CN103052050A - Concentrator device and method for establishing online automatically through the concentrator - Google Patents
Concentrator device and method for establishing online automatically through the concentrator Download PDFInfo
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- CN103052050A CN103052050A CN2012102387715A CN201210238771A CN103052050A CN 103052050 A CN103052050 A CN 103052050A CN 2012102387715 A CN2012102387715 A CN 2012102387715A CN 201210238771 A CN201210238771 A CN 201210238771A CN 103052050 A CN103052050 A CN 103052050A
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Abstract
The invention provides a concentrator device and method for establishing online automatically through the concentrator. The concentrator device includes an upstream port module, a downstream port module, a controller unit and a first communication module. The upstream port module is used for inputting or outputting data received from or transmitted to the host. The downstream port module is used for inputting or outputting data received from or transmitted to one or more peripheral devices. The controller unit is used for establishing a data transmission path between the upstream port module and the downstream port module. The first communication module is used for establishing near field communication online according to communication protocol of near field communication technology.
Description
Technical field
The present invention relates to a kind of method and apparatus, in order to carry out easy wake up procedure, to wake an electronic installation up, and further assist in automatically set up between electronic installation and one or more peripheral unit online, relate in particular to a kind of hub device with automatically set up online method by hub device.
Background technology
It is usually very complicated or convenient not for the user to set up online mode between an electronic installation and one or more peripheral unit in the past.For example, when wanting to set up wireless online, the electronic installation user must know at least and IP address or the associated cryptographic of input peripheral device, could set up online with peripheral unit.Lift another example, one wired when online when setting up, the electronic installation user must be manually inserts the plug of peripheral unit in the corresponding slot.Yet, when electronic installation because of some specific reasons, such as for the reduction means size or reduce device thickness etc., and when not disposing any slot, when the user will set up electronic installation and other device when online, understand more inconvenient.
Therefore, need a kind of brand-new method and apparatus, in order to assist in automatically set up between electronic installation and one or more peripheral unit online.
Summary of the invention
In view of this, the invention provides hub device and assist between electronic installation and one or more peripheral unit by hub device and automatically to set up online method.
A kind of hub device provided by the invention comprises upstream port module, downstream port module, controller unit and first communication module.The upstream port module is received from the data that maybe will be sent to a main frame in order to input or output.The downstream port module is received from the data that maybe will be sent to one or more peripheral unit in order to input or output.Controller unit is used to set up a data transfer path between upstream port module and the downstream port module.First communication module is online in order to set up a near-field communication according to the communication protocol of a near-field communication technology.
The present invention provides in addition a kind of and automatically sets up online method by hub device between main frame and one or more peripheral unit, comprising: it is online to set up near-field communication according to the communication protocol of near-field communication technology between portable electronic devices and hub device; Transmit a wake-up character string to hub device by near-field communication is online from portable electronic devices; Determine whether the wake-up character string is effective wake-up character string; When the wake-up character string is effective wake-up character string, transmit a wake-up signal to the main frame online with hub device, in order to wake-up master from hub device; The relevant information that transmits one or more peripheral unit from hub device is to main frame, in order to assist one or more peripheral unit of detecting host; And set up between main frame and one or more peripheral unit by hub device online, in order to the operation by one or more peripheral unit main control system with and/or between main frame and one or more peripheral unit swap data.
The present invention provides in addition a kind of and automatically sets up online method by hub device between portable electronic devices and one or more peripheral unit, comprising: it is online to set up near-field communication according to the communication protocol of near-field communication technology between portable electronic devices and hub device; Obtain a wake-up character string by near-field communication is online from hub device; Determine whether the wake-up character string is effective wake-up character string; When the wake-up character string is effective wake-up character string, transmit a wake-up signal to the controller of portable electronic devices, in order to wake portable electronic devices up; To portable electronic devices, find one or more peripheral unit in order to assist portable electronic devices from the relevant information of hub device by online one or more peripheral unit of transmission of near-field communication; And set up between portable electronic devices and one or more peripheral unit by hub device online, in order to the operation by one or more peripheral unit control portable electronic devices with and/or between portable electronic devices and one or more peripheral unit swap data.
Compared to prior art, hub device of the present invention and method provide simply a kind of and mode easily, are used to automatically and rapidly set up between electronic installation and one or more peripheral unit online.The program of wherein setting up online and swap data etc. can be performed automatically, so the user no longer needs to be bothered by trifling thing such as IP address corresponding to manual input, account, password etc.
Description of drawings
Fig. 1 shows according to the described hub device block diagram of one embodiment of the invention.
Fig. 2 is the near-field communication module block diagram that shows according to the described simplification of one embodiment of the invention.
Fig. 3 is the near-field communication module block diagram that shows according to another embodiment of the present invention described simplification.
Fig. 4 shows according to the described communication system example of one embodiment of the invention figure.
Fig. 5 shows automatically to set up an online method flow diagram according to one embodiment of the invention are described by a hub device between a main frame and one or more peripheral unit.
Fig. 6 shows described according to another embodiment of the present invention communication system example figure.
Fig. 7 shows automatically to set up an online method flow diagram according to one embodiment of the invention are described by a hub device between a portable electronic devices and one or more peripheral unit.
Reference numeral:
22,32: slot;
40,60: communication system;
100: hub device;
110: the upstream port module;
112: wired upstream port unit;
114: wireless upstream port unit;
120: the downstream port module;
122: wired downstream port unit;
124: wireless downstream port unit;
130: controller unit;
140: first communication module;
150: second communication module;
200: main frame;
240,340: near-field communication module;
241,341: near-field communication aerial;
242,343: processor;
300,500: portable electronic devices;
342: storage device;
401,402,403,404: peripheral unit.
Embodiment
For manufacturing of the present invention, method of operation, target and advantage can be become apparent, several preferred embodiments cited below particularly, and cooperation accompanying drawing are described in detail below:
Embodiment:
Fig. 1 shows according to the described hub device block diagram of one embodiment of the invention.Hub device 100 can be a USB (universal serial bus, be abbreviated as USB) hub device, a KVM switching device shifter (wherein KVM is respectively the abbreviation of keyboard (K), video or visual display unit (V) and mouse (M)) or other similar device, it can be coupled between a plurality of computers and the peripheral unit, and allows the user to control a plurality of computers by a single or single group peripheral unit.According to one embodiment of the invention, hub device 100 can comprise upstream port module 110, downstream port module 120, controller unit 130, first communication module 140 and second communication module 150.
Upstream port module 110 can wired or wireless mode (for example be coupled to one or more main frame, personal computer, flat computer, laptop computer, mobile phone, personal digital assistant or any electronic installation), and be received from the data that maybe will be sent to main frame in order to input or output.Upstream port module 110 can comprise at least one wired upstream port unit 112 and wireless upstream port unit 114.Wired upstream port unit 112 can comprise one or more upstream port, in order to the communication protocol input and output data according to USB.Wireless upstream port unit 114 can comprise at least one transceiver module, in order to input and the output data according to a set wireless communication protocol.Downstream port module 120 can wired or wireless mode be coupled to a plurality of peripheral units, is received from the data that maybe will be sent to peripheral unit in order to input or output.Downstream port module 120 can comprise at least one wired downstream port unit 122 and wireless downstream port unit 124.Wired downstream port unit 122 can comprise one or more downstream port, in order to the communication protocol input and output data according to USB.Wireless downstream port unit 124 can comprise at least one transceiver module, in order to input and the output data according to a set wireless communication protocol.
Controller unit 130 is used to set up at least one data transfer path between upstream port module 110 and the downstream port module 120.For example, controller unit 130 can select wired upstream port unit 112 and the one of wireless upstream port unit 114 to be connected to the one of wired downstream port unit 122 and wireless downstream port unit 124.In addition, when having a plurality of main frames to be coupled to wired upstream port unit 112 or wireless upstream port unit 114, controller unit 130 can further select one of them main frame to be connected to downstream port module 120.Hub device 110 can also comprise one or more slot 22 and 32, in order to connect the USB plug of main frame or peripheral unit.
According to one embodiment of the invention, first communication module 140 can be a near-field communication (near field communication, be abbreviated as NFC) module, in order to according to the communication protocol of near-field communication technology and main frame with and/or peripheral unit set up a wireless online.Near-field communication (or claim NFC) technology is a kind of wireless communication technology of high frequency short distance, and it can cause swap data between contiguous stream oriented device (for example, distance can less than about 10 centimeters (about 4 inch)).Because near-field communication is online can be built between the stream oriented device rapidly, and stream oriented device can be by the online transmission of near-field communication data in a small amount, therefore in embodiments of the invention, in set up between at least one main frame and one or more peripheral unit online required data can be transmitted according to the communication protocol of near-field communication technology or exchange in main frame with and/or peripheral unit between, in order to assist in automatically set up between the two online.
According to one embodiment of the invention, described data can be identity code or the unit describes of peripheral unit, so that peripheral unit can be found and recognize to main frame.According to another embodiment of the present invention, described data also can be the network on-line data, such as main frame with and/or the IP address (IP address) of peripheral unit, online port numbering, pairing gold key or pairing code etc. or with main frame with and/or peripheral unit set up when online required one and login account and corresponding password (if necessary).For example, when need between main frame and the hub device 100, in setting up bluetooth between peripheral unit and the hub device 100 or between main frame and peripheral unit when online, when Bluetooth pairing required main frame, hub device 100 with and/or the password (or current key passkey) of peripheral unit can exchange by NFC is online.
Fig. 2 is near-field communication (NFC) block diagram that shows according to the described simplification of one embodiment of the invention.In this embodiment, near-field communication module 240 can comprise a near-field communication aerial 241 and the processor 242 that operates in order to control near-field communication aerial 241.Fig. 3 is near-field communication (NFC) block diagram that shows according to another embodiment of the present invention described simplification.In this embodiment, near-field communication module 340 can comprise a near-field communication aerial 341, a storage device 342 and the processor 343 that operates in order to control near-field communication aerial 341 and storage device 342.It should be noted that Fig. 2 and Fig. 3 only demonstrate the near-field communication module block diagram of simplifying in order to describe concept of the present invention, so the present invention is not limited to Fig. 2 and scope shown in Figure 3.
Except near-field communication module, hub device 100 can also comprise second communication module 150.According to one embodiment of the invention, second communication module 150 can be Wireless Fidelity (Wireless Fidelity, be abbreviated as WiFi), Wireless Fidelity go directly (WiFi-direct), bluetooth or global intercommunication microwave access (Worldwide Interoperability for Microwave Access, be abbreviated as WiMAX) etc. communication module, in order to according to Wireless Fidelity, Wireless Fidelity is through, the communication protocol of bluetooth or global intercommunication microwave access technique in hub device 100 and main frame with and/or between hub device 100 and one or more peripheral unit, set up a wireless online.Owing to pass through Wireless Fidelity, Wireless Fidelity is through, the online transmissible data volumes such as bluetooth or global intercommunication microwave access are greater than the online transmissible data volume of near-field communication, when main frame with and/or one or more peripheral unit by wireless upstream port unit 114 with and/or wireless downstream port unit 124 when being online to hub device 100 wirelessly, second communication module 150 can assist in hub device 100 and main frame with and/or hub device 100 and one or more peripheral unit between set up a wireless online, and assitance data can be transmitted between the two back and forth.Following paragraph is set up several online embodiments of the method with more detailed introduction automatically by hub device between a main frame and one or more peripheral unit.
Fig. 4 shows according to the described communication system example of one embodiment of the invention figure.Communication system 40 can comprise hub device 100, main frame 200, portable electronic devices 300 and a plurality of peripheral unit 401-404.Main frame 200 can be personal computer, flat computer, laptop computer or other.Portable electronic devices 300 can be a mobile phone, personal digital assistant or the label of near-field communication activation, near-field communication controller or the relevant any electronic installation that is equipped with is installed.Peripheral unit 401-404 can be keyboard, screen, mouse, printer or other.Main frame 200 can wired or wireless mode be online to the upstream port module of hub device 100, and peripheral unit 401-404 can wired or wireless mode be online to the downstream port module of hub device 100.Therefore, the dotted line shown in Fig. 4 can represent wired connection, for example USB transmission line, or wireless connection.
According to one embodiment of the invention, portable electronic devices 300 can be by contacting simply (tag) hub device 100, in order to wake-up master 200 (for example, when main frame 200 is in park mode or battery saving mode).It should be noted that described contact action can be to have entity to touch or (as long as stream oriented device leans on enough near) that incorporeity touches.In case behind portable electronic devices 300 contact (tag) hub devices 100, it is online automatically to set up near-field communication between portable electronic devices 300 and the hub device 100, and can transmit a wake-up character string to hub device 100, perhaps by the online storage device that the wake-up character string is write hub device 100 by portable electronic devices 300 of this near-field communication by portable electronic devices 300 by this near-field communication is online.Hub device 100 can judge whether the wake-up character string is effective wake-up character string.Effectively the wake-up character string can be provided by main frame 200, and is stored in the storage device interior (for example, the storage device 342 in the near-field communication module shown in Figure 3) of hub device 100.
When the wake-up character string was effective wake-up character string, hub device 100 can further transmit a wake-up signal to main frame 200.According to one embodiment of the invention, when main frame 200 is when being connected to hub device 100 by the USB transmission line, hub device 100 can be sent to wake-up signal according to the usb communication agreement USB controller of main frame 200 by the USB transmission line.According to another embodiment of the present invention, main frame 200 is when being online to hub device 100 wirelessly according to set wireless communication protocol, can wake-up signal be sent to main frame 200 by the wireless online between main frame 200 and the hub device 100.On the other hand, when the wake-up character string was not effective wake-up character string, hub device 100 can be ignored this wake-up character string, and can not transmit wake-up signal to main frame 200.
After main frame 200 is waken up, or behind portable electronic devices 300 contact (tag) hub devices 100 (not being in the situation of park mode or battery saving mode in main frame 200), the action of this contact can further drive hub device 100 and send the relevant information of peripheral unit 401-404 to main frame 200.The relevant information of peripheral unit 401-404 can be stored in the storage device of hub device 100.According to one embodiment of the invention, this relevant information can comprise identity code or the unit describe of peripheral unit, so that peripheral unit 401-404 can be found and recognize to main frame 200.According to another embodiment of the present invention, but when main frame 200 and the equal support of wireless communication of peripheral unit 401-404, this relevant information also can be main frame with and/or the IP address (IP address) of peripheral unit 401-404, online port numbering, pairing gold key or pairing code etc. or with main frame with and/or peripheral unit set up when online required one and login account and corresponding password (if necessary), set up wireless online in order to assist between main frame 200 and the peripheral unit 401-404.
It should be noted that the mode that depends on online foundation, the mode that the relevant information of peripheral unit 401-404 can be wired or wireless is sent to main frame 200 from hub device 100.According to one embodiment of the invention, when main frame 200 also is equipped with label, the near-field communication controller of near-field communication activation or is correlated with outfit, it is online also can to set up near-field communication between main frame 200 and hub device 100 so that wake-up signal with and/or the relevant information of peripheral unit 401-404 can be sent to main frame 200 from hub device 100 by near-field communication is online.It should be noted that, in order to transmit wake-up signal with and/or the wireless online of the relevant information of peripheral unit 401-404 also can be through according to aforesaid Wireless Fidelity, Wireless Fidelity, the communication protocol of bluetooth or global intercommunication microwave access technique sets up, so the present invention is not limited to any execution mode.
In case wired or wireless online and data transfer path by hub device 100 successfully after main frame 200 is set up with peripheral unit 401-404, the operation that peripheral unit 401-404 can begin main control system 200 with and/or data commutative between main frame 200 and peripheral unit 401-404.It should be noted that, in embodiments of the invention, exchanges data between main frame 200 and the peripheral unit 401-404 can by hub device 100 or when wireless online after setting up between main frame 200 and the peripheral unit 401-404, just no longer by hub device 100 swap datas.For example, when main frame 200 and peripheral unit all during support of wireless communication, transmitting or exchanging after setting up the required data of wireless online between main frame 200 and the peripheral unit and setting up wireless online, hub device 100 can participate in follow-up data exchange program again.
Fig. 5 shows automatically to set up an online method flow diagram according to one embodiment of the invention are described by a hub device between a main frame and one or more peripheral unit.In this embodiment, at first between portable electronic devices and hub device, set up near-field communication online (step S502) according to the communication protocol of near-field communication technology.Then, transmit a wake-up character string to hub device (step S504) by near-field communication is online from portable electronic devices.After receiving the wake-up character string, hub device can determine whether the wake-up character string is an effective wake-up character string (step S506).When the wake-up character string is not effective wake-up character string, hub device will be ignored this wake-up character string (step S508).When the wake-up character string was effective wake-up character string, hub device transmitted a wake-up signal to the main frame online with hub device, in order to wake-up master (step S510).Then, the relevant information that hub device can further transmit one or more peripheral unit is to main frame, in order to assist one or more peripheral unit of detecting host (step S512).At last, set up between main frame and one or more peripheral unit online (step S514), so that the user can pass through the operation of one or more peripheral unit main control system, and data are commutative between main frame and one or more peripheral unit.
For any main frame that is online to hub device in wired or wireless mode, more than the method introduced provide simply a kind of and mode easily, be used to automatically set up between main frame and one or more peripheral unit online.By above-mentioned simply contact (tag) action, online can being established rapidly, even can further wake (if needs) main frame up.After contact (tag) action, follow-up program similarly is swap data and sets up online etc. can automatically being performed, so the user no longer needs to be bothered by trifling thing such as IP address corresponding to manual input, account, password etc.
Fig. 6 shows described according to another embodiment of the present invention communication system example figure.Communication system 60 can comprise hub device 100, portable electronic devices 500 and a plurality of peripheral unit 401-404.Portable electronic devices 500 can be a personal computer, flat computer, laptop computer, mobile phone, personal digital assistant or the label of near-field communication activation, near-field communication controller is installed or the relevant any electronic installation that is equipped with, and can wired or wireless mode be online to the upstream port module of hub device 100.Peripheral unit 401-404 can be keyboard, screen, mouse, printer or other, and can wired or wireless mode be online to the downstream port module of hub device 100.Therefore, the dotted line shown in Fig. 6 can represent wired connection, for example USB transmission line, or wireless connection.
According to one embodiment of the invention, can contact (tag) by simple contact (tag) hub device 100 or by hub device 100, and wake portable electronic devices 500 up.It should be noted that described contact action can be to have entity to touch or (as long as stream oriented device leans on enough near) that incorporeity touches.In case portable electronic devices 500 contacts hub devices 100 or is contacted by hub device 100, it is online to set up a near-field communication between portable electronic devices 500 and the hub device 100, and portable electronic devices 500 can be obtained a wake-up character string from hub device 100 by near-field communication is online.For example, portable electronic devices 500 can read the wake-up character string that is stored in hub device 100.Lift another example, hub device 100 can initiatively send the wake-up character string to be in dormancy or battery saving mode portable electronic devices 500.
After obtaining the wake-up character string, portable electronic devices 500 can judge whether the wake-up character string is effective wake-up character string.When the wake-up character string was effective wake-up character string, portable electronic devices 500 can produce wake-up signal, and wake-up signal is sent to a controller of portable electronic devices 500, in order to wake portable electronic devices 500 up.The controller of portable electronic devices 500 can be that a USB controller or other can drive or the wake up procedure of initial portable electronic devices 500 in order to wake the equipment of portable electronic devices 500 up.
After portable electronic devices 500 is waken up or when portable electronic devices 500 contact or after by hub device 100 contacts (not being in the situation of park mode or battery saving mode in portable electronic devices 500), the action of this contact can further drive hub device 100 with the relevant information of peripheral unit 401-404 by the online portable electronic devices 500 that sends to of near-field communication.The relevant information of peripheral unit 401-404 can be stored in the storage device of hub device 100.According to one embodiment of the invention, this relevant information can comprise identity code or the unit describe of peripheral unit 401-404, so that peripheral unit 401-404 can be found and recognize to portable electronic devices 500.According to another embodiment of the present invention, but when portable electronic devices 500 and the equal support of wireless communication of peripheral unit 401-404, this relevant information also can be portable electronic devices 500 with and/or the IP address (IP address) of peripheral unit 401-404, online port numbering, pairing gold key or pairing code etc. or with main frame with and/or peripheral unit set up when online required one and login account and corresponding password (if necessary), set up wireless online in order to assist between portable electronic devices 500 and the peripheral unit 401-404.
In case wired or wireless online and data transfer path by hub device 100 after portable electronic devices 500 is successfully set up with peripheral unit 401-404, the operation that peripheral unit 401-404 can begin to control portable electronic devices 500 with and/or data commutative between portable electronic devices 500 and peripheral unit 401-404.It should be noted that, in embodiments of the invention, exchanges data between portable electronic devices 500 and the peripheral unit 401-404 can by hub device 100 or when wireless online after setting up between portable electronic devices 500 and the peripheral unit 401-404, just no longer by hub device 100 swap datas.For example, when portable electronic devices 500 and peripheral unit all during support of wireless communication, transmitting or exchanging after setting up the required data of wireless online between portable electronic devices 5000 and the peripheral unit and setting up wireless online, hub device 100 can participate in follow-up data exchange program again.
Fig. 7 shows automatically to set up an online method flow diagram according to one embodiment of the invention are described by a hub device between a portable electronic devices and one or more peripheral unit.In embodiments of the invention, at first between portable electronic devices and hub device, set up near-field communication online (step S702) according to the communication protocol of near-field communication technology.Then, portable electronic devices can be obtained a wake-up character string (step S704) from hub device by near-field communication is online.Then, portable electronic devices can determine whether the wake-up character string is an effective wake-up character string (step S706).When the wake-up character string was not effective wake-up character string, portable electronic devices can be ignored wake-up character string (step S708).When the wake-up character string is effective wake-up character string, can transmit a wake-up signal to a controller of portable electronic devices, in order to wake portable electronic devices (step S710) up.Then, to portable electronic devices, find one or more peripheral unit (step S712) in order to assist portable electronic devices from the relevant information of hub device by online one or more peripheral unit of transmission of near-field communication.At last, between portable electronic devices and one or more peripheral unit, set up online (step S714), so that the user can control by one or more peripheral unit the operation of portable electronic devices, and data are commutative between portable electronic devices and one or more peripheral unit.
For any for the reduction means size or to reduce device thickness etc. specific former thereby do not dispose slot or do not dispose any peripheral unit, for example, keyboard, mouse etc. (Portable) electronic installation, the above method that proposes provides simply a kind of and mode easily, is used to automatically set up between electronic installation and one or more peripheral unit online.By above-mentioned simply contact (tag) action, this online can being established rapidly, even can further wake (if needs) electronic installation up.After contact (tag) action, follow-up program similarly is swap data and sets up online etc. can automatically being performed, so the user no longer needs to be bothered by trifling thing such as IP address corresponding to manual input, account, password etc.
Though the present invention discloses as above with preferred embodiment, so it is not to limit scope of the present invention, any under those of ordinary skill in the technical field, when can doing a little change and retouching, and do not break away from the spirit and scope of the present invention.
Claims (19)
1. hub device comprises:
One upstream port module is received from the data that maybe will be sent to a main frame in order to input or output;
One downstream port module is received from the data that maybe will be sent to one or more peripheral unit in order to input or output;
One controller unit is used to set up a data transfer path between this upstream port module and this downstream port module; And
One first communication module, online in order to set up a near-field communication according to the communication protocol of a near-field communication technology.
2. hub device according to claim 1 also comprises:
One second communication module, in order to according to a set wireless communication protocol and this main frame with and/or this one or more peripheral unit set up a wireless online, wherein the data volume that transmits of this second communication module is greater than this first communication module.
3. hub device according to claim 2, wherein this second communication module be that Wireless Fidelity, Wireless Fidelity are through, bluetooth or global intercommunication microwave access communication module, and this set wireless communication protocol is that Wireless Fidelity, Wireless Fidelity are gone directly, the communication protocol of bluetooth or global intercommunication microwave access technique.
4. hub device according to claim 1, wherein this upstream port module also comprises:
One wired upstream port unit comprises at least one upstream port, in order to the communication protocol input and output data according to a USB; And
One wireless upstream port unit is in order to input and the output data according to a set wireless communication protocol.
5. hub device according to claim 1, wherein this downstream port module also comprises:
One wired downstream port unit comprises a plurality of downstream ports, in order to the communication protocol input and output data according to a USB; And
One wireless downstream port unit is in order to input and the output data according to a set wireless communication protocol.
6. between a main frame and one or more peripheral unit, automatically set up an online method by a hub device for one kind, comprising:
It is online to set up a near-field communication according to the communication protocol of a near-field communication technology between a portable electronic devices and this hub device;
Transmit a wake-up character string to this hub device by this near-field communication is online from this portable electronic devices;
Determine whether this wake-up character string is an effective wake-up character string;
When this wake-up character string was an effective wake-up character string, this hub device transmitted a wake-up signal to this main frame online with this hub device, in order to wake this main frame up certainly;
Transmit the relevant information of this one or more peripheral unit from this hub device to this main frame, in order to assist this one or more peripheral unit of this detecting host; And
Set up between this main frame and this one or more peripheral unit by this hub device that this is online, in order to the operation of controlling this main frame by this one or more peripheral unit with and/or between this main frame and this one or more peripheral unit swap data.
7. method according to claim 6, wherein this main frame is to be connected to this hub device by a transmission line of universal serial bus, and this wake-up signal is a USB controller that is sent to this main frame according to the communication protocol of USB by this transmission line of universal serial bus from this hub device.
8. method according to claim 6, wherein this main frame be according to a set wireless communication protocol wireless online to this hub device, and this wake-up signal is to be sent to this main frame according to this set wireless communication protocol from this hub device.
9. method according to claim 6, wherein this one or more peripheral unit is to be connected to this hub device by one or more transmission line of universal serial bus.
10. method according to claim 6, wherein this one or more peripheral unit is to this hub device according to a set wireless communication protocol wireless online.
11. method according to claim 6 also comprises;
It is online to set up a near-field communication according to the communication protocol of this near-field communication technology between this main frame and this hub device,
Wherein the relevant information of this wake-up signal and this one or more peripheral unit is to be sent to this main frame by this near-field communication is online from this hub device.
12. method according to claim 11 is wherein set up this this online step by this hub device and is also comprised between this main frame and this one or more peripheral unit:
Transmit the network on line data to this main frame by this near-field communication is online from this hub device, set up a wireless online in order to assist between this main frame and this one or more peripheral unit.
13. between a portable electronic devices and one or more peripheral unit, automatically set up an online method by a hub device for one kind, comprising:
It is online to set up a near-field communication according to the communication protocol of a near-field communication technology between this portable electronic devices and this hub device;
Obtain a wake-up character string by this near-field communication is online from this hub device;
Determine whether this wake-up character string is an effective wake-up character string;
When this wake-up character string is an effective wake-up character string, transmit a wake-up signal to a controller of this portable electronic devices, in order to wake this portable electronic devices up;
To this portable electronic devices, find this one or more peripheral unit in order to assist this portable electronic devices from the relevant information of this hub device by online this one or more peripheral unit of transmission of this near-field communication; And
Set up between this portable electronic devices and this one or more peripheral unit by this hub device that this is online, in order to the operation of controlling this portable electronic devices by this one or more peripheral unit with and/or between this portable electronic devices and this one or more peripheral unit swap data.
14. method according to claim 13 wherein also comprises by online this step that obtains this wake-up character string from this hub device of this near-field communication:
Read this wake-up character string that is stored in this hub device by this portable electronic devices.
15. method according to claim 13 wherein also comprises by online this step that obtains this wake-up character string from this hub device of this near-field communication:
Transmit this wake-up character string to this portable electronic devices by this hub device.
16. method according to claim 13, wherein this one or more peripheral unit is to be connected to this hub device by one or more transmission line of universal serial bus.
17. method according to claim 13, wherein this one or more peripheral unit is to this hub device according to a set wireless communication protocol wireless online.
18. method according to claim 17, wherein this set wireless communication protocol be that Wireless Fidelity, Wireless Fidelity are through, the communication protocol of bluetooth or global intercommunication microwave access technique.
19. method according to claim 13 is wherein set up this this online step by this hub device and is also comprised between this portable electronic devices and this one or more peripheral unit:
Transmit the network on line data to this portable electronic devices by this near-field communication is online from this hub device, set up a wireless online in order to assist between this portable electronic devices and this one or more peripheral unit.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US201161546508P | 2011-10-12 | 2011-10-12 | |
| US61/546,508 | 2011-10-12 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN103052050A true CN103052050A (en) | 2013-04-17 |
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