CN105338593A - Pairing connection method - Google Patents
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- CN105338593A CN105338593A CN201410399957.8A CN201410399957A CN105338593A CN 105338593 A CN105338593 A CN 105338593A CN 201410399957 A CN201410399957 A CN 201410399957A CN 105338593 A CN105338593 A CN 105338593A
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- 238000010586 diagram Methods 0.000 description 10
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Abstract
The invention relates to a pairing connection method, which is applicable to a wireless access device. The wireless access device is used for communicating with at least one sensor and/or at least one output device. The pairing connection method comprises steps: when the wireless access device receives a supply power, whether the wireless access device is in a first preset condition is judged; if the judgment result is positive, the wireless access device automatically searches from the at least one sensor and/or the at least one output device; when the at least one sensor and/or the at least one output device is detected, the wireless access device and the at least one sensor enter a pairing mode, and/or the wireless access device and the at least one output device enter a pairing mode; whether the wireless access device is in a second preset condition is judged, and if the judgment result is positive, the wireless access device stops the pairing mode and enters a normal mode. Complexity and inconvenience of mounting the wireless access device and the sensors and/or the output devices can be saved.
Description
Technical field
The present invention matches online method about a kind of, the method that especially a kind of pairing of setting up security protection system is online.
Background technology
In the setting up procedure of every secure device of current security protection system, the technical staff such as equipment manufacturers or manufacturer needs to erected on site or builds.The Related product of common security protection system is such as door and window attention device, fire perceiving device or video monitor etc.Therefore, often technical staff is when the Related product arranging security protection system, needs to consider the problems such as the wiring configuration of entity and wiring cost.Especially, many buildings are before construction, design can for the situation that arrange security protection system that connects up especially for architect, to additionally lay security protection system again after building construction completes, often in order to attractive in appearance and spend a large amount of wiring costs, or the structure trunk of destruction part and spend the extra charge of again decorateing.
Summary of the invention
In view of this, the present invention proposes a kind of online method of matching, with make radio access device and transducer and/or follower can automated setting for security protection system, to save loaded down with trivial details and inconvenience when installing radio access device and transducer and/or follower.
Embodiments of the invention propose a kind of online method of matching, be applicable to a radio access device of security protection, radio access device is in order to communicate with at least one transducer and/or at least one follower, online method of matching comprises: when radio access device receives a supply electric power, judge whether radio access device is in one first pre-conditioned; If the determination result is YES, then at least one transducer of radio access device automatic search and/or at least one follower; When at least one transducer and/or at least one follower being detected, radio access device and at least one transducer enter a pairing mode, and/or radio access device and at least one follower enter pairing mode; Judge whether radio access device is in one second pre-conditioned; And being if the determination result is YES in that this is second pre-conditioned, then radio access device stops pairing mode, and enters a normal mode.
Wherein this first pre-conditioned be that a mnemon of a factory preset state or this radio access device is in an empty.
Wherein this radio access device also comprises a reset key, and when this reset key is triggered, this radio access device reverts to this factory preset state, or this mnemon is in this empty, and makes this radio access device again receive this supply electric power.
Wherein this pairing mode be trigger after this at least one transducer broadcast transmission one first identification signal give this radio access device, this first identification signal of this this at least one transducer of radio access device record, and this first identification signal is stored in this mnemon, and/or this pairing mode be trigger after this at least one follower broadcast transmission one second identification signal give this radio access device, this second identification signal of this this at least one follower of radio access device record, and this second identification signal is stored in this mnemon.
Wherein also comprise in the step this at least one transducer and/or this at least one follower being detected: this radio access device transmits a pairing signal to this at least one transducer and/or this at least one follower; And this at least one transducer and/or this at least one follower are according to this pairing signal, with this first identification signal of trigger communication and/or this second identification signal.
Wherein judging whether this radio access device is in one first pre-conditioned step, if judged result is no, then this radio access device is in this normal mode.
Wherein be in the step of this normal mode at this radio access device and also comprise, judge the switching signal whether this radio access device receives a remote-control device and transmit, if the determination result is YES this switching signal that this remote-control device transmits is received, then a processing unit of this radio access device controls a wireless communication unit of this radio access device to reduce radio-frequency power, if this switching signal that judged result is transmitted for not receiving this remote-control device, then this radio access device is in this normal mode.
Wherein after this radio access device and this at least one transducer complete this pairing mode, this radio access device exports one first notification signal to this remote-control device, and/or after this radio access device and this at least one follower complete this pairing mode, this radio access device exports one second notification signal to this remote-control device.
Wherein this second pre-conditionedly receives the stop signal that this remote-control device transmits for a transmission timeout mode or this radio access device, and this remote-control device is connected to this radio access device by a network.
Wherein when this radio access device receives the bag data of this at least one transducer or this at least one follower at this normal mode, this processing unit judges whether the data described in identity column of the bag data of this at least one transducer or this at least one follower log in an online list, if judged result is not for log in this online list, then this processing unit automatically controls this wireless communication unit and switches to this pairing mode from this normal mode.
Based on above-mentioned, the present invention proposes a kind of online method of matching, there is following beneficial effect: wherein radio access device can judge that whether it be new machine after dispatching from the factory or empty machine, and make radio access device and transducer and/or follower enter pairing mode, to record the identification signal of transducer, follower, and then make radio access device and transducer and/or follower automated setting be security protection system, for user saves the inconvenience manually arranging transducer and follower.
In order to the present invention technology, method and effect of realizing for reaching set object and taking further can be understood, refer to following detailed description for the present invention, accompanying drawing, believe object of the present invention, feature and feature, when being goed deep into thus and concrete understanding, but institute's accompanying drawing and annex only provide reference and explanation use, are not limitations of the present invention.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of the security protection system of one embodiment of the invention.
Fig. 2 A is the functional block diagram of the security protection system of another embodiment of the present invention according to Fig. 1.
Fig. 2 B is the remote-control device schematic diagram of the security protection system of another embodiment of the present invention according to Fig. 2 A.
Fig. 3 is the online method flow diagram of the pairing of another embodiment of the present invention.
Fig. 4 is the online method flow diagram of the pairing of another embodiment of the present invention.
Wherein, description of reference numerals is as follows:
1: security protection system
10: radio access device
100: processing unit
1000: power adjustment part
102: wireless communication unit
104: mnemon
106: reset key
12: transducer 14,16: transducer
18: follower
20: remote-control device
200: radio access installation drawing picture
201: fire perceiving device image
202: door window antitheft sensor image
203: camera image
204: loud speaker image
S301 ~ S315, S401 ~ S421: step
Embodiment
Fig. 1 is the schematic diagram of the security protection system of one embodiment of the invention.Refer to Fig. 1.A kind of security protection system 1, comprises a radio access device 10, at least one transducer 12,14,16 and at least one follower 18.In fact, radio access device 10 wireless connections transducer 12,14,16 and follower 18.Wherein radio access device 10 is such as wireless router, radio network gateway or radio access device.The present embodiment does not limit the form of radio access device 10.
Furthermore, transducer 12,14,16 is such as the wireless sensing device of security protection, energy savings or home care, such as, be one of them or combination of a video camera, a fire perceiving device, a Smoke Sensor, a temperature sensor, carbon monoxide transducer and a door window antitheft transducer.The present embodiment is the form of limiting sensor 12,14,16 and quantity not.And follower 18 is such as the wireless device that can send information warning, such as, be one of them or combination of loud speaker, buzzer, photophore and display.The present embodiment does not limit form and the quantity of follower 18.
For convenience of description, the present embodiment illustrates with three transducers, 12,14,16 and follower 18, and these transducers 12,14,16 are respectively a fire perceiving device, a door window antitheft transducer and a video camera.And follower 18 is a loud speaker.In other embodiments, art those of ordinary skill can according to demands such as security protection, energy savings or home cares, and free design safety guard system 1.
Generally speaking, when manufacturer personnel carry out the equipment installation of security protection system 1, need to radio access device 10 and transducer 12,14,16 and/or follower 18 set one by one and match could set up online, for quite inconvenient beyond doubt client or manufacturer personnel and consuming time.For this reason, the present invention proposes a kind of radio access device 10 and transducer 12, 14, 16 and/or the follower 18 automatically security protection system 1 of setting and online method of matching thereof, wherein radio access device 10 judge its be new machine after dispatching from the factory or reset empty machine time, radio access device 10 automatically will scan and stores the transducer 12 within the scope of its Signal reception, 14, 16 and/or the data of follower 18, and with these transducers 12, 14, 16 and/or the follower 18 combining wireless communication technology run mutually, set up radio access device 10 and transducer 12 thus, 14, 16 and/or follower 18 between online, and then reach all transducers 12 of link, 14, 16 and/or follower 18 safety guard net automation arrange.
Next, detailed construction and the operation of the radio access device 10 of security protection system 1, transducer 12,14,16 and follower 18 is further illustrated.
Fig. 2 A is the functional block diagram of the security protection system of another embodiment of the present invention according to Fig. 1.Fig. 2 B is the remote-control device schematic diagram of the security protection system of another embodiment of the present invention according to Fig. 2 A.Refer to Fig. 2 A and Fig. 2 B.Radio access device 10 comprises processing unit 100, wireless communication unit 102 and a mnemon 104.Processing unit 100 couples wireless communication unit 102 and mnemon 104.In fact, radio access device 10 is such as the node receiving or send bag data.And wireless communication unit 102 is in order to the bag data received or send in its range of signal.Therefore, radio access device 10 can communicate with transducer 12,14,16 and/or follower 18.
It should be noted, the present embodiment arranges one or more radio access device 10 in home environment, market or general popular occasion, the configuration of visible network signal covering scope and determining.For example, to provide radio access device 10 and transducer 12,14,16 and/or follower 18 to set up radio communication online for one embodiment of the invention.Therefore, the technical field of the invention those of ordinary skill should understand that radio access device 10 can receive the bag data of all the sensors 12,14,16 in any range of signal and/or follower 18.
In addition, processing unit 100 is such as central processing unit (CPU) or microprocessor (MCU) etc., in order to perform signal operation in radio access device 10 between each unit and process.The present embodiment does not limit the form of processing unit 100.In fact, processing unit 100 comprises power adjustment part 1000.The radio-frequency power of power adjustment part 1000 adjustable wireless communication unit 102.In the present embodiment, when radio access device 10 is at pairing mode, except the identification signal that wireless communication unit 102 receives only transducer 12,14,16 and follower 18, now power adjustment part 1000 can reduce the radio-frequency power of wireless communication unit 102 relatively according to set point in advance, to reduce the range of signal of radio access device 10 scanning sensor 12,14,16 and follower 18.
For example, the radio-frequency power of wireless communication unit 102 is reduced to 50% when normally running by power adjustment part 1000.Thus, manufacturer or manufacturer personnel are when arranging safety guard net, can not be too large because of the radio-frequency power of radio access device 10, and receive in other uncorrelated, non-fitting limits or logged in the identification signal of other transducers 12,14,16 in radio access device 10, the efficiency of installing setting safety guard net is increased so as to filtering unnecessary bag data.
Wireless communication unit 102 is such as bluetooth transceiver, WLAN (WirelessLAN) radio-frequency (RF) transceiver, wireless personal network (WirelessPAN) radio-frequency (RF) transceiver, wireless fidelity (Wi-Fi) radio-frequency (RF) transceiver, IEEE802.11 radio-frequency (RF) transceiver or a ZigBee (802.15.4) radio-frequency (RF) transceiver.The present embodiment does not limit the form of wireless communication unit 102.
It should be noted that the wireless communication unit 102 of the present embodiment is such as wireless fidelity (Wi-Fi) radio-frequency (RF) transceiver.So wireless communication unit 102 can even be connected to the Net, and match with transducer 12,14,16 and follower 18.In other embodiments, wireless communication unit 102 also can comprise wireless fidelity (Wi-Fi) radio-frequency (RF) transceiver and Bluetooth RF transceiver.Wherein wireless fidelity (Wi-Fi) radio-frequency (RF) transceiver is connected to the Net in order to connect, and Bluetooth RF transceiver is in order to match with transducer 12,14,16 and/or follower 18.The present embodiment does not limit the form of wireless communication unit 102.
Mnemon 104 is such as flash memory, non-voltile memory or other internal memories.The present embodiment does not limit the form of mnemon 104.The content that mnemon 104 stores is the bag data of the transducer 12,14,16 that receives of wireless communication unit 102 and/or follower 18.Mnemon 104 comprises online list, stores and has set up online transducer 12,14,16 and/or the list of follower 18 with radio access device 10.The bag data of the sensor 12,14,16 and/or follower 18 comprise at least one in the identification signal of transducer 12,14,16 and/or follower 18, sensing data and warning data.In the present embodiment, radio access device 10 can receive and record these bag data in mnemon 104.In another embodiment, with transducer 12,14,16 online followers 18 can judge whether the sensing data of transducer 12,14,16 meets threshold value, if not, then represent that sensing data is abnormal, follower 18 can produce information warning.
It should be noted that radio access device 10 can run on pairing mode or normal mode via the instruction of switching signal.In the normal mode, radio access device 10 receives and sets up the online sensing data of transducer 12,14,16 and/or the information warning of follower 18.In pairing mode, the identification signal of radio access device 10 receiving sensor 12,14,16 and/or follower 18, and sensing data can not be received, and the identification signal of these transducers 12,14,16 can be stored in online list further.Thus, radio access device 10 identifies by pairing mode the transducer 12,14,16 and follower 18 that newly add and sets up according to this by the record content of online list and wireless network linking between the transducer 12,14,16 that newly adds and follower 18, and the automation completing safety guard net is arranged.
At transducer 12,14,16 and follower 18 within the time of an initial power-up, coordinate the pairing mode that radio access device 10 runs, and promptly set up online with radio access device 10.Wherein, the mode that transducer 12,14,16 and follower 18 trigger energising can be the installation of battery or the connection of civil power, and the present invention is not using the means of transducer 12,14,16 and follower 18 energising as restriction.Thus, transducer 12,14,16 and follower 18 do not need to arrange button in addition, and directly can add safety guard net after powered up.
In simple terms, the security protection system 1 of the present embodiment such as comprises the mode that two kinds enter pairing mode.A kind of mode is for drive end with radio access device 10.Such as radio access device 10 transmits pairing signal to transducer 12,14,16 and follower 18, exports first and second identification signal to radio access device 10 with trigger sensor 12,14,16 and follower 18.Another kind of mode is for drive end with transducer 12,14,16 and follower 18.Such as transducer 12,14,16 and follower 18 directly export first and second identification signal after powered up to radio access device 10, enter pairing mode to trigger radio access device 10.The present embodiment does not limit the operation form of pairing mode.
It is worth mentioning that, in the present embodiment, radio access device 10, except receiving except the transducer 12,14,16 and follower 18 that newly add at pairing mode, also can receive simultaneously, identifies and record the identification signal of multiple transducer 12,14,16 and follower 18.That is, multiple transducer 12,14,16 and follower 18 can be added safety guard net by the radio access device 10 that the present invention proposes in pairing mode simultaneously, also can reach the effect that automation configures multiple transducer 12,14,16 and follower 18 simultaneously.
The identification signal of the sensor 12,14,16 and follower 18 comprises transducer 12,14,16 and the identification identifier of follower 18 and the one of environmentally sensitive type information or combination.Identification identifier is such as the identification code of machine, and environmentally sensitive type information is such as the function type information of transducer 12,14,16 and follower 18, similarly be fire perceiving device with the environmentally sensitive type information of watering transducer be fire type, and the environmentally sensitive type information of door window antitheft transducer is antitheft type, by that analogy.
On the other hand, another embodiment of the present invention provides radio access device 10 also automatically updated online list.In the present embodiment, radio access device 10 can receive the bag data of the transducer 12,14,16 do not logged in online list.For example, when radio access device 10 is when the bag data of normal mode receiving sensor 12,14,16 or follower 18, and, no matter whether these transducers 12,14,16 or follower 18 have logged in online list, and processing unit 100 can judge whether the data described in identity column of the bag data of each transducer 12,14,16 and follower 18 log in online list.If not, then processing unit 100 automatically controls wireless communication unit 102 and switches to pairing mode from normal mode, carries out the identification signal process of transducer 12,14,16 that above-mentioned record newly adds and follower 18.Or, the present invention also proposes another embodiment, if processing unit 100 judge in the normal mode the data described in identity column of the bag data of received transducer 12,14,16 and follower 18 as can not identification time, automatically the identification signal corresponding to this identity column is recorded in online list.
It is worth mentioning that, remote-control device 20 is such as the device that action communication device, intelligent mobile phone, computer, flat computer, personal digital assistant (PDA) or other wired or wireless companies connect to the Net.The present embodiment does not limit the form of remote-control device 20.Wherein remote-control device 20 is such as action communication device, and action communication device is surfed the Internet to connect by communication protocols such as 2.4G bluetooth/GPRS/GSM/3G/WI-FI/WiMAX/ZigBee, and then radio access device 10 in wireless connections; Or action communication device by communication protocols such as 2.4G bluetooth/WI-FI/ZigBee directly to connect upper radio access device 10.
Then, remote-control device 20 can install a software or application program (APP), and this software or application program can show security protection system 1.For example, after these transducers 12,14,16 add safety guard net, the graphic interface of the application program in remote-control device 20 such as action communication device or the software program of desktop computer can show online transducer 12,14,16 and the data of follower 18, the identification identifier of such as transducer 12,14,16 and follower 18 and/or environmentally sensitive type information.As the radio access installation drawing in Fig. 2 B as 200, fire perceiving device image 201, door window antitheft sensor image 202, camera image 203 and loud speaker image 204.Transducer 12,14,16 and/or follower 18 can be done different classification by the technical field of the invention those of ordinary skill according to actual disposition demand, and the drawing interface design of software/application, the present invention is not limited with the categorised content of these embodiments.
On the other hand, the switching signal that can produce by the software be arranged in action communication device or application program carrys out the operational mode of switch wireless communication unit 102, such as, after action communication device and radio access device 10 network on-line, application program (such as mobile phone A PP) in action communication device provides user interface, produces switching signal via a selection operation.Then, action communication device transmits this switching signal to radio access device 10 via wireless network.In another embodiment, the software program also can installed on desktop computer, produces this switching signal, and transmits this switching signal via wireless network and be supplied to radio access device 10.Radio access device 10 switching signal and run on different patterns whereby.
Fig. 3 is the online method flow diagram of the pairing of another embodiment of the present invention.Refer to Fig. 3.Match an online method, be applicable to a radio access device 10, radio access device 10 is in order to communicate with at least one transducer 12,14,16 and/or at least one follower 18, and online method of matching comprises the following steps:
In S301 step, receive a supply electric power in radio access device 10.In simple terms, radio access device 10 is in open state.Then, in S303 step, judge whether radio access device 10 is in one first pre-conditioned.In fact, first pre-conditioned be such as that a mnemon 104 of a factory preset state or radio access device 10 is in an empty.In other words, the radio access device 10 empty machine that can determine whether the new machine after dispatching from the factory or reset.
If be yes in the judged result of S303 step, then carry out S305 step, radio access device 10 automatic search transducer 12,14,16 and/or follower 18.If be no in the judged result of S303 step, then carry out S313 step, radio access device 10 enters normal mode.In simple terms, when radio access device 10 judge for the new machine after dispatching from the factory or reset empty machine time, then radio access device 10 automatic search transducer 12,14,16 and/or follower 18.Such as, radio access device 10 can transducer 12,14,16 within the scope of adjacent 2 ~ 5 meters of automatic search and/or follower 18.Otherwise then radio access device 10 enters normal mode.
Next, in S307 step, when transducer 12,14,16 and/or follower 18 being detected, radio access device 10 and transducer 12,14,16 enter a pairing mode, and/or radio access device 10 enters pairing mode with follower 18.In fact, pairing mode be trigger after at least one transducer 12,14,16 broadcast transmission one first identification signal to radio access device 10, radio access device 10 records the first identification signal of at least one transducer 12,14,16, and the first identification signal is stored in mnemon 104, and/or pairing mode be trigger after at least one follower 18 broadcast transmission one second identification signal to radio access device 10, radio access device 10 records the second identification signal of at least one follower 18, and the second identification signal is stored in mnemon 104.
In simple terms, when radio access device 10 detects transducer 12,14,16 and/or follower 18, radio access device 10 will enter pairing mode automatically with transducer 12,14,16 and/or follower 18.Such as radio access device 10 transmits pairing signal to transducer 12,14,16 and/or follower 18, with trigger sensor 12,14,16 and/or follower 18 broadcast transmission first and/or second identification signal respectively.Wherein the first and/or second identification signal such as identifies label signal.So radio access device 10 can according to the first and/or second identification signal to identify different types of transducer 12,14,16 and/or follower 18.Certainly, after radio access device 10 and transducer 12,14,16 and/or follower 18 complete pairing mode, radio access device 10 will record the identification signal of transducer 12,14,16 and/or follower 18 in the online list of mnemon 104.
In addition, in S315 step, after radio access device 10 and at least one transducer 12,14,16 complete pairing mode, radio access device 10 exports one first notification signal to remote-control device 20, and/or after radio access device 10 completes pairing mode with at least one follower 18, radio access device 10 exports one second notification signal to remote-control device 20.In simple terms, radio access device 10 and transducer 12,14,16 and/or follower 18 synchronously can complete pairing, and export first and second notification signal to remote-control device 20 simultaneously.
In other embodiments, radio access device 10 and transducer 12,14,16 and/or follower 18 also asynchronous or non-concurrent can complete pairing, and radio access device 10 exports first and second notification signal respectively to remote-control device 20.Certainly, remote-control device 20 is connected to radio access device 10 by a network, and remote-control device 20 is by built-in application program, to have shown transducer 12,14,16 and/or the follower 18 of pairing.It is worth mentioning that, in other embodiments, this S315 step can be omitted, radio access device 10 is connected voluntarily by remote-control device 20, to obtain the first and/or second identification signal in the online list of mnemon 104, art those of ordinary skill can freely design S315 step.
Next, in S309 step, judge whether radio access device 10 is in one second pre-conditioned.In fact, second pre-conditionedly the stop signal that remote-control device 20 transmits is received for a transmission timeout mode or radio access device 10.In fact, transmission timeout mode is such as 10,20,30 or 50 minutes, and the present embodiment does not limit transmission timeout mode.In simple terms, suppose that transmission time-out (Timeout) state is such as 30 minutes, then radio access device 10 enters pairing mode after 30 minutes with transducer 12,14,16 and/or follower 18, namely radio access device 10 terminates pairing mode automatically with transducer 12,14,16 and/or follower 18, and enters normal mode.
If when the judged result of S309 step is for being, then carry out in S311 step, radio access device 10 stops pairing mode, and enters a normal mode.If when the judged result of S309 step is no, then carry out S307 step.In other embodiments, user transmits a stop signal to radio access device 10 by remote-control device 20, to make radio access device 10 namely automatically terminate pairing mode with transducer 12,14,16 and/or follower 18, and enters normal mode.The present embodiment does not limit the form of the online method of pairing.
For example, when user will install security protection system 1 in new user dwelling, radio access device 10, transducer 12,14,16 and follower 18 are arranged in new user dwelling by user.Because radio access device 10 is the new machine after dispatching from the factory or empty machine.So when radio access device 10, transducer 12,14,16 and follower 18 to have been settled and after plug-in by user, then the processing unit 100 of radio access device 10 is judged to be in first pre-conditioned.Radio access device 10 by automatic search transducer 12,14,16 and follower 18, and enters pairing mode.In simple terms, user can complete the online setting of automation of radio access device 10, transducer 12,14,16 and follower 18 easily, to complete security protection system 1.
Again for example, after above-mentioned new user such as use safety guard system 1 a period of time, user can press a reset key 106 of radio access device 10, and reset key 106 couples processing unit 100.Therefore, the mnemon 104 of radio access device 10 by be in empty, mnemon 104 online list deleted, or radio access device 10 recovers original factory preset state.So when radio access device 10 is powered again, processing unit 100 will be judged to be in first pre-conditioned.Then radio access device 10 is by automatic search transducer 12,14,16 and follower 18, and enters pairing mode.The present embodiment does not limit the operation form of radio access device 10.
Fig. 4 is the online method flow diagram of the pairing of another embodiment of the present invention.Refer to Fig. 4.The online method of pairing wherein in Fig. 4 method both the method online to the pairing in Fig. 3 is similar, and matches the difference of online both methods and be: it is one first pre-conditioned that the online method of the pairing in Fig. 4 first can judge whether radio access device 10 is in.If when judged result is no, under radio access device 10 is in normal mode, then judge whether radio access device 10 receives a switching signal of a remote-control device 20.
In simple terms, the online method of the pairing of the present embodiment is in one first pre-conditioned at radio access device 10, or radio access device 10 receives the switching signal that remote-control device 20 transmits, and radio access device 10 all can enter pairing mode.
Match an online method, be applicable to a radio access device 10, radio access device 10 is in order to communicate with at least one transducer 12,14,16 and/or at least one follower 18, and online method of matching comprises the following steps:
In S401 step, receive a supply electric power in radio access device 10.Then, in S403 step, judge whether radio access device 10 is in one first pre-conditioned.If the judged result of S403 step is yes, then carry out S405 step, radio access device 10 automatic search transducer 12,14,16 and/or follower 18.
If the judged result of S403 step is no, then carry out S413 step, radio access device 10 enters normal mode.Then, in S417 step, judge whether radio access device 10 receives a switching signal of remote-control device 20 transmission.If the judged result of S417 step is no, then carry out S419 step, radio access device 10 is still in normal mode.Specifically, remote-control device 20 can transmit a switching signal, and via network to be transferred to radio access device 10.If the judged result of S417 step is yes, radio access device 10 receives the switching signal that a remote-control device 20 transmits, then carry out S415 step, a processing unit 100 of radio access device 10 controls a wireless communication unit 102 to reduce radio-frequency power.
In simple terms, radio access device 10 according to switching signal, to reduce the radio-frequency power of wireless communication unit 102.In other words, will be detected by radio access device 10 at the transducer 12,14,16 and/or follower 18 that are close to radio access device 10.And can not be detected by radio access device 10 away from the transducer 12,14,16 of radio access device 10 and/or follower 18.Therefore, the transducer 12,14,16 set by user dwelling and/or follower 18 will be detected by radio access device 10, and transducer 12,14,16 set by non-user dwelling and/or follower 18 can not be detected by radio access device 10.
Next, after S415 step, then carry out S405 step, radio access device 10 automatic search transducer 12,14,16 and/or follower 18.Afterwards, in S407 step, when transducer 12,14,16 and/or follower 18 being detected, radio access device 10 and transducer 12,14,16 enter a pairing mode, and/or radio access device 10 enters pairing mode with follower 18.In S409 step, judge whether radio access device 10 is in one second pre-conditioned.If S409 step judged result is yes, then carry out S411 step, radio access device 10 stops pairing mode, and enters a normal mode.If S409 step judged result is no, then carry out S407 step.
In addition, in S421 step, after radio access device 10 and transducer 12,14,16 complete pairing mode, radio access device 10 exports one first notification signal to remote-control device 20, and/or after radio access device 10 completes pairing mode with follower 18, radio access device 10 exports one second notification signal to remote-control device 20.
For example, security protection system 1 has been arranged on user dwelling a period of time, and user increases the transducer 12,14,16 and/or follower 18 that newly add in advance, and is configured in arround radio access device 10.Therefore, user can press a virtual key of remote-control device 20, exports a switching signal to radio access device 10 to make remote-control device 20.And radio access device 10 according to switching signal to reduce the radio-frequency power of wireless communication unit 102, and automatic search transducer 12,14,16 and/or follower 18.Certainly, the transducer 12,14,16 newly added and/or follower 18 will be detected and enter pairing mode, and after radio access device 10 and the transducer 12,14,16 newly added and/or follower 18 complete pairing, remote-control device 20 will all transducers 12,14,16 of display and/or follower 18.
It is worth mentioning that, in other embodiments, S417 step also can substitute and is, judges the first and/or second identification signal whether radio access device 10 receives transducer 12,14,16 and/or follower 18 and export after initial power-up.Such as when the transducer 12,14,16 newly added and/or follower 18, transducer 12,14,16 and follower 18 directly export first and second identification signal after powered up to radio access device 10, enter pairing mode to trigger radio access device 10.The present embodiment does not limit the operation form of pairing mode.
In sum, the invention provides a kind of online method of matching, wherein radio access device can judge whether it is that the new machine after dispatching from the factory, the empty machine reset or mnemon are in empty, and make radio access device and transducer and/or follower enter pairing mode, to record the identification signal of transducer, follower, and then radio access device and transducer and/or follower is made automated setting to be security protection system.Wherein transducer and/or follower its identification signal of broadcast transmission within a period of time of triggering energising, makes radio access device be recorded identification signal within the scope of this LAN.By foregoing, transducer and/or follower add in safety guard net thus.So, user, when installing security protection system, does not need manual pairings one by one, and automatically batch these transducers and/or follower can be added safety guard net, saves user and installs time needed for transducer and/or follower.
The foregoing is only better possible embodiments of the present invention, all equivalent variations of doing according to the present patent application the scope of the claims and modification, all should belong to protection scope of the present invention.
Claims (10)
1. the online method of pairing, be applicable to a radio access device of security protection, this radio access device, in order to communicate with at least one transducer and/or at least one follower, is characterized in that, the online method of this pairing comprises:
When this radio access device receives a supply electric power, judge whether this radio access device is in one first pre-conditioned;
If the determination result is YES, then this this at least one transducer of radio access device automatic search and/or this at least one follower;
When this at least one transducer and/or this at least one follower being detected, this radio access device and this at least one transducer enter a pairing mode, and/or this radio access device and this at least one follower enter this pairing mode;
Judge whether this radio access device is in one second pre-conditioned; And being if the determination result is YES in that this is second pre-conditioned, then this radio access device stops this pairing mode, and enters a normal mode.
2. the method that pairing as claimed in claim 1 is online, wherein this first pre-conditioned be that a mnemon of a factory preset state or this radio access device is in an empty.
3. the method that pairing as claimed in claim 2 is online, wherein this radio access device also comprises a reset key, when this reset key is triggered, this radio access device reverts to this factory preset state, or this mnemon is in this empty, and this radio access device is made again to receive this supply electric power.
4. the method that pairing as claimed in claim 2 is online, wherein this pairing mode be trigger after this at least one transducer broadcast transmission one first identification signal give this radio access device, this first identification signal of this this at least one transducer of radio access device record, and this first identification signal is stored in this mnemon, and/or this pairing mode be trigger after this at least one follower broadcast transmission one second identification signal give this radio access device, this second identification signal of this this at least one follower of radio access device record, and this second identification signal is stored in this mnemon.
5. the method that pairing as claimed in claim 4 is online, wherein also comprises in the step this at least one transducer and/or this at least one follower being detected:
This radio access device transmits a pairing signal to this at least one transducer and/or this at least one follower; And
This at least one transducer and/or this at least one follower according to this pairing signal, with this first identification signal of trigger communication and/or this second identification signal.
6. the method that pairing as claimed in claim 1 is online, is wherein judging whether this radio access device is in one first pre-conditioned step, if judged result is no, then this radio access device is in this normal mode.
7. the method that pairing as claimed in claim 6 is online, wherein be in the step of this normal mode at this radio access device and also comprise, judge the switching signal whether this radio access device receives a remote-control device and transmit, if the determination result is YES this switching signal that this remote-control device transmits is received, then a processing unit of this radio access device controls a wireless communication unit of this radio access device to reduce radio-frequency power, if this switching signal that judged result is transmitted for not receiving this remote-control device, then this radio access device is in this normal mode.
8. the method that pairing as claimed in claim 7 is online, wherein after this radio access device and this at least one transducer complete this pairing mode, this radio access device exports one first notification signal to this remote-control device, and/or after this radio access device and this at least one follower complete this pairing mode, this radio access device exports one second notification signal to this remote-control device.
9. the method that pairing as claimed in claim 7 is online, wherein this second pre-conditionedly receives the stop signal that this remote-control device transmits for a transmission timeout mode or this radio access device, and this remote-control device is connected to this radio access device by a network.
10. the method that pairing as claimed in claim 7 is online, wherein when this radio access device receives the bag data of this at least one transducer or this at least one follower at this normal mode, this processing unit judges whether the data described in identity column of the bag data of this at least one transducer or this at least one follower log in an online list, if judged result is not for log in this online list, then this processing unit automatically controls this wireless communication unit and switches to this pairing mode from this normal mode.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410399957.8A CN105338593A (en) | 2014-08-13 | 2014-08-13 | Pairing connection method |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410399957.8A CN105338593A (en) | 2014-08-13 | 2014-08-13 | Pairing connection method |
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| CN201410399957.8A Pending CN105338593A (en) | 2014-08-13 | 2014-08-13 | Pairing connection method |
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| US20100255782A1 (en) * | 2009-04-01 | 2010-10-07 | Bjarne Klemmensen | Method of pairing wireless devices |
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| CN102857267A (en) * | 2012-07-19 | 2013-01-02 | 中颖电子股份有限公司 | Method and system for automatic pairing with Bluetooth human-computer interface device |
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| US20100255782A1 (en) * | 2009-04-01 | 2010-10-07 | Bjarne Klemmensen | Method of pairing wireless devices |
| CN101718984A (en) * | 2009-11-30 | 2010-06-02 | 中兴通讯股份有限公司 | Remote controller, Bluetooth hands-free equipment and Bluetooth control system and method |
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