JPH08167928A - Information communication terminal and information communication system - Google Patents

Abstract

(57) [Summary] [Object] The present invention provides an optical wireless two-way communication means in a portable information communication terminal using radio waves, and operates in cooperation with the function originally possessed by the portable information communication terminal. The purpose is to provide a variety of information communication and usability. To achieve the above object, the present invention provides, in a portable information communication terminal, an optical wireless receiving means and an optical wireless transmitting means, and the optical wireless receiving means,
The optical wireless signal of the external device is read, the data is received, and the optical wireless transmission means transmits the data to the external device by the optical wireless signal. It is provided. In order to realize the present invention, a storage unit for storing optical wireless communication data and the like and a control unit for controlling the plurality of units are required. These are the storage unit originally included in the portable information communication terminal. The control means can also be used.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION The present invention relates to an information communication terminal, and more particularly,
The present invention relates to a portable information communication terminal such as a cordless phone, a car phone, a mobile phone, an electronic organizer, and an information communication system using the same.

[0002]

2. Description of the Related Art In recent years, cordless telephones have become popular in Japanese households because of the convenience of making telephone calls while moving. The number of slave units that can be connected to one master unit is usually four or five, and one person has one dedicated slave unit at home. Furthermore, recently, cordless telephone handsets at home can be used outdoors even in PHS (Per)
(sonal Handy Phone System)
Handsets are being developed by each manufacturer, and it is said that the size will be comparable to that of a cigarette package with the progress of personalization of telephone terminals, and the appearance of mobile phone terminals that can be put in a pocket and not bulky is imminent. That is,
We are entering an era where individuals have their own mobile phones and can communicate with anyone, anytime, anywhere.

Reflecting such a tendency, various inventions have been made for the purpose of effective use of cordless telephones.
For example, there is known an example in which a home automation system can be operated by incorporating a remote control device for operating the home automation system by remote control into a cordless telephone (Japanese Patent Laid-Open No. 5-32792).
2).

[0004]

SUMMARY OF THE INVENTION In the above-mentioned prior art, since a cordless telephone is integrated with a remote control device for remote control of a home automation system, the cordless telephone can be used as it is as a remote control device. There is an advantage that you can operate multiple devices with one remote control device, eliminating the trouble of searching for remote control devices for multiple electrical devices when necessary, but when making a call, it works as a telephone device and remote control operation In the case of doing so, it was limited to each independent function of operating as a remote control device.

The present invention has been devised in view of the above problems, and provides an information communication terminal equipped with a certain kind of wireless communication means,
By providing a wireless communication means of a different type from the above wireless communication means and linking the latter wireless communication means with various functions originally possessed by the information communication terminal, various information communication and usability are enabled. An object is to provide an information communication terminal and an information communication system.

More specifically, according to the present invention, an information communication terminal provided with a radio communication means by radio waves is provided with a radio communication means by light, and the latter radio communication means is inherent in various information communication terminals. It is an object of the present invention to provide an information communication terminal and an information communication system that enable a variety of information communication and usability by interlocking with functions.

More specifically, the present invention provides an optical wireless communication means in a master unit and / or a slave unit of a cordless telephone provided with a wireless communication unit using radio waves, and the latter wireless communication unit is used as an information communication terminal. It is an object of the present invention to provide an information communication terminal and an information communication system using a cordless telephone, which enables various information communication and usability by interlocking with various functions originally possessed by.

[0008]

In order to achieve the above object, according to the present invention, a communication means including a plurality of bidirectional wireless transmission / reception means of different types, and an information processing means including a storage means and a control means. An information communication terminal is provided, which comprises an input / output unit, and the information processing unit controls information communication by the plurality of two-way wireless communication units so that the information communication can coexist.

In order to achieve the above object, according to the present invention, a communication means including a plurality of bidirectional wireless transmission / reception means of different types and at least one wired transmission / reception means,
There is provided an information communication terminal comprising information processing means including a storage means and a control means, and an input / output means, the information processing means controlling information communication by the plurality of two-way wireless communication means so that the information communication can coexist.

According to an embodiment of the present invention, in the above, the communication means includes two bidirectional wireless transmission / reception means, one is a bidirectional wireless transmission / reception means by radio waves and the other is a bidirectional wireless transmission / reception means by light. An information communication terminal is provided.

According to an embodiment of the present invention, in the above, there is provided an information communication terminal having a sound input / output unit as a part of the input / output unit.

According to an embodiment of the present invention, in the above, there is provided an information communication terminal having operation input means as a part of the input / output means.

According to an embodiment of the present invention, in the above, there is provided an information communication terminal having a visual display output means as a part of the input / output means.

According to the present invention, in each of the information communication terminals, the control means controls the plurality of types of bidirectional wireless transmission / reception means and the plurality of types of input / output means in various association relationships. An information communication terminal is provided.

According to the present invention, in each of the above information communication terminals, the control means makes various connections among the plurality of types of bidirectional wireless transmission / reception means, the plurality of types of input / output means, and the wired transmission / reception means. Provided is an information communication terminal that controls association in a combinational relationship.

Further, according to the present invention, the information processing means comprises a communication means including a plurality of bidirectional wireless transmission / reception means of different types, an information processing means including a storage means and a control means, and an input / output means. , Information communication with the information communication terminal is performed through an information communication terminal that controls information communication by the plurality of two-way wireless communication means so that the information communication can coexist, and the first type of two-way wireless transmitting / receiving means of the information communication terminal. First
There is provided a communication system comprising a device of this type and a device of the second type that performs information communication with the information communication terminal via the second type of bidirectional wireless transmission / reception means of the information communication terminal.

Further, according to the present invention, the communication means includes a plurality of bidirectional wireless transmission / reception means of different types and at least one wired transmission / reception means, an information processing means including a storage means and a control means, and an input / output means. The information processing means controls the information communication by the plurality of two-way wireless communication means so that the information communication can coexist, and the information via the first type two-way wireless transmitting / receiving means of the information communication terminal. A first type device for communicating information with a communication terminal;
A communication including a second type device that performs information communication with the information communication terminal via a second type bidirectional wireless transmission / reception means of the information communication terminal, and a communication network connected to the wired transmission / reception means. A system is provided.

[0018]

According to the present invention, in the information communication terminal provided with the first type of wireless communication means, the second wireless communication means is provided, and the information consisting of the storage means and the control means originally possessed by the portable information terminal is provided. The processing means controls the information communication by the first type wireless communication means and the second wireless communication means to coexist, so that the information communication terminal can perform various information communication with one or more other devices, or An information communication system capable of exchanging control can be realized. At that time, the first type wireless communication means and the second wireless communication means, and other functional means originally provided in the information communication terminal, such as a keypad, an input means such as a transmitter, and a display. , It is possible to include a procedure and a control that are interlocked with various combinations with output means such as a handset.

[0019]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT An embodiment in which the present invention is applied to a slave unit of a digital cordless telephone will be described below.

FIG. 1 is an external view of a slave unit (100) of a cordless telephone system which is an embodiment of the present invention. FIG. 2 is a block diagram of the slave unit (100), which includes a control unit (101) for performing overall control, a storage unit (102) for storing control data and control procedures, a keypad (103) for key input, A display for output (10
4), a sounder (105) for outputting a ring tone, an interface unit 1 (106) for interfacing the input / output unit and the control unit, a wireless unit (107), a baseband processing unit (108), a transmitter (109), handset (1
10) and an infrared receiver (1
11), an infrared light emitter (112), these infrared light receivers (111), an infrared light emitter (112) and a control unit (10).
Interface unit 2 that interfaces with 1)
(113), an antenna (1
14).

FIG. 4 shows an example of the structure of the storage unit (102). FIG. 16 shows an example of an information communication system including the slave unit (100).

First, a case of simulating the function of a dedicated remote control terminal such as the AV equipment (500) will be described. First, the operation of registering an infrared signal will be described using the flowchart of FIG. 3 and the display example of the display of FIG. 5 together.

First, the remote controller terminal (400) and the slave unit (1) are arranged so that the light receiver (111) of the slave unit (100) can receive the signal from the light emitter of the dedicated remote controller terminal (400).
00 is installed in an appropriate positional relationship. As an input of a predetermined code (41) for instructing the registration operation of the infrared signal from the keypad (103) of the child device (100), for example,
"80" is input next to the "function button" (31).
When the control unit (101) of the slave unit (100) receives this code (31), it transits to the infrared signal registration mode, and responds to the pressed key with the infrared signal data received within a certain time from the next pressed key. To memorize.

The user presses the key of the slave unit (100) and then
Within a certain period of time, the key to be stored in the dedicated remote control terminal is pressed to output the infrared signal data (42) from the light emitter, while the slave unit (100) side outputs the infrared signal data (42) to the infrared receiver (42). (111) to (37) and stores it in the current memory area (43) of the storage unit (102). By repeating the same operation thereafter, infrared signal data of other remote control terminals can be stored.

When the storage of the necessary data is completed, as a predetermined code input for instructing the end of the storage operation from the keypad (103) of the slave unit (100), for example,
Enter the "End button". Upon receiving this code, the control unit (101) of the child device (100) displays on the display whether or not the series of keys input in the infrared signal registration mode and the corresponding infrared signal data are saved as a file (55). ) Furthermore, when performing a save, a display prompting the user to enter a save file name is displayed (56), and the file name entered by the user or the default file name is confirmed (57), and the file name is associated. And stores the data in the file memory area (44) of the storage unit (102). When storing data of dedicated remote control terminals for a plurality of AV devices, a file name may be provided for each AV device to save the data. After the processing is completed, the infrared signal registration mode is exited and a normal mode is entered.

Next, a case where the slave unit (100) operates as a remote control terminal will be described with reference to FIGS. 1, 2, 6, and 16. When the user uses the child device (100) as a remote control terminal, the user can use the keypad (10) of the child device (100).
As a predetermined code for instructing the use as the remote control terminal from 3), for example, "81" is input next to "function button" (61). When the control unit (101) of the slave unit (100) receives this code, the control unit (101) transitions to the remote control terminal mode. Then, from the pressed key, the infrared signal data (42) stored in the current memory area (43) of the storage unit (102) corresponding to the pressed key is output from the infrared light emitter. The output infrared signal data (42) is
The AV device (500) is controlled in the same manner as output from the dedicated remote control device.

When ending the operation as the remote control terminal, a predetermined code for instructing the end of the use as the remote control terminal, for example, "end key" is input from the keypad (103) of the slave unit (100). (63). Upon receiving this code, the control unit (101) of the child device (100) exits the remote control terminal mode and transitions to the normal mode.

When the number of AV devices (500) to be controlled is not one but a plurality of AV devices, a save file may be created for each AV device and the files may be switched and used. FIG. 7 shows a display example of the display when switching files. The file switching can be realized by the following operations. The user may use, for example, “function button” and “8” as a predetermined code for instructing switching of files from the keypad (103) of the child device (100).
Enter 2 ”. Upon receiving this code, the control unit (101) of the child device (100) displays a list of save file names on the display (104) (71), and the user may select a desired file (72) (73). .

The above is the remote control function in the home similar to the above-mentioned conventional technique. Next, one of the features of the present invention, a remote home such as turning on the air conditioner at home from the outside. The case of automation will be described.

FIG. 8 is a block diagram showing the configuration of the base unit (200) of the cordless telephone system, which has almost the same configuration as the handset unit (100) of FIG. 1, but additionally has a line connection section (234). Is provided.

First, the case where the telephone line (300) is analog will be described mainly with reference to FIG. An infrared signal registration file of a device to be controlled by the above method, for example, an air conditioner infrared signal registration file is created in the cordless telephone handset (100) in advance, and an answering machine mode is set in the cordless telephone base unit (200) by a known means. Set it (1
000). When the base unit (200) detects an incoming call while the answering machine mode is set (1001), it responds after a certain time (1002) and becomes a talking state (1003), but when a predetermined PB signal is received during the call ( 1005), start remote home automation service. At this time, the content to be instructed from the destination can be realized by the PB signal (1007), and the instruction to prompt the PB signal input can be realized by the voice response (1006).

When the master unit (100) confirms the instruction content by voice response (1008) and receives the confirmation PB signal from the telephone line network (300) (1009), the master unit (20)
0) selects the home automation service execution command corresponding to the previously received service instruction PB signal from the preset commands, and transmits the command to the antenna (235).
After that, it is transmitted to the child device (100) (1010).

Base unit (200) for realizing this embodiment
FIG. 9 shows a configuration example of the baseband processing unit (228) of FIG. As shown in FIG. 9, in the determination of the PB signal, the input from the line connection unit (234) is switched to the switch (901), A /
It may be input to the PB receiver (903) via the D converter (902) and judged by the PB receiver (903).
The PB receiver (903) is composed of a band pass filter group corresponding to the frequency of each PB signal, and has a corresponding P
When the B signal is detected, "1" is output, and in other cases, "0" is output. The voice response function is realized by pre-registering a response message in the voice memory (906), reading out a predetermined message in accordance with an instruction from the control unit (221), and outputting it to the line connection unit (234). do it. The voice memory (906) may be realized by expanding the answer message memory for answering machine. As described above, it is possible to exchange signals for home automation between the destination and the base unit (200) of the in-home cordless telephone through the line connection unit (234).

Next, the base unit of the cordless telephone (200)
In the case of the second-generation cordless telephone system, according to the RCR standard (RCR STD-28), the U that is in the standby state is exchanged between the handset and the child device (100).
SCCH (User Specific Contro
l Channel) and TCH (Traffi) during a call
c Channel) SACCH (Slow Ass)
ociated Control Channel),
And USCCH (User Specific Pack
et Channel) to exchange signals. The child device (100) reads the infrared signal registration file of the air conditioner according to the instruction from the parent device (200) (1011), and sends the infrared signal to the air conditioner (1
012), just turn on the switch.

After that, the slave unit (100) becomes the master unit (20).
0), the master unit (200) sends a completion report through the antenna (114) (1013).
00), a voice response is sent to that effect (1014),
The operation is terminated by disconnecting the caller at the destination (101
5).

Next, in the case where the telephone line (300) is digital, in this case, it is possible to send and receive character codes between the destination and the base unit (200) of the cordless telephone at home, and the PB receiver. (903) and the voice memory (906) for voice response are unnecessary. The home automation signal may be exchanged by the character code. The signals can be exchanged between the master unit (200) and the slave unit (100) by the same method as described above.

In the remote home automation described above, the feature of the present invention is that the slave unit (100) is the master unit (2).
00), two-way wireless communication by radio waves,
This is the point where the two-way wireless communication using infrared rays coexists.

Next, a case where the present invention is applied to a wireless office system will be described.

FIG. 11 is a system configuration diagram when the present invention is applied to a wireless office system, FIG. 12 (a).
Is a configuration diagram of a personal computer and an infrared transmission / reception unit, FIG.
(B) is an external view of an embodiment of the optical wireless transmission / reception unit when a card is formed. In FIG. 11 and FIG. 12, the card slot (11
The optical wireless transmission / reception unit (1200) is attached to the wireless communication terminal 01), and the cordless telephone slave unit (100) and master unit (200) are provided with the optical wireless transmission / reception unit as described above. When transmitting data from the personal computer 1 (1100a) to the personal computer 2 (1100b), first, the personal computer 1 (1100a) reads out the memory contents in the personal computer 1 (1100a) and then the slot connection portion (1101).
To transmit data to the optical wireless transmission / reception unit (1200). The optical wireless transmission / reception unit (1200) attached to the personal computer 1 (1100a) converts the received data into infrared signal data and sends the signal to the outside through the interface unit (1204) by the infrared light emitter (1206).

On the other hand, a cordless telephone handset (100a)
Is the infrared receiver (120) of the personal computer 1 (1100a).
The data is received from 5), and the received data is transferred to the cordless telephone handset (100b) by radio waves. Another cordless phone handset (100
b) is the infrared light emitter (1
12) Transmit with infrared signal. PC 2 (11
00b) receives the data from the attached optical wireless transmission / reception unit (1200), and the personal computer 2 (1)
Store in memory in 100b).

By operating as described above, data transmission between personal computers becomes possible. The optical wireless transmission / reception unit (1200) can be integrated into a personal computer by inserting it into a card slot (1101) of the personal computer by making it into a card. Mobile communication can be realized by enabling personal computer communication anywhere within the reach of radio waves.

Furthermore, the base unit of the cordless telephone (200)
Alternatively, by providing a plurality of infrared ray receivers and infrared ray emitters of the slave unit (100) in different directions, it is possible to solve the problem of directivity and easily realize multi-channel control. FIGS. 13A and 13B show a plurality of slave units (100),
Infrared receivers (111a), (111b) and (111)
c) and infrared emitters (112a), (112)
b) and (112c) are provided.

Next, a case where the present invention is applied to a crime prevention system will be described with reference to FIG. In order to make this security system function, first, as shown in FIG. 14 (a), a parent device (200) and a child device (100) of a cordless telephone at home are installed, for example, with the doorway of a room in between. An infrared signal transmitted from the device (200) is always received by the child device (100) or vice versa.

When leaving the house, the crime prevention absence mode (1400) is set in the master unit (200) or the slave unit (100) as shown in FIG. 14 (b). When an intruder passes through the entrance / exit, the infrared signal between the master unit (200) and the slave unit (100) is interrupted (1401), and thus the master unit (200).
Alternatively, the child device (100) can detect an intruder. When the parent device (200) or the child device (100) detects an intruder, it automatically makes a call to a telephone number stored in advance (1402) to notify the holder of the receiving terminal of the abnormality, and Sound can be monitored (1403),
It can be useful for grasping the situation.

As a crime prevention measure while sleeping, a crime prevention home mode (1410) is set in the parent device (200) or the child device (100) as shown in FIG. 14 (c). When the parent device (200) or the child device (100) detects an intruder by the same procedure as described above (1411), a ringing sound is sounded (1412), and the sleeping family member can be notified of the abnormality. is there. Of course, the ringer sound at this time can be set separately from the normal ringing sound. As described above, according to the present invention, a simple crime prevention system can be realized without requiring special equipment or the like.

According to the present invention, a portable information communication terminal such as a cordless telephone handset has two wireless communication means using radio waves and light. Therefore, for example, in a cordless telephone, a radio wave channel is used. If a third party wants to be informed of an urgent message during a call, an optical wireless channel can also be used to send the message for display and notification on the cordless telephone display.

FIGS. 15A and 15B show a processing flow and an input / output example when a message is received on an optical wireless channel during a call in a cordless telephone. For example, the control unit (101) of the cordless phone (100)
When the reception of data from the infrared receiver (111) is detected during the call (1501), it judges whether the data is a message that needs to be displayed (1502). If it is a display message, the display data during the call is displayed. Save (15
03), a sound is output from the sounder (105) or the handset (110) to call the caller's attention, and a message is displayed on the display (104) (1505).
(1511). When there is a key input indicating that the caller has confirmed the message (1506), the saved display data is restored to the display (150).
7) Control is performed to return to the call display (1512).

When the present invention is applied to an automobile telephone system or a mobile telephone system, the same method as that of the cordless telephone system can be applied. In addition, since the infrared light receiver and the infrared light emitter of the present invention can also be used for other general data transmission / reception,
In addition to exchanging data with an information device having an infrared interface such as the electronic notebook (600) shown in FIG. 16, writing confidential data such as writing ID data to a master / slave of a car / cell phone or a cordless phone Suitable for

Finally, the infrared light receiver (111) or (231) and the infrared light emitter (11) which are characteristic parts of the present invention.
FIG. 17 shows a configuration example of the interface unit 2 (113) or (232) and the interface unit 2 (113) or (233). The infrared light receiver (111) or (231) is specifically realized by a photodiode and a detection / amplification circuit, and the infrared light emitter (112) or (232) is realized by an infrared light emitting diode and an oscillator, respectively. Interface unit 2 (113) or (2
The reference numeral 33) is a portion for interfacing with the control unit (101) or (221) which is usually realized by a microcomputer (MCU), and is composed of a bus interface circuit of the MCU or the like.

[0050]

As described above, according to the present invention, the portable information communication terminal can perform the two-way communication by the optical wireless in addition to the two-way communication by the radio wave originally possessed. Therefore, it becomes possible to send and receive data wirelessly even when radio waves cannot be used. It is also possible to make applications that are linked to the functions that mobile information communication terminals originally have, such as making a phone call from home to the home and turning on the air conditioner from the home telephone terminal using an infrared signal. In addition to easily implementing home automation without a control device, it can also be applied to crime prevention systems. Furthermore, when applied to an office environment, wireless data transmission between a personal computer and a cordless telephone becomes possible, which frees you from wiring in the office and realizes a highly flexible work environment such as mobile computing. It is possible to enable extremely versatile information communication and control. In addition, by using the infrared transmission / reception function for data transmission / reception, the serial port for wired communication, which was conventionally provided in mobile phone terminals, is no longer required, which is effective for downsizing and cost reduction, and waterproof performance. Can be increased.

[Brief description of drawings]

FIG. 1 is an external view of a cordless phone system slave unit in an embodiment of an information communication system of the present invention.

FIG. 2 is a block diagram of a cordless phone system slave unit in one embodiment of the information communication system of the present invention.

FIG. 3 is a flowchart showing a processing flow when an infrared signal is registered.

FIG. 4 is a memory area allocation diagram of a storage unit when an infrared signal is registered.

FIG. 5 is a display content diagram of a display when an infrared signal is registered.

FIG. 6 is a flowchart showing a processing flow when an infrared signal is transmitted.

FIG. 7 is a display diagram of a display when an infrared signal is transmitted.

FIG. 8 is a block diagram of a base unit of the cordless telephone system in the embodiment of the information communication system of the present invention.

FIG. 9 is a block diagram of a baseband processing unit of the parent device.

FIG. 10 is a control sequence diagram of an embodiment of the present invention.

FIG. 11 is a system configuration diagram of another embodiment of the information communication system of the present invention.

12A and 12B show an optical wireless transmission / reception unit for a personal computer in another embodiment, FIG. 12A is a block diagram thereof, and FIG. 12B is a perspective view thereof.

13A and 13B show a cordless telephone system slave unit in another embodiment, FIG. 13A is a block diagram thereof, and FIG. 13B is a perspective view thereof.

14A and 14B show still another embodiment of the information communication system of the present invention, in which FIG. 14A is a system configuration diagram thereof, and FIG.
And (c) are flowcharts showing the operation.

FIG. 15 relates to still another embodiment of the information communication system of the present invention, (a) is a flowchart showing its operation, and (b) is a display diagram of its display.

FIG. 16 is a system configuration diagram showing an embodiment of an information communication system of the present invention.

FIG. 17 is a block diagram of an infrared input / output unit in a master unit or a slave unit.

[Explanation of symbols]

100 ... Slave unit, 101 ... Control unit, 102 ... Storage unit, 10
3 ... Keypad, 104 ... Display, 105 ... Sounder for outputting ringtone, etc., 106 ... Interface section 1, 107 ... Radio section, 108 ... Baseband processing section, 1
09 ... Transmitter, 110 ... Receiver, 111 ... Infrared receiver, 112 ... Infrared emitter, 113 ... Interface unit 2, 114 ... Antenna, 200 ... Handset, 221 ... Control unit, 222 ... Storage unit, 223 ... Key Pads, 224 ... Displays, 225 ... Sounders for outputting ringtones, 2
26 ... Interface unit 1, 227 ... Wireless unit, 228
... baseband processing unit, 229 ... transmitter, 230 ... receiver, 231, ... infrared receiver, 232 ... infrared emitter, 2
34 ... Interface unit 2, 234 ... Line connection unit, 23
5 ... Antenna, 300 ... Telephone network, 400 ... Equipment remote control, 500 ... Home equipment, 600 ... Electronic notebook, 110
0 ... PC, 1200 ... Optical wireless transmission / reception unit.

Claims (12)

[Claims] 1. A communication unit including a plurality of bidirectional wireless transmission / reception units of different types, an information processing unit including a storage unit and a control unit, and an input / output unit, wherein the information processing unit includes both of the plurality of units. An information communication terminal characterized by controlling information communication by means of a wireless communication means for coexistence. 2. Information processing means including a plurality of bidirectional wireless transmission / reception means of different types and at least one wired transmission / reception means, an information processing means including a storage means and a control means, and an input / output means. An information communication terminal, wherein the means controls information communication by the plurality of two-way wireless communication means so as to be able to coexist. 3. The communication means includes two bidirectional radio transmission / reception means, one of which is a radio wave bidirectional radio transmission / reception means,
3. The information communication terminal according to claim 1, wherein the other is a two-way wireless transmission / reception means using light. 4. The information communication terminal according to claim 1, further comprising sound input / output means as part of the input / output means. 5. The information communication terminal according to claim 1, further comprising operation input means as part of the input / output means. 6. The information communication terminal according to claim 1, further comprising a visual display output unit as a part of the input / output unit. 7. A communication means including a plurality of two-way wireless transmission / reception means of different types, an information processing means including a storage means and a control means, and various types of input / output means, wherein the information processing means is An information communication terminal, wherein a plurality of types of bidirectional wireless transmission / reception means and the various types of input / output means are associated and controlled in various combinations. 8. A communication means including a plurality of two-way wireless transmission / reception means of different types and at least one wired transmission / reception means, an information processing means including a storage means and a control means, and an input / output means. An information communication terminal, wherein the means controls the association among the plurality of types of bidirectional wireless transmission / reception means, the plurality of types of input / output means, and the wired transmission / reception means in various combinations. 9. A communication means including a plurality of two-way wireless transmission / reception means of different types, an information processing means including a storage means and a control means, and an input / output means, wherein the information processing means includes both of the plurality of types. An information communication terminal for controlling information communication by a destination wireless communication means so as to be able to coexist, and a first type of information communication with the information communication terminal via a first type two-way wireless transmitting / receiving means of the information communication terminal. An information communication system comprising: a device and a second type device that performs information communication with the information communication terminal via a second type two-way wireless transmission / reception means of the information communication terminal. 10. Information processing means including a plurality of two-way wireless transmission / reception means of different types and at least one wired transmission / reception means, an information processing means including a storage means and a control means, and an input / output means. Means for controlling information communication by the plurality of two-way wireless communication means so as to coexist, and information communication with the information communication terminal via a first type two-way wireless transmitting / receiving means of the information communication terminal A first type device for performing information communication, a second type device for performing information communication with the information communication terminal via a second type two-way wireless transmission / reception means of the information communication terminal, and the wired transmission / reception means. An information communication system comprising a connected communication network. 11. A communication unit including a plurality of two-way wireless transmission / reception units of different types, an information processing unit including a storage unit and a control unit, and various types of input / output units, wherein the information processing unit is the Information communication is performed with the information communication terminal via a plurality of two-way wireless communication means, an information communication terminal for controlling the various types of input / output means, and a first type two-way wireless transmission / reception means of the information communication terminal. Information comprising a first type device and a second type device that performs information communication with the information communication terminal via a second type two-way wireless transmitting / receiving means of the information communication terminal. Communications system. 12. A communication means including a plurality of bidirectional wireless transmission / reception means of different types and at least one wired transmission / reception means, an information processing means including a storage means and a control means, and various types of input / output means. An information communication terminal that controls the information processing means to associate the plurality of two-way wireless communication means, the wired transmission / reception means, and the various types of input / output means with various combinations, and the information communication. A first type device that performs information communication with the information communication terminal via a first type bidirectional wireless transmission / reception means, and a second type bidirectional wireless transmission / reception means of the information communication terminal. Second for performing information communication with the information communication terminal
An information communication system comprising: a device of the above type and a communication line network connected to the wired transmitting / receiving means.