CN102843280B - Method and system of communication of communication device and communication device - Google Patents

Method and system of communication of communication device and communication device Download PDF

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Publication number
CN102843280B
CN102843280B CN201110172276.4A CN201110172276A CN102843280B CN 102843280 B CN102843280 B CN 102843280B CN 201110172276 A CN201110172276 A CN 201110172276A CN 102843280 B CN102843280 B CN 102843280B
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China
Prior art keywords
communication equipment
information
station location
location marker
communication
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CN201110172276.4A
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Chinese (zh)
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CN102843280A (en
Inventor
余俊峰
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联想(北京)有限公司
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Priority to CN201110172276.4A priority Critical patent/CN102843280B/en
Publication of CN102843280A publication Critical patent/CN102843280A/en
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Publication of CN102843280B publication Critical patent/CN102843280B/en

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Abstract

The embodiment of the invention discloses a method and a system of communication of a communication device and the communication device. The method comprises the steps of: forming a first network with a first communication device and at least one second communication device; displaying at least one position identifier corresponding to at least one second communication device, wherein the position identifier(s) is/are used for indicating physical position information of the second communication device(s) relative to the first communication device; and receiving gesture information input by a user, and matching the second communication device corresponding to a position indicated by the gesture information. Data are transmitted between the first communication device and the matching second communication device through a first network. By adopting the method and the system provided by the embodiment of the invention, when data are transmitted between two communication devices, case triggering commands on the communication devices do not need to be operated, and only the gesture information is needed to indicate a target device of data transmission. Therefore, a large number of manual operations of a user can be reduced, the trouble of transmission can be reduced, and the transmission efficiency and user experience can be improved.

Description

The communication means of communication equipment, system and communication equipment

Technical field

The application relates to communication technical field, particularly a kind of communication means of communication equipment, system and communication equipment.

Background technology

Data sharing transmission to be realized in prior art between multiple communication equipment, usually can be undertaken interconnected by network, be difficult to distinguish from distributing position between interconnected some communication equipments.Suppose there are two communication equipment A and communication equipment B, when then user a wants to send shared data by communication equipment A to communication equipment B, manual operation communication equipment A and communication equipment B is needed to connect, then triggered by the transmission button on apparatus for operating communication A and send order, shared data are passed through set up connection and is sent to communication equipment B.

Inventor finds in the research process of prior art, and because the data sharing between interconnected communication equipment needs user to carry out a large amount of manual operation, therefore transmitting procedure is loaded down with trivial details, efficiency inconvenience.

Summary of the invention

The object of the embodiment of the present application is to provide the communication means of communication equipment, system and communication equipment, to solve the not high problem of data sharing process efficiency in prior art between communication equipment.

For solving the problems of the technologies described above, the embodiment of the present application provides following technical scheme:

A communication means for communication equipment, described method is applied in the first communication equipment, and described method comprises:

First communication equipment and at least one second communication equipment form first network;

Display and at least one second communication equipment described at least one station location marker one to one, described station location marker is for representing the geographical location information of at least one second communication equipment described relative to described first communication equipment;

Receive the gesture information of user's input, mate the second communication equipment that the position of described gesture information instruction is corresponding;

Data are transmitted by described first network between first communication equipment with the described second communication equipment mated.

Described first communication equipment and at least one second communication equipment described are by being connected to form described first network with InterWorking Equipment.

Described display and at least one second communication equipment described one to one at least one station location marker comprise:

Described first communication equipment is to the positional information of at least one second communication device broadcasts in described first network self and device identification;

Obtain positional information and the device identification of at least one second communication device broadcasts described;

Preserve the described positional information of at least one the second equipment and the corresponding relation of device identification;

Described first communication equipment is centered by self-position, according to the positional information of at least one second communication equipment described, by the position of station location marker display at least one second communication equipment described relative to described center, described positional information, station location marker and device identification have relation one to one.

Described positional information is the information that communication equipment is obtained by GPS module.

The second communication equipment that the position of described coupling described gesture information instruction is corresponding comprises:

When described gesture information is the information according to slide generation, according to described gesture information indicated direction, judge the immediate station location marker indicated by described gesture information; Or, when described gesture information is the information according to slide generation, according to the position of operating body at the end of described slide, determine corresponding station location marker;

Search described corresponding relation, obtain and described immediate station location marker or the device identification corresponding with described corresponding station location marker.

The second communication equipment that the position of described coupling described gesture information instruction is corresponding comprises:

When described gesture information is the information according to clicking operation generation, obtain the station location marker of described gesture information instruction;

By searching described corresponding relation, obtain the device identification corresponding with described immediate station location marker.

Transmit data by described first network between described first communication equipment with the described second communication equipment mated to comprise:

Described first communication equipment is by the second communication equipment transmission data of described first network to described coupling; Or,

Described first communication equipment obtains data by described first network from the second communication equipment of described coupling.

A kind of communication system, comprising: the first communication equipment and at least one second communication equipment,

At least one second communication equipment described, for forming first network with described first communication equipment;

Described first communication equipment, for display and at least one second communication equipment described at least one station location marker one to one, described station location marker is for representing the geographical location information of at least one second communication equipment described relative to described first communication equipment, receive the gesture information of user's input, mate the second communication equipment that the position of described gesture information instruction is corresponding, transmit data with between the described second communication equipment mated by described first network.

Also comprise:

InterWorking Equipment, for making described first communication equipment and at least one second communication equipment described by being connected to form described first network with described InterWorking Equipment.

A kind of communication equipment, described communication equipment, as the first communication equipment, comprising:

Interconnection unit, for forming first network with at least one second communication equipment;

Display unit, for display and at least one second communication equipment described at least one station location marker one to one, described station location marker is for representing the geographical location information of at least one second communication equipment described relative to described first communication equipment;

Receiving element, for receiving the gesture information of user's input;

Matching unit, the second communication equipment that the position for mating the instruction of described gesture information is corresponding;

Transmission unit, for transmitting data with between the described second communication equipment mated by described first network.

Described display unit comprises:

Information broadcasting unit, for the positional information of at least one second communication device broadcasts in described first network self and device identification;

Information obtainment unit, for obtaining positional information and the device identification of at least one second communication device broadcasts described;

Information holding unit, for preserving the described positional information of at least one the second equipment and the corresponding relation of device identification;

Information display unit, for centered by the position of described first communication equipment, according to the positional information of at least one second communication equipment described, by the position of station location marker display at least one second communication equipment described relative to described center, described positional information, station location marker and device identification have relation one to one.

Described matching unit comprises:

Position judgment unit, during for being the information according to slide generation when described gesture information, according to described gesture information indicated direction, judges the immediate station location marker indicated by described gesture information; Or, when described gesture information is the information according to slide generation, according to the position of operating body at the end of described slide, determine corresponding station location marker;

First searches unit, for searching described corresponding relation, obtains and described immediate station location marker or the device identification corresponding with described corresponding station location marker.

Described matching unit comprises:

Position acquisition unit, during for being the information according to clicking operation generation when described gesture information, obtains the station location marker of described gesture information instruction;

Second searches unit, for by searching described corresponding relation, obtains the device identification corresponding with described immediate station location marker.

Described transmission unit comprises at least one following unit:

Data transmission unit, for by the second communication equipment transmission data of described first network to described coupling;

Data capture unit, for obtaining data by described first network from the second communication equipment of described coupling.

The technical scheme provided from above the embodiment of the present application, in the embodiment of the present application, the first communication equipment and at least one second communication equipment form first network, display and at least one second communication equipment described at least one station location marker one to one, described station location marker is for representing the geographical location information of at least one second communication equipment described relative to described first communication equipment, receive the gesture information of user's input, mate the second communication equipment that the position of described gesture information instruction is corresponding, data are transmitted by described first network between first communication equipment with the described second communication equipment mated.Application the embodiment of the present application, when transmitting data between the two communication devices, without the need to the case trigger action order on apparatus for operating communication, only need the target device transmitted by gesture information designation data, because this reducing a large amount of manual operation of user, reduce the triviality of transmission, improve efficiency of transmission and for experience.

Accompanying drawing explanation

In order to be illustrated more clearly in the embodiment of the present application or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, for those of ordinary skills, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.

Fig. 1 is the first embodiment flow chart of the communication means of the application's communication equipment;

Fig. 2 is the configuration diagram that in the embodiment of the present application, communication equipment is connected by InterWorking Equipment;

Fig. 3 A is the second embodiment flow chart of the communication means of the application's communication equipment;

Fig. 3 B is the schematic diagram that in Fig. 3 A, the first communication equipment mates second communication equipment by slip gesture;

Fig. 4 A is the 3rd embodiment flow chart of the communication means of the application's communication equipment;

Fig. 4 B is the schematic diagram that in Fig. 4 A, the first communication equipment mates second communication equipment by clicking gesture;

Fig. 5 is the first embodiment block diagram of the application's communication system;

Fig. 6 is the second embodiment block diagram of the application's communication system;

Fig. 7 is the embodiment block diagram of the application's communication equipment.

Detailed description of the invention

In multiple embodiments of following the application, each provide the communication means of communication equipment, system and communication equipment.

Technical scheme in the embodiment of the present application is understood better in order to make those skilled in the art person, and enable the above-mentioned purpose of the embodiment of the present application, feature and advantage become apparent more, below in conjunction with accompanying drawing, technical scheme in the embodiment of the present application is described in further detail.

See Fig. 1, ask the first embodiment flow chart of the communication means of communication equipment for application:

Step 101: the first communication equipment and at least one second communication equipment form first network.

Concrete, the first communication equipment and at least one second communication equipment can by being connected to form first network with InterWorking Equipment.

Step 102: display and at least one second communication equipment at least one station location marker one to one.

Wherein, station location marker is for representing the geographical location information of at least one second communication equipment relative to the first communication equipment.

Concrete, first communication equipment is to the positional information of at least one second communication device broadcasts in described first network self and device identification, obtain positional information and the device identification of at least one second communication device broadcasts, preserve the positional information of at least one the second equipment and the corresponding relation of device identification, first communication equipment is centered by self-position, according to the positional information of at least one second communication equipment, the position of at least one second communication equipment relative to center is shown by station location marker, this positional information, station location marker and device identification have relation one to one.Wherein, positional information can be specially the information that communication equipment is obtained by GPS module.

It should be noted that, in the system be made up of some communication equipments, any one communication equipment can as the first communication equipment in the embodiment of the present application, and can as second communication equipment except all the other communication equipments of the first communication equipment.

Step 103: the gesture information receiving user's input, mates the second communication equipment that the position of this gesture information instruction is corresponding.

Concrete, when gesture information is the information according to slide generation, according to gesture information indicated direction, judges the immediate station location marker indicated by gesture information, search corresponding relation, obtain the device identification corresponding with immediate station location marker; Or, when described gesture information is the information according to slide generation, according to the position of operating body at the end of described slide, determine corresponding station location marker; Search described corresponding relation, obtain the device identification corresponding with described corresponding station location marker.Or, when gesture information is the information according to clicking operation generation, obtains the station location marker of gesture information instruction, by searching corresponding relation, obtaining the device identification corresponding with immediate station location marker.

Step 104: transmit data by first network between the first communication equipment and the second communication equipment mated.

Concrete, the first communication equipment can by the second communication equipment transmission data of first network to coupling; Or the first communication equipment also can obtain data by first network from the second communication equipment of coupling.

See Fig. 2, be the configuration diagram that communication equipment in the embodiment of the present application is connected by InterWorking Equipment:

Exemplary, four communication equipments have been shown in Fig. 2, be the first communication equipment (device1), second communication equipment (device2), third communication equipment (device3), the 4th communication equipment (device4) respectively, above-mentioned four communication equipments are connected by InterWorking Equipment (link device).Wherein, each communication equipment, for the first communication equipment, " ☆ " at the first communication equipment display screen center represents this first communication equipment, other three " ☆ ", corresponding expression second communication equipment, third communication equipment and the 4th communication equipment are relative to the position of the first communication equipment respectively, mark respectively in Fig. 2, wherein second communication equipment is positioned at the east of the first communication equipment, third communication equipment is positioned at the south of the first communication equipment, and the 4th communication equipment is positioned at the southeast of the first communication equipment; In like manner, the position illustration on other communication equipment display screen and the first communication equipment similar, do not repeat them here.

Be described in detail below in conjunction with the embodiment of framework to the application's communication means shown in above-mentioned Fig. 2.

See Fig. 3 A, be the second embodiment flow chart of the communication means of the application's communication equipment, this embodiment the first communication equipment to be gone forward side by side by gesture indicated direction coupling second communication equipment the process of Serial Communication:

Step 301: the first communication equipment and at least one second communication equipment are by being connected to form first network with InterWorking Equipment.

Wherein, composition graphs 2 is known, each communication equipment (device) forms first network by InterWorking Equipment (link device), and interconnected mode can comprise wired mode, wireless mode etc., and namely first network can be specially cable network or wireless network.

Step 302: the first communication equipment is to the positional information of at least one second communication device broadcasts in first network self and device identification.

Wherein, the first communication equipment can by the positional information of the GPS module acquisition of setting on it self, and this positional information can be specially precision information and latitude information; When broadcasting self information, except broadcasting this positional information, also need the device identification broadcasting self, this device identification may be used for this first communication equipment of unique identification, such as, can be specially MAC Address and the network address of this first communication equipment, wherein MAC Address can this first communication equipment of unique identification, the network address can be distributed by InterWorking Equipment, and other communication equipment can establish a communications link according to this network address and the first communication equipment.

Step 303: the first communication equipment obtains positional information and the device identification of at least one second communication device broadcasts.

Each communication equipment at least one second communication equipment is the same with the first communication equipment, broadcasts self positional information and device identification in first network.

Step 304: preserve the positional information of at least one the second equipment and the corresponding relation of device identification.

Step 305: the first communication equipment, centered by self-position, according to the positional information of at least one second communication equipment, shows the position of at least one second communication equipment relative to center by station location marker.

Wherein, positional information, station location marker and device identification have relation one to one.Concrete, in the first communication equipment, can preserve this mapping table, wherein each list item is for preserving the positional information of a communication equipment, the one-to-one relationship between station location marker and device identification.

Step 306: receive the gesture information that user inputs according to slide.

Step 307: according to this gesture information indicated direction, judges the immediate station location marker indicated by this gesture information.

In the present embodiment, first communication equipment has the display module of touch-input function, when user carries out slide, such as, when the user having device1 wants to transmit data to device2, then user is on the display module of device1, slides from " ☆ " of the center position of mark device1 to " ☆ " identifying device2, judge according to this glide direction, immediate station location marker is the station location marker that device2 is corresponding.

Step 308: the corresponding relation searching preservation, obtains the device identification corresponding with immediate station location marker, using the second communication equipment corresponding with this device identification as the second communication equipment mated.

When obtaining immediate station location marker and being station location marker corresponding to device2, then search the corresponding relation of preservation, the device identification of device2 corresponding to this station location marker can be obtained, comprise its MAC Address and the network address, thus get the second communication equipment of coupling.

Step 309: the first communication equipment is by the second communication equipment transmission data of first network to coupling.

See Fig. 3 B, it is the schematic diagram of the information matches second communication equipment that the first communication equipment in the present embodiment is generated by slide.Wherein, slide is user from " ☆ " at device1 place to after " ☆ " at device2 place carries out slide, according to the direction of this slip gesture, device1 knows that the communication equipment of coupling is device2.

See Fig. 4 A, be the 3rd embodiment flow chart of the communication means of the application's communication equipment, this example show the first communication equipment and to be gone forward side by side by the information matches second communication equipment that clicking operation generates the process of Serial Communication:

Step 401: the first communication equipment and at least one second communication equipment are by being connected to form first network with InterWorking Equipment.

Wherein, composition graphs 2 is known, each communication equipment (device) forms first network by InterWorking Equipment (link device), and interconnected mode can comprise wired mode, wireless mode etc., and namely first network can be specially cable network or wireless network.

Step 402: the first communication equipment is to the positional information of at least one second communication device broadcasts in first network self and device identification.

Wherein, the first communication equipment can by the positional information of the GPS module acquisition of setting on it self, and this positional information can be specially precision information and latitude information; When broadcasting self information, except broadcasting this positional information, also need the device identification broadcasting self, this device identification may be used for this first communication equipment of unique identification, such as, can be specially MAC Address and the network address of this first communication equipment, wherein MAC Address can this first communication equipment of unique identification, the network address can be distributed by InterWorking Equipment, and other communication equipment can establish a communications link according to this network address and the first communication equipment.

Step 403: the first communication equipment obtains positional information and the device identification of at least one second communication device broadcasts.

Each communication equipment at least one second communication equipment is the same with the first communication equipment, broadcasts self positional information and device identification in first network.

Step 404: preserve the positional information of at least one the second equipment and the corresponding relation of device identification.

Step 405: the first communication equipment, centered by self-position, according to the positional information of at least one second communication equipment, shows the position of at least one second communication equipment relative to center by station location marker.

Wherein, positional information, station location marker and device identification have relation one to one.Concrete, in the first communication equipment, can preserve this mapping table, wherein each list item is for preserving the positional information of a communication equipment, the one-to-one relationship between station location marker and device identification.

Step 406: receive the gesture information that user inputs according to clicking operation.

Step 407: the station location marker obtaining the instruction of this gesture information.

In the present embodiment, first communication equipment has the display module of touch-input function, when user carries out clicking operation, such as, when the user having device1 wants to transmit data to device2, then user is on the display module of device1, clicks " ☆ " of mark device2, then the position of the gesture information instruction of corresponding input is the station location marker be designated corresponding to device2.

Step 408: by searching corresponding relation, obtains the device identification corresponding with immediate station location marker.

When obtaining immediate station location marker and being station location marker corresponding to device2, then search the corresponding relation of preservation, the device identification of device2 corresponding to this station location marker can be obtained, comprise its MAC Address and the network address, thus get the second communication equipment of coupling.

Step 409: the first communication equipment obtains data by first network from the second communication equipment of coupling.

See Fig. 4 B, it is the schematic diagram of the information matches second communication equipment that the first communication equipment in the present embodiment is generated by clicking operation.Wherein, clicking operation is after " ☆ " that user clicks device2 place carry out slide, and device1 is device2 according to the communication equipment knowing coupling of this click gesture.

Corresponding with the embodiment of the communication means of the application's communication equipment, present invention also provides the embodiment of communication system and communication equipment.

See Fig. 5, the first embodiment block diagram for the application's communication system:

This communication system comprises: first communication equipment 510 and at least one second communication equipment 520, in order to example is convenient, illustrate only two second communication equipment 520 in Fig. 5.

Wherein, at least one second communication equipment 520 described, for forming first network with described first communication equipment 510;

Described first communication equipment 510, for display and at least one second communication equipment 520 described at least one station location marker one to one, described station location marker is for representing the geographical location information of at least one second communication equipment described relative to described first communication equipment, receive the gesture information of user's input, mate the second communication equipment that the position of described gesture information instruction is corresponding, transmit data with between the described second communication equipment mated by described first network.

See Fig. 6, the second embodiment block diagram for the application's communication system:

This communication system comprises: the first communication equipment 610, at least one second communication equipment 620 and InterWorking Equipment 630, in order to example is convenient, illustrate only two second communication equipment 620 in Fig. 6.

Wherein, InterWorking Equipment 630, for making described first communication equipment 610 with at least one second communication equipment 620 described by being connected to form described first network with described InterWorking Equipment 630;

Described first communication equipment 610, for display and at least one second communication equipment 620 described at least one station location marker one to one, described station location marker is for representing the geographical location information of at least one second communication equipment described relative to described first communication equipment, receive the gesture information of user's input, mate the second communication equipment that the position of described gesture information instruction is corresponding, transmit data with between the described second communication equipment mated by described first network.

See Fig. 7, the embodiment block diagram for the application's communication equipment:

This communication equipment, as the first communication equipment, comprising: interconnection unit 710, display unit 720, receiving unit 730, matching unit 740 and transmission unit 750.

Wherein, interconnection unit 710, for forming first network with at least one second communication equipment;

Display unit 720, for display and at least one second communication equipment described at least one station location marker one to one, described station location marker is for representing the geographical location information of at least one second communication equipment described relative to described first communication equipment;

Receiving element 730, for receiving the gesture information of user's input;

Matching unit 740, the second communication equipment that the position for mating the instruction of described gesture information is corresponding;

Transmission unit 750, for transmitting data with between the described second communication equipment mated by described first network.

Concrete, described display unit 720 can comprise (not shown in Fig. 7):

Information broadcasting unit, for the positional information of at least one second communication device broadcasts in described first network self and device identification;

Information obtainment unit, for obtaining positional information and the device identification of at least one second communication device broadcasts described;

Information holding unit, for preserving the described positional information of at least one the second equipment and the corresponding relation of device identification;

Information display unit, for centered by the position of described first communication equipment, according to the positional information of at least one second communication equipment described, by the position of station location marker display at least one second communication equipment described relative to described center, described positional information, station location marker and device identification have relation one to one.

Concrete, described matching unit can comprise (not shown in Fig. 7):

Position judgment unit, during for being the information according to slide generation when described gesture information, according to described gesture information indicated direction, judges the immediate station location marker indicated by described gesture information; Or, when described gesture information is the information according to slide generation, according to the position of operating body at the end of described slide, determine corresponding station location marker;

First searches unit, for searching described corresponding relation, obtains and described immediate station location marker or the device identification corresponding with described corresponding station location marker.

Concrete, described matching unit also can comprise (not shown in Fig. 7):

Position acquisition unit, during for being the information according to clicking operation generation when described gesture information, obtains the station location marker of described gesture information instruction;

Second searches unit, for by searching described corresponding relation, obtains the device identification corresponding with described immediate station location marker.

Concrete, described transmission unit 750 can comprise at least one following unit (not shown in Fig. 7):

Data transmission unit, for by the second communication equipment transmission data of described first network to described coupling;

Data capture unit, for obtaining data by described first network from the second communication equipment of described coupling.

As seen through the above description of the embodiments, in the embodiment of the present application, the first communication equipment and at least one second communication equipment form first network, display and at least one second communication equipment described at least one station location marker one to one, described station location marker is for representing the geographical location information of at least one second communication equipment described relative to described first communication equipment, receive the gesture information of user's input, mate the second communication equipment that the position of described gesture information instruction is corresponding, data are transmitted by described first network between first communication equipment with the described second communication equipment mated.Application the embodiment of the present application, when transmitting data between the two communication devices, without the need to the case trigger action order on apparatus for operating communication, only need the target device transmitted by gesture information designation data, because this reducing a large amount of manual operation of user, reduce the triviality of transmission, improve efficiency of transmission and for experience.

It should be noted that, the equipment physical location information that first electronic equipment obtains other the second electronics is except can embodiment as above, the geographical location information that each second equipment obtains himself by GPS module equipment sends to outside the first electronic equipment, first electronic equipment can also obtain the physical location information of the second electronic equipment in other way, such as, first electronic equipment to determine around the first electronic equipment whether the second electronic equipment by the scanning of outside emitting radio frequency signal, and record defines the scanning angle of the second electronic equipment, thus determine physical location information of the second electronic equipment etc.

Those skilled in the art can be well understood to the mode that technology in the embodiment of the present application can add required general hardware platform by software and realize.Based on such understanding, technical scheme in the embodiment of the present application can embody with the form of software product the part that prior art contributes in essence in other words, this computer software product can be stored in storage medium, as ROM/RAM, magnetic disc, CD etc., comprising some instructions in order to make a computer equipment (can be personal computer, server, or the network equipment etc.) perform the method described in some part of each embodiment of the application or embodiment.

Each embodiment in this description all adopts the mode of going forward one by one to describe, between each embodiment identical similar part mutually see, what each embodiment stressed is the difference with other embodiments.Especially, for system embodiment, because it is substantially similar to embodiment of the method, so description is fairly simple, relevant part illustrates see the part of embodiment of the method.

Above-described the application's embodiment, does not form the restriction to the application's protection domain.The amendment done within any spirit in the application and principle, equivalently to replace and improvement etc., within the protection domain that all should be included in the application.

Claims (14)

1. a communication means for communication equipment, is characterized in that, described method is applied in the first communication equipment, and described method comprises:
First communication equipment and at least one second communication equipment form first network;
Display and at least one second communication equipment described at least one station location marker one to one, described station location marker is for representing the geographical location information of at least one second communication equipment described relative to described first communication equipment;
Receive the gesture information of user's input, mate the second communication equipment that the position of described gesture information instruction is corresponding;
Data are transmitted by described first network between first communication equipment with the described second communication equipment mated.
2. method according to claim 1, is characterized in that, described first communication equipment and at least one second communication equipment described are by being connected to form described first network with InterWorking Equipment.
3. method according to claim 1, is characterized in that, described display and at least one second communication equipment described one to one at least one station location marker comprise:
Described first communication equipment is to the positional information of at least one second communication device broadcasts in described first network self and device identification;
Obtain positional information and the device identification of at least one second communication device broadcasts described;
Preserve the described positional information of at least one the second equipment and the corresponding relation of device identification;
Described first communication equipment is centered by self-position, according to the positional information of at least one second communication equipment described, by the position of station location marker display at least one second communication equipment described relative to described center, described positional information, station location marker and device identification have relation one to one.
4. method according to claim 3, is characterized in that, described positional information is the information that communication equipment is obtained by GPS module.
5. method according to claim 3, is characterized in that, the second communication equipment that the position of described coupling described gesture information instruction is corresponding comprises:
When described gesture information is the information according to slide generation, according to described gesture information indicated direction, judge the immediate station location marker indicated by described gesture information; Or, when described gesture information is the information according to slide generation, according to the position of operating body at the end of described slide, determine corresponding station location marker;
Search described corresponding relation, obtain and described immediate station location marker or the device identification corresponding with described corresponding station location marker.
6. method according to claim 3, is characterized in that, the second communication equipment that the position of described coupling described gesture information instruction is corresponding comprises:
When described gesture information is the information according to clicking operation generation, obtain the station location marker of described gesture information instruction;
By searching described corresponding relation, obtain the device identification corresponding with immediate station location marker.
7. method according to claim 1, is characterized in that, transmits data comprise between described first communication equipment with the described second communication equipment mated by described first network:
Described first communication equipment is by the second communication equipment transmission data of described first network to described coupling; Or,
Described first communication equipment obtains data by described first network from the second communication equipment of described coupling.
8. a communication system, is characterized in that, comprising: the first communication equipment and at least one second communication equipment,
At least one second communication equipment described, for forming first network with described first communication equipment;
Described first communication equipment, for display and at least one second communication equipment described at least one station location marker one to one, described station location marker is for representing the geographical location information of at least one second communication equipment described relative to described first communication equipment, receive the gesture information of user's input, mate the second communication equipment that the position of described gesture information instruction is corresponding, transmit data with between the described second communication equipment mated by described first network.
9. system according to claim 8, is characterized in that, also comprises:
InterWorking Equipment, for making described first communication equipment and at least one second communication equipment described by being connected to form described first network with described InterWorking Equipment.
10. a communication equipment, is characterized in that, described communication equipment, as the first communication equipment, comprising:
Interconnection unit, for forming first network with at least one second communication equipment;
Display unit, for display and at least one second communication equipment described at least one station location marker one to one, described station location marker is for representing the geographical location information of at least one second communication equipment described relative to described first communication equipment;
Receiving element, for receiving the gesture information of user's input;
Matching unit, the second communication equipment that the position for mating the instruction of described gesture information is corresponding;
Transmission unit, for transmitting data with between the described second communication equipment mated by described first network.
11. equipment according to claim 10, is characterized in that, described display unit comprises:
Information broadcasting unit, for the positional information of at least one second communication device broadcasts in described first network self and device identification;
Information obtainment unit, for obtaining positional information and the device identification of at least one second communication device broadcasts described;
Information holding unit, for preserving the described positional information of at least one the second equipment and the corresponding relation of device identification;
Information display unit, for centered by the position of described first communication equipment, according to the positional information of at least one second communication equipment described, by the position of station location marker display at least one second communication equipment described relative to described center, described positional information, station location marker and device identification have relation one to one.
12. equipment according to claim 11, is characterized in that, described matching unit comprises:
Position judgment unit, during for being the information according to slide generation when described gesture information, according to described gesture information indicated direction, judges the immediate station location marker indicated by described gesture information; Or, when described gesture information is the information according to slide generation, according to the position of operating body at the end of described slide, determine corresponding station location marker;
First searches unit, for searching described corresponding relation, obtains and described immediate station location marker or the device identification corresponding with described corresponding station location marker.
13. equipment according to claim 11, is characterized in that, described matching unit comprises:
Position acquisition unit, during for being the information according to clicking operation generation when described gesture information, obtains the station location marker of described gesture information instruction;
Second searches unit, for by searching described corresponding relation, obtains the device identification corresponding with immediate station location marker.
14. equipment according to claim 10, is characterized in that, described transmission unit comprises at least one following unit:
Data transmission unit, for by the second communication equipment transmission data of described first network to described coupling;
Data capture unit, for obtaining data by described first network from the second communication equipment of described coupling.
CN201110172276.4A 2011-06-24 2011-06-24 Method and system of communication of communication device and communication device CN102843280B (en)

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