CN104735024A - Network connection method between electronic devices, electronic devices and electronic device system - Google Patents
Network connection method between electronic devices, electronic devices and electronic device system Download PDFInfo
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- CN104735024A CN104735024A CN201310700282.1A CN201310700282A CN104735024A CN 104735024 A CN104735024 A CN 104735024A CN 201310700282 A CN201310700282 A CN 201310700282A CN 104735024 A CN104735024 A CN 104735024A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W76/00—Connection management
- H04W76/10—Connection setup
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Abstract
The embodiment of the invention discloses a network connection method between electronic devices. The network connection method is characterized in that at least one first electronic device sends electromagnetic ranging signals outwards regularly; at least one second electronic device receives the electromagnetic ranging signals; the second electronic device sends electromagnetic ranging response signals to the first electronic device to establish session connection between the first electronic device and the second electronic device on an electromagnetic ranging channel; the first electronic device and the second electronic device further negotiate the type of a network protocol used for conducting follow-up network connection between the two parties through the session connection, and the first electronic device and the second electronic device conduct the network connection through the negotiated network protocol. The invention further discloses the electronic devices and an electronic device system. Accordingly, by means of the network connection method between the electronic devices, the electronic devices and the electronic devices system, the electronic devices can be made to establish the network connection rapidly within a larger distance range, and the convenience of using the electronic devices by a user and the user experience satisfaction are improved.
Description
Technical field
The present invention relates to communication field, particularly relate to a kind of method for connecting network of electric room, electronic equipment and electronic apparatus system.
Background technology
Function along with the electronic equipment such as mobile phone, panel computer constantly strengthens and the development of network, often need between distinct electronic apparatuses to carry out network connection in a regional extent, with carry out transfer of data, share etc. network interacting activity, such as in an office areas, a mobile phone carries out network with a notebook computer and is connected, to carry out file transfer.
In prior art, a kind of method for connecting network realizing electric room is: a kind of based on near-field communication (Near Field Communication, NFC) HandOver technology, support the electronic equipment of HandOver technology to utilize NFC activation and select the procotol (as WiFi, bluetooth etc.) used to make between two electronics, to set up network to connect.
Present inventor finds in long-term R & D, of the prior art based in the method for connecting network of NFC technique, because the penetration performance of the high-frequency signals such as NFC signal is poor, the effective communication distance range of NFC signal is less, usually 10cm is less than, the network that prior art such as only could be set up between electronic equipment based on the HandOver electronic equipment of NFC within the scope of the point blank of " can touch " connects, and mostly be point-to-point communication connection, cause the network of electric room to connect limitation comparatively large, affect satisfaction of users.
Summary of the invention
The technical problem that the present invention mainly solves is to provide a kind of method for connecting network of electric room, electronic equipment and electronic apparatus system, electronic equipment network set up fast each other in larger distance range can be made to connect, improve convenience and satisfaction of users that user uses electronic equipment.
For solving the problems of the technologies described above, a first aspect of the present invention is: the method for connecting network providing a kind of electric room, comprising: at least one first electronic equipment regularly outwards sends electromagnetic positioning signal; At least one second electronic equipment receives electromagnetic positioning signal; Second electronic equipment sends electromagnetic positioning response signal, to set up the first electronic equipment and the session connection of the second electronic equipment on electromagnetic positioning channel to the first electronic equipment; First electronic equipment and the second electronic equipment utilize session connection to consult the follow-up network that carries out of both sides to be further connected used network protocol type; First electronic equipment and the second electronic equipment use the network protocol type of consulting gained to carry out network to be connected.
Wherein, also comprise after at least one second electronic equipment receives the step of electromagnetic positioning signal: the electric field phase information of the second electronic equipment extraction electromagnetic positioning signal and magnetic phase information are to obtain the distance between the second electronic equipment and the first electronic equipment; If distance is within the scope of the first predeterminable range, then perform the second electronic equipment sends step from electromagnetic positioning response signal to the first electronic equipment.
Wherein, also comprise after the first electronic equipment and the second electronic equipment use the network protocol type of consulting gained to carry out step that network is connected: the first electronic equipment and the second electronic equipment carry out network interaction.
Wherein, carry out in the process of network interaction at the first electronic equipment and the second electronic equipment, if the second electronic equipment does not receive electromagnetic positioning signal, then disconnect the first electronic equipment and be connected with the network of the second electric room.
Wherein, carry out in the process of network interaction at the first electronic equipment and the second electronic equipment, the second electronic equipment obtains the distance between itself and the first electronic equipment in real time; If distance not within the scope of the second predeterminable range, then disconnects the first electronic equipment and is connected with the network of the second electric room.
Wherein, the first electronic equipment and the second electronic equipment utilize session connection to consult further both sides are follow-up carries out the step that network is connected used network protocol type and specifically comprise: the first electronic equipment and the second electronic equipment send each network protocol type himself supported on electromagnetic positioning channel respectively to the other side; First electronic equipment and the second electronic equipment choose the highest network protocol type of priority level from the network protocol type that both sides support simultaneously, as the follow-up network protocol type of carrying out network connection and using of both sides.
Wherein, the operating frequency range that electromagnetic positioning signal uses is 500KHz ~ 50MHz.
For solving the problems of the technologies described above, a second aspect of the present invention is: the method for connecting network providing a kind of electric room, comprising: at least one first electronic equipment regularly outwards sends electromagnetic positioning signal; First electronic equipment receives the electromagnetic positioning response signal that at least one second electronic equipment is sent, to set up the first electronic equipment and the session connection of the second electronic equipment on electromagnetic positioning channel; First electronic equipment utilizes session connection and the second electronic equipment to consult the follow-up network that carries out of both sides to be connected used network protocol type; The network protocol type of the first electronic equipment use negotiation gained is carried out network with the second electronic equipment and is connected.
For solving the problems of the technologies described above, a third aspect of the present invention is: the method for connecting network providing a kind of electric room, comprising: at least one second electronic equipment receives the electromagnetic positioning signal that at least one first electronic equipment regularly outwards sends; Second electronic equipment sends electromagnetic positioning response signal, to set up the second electronic equipment and the session connection of the first electronic equipment on electromagnetic positioning channel to the first electronic equipment; Second electronic equipment utilizes session connection and the first electronic equipment to consult the follow-up network that carries out of both sides to be connected used network protocol type; The network protocol type of the second electronic equipment use negotiation gained is carried out network with the first electronic equipment and is connected.
For solving the problems of the technologies described above, a fourth aspect of the present invention is: provide a kind of electronic equipment, comprising: electromagnetic positioning signal transmitting module, for regularly outwards sending electromagnetic positioning signal; Electromagnetic positioning response signal receiver module, for receiving the electromagnetic positioning response signal that other electronic equipments at least one are sent, to set up electronic equipment and the session connection of other electronic equipments on electromagnetic positioning channel; Network protocol type negotiation module, consults the follow-up network that carries out of both sides for utilizing session connection and other electronic equipments and is connected used network protocol type; Network connecting module, carries out network for using the network protocol type of consulting gained with other electronic equipments and is connected.
For solving the problems of the technologies described above, a fifth aspect of the present invention is: provide a kind of electronic equipment, comprising: electromagnetic positioning signal receiving module, for receiving the electromagnetic positioning signal that other electronic equipments at least one regularly outwards send; Electromagnetic positioning response signal sending module, for sending electromagnetic positioning response signal, to set up electronic equipment and the session connection of other electronic equipments on electromagnetic positioning channel to other electronic equipments; Network protocol type negotiation module, consults the follow-up network that carries out of both sides for utilizing session connection and other electronic equipments and is connected used network protocol type; Network connecting module, carries out network for using the network protocol type of consulting gained with other electronic equipments and is connected.
For solving the problems of the technologies described above, a sixth aspect of the present invention is: provide a kind of electronic apparatus system, comprising: at least one first electronic equipment and at least one second electronic equipment; First electronic equipment is used for regularly outwards sending electromagnetic positioning signal; Second electronic equipment is for receiving electromagnetic positioning signal; Second electronic equipment is also for sending electromagnetic positioning response signal, to set up the first electronic equipment and the session connection of the second electronic equipment on electromagnetic positioning channel to the first electronic equipment; First electronic equipment and the second electronic equipment are also connected used network protocol type for utilizing session connection to consult the follow-up network that carries out of both sides further; First electronic equipment and the second electronic equipment are also connected for using the network protocol type of consulting gained to carry out network.
The invention has the beneficial effects as follows: the situation being different from prior art, the present invention outwards sends electromagnetic positioning signal by the first electronic equipment, second electronic equipment sends electromagnetic positioning response signal to the first electronic equipment after receiving electromagnetic positioning signal, then the first electronic equipment and the second electronic equipment utilize the session connection on electromagnetic positioning channel to consult both sides to carry out network and be connected used network protocol type, last first electronic equipment and the second electronic equipment use the network protocol type of consulting gained to carry out network to be connected, electronic equipment network set up fast each other in larger distance range is connected, improve convenience and satisfaction of users that user uses electronic equipment.
Accompanying drawing explanation
Fig. 1 is the flow chart of method for connecting network first execution mode of electric room of the present invention;
Fig. 2 is the flow chart of method for connecting network second execution mode of electric room of the present invention;
Fig. 3 is the flow chart of method for connecting network the 3rd execution mode of electric room of the present invention;
Fig. 4 is the flow chart of method for connecting network the 4th execution mode of electric room of the present invention;
Fig. 5 is the theory diagram of electronic equipment first execution mode of the present invention;
Fig. 6 is the theory diagram of electronic equipment second execution mode of the present invention;
Fig. 7 is the theory diagram of electronic apparatus system one execution mode of the present invention;
Fig. 8 is the interaction figure of first, second electronic equipment in electronic apparatus system one execution mode of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in embodiment of the present invention, be clearly and completely described the technical scheme in embodiment of the present invention, obviously, described execution mode is only the present invention's part execution mode, instead of whole execution modes.Based on the execution mode in the present invention, those of ordinary skill in the art, not making the every other execution mode obtained under creative work prerequisite, all belong to the scope of protection of the invention.
Refer to Fig. 1, method for connecting network first execution mode of electric room of the present invention comprises:
Step S101: the first electronic equipment regularly outwards sends electromagnetic positioning signal;
At least one first electronic equipment with such as 1 second constant duration regularly outwards send electromagnetic positioning signal, electromagnetic positioning signal in present embodiment comprises unique identification (as the network address) information of the first electronic equipment, and electromagnetic positioning signal also can comprise the information such as the device class of the first electronic equipment in other embodiments.Effective electromagnetic positioning scope that electromagnetic positioning signal is corresponding different according to the difference of operating frequency, the operating frequency range that electromagnetic positioning signal in present embodiment uses is: 500KHz ~ 50MHz, general effective electromagnetic positioning scope is within tens meters of scopes, and it is compared, and the 10cm of near-field communication NFC signal is equidistant has larger scope.Electromagnetic positioning signal is low frequency signal, it has good interference free performance in multipath conditions, and having better penetration performance than high-frequency signal, electromagnetic positioning signal can be walked around by diffraction the blocking object that comprises human body and propagate through the window above metal material.
Step S102: the second electronic equipment receives electromagnetic positioning signal;
At least one second electronic equipment receives the electromagnetic positioning signal that the first electronic equipment sends, and now namely the second electronic equipment is positioned at effective electromagnetic positioning scope of the electromagnetic positioning signal that the first electronic equipment sends.Above-mentioned first electronic equipment and the second electronic equipment can be the electronic equipments such as mobile phone, panel computer, PC, wireless router device, access to netwoks point device, do not make too many restrictions herein.
Step S103: the second electronic equipment sends electrical measurement ranging response signal;
Second electronic equipment sends electromagnetic positioning response signal, to set up the first electronic equipment and the session connection of the second electronic equipment on electromagnetic positioning channel to the first electronic equipment further after receiving electromagnetic positioning signal.In present embodiment, electromagnetic positioning response signal comprises unique identification (as the network address) information of the second electronic equipment, and in other embodiments, electromagnetic positioning response signal also can comprise the information such as the device class of the second electronic equipment.
Network protocol type consulted by step S104: the first electronic equipment and the second electronic equipment;
First electronic equipment and the second electronic equipment utilize above-mentioned session connection of setting up on electromagnetic positioning channel to consult the first electronic equipment to be further connected used network protocol type with the follow-up network that carries out of the second electronic equipment both sides, and its detailed process of consulting comprises:
A, the first electronic equipment and the second electronic equipment send each network protocol type himself supported on electromagnetic positioning channel respectively to the other side, wherein, network protocol type refer to all communications protocol that electronic equipment is supported, network protocol type be WiFi, bluetooth, Zigbee or infrared or etc. any one in agreement.Such as WiFi supported by the first electronic equipment, bluetooth, Zigbee be three network protocol type altogether, WiFi supported by second electronic equipment, bluetooth, infrared three network protocol type altogether, now the first electronic equipment sends to the second electronic equipment and comprises WiFi, bluetooth, Zigbee tri-network protocol type, and the second electronic equipment sends WiFi to the first electronic equipment, bluetooth, infrared three network protocol type.First, second electronic equipment also can send the corresponding code of network protocol type respectively to the other side and hold consultation, and does not make too many restrictions herein.In addition, in other embodiments, while sending network protocol type, also can send the protocol parameter set up required for the connection of each network protocol type, such as, be bluetooth title, connection password etc. that corresponding protocol parameter during Bluetooth protocol is electronic equipment, do not make too many restrictions herein.
B, the first electronic equipment and the second electronic equipment choose the highest network protocol type of priority level from the network protocol type that both sides support simultaneously, as the follow-up network protocol type of carrying out network connection and using of both sides, the network protocol type that above-mentioned priority level is the highest is the network protocol type that negotiation obtains, and completes the auto negotiation of network protocol type, matching process.Such as WiFi supported by the first electronic equipment, bluetooth, Zigbee be three network protocol type altogether, WiFi supported by second electronic equipment, bluetooth, infrared three network protocol type altogether, the network protocol type that now the first electronic equipment and the second electronic equipment both sides support simultaneously is: WiFi and bluetooth.If be set to the priority level of WiFi higher than bluetooth, then now the first electronic equipment and the second electronic equipment are chosen WiFi and are connected used network protocol type as the follow-up network that carries out of both sides.
Step S105: the first electronic equipment and the second electronic equipment carry out network and are connected.
First electronic equipment and the second electronic equipment use in step S104 the network protocol type of consulting gained to carry out bipartite network to be connected further, connected realize setting up a casual network conversational communication at electric room by network.The network protocol type of such as consulting gained is WiFi, then realize the first electronic equipment by WiFi mode and be connected with the network of the second electronic equipment.
In present embodiment, first electronic equipment is a network and connects initiator, second electronic equipment is a network connection response side, such as under meeting room application scenarios, first electronic equipment is the electronic equipment such as wireless router, access to netwoks point device, and the second electronic equipment is the electronic equipments such as mobile phone, certainly, first electronic equipment and the second electronic equipment also all can be the electronic equipment such as notebook computer, mobile phone, do not make too many restrictions herein.The quantity of first and second electronic equipment can be two or more.In other embodiments, the second electronic equipment also can be used as a network and connects initiator, is connected with the network of other electronic equipments to realize it.Carry out realizing point-to-point communication when network is connected when only having one first electronic equipment and one second electronic equipment in certain area coverage to connect, such as in an office, a panel computer a is connected with the network of a mobile phone b; Connect when multiple second electronic equipment and multiple first electronic equipment carry out the multi-point communication that network is connected in i.e. feasible region, such as being connected respectively of panel computer c and two mobile phones d, e in a bedroom, and the connection of mobile phone d and wireless router device f.
Be appreciated that, method for connecting network first execution mode of electric room of the present invention outwards sends electromagnetic positioning signal by the first electronic equipment, second electronic equipment sends electromagnetic positioning response signal to the first electronic equipment after receiving electromagnetic positioning signal, then the first electronic equipment and the second electronic equipment utilize the session connection on electromagnetic positioning channel to consult both sides to carry out network and be connected used network protocol type, last first electronic equipment and the second electronic equipment use the network protocol type of consulting gained to carry out network to be connected, the initial session setting up electric room by electromagnetic positioning signal connects and the network protocol type of gained through consultation sets up follow-up network communication session, make electronic equipment network set up fast each other in larger distance range connect and realize multi-point communication to connect, improve convenience and satisfaction of users that user uses electronic equipment.
Refer to Fig. 2, method for connecting network second execution mode of electric room of the present invention comprises:
Step S201: the first electronic equipment regularly outwards sends electromagnetic positioning signal;
At least one first electronic equipment regularly outwards sends electromagnetic positioning signal.
Step S202: the second electronic equipment receives electromagnetic positioning signal;
At least one second electronic equipment receives above-mentioned electromagnetic positioning signal.
Step S203: the second electronic equipment obtains the distance between itself and the first electronic equipment;
Second electronic equipment extracts the electric field phase information of above-mentioned electromagnetic positioning signal and magnetic phase information further to obtain the distance between the second electronic equipment and the first electronic equipment, and the detailed process obtaining distance is:
A, the second electronic equipment extract electric field phase information and the magnetic phase information of the electromagnetic positioning signal received.
B, the second electronic equipment compare the phase place in electric field and magnetic field and convert both phase differences to voltage, electric current or resistance value.
C, the second electronic equipment obtain the distance between himself and the first electronic equipment according to voltage, electric current or resistance value further.Utilize electromagnetic positioning signal to carry out obtaining distance certainty of measurement in the scope of several meters to tens meters and can reach 10cm-30cm, there is larger practical value.
Step S204: the second electronic equipment sends electromagnetic positioning response signal;
If the distance between the second electronic equipment obtained in step S203 and the first electronic equipment is within the scope of the first predeterminable range, first predeterminable range scope is such as 10 meters, then the second electronic equipment sends electromagnetic positioning response signal, to set up the first electronic equipment and the session connection of the second electronic equipment on electromagnetic positioning channel to the first electronic equipment.First predeterminable range scope can be arranged according to actual needs, and it is not more than effective electromagnetic positioning scope.If the distance obtained in step S203 is not within the scope of the first predeterminable range, then the second electronic equipment does not send electromagnetic positioning response signal until the distance obtained is within the scope of the first predeterminable range to the first electronic equipment.
Network protocol type consulted by step S205: the first electronic equipment and the second electronic equipment;
First electronic equipment and the second electronic equipment utilize above-mentioned session connection to consult the follow-up network that carries out of both sides to be connected used network protocol type, and the step S104 of the invention described above first execution mode is shown in concrete negotiations process, repeats no more herein.
Step S206: the first electronic equipment and the second electronic equipment carry out network and are connected;
The network protocol type that first electronic equipment and the second electronic equipment use step S205 to consult gained is carried out network and is connected.
Step S207: the first electronic equipment and the second electronic equipment carry out network interaction.
Carrying out network connection realization after electric room sets up a casual network conversational communication, the first electronic equipment and the second electronic equipment carry out transmission data-message, transmission further, share the network interactions such as such as photograph, video, document.In a meeting room, such as include a PC and three panel computers, first electronic equipment is PC, three panel computers are the second electronic equipment, realize after panel computer is connected with the network of PC by the way, the information document of meeting is transferred to three panel computers by PC further respectively, realizes the foundation of interim conversation, communication.
Carry out in the process of network interaction at the first electronic equipment and the second electronic equipment, if the second electronic equipment does not receive and currently carries out with it electromagnetic positioning signal that the first electronic equipment that network is connected regularly outwards sends, the generation of this kind of situation may because the first electronic equipment, any one or two in second electronic equipment relative its originally residing for position move certain distance, namely now the second electronic equipment has left the effective electromagnetic positioning scope of the electromagnetic positioning signal that the first electronic equipment sends, then disconnect the first electronic equipment to be connected with the network of the second electric room, now both sides no longer carry out network interaction, realize first, near namely networking between second electronic equipment, leave the network communication mode of i.e. suspension.In addition in other embodiments, carry out in the process of network interaction at the first electronic equipment and the second electronic equipment, the electromagnetic positioning signal that second electronic equipment also regularly outwards can send according to the first electronic equipment obtains the distance between himself and the first electronic equipment in real time, if the distance obtained is not within the scope of the second predeterminable range, the network then disconnected between the first electronic equipment with the second electronic equipment is connected, the control that network is connected can be realized further, second predeterminable range scope can be arranged according to actual needs, does not make too many restrictions herein.Such as in the middle of once important meeting, second predeterminable range scope is 5 meters, distance in electronic equipment reciprocal process between Real-time Obtaining second electronic equipment and the first electronic equipment, if the distance obtained is not within the scope of 5 meters, disconnects bipartite network and connects.
Be appreciated that, method for connecting network second execution mode of electric room of the present invention outwards sends electromagnetic positioning signal by the first electronic equipment, second electronic equipment is according to the distance between electromagnetic positioning signal acquisition itself and the first electronic equipment, if above-mentioned distance is within the scope of the first predeterminable range, the second electronic equipment sends electromagnetic positioning response signal to the first electronic equipment, second electronic equipment sends electromagnetic positioning response signal to the first electronic equipment after receiving electromagnetic positioning signal, first electronic equipment and the second electronic equipment utilize the session connection on electromagnetic positioning channel to consult both sides to carry out network and be connected used network protocol type afterwards, first electronic equipment and the second electronic equipment use the network protocol type of consulting gained to carry out network to be connected further, last first, second electronic equipment carries out network interaction.Whether realize connecting further distance controlling to the network of electric room within the scope of the first predeterminable range by judging distance, make electronic equipment network set up fast each other in larger distance range connect and realize the network interaction of equipment room simultaneously, if in this external network interaction process the second electronic equipment do not receive that electromagnetic positioning signal or the second electronic equipment obtain its with the distance between the first electronic equipment not within the scope of the second predeterminable range, disconnect network and be connected, achieve near namely networking, leave the network communication mode of i.e. suspension, improve convenience and satisfaction of users that user uses electronic equipment.
Refer to Fig. 3, method for connecting network the 3rd execution mode of electric room of the present invention comprises:
Step S301: the first electronic equipment regularly outwards sends electromagnetic positioning signal;
At least one first electronic equipment regularly outwards sends electromagnetic positioning signal.
Step S302: the first electronic equipment receives electromagnetic positioning response signal;
First electronic equipment receives the electromagnetic positioning response signal that at least one second electronic equipment is sent, to set up the first electronic equipment and the session connection of the second electronic equipment on electromagnetic positioning channel, wherein, electromagnetic positioning response signal to send for the second electronic equipment after receiving electromagnetic positioning signal.
Network protocol type consulted by step S303: the first electronic equipment and the second electronic equipment;
First electronic equipment utilizes the session connection of setting up on electromagnetic positioning channel to consult the follow-up network that carries out of both sides with the second electronic equipment to be connected used network protocol type, namely each network protocol type that it supports by the first electronic equipment is sent to the second electronic equipment, the highest network protocol type of priority level is chosen further afterwards, as the follow-up network protocol type of carrying out network connection and using of both sides from the network protocol type that both sides support simultaneously.
Step S304: the first electronic equipment and the second electronic equipment carry out network and are connected.
The network protocol type of the first electronic equipment use negotiation gained is carried out network with the second electronic equipment and is connected.Namely first, second electronic equipment in present embodiment corresponds to first, second electronic equipment in first, second execution mode above-mentioned.
Be appreciated that, 3rd execution mode of electric room of the present invention regularly outwards sends electromagnetic positioning signal by the first electronic equipment, first electronic equipment receives electromagnetic positioning response signal that the second electronic equipment sends to be based upon the session connection on electromagnetic positioning channel, first electronic equipment utilizes session connection and the second electronic equipment to consult the follow-up network that carries out of both sides to be connected used network protocol type further, the network protocol type of the first electronic equipment use negotiation gained is carried out network with the second electronic equipment and is connected, realize the network that the first electronic equipment sets up fast each other with the second electronic equipment in larger distance range to be connected, improve convenience and satisfaction of users that user uses electronic equipment.
Refer to Fig. 4, method for connecting network the 4th execution mode of electric room of the present invention comprises:
Step S401: the second electronic equipment receives electromagnetic positioning signal;
At least one second electronic equipment receives the electromagnetic positioning signal that at least one first electronic equipment regularly outwards sends.
Step S402: the second electronic equipment sends electromagnetic positioning response signal;
Second electronic equipment sends electromagnetic positioning response signal, to set up the second electronic equipment and the session connection of the first electronic equipment on electromagnetic positioning channel to the first electronic equipment.
Network protocol type consulted by step S403: the second electronic equipment and the first electronic equipment;
Second electronic equipment utilizes the session connection of setting up on electromagnetic positioning channel to consult the follow-up network that carries out of both sides with the first electronic equipment to be connected used network protocol type, namely each network protocol type that it supports by the second electronic equipment is sent to the first electronic equipment, the highest network protocol type of priority level is chosen further afterwards, as the follow-up network protocol type of carrying out network connection and using of both sides from the network protocol type that both sides support simultaneously.
Step S404: the second electronic equipment and the first electronic equipment carry out network and are connected.
The network protocol type of the second electronic equipment use negotiation gained is carried out network with the first electronic equipment and is connected.Namely first, second electronic equipment in present embodiment corresponds to first, second electronic equipment in the respective embodiments described above.
Be appreciated that, method for connecting network the 4th execution mode of electric room of the present invention receives electromagnetic positioning signal that the first electronic equipment regularly outwards sends to be based upon the session connection on electromagnetic positioning channel by the second electronic equipment, then the second electronic equipment utilizes session connection and the first electronic equipment to consult the follow-up network that carries out of both sides to be connected used network protocol type, the network protocol type of the second last electronic equipment use negotiation gained is carried out network with the first electronic equipment and is connected, realize the network that the second electronic equipment sets up fast each other with the first electronic equipment in larger distance range to be connected, improve convenience and satisfaction of users that user uses electronic equipment.
Refer to Fig. 5, electronic equipment first execution mode of the present invention comprises:
Electromagnetic positioning signal transmitting module 501, for regularly outwards sending electromagnetic positioning signal.
Electromagnetic positioning response signal receiver module 502, for receiving the electromagnetic positioning response signal that other electronic equipments at least one are sent, to set up electronic equipment and the session connection of other electronic equipments on electromagnetic positioning channel of present embodiment, wherein electromagnetic positioning response signal to send for other electronic equipments after receiving the electromagnetic positioning signal that electromagnetic positioning signal transmitting module 501 outwards sends.
Network protocol type negotiation module 503, is connected used network protocol type with the electronic equipment that present embodiment consulted by other electronic equipments with the follow-up network that carries out of other electronic equipments both sides for utilizing the session connection of setting up on electromagnetic positioning channel.
Network connecting module 504, the network protocol type for using network protocol type negotiation module 503 to consult gained is carried out network with other electronic equipments and is connected.
In other embodiments, the electronic equipment of present embodiment also comprises a network interaction module, after network is connected, carries out network interaction for carrying out at network connecting module 504 and other electronic equipments further with other electronic equipments.
Be appreciated that the electronic equipment of present embodiment is the first electronic equipment in each execution mode above-mentioned, other electronic equipments of present embodiment are the second electronic equipment in each execution mode above-mentioned.
Refer to Fig. 6, electronic equipment second execution mode of the present invention comprises:
Electromagnetic positioning signal receiving module 601, for receiving the electromagnetic positioning signal that other electronic equipments at least one regularly outwards send.
After electromagnetic positioning signal receiving module 601 receives electromagnetic positioning signal, electromagnetic positioning response signal sending module 602 is for sending electromagnetic positioning response signal, to set up electronic equipment and the session connection of other electronic equipments on electromagnetic positioning channel of present embodiment to other electronic equipments.
Network protocol type negotiation module 603, consults the follow-up network that carries out of both sides for utilizing the session connection of setting up on electromagnetic positioning channel with other electronic equipments and is connected used network protocol type.
Network connecting module 604, the network protocol type for using network protocol type negotiation module 603 to consult gained is carried out network with other electronic equipments and is connected.
In other embodiments, the electronic equipment of present embodiment also comprises a network interaction module, after network is connected, carries out network interaction for carrying out at network connecting module 604 and other electronic equipments further with other electronic equipments; The electronic equipment of present embodiment also can comprise distance acquisition module and a control module, for extracting the electric field phase information of the electromagnetic positioning signal received and magnetic phase information to obtain the distance between electronic equipment and other electronic equipments, if the distance obtained is within the scope of the first predeterminable range, then control module controls electromagnetic positioning response signal sending module 602 further and sends electromagnetic positioning response signal to other electronic equipments; In addition above-mentioned control module is also for carrying out in network interaction process at electronic equipment and other electronic equipments, if the electromagnetic positioning signal that other electronic equipments that electromagnetic positioning signal receiving module 601 does not receive current connection send or the distance between the electronic equipment that distance acquisition module obtains and other electronic equipments be not within the scope of the second predeterminable range, then net control link block 604 disconnects and being connected with the current of other electronic equipments above-mentioned.
In addition, above-mentioned electromagnetic positioning response signal sending module 602, network protocol type negotiation module 603, network connecting module 604 3 modules can be set to be in closed condition when electromagnetic positioning signal receiving module 601 does not receive electromagnetic positioning signal, until electromagnetic positioning signal receiving module 601 to receive electromagnetic positioning signal just in running order, to reduce the power consumption of electronic equipment; Certainly, any one or two that also can arrange in above-mentioned three modules are in closed condition, above-mentioned three modules also can be made always in running order, do not make too many restrictions herein.
Be appreciated that, the electronic equipment of present embodiment is the second electronic equipment in method for connecting network first to fourth execution mode of above-mentioned electric room, and other electronic equipments of present embodiment are the first electronic equipment in method for connecting network first to fourth execution mode of above-mentioned electric room.
Refer to Fig. 7 and Fig. 8, electronic apparatus system one execution mode of the present invention comprises:
At least one first electronic equipment 701 and at least one second electronic equipment 702.
First electronic equipment 701 is for regularly outwards sending electromagnetic positioning signal, and the electromagnetic positioning signal transmitting module 7011 being specially the first electronic equipment 701 sends electromagnetic positioning signal.
The electromagnetic positioning signal that second electronic equipment 702 outwards sends for receiving the first electronic equipment 701, the electromagnetic positioning signal receiving module 7021 being specially the second electronic equipment 702 receives the electromagnetic positioning signal of electromagnetic positioning signal transmitting module 7011 transmission.
Second electronic equipment 702 is also for sending electromagnetic positioning response signal to the first electronic equipment 701, the electromagnetic positioning response signal sending module 7022 being specially the second electronic equipment 702 sends electromagnetic positioning response signal, the electromagnetic positioning response signal receiver module 7012 of the first electronic equipment 701 receives above-mentioned electromagnetic positioning response signal, to set up the first electronic equipment 701 and the second session connection of electronic equipment 702 on electromagnetic positioning channel.
First electronic equipment 701 and the second electronic equipment 702 are also connected used network protocol type for utilizing the session connection of setting up on electromagnetic positioning channel to consult the first electronic equipment 701 further with the follow-up network that carries out of the second electronic equipment 702 both sides, the first network protocol type negotiation module 7013 that the detailed process of consulting is the first electronic equipment 701 and the second network protocol type negotiation module 7023 of the second electronic equipment 702 send each network protocol type himself supported on electromagnetic positioning channel respectively to the other side, the highest network protocol type of priority level is chosen further from the network protocol type that both sides support simultaneously, as the follow-up network protocol type of carrying out network connection and using of both sides.
First electronic equipment 701 and the second electronic equipment 702 are also connected for using the above-mentioned network protocol type of consulting gained to carry out bipartite network, and the network protocol type that first network link block 7014 uses first network protocol type negotiation module 7013 with the second network link block 7024 of the second electronic equipment 702, second network protocol type negotiation module 7023 consults gained being specially the first electronic equipment 701 is carried out network and is connected.
The foregoing is only embodiments of the present invention; not thereby the scope of the claims of the present invention is limited; every utilize specification of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (12)
1. a method for connecting network for electric room, is characterized in that, comprising:
At least one first electronic equipment regularly outwards sends electromagnetic positioning signal;
At least one second electronic equipment receives described electromagnetic positioning signal;
Described second electronic equipment sends electromagnetic positioning response signal, to set up described first electronic equipment and the session connection of the second electronic equipment on electromagnetic positioning channel to the first electronic equipment;
Described first electronic equipment and the second electronic equipment utilize described session connection to consult the follow-up network that carries out of both sides to be further connected used network protocol type;
Described first electronic equipment and the second electronic equipment use the network protocol type of consulting gained to carry out network to be connected.
2. method according to claim 1, is characterized in that,
Also comprise after described at least one second electronic equipment receives the step of described electromagnetic positioning signal:
The electric field phase information of described second electronic equipment extraction electromagnetic positioning signal and magnetic phase information are to obtain the distance between the second electronic equipment and the first electronic equipment;
If described distance is within the scope of the first predeterminable range, then perform described second electronic equipment sends step from electromagnetic positioning response signal to the first electronic equipment.
3. method according to claim 2, is characterized in that,
Also comprise after described first electronic equipment and the second electronic equipment use the network protocol type of consulting gained to carry out step that network is connected:
Described first electronic equipment and the second electronic equipment carry out network interaction.
4. method according to claim 3, is characterized in that,
Carry out in the process of network interaction at described first electronic equipment and the second electronic equipment, if described second electronic equipment does not receive described electromagnetic positioning signal, then disconnect described first electronic equipment and be connected with the network of the second electric room.
5. method according to claim 3, is characterized in that,
Carry out in the process of network interaction at described first electronic equipment and the second electronic equipment, described second electronic equipment obtains the distance between itself and the first electronic equipment in real time;
If described distance is not within the scope of the second predeterminable range, then disconnects described first electronic equipment and be connected with the network of the second electric room.
6. method according to claim 1, is characterized in that, described first electronic equipment and the second electronic equipment utilize described session connection to consult further both sides are follow-up carries out the step that network is connected used network protocol type and specifically comprise:
Described first electronic equipment and the second electronic equipment send each network protocol type himself supported on electromagnetic positioning channel respectively to the other side;
Described first electronic equipment and the second electronic equipment choose the highest network protocol type of priority level from the network protocol type that both sides support simultaneously, as the follow-up network protocol type of carrying out network connection and using of both sides.
7. the method according to any one of claim 1-4, is characterized in that,
The operating frequency range that described electromagnetic positioning signal uses is 500KHz ~ 50MHz.
8. a method for connecting network for electric room, is characterized in that, comprising:
At least one first electronic equipment regularly outwards sends electromagnetic positioning signal;
Described first electronic equipment receives the electromagnetic positioning response signal that at least one second electronic equipment is sent, to set up described first electronic equipment and the session connection of the second electronic equipment on electromagnetic positioning channel;
Described first electronic equipment utilizes described session connection and the second electronic equipment to consult the follow-up network that carries out of both sides to be connected used network protocol type;
The network protocol type that gained is consulted in described first electronic equipment use is carried out network with the second electronic equipment and is connected.
9. a method for connecting network for electric room, is characterized in that, comprising:
At least one second electronic equipment receives the electromagnetic positioning signal that at least one first electronic equipment regularly outwards sends;
Described second electronic equipment sends electromagnetic positioning response signal, to set up the second electronic equipment and the session connection of the first electronic equipment on electromagnetic positioning channel to the first electronic equipment;
Described second electronic equipment utilizes described session connection and the first electronic equipment to consult the follow-up network that carries out of both sides to be connected used network protocol type;
The network protocol type that gained is consulted in described second electronic equipment use is carried out network with the first electronic equipment and is connected.
10. an electronic equipment, is characterized in that, comprising:
Electromagnetic positioning signal transmitting module, for regularly outwards sending electromagnetic positioning signal;
Electromagnetic positioning response signal receiver module, for receiving the electromagnetic positioning response signal that other electronic equipments at least one are sent, to set up described electronic equipment and the session connection of other electronic equipments on electromagnetic positioning channel;
Network protocol type negotiation module, consults the follow-up network that carries out of both sides for utilizing described session connection and other electronic equipments and is connected used network protocol type;
Network connecting module, carries out network for using the described network protocol type of consulting gained with other electronic equipments and is connected.
11. 1 kinds of electronic equipments, is characterized in that, comprising:
Electromagnetic positioning signal receiving module, for receiving the electromagnetic positioning signal that other electronic equipments at least one regularly outwards send;
Electromagnetic positioning response signal sending module, for sending electromagnetic positioning response signal, to set up described electronic equipment and the session connection of other electronic equipments on electromagnetic positioning channel to other electronic equipments described;
Network protocol type negotiation module, consults the follow-up network that carries out of both sides for utilizing described session connection and other electronic equipments and is connected used network protocol type;
Network connecting module, carries out network for using the described network protocol type of consulting gained with other electronic equipments and is connected.
12. 1 kinds of electronic apparatus systems, is characterized in that, comprising:
At least one first electronic equipment and at least one second electronic equipment;
Described first electronic equipment is used for regularly outwards sending electromagnetic positioning signal;
Described second electronic equipment is for receiving described electromagnetic positioning signal;
Described second electronic equipment is also for sending electromagnetic positioning response signal, to set up described first electronic equipment and the session connection of the second electronic equipment on electromagnetic positioning channel to the first electronic equipment;
Described first electronic equipment and the second electronic equipment are also connected used network protocol type for utilizing described session connection to consult the follow-up network that carries out of both sides further;
Described first electronic equipment and the second electronic equipment are also connected for using the network protocol type of consulting gained to carry out network.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310700282.1A CN104735024A (en) | 2013-12-18 | 2013-12-18 | Network connection method between electronic devices, electronic devices and electronic device system |
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| CN201310700282.1A CN104735024A (en) | 2013-12-18 | 2013-12-18 | Network connection method between electronic devices, electronic devices and electronic device system |
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Application publication date: 20150624 |