CN103812532A - Matching system and matching method - Google Patents
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- CN103812532A CN103812532A CN201210441451.XA CN201210441451A CN103812532A CN 103812532 A CN103812532 A CN 103812532A CN 201210441451 A CN201210441451 A CN 201210441451A CN 103812532 A CN103812532 A CN 103812532A
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Abstract
The invention provides a matching system and a matching method.The matching system includes an information generating device, a wireless device and a receiving device to perform a matching method. The matching method comprises the following steps of allowing the information generating device to execute a generating program to using a wireless communication protocol to emit a plurality of matching information in a wireless way. When the wireless device receives any matching information in a wireless way, the wireless device enters into a matching mode, and a first matching program is executed to be matched with the receiving device. When the receiving device receives any matching information in a wireless way, the receiving device enters into a matching mode, and a second matching program is executed to be matched with the receiving device. Through a mode of triggering the matching mode by using the matching information, the wireless device and the receiving device can be automatically matched according to the matching system and the matching method.
Description
Technical field
The present invention relates to a kind of pairing (binding) system and matching method, particularly pair system and the matching method of a kind of energy automatic matching one wireless device and a receiving system.
Background technology
Between main frame and peripheral device, carry out communication modes in the past and be generally wired mode, also transmit electric signal with entity wire, such as connecting the PS/2 port of mouse or keyboard or connecting the universal serial bus (Universal Serial Bus, USB) of general periphery.But be limited to connecting line, the scope of activities of the device such as mouse or keyboard limited to, and cause use inconvenience and connecting line mixed and disorderly.
In order to improve these shortcomings, manufacturer develops the peripheral device that can link up with the wireless communication protocols such as bluetooth and main frame now, to increase the use elasticity of peripheral device.Wireless peripheral device mainly comprises a paired radio transmitters and a wireless receiver, and wherein radio transmitters is exactly the peripheral device such as mouse or keyboard.Wireless receiver still needs to be connected with main frame, but radio transmitters can be wirelessly links up with wireless receiver, with via wireless receiver and main frame communication.
But paired peripheral device and wireless receiver are need the program through a pairing (binding) before using, and could link up each other wirelessly.Therefore before shipment, factory needs first paired peripheral device and wireless receiver by pairing.And before matching, must allow peripheral device and wireless receiver all enter a pairing mode, and peripheral device and wireless receiver are all set on same wireless channel.
Traditionally, the operator of factory must switch the particular switch of peripheral device or press specific key combination in mode manually, just can make peripheral device enter pairing mode.For wireless receiver, need to assign instruction by software in addition and allow wireless receiver enter pairing mode.Therefore traditional matching method very labor intensive and man-hour, could match to peripheral device and wireless receiver; And this problem is serious especially in the time of a large amount of volume production.
Summary of the invention
In order to address the above problem, the object of the present invention is to provide a kind of pair system and matching method.Wherein pair system comprises a unpaired message generation device, a wireless device and a receiving system, and can be in order to carry out matching method.
Matching method is in order to match wireless device and receiving system, and comprises the following steps.Make unpaired message generation device carry out a generating routine, to utilize a wireless communication protocol to send wirelessly multiple unpaired messages.In the time that wireless device receives any unpaired message wirelessly, wireless device enters a pairing mode, and carries out one first matcher to match with receiving system.In the time that receiving system receives any unpaired message wirelessly, receiving system enters pairing mode, and carries out one second matcher to match with wireless device.
Wherein wireless communication protocol can have multiple channels, and unpaired message generation device can send these unpaired messages on all channels.
The first matcher can comprise the following steps.Send a matching request to receiving system, wherein matching request can have a wireless device information.In the time receiving a pairing response from receiving system, can note down the receiving system information in pairing response.And the second matcher can comprise the following steps.When receiving when a matching request, the wireless device information in record matching request, concurrent delivery is to response to wireless device, and wherein pairing is responded and can be had receiving system information.
According to an enforcement example, the second matcher separately can comprise the following steps.In the time receiving connection request, the time-out information that sends is to unpaired message generation device.
And generating routine can comprise the following steps.Utilize wireless communication protocol to send wirelessly unpaired message.In the time receiving time-out information, stop sending unpaired message.And generating routine separately can comprise the following steps.In the time that unpaired message generation device meets a continuation condition, continue to send unpaired message.
In sum, matching method and pair system can make unpaired message generation device send unpaired message on all channels, make wireless device and receiving system can enter fast and completely automatically pairing mode, and significantly reduce manpower and man-hour required while pairing.
Describe the present invention below in conjunction with the drawings and specific embodiments, but not as a limitation of the invention.
Accompanying drawing explanation
Figure 1A is the block diagram of the pair system of an enforcement example;
Figure 1B is the running schematic diagram of the pair system of an enforcement example;
Fig. 2 is the schematic flow sheet of the matching method of an enforcement example;
Fig. 3 is the schematic flow sheet of the first matcher of an enforcement example;
Fig. 4 is the schematic flow sheet of the second matcher of an enforcement example;
Fig. 5 is the schematic flow sheet of the second matcher of an enforcement example;
Fig. 6 is the schematic flow sheet of the generating routine of an enforcement example;
Fig. 7 is the schematic flow sheet of the generating routine of an enforcement example;
Fig. 8 is the communication schematic diagram of the pair system of an enforcement example.
Wherein, Reference numeral
20 unpaired message generation devices
30 wireless devices
40 receiving systems
50,52,54 wireless device groups
60 mobile devices
62 dividing plates
64 computers
70 trigger points
Embodiment
In execution mode, describe below detailed features of the present invention and advantage in detail, its content is enough to make any those skilled in the art understand technology contents of the present invention and implement according to this, and according to the disclosed content of this specification, claim scope and accompanying drawing, any those skilled in the art can understand object and the advantage that the present invention is relevant easily.
The invention provides a kind of pairing (binding) system and matching method, wherein pair system can be in order to carry out matching method.Pair system comprises a unpaired message generation device and a paired wireless device and a receiving system, and matching side rule is in order to be paired into right wireless device and receiving system.In more detail, matching method can be one by one to still unpaired many group wireless devices and receiving system match; And " pairing " refers to the initial setting behavior that paired one group of wireless device and receiving system can be recognized mutually the other side's information and link up that is regarded as that allows.
Please refer to 1A figure, it is the block diagram of the pair system of an enforcement example.Unpaired message generation device 20 can utilize a wireless communication protocol to link up with wireless device 30 and receiving system 40 wirelessly, and also can link up each other wirelessly between wireless device 30 and receiving system 40.Wireless device 30 can be for example computer peripheral equipments such as mouse, keyboard, drawing board or the Trackpad of wireless type; 40 of receiving systems can utilize a transmission line to be directly connected with computer, the signal sending in order to receive wirelessly wireless device 30, and the signal of reception is transferred to computer by recycling transmission line.Generally speaking, wireless device 30 is considered to be master control (master), and 40 of receiving systems are subordinate (slaver).
The wireless communication protocol adopting between unpaired message generation device 20, wireless device 30 and receiving system 40 is for example bluetooth (Bluetooth), IEEE 802.11,2.4G or ZigBee(group honeybee).And communication between communication, unpaired message generation device 20 and receiving system 40 between unpaired message generation device 20 and wireless device 30 and the communication between wireless device 30 and receiving system 40 can adopt different wireless communication protocols.
Paired wireless device 30 and receiving system 40 are regarded as one group of wireless device group.Please refer to Figure 1B, it is the block diagram of the pair system of another enforcement example.In the enforcement example of Figure 1B, organize wireless device group 50,52,54 more and can be configured on a mobile device 60.Mobile device 60 can be for example the crawler belt of factory, and it can carry wireless device group 50,52,54 automated movement.Matching method can utilize unpaired message generation device 20 sequentially each wireless device group 50,52,54 to be set.
For example, wireless device group 50 can first form pair system with unpaired message generation device 20 and match in wireless device group 50 wireless device 30 and receiving system 40.After wireless device group 50 has been matched, mobile device 60 can advance towards the direction of arrow automatically, so that next group wireless device group 52 is moved on to allocation with unpaired message generation device 20 forms pair system, and match wireless device 30 and the receiving system 40 of next group wireless device group 52.And have influence on the wireless device group 52 or 54 of other groups for fear of the wireless telecommunications between the unpaired message generation device 20 just matching, wireless device 30 and receiving system 40, between the wireless device group 50 that can match and other wireless device group 52 and 54, configure a dividing plate 62.And the wireless device 30 of the execution matching method of the following stated and receiving system 40 belong to the wireless device group 50 of matching.
Unpaired message generation device 20 and receiving system 40 can be connected to same computer 64 by different transmission lines or entity transmission interface (physical transmission interface).Therefore between unpaired message generation device 20 and receiving system 40, can pass through computer 64 communications, and unpaired message generation device 20 can be learnt the information such as the connection status of receiving system 40 by computer 64.
Then please coordinate Figure 1B simultaneously with reference to Fig. 2, Fig. 2 is the schematic flow sheet of the matching method of an enforcement example.
While starting to match, a shilling unpaired message generation device 20 is carried out a generating routine, to utilize wireless communication protocol to send wirelessly multiple unpaired messages (step S110).Wherein unpaired message can be that content is the package of the specific word string preset, in order to inform that wireless device 30 and receiving system 40 need to enter the opportunity of a pairing mode.
In more detail, wireless communication protocol generally has multiple channels (channel), and unpaired message generation device 20 can send unpaired message on all channels.Take bluetooth as example, bluetooth can cut into 2.45GHz communication frequency band the channel of 79 1MHz, and alternately transmits data on these 79 channels; And unpaired message generation device 20 can be on each channel be broadcasted respectively (broadcast) to wireless device 30 and receiving system 40 and is sent at least one unpaired message.Therefore no matter wireless device 30 and receiving system 40 start after in which channel, can both receive unpaired message, therefore can guarantee that wireless device 30 and receiving system 40 can both receive unpaired message.
Implement example according to another, the wireless telecommunications between wireless device 30 and receiving system 40 can not used all channels, and only frequency hopping and communication in specific multiple channels.Unpaired message generation device 20 can only send unpaired message in the channel likely using.
After wireless device 30 is activated, can judge constantly whether wireless device 30 receives any unpaired message (step S120) wirelessly.In the time that wireless device 30 receives any unpaired message wirelessly, wireless device 30 will enter pairing mode, and carries out one first matcher to match (step S130) with receiving system 40.
Similarly, after receiving system 40 is activated, can judge constantly whether receiving system 40 receives any unpaired message (step S140) wirelessly.In the time that receiving system 40 receives any unpaired message wirelessly, receiving system 40 will enter pairing mode, and carries out one second matcher to match (step S150) with wireless device 30.
In other words, wireless device 30 and receiving system 40 can be paired information triggering and automatically enter pairing mode.Therefore compared to need to and triggering the way of receiving system 40 with extra software control with manual activation wireless device 30 traditionally, the matching method of proposition can make wireless device 30 and receiving system 40 enter pairing mode and then automatically match fast and automatically.
In addition, above-mentioned steps S120 and step S140 can parallel executions.That is to say, which will be introduced into pairing mode not limit wireless device 30 or receiving system 40.
Then please refer to Fig. 3 and Fig. 4, it is respectively the first matcher of an enforcement example and the schematic flow sheet of the second matcher.
Enter after pairing mode, wireless device 30 and receiving system 40 can use and have co-channel communication altogether.But unpaired message generation device 20 also can be specified specific channel in unpaired message, and make wireless device 30 and receiving system 40 use the channel of specifying to link up; And can specify different channels to wireless device 30 and receiving system 40 in unpaired message.
In the first matcher, wireless device 30 can send a matching request to receiving system 40 by the channel of share channel or appointment, and wherein matching request has a wireless device information (step S210).Wireless device information can comprise the address (address) of wireless device 30, the unique identification code that the medium access control address (Media Access Control address, MAC address) of for example wireless device 30 or the corresponding wireless communication protocol using are set.And matching request can comprise the specific word string that another is default, in order to represent finding the receiving system 40 that can match.
After sending matching request, wireless device 30 is sustainable judges whether that receiving a pairing from receiving system 40 responds (step S220).In the time receiving pairing response from receiving system 40, the receiving system information (step S230) that wireless device 30 records are matched in responding, wherein receiving system information can comprise the address of receiving system 40.Wireless device 30 can be embedded in the address of receiving system 40 inventory that oneself is safeguarded, whether the package that after record, just identification is received is by this to be sent by receiving system 40.
On the other hand, in the second matcher, receiving system 40 can judge whether to receive matching request (step S310) by the channel of share channel or appointment.In the time receiving matching request, receiving system 40 can be noted down the wireless device information in matching request, and concurrent delivery is to response to wireless device 30(step S320).That is to say, after receiving matching request, receiving system 40 can be embedded in the address of wireless device 30 inventory that oneself is safeguarded, and the address of oneself is replied to wireless device 30.Thus, wireless device 30 and receiving system 40 package that just identification the other side sends mutually, therefore can link up each other.
Except address, the specified channel that will use also can comprise next communication in wireless device information and receiving system information time or use clock pulse; But these extra information are row communication again after also can waiting and having matched.
According to an enforcement example, when wireless device 30 and receiving system 40 all enter after pairing mode, unpaired message generation device 20 can suspend and produces unpaired message to save electric power.Please refer to Fig. 5 and Fig. 6, it is one to implement the second matcher of example and the schematic flow sheet of generating routine for this reason.
In the second matcher, in the time that receiving system 40 enters pairing mode and receives matching request, represent that wireless device 30 has also entered pairing mode; Therefore receiving system 40 can send a time-out information to unpaired message generation device 20(step S330).
In generating routine, unpaired message generation device 20 can utilize wireless communication protocol on all channels, to send wirelessly unpaired message (step S410) at the beginning, and continues to judge whether to receive time-out information (step S420).In the time receiving time-out information, unpaired message generation device 20 just can stop sending unpaired message (step S430).And if do not receive that time-out information, 20 of unpaired message generation devices can repeat to send unpaired message to wireless device 30 and receiving system 40, until receive time-out information.In addition, time-out information can directly be transmitted time-out information by unpaired message generation device 20 with the computer 64 that receiving system 40 is connected jointly, but not by wireless telecommunications.
Thus, when current wireless device group 50 all enters after pairing mode, unpaired message generation device 20 just can temporarily stop producing unpaired message.And matched when current wireless device group 50, need to next be organized wireless device group 52 and is matched time, unpaired message generation device 20 just sends unpaired message again.
Please refer to Fig. 7, it is the schematic flow sheet of the generating routine of another enforcement example.After unpaired message generation device 20 sends unpaired message, sustainablely judge whether to receive time-out information (step S420).And if receive time-out information, sustainablely judge whether unpaired message generation device 20 meets a continuation condition (step S440).
The condition that wherein continues can be that the receiving system 40 of current wireless device group 50 is removed from computer 64, or the receiving system 40 of the wireless device group 52 of next group is connected with computer 64.Because unpaired message generation device 20 and receiving system 40 are connected to same computer 64, therefore whether unpaired message generation device 20 can be removed by the current receiving system 40 of active detecting, or whether the receiving system of next group 40 is bonded.In the time that unpaired message generation device 20 meets continuation condition, just can get back to step S410 and on all channels, again continue to send again unpaired message, enter pairing mode with the wireless device group 52 that makes next group.
The global communication concept of pair system is finally described by Fig. 8.After a trigger point 70, unpaired message generation device 20 sends wireless device 30 and the receiving system 40 of unpaired message to current wireless device group 50.Wireless device 30 receives unpaired message and sends matching request to receiving system 40 after entering pairing mode; Receiving system 40 is replied with pairing response after receiving matching request, and sends time-out information to unpaired message generation device 20.After receiving time-out information, unpaired message generation device 20 just stops sending unpaired message, until next trigger point 70.Wherein trigger point 70 identifiers are closed and are stated the time point of continuation condition, and for example unpaired message generation device 20 has detected when receiving system 40 is connected with computer 64.And unpaired message, matching request and pairing response can be all to transmit wirelessly.
In sum, matching method and pair system utilization make unpaired message generation device send the mode of unpaired message to wireless device and receiving system, make wireless device and receiving system can enter fast and completely automatically pairing mode.Thus, can significantly reduce manpower required while pairing and man-hour, improve operating speed, more efficient while making volume production.
Certainly; the present invention also can have other various embodiments; in the situation that not deviating from spirit of the present invention and essence thereof; those of ordinary skill in the art are when making according to the present invention various corresponding changes and distortion, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the present invention.
Claims (10)
1. a matching method, in order to match a wireless device and a receiving system, is characterized in that, comprising:
Make a unpaired message generation device carry out a generating routine, to utilize a wireless communication protocol to send wirelessly multiple unpaired messages;
In the time that this wireless device receives arbitrary this unpaired message wirelessly, this wireless device enters a pairing mode, and carries out one first matcher to match with this receiving system; And
In the time that this receiving system receives arbitrary this unpaired message wirelessly, this receiving system enters this pairing mode, and carries out one second matcher to match with this wireless device.
2. matching method according to claim 1, is characterized in that, this wireless communication protocol has multiple channels, and this unpaired message generation device sends those unpaired messages on those all channels.
3. matching method according to claim 1, is characterized in that, this first matcher comprises:
Send a matching request to this receiving system, wherein this matching request has a wireless device information; And
In the time receiving a pairing response from this receiving system, note down the receiving system information in this pairing response;
And this second matcher comprises:
In the time receiving this matching request, note down this wireless device information in this matching request, and send this pairing response to this wireless device, wherein this pairing is responded and is had this receiving system information.
4. matching method according to claim 3, is characterized in that, this second matcher also comprises:
In the time receiving this matching request, the time-out information that sends is to this unpaired message generation device;
And this generating routine comprises:
Utilize this wireless communication protocol to send wirelessly those unpaired messages; And
In the time receiving this time-out information, stop sending those unpaired messages.
5. matching method according to claim 4, is characterized in that, this generating routine also comprises:
In the time that this unpaired message generation device meets a continuation condition, continue to send those unpaired messages.
6. a pair system, is characterized in that, comprising:
One unpaired message generation device, in order to carry out a generating routine, to utilize a wireless communication protocol to send wirelessly multiple unpaired messages;
One wireless device, in the time receiving wirelessly arbitrary this unpaired message, enters a pairing mode, and carries out one first matcher to match with a receiving system; And
This receiving system, in the time receiving wirelessly arbitrary this unpaired message, enters this pairing mode, and carries out one second matcher to match with this wireless device.
7. pair system according to claim 6, is characterized in that, this wireless communication protocol has multiple channels, and this unpaired message generation device sends those unpaired messages on those all channels.
8. pair system according to claim 6, is characterized in that, this first matcher comprises:
Send a matching request to this receiving system, wherein this matching request has a wireless device information; And
In the time receiving a pairing response from this receiving system, note down the receiving system information in this pairing response;
And this second matcher comprises:
In the time receiving this matching request, note down this wireless device information in this matching request, and send this pairing response to this wireless device, wherein this pairing is responded and is had this receiving system information.
9. pair system according to claim 8, is characterized in that, this second matcher also comprises:
In the time receiving this matching request, the time-out information that sends is to this unpaired message generation device;
And this generating routine comprises:
Utilize this wireless communication protocol to send wirelessly those unpaired messages; And
In the time receiving this time-out information, stop sending those unpaired messages.
10. pair system according to claim 9, is characterized in that, this generating routine also comprises:
In the time that this unpaired message generation device meets a continuation condition, continue to send those unpaired messages.
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| CN201210441451.XA CN103812532A (en) | 2012-11-07 | 2012-11-07 | Matching system and matching method |
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| CN109671188A (en) * | 2017-10-13 | 2019-04-23 | 映智科技股份有限公司 | Biological characteristic identification lock group and its matching method |
| CN113922846A (en) * | 2018-05-25 | 2022-01-11 | 瑞昱半导体股份有限公司 | Transmitting end Bluetooth device and receiving end Bluetooth device |
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Application publication date: 20140521 |