponding to the names.

The present invention is characterized in that the storage structure of the received information defined by the information storage structure defining means is a schedule structure including date and time and items corresponding to the date and time.

According to the present invention, reception information can be processed into a schedule structure including date and time and content items corresponding to the date and time.

The present invention is characterized in that when the information storage structure selection means selects the schedule structure, the received information processing means selects the date and time and the date and time corresponding to the date and time from the specific received information selected by the received information selection means. content, and save it in the specific storage area selected by the storage area selection means.

According to the present invention, when processing into a schedule structure, the date and time and the content corresponding to the date and time are selected from the selected specific reception information, and stored in the selected specific storage area. This enables processing into a schedule structure.

The feature of the present invention is that the receiving information storage device includes a timing device for timing the current time;

The schedule structure also contains an entry for the datetime of receipt of the message.

According to the present invention, the timetable structure further includes the item of the date and time of information reception, and the timekeeping result of the timekeeping device can be processed into the timetable structure of this structure.

The present invention is characterized in that the storage structure of the received information defined by the information storage structure defining means is a list structure including items of contents to be performed by the user.

According to the present invention, reception information can be processed into a list structure including items to be performed.

The present invention is characterized in that the list structure further includes an item indicating a function code for prioritizing the contents corresponding to the received information received together with the information.

According to the present invention, the list structure further includes an item indicating a function code for prioritizing the contents corresponding to the received information received together with the information, so that the list structure of such a structure can be processed.

Brief description of the drawings

FIG. 1 is a functional block diagram of a received information storage device 21 according to an embodiment of the present invention.

FIG. 2 is a block diagram of the electrical structure of the received information storage device 21 .

FIG. 3 is an external view of the received information storage device 21 .

FIG. 4 is a schematic diagram of the received message storage unit 64 .

FIG. 5 is a schematic diagram of received information 88 .

Fig. 6 is a flow chart briefly showing processing and saving operations of received messages.

Fig. 7 is a flowchart of a selection control operation of a specific received message to be diverted.

FIG. 8 is a schematic diagram of the telephone book format definition information table 52 of the program memory 43. As shown in FIG.

FIG. 9 is a schematic diagram of the phonebook character information storage unit 66 of the RAM 63.

FIG. 10 is a schematic diagram of the schedule definition information table 53 of the program memory 43 .

Fig. 11 is the schematic diagram of the schedule character information storage part 67 of RAM 63.

FIG. 12 is a schematic diagram of the ToDo list format definition information table 54 of the program memory 43 .

Fig. 13 is the schematic diagram of the ToDo character information storage part 68 of RAM 63.

14(A) to (D) are schematic diagrams showing a display and an input screen step by step for explaining an example of an operation when processing a received message.

FIG. 15 is a flow chart of processing control operations of selected received messages according to the operations of FIG. 14 .

Fig. 16 is a schematic diagram showing a display screen in stages for explaining another example of the operation when processing a received message.

FIG. 17 is a flow chart of processing control operations of selected received messages according to the operations of FIG. 16 .

FIG. 18 is a schematic diagram of the name pronunciation dictionary 50 .

Fig. 19 is a flowchart for explaining the operation of obtaining the pronunciation of a name.

FIG. 20 is a flowchart showing in detail the first processing operation of step c4 of FIG. 15 .

FIG. 21 is a flowchart showing in detail the second processing operation of step c4 of FIG. 15 .

Fig. 22 is a flowchart showing in detail the third processing operation of step c4 of Fig. 15 .

FIG. 23 is a flowchart showing in detail the fourth processing operation of step c4 of FIG. 15 .

FIG. 24 is a flowchart showing in detail the fifth processing operation of step c4 of FIG. 15 .

FIG. 25 is a flowchart showing a management operation of the storage capacity of the received message storage section 64. As shown in FIG.

FIG. 26 is a functional block diagram of a conventional received information storage device 1 .

FIG. 27 is a diagram showing a display screen of the received information storage device 1 displaying a specific received message selected from received messages.

FIG. 1 is a functional block diagram of a received information storage device 21 according to an embodiment of the present invention. The structure of the received information storage device 21 includes: a received information accumulation unit 22, a received information selection unit 23, a received information processing unit 24, an information storage structure selection unit 25, an information storage structure definition unit 26, a storage area selection unit 31, and an information storage unit. 32, and selection control part 37.

In the received information storage device 1, all received information is stored in the received information accumulating unit 22 first. The received information accumulating unit 22 accumulates and stores the received information according to the original structure at the time of receiving, but because the storage capacity is limited, the necessary received information is transferred and stored in the information storage unit 32 . The reception information selection section 23 selects specific reception information among the reception information stored in the reception information accumulation section 22 . The selected specific reception information is sent to the reception information processing unit 24 .

The information storage structure definition unit 26 defines a plurality of storage structures for stored information. In the received information storage device 21, an address book storage structure 27, a schedule storage structure 28, a ToDo list storage structure 29, and a memo storage structure 30 are defined. The information storage structure selection unit 25 selects any one of the plurality of storage structures 27 to 30 and sends the information of the selected storage structure to the received information processing unit 24 . In addition, the information storage unit 32 has a plurality of information storage areas. The information storage areas respectively have the defined storage structure. Therefore, the received information storage device 21 has an address book storage area 33, a schedule storage area 34, a ToDo list storage area 35, and a memo storage area 36. . The storage area selection unit 31 selects any one storage area from the plurality of storage areas 33 to 36 described above.

Here, the selection control unit 37 collectively controls the selection operations of the information storage structure selection unit 25 and the storage area selection unit 31 . Therefore, the storage structures 27 to 30 selected by the information storage structure selection unit 25 and the storage structures of the storage areas 33 to 36 selected by the storage area selection unit 31 correspond to each other.

The reception information processing unit 24 processes the structure of the reception information selected by the reception information selection unit 23 into the storage structure selected by the information storage structure selection unit 25, and stores it in the storage structure selected by the storage area selection unit 31. within the storage area.

FIG. 2 is a block diagram of the electrical structure of the received information storage device 21 . Specifically, the reception information storage device 21 includes: a decoder unit 40, a microprocessor 42, a program memory 43, an LCD (liquid crystal display) 58, a vibration generation unit 59, an alarm/music generation unit 60, A key/stroke input section 61 , a real-time clock 62 , and a RAM (Random Access Memory) 63 .

The information received via the antenna 39 is guided to the RF unit 38 and further guided to the decoder unit 40 . The ID-ROM 41 storing a predetermined ID code is connected to the decoder unit 40, and the decoder unit 40 judges whether the ID code contained in the received information matches the ID code stored in the ID-ROM 41. A control signal indicating the match/disagreement of the ID code is sent to the microprocessor 42 via the bus 70 . The microprocessor 42 is driven by a control signal corresponding to the ID code.

The microprocessor 42 reads out and executes an operation program stored in a program memory 43 realized by, for example, a ROM (Read Only Memory). Stored in the program memory 43 are: message selection control operation 44, storage address control operation 45, message processing control operation 46, display control operation 47, input control operation 48, free capacity detection control operation 49, name pronunciation conversion control operation 51, And message receiving control operation 56 and other operating procedures. Furthermore, a name pronunciation dictionary 50, format definition information tables 52 to 55 for a telephone book, a schedule, a ToDo list, and a memorandum are also stored.

The message received according to the message receiving control operation 56 is accumulated and stored in the received message storage part 64 of the RAM 63 according to its original structure. A received message is then selected from the stored received messages according to the message selection control operation 44 .

The RAM 63 is provided with the character information storage parts 66-69 for the telephone book, the schedule, the ToDo list, and the memorandum, and selects from the character information storage parts 66-69 according to the storage address selection control operation 45. Any character information storage unit. For example, any one of the character information storage units is selected in accordance with an input from the key/stroke input unit 61 . In conjunction with this selection operation, a format definition information table whose storage structure corresponds to each other is selected from the format definition information tables 52 to 55 for the phonebook, schedule, ToDo list, and memorandum in the program memory 43 .

The structure of the received message selected according to the message selection control operation 44 is processed into the storage structure defined by the format definition information tables 52-55 corresponding to the selected character information storage parts 66-69, and stored in the selected The above character information storage units 66-69. The processing and saving operations are performed according to the message processing control operation 46, and the message editing buffer 65 of the RAM 63 is used when the processing operation is performed.

The LCD 58 is driven by the LCD driver unit 57 to display various information described later. The display operation of the LCD 58 is carried out in accordance with the display control operation 47. The vibration generating section 59 generates vibration according to an instruction from the microprocessor 42, and the alarm/music generating section 60 generates an alarm and a melody.

Various information is input from the key/stroke input section 61, and the input information is sent to the microprocessor 42 according to the input control operation 48. The input unit 61 is realized by, for example, a keyboard provided with a plurality of keys, a tablet, and an input pen. The coordinate position of the input surface designated by the input pen is output from the tablet. The real time clock 62 counts the current time, and sends the timing result to the microprocessor 42 .

According to the free capacity detection control operation 49, the free capacity of the received message storage section 64 is detected. According to the name pronunciation conversion control operation 51, a kana or an alphabet representing the pronunciation is obtained from the name in Chinese characters or the like in the received message. At this time, the name pronunciation dictionary 50 is used to obtain the pronunciation.

FIG. 3 is an external view of the received information storage device 21 . On the display surface 77 of the LCD 58, the input surface 78 of the input unit 61 is overlapped. The input surface 78 has light transmission, so the content displayed on the display surface 77 can be observed through the input surface 78. The display surface 77 is divided into a display area 80a for received messages and a display area 80b for other information. Displayed on the display area 80b are, for example, a reception number 81 of a received message, a reception date and time 82, and a function code 83. FIG. For example, the display area 80b is set above the display area 80a.

The device 21 is provided with the phone book, schedule, ToDo, and memo selection keys 70-73 associated with the input unit 61, and the operator specifies any selection key in the selection keys 70-73 to select the RAM. The phone book of 63 is used, the time table is used, the ToDo list is used, and the storage part in the character information storage part 66～69 that memorandum is used, is linked with this, selects the phone book of the program memory 43, the time table is used, and the ToDo list is used , and the format definition information tables corresponding to the format definition information tables 52 to 55 for the memorandum.

In addition, in addition to the selection keys 70 to 73, the device 21 is also provided with a previous message designation key 74, a subsequent message designation key 75, and a save message determination key 76. The previous message specifying key 74 can be used to select a message received before the displayed received message, and can display the message. Also, the post message specifying key 75 can be used to select a message received after the displayed received message, and can display the message. And the confirmation of the received message to be transferred is input by the save message confirmation key 76 .

FIG. 4 is a schematic diagram of the received message storage unit 64 . The received message storage unit 64 cumulatively stores the received number 84 , the function code 85 , the received date and time 86 , and the received message 87 in association with each other. The reception number 84 is a number added to received information, for example, a number that increases in order of reception, and this number 84 is the same number as the reception number 81 . The function code 85 is included in the received information. The reception date and time 86 is the time counted by the real-time clock 62 at the reception time of the information. The reception message 87 is a message included in the reception information.

FIG. 5 is a schematic diagram of received information 88 . The composition of the received information 88 includes: an ID code 89 , a function code 90 , and a message 91 . The ID code 89 is information for specifying the receiving device, and is compared with the ID code stored in the ID-ROM 41 when receiving. The function code 90 is a code set by the user of the source terminal device of the corresponding information 88 . Codes other than the function code 90 set by the user of the transmission source terminal device may be included in the information 88 .

The received message 87 of the received message storage unit 64 has the same structure as the message 91 of the received information 88 and is stored according to the original structure at the time of reception. For example, the message 91 "Taro Yamada 1-1, Ota, Shinagawa-ku, Tokyo, Yamanote Line Station, 123-4567 Jindai Kotsu Co., Ltd." is stored in the received message storage unit 64 according to its original structure as a received message.

In this way, although the received messages 87 are accumulated and stored in the received message storage unit 64, because the capacity of the storage unit 64 is limited, the necessary received messages 87 will be transferred to the character information storage units 66-69 for storage. Here, the structure of the transfer reception message 87 is processed in the present reception information storage device 21 . The processing and saving operations of received messages are described below.

FIG. 6 is a flow chart briefly showing processing and storing operations of received messages in the received information holding means 21. As shown in FIG. In step a1, a selection control operation of selecting a specific received message to be transferred from the received messages stored in the received message storage unit 64 is performed.

In step a2, the selection control operation is performed, that is, from the character information storage parts 66-69 of the RAM 63 for phonebook, schedule, ToDo list, and memorandum, select the one that is input with the selection keys 70-73. The specific character information storage unit of the storage address of the received message. In conjunction with this selection, the corresponding format definition information table is selected from the format definition information tables 52 to 55 for the phonebook, schedule, ToDo list, and memo in the program memory 43 .

At step a3, a processing control operation is performed, that is, processing the specific reception message selected at step a1 based on the format definition information table corresponding to the specific character information storage section selected at step a2. After processing, the received message is stored in the selected specific character information storage unit.

Fig. 7 is a flowchart of a selection control operation of a specific received message to be diverted. In step b1, the display is in a waiting state of being turned off. In step b2, when any one of the selection keys 70 to 73 is pressed, the process proceeds to step b3. Keep the waiting state of step b1 until a selection key is pressed. In step b3, the message editing buffer 65 is cleared, the number of received messages stored in the received message storage unit 64 is input to the variable M, and the value of M is input to the variable N. The variable N is a variable for designating a specific one of the plurality of messages stored in the storage unit 64, and the earliest received message is N=1, and the latest received message is N=M.

In step b4, the Nth received message stored in the received message storage unit 64 is displayed. At step b5, it is judged whether or not the previous message specifying key 74 has been pressed. If pressed, just go to step b6, go to step b7 after variable N becomes N-1, judge whether N＜1. If the judgment is affirmative, go to step b8, change variable N to 1, and then return to step b4. If the judgment is negative, it returns to step b4 as it is.

In step b5, if the previous message specifying key 74 has not been pressed, the process proceeds to step b9, where it is judged whether or not the save message confirming key 76 has been pressed. When pressed, proceed to step b10, determine the Nth received message as a specific received message to be processed, and transfer it to the buffer 65 for message editing. Thereafter, the selection operation of the storage address is performed.

In step b9, when the save message determination key 76 is not pressed, the process proceeds to step b11, and it is judged whether or not the post message designation key 75 is pressed. When pressed, go to step b12, change the variable N to N+1, then go to step b13, and judge whether M<N. If the judgment is affirmative, it goes to step b14, changes the variable N to M, and then returns to step b4, and if it is judged negative, it returns to step b4 as it is. In step b11, when the subsequent message specifying key 75 is not pressed, the process returns to step b4. This enables selection of specific received messages that should be diverted.

FIG. 8 is a schematic diagram of the telephone book format definition information table 52 of the program memory 43. As shown in FIG. This table 52 stores an item name 93 and a data format 94 for each item number 92 in correspondence with each other. The first to seventh item names 93 of each item number 92 include: name 107, pronunciation 108, telephone number 109, address 110, affiliation 111, remarks 112, and EOF 113. The data form 94 is divided into: the number of characters 95 , kanji 96 , kana 97 , numerals 98 , English letters 99 , and symbols 100 . The symbols 100 are divided into front brackets "(" 101, back brackets ")" 102, hyphens "-" 103, colons ":" 104, slashes "/" 105, pound signs "#" 106, etc. .

For example, if the number of characters of "name" is set to 10, Chinese characters, kana, numerals, English letters, and symbols can all be used. The number of characters in "pronunciation" is set to 8, and only kana can be used. The number of characters in the "telephone number" is set at 15, and only numbers and specific symbols 101-103 can be used. The number of characters for "address" is set to 25, the number of characters for "belonging" is set to 15, and the number of characters for "remarks" is set to 30, and Chinese characters, kana, numbers, English letters, and symbols can be used respectively.

EOF 113 is after the final item. In this table 52, EOF 113 is set as the seventh item, indicating that there are no other items in addition.

When processing into a phone book structure, the selected specific received message is processed according to the storage structure defined by the format definition information table 52 for the phone book.

FIG. 9 is a schematic diagram of the phonebook character information storage unit 66 of the RAM 63. In the phonebook character information storage unit 66, the received message processed according to the format definition information table 52 for the phonebook is saved, specifically, the data number 114, name 115, name pronunciation 116, telephone number 114 are stored in correspondence with each other. Number 117, address 118, affiliation 119, and remarks 120. For example, when receiving the information 88 shown in Figure 5, save it separately as: name 115--"Taro Yamada", name pronunciation 116--"やまだ", phone number 117--"123-4567", address 118-- "1-1 Ota, Shinagawa-ku, Tokyo", affiliated 119--"Modern Transportation Co., Ltd.", and remark 120--"Yamanote Line Station Sugujinku".

FIG. 10 is a schematic diagram of the schedule definition information table 53 of the program memory 43 . Like the table 52, the table 53 stores an item name 93 and a data format 94 for each item number 92 in correspondence with each other. The first to fourth item names 93 of each item number 92 include: receiving date and time 121, end date and time 122, content 123, and EOF 124. Like the table 52, the data form 94 is divided into: the number of characters 95, kanji 96, kana 97, numerals 98, English letters 99, and symbols 100. The symbols 100 are distinguished as a front bracket 101 , a back bracket 102 , a hyphen 103 , a colon 104 , a slash 105 , and a hash 106 .

The number of characters of "Date Time" and "End Date Time" is set to 14, and numerals and specific symbols 104 and 105 can be used. The number of characters of "content" is set at 50, and Kanji, kana, numbers, English letters, and symbols can be used.

EOF 124 is used in the same manner as EOF 113 in the format definition information table 52 for the phone book.

When processing into a schedule structure, the selected specific received message is processed according to the storage structure defined by the format definition information 53 for such a schedule.

Fig. 11 is the schematic diagram of the schedule character information storage part 67 of RAM 63. In the timetable character information storage part 67, save the received message processed according to the format definition information table 53 for the timetable, specifically, store in correspondence with each other: data number 125, reception date and time 126, end date and time 127, and content 128. For example, when the information 88 shown in Figure 5 is received, it is stored separately as: receiving date and time 126--"11/22 22:34", end date and time 127--"11/24 18:00" , and content 128--"Taro Yamada, 1-1 Yamanote Line Station, Ota, Shinagawa-ku, Tokyo, 123-4567 Modern Transportation Co., Ltd."

The reception date and time is the time counted by the real-time clock 62 when the message 88 is received, and corresponds to the reception date and time 86 of the reception message storage unit 64 . The end date and time is a specified time included in the received information.

FIG. 12 is a schematic diagram of the ToDo list format definition information table 54 of the program memory 43 . Like the tables 52 and 53, the table 54 stores the item name 93 and the data format 94 for each item number 92 in correspondence with each other. The first to fourth item names 93 of each item number 92 include: priority 129, content 130, progress 131, and EOF 132. Like the tables 52 , 53 , the data form 94 is divided into: the number of characters 95 , kanji 96 , kana 97 , numerals 98 , English letters 99 , and symbols 100 . The symbols 100 are distinguished as: a front bracket 101 , a back bracket 102 , a hyphen 103 , a colon 104 , a slash 105 , and a hash 106 .

Set the number of characters for "Priority" to 1, and only numbers can be used. The number of characters of "content" is set at 50, and Kanji, kana, numbers, English letters, and symbols can be used. The number of characters of "progress" is set to 3, and only numbers can be used.

EOF 132 is used in the same manner as EOF 113, 124 of the format definition information tables 52, 53.

When processing into the ToDo list structure, the selected specific received message is processed according to the storage structure defined by the format definition information table 54 for the ToDo list.

Fig. 13 is the schematic diagram of the ToDo character information storage part 68 of RAM 63. The received message processed based on the format definition information table 54 for the ToDo list is stored in the ToDo character information storage unit 68 . Specifically, data number 133, priority 134, content 135, and progress 136 are stored in correspondence with each other. For example, when receiving said information 88 shown in Fig. 5, just separately save as priority 134---" 3 ", content 135---" Yamada Taro Tokyo Shinagawa District Ota 1-1 Yamanote Line Station すぐ Near く 123 -4567 Modern Transportation Co., Ltd.", and progress 136--"25".

The priority corresponds to the value of the function code 90 of the message 88 . Based on this priority, for example, the display priority when a plurality of data is stored can be determined. Unlike the function code of the information 88, the progress corresponds to a code value set by the user of the transmission source terminal device. The progress is, for example, a value indicating the progress of the user's own processing on the saved data.

The format definition information table 55 for memorandum may be constituted similarly to these format definition information tables 52-54, and the memorandum character information storage part 69 may be constituted similarly to these character information storage parts 66-68.

Fig. 14 is a schematic diagram showing a display and input screen step by step for explaining an example of operation when processing a received message. The selected received message 143 is displayed on the display area 80a. For example, in the case of processing into a phone book structure, the name is specified first. Therefore, as shown in FIG. 14(A), a message 137 reminding where the specified name starts is displayed in the display area 80b, for example, a message 137-"Where does [name] start?" is displayed. Prompted by this message 137 , the operator uses the input pen 79 to designate the initial character of the name in the displayed received message 143 . As shown in FIG. 14(B), the designated character area 139 is displayed with an attribute different from that of other undesignated character areas. For example, black and white reversed display is performed.

Then, a message 138 reminding where the specified name ends is displayed in the display area 80b, for example, a message 138-"Where does [name] end?" is displayed. Prompted by this message 138 , the operator uses the input pen 79 to designate the ending character of the name in the displayed received message 143 . As shown in FIG. 14(C), the area 141 of the character string from the specified start character to the end character is displayed with an attribute different from that of other character string areas not specified, for example, black and white reversed display.

In addition, a message 140 reminding whether to confirm the designation of the designated name is also displayed in the display area 80b, for example, a message 140—“[OK]/[NO]?” is displayed. Once prompted by the message 140, the operator uses the stylus 79 to indicate the OK display area to specify the confirmation of the name, and the character string in the area 141 is saved as the name 115 of the phonebook character information storage unit 66.

Next, in order to specify the phone number, as shown in Figure 14(D), a message 142 that reminds where the specified phone number starts is displayed in the display area 80b, for example, a message 142 is displayed--"Where does [telephone number] start?" Start?". Then, a telephone number is designated in the same way as a name, and other items such as an address are also designated in the same manner.

FIG. 15 is a flow chart of processing control operation of selected received information according to the operation of FIG. 14 . In step c1, the format definition information tables 52-55 corresponding to the character information storage units 66-69 selected by the selection keys 70-73 as storage addresses are referred to. In step c2, 1 is set to the variable i indicating the value of the item number 92 of the tables 52-55 and the data numbers 114, 125, 133 of the character information storage units 66-69. In step c3, the received message stored in the message editing buffer 65, that is, the specific received message to be transferred is displayed on the display area 80a of the display surface 77. FIG. In step c4, it is judged whether the i-th item name 93 corresponding to the item number 92 is any one of remarks, telephone number, reception date and time, end date and time, and priority. If it is one of them, the predetermined processing described later is executed, and the process proceeds to step c10, and if not, the process proceeds to step c5.

In step c5, a message combining the i-th item name 93 and the character string "from where?" is displayed in the display area 80b. In step c6, from the displayed received message, the start character that is the starting point of the character string corresponding to the displayed item name is specified. In step c7, the area of the designated initial character is displayed in reverse black and white. In step c8, a message combining the i-th item name 93 and the character string "Where to end?" is displayed in the display area 80b. In step c9, from the displayed received message, a termination character that is the end point of the character string corresponding to the displayed item name is designated. In step c10, the region of the character string from the designated start character to the end character is displayed in reverse black and white.

In step c11, a message combining the i-th item name 93 and the character string "OK/NO?" is displayed in the display area 80b. In step c12, it is judged whether or not the display area of the character string "OK" is indicated by touching with the input pen 79 or the like. If indicated, proceed to step c13, and if not indicated, return to step c3.

In step c13, it is judged whether or not the designated character string is suitable for the i-th item name 93 format. Specifically, it is judged whether the storage structure defined in the tables 52-55 matches the structure of the designated character string. If it is judged to be suitable, then proceed to step c14, determine the specified character string as the information of the item name, and save it in the selected storage address of the selection keys 70～73, that is, the first character information storage part 66～69. Within the items of i data numbers 114, 125, and 133. If judged not suitable, return to step c3.

In step c15, the designated and determined character string is deleted from the buffer 65 for message editing. At step c16, the variable i is changed to i+1. At step c17, it is judged whether or not the i-th item name 93 corresponding to the item number 92 is EOF. If it is EOF, it goes to step c18, and if it is not EOF, it returns to step c3. In step c18, the process of obtaining the designated and confirmed pronunciation of the name is performed, and the processing control operation of the selected received message is terminated.

Fig. 16 is a schematic diagram showing a display screen in stages for explaining another example of operations when processing a received message. Here, as shown in FIG. 16(A), the display area 80b of the display surface 77 is set, for example, on the left side of the display area 80a. The received message 143 is displayed on the display area 80a, and the item names of the format definition information tables 52 to 55 are displayed in a list on the display area 80b. In the case of processing into a structure for a phone book, a name 144, a phone number 145, an address 146, a job (affiliation) 147, and a note 148 are displayed, and an end 152 is displayed. When processed into a schedule structure, the reception date, end date, content, and end are displayed, and when processed into a ToDo list, priority, content, progress, and end are displayed.

For example, in the case of processing into a phone book structure, when designating a phone number, the operator uses the input pen 79 to designate the first character of the phone number as shown in FIG. 16(B). As shown in FIG. 16(C), the designated character region 149 is displayed with attributes different from other character regions that have not been designated. For example, reverse black and white display. The operator also uses the input pen 79 to designate the termination character of the telephone number. As shown in FIG. 16(D), an area 150 from the designated start character to the end character is displayed in reversed black and white in accordance with attributes different from other character areas not designated, for example. When the operator further designates the area of the telephone number 145 in the display area 80b with the input pen 79, the characters in the area 150 are determined as the telephone number 117 of the phone book character information storage unit 66 and stored. As shown in FIG. 16(E), the specified and stored telephone number 151 is displayed in the area of the display area 80a corresponding to the telephone number 145 in the display area 80b. Like the telephone number, other items such as name and address are also specified and saved.

For example, as shown in Figure 16 (F), when the operator specifies the display area of the address 146 with the input pen 79, the display area is moved to the first line of the display surface 77 for display, as shown in Figure 16 (G) , the keyboard 153 is superimposed and displayed on the lower part of the display surface 77 . The keyboard 153 has English alphabet keys 156 from A to Z, numeric keys 157 from 0 to 9, a space bar 158, a conversion key 159, an end key 160, and a delete "Del" key 161. Also displayed are up and down cursor buttons 154, 155 for specifying characters displayed on the display area 80a. As shown in FIG. 16(H), such a keyboard 153 or buttons 154, 155 can be used to add characters, delete characters, and edit a stored character string.

FIG. 17 is a flow chart of processing control operation of selected received information according to the operation of FIG. 16. FIG. In step d1, the format definition information tables 52-55 corresponding to the character information storage units 66-69 selected by the selection keys 70-73 as storage addresses are referred to. In step d2, the display area of the display surface 77 is divided into two parts, the right display area 80a and the left display area 80b. In step d3, the item name 93 corresponding to the item number 92 of the said tables 52-55 is displayed on the display area 80b. "End" is also displayed. In step d4, the received messages stored in the message editing buffer 65, that is, the specific received messages to be transferred are displayed on the display area 80a.

In step d5, it waits for an input by the input pen 79, and if there is an input, it proceeds to step d6 to determine whether the position designated by the input pen 79 is within the right display area 80a. If it is within the display area 80a, it proceeds to step d7, for example, the character area at the designated position is displayed in reverse black and white, and then proceeds to step d8. If it is not the display area 80a, go to step d12. The characters displayed in black and white reversed correspond to the starting character that is the starting point of the character string corresponding to the displayed item name. In step d8, wait to specify the end point of the character string corresponding to the displayed item name, that is, the termination character, once designated, just go to step d9, and display the character string from the designated start character to the termination character in reverse black and white Area. In step d10, wait for the item name displayed in the specified display area 80b, once specified, just go to step d11, and move the character string displayed in the display area 80a in reverse black and white to correspond to the specified item name The position within the display area 80a is displayed. Once the processing of step d11 is completed, it returns to step d5. Even if the item name "end" is specified at step d10, it is regarded as invalid.

If there is no position designated by the input pen 79 in step d6 in the display area 80a, it is determined in step d12 whether or not the item name "END" in the display area 80b has been designated. If specified, it proceeds to step d13 to judge whether the specified character string is suitable for the specified item name. Judgment of suitability can be performed in the same manner as described with reference to FIG. 15 . When being judged as appropriate, proceed to step d14, the specified character string is determined as the information of the item name, and is stored in the selected storage address by the selection keys 70～73, that is, with the character information storage part 66～69. Items of data numbers 114, 125, and 133 corresponding to the specified item name. If it is judged not suitable, it returns to step d5.

In step d12, if the item name "End" in the display area 80b is not specified, that is, if an item name other than "End" in the display area 80b is specified, the process proceeds to step d15. In step d15, the selected item name in the display area 80b and the character string corresponding to the item name in the display area 80a are moved to the first line of the display surface 77 for display. In step d16, the keyboard 153 is displayed under the display surface 77 . In step d17, the character string in the display area 80a is edited according to the input using the displayed keyboard 153, and once the editing process is completed, the process returns to step d5. In this way, the selected specific received message can be processed and saved.

FIG. 18 is a schematic diagram of the name pronunciation dictionary 50 . The dictionary 50 stores Chinese character information 163 and pronunciation information 164 representing names in association with each other.

FIG. 19 is a flow chart for explaining the operation of obtaining the pronunciation of a name. In step e1, the format definition information table 52 corresponding to the character information storage parts 66-69 selected as storage addresses selected by the selection keys 70-73 is referred to. ~55, and judge whether there are item names "name" and "pronunciation" in the referenced format definition information table. If yes, go to step e2, otherwise, end the pronunciation obtaining operation. In step e2, it is judged whether a character string is stored in the item 116 of the data number 114 corresponding to the storage address selected by the selection keys 70-73, that is, the item name "reading" of the character information storage unit. If it is saved, the operation of acquiring the pronunciation is finished, and if it is not saved, it proceeds to step e3.

In step e3, the character string stored in the item 115 of the data number 114 corresponding to the item name "name" of the character information storage unit which is the storage location is read. That is, the Chinese character information of the name to be searched is read out. In step e4, the Chinese character information 163 of the dictionary 50 matching the read Chinese character information is searched. In step e5, it is judged whether there is consistent Chinese character information 63. If yes, just go to step e6, if not, just end the pronunciation acquisition operation. In step e6, the kana information 164 stored in the dictionary 50 corresponding to the consistent Chinese character information 163 is stored in the item name "pronunciation" corresponding to the storage address selected by the selection keys 70-73, that is, the character information storage section. In the item 116 of the data number 114, the reading acquisition operation is ended.

FIG. 20 is a flowchart showing in detail the first processing operation of step c4 of FIG. 15 . In step c19 at which the process of step c3 is completed, it is judged whether or not the i-th item name is "remarks". If it is "remarks", just proceed to step c20, from the start character of the displayed received message, designate a character string suitable for the range of the number of characters in the data form specified in Table 52～55, and then proceed to said step c10. If it is not "remarks", just go to said step c5. In this way, it is possible to prevent partial loss of the received message.

FIG. 21 is a flowchart showing in detail the second processing operation of step c4 of FIG. 15 . In step c21, at which the process of step c3 is completed, it is judged whether or not the i-th item name is "telephone number". If it is "telephone number", it will go to step c22, if it is not "telephone number", it will go to said step c5. In step c22, it is judged whether a character string composed of numerals and specific symbols "(", ")" and "-" is included in the displayed received message. If included, just go to step c23, if not included, just go to said step c5. In step c23, it is judged whether the number of digits of a character string excluding a specific symbol from the corresponding character string is within a range of, for example, 5 to 12 digits. If it is within the range, go to step c24, and if it is outside the range, go to step c5. At step c24, the range of the corresponding character string is designated, and then proceeds to step c10. In this way, the telephone number can be automatically specified without being specified by the operator, thereby improving operability.

Fig. 22 is a flowchart showing in detail the third processing operation of step c4 of Fig. 15 . In step c25, at which the process of step c3 is completed, it is judged whether or not the i-th item name is "reception date and time". If it is "received date and time", it goes to step c26, and if it is not "received date and time", it goes to said step c5. In step c26, the received date and time 86 of the received message storage unit 64 is converted into a character string, and added to the buffer 65 for message editing. In step c27, the range of the character string to be added is specified, and then the process proceeds to step c10. In this way, the reception date and time can be automatically specified without being specified by the operator, thereby improving operability.

FIG. 23 is a flowchart showing in detail the fourth processing operation of step c4 of FIG. 15 . In step c28 at which the process of step c3 is completed, it is judged whether or not the i-th item name is "end date and time". If it is "end date and time", it will go to step c29, if it is not "end date and time", it will go to said step c5. In step c29, it is judged whether a character string composed of numerals and specific symbols "/" and ":" is included in the displayed received message. If it is included, it goes to step c30, and if it is not included, it goes to step c5. In step c30, it is judged whether the corresponding character string represents a specified date and time. If it is a specified date and time, then go to step c31, and if it is not a specified date and time, go to step c5. Designate the range of the corresponding character string at step c31, and then proceed to step c10. In this way, the end date and time can be automatically designated without being designated by the operator, thereby improving operability.

FIG. 24 is a flowchart showing in detail the fifth processing operation of step c4 of FIG. 15 . In step c32 at which the process of step c3 is completed, it is judged whether or not the i-th item name is "priority". If it is "priority", it goes to step c33, and if it is not "priority", it goes to step c5. In step c33, the value of the function code 85 of the received message storage unit 64 is converted into a certain numerical value in 1 to 4, and added to the message editing buffer 65, and in step c34, the added character string is specified range, and go to step c10. In this way, the priority can be automatically assigned without being designated by the operator, thereby improving operability. In addition, the processes of FIGS. 20 to 24 may be performed individually or repeatedly.

FIG. 25 is a flowchart of the management operation of the storage capacity of the received message storage unit 64 performed by the received information holding device 21. As shown in FIG. In step f1, it is judged whether or not there is free space for a predetermined number or more, for example, five or more received messages in the received message storage unit 64 . If yes, just end the operation, if not, just go to step f2. In step f2, it is judged whether there is free capacity for a received message in the received message storage unit 64, and if yes, it goes to step f3, and if not, it goes to step f5.

In step f3, a warning is displayed that the received information is transferred from the received message storage unit 64 to the character information storage units 66 to 69 for storage. In step f4, the alarm/music generator 60 is driven to generate an alarm for a predetermined time, and then the operation is terminated.

In step f5, the variable N is set to 1, and the first received message is designated. In step f6, the designated received message is transferred from the received message storage unit 64 to the buffer 65 for message editing. In step f7, the selection control operation of the character information storage parts 66 to 69 of the storage addresses described above is performed. In step f8, the processing control operation of the message is performed, and then the operation is ended.

As described above, according to the present embodiment, when a specific storage unit is selected from the character information storage units 66 to 69 by the selection keys 70 to 73, the selected specific storage unit is selected from the format definition information tables 52 to 55 in conjunction with the selected storage unit. A structure table to be processed of a received message defined by the storage unit. According to the message processing control operation 46, the structure of the specific received message selected from the received messages stored in the received message storage unit 64 is processed into the selected storage structure and stored in the selected specific character information storage unit. Therefore, even a received message with an unspecified structure is processed and stored in a predetermined unified storage structure corresponding to the received information storage device 21, so that the stored data can be easily retrieved and sorted.

The received message can be processed according to the method described in FIG. 14 and FIG. 15 , or processed according to the method described in FIG. 16 and FIG. 17 . With these methods, character strings desired by the operator can be reliably stored in predetermined items. And also able to edit saved strings.

When the storage capacity of the received message storage unit 64 falls below a predetermined reference capacity, it is reported that the storage capacity of the received message storage unit 64 is too small. Then, according to the report, the received message stored in the received message storage unit 64 is processed and transferred to the character information storage units 66-69, so that the storage capacity of the received message storage unit 64 can be made larger than the reference capacity, Continue to receive information. After the storage capacity of the received message storage unit 64 is lower than the predetermined reference capacity, and the storage capacity of the received message storage unit 64 is notified that the storage capacity of the received message storage unit 64 is too small, the received message will not be processed even after a predetermined period of time and will not be sent to the character information storage unit 66-64. 69 When transferring and saving, the notification can be performed each time information is received.

When it is notified that the storage capacity of the received message storage unit 64 is too small, the earliest received message stored in the received message storage unit 64 is selected and transferred to the buffer 65 for message editing. Therefore, it is possible to promote processing of the received message and transfer to the character information storage units 66 to 69, and it is possible to prevent the oldest received message from disappearing.

In this embodiment, the phonebook structure, schedule structure, and ToDo list structure are described as examples of processing structures for received messages, but processing other than these structures also falls within the scope of the present invention. The example in which the pronunciation of kana is obtained from the name of Chinese characters has been described above, but the example in which the pronunciation of letters is obtained by the same method also falls within the scope of the present invention.

As described above, according to the present invention, the reception information of an unspecified structure is processed and stored in a predetermined unified structure corresponding to the reception information storage means, so that the stored data can be easily retrieved and sorted.

According to the present invention, by specifying and storing partial information from the specific received information, it is possible to process the received information.

According to the present invention, since the selected list item of the storage structure to be processed and the selected specific reception information are displayed, it is possible to process the reception information while viewing the displayed content while reliably specifying desired partial information. .

According to the present invention, the partial information belonging to the predetermined item and the partial information not belonging to the predetermined item can be stored at the same time, so that part of the received information can be prevented from being lost.

According to the present invention, since the storage capacity of the notified received information accumulating means is lower than the predetermined reference capacity, it is possible to prompt the received information stored in the received information accumulating means to be processed and transferred to the information storage means. By transferring the received information, the storage capacity of the received information accumulating means can be made larger than the reference capacity, so that the received information can be continued.

According to the present invention, it is possible to notify that the storage capacity of the received information accumulating means is too small every time information is received when the received information is not processed and transferred to the storage area even if a predetermined period of time elapses after the notification. Therefore, information transfer can be facilitated more reliably.

According to the present invention, since the earliest received information stored in the received information accumulating means is selected after the above notification, transfer of the information can be promoted and the received information can be prevented from disappearing.

According to the present invention, reception information can be processed into a telephone book structure including items of a name and a telephone number corresponding to the name.

According to the present invention, when processing into the telephone book structure, a stored name and a telephone number corresponding to the name are selected from the selected specific reception information.

According to the present invention, it is possible to obtain the kana or alphabet representing the pronunciation of the name, and to process it into a telephone directory structure that further includes items of such pronunciation of the name.

According to the present invention, reception information can be processed into a schedule structure including date and time and content items corresponding to the date and time.

According to the present invention, when processing into the schedule structure, the storage date and time and the content corresponding to the date and time are selected from the selected specific reception information.

According to the present invention, the timekeeping result of the timekeeping device can be processed into a timetable structure including items of the date and time of receipt of information.

According to the present invention, the received information can be processed into a list structure including items that the user should perform.

According to the present invention, it can be processed into a list structure further including an item of a function code indicating a priority order of the content corresponding to the received information received together with the information.

Claims (15)

1. received information storage apparatus is characterized in that comprising:

Receive the information accumulation device, by the received information of structure accumulation storage of the time of reception;

Receive information selecting device, from the reception information of described reception information accumulation device stored, select specific reception information;

Information storage apparatus has single or multiple storage areas;

The structure information storage definition device defines the storage organization of the reception information that is made of predetermined item respectively with described storage area is corresponding;

The storage area selecting arrangement is selected specific storage area from the storage area that described information storage apparatus had;

The structure information storage selecting arrangement, from described structure information storage definition device, the storage organization of the reception information that selection defines corresponding to the selected storage area of selecting arrangement, described storage area; And

Reception information processing unit (plant), the structure of the selected specific reception information of described reception information selecting device, be processed into the selected storage organization of described structure information storage selecting arrangement, and the reception information after the processing is kept at the selected specific storage area of described storage area selecting arrangement.

2. received information storage apparatus according to claim 1 is characterized in that,

Comprise specified device, described specified device is specified the partial information of the predetermined described project that belongs to the storage organization that constitutes described structure information storage selecting arrangement selection from the specific reception information that described reception information selecting device is selected;

Described reception information processing unit (plant) is kept at the specified partial information of described specified device by in the selected specific storage area of described storage area selecting arrangement by named order.

3. received information storage apparatus according to claim 2, it is characterized in that comprising display device, described display device shows the guide look of the predetermined described project that constitutes the storage organization of being selected by described structure information storage selecting arrangement and the specific reception information of being selected by described reception information selecting device.

4. received information storage apparatus according to claim 2, it is characterized in that, described reception information processing unit (plant) also not by partial information described specified device appointment, that do not belong to the predetermined described project that constitutes the storage organization of being selected by described structure information storage selecting arrangement, also is kept in the specific storage area of being selected by described storage area selecting arrangement.

5. received information storage apparatus according to claim 1 is characterized in that comprising:

The memory capacity pick-up unit, the memory capacity that detects described reception information accumulation device is lower than predetermined reference capacity; And

Device for informing, according to the testing result of described memory capacity pick-up unit, the memory capacity of reporting described reception information accumulation device is too low.

6. received information storage apparatus according to claim 5, it is characterized in that, after reporting according to the testing result of described memory capacity pick-up unit, even when not processing reception information yet and not being sent to the storage area during predetermined, just when each reception information, the memory capacity of reporting described reception information accumulation device is too low for described device for informing.

7. received information storage apparatus according to claim 5, it is characterized in that comprising reception information and force selecting arrangement, described reception information is forced the testing result of selecting arrangement according to described memory capacity pick-up unit, is selected the reception information the earliest of storing in the described reception information accumulation device by described reception information selecting device.

8. received information storage apparatus according to claim 1 is characterized in that, is to comprise name and corresponding to the telephone directory structure of the project of the telephone number of described name by the reception structure information storage of described structure information storage definition device definition.

9. received information storage apparatus according to claim 8, it is characterized in that, when described structure information storage selecting arrangement is selected described telephone directory structure, described reception information processing unit (plant) is selected name and corresponding to the telephone number of described name from the specific reception information that described reception information selecting device is selected, and is kept in the selected specific storage area of described storage area selecting arrangement.

10. received information storage apparatus according to claim 8 is characterized in that,

Described telephone directory structure also comprises the project of the pronunciation of described name;

Described reception apparatus for management of information comprises the pronunciation acquisition device, and described pronunciation acquisition device is obtained the assumed name or the letter of the pronunciation of the described name of expression according to the name as the partial information in the described reception information.

11. received information storage apparatus according to claim 1 is characterized in that, is to comprise the time on date and corresponding to the timetable structure of the project of described time on date by the defined reception structure information storage of described structure information storage definition device.

12. received information storage apparatus according to claim 11, it is characterized in that, when described structure information storage selecting arrangement is selected described timetable structure, described reception information processing unit (plant) time option date and corresponding to the content of described time on date from the specific reception information that described reception information selecting device is selected, and be kept in the selected specific storage area of described storage area selecting arrangement.

13. received information storage apparatus according to claim 11 is characterized in that,

Described received information storage apparatus comprises the time set that current time is carried out timing;

Described timetable structure also comprises the project of the date received time of information.

14. received information storage apparatus according to claim 1 is characterized in that, is the inventory structure that comprises the project of the content that the user should carry out by the storage organization of the defined reception information of described storage organization definition device.

15. received information storage apparatus according to claim 14 is characterized in that, that described inventory structure also comprises is that expression is carried out receiving with information, corresponding to the project of the function code of the priority of the described content of described reception information.

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