CN106162935A - Method of attachment between a kind of terminal and device - Google Patents

Method of attachment between a kind of terminal and device Download PDF

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Publication number
CN106162935A
CN106162935A CN201510191793.4A CN201510191793A CN106162935A CN 106162935 A CN106162935 A CN 106162935A CN 201510191793 A CN201510191793 A CN 201510191793A CN 106162935 A CN106162935 A CN 106162935A
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China
Prior art keywords
acceleration
force
acceleration force
parameter information
size
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CN201510191793.4A
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Chinese (zh)
Inventor
魏利鹏
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ZTE Corp
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ZTE Corp
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Priority to CN201510191793.4A priority Critical patent/CN106162935A/en
Priority to PCT/CN2015/086380 priority patent/WO2016169151A1/en
Publication of CN106162935A publication Critical patent/CN106162935A/en
Pending legal-status Critical Current

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M1/00—Substation equipment, e.g. for use by subscribers
    • H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
    • H04M1/725—Cordless telephones

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Telephone Function (AREA)

Abstract

The embodiment of the invention discloses the method for attachment between a kind of terminal and device, described method includes: detection obtains the first moving parameter information；Receive terminal iidentification id information and the second moving parameter information of correspondence thereof；Compared with described second moving parameter information, when there is, in comparing the first moving parameter information detected, the first moving parameter information meeting certain condition, to be connected terminal corresponding with described terminal ID info is set up and is connected.

Description

Method of attachment between a kind of terminal and device
Technical field
The present invention relates to the wireless connect technology in the communications field, particularly relate to the connection side between a kind of terminal Method and device.
Background technology
Currently, intelligent terminal to connect Wireless Fidelity (WIFI, WIreless-FIdelity) Free Internet Access process big Cause as follows: the main menu being first turned on intelligent terminal's such as mobile phone is configured, and opens WIFI function；Carry out Wireless local area network scan, if WIFI is in opening, mobile phone can to can search wireless network enters Row-column list；When wireless network list completes, user clicks on the title of the network wanting connection, if connected Network be shielded, user is accomplished by the complicated password of input and clickthrough enters and accesses；Then intelligence Terminal can connect to WIFI, user can at will Free Internet Access.
Inventor finds, when proceeding as described above connection WIFI Free Internet Access, to be primarily present problems with:
1, complex operation step: in order to prevent other people from stealing by oneself family's WIFI resource, general family exists Password, therefore user WIFI to be connected online all can be set after buying wireless router, it is necessary to input password , operation is the most convenient.2, the easily stolen use of password: the existing stolen mode of WIFI password is the most, Such as online known widely " WIFI skeleton key " is exactly a automatic free WIFI hot spot of acquisition periphery and builds The vertical software connected, the WIFI hot spot data shared by built-in ten million user in high in the clouds are attached, so Just have a lot of people and " rub net ".By " sharing " invasion, " user's acquiescence shares password can increase mobile phone to hacker Security risk ", especially Android mobile phone, WIFI password is in plain text to be saved in mobile phone, even if having added close High in the clouds, hacker still can by certain technological means obtain WIFI password.If user cipher is stolen, Arising that other people this home network of free trial, and cause resource occupying, speed of surfing the Internet reduces.
Summary of the invention
In view of this, embodiment of the present invention expectation provides the method for attachment between a kind of terminal and device, permissible Reach easy to operate, the purpose of high safety.
For reaching above-mentioned purpose, the technical scheme is that and be achieved in that:
Embodiments providing the method for attachment between a kind of terminal, described method includes:
Detection obtains the first moving parameter information；
Receive terminal iidentification id information and the second moving parameter information of correspondence thereof；
Compared with described second moving parameter information, deposit in comparing the first moving parameter information detected When meeting the first moving parameter information of certain condition, to be connected terminal corresponding with described terminal ID info Set up and connect.
In such scheme, described first moving parameter information includes the one in following parameter: the first acceleration The very first time value of power, the size of the first acceleration force, the direction of the first acceleration force；
Described second moving parameter information correspondence includes the one in following parameter: the second of the second acceleration force Time value, the size of the second acceleration force, the direction of the second acceleration force；
Accordingly, described the first moving parameter information meeting certain condition includes following a kind of situation:
There is the very first time of first acceleration force equal with the second time value of described second acceleration force , there is the size of equal-sized first acceleration force with described second acceleration force, exist with described in value The direction of first acceleration force in opposite direction of the second acceleration force.
In such scheme, described first moving parameter information includes the two kinds: first acceleration in following parameter The very first time value of power, the size of the first acceleration force, the direction of the first acceleration force；
Described second moving parameter information correspondence includes second of the two kinds: second acceleration force in following parameter Time value, the size of the second acceleration force, the direction of the second acceleration force；
Accordingly, described the first moving parameter information meeting certain condition is included in same first motion ginseng There are two kinds in situations below in number information:
There is the very first time of first acceleration force equal with the second time value of described second acceleration force , there is the size of equal-sized first acceleration force with described second acceleration force, exist with described in value The direction of first acceleration force in opposite direction of the second acceleration force.
In such scheme, described first moving parameter information includes following parameter: the first of the first acceleration force Time value, the size of the first acceleration force, the direction of the first acceleration force；
Second moving parameter information correspondence includes following: the second time value of the second acceleration force, and second accelerates The size of degree power, the direction of the second acceleration force；
Accordingly, described the first moving parameter information meeting certain condition is included in same first motion ginseng There is situations below in number information:
There is the very first time of first acceleration force equal with the second time value of described second acceleration force , there is the size of equal-sized first acceleration force with described second acceleration force, and exist and institute in value State the direction of first acceleration force in opposite direction of the second acceleration force.
In such scheme, described detection obtains the first moving parameter information, including:
By the first acceleration transducer in real time detect acquisition described first acceleration transducer in float electrode away from The first electric field force produced from change, record detects the very first time value of described first electric field force；Described One electric field force includes the size and Orientation of the first electric field force；
When described first electric field force is more than 0, described first electric field force is equivalent to the first acceleration force, obtains Obtain described first moving parameter information；Wherein, in described first moving parameter information, described first acceleration The very first time value that very first time value is described first electric field force of power, the size of described first acceleration force is The size of described first electric field force, the direction of described first acceleration force is the direction of described first electric field force；
Or,
The first acceleration obtaining described router, record detection is detected in real time by the first acceleration transducer The very first time to described first acceleration is worth；Described first acceleration include the first acceleration size and Direction；
When described first acceleration is more than 0, described first acceleration is converted to the first acceleration force, obtains Obtain the first moving parameter information；Wherein, in described first moving parameter information, described first acceleration force Very first time value is the very first time value of described acceleration, and the size of described first acceleration force is described first The size of the power that acceleration is converted into, the direction of described first acceleration force is the direction of described first acceleration.
In such scheme, setting up after wireless network is connected with described terminal, described method also includes: continue to connect Receive the terminal ID info and the second of correspondence of other terminals to be connected described that other terminals to be connected send Moving parameter information, sets up with other terminals to be connected described and is connected.
The embodiment of the present invention additionally provides the method for attachment between a kind of terminal, and described method includes:
Detection obtains the second moving parameter information；
Terminal iidentification id information, described second moving parameter information are sent to each service terminal detected, Described terminal ID info, described second moving parameter information are used for each service terminal when meeting condition with described The terminal to be connected of terminal ID info mark is set up and is connected.
In such scheme, described second moving parameter information includes at least one in following parameter: described Second time value of two acceleration force, the size of described second acceleration force, the side of described second acceleration force To.
In such scheme, described detection obtains the second moving parameter information, including:
After linkage function is opened, detected described second acceleration of acquisition in real time by the second acceleration transducer The second electric field force that in sensor, the change of float electrode distance produces, record detects described second electric field force Second time value；Described second electric field force includes size and the direction of the second electric field force；
When described second electric field force is more than 0, described second electric field force is equivalent to the second acceleration force, obtains Obtain the second moving parameter information, wherein, in described second moving parameter information, described second acceleration force Second time value is the second time value of described second electric field force, and the size of described second acceleration force is described The size of the second electric field force, the direction of described second acceleration force is the direction of described second electric field force；
Or,
After linkage function is opened, detected in real time by the second acceleration transducer and obtain the second of described terminal Acceleration, record detects the second time value of described second acceleration；Described second acceleration includes second The size of acceleration and direction；
When described second acceleration is more than 0, described second acceleration is converted to the second acceleration force, obtains Obtain described second moving parameter information；Wherein, in described second moving parameter information, described second acceleration Second time value that second time value is described acceleration of power, the size of described second acceleration force is described The size of the power that the second acceleration is converted into, the direction of described second acceleration force is described second acceleration Direction.
In such scheme, on connecting after service terminal, stop each clothes detected to described terminal to be connected Business terminal sends terminal ID info and second moving parameter information of described terminal to be connected.
The embodiment of the present invention additionally provides the attachment means between a kind of terminal, including:
First detection module, is used for detecting acquisition the first moving parameter information；
Receiver module, for receiving the second moving parameter information of terminal iidentification id information and correspondence thereof；
Comparison module, for compared with the second moving parameter information described in described receiver module, compares described Whether the first moving parameter information that first detection module detects exists the first motion meeting certain condition Parameter information；
Connection establishment module, meets the first motion of certain condition for comparing existence at described comparison module During parameter information, to be connected terminal corresponding with described terminal ID info is set up and is connected.
In such scheme, described first moving parameter information includes the one in following parameter: the first acceleration The very first time value of power, the size of the first acceleration force, the direction of the first acceleration force；
Described second moving parameter information correspondence includes the one in following parameter: the second of the second acceleration force Time value, the size of the second acceleration force, the direction of the second acceleration force；
Accordingly, described the first moving parameter information meeting certain condition includes following a kind of situation:
There is the very first time of first acceleration force equal with the second time value of described second acceleration force , there is the size of equal-sized first acceleration force with described second acceleration force, exist with described in value The direction of first acceleration force in opposite direction of the second acceleration force.
In such scheme, described first moving parameter information includes the two kinds: first acceleration in following parameter The very first time value of power, the size of the first acceleration force, the direction of the first acceleration force；
Described second moving parameter information correspondence includes second of the two kinds: second acceleration force in following parameter Time value, the size of the second acceleration force, the direction of the second acceleration force；
Accordingly, described the first moving parameter information meeting certain condition is included in same first motion ginseng There are two kinds in situations below in number information:
There is the very first time of first acceleration force equal with the second time value of described second acceleration force , there is the size of equal-sized first acceleration force with described second acceleration force, exist with described in value The direction of first acceleration force in opposite direction of the second acceleration force.
In such scheme, described first moving parameter information includes following parameter: the first of the first acceleration force Time value, the size of the first acceleration force, the direction of the first acceleration force；
Second moving parameter information correspondence includes following: the second time value of the second acceleration force, and second accelerates The size of degree power, the direction of the second acceleration force；
Accordingly, described the first moving parameter information meeting certain condition is included in same first motion ginseng There is situations below in number information:
There is the very first time of first acceleration force equal with the second time value of described second acceleration force , there is the size of equal-sized first acceleration force with described second acceleration force, and exist and institute in value State the direction of first acceleration force in opposite direction of the second acceleration force.
In such scheme, described first detection module includes: the first acceleration sensing submodule and the first conversion Submodule；
Described first acceleration sensing submodule, for detecting acquisition institute in real time by the first acceleration transducer Stating the first electric field force that in the first acceleration transducer, the change of float electrode distance produces, record detects described The very first time value of the first electric field force；Described first electric field force includes the size and Orientation of the first electric field force；
Described first transform subblock, for the first electricity detected at described first acceleration sensing submodule When field force is more than 0, described first electric field force is equivalent to the first acceleration force, it is thus achieved that described first motion ginseng Number information；Wherein, in described first moving parameter information, the very first time value of described first acceleration force is The very first time value of described first electric field force, the size of described first acceleration force is described first electric field force Size, the direction of described first acceleration force is the direction of described first electric field force；
Or,
Described first acceleration sensing submodule, for detecting acquisition institute in real time by the first acceleration transducer Stating the first acceleration of router, record detects the very first time value of described first acceleration；Described first Acceleration includes size and the direction of the first acceleration；
Described first transform subblock, for detect at described first acceleration sensing submodule described the When one acceleration is more than 0, described first acceleration is converted to the first acceleration force, it is thus achieved that the first motion ginseng Number information；Wherein, in described first moving parameter information, the very first time value of described first acceleration force is The very first time value of described acceleration, the size of described first acceleration force is that described first acceleration is converted into The size of power, the direction of described first acceleration force is the direction of described first acceleration.
In such scheme, described receiver module, it is additionally operable to set up and described terminal in described connection establishment module The corresponding terminal to be connected of id information set up connect after, continue to other terminals to be connected send described its The terminal ID info of his terminal to be connected and the second moving parameter information of correspondence thereof.
The embodiment of the present invention additionally provides the attachment means between a kind of terminal, and described attachment means includes:
Second detection module, is used for detecting acquisition the second moving parameter information；
Sending module, is used for described second terminal iidentification id information, described second detection module detected Moving parameter information is sent to each service terminal detected, described terminal ID info, described second motion ginseng The terminal to be connected that number information identifies with described terminal ID info when meeting condition for each service terminal is built Vertical connection.
In such scheme, described second moving parameter information includes at least one in following parameter: described Second time value of two acceleration force, the size of described second acceleration force, the side of described second acceleration force To.
In such scheme, described second detection module includes: the second acceleration sensing submodule and the second conversion Submodule；
Described second acceleration sensing submodule, for after linkage function is opened, is passed by the second acceleration Sensor detects in real time and obtains the second electric field that in described second acceleration transducer, the change of float electrode distance produces Power, record detects the second time value of described second electric field force；Described second electric field force includes the second electric field The size of power and direction；
Described second transform subblock, for detect at described second acceleration sensing submodule described the When two electric field forces are more than 0, described second electric field force is equivalent to the second acceleration force, it is thus achieved that the second motion ginseng Number information, wherein, in described second moving parameter information, the second time value of described second acceleration force is Second time value of described second electric field force, the size of described second acceleration force is described second electric field force Size, the direction of described second acceleration force is the direction of described second electric field force；
Or,
Described second acceleration sensing submodule, for after linkage function is opened, is passed by the second acceleration Sensor detects the second acceleration obtaining described terminal in real time, and record detects the second of described second acceleration Time value；Described second acceleration includes size and the direction of the second acceleration；
Described second transform subblock, for detect at described second acceleration sensing submodule described the When two acceleration are more than 0, described second acceleration is converted to the second acceleration force, it is thus achieved that described second fortune Dynamic parameter information；Wherein, in described second moving parameter information, the second time of described second acceleration force Value is the second time value of described acceleration, and the size of described second acceleration force is that described second acceleration turns The size of the power changed into, the direction of described second acceleration force is the direction of described second acceleration.
In such scheme, described sending module, after service terminal on connecting, stop to the described company for the treatment of Connect terminal ID info and the second motion ginseng of each service terminal described terminal to be connected of transmission that terminal detects Number information.
Embodiments provide the method for attachment between a kind of terminal and device, to connect wireless in terminal During network, user has only to open radio network functions switch, and touches router antenna by terminal, so, The method that the router applications present invention provides just can be made at same time point, and relatively described router detects The size and Orientation of the second acceleration force of the first acceleration force and described terminal detection, equal in magnitude and Time in opposite direction, it is determined that terminal is set up wireless network in request and connected, then router is just set up wireless with terminal Network connects.Applying the method that the embodiment of the present invention provides, other people want to use this wireless network resource, must Palpus is near router and contacts router antenna, so, non-family members can be avoided illegally to obtain wireless network Resource probability.
The method of the embodiment of the present invention is touched the most accessible, is not required to input password, very convenient, and this The method of inventive embodiments must be close to router and to contact router antenna just accessible, and security performance is high, It is difficult to stolen, and convenient and swift, for driving user, effect is particularly evident.It addition, the present invention The method that embodiment provides can also quickly connect the terminal that any two needs connect.
Accompanying drawing explanation
Method of attachment between a kind of terminal being applied to router side that Fig. 1 provides for the embodiment of the present invention 1 Schematic flow sheet；
Method of attachment stream between a kind of terminal being applied to end side that Fig. 2 provides for the embodiment of the present invention 1 Journey schematic diagram；
Method of attachment schematic flow sheet between a kind of terminal that Fig. 3 provides for the embodiment of the present invention 2；
The structured flowchart of the attachment means between a kind of terminal that Fig. 4 provides for the embodiment of the present invention 3；
The structured flowchart of the attachment means between the another kind of terminal that Fig. 5 provides for the embodiment of the present invention 3.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clearly Chu, it is fully described by.
The method that the embodiment of the present invention provides is the method for attachment between terminal, i.e. service terminal and end to be connected Method of attachment between end, service terminal needs be provided with touching device (can be external antenna), If user wants to set up the connection between service terminal and terminal to be connected, it is only necessary to use terminal to be connected Touching device on touching service terminal, due in service terminal and terminal to be connected in the embodiment of the present invention all Equipped with acceleration transducer, when the two occurs the moment of touching, according to active force and counteracting force principle, must So can produce a power equal in magnitude, in opposite direction in the same time；If therefore described service terminal detection The acceleration force arrived meets at least one condition following with the acceleration force of described terminal to be connected detection: detect The time arrived is identical, and the acceleration force detected is equal in magnitude, and the acceleration force detected is in opposite direction, just Showing that terminal to be connected is set up in request to connect, now service terminal just can be set up with terminal to be connected and be connected.
It is service terminal that the method that the embodiment of the present invention provides can be applied an intelligent terminal, other intelligence Terminal is that the bluetooth of terminal to be connected connects in scene, as when two intelligent terminal's bluetooths to be set up connect, The two is touched；The method that the most just embodiment of the present invention can be applied to provide is set up bluetooth and is connected.This It is service terminal that the method that bright embodiment provides can also be applied at a card reader, mobile terminal (such as mobile phone) For in the connection scene of terminal to be connected, when needs confirm user profile or carry out mobile-phone payment, with movement Terminal touching card reader, the method that the application embodiment of the present invention provides is set up after connecting, and can be set by mobile Confirm for user profile is sent to card reader, or by the interconnection networking of installation in mobile device Application program, completes to pay.Certainly, the method that the embodiment of the present invention provides can also be applied and at router be Service terminal, intelligent terminal is in the wireless connections scene connecting terminal.In a particular embodiment of the present invention, It is router with service terminal, as a example by terminal to be connected is intelligent terminal, uses wireless network between the two Connection procedure carries out scene description.
Embodiment 1
Present embodiments provide the method for attachment between a kind of terminal, as it is shown in figure 1, described method is applied to Service terminal router side, the handling process of the present embodiment method comprises the following steps:
Step 101, detection obtain the first moving parameter information.
Existing router is owing to being only used as a terminal, so its internal process chip is relatively easy, Non-accelerated sensor exists, so, the router side increase in the embodiment of the present invention arranges an acceleration Sensor, described router can detect the first kinematic parameter letter of described router by acceleration transducer Breath；Optionally, can be with the detection in real time of seriality ground, it is also possible to or periodically (the detection cycle can be 1s) Ground detects the first moving parameter information of described router.Optionally, described first moving parameter information includes At least one in following parameter: the very first time value of described first acceleration force, described first acceleration force Size, the direction of described first acceleration force.
Here it should be noted that described acceleration transducer is added float electrode etc. by a fixed mass block Part composition, according to acceleration transducer principle and structure, is had by acceleration transducer detection acceleration force A kind of two kinds of methods: method is that, after stress, in described acceleration transducer, float electrode distance can produce Change, and then cause capacitance size to change, according to active force and counteracting force, by measuring the big of electric field force Little and direction equivalence can go out acceleration force size and Orientation；Still an alternative is that, directly measure acceleration Size and Orientation, then according to F=ma, and known fixed mass block m value, calculate acceleration The size and Orientation of power.General recommendations directly uses first method, reduces one and calculates process.
Therefore the detection described in step 101 obtains the first moving parameter information and includes:
By the first acceleration transducer in real time detect acquisition described first acceleration transducer in float electrode away from The first electric field force produced from change, record detects the very first time value of described first electric field force；Described One electric field force includes the size and Orientation of the first electric field force；When described first electric field force is more than 0, by described First electric field force is equivalent to the first acceleration force, it is thus achieved that described first moving parameter information；Wherein, described In one moving parameter information, the very first time value of described first acceleration force is the first of described first electric field force Time value, the size of described first acceleration force is the size of described first electric field force, described first acceleration The direction of power is the direction of described first electric field force；Or, detected in real time by the first acceleration transducer and obtain Obtaining the first acceleration of described router, record detects the very first time value of described first acceleration；Described First acceleration includes size and the direction of the first acceleration；When described first acceleration is more than 0, will Described first acceleration is converted to the first acceleration force, it is thus achieved that the first moving parameter information；Wherein, described In one moving parameter information, the very first time that very first time value is described acceleration of described first acceleration force Value, the size of described first acceleration force is the size of the power that described first acceleration is converted into, described first The direction of acceleration force is the direction of described first acceleration.
Step 102, reception terminal ID info and the second moving parameter information of correspondence thereof.
Described intelligent terminal is after wireless network linkage function is opened, it is also possible to the side as described in step 101 Method is the same, is detected acquisition the second moving parameter information, described second fortune in real time by the second acceleration transducer Dynamic parameter information correspondence includes at least one in following parameter: the second time value of described second acceleration force, The size of described second acceleration force, the direction of described second acceleration force.Here it should be noted that Parameter type in described second moving parameter information is wanted with the parameter type in described first moving parameter information Unanimously, comprise in the i.e. first moving parameter information is the very first time value of the first acceleration force, the most described Two moving parameter information correspondences include the second time value of described second acceleration force；First moving parameter information In comprise is the size and Orientation of the first acceleration force, the most described second moving parameter information correspondence includes institute State size and the side of the second acceleration force；If comprise in the first moving parameter information is the first acceleration force Very first time value, size and Orientation, the most described second moving parameter information correspondence includes described second acceleration Second time value of power, size and Orientation.
Then, this intelligent terminal will be by the terminal ID info of this intelligent terminal, described second kinematic parameter letter Breath is sent to each router that described intelligent terminal detects, described router is monitoring ambient intelligence always The signal of terminal transmission, router is receiving the second moving parameter information of terminal ID info and its correspondence After, step 103 can be carried out at once.
Step 103, compared with described second moving parameter information, comparing detect first motion ginseng When number information exists the first moving parameter information meeting certain condition, corresponding with described terminal ID info Terminal to be connected is set up and is connected.
In described router, correspondence preserves the first moving parameter information that described router detects in real time.Institute State and meet the first moving parameter information of certain condition and be included in same first moving parameter information, meet At least one situation below: first acceleration force equal with the second time value of described second acceleration force The very first time is worth, and the size of equal-sized first acceleration force of described second acceleration force, with described The direction of first acceleration force in opposite direction of the second acceleration force.If comparing the first motion detected There is first moving parameter information meeting above-mentioned certain condition in parameter information, then router is with described Intelligent terminal's (terminal to be connected) of terminal ID info mark sets up and connects.
Example:
If 1 described first moving parameter information only includes the very first time value of described first acceleration force, phase The described second moving parameter information correspondence answered only includes: the second time value of described second acceleration force, then Compare the very first time that there is first acceleration force equal with the second time value of described second acceleration force Value, i.e. shows at same time point, the first acceleration force that described router detects, described intelligent terminal Also the second acceleration force detected, this indicates that intelligent terminal sets up wireless network in request and connects.It is similar to, If moving parameter information only comprises acceleration force size, then first add what described router detected The size of speed power exists the second acceleration that the size of first acceleration force sends with described intelligent terminal When degree power is equal in magnitude, show that intelligent terminal sets up wireless network in request and connects.Or, if motion ginseng When number information only comprises acceleration force direction, then the side of the first acceleration force detected at described router The the second acceleration force direction phase sent with described intelligent terminal to the direction of middle one the first acceleration force of existence Inverse time, show that intelligent terminal sets up wireless network in request and connects.
If 2 described first moving parameter information include the very first time value of described first acceleration force, first The size of acceleration force；The most described second moving parameter information correspondence includes: described second acceleration force The second time value, the size of the second acceleration force.Then need to compare existence the first moving parameter information full Be enough to lower condition: in same first moving parameter information, exist and the second of described second acceleration force The very first time value of the first acceleration force that time value is equal, and there is the size etc. of described second acceleration force When the size of described first acceleration force, i.e. show at same time point, described router detect Second acceleration force of one acceleration force and the detection of described terminal is equal in magnitude, and this indicates that terminal is built in request Vertical wireless network connects, and terminal ID info can be the positional information etc. of terminal, according to this terminal ID info, The terminal distribution IP address that router will identify to this terminal ID info, sets up wireless connections.It is similar to, If comprise in moving parameter information is the parameter of other combination of two, as long as then meeting same first When moving parameter information exists the parameter both meeting condition, i.e. show that terminal sets up wireless network in request Network connects.
Optionally, during comparing, can the most relatively and obtain parameter when meeting condition, then Another corresponding for the parameter meeting condition parameter is compared with the parameter in described second moving parameter information Relatively.Example, it is assumed that time value and acceleration magnitude during two parameters comprised in moving parameter information, then Can the most relatively and obtain very first time identical with described second time value and be worth, then will be with described second time The size of the first acceleration force of the very first time value correspondence that value is identical is entered with the size of described second acceleration force Row compares.
If 3 described first moving parameter information include the very first time value of described first acceleration force, first The size and Orientation of acceleration force；The most described second moving parameter information correspondence includes: described second adds Second time value of speed power, the size and Orientation of the second acceleration force.Then comparing existence the first motion Parameter information meets following condition: in same first moving parameter information, exists and accelerates with described second The very first time value of the first acceleration force that the second time value of degree power is equal, exists and described second acceleration The size of first acceleration force equal in magnitude of power, and exist with described second acceleration force in opposite direction During the direction of the first acceleration force, i.e. showing when same time point, what described router detected first adds The second acceleration force that speed power and described terminal detect is equal in magnitude, in opposite direction, then show that terminal is being asked Asking and set up wireless network connection, terminal ID info can be the positional information etc. of terminal, according to this Termination ID Information, the terminal distribution IP address that router will identify to this terminal ID info, set up wireless network even Connect.Here the process setting up wireless network connection sets up what wireless network was connected with input password in prior art Process is identical, does not repeats them here.
Optionally, during comparing, can the most relatively and obtain identical with described second time value the One time value, is worth the first acceleration force of corresponding preservation by the very first time identical with described second time value Size and Orientation compares with the size and Orientation of described second acceleration force；Two acceleration force size phases Deng time, the terminal identified with described terminal ID info is set up wireless network and is connected.
Described router is being set up after wireless network is connected with described terminal, continues to what other-end sent The id information of described other-end and the second moving parameter information of its correspondence, make described router with described Other intelligent terminal set up wireless network and connect.
The present embodiment additionally provides the method for attachment between a kind of terminal, as in figure 2 it is shown, the application of described method In terminal to be connected i.e. intelligent terminal side, the handling process of the present embodiment method comprises the following steps:
Step 201, detection obtain the second moving parameter information.
Described intelligent terminal can be real-time by the second acceleration transducer after wireless network linkage function is opened Detection obtains the second moving parameter information, specifically includes: detect acquisition in real time by the second acceleration transducer The second electric field force that in described second acceleration transducer, the change of float electrode distance produces, record detects institute State the second time value of the second electric field force；Described second electric field force includes size and the direction of the second electric field force； When described second electric field force is more than 0, described second electric field force is equivalent to the second acceleration force, it is thus achieved that the Two moving parameter information, wherein, in described second moving parameter information, the second of described second acceleration force Time value is the second time value of described second electric field force, and the size of described second acceleration force is described second The size of electric field force, the direction of described second acceleration force is the direction of described second electric field force；Or, After linkage function is opened, detected the second acceleration obtaining described terminal in real time by the second acceleration transducer, Record detects the second time value of described second acceleration；Described second acceleration includes the second acceleration Size and direction；When described second acceleration is more than 0, described second acceleration is converted to second and adds Speed power, it is thus achieved that described second moving parameter information；Wherein, in described second moving parameter information, described Second time value that second time value is described acceleration of the second acceleration force, described second acceleration force Size is the size of the power that described second acceleration is converted into, and the direction of described second acceleration force is described The direction of two acceleration.
Step 202, terminal ID info, described second moving parameter information are sent to the service that detects eventually End.
After described router receives the second moving parameter information of terminal ID info and its correspondence, according to institute State described first moving parameter information that router detected by step 101 two moving parameter information to be entered Row compares, if compare the first moving parameter information that existence meets certain condition, then shows that terminal exists Request is set up wireless network and is connected, the terminal distribution IP address that router will identify to terminal ID info, The IP address of described intelligent terminal for reception router distribution, makes described intelligent terminal and described router set up nothing Gauze network connects.
Described intelligent terminal after wireless network, just stops to each with what described intelligent terminal detected on connecting Router sends the terminal ID info of described intelligent terminal, the second moving parameter information, saves power consumption.Institute State intelligent terminal and establish entrance connection status after wireless network connects, can carry out data transmission with the Internet.
The method that the present embodiment provides is touched the most accessible, is not required to input password, very convenient, and this Implementation must be close to router and to contact router antenna just accessible, is difficult to stolen.
Embodiment 2:
Present embodiments provide the method for attachment between a kind of terminal, as it is shown on figure 3, present implementation realizes The overall structure being based on is by a router 30, three intelligent terminal 31,32,33 compositions, this enforcement The concrete handling process of example method includes:
Router 30 is constantly in reception detection state, persistently carries out step 301-303:
Step 301, described router detect acquisition described first in real time by the first acceleration transducer to accelerate The first electric field force that in degree sensor, the change of float electrode distance produces, record detects described first electric field force The very first time value；Described first electric field force includes size and the direction of the first electric field force.
Step 302, described first electric field force more than 0 time, described first electric field force is equivalent to by router First acceleration force, it is thus achieved that the first moving parameter information of described router.Described first moving parameter information Including following parameter: the very first time value of described first acceleration force, the size of described first acceleration force, The direction of described first acceleration force；Wherein, in described first moving parameter information, described first acceleration The very first time value that very first time value is described first electric field force of power, the size of described first acceleration force is The size of described first electric field force, the direction of described first acceleration force is the direction of described first electric field force.
General router is static, when router detects according to step 301, and the first electricity detected Field force is 0, now may determine that as not producing described first acceleration force, does not carry out step 302.
Described intelligent terminal is when wireless network linkage function is opened, it will receive neighbouring router by antenna Signal, and according to signal power, all-router name column in present scope is enumerated, meanwhile, described intelligence Terminal can carry out following step:
Step 303, described intelligent terminal are detected acquisition described second in real time and add by the second acceleration transducer The second electric field force that in velocity sensor, the change of float electrode distance produces, record detects described second electric field Second time value of power；Described second electric field force includes size and the direction of the second electric field force.
Step 304, when described second electric field force is more than 0, described terminal is by equivalent for described second electric field force It is the second acceleration force, it is thus achieved that the second moving parameter information of described router, described second kinematic parameter letter Cease and include following parameter: the second time value of described second acceleration force, the size of described second acceleration force, The direction of described second acceleration force；Wherein, in described second moving parameter information, described second acceleration Second time value of power is the second time value of described second electric field force, and the size of described second acceleration force is The size of described second electric field force, the direction of described second acceleration force is the direction of described second electric field force.
Step 305, described intelligent terminal are by the terminal ID info of described intelligent terminal, described second acceleration Power and described second time value are sent to each router that described intelligent terminal detects.
When described router receives the terminal ID info that intelligent terminal sends, described second moving parameter information Time, carry out step 306.
Step 306, compare and obtain the very first time value identical with described second time value, by described and described The first acceleration force that the very first time value correspondence that second time value is identical preserves, with described second acceleration force Compare.
If two acceleration force are equal in magnitude and in opposite direction, then can determine that now intelligent terminal asks to set up WIFI connects, and carries out step 307；Otherwise, terminal proceeds step 303-305, and router persistently enters Row step 301-302, until it is equal in magnitude to compare two acceleration force of synchronization during step 306, direction On the contrary, step 307 is carried out.
The terminal that step 307 identifies with described terminal ID info is set up wireless network and is connected.
As it is shown on figure 3, when user touches the aerial position of router 30 with intelligent terminal 31, at the two Touching moment, according to active force and counteracting force principle, intelligent terminal 31 necessarily produces one to router 30 Individual acceleration force, router 30 the most necessarily produces an acceleration force, router to intelligent terminal 31 simultaneously The first electric field force more than 0 can be detected according to step 301, then proceed to step 302, by produce Described first acceleration force and described very first time value correspondence are saved in moving parameter information table.Meanwhile, Intelligent terminal 31 can detect the second electric field force more than 0 according to step 303, then carry out step 304, 305, by the terminal ID info of described terminal, described second moving parameter information is sent to the detection of described terminal Each router arrived.
Router 30 receives the terminal ID info of described terminal, after described second moving parameter information, just Step 306 can be carried out, at this point it is possible to compare the time touching router 30 antenna intelligent terminal 31 Point, the second acceleration force size phase that the first acceleration force that described router detects and described terminal detect Deng, in opposite direction, at this time it is determined that now intelligent terminal 31 request is set up WIFI and connected, now Router distributes IP address immediately to intelligent terminal 31, and sets up wireless network and connect, and intelligent terminal 31 builds After vertical wireless network connects, stop carrying out step 303-305.
As it is shown on figure 3, router 30 proceeds step 301-302 detects described first moving parameter information. If intelligent terminal 32 also wants couple in router 30 to carry out WIFI connection, user just can open intelligence eventually The wireless network linkage function of end 32, touches the aerial position of router 30, according to upper with intelligent terminal 32 The intelligent terminal 31 that face describes connects wireless network methods, makes router 30 distribute IP address to intelligent terminal 32, set up wireless network and connect.
If as it is shown on figure 3, intelligent terminal 33 opens wireless network linkage function, but not touching route The antenna of device 30, at this moment under external force touches effect, intelligent terminal 33 detects through step 303 and is more than Second electric field force of 0, then carry out step 304,305, by the terminal ID info of described intelligent terminal, institute State the second moving parameter information and be sent to each router that described terminal detects, if router 30 is permissible Receive described terminal ID info and the second moving parameter information, then router 30 will carry out step 306, Now, owing to not touching between intelligent terminal 33 and router, therefore can not compare at same time point, The second acceleration force that the first acceleration force that described router detects and described terminal detect is equal in magnitude, In opposite direction；At this time router it is determined that now intelligent terminal 33 do not ask to set up WIFI and connect, Do not carry out step 307.Hereafter, intelligent terminal 33 may proceed to carry out step 303-305 until being connected to wireless The wireless network linkage function of network or intelligent terminal 33 is closed.
So, user wants that setting up multiple intelligent terminal's wireless network connects, it is possible to touch road by each terminal Realized by device antenna, very convenient, and unlike pin mode accesses, easily stolen use.
Embodiment 3
Embodiments providing the attachment means between a kind of terminal, this device can be arranged on service eventually On end, as shown in Figure 4, this device includes: first detection module 401, receiver module 402, comparison module 403, connection establishment module 404, wherein,
First detection module 401, is used for detecting acquisition the first moving parameter information；Receiver module 402, is used for Receive terminal iidentification id information and the second moving parameter information of correspondence thereof；Comparison module 403, is used for and institute State the second moving parameter information described in receiver module 402 to compare, compare and examine at described first detection module 401 Whether the first moving parameter information measured exists the first moving parameter information meeting certain condition；Connect Set up module 404, meet the first motion of certain condition for comparing existence at described comparison module 403 During parameter information, to be connected terminal corresponding with described terminal ID info is set up and is connected.
In the present embodiment, it is primarily present following three kinds of situations:
1, described first moving parameter information includes the one in following parameter: the first acceleration force first time Between be worth, the size of the first acceleration force, the direction of the first acceleration force；Described second moving parameter information pair The one in following parameter should be included: the second time value of the second acceleration force, the size of the second acceleration force, The direction of the second acceleration force；Accordingly, described the first moving parameter information meeting certain condition include with Lower a kind of situation: have the of first acceleration force equal with the second time value of described second acceleration force , there is the size of equal-sized first acceleration force with described second acceleration force, exist in one time value Direction with first acceleration force in opposite direction of described second acceleration force.
2, described first moving parameter information include the two kinds: first acceleration force in following parameter first time Between be worth, the size of the first acceleration force, the direction of the first acceleration force；Described second moving parameter information pair Should include the second time value of the two kinds: second acceleration force in following parameter, the size of the second acceleration force, The direction of the second acceleration force；Accordingly, described the first moving parameter information meeting certain condition is included in Same first moving parameter information exists two kinds in situations below: exist and described second acceleration force The very first time value of equal the first acceleration force of the second time value, exist and described second acceleration force , there is in opposite direction first with described second acceleration force in the size of equal-sized first acceleration force The direction of acceleration force.
3, described first moving parameter information includes following parameter: the very first time value of the first acceleration force, The size of one acceleration force, the direction of the first acceleration force；Second moving parameter information correspondence includes following: Second time value of the second acceleration force, the size of the second acceleration force, the direction of the second acceleration force；Phase Answering, described the first moving parameter information meeting certain condition is included in same first moving parameter information The middle situations below that exists: there is first acceleration force equal with the second time value of described second acceleration force Very first time value, there is the size of equal-sized first acceleration force with described second acceleration force, And there is the direction of the first acceleration force in opposite direction with described second acceleration force.
Optionally, as shown in Figure 4, described first detection module 401 includes: the first acceleration sensing submodule Block 4011 and the first transform subblock 4012.
Described first acceleration sensing submodule 4011, is obtained for being detected in real time by the first acceleration transducer Obtaining the first electric field force that in described first acceleration transducer, the change of float electrode distance produces, record detects The very first time value of described first electric field force；Described first electric field force includes the size and Orientation of the first electric field force； Described first transform subblock 4012, for detect at described first acceleration sensing submodule 4011 When first electric field force is more than 0, described first electric field force is equivalent to the first acceleration force, it is thus achieved that described first Moving parameter information；Wherein, in described first moving parameter information, described first acceleration force first time Between value for described first electric field force the very first time value, the size of described first acceleration force be described first electricity The size of field force, the direction of described first acceleration force is the direction of described first electric field force.
Or,
Described first acceleration sensing submodule 4011, is obtained for being detected in real time by the first acceleration transducer Obtaining the first acceleration of described router, record detects the very first time value of described first acceleration；Described First acceleration includes size and the direction of the first acceleration；Described first transform subblock 4012, is used for When described first acceleration that described first acceleration sensing submodule 4011 detects is more than 0, by described First acceleration is converted to the first acceleration force, it is thus achieved that the first moving parameter information；Wherein, described first fortune In dynamic parameter information, the very first time value that very first time value is described acceleration of described first acceleration force, The size of described first acceleration force is the size of the power that described first acceleration is converted into, and described first accelerates The direction of degree power is the direction of described first acceleration.
Described receiver module 402, is additionally operable to set up and described terminal ID info phase in described connection establishment module The terminal to be connected answered is set up after connecting, continue to that other terminals to be connected send described other are to be connected The terminal ID info of terminal and the second moving parameter information of correspondence thereof.
The present embodiment additionally provides the attachment means between a kind of terminal, and this device can be arranged on end to be connected On end, as it is shown in figure 5, this device includes: the second detection module 501, sending module 502, wherein,
Second detection module 501, is used for detecting acquisition the second moving parameter information；Sending module 502, is used for Described second moving parameter information that terminal ID info, described second detection module 501 detect is sent to The each service terminal detected, described terminal ID info, described second moving parameter information are for each service eventually The terminal to be connected that end identifies with described terminal ID info when meeting condition is set up and is connected.Described second motion Parameter information includes at least one in following parameter: the second time value of described second acceleration force, described The size of the second acceleration force, the direction of described second acceleration force.
Optionally, as it is shown in figure 5, described second detection module 501 includes: the second acceleration sensing submodule Block 5011 and the second transform subblock 5012.
Described second acceleration sensing submodule 5011, for after linkage function is opened, accelerates by second Degree sensor detects second that in described second acceleration transducer of acquisition, the change of float electrode distance produces in real time Electric field force, record detects the second time value of described second electric field force；Described second electric field force includes second The size of electric field force and direction；Described second transform subblock 5012, for passing at described second acceleration When sense described second electric field force that detects of submodule 5011 is more than 0, described second electric field force is equivalent to the Two acceleration force, it is thus achieved that the second moving parameter information, wherein, in described second moving parameter information, described Second time value of the second acceleration force is the second time value of described second electric field force, described second acceleration The size of power is the size of described second electric field force, and the direction of described second acceleration force is described second electric field The direction of power；
Or,
Described second acceleration sensing submodule 5011, is used for after described terminal opens radio network functions, Continuously or periodically detection in real time obtains the second acceleration of described terminal, and record detects that described second adds Second time value of speed；Described second acceleration includes size and the direction of the second acceleration；Described Two transform subblock 5012, described second for detecting at the second acceleration sensing submodule 5011 adds When speed is more than 0, described second acceleration is converted to the second acceleration force, it is thus achieved that described second motion ginseng Number information；Wherein, in described second moving parameter information, the second time value of described second acceleration force is Second time value of described acceleration, the size of described second acceleration force is that described second acceleration is converted into The size of power, the direction of described second acceleration force is the direction of described second acceleration.
Described sending module 502, is additionally operable to, on connecting after service terminal, stop to described terminal to be connected The each service terminal detected sends terminal ID info and second moving parameter information of described terminal to be connected.
In actual applications, described first detection module 401 and described second detection module 501 can use and add Velocity sensor realizes；Described receiver module 402, comparison module 403, connection establishment module 404 can be by positions Central processing unit (CPU) on router, microprocessor (MPU), digital signal processor (DSP) Or the device such as field programmable gate array (FPGA) realizes；Described sending module 502 can be by being positioned in terminal The device such as CPU, MPU, DSP or FPGA realize.
Those skilled in the art are it should be appreciated that embodiments of the invention can be provided as method, system or meter Calculation machine program product.Therefore, the present invention can use hardware embodiment, software implementation or combine software and The form of the embodiment of hardware aspect.And, the present invention can use and wherein include calculating one or more The computer-usable storage medium of machine usable program code (includes but not limited to disk memory and optical storage Device etc.) form of the upper computer program implemented.
The present invention is with reference to method, equipment (system) and computer program according to embodiments of the present invention Flow chart and/or block diagram describe.It should be understood that can be by computer program instructions flowchart and/or side Flow process in each flow process in block diagram and/or square frame and flow chart and/or block diagram and/or the knot of square frame Close.Can provide these computer program instructions to general purpose computer, special-purpose computer, Embedded Processor or The processor of other programmable data processing device is to produce a machine so that by computer or other can The instruction that the processor of programming data processing equipment performs produces for realizing in one flow process or multiple of flow chart The device of the function specified in flow process and/or one square frame of block diagram or multiple square frame.
These computer program instructions may be alternatively stored in and can guide computer or other programmable data processing device In the computer-readable memory worked in a specific way so that be stored in this computer-readable memory Instruction produces the manufacture including command device, and this command device realizes at one flow process of flow chart or multiple stream The function specified in journey and/or one square frame of block diagram or multiple square frame.
These computer program instructions also can be loaded in computer or other programmable data processing device, makes Sequence of operations step must be performed to produce computer implemented place on computer or other programmable devices Reason, thus the instruction performed on computer or other programmable devices provides for realizing flow chart one The step of the function specified in flow process or multiple flow process and/or one square frame of block diagram or multiple square frame.
The above, only presently preferred embodiments of the present invention, it is not intended to limit the protection model of the present invention Enclose.

Claims (20)

1. the method for attachment between a terminal, it is characterised in that described method includes:
Detection obtains the first moving parameter information；
Receive terminal iidentification id information and the second moving parameter information of correspondence thereof；
Compared with described second moving parameter information, deposit in comparing the first moving parameter information detected When meeting the first moving parameter information of certain condition, to be connected terminal corresponding with described terminal ID info Set up and connect.
Method of attachment the most according to claim 1, it is characterised in that described first moving parameter information One including in following parameter: the very first time value of the first acceleration force, the size of the first acceleration force, The direction of the first acceleration force；
Described second moving parameter information correspondence includes the one in following parameter: the second of the second acceleration force Time value, the size of the second acceleration force, the direction of the second acceleration force；
Accordingly, described the first moving parameter information meeting certain condition includes following a kind of situation:
There is the very first time of first acceleration force equal with the second time value of described second acceleration force , there is the size of equal-sized first acceleration force with described second acceleration force, exist with described in value The direction of first acceleration force in opposite direction of the second acceleration force.
Method of attachment the most according to claim 1, it is characterised in that described first moving parameter information The very first time including the two kinds: first acceleration force in following parameter is worth, the size of the first acceleration force, The direction of the first acceleration force；
Described second moving parameter information correspondence includes second of the two kinds: second acceleration force in following parameter Time value, the size of the second acceleration force, the direction of the second acceleration force；
Accordingly, described the first moving parameter information meeting certain condition is included in same first motion ginseng There are two kinds in situations below in number information:
There is the very first time of first acceleration force equal with the second time value of described second acceleration force , there is the size of equal-sized first acceleration force with described second acceleration force, exist with described in value The direction of first acceleration force in opposite direction of the second acceleration force.
Method of attachment the most according to claim 1, it is characterised in that described first moving parameter information Including following parameter: the very first time value of the first acceleration force, the size of the first acceleration force, first accelerates The direction of degree power；
Second moving parameter information correspondence includes following: the second time value of the second acceleration force, and second accelerates The size of degree power, the direction of the second acceleration force；
Accordingly, described the first moving parameter information meeting certain condition is included in same first motion ginseng There is situations below in number information:
There is the very first time of first acceleration force equal with the second time value of described second acceleration force , there is the size of equal-sized first acceleration force with described second acceleration force, and exist and institute in value State the direction of first acceleration force in opposite direction of the second acceleration force.
5. according to the method for attachment described in any one of claim 2-4, it is characterised in that described detection obtains First moving parameter information, including:
By the first acceleration transducer in real time detect acquisition described first acceleration transducer in float electrode away from The first electric field force produced from change, record detects the very first time value of described first electric field force；Described One electric field force includes the size and Orientation of the first electric field force；
When described first electric field force is more than 0, described first electric field force is equivalent to the first acceleration force, obtains Obtain described first moving parameter information；Wherein, in described first moving parameter information, described first acceleration The very first time value that very first time value is described first electric field force of power, the size of described first acceleration force is The size of described first electric field force, the direction of described first acceleration force is the direction of described first electric field force；
Or,
The first acceleration obtaining described router, record detection is detected in real time by the first acceleration transducer The very first time to described first acceleration is worth；Described first acceleration include the first acceleration size and Direction；
When described first acceleration is more than 0, described first acceleration is converted to the first acceleration force, obtains Obtain the first moving parameter information；Wherein, in described first moving parameter information, described first acceleration force Very first time value is the very first time value of described acceleration, and the size of described first acceleration force is described first The size of the power that acceleration is converted into, the direction of described first acceleration force is the direction of described first acceleration.
Method of attachment the most according to claim 1, it is characterised in that set up wireless network with described terminal After network connects, described method also includes: continue to that other terminals to be connected send described other are to be connected The terminal ID info of terminal and the second moving parameter information of correspondence thereof, set up with other terminals to be connected described Connect.
7. the method for attachment between a terminal, it is characterised in that described method includes:
Detection obtains the second moving parameter information；
Terminal iidentification id information, described second moving parameter information are sent to each service terminal detected, Described terminal ID info, described second moving parameter information are used for each service terminal when meeting condition with described The terminal to be connected of terminal ID info mark is set up and is connected.
Method of attachment the most according to claim 7, it is characterised in that described second moving parameter information Including at least one in following parameter: the second time value of described second acceleration force, described second accelerates The size of degree power, the direction of described second acceleration force.
Method of attachment the most according to claim 8, it is characterised in that described detection obtains the second motion Parameter information, including:
After linkage function is opened, detected described second acceleration of acquisition in real time by the second acceleration transducer The second electric field force that in sensor, the change of float electrode distance produces, record detects described second electric field force Second time value；Described second electric field force includes size and the direction of the second electric field force；
When described second electric field force is more than 0, described second electric field force is equivalent to the second acceleration force, obtains Obtain the second moving parameter information, wherein, in described second moving parameter information, described second acceleration force Second time value is the second time value of described second electric field force, and the size of described second acceleration force is described The size of the second electric field force, the direction of described second acceleration force is the direction of described second electric field force；
Or,
After linkage function is opened, detected in real time by the second acceleration transducer and obtain the second of described terminal Acceleration, record detects the second time value of described second acceleration；Described second acceleration includes second The size of acceleration and direction；
When described second acceleration is more than 0, described second acceleration is converted to the second acceleration force, obtains Obtain described second moving parameter information；Wherein, in described second moving parameter information, described second acceleration Second time value that second time value is described acceleration of power, the size of described second acceleration force is described The size of the power that the second acceleration is converted into, the direction of described second acceleration force is described second acceleration Direction.
Method of attachment the most according to claim 7, it is characterised in that on connecting after service terminal, Stop sending the Termination ID letter of described terminal to be connected to each service terminal that described terminal to be connected detects Breath and the second moving parameter information.
Attachment means between 11. 1 kinds of terminals, it is characterised in that including:
First detection module, is used for detecting acquisition the first moving parameter information；
Receiver module, for receiving the second moving parameter information of terminal iidentification id information and correspondence thereof；
Comparison module, for compared with the second moving parameter information described in described receiver module, compares described Whether the first moving parameter information that first detection module detects exists the first motion meeting certain condition Parameter information；
Connection establishment module, meets the first motion of certain condition for comparing existence at described comparison module During parameter information, to be connected terminal corresponding with described terminal ID info is set up and is connected.
12. attachment means according to claim 11, it is characterised in that described first kinematic parameter letter The one that breath includes in following parameter: the very first time value of the first acceleration force, the size of the first acceleration force, The direction of the first acceleration force；
Described second moving parameter information correspondence includes the one in following parameter: the second of the second acceleration force Time value, the size of the second acceleration force, the direction of the second acceleration force；
Accordingly, described the first moving parameter information meeting certain condition includes following a kind of situation:
There is the very first time of first acceleration force equal with the second time value of described second acceleration force , there is the size of equal-sized first acceleration force with described second acceleration force, exist with described in value The direction of first acceleration force in opposite direction of the second acceleration force.
13. attachment means according to claim 11, it is characterised in that described first kinematic parameter letter Breath includes the very first time value of the two kinds: first acceleration force in following parameter, the size of the first acceleration force, The direction of the first acceleration force；
Described second moving parameter information correspondence includes second of the two kinds: second acceleration force in following parameter Time value, the size of the second acceleration force, the direction of the second acceleration force；
Accordingly, described the first moving parameter information meeting certain condition is included in same first motion ginseng There are two kinds in situations below in number information:
There is the very first time of first acceleration force equal with the second time value of described second acceleration force , there is the size of equal-sized first acceleration force with described second acceleration force, exist with described in value The direction of first acceleration force in opposite direction of the second acceleration force.
14. attachment means according to claim 11, it is characterised in that described first kinematic parameter letter Breath includes following parameter: the very first time value of the first acceleration force, the size of the first acceleration force, first adds The direction of speed power；
Second moving parameter information correspondence includes following: the second time value of the second acceleration force, and second accelerates The size of degree power, the direction of the second acceleration force；
Accordingly, described the first moving parameter information meeting certain condition is included in same first motion ginseng There is situations below in number information:
There is the very first time of first acceleration force equal with the second time value of described second acceleration force , there is the size of equal-sized first acceleration force with described second acceleration force, and exist and institute in value State the direction of first acceleration force in opposite direction of the second acceleration force.
15. according to the attachment means described in any one of claim 12-14, it is characterised in that described first Detection module includes: the first acceleration sensing submodule and the first transform subblock；
Described first acceleration sensing submodule, for detecting acquisition institute in real time by the first acceleration transducer Stating the first electric field force that in the first acceleration transducer, the change of float electrode distance produces, record detects described The very first time value of the first electric field force；Described first electric field force includes the size and Orientation of the first electric field force；
Described first transform subblock, for the first electricity detected at described first acceleration sensing submodule When field force is more than 0, described first electric field force is equivalent to the first acceleration force, it is thus achieved that described first motion ginseng Number information；Wherein, in described first moving parameter information, the very first time value of described first acceleration force is The very first time value of described first electric field force, the size of described first acceleration force is described first electric field force Size, the direction of described first acceleration force is the direction of described first electric field force；
Or,
Described first acceleration sensing submodule, for detecting acquisition institute in real time by the first acceleration transducer Stating the first acceleration of router, record detects the very first time value of described first acceleration；Described first Acceleration includes size and the direction of the first acceleration；
Described first transform subblock, for detect at described first acceleration sensing submodule described the When one acceleration is more than 0, described first acceleration is converted to the first acceleration force, it is thus achieved that the first motion ginseng Number information；Wherein, in described first moving parameter information, the very first time value of described first acceleration force is The very first time value of described acceleration, the size of described first acceleration force is that described first acceleration is converted into The size of power, the direction of described first acceleration force is the direction of described first acceleration.
16. attachment means according to claim 11, it is characterised in that described receiver module, also use After setting up to be connected terminal corresponding with described terminal ID info foundation connection in described connection establishment module, Continue to terminal ID info and the correspondence thereof of other terminals to be connected described that other terminals to be connected send The second moving parameter information.
Attachment means between 17. 1 kinds of terminals, it is characterised in that described attachment means includes:
Second detection module, is used for detecting acquisition the second moving parameter information；
Sending module, is used for described second terminal iidentification id information, described second detection module detected Moving parameter information is sent to each service terminal detected, described terminal ID info, described second motion ginseng The terminal to be connected that number information identifies with described terminal ID info when meeting condition for each service terminal is built Vertical connection.
18. attachment means according to claim 17, it is characterised in that described second kinematic parameter letter Breath includes at least one in following parameter: the second time value of described second acceleration force, described second adds The size of speed power, the direction of described second acceleration force.
19. attachment means according to claim 18, it is characterised in that described second detection module bag Include: the second acceleration sensing submodule and the second transform subblock；
Described second acceleration sensing submodule, for after linkage function is opened, is passed by the second acceleration Sensor detects in real time and obtains the second electric field that in described second acceleration transducer, the change of float electrode distance produces Power, record detects the second time value of described second electric field force；Described second electric field force includes the second electric field The size of power and direction；
Described second transform subblock, for detect at described second acceleration sensing submodule described the When two electric field forces are more than 0, described second electric field force is equivalent to the second acceleration force, it is thus achieved that the second motion ginseng Number information, wherein, in described second moving parameter information, the second time value of described second acceleration force is Second time value of described second electric field force, the size of described second acceleration force is described second electric field force Size, the direction of described second acceleration force is the direction of described second electric field force；
Or,
Described second acceleration sensing submodule, for after linkage function is opened, is passed by the second acceleration Sensor detects the second acceleration obtaining described terminal in real time, and record detects the second of described second acceleration Time value；Described second acceleration includes size and the direction of the second acceleration；
Described second transform subblock, for detect at described second acceleration sensing submodule described the When two acceleration are more than 0, described second acceleration is converted to the second acceleration force, it is thus achieved that described second fortune Dynamic parameter information；Wherein, in described second moving parameter information, the second time of described second acceleration force Value is the second time value of described acceleration, and the size of described second acceleration force is that described second acceleration turns The size of the power changed into, the direction of described second acceleration force is the direction of described second acceleration.
20. attachment means according to claim 17, it is characterised in that described sending module, are used for On connecting after service terminal, stop to each service terminal that described terminal to be connected detects send described in treat Connect terminal ID info and second moving parameter information of terminal.
CN201510191793.4A 2015-04-21 2015-04-21 Method of attachment between a kind of terminal and device Pending CN106162935A (en)

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CN108882227A (en) * 2018-06-15 2018-11-23 上海康斐信息技术有限公司 A kind of wireless router and anti-loiter network method

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KR101987098B1 (en) * 2012-09-25 2019-09-30 삼성전자주식회사 Method for processing touch input, machine-readable storage medium and portable terminal
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