CN103945566A - Information processing method and electronic equipment - Google Patents
Information processing method and electronic equipment Download PDFInfo
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- CN103945566A CN103945566A CN201310020573.6A CN201310020573A CN103945566A CN 103945566 A CN103945566 A CN 103945566A CN 201310020573 A CN201310020573 A CN 201310020573A CN 103945566 A CN103945566 A CN 103945566A
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Abstract
The invention discloses an information processing method and electronic equipment. The electronic equipment is provided with a first wireless communication module. According to the method, when a wireless connection between second electronic equipment and a second wireless communication module meets a preset condition, first parameter information of the second wireless communication module and second parameter information of the second electronic equipment are acquired; a first position for placing first electronic equipment is determined based on the first parameter information and the second parameter information; when the first electronic equipment is arranged at the first position, the current mode of the first wireless communication module is switched to a relay mode; and based on the relay mode, first data between the second electronic equipment and the second wireless communication module is relayed by the first wireless communication module.
Description
Technical field
The present invention relates to the communications field, relate in particular to a kind of method and electronic equipment of information processing.
Background technology
Development along with electronic device technology and the communication technology, existing electronic equipment is all provided with the wireless communication modules such as wifi module and wireless network card conventionally, make the described electronic equipment can wireless connections external network by described wireless communication module, such as: can use wireless router at home, and without usage data line, notebook computer is connected with wireless router, thereby be user-friendly to.
Present inventor, in realizing the process of the embodiment of the present application technical scheme, at least finds to exist in prior art following technical problem:
When existing electronic equipment is connected with outer net by connecting the wireless communication module of peripheral hardware, exist the coverage of wireless communication module not enough, cause electronic equipment can not stablize the technical problem that connects outer net, this is because described electronic equipment is when the wireless communication module by connection peripheral hardware is connected with outer net, because the coverage of the signal of described wireless communication module is conditional, when the residing environment of described wireless communication module has wall, when doors etc. hinder, can make the coverage of described wireless communication module dwindle, cause signal cover not enough, described electronic equipment can not be connected with outer net.Such as: when indoor use wireless router is connected with outer net, due to indoor, there are wall and door to wait object to hinder signal, cause the signal cover of described wireless router in 50 meters, when the distance of notebook computer from described wireless router is greater than more than 50 meters, can make described notebook computer occur being connected unstable or connectionless problem with described wireless router, thereby it is unstable to cause described notebook computer to be connected with outer net, make user use inconvenience, experience also bad.
Summary of the invention
The embodiment of the present application is by providing a kind of method and electronic equipment of information processing, while being connected with outer net by connecting the wireless communication module of peripheral hardware in order to existing electronic equipment, exist the coverage of wireless communication module not enough, cause electronic equipment can not stablize the technical problem that connects outer net.
The embodiment of the present application provides a kind of method of information processing, be applied to have in the first electronic equipment of the first wireless communication module, described method comprises: in the wireless connections of the second electronic equipment and the second radio communication mold interblock, meet one when pre-conditioned, obtain the first parameter information of described the second wireless communication module and the second parameter information of described the second electronic equipment; Based on described the first parameter information and described the second parameter information, the primary importance that is identified for placing described the first electronic equipment; When described the first electronic equipment is placed on described primary importance, the present mode of described the first wireless communication module is adjusted into middle rotary-die type; Based on described middle rotary-die type, by described the first wireless communication module, carry out the first data between the second electronic equipment and described the second wireless communication module described in transfer.
Optionally, the described wireless connections at the second electronic equipment and the second radio communication mold interblock meet one when pre-conditioned, obtain the first parameter information of described the second wireless communication module and the second parameter information of described the second electronic equipment, specifically comprise: unstable or when being connected in the wireless connections of the second electronic equipment and the second radio communication mold interblock, obtain first signal coverage parameter and the first environment parameter of described the second wireless communication module, wherein, described first signal coverage parameter and described first environment parameter are as described the first parameter information, and the second environment parameter of obtaining the second parameter information described in the conduct of described the second electronic equipment.
Optionally, described based on described the first parameter information and described the second parameter information, the primary importance that is identified for placing described the first electronic equipment, specifically comprises: the secondary signal coverage parameter of obtaining described the first wireless communication module; Based on described first environment parameter and described second environment parameter and described secondary signal coverage parameter, from the primary importance that is identified for placing described the first electronic equipment in first signal coverage corresponding to described first signal coverage parameter, wherein, described primary importance is for when described primary importance is placed described the first electronic equipment, the position of the second place that can make described the second electronic equipment in secondary signal coverage corresponding to described secondary signal coverage parameter.
Optionally, it is described when described the first electronic equipment is placed on described primary importance, the present mode of described the first wireless communication module is adjusted into middle rotary-die type, specifically comprise: when described the first electronic equipment is placed on described primary importance, whether the present mode that detects described the first wireless communication module is middle rotary-die type; When the present mode of described the first wireless communication module is not described middle rotary-die type, the present mode of described the first wireless communication module is adjusted into described middle rotary-die type.
Optionally, when the described present mode at described the first wireless communication module is not described middle rotary-die type, the present mode of described the first wireless communication module is adjusted into described middle rotary-die type, specifically comprise: when the present mode of described the first wireless communication module is not described middle rotary-die type, move described wireless forwarding application program, so that described the first wireless communication module and described the second wireless communication module are set up wireless connections, and open the reception of wireless signals function of described the first wireless communication module; Based on described wireless forwarding application program, the present mode of described the first wireless communication module is adjusted into described middle rotary-die type.
Optionally, when the described present mode at described the first wireless communication module is not described middle rotary-die type, move described wireless forwarding application program, specifically comprise: when the present mode of described the first wireless communication module is not described middle rotary-die type, from the memory module of described the first electronic equipment and/or in the outer grid database connecting with described the first electronic equipment, obtain the first installation procedure corresponding to described wireless forwarding application program; When described the first electronic equipment is installed described the first installation procedure, move described wireless forwarding application program.
Optionally, described based on described middle rotary-die type, by described the first wireless communication module, carry out the first data between the second electronic equipment and described the second wireless communication module described in transfer, specifically comprise: based on described middle rotary-die type, when described the first wireless communication module receives the first visit data of described the second electronic equipment, described the first visit data is transferred to described the second wireless communication module; Obtain the first return data that described the second wireless communication module returns based on described the first visit data; By described the first wireless communication module, described the first return data is transferred to described the second electronic equipment, wherein, described the first visit data and described the first return data form described the first data.
The application one embodiment provide a kind of electronic equipment, and described electronic equipment has the first wireless communication module, and described electronic equipment comprises: circuit board, process chip, be arranged on described circuit board, in the wireless connections of the second electronic equipment and the second radio communication mold interblock, meet one when pre-conditioned, for obtaining the first parameter information of described the second wireless communication module and the second parameter information of described the second electronic equipment, based on described the first parameter information and described the second parameter information, for the primary importance that is identified for placing described electronic equipment, when described electronic equipment is placed on described primary importance, for the present mode of described the first wireless communication module is adjusted into rotary-die type, based on described middle rotary-die type, for carry out the first data between the second electronic equipment and described the second wireless communication module described in transfer by described the first wireless communication module.
Optionally, described process chip comprises first information acquisition module, unstable or when being connected in the wireless connections of the second electronic equipment and the second radio communication mold interblock, for obtaining first signal coverage parameter and the first environment parameter of described the second wireless communication module, wherein, described first signal coverage parameter and described first environment parameter be as described the first parameter information, and for obtaining the second environment parameter of the second parameter information described in the conduct of described the second electronic equipment.
Optionally, described process chip comprises position determination module, for obtaining the secondary signal coverage parameter of described the first wireless communication module, based on described first environment parameter and described second environment parameter and described secondary signal coverage parameter, for the primary importance that is identified for placing described electronic equipment in first signal coverage corresponding to described first signal coverage parameter, wherein, described primary importance is for when described primary importance is placed described electronic equipment, the position of the second place that can make described the second electronic equipment in secondary signal coverage corresponding to described secondary signal coverage parameter.
Optionally, described process chip comprises first mode adjusting module, when described electronic equipment is placed on described primary importance, whether the present mode for detection of described the first wireless communication module is middle rotary-die type, when the present mode of described the first wireless communication module is not described middle rotary-die type, for the present mode of described the first wireless communication module is adjusted into described rotary-die type.
Optionally, described process chip comprises data relay module, based on described middle rotary-die type, when described the first wireless communication module receives the first visit data of described the second electronic equipment, for described the first visit data is transferred to described the second wireless communication module, and the first return data returning based on described the first visit data for obtaining described the second wireless communication module, and by described the first wireless communication module, described the first return data is transferred to described the second electronic equipment, wherein, described the first visit data and described the first return data form described the first data.
Optionally, described process chip also comprises the first processing module, when described the first demonstration information comprises the second demonstration object, in described the first operation of described response, after described the second electronic equipment receives first data corresponding with described the first demonstration object, for obtaining, to described second, show the second operation that object carries out, wherein, described the first operation and described the second operation can be at synchronizations or are not obtained in the same time, respond described the second operation, for receive second data corresponding with described the second demonstration object from described the second electronic equipment by described the first communication port.
The one or more technical schemes that provide in the embodiment of the present application, at least have following technique effect or advantage:
One, because the embodiment of the present application meets one when pre-conditioned in the wireless connections of the second electronic equipment and the second radio communication mold interblock, based on obtaining the first parameter information of described the second wireless communication module and the second parameter information of described the second electronic equipment, be identified for placing the primary importance of described the first electronic equipment, and described the first electronic equipment is placed on to described primary importance, the present mode of described the first wireless communication module is adjusted into middle rotary-die type, by described the first wireless communication module, carry out the first data between the second electronic equipment and described the second wireless communication module described in transfer, make described the first electronic equipment be equivalent to the wireless router of a WDS function, improve the coverage of wireless signal, thereby when having solved existing electronic equipment and being connected with outer net by connecting the wireless communication module of peripheral hardware, exist the coverage of wireless communication module not enough, cause electronic equipment can not stablize the technical problem that connects outer net, and then realized the coverage of the wireless signal that improves described wireless communication module, make described electronic equipment can stablize by described the first electronic equipment the technique effect that connects outer net, and the flow that described electronic equipment uses is the flow of the wireless communication module of described peripheral hardware, the flow of described the first electronic equipment itself can not reduced, and then be user-friendly to, make user's experience better.
They are two years old, because the embodiment of the present application is based on described first environment parameter and described second environment parameter and described secondary signal coverage parameter, from the primary importance that is identified for placing described the first electronic equipment in first signal coverage corresponding to described first signal coverage parameter, wherein, described primary importance is for when described primary importance is placed described the first electronic equipment, the position of the second place that can make described the second electronic equipment in secondary signal coverage corresponding to described secondary signal coverage parameter, because described primary importance is determined based on described the second electronic equipment, described the second electronic equipment can more stablely be connected with outer net, thereby be user-friendly to, make user's experience better.
Accompanying drawing explanation
Fig. 1 is the flow chart of the method for information processing in the embodiment of the present application;
Fig. 2 is the second electronic equipment and the structural representation of second communication module in the first room in the embodiment of the present application;
Fig. 3 is the structural representation of electronic equipment in the embodiment of the present application.
Embodiment
The embodiment of the present application is by providing a kind of method and electronic equipment of information processing, while being connected with outer net by connecting the wireless communication module of peripheral hardware in order to solve existing electronic equipment, exist the coverage of wireless communication module not enough, cause electronic equipment can not stablize the technical problem that connects outer net.
The technical scheme of the embodiment of the present application is for solving the problem of above-mentioned technology, and general thought is as follows:
Because the embodiment of the present application meets one when pre-conditioned in the wireless connections of the second electronic equipment and the second radio communication mold interblock, based on obtaining the first parameter information of described the second wireless communication module and the second parameter information of described the second electronic equipment, be identified for placing the primary importance of described the first electronic equipment, and described the first electronic equipment is placed on to described primary importance, the present mode of described the first wireless communication module is adjusted into middle rotary-die type, by described the first wireless communication module, carry out the first data between the second electronic equipment and described the second wireless communication module described in transfer, make described the first electronic equipment be equivalent to the wireless router of a WDS function, improve the coverage of wireless signal, thereby when having solved existing electronic equipment and being connected with outer net by connecting the wireless communication module of peripheral hardware, exist the coverage of wireless communication module not enough, cause electronic equipment can not stablize the technical problem that connects outer net, and then realized the coverage of the wireless signal that improves described wireless communication module, make described electronic equipment can stablize by described the first electronic equipment the technique effect that connects outer net, and the flow that described electronic equipment uses is the flow of the wireless communication module of described peripheral hardware, the flow of described the first electronic equipment itself can not reduced, and then be user-friendly to, make user's experience better.
In order better to understand technique scheme, below in conjunction with Figure of description and concrete execution mode, technique scheme is described in detail.
The application one embodiment provides a kind of method of information processing, is applied to have in the first electronic equipment of the first wireless communication module, and described electronic equipment is such as being the electronic equipments such as panel computer, smart mobile phone, notebook computer.
Wherein, described the first wireless communication module is such as being the electronic equipments such as WIFI module, wireless network card.
Please refer to Fig. 1, described method comprises:
Step 101: meet one when pre-conditioned in the wireless connections of the second electronic equipment and the second radio communication mold interblock, obtain the first parameter information of described the second wireless communication module and the second parameter information of described the second electronic equipment;
Step 102: based on described the first parameter information and described the second parameter information, the primary importance that is identified for placing described the first electronic equipment;
Step 103: when described the first electronic equipment is placed on described primary importance, the present mode of described the first wireless communication module is adjusted into middle rotary-die type;
Step 104: based on described middle rotary-die type, carry out the first data between the second electronic equipment and described the second wireless communication module described in transfer by described the first wireless communication module.
Wherein, described the second wireless communication module is such as being the electronic equipments such as wireless router, and further, described the second electronic equipment is such as being the electronic equipments such as notebook computer, panel computer, desktop computer.
Wherein, in step 101, in the wireless connections of the second electronic equipment and the second radio communication mold interblock, meet one when pre-conditioned, obtain the first parameter information of described the second wireless communication module and the second parameter information of described the second electronic equipment.In specific implementation process, the wireless connections of the second electronic equipment and the second radio communication mold interblock are unstable or when being connected, obtain first signal coverage parameter and the first environment parameter of described the second wireless communication module, wherein, described first signal coverage parameter and described first environment parameter are as described the first parameter information; And the second environment parameter of obtaining the second parameter information described in the conduct of described the second electronic equipment.
Specifically, the wireless signal that is positioned at described the second wireless communication module at described the second electronic equipment covers weak position, or the position at described the second electronic equipment place is not when covered by the wireless signal of described the second wireless communication module, the wireless connections meeting of described the second electronic equipment and described the second radio communication mold interblock is unstable or without being connected, at this moment, obtain the first environment parameter of described the second wireless communication module present position and the first signal coverage parameter of described the second wireless communication module, described first signal coverage parameter and described first environment parameter form described the first parameter information, simultaneously, also need the second environment parameter of obtaining described the second electronic equipment present position as described second environment parameter.
In actual application, take the first electronic equipment as smart mobile phone, the second electronic equipment is that notebook computer and the second wireless communication module are that wireless router is example, at described wireless router, be placed on when indoor, due to indoor be substantially all reinforced concrete structure, and general layout complexity is various, environment is serious to the decay of wireless signal, the meeting of the signal cover of described wireless router is reduced, when careat is larger, described notebook computer from described wireless router away from time, cause the wireless connections of described notebook computer and described wireless router unstable or without being connected, obtain the first indoor environment parameter of described wireless router position, and the useful signal coverage parameter of wireless signal of obtaining described wireless router is as described first signal coverage parameter, and obtain the second indoor environment parameter of described notebook computer position.
Next perform step 102, in this step, based on described the first parameter information and described the second parameter information, the primary importance that is identified for placing described the first electronic equipment.In specific implementation process, obtain the secondary signal coverage parameter of described the first wireless communication module; Based on described first environment parameter and described second environment parameter and described secondary signal coverage parameter, from the primary importance that is identified for placing described the first electronic equipment in first signal coverage corresponding to described first signal coverage parameter, wherein, described primary importance is for when described primary importance is placed described the first electronic equipment, the position of the second place that can make described the second electronic equipment in secondary signal coverage corresponding to described secondary signal coverage parameter.
Specifically, obtain first signal coverage corresponding to described first signal coverage parameter, the primary importance that is identified for placing described the first electronic equipment is in described first signal coverage, make described the first electronic equipment and described the second wireless communication module set up stable wireless connections, again based on described first environment parameter and described second environment parameter and described secondary signal coverage parameter, in described first signal coverage, determine described primary importance, make when described the first electronic equipment is placed on the described second place, make the second place at described the second electronic equipment place in secondary signal coverage corresponding to described secondary signal coverage parameter.
In actual application, with above-mentioned smart mobile phone, wireless router and notebook computer are example, referring to Fig. 2, when wireless router 25 is placed in the first room 20, because the first room 20 is substantially all reinforced concrete structure, and general layout complexity is various, environment is serious to the decay of wireless signal, make the first wireless signal of wireless router 25 cover the corresponding first signal coverage 24 of parameter, but the residing second place of notebook computer 21 is not in first signal coverage 24, notebook computer is connected with wireless router 25 nothings, obtain the first environment 23 corresponding to first environment parameter of wireless router 25, first environment 23 comprises the position of the first wall setting of wireless router 25 positions in the first room 20 and position and the structure of structure and first setting, obtain again the second environment 22 corresponding to second environment parameter of notebook computer 21, second environment 22 comprises the position of the second wall setting and position and the structure of structure and the setting of the second door of the second place at notebook computer 21 places in the first room, the secondary signal of the first wireless communication module based in second environment 22 and the 3rd environment 23 and described smart mobile phone covers parameter, from first signal coverage 24, determine primary importance 26, during the described smart mobile phone of placement Anywhere in primary importance 26, make the wireless signal of the WIFI module of described smart mobile phone can cover the second place at notebook computer 21 places.
Next perform step 103, in this step, when described the first electronic equipment is placed on described primary importance, the present mode of described the first wireless communication module is adjusted into middle rotary-die type.In specific implementation process, when described the first electronic equipment is placed on described primary importance, whether the present mode that detects described the first wireless communication module is middle rotary-die type; When the present mode of described the first wireless communication module is not described middle rotary-die type, the present mode of described the first wireless communication module is adjusted into described middle rotary-die type; When the present mode of described the first wireless communication module is described middle rotary-die type, make the present mode of described the first wireless communication module remain described middle rotary-die type.
Specifically, when described the first electronic equipment is placed on described primary importance, the present mode of described the first wireless communication module is adjusted into middle rotary-die type, in the time of can covering the second place of described the second electronic equipment due to the wireless signal of described the first wireless communication module, at described the first wireless communication module during in described middle rotary-die type, make described the first wireless communication module be equivalent to the WDS function of wireless router, thereby make described the first wireless communication module can transfer described in data between the second electronic equipment and described the second wireless communication module, and the flow that impels described the second electronic equipment to use is Wide Flow corresponding to described the second wireless communication module, and can not use the flow of described the first electronic equipment itself, thereby impel the flow of described the first electronic equipment itself can not reduce, in the wireless signal coverage that improves described the second wireless communication module, can also make user can continue to use the flow of described the first electronic equipment own to surf the Net, and then be user-friendly to, make user's experience better.
In actual application, with above-mentioned smart mobile phone, wireless router and notebook computer are example, referring to Fig. 2, when described smart mobile phone is placed in described primary importance, because the wireless signal of the WIFI module of described smart mobile phone can cover the second place at notebook computer 21 places, described WIFI module is adjusted into middle rotary-die type, make the wireless signal that receives notebook computer 21 that described WIFI module can be stable, and described WIFI module can be stablized and is connected to wireless router 25, cause described WIFI module the data between notebook computer 21 and wireless router 25 can be carried out to transfer, thereby make notebook computer 21 can stably be connected to outer net, thereby improved the coverage of the wireless signal of wireless router 25, and what use is the flow in the broadband corresponding with wireless router 25, and then be user-friendly to, make user's experience better.
In specific implementation process, when the described present mode at described the first wireless communication module is not described middle rotary-die type, the present mode of described the first wireless communication module is adjusted into described middle rotary-die type, specifically comprise: when the present mode of described the first wireless communication module is not described middle rotary-die type, move described wireless forwarding application program, so that described the first wireless communication module and described the second wireless communication module are set up wireless connections, and open the reception of wireless signals function of described the first wireless communication module; Based on described wireless forwarding application program, the present mode of described the first wireless communication module is adjusted into described middle rotary-die type.
Specifically, because described the first wireless communication module can only be as focus, make described the second electronic equipment use the flow of described the first electronic equipment to surf the Net, make the flow of described the first electronic equipment itself reduce sooner, cause described the first electronic equipment because underfed and outer net disconnect, thereby inconvenient user uses, improved cost, and when described the first wireless communication module is arranged to middle rotary-die type, need operation as wireless forwarding application programs such as WMWifiRouter softwares, thereby described the first wireless communication module is adjusted into described middle rotary-die type.
In specific implementation process, when the described present mode at described the first wireless communication module is not described middle rotary-die type, move described wireless forwarding application program, specifically comprise: when the present mode of described the first wireless communication module is not described middle rotary-die type, from the memory module of described the first electronic equipment and/or in the outer grid database connecting with described the first electronic equipment, obtain the first installation procedure corresponding to described wireless forwarding application program; When described the first electronic equipment is installed described the first installation procedure, move described wireless forwarding application program.
Specifically, while storing described the first installation procedure in the memory module of described the first electronic equipment, described the first installation procedure is directly installed in described the first electronic equipment, after installing described the first installation procedure, is moved described wireless forwarding application program; While not storing described the first installation procedure in the memory module of described the first electronic equipment, can from being connected with described the first electronic equipment, in grid database, download described the first installation procedure, and described the first installation procedure is installed, then move described wireless forwarding application program, make the present mode of described the first wireless module be adjusted into described middle rotary-die type.Certainly can also obtain described the first installation procedure by USB mode.
In actual application, with above-mentioned smart mobile phone, wireless router and notebook computer are example, when described smart mobile phone is placed in described primary importance, when WMWifiRouter software has been arranged in described smart mobile phone, move described WMWifiRouter software, make the present mode of the WIFI module of described smart mobile phone be adjusted into described middle rotary-die type, make described WIFI module can transfer described in data between wireless router and described notebook computer.
Next perform step 104, in this step, based on described middle rotary-die type, by described the first wireless communication module, carry out the first data between the second electronic equipment and described the second wireless communication module described in transfer.In specific implementation process, based on described middle rotary-die type, when described the first wireless communication module receives the first visit data of described the second electronic equipment, described the first visit data is transferred to described the second wireless communication module; Obtain the first return data that described the second wireless communication module returns based on described the first visit data; By described the first wireless communication module, described the first return data is transferred to described the second electronic equipment, wherein, described the first visit data and described the first return data form described the first data.
In actual application, with above-mentioned smart mobile phone, wireless router and notebook computer are example, when the WIFI of described smart mobile phone module receives the request msg of described the second electronic equipment, by described request data by being given to described wireless router in described WIFI module, by described wireless router, connect outer net, based on described request data, described wireless router can be corresponding with described request data from described outer net server obtain the return data corresponding with described request data, then described return data is transferred to described WIFI module, antenna by described WIFI module sends to described notebook computer by described return data, thereby realize the first data between wireless router and described notebook computer described in transfer.
The one or more technical schemes that provide in the embodiment of the present application, at least have following technique effect or advantage:
One, because the embodiment of the present application meets one when pre-conditioned in the wireless connections of the second electronic equipment and the second radio communication mold interblock, based on obtaining the first parameter information of described the second wireless communication module and the second parameter information of described the second electronic equipment, be identified for placing the primary importance of described the first electronic equipment, and described the first electronic equipment is placed on to described primary importance, the present mode of described the first wireless communication module is adjusted into middle rotary-die type, by described the first wireless communication module, carry out the first data between the second electronic equipment and described the second wireless communication module described in transfer, make described the first electronic equipment be equivalent to the wireless router of a WDS function, improve the coverage of wireless signal, thereby when having solved existing electronic equipment and being connected with outer net by connecting the wireless communication module of peripheral hardware, exist the coverage of wireless communication module not enough, cause electronic equipment can not stablize the technical problem that connects outer net, and then realized the coverage of the wireless signal that improves described wireless communication module, make described electronic equipment can stablize by described the first electronic equipment the technique effect that connects outer net, and the flow that described electronic equipment uses is the flow of the wireless communication module of described peripheral hardware, the flow of described the first electronic equipment itself can not reduced, and then be user-friendly to, make user's experience better.
They are two years old, because the embodiment of the present application is based on described first environment parameter and described second environment parameter and described secondary signal coverage parameter, from the primary importance that is identified for placing described the first electronic equipment in first signal coverage corresponding to described first signal coverage parameter, wherein, described primary importance is for when described primary importance is placed described the first electronic equipment, the position of the second place that can make described the second electronic equipment in secondary signal coverage corresponding to described secondary signal coverage parameter, because described primary importance is determined based on described the second electronic equipment, described the second electronic equipment can more stablely be connected with outer net, thereby be user-friendly to, make user's experience better.
The application one embodiment provide a kind of electronic equipment, and described electronic equipment has the first wireless communication module, and described electronic equipment is such as being the electronic equipments such as panel computer, smart mobile phone, notebook computer.
Wherein, described the first wireless communication module is such as being the electronic equipments such as WIFI module, wireless network card.
Referring to Fig. 3, this electronic equipment comprises circuit board 301, process chip 302, be arranged on circuit board 301, in the wireless connections of the second electronic equipment and the second radio communication mold interblock, meet one when pre-conditioned, for obtaining the first parameter information of described the second wireless communication module and the second parameter information of described the second electronic equipment, based on described the first parameter information and described the second parameter information, for the primary importance that is identified for placing described electronic equipment, when described electronic equipment is placed on described primary importance, for the present mode of the first wireless communication module 303 is adjusted into rotary-die type, based on described middle rotary-die type, for carry out the first data between the second electronic equipment and described the second wireless communication module described in transfer by the first wireless communication module 303.
Wherein, circuit board 301 can be the mainboard of electronic equipment, and further, process chip 302 can be independent process chip, can be to be also integrated in processor.
Further, process chip 302 comprises first information acquisition module, unstable or when being connected in the wireless connections of the second electronic equipment and the second radio communication mold interblock, for obtaining first signal coverage parameter and the first environment parameter of described the second wireless communication module, wherein, described first signal coverage parameter and described first environment parameter be as described the first parameter information, and for obtaining the second environment parameter of the second parameter information described in the conduct of described the second electronic equipment.
Further, process chip 302 comprises position determination module, for obtaining the secondary signal coverage parameter of described the first wireless communication module, based on described first environment parameter and described second environment parameter and described secondary signal coverage parameter, for the primary importance that is identified for placing described electronic equipment in first signal coverage corresponding to described first signal coverage parameter, wherein, described primary importance is for when described primary importance is placed described electronic equipment, the position of the second place that can make described the second electronic equipment in secondary signal coverage corresponding to described secondary signal coverage parameter.
Further, process chip 302 comprises first mode adjusting module, when described electronic equipment is placed on described primary importance, whether the present mode for detection of described the first wireless communication module is middle rotary-die type, when the present mode of described the first wireless communication module is not described middle rotary-die type, for the present mode of described the first wireless communication module is adjusted into described rotary-die type.
Further, described first mode adjusting module comprises the first adjustment submodule, when the present mode of described the first wireless communication module is not described middle rotary-die type, be used for moving described wireless forwarding application program, so that described the first wireless communication module and described the second wireless communication module are set up wireless connections, and the reception of wireless signals function of opening described the first wireless communication module, based on described wireless forwarding application program, for the present mode of described the first wireless communication module is adjusted into described rotary-die type.
Further, described first mode adjusting module comprises operation module, when the present mode of described the first wireless communication module is not described middle rotary-die type, for the memory module from described electronic equipment and/or with grid database described electronic equipment connection, obtain the first installation procedure corresponding to described wireless forwarding application program, when described electronic equipment is installed described the first installation procedure, for moving described wireless forwarding application program.
Further, process chip 302 comprises data relay module, based on described middle rotary-die type, when described the first wireless communication module receives the first visit data of described the second electronic equipment, for described the first visit data is transferred to described the second wireless communication module, and the first return data returning based on described the first visit data for obtaining described the second wireless communication module, and by described the first wireless communication module, described the first return data is transferred to described the second electronic equipment, wherein, described the first visit data and described the first return data form described the first data.
The one or more technical schemes that provide in the embodiment of the present application, at least have following technique effect or advantage:
One, because the embodiment of the present application meets one when pre-conditioned in the wireless connections of the second electronic equipment and the second radio communication mold interblock, based on obtaining the first parameter information of described the second wireless communication module and the second parameter information of described the second electronic equipment, be identified for placing the primary importance of described the first electronic equipment, and described the first electronic equipment is placed on to described primary importance, the present mode of described the first wireless communication module is adjusted into middle rotary-die type, by described the first wireless communication module, carry out the first data between the second electronic equipment and described the second wireless communication module described in transfer, make described the first electronic equipment be equivalent to the wireless router of a WDS function, improve the coverage of wireless signal, thereby when having solved existing electronic equipment and being connected with outer net by connecting the wireless communication module of peripheral hardware, exist the coverage of wireless communication module not enough, cause electronic equipment can not stablize the technical problem that connects outer net, and then realized the coverage of the wireless signal that improves described wireless communication module, make described electronic equipment can stablize by described the first electronic equipment the technique effect that connects outer net, and the flow that described electronic equipment uses is the flow of the wireless communication module of described peripheral hardware, the flow of described the first electronic equipment itself can not reduced, and then be user-friendly to, make user's experience better.
They are two years old, because the embodiment of the present application is based on described first environment parameter and described second environment parameter and described secondary signal coverage parameter, from the primary importance that is identified for placing described the first electronic equipment in first signal coverage corresponding to described first signal coverage parameter, wherein, described primary importance is for when described primary importance is placed described the first electronic equipment, the position of the second place that can make described the second electronic equipment in secondary signal coverage corresponding to described secondary signal coverage parameter, because described primary importance is determined based on described the second electronic equipment, described the second electronic equipment can more stablely be connected with outer net, thereby be user-friendly to, make user's experience better.
Although described the preferred embodiments of the present invention, once those skilled in the art obtain the basic creative concept of cicada, can make other change and modification to these embodiment.So claims are intended to all changes and the modification that are interpreted as comprising preferred embodiment and fall into the scope of the invention.
Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these are revised and modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.
Claims (12)
1. a method for information processing, is applied to have in the first electronic equipment of the first wireless communication module, it is characterized in that, described method comprises:
In the wireless connections of the second electronic equipment and the second radio communication mold interblock, meet one when pre-conditioned, obtain the first parameter information of described the second wireless communication module and the second parameter information of described the second electronic equipment;
Based on described the first parameter information and described the second parameter information, the primary importance that is identified for placing described the first electronic equipment;
When described the first electronic equipment is placed on described primary importance, the present mode of described the first wireless communication module is adjusted into middle rotary-die type;
Based on described middle rotary-die type, by described the first wireless communication module, carry out the first data between the second electronic equipment and described the second wireless communication module described in transfer.
2. the method for claim 1, it is characterized in that, the described wireless connections at the second electronic equipment and the second radio communication mold interblock meet one when pre-conditioned, obtain the first parameter information of described the second wireless communication module and the second parameter information of described the second electronic equipment, specifically comprise:
Unstable or when being connected in the wireless connections of the second electronic equipment and the second radio communication mold interblock, obtain first signal coverage parameter and the first environment parameter of described the second wireless communication module, wherein, described first signal coverage parameter and described first environment parameter are as described the first parameter information; And
Obtain the second environment parameter of the second parameter information described in the conduct of described the second electronic equipment.
3. method as claimed in claim 2, is characterized in that, described based on described the first parameter information and described the second parameter information, the primary importance that is identified for placing described the first electronic equipment, specifically comprises:
Obtain the secondary signal coverage parameter of described the first wireless communication module;
Based on described first environment parameter and described second environment parameter and described secondary signal coverage parameter, from the primary importance that is identified for placing described the first electronic equipment in first signal coverage corresponding to described first signal coverage parameter, wherein, described primary importance is for when described primary importance is placed described the first electronic equipment, the position of the second place that can make described the second electronic equipment in secondary signal coverage corresponding to described secondary signal coverage parameter.
4. the method for claim 1, is characterized in that, describedly when described the first electronic equipment is placed on described primary importance, the present mode of described the first wireless communication module is adjusted into middle rotary-die type, specifically comprises:
When described the first electronic equipment is placed on described primary importance, whether the present mode that detects described the first wireless communication module is middle rotary-die type;
When the present mode of described the first wireless communication module is not described middle rotary-die type, the present mode of described the first wireless communication module is adjusted into described middle rotary-die type.
5. method as claimed in claim 4, is characterized in that, when the described present mode at described the first wireless communication module is not described middle rotary-die type, the present mode of described the first wireless communication module is adjusted into described middle rotary-die type, specifically comprises:
When the present mode of described the first wireless communication module is not described middle rotary-die type, move described wireless forwarding application program, so that described the first wireless communication module and described the second wireless communication module are set up wireless connections, and open the reception of wireless signals function of described the first wireless communication module;
Based on described wireless forwarding application program, the present mode of described the first wireless communication module is adjusted into described middle rotary-die type.
6. method as claimed in claim 5, is characterized in that, when the described present mode at described the first wireless communication module is not described middle rotary-die type, moves described wireless forwarding application program, specifically comprises:
When the present mode of described the first wireless communication module is not described middle rotary-die type, from the memory module of described the first electronic equipment and/or in the outer grid database connecting with described the first electronic equipment, obtain the first installation procedure corresponding to described wireless forwarding application program;
When described the first electronic equipment is installed described the first installation procedure, move described wireless forwarding application program.
7. method as claimed in claim 5, is characterized in that, described based on described middle rotary-die type, by described the first wireless communication module, carrys out the first data between the second electronic equipment and described the second wireless communication module described in transfer, specifically comprises:
Based on described middle rotary-die type, when described the first wireless communication module receives the first visit data of described the second electronic equipment, described the first visit data is transferred to described the second wireless communication module;
Obtain the first return data that described the second wireless communication module returns based on described the first visit data;
By described the first wireless communication module, described the first return data is transferred to described the second electronic equipment, wherein, described the first visit data and described the first return data form described the first data.
8. an electronic equipment, described electronic equipment has the first wireless communication module, it is characterized in that, and described electronic equipment comprises:
Circuit board;
Process chip, be arranged on described circuit board, in the wireless connections of the second electronic equipment and the second radio communication mold interblock, meet one when pre-conditioned, for obtaining the first parameter information of described the second wireless communication module and the second parameter information of described the second electronic equipment, based on described the first parameter information and described the second parameter information, for the primary importance that is identified for placing described electronic equipment, when described electronic equipment is placed on described primary importance, for the present mode of described the first wireless communication module is adjusted into rotary-die type, based on described middle rotary-die type, for carry out the first data between the second electronic equipment and described the second wireless communication module described in transfer by described the first wireless communication module.
9. electronic equipment as claimed in claim 8, it is characterized in that, described process chip comprises first information acquisition module, unstable or when being connected in the wireless connections of the second electronic equipment and the second radio communication mold interblock, for obtaining first signal coverage parameter and the first environment parameter of described the second wireless communication module, wherein, described first signal coverage parameter and described first environment parameter be as described the first parameter information, and for obtaining the second environment parameter of the second parameter information described in the conduct of described the second electronic equipment.
10. electronic equipment as claimed in claim 9, it is characterized in that, described process chip comprises position determination module, for obtaining the secondary signal coverage parameter of described the first wireless communication module, based on described first environment parameter and described second environment parameter and described secondary signal coverage parameter, for the primary importance that is identified for placing described electronic equipment in first signal coverage corresponding to described first signal coverage parameter, wherein, described primary importance is for when described primary importance is placed described electronic equipment, the position of the second place that can make described the second electronic equipment in secondary signal coverage corresponding to described secondary signal coverage parameter.
11. electronic equipments as claimed in claim 8, it is characterized in that, described process chip comprises first mode adjusting module, when described electronic equipment is placed on described primary importance, whether the present mode for detection of described the first wireless communication module is middle rotary-die type, when the present mode of described the first wireless communication module is not described middle rotary-die type, for the present mode of described the first wireless communication module is adjusted into described rotary-die type.
12. electronic equipments as claimed in claim 11, it is characterized in that, described process chip comprises data relay module, based on described middle rotary-die type, when described the first wireless communication module receives the first visit data of described the second electronic equipment, for described the first visit data is transferred to described the second wireless communication module, and the first return data returning based on described the first visit data for obtaining described the second wireless communication module, and by described the first wireless communication module, described the first return data is transferred to described the second electronic equipment, wherein, described the first visit data and described the first return data form described the first data.
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| CN103945566B (en) | 2017-12-26 |
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