Summary of the invention
One aspect of the present invention discloses a kind of mancarried device, including main body and fingerprint module, the body interiorIt is provided with power supply, the fingerprint module can be read external finger print information and control the main body and is unlocked or locks, and reachAuto power off after to preset condition.
Further, the fingerprint module includes unlocking unit and switch unit, and the unlocking unit, which can be used to identify, to be madeThe finger print information of user simultaneously controls the main body and is unlocked or locks, and the switch unit can be opened manually so that describedFingerprint module powers on, and is automatically closed after reaching predetermined condition, so that the fingerprint module and power supply disconnect and connectingIt connects.
Further, after user removes or lifts finger, the fingerprint module disconnects power supply.
Further, after powering on the predetermined time, the fingerprint module disconnects power supply.
Another aspect of the present invention additionally provides a kind of mancarried device, including power supply unit, for described portableDevice provides power supply；Switch unit, the switch unit connect the power supply unit, can be connected manually by user described in makingMancarried device is powered and automatic disconnection after a certain time；Control unit is connected to the switch unit；Fingerprint recognition listMember, the fingerprint identification unit are connected to the switch unit and control unit, and user's fingerprint can be identified during energizationInformation simultaneously sends corresponding finger print data to described control unit；Finger print data unit, the finger print data unit are connected to describedThe finger print data data of the finger print data element memory storage can be read in switch unit and control unit, described control unit；WithLocking unit, the locking unit connect the switch unit and described control unit, can be under described control unit controlMancarried device is unlocked or locked.
Further, when the finger for receiving the finger print data from fingerprint identification unit Yu finger print data unit storage insideWhen line data information matches, described control unit controls the locking unit and the mancarried device is unlocked or locked.
Further, when the finger for receiving the finger print data from fingerprint identification unit Yu finger print data unit storage insideWhen line data information is misfitted, described control unit does not send signal, the locking unit attonity.
Further, the locking unit receives the control signal of described control unit, if the portable dress described at this timeIt sets and is in the lock state, the locking unit is unlocked movement and is sent completely unlocking signal to the control after completing unlockUnit processed；If the mancarried device is in the unlocked state, the locking unit carries out lock out action and after completing lockingLocking signal is sent completely to described control unit
It further, further include display unit, the display unit connects the switch unit and described control unit,For showing the lock state of the mancarried device.
It further, further include display unit, the display unit connects the switch unit and described control unit, whenAfter described control unit receives the completion unlocking signal of the locking unit feedback, display unlocking signal is sent to the displayUnit, the display unit display unlock picture；When described control unit receives the completion locking of the locking unit feedbackAfter signal, display locking signal is sent to the display unit, the display unit display locking picture.
It further, further include communication unit, the communication unit connects the switch unit and described control unit, instituteCommunication unit is stated for carrying out wireless communication with external mobile communications device, user can complete by mobile communications deviceThe unlock or locking of the mancarried device.
Another aspect of the present invention also discloses a kind of control method of mancarried device, including makes manually described portableDevice is powered；It reads finger print information and is verified with pre-stored finger print data, be verified result；According to verification resultChange or keep the lock state of the mancarried device；Mancarried device automatically powers off.
Further, the lock state for changing or keeping the mancarried device according to verification result includes when the verifyingThe result is that controlling the mancarried device unlock or locking when the finger print data of the finger print information and storage that read is consistent；WhenWhen the verification result is that the finger print data for the finger print information and storage read is inconsistent, the mancarried device keeps original lockDetermine state and prompts authentication failed.
Further, manual operation makes the mancarried device power supply conducting include providing a power supply and power switch, makesUser opens the power switch manually and the mancarried device is powered.
Further, it includes: that the switch automatically powers off after the predetermined time that mancarried device, which automatically powers off,；User movesIt is automatically powered off after opening or lifting finger；The mancarried device automatically powers off when changing lock state.
Mancarried device of the present invention and its control method effectively reduce fingerprint knowledge by way of being powered, automatically powering off manuallyThe loss of other bring battery capacity reduces charging or replacement cell frequency so that mancarried device have better stability andReliability.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, completeSite preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based onEmbodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every otherEmbodiment shall fall within the protection scope of the present invention.
Referring to Fig. 1, being a kind of block diagram of one embodiment of mancarried device 10 of the present invention.It is described portableDevice 10 includes main body 11 and fingerprint module 12.The main body 11 is internally provided with power supply.The fingerprint module 12 is connecting electricityExternal finger print information can be sensed and read behind source, and then is controlled the main body 11 and be unlocked or lock, and is preparatory reachingAuto power off after the condition of setting.
The fingerprint module 12 includes unlocking unit 13 and switch unit 14, and the unlocking unit 13 can be used to identify useThe finger print information of person simultaneously controls the main body 11 and is unlocked or locks.The switch unit 14 can open manually so that instituteIt states fingerprint module 12 to power on, and is automatically closed after reaching predetermined condition so that the fingerprint module 12 disconnects electricitySource.The predetermined condition can be completion unlock or lock operation, is also possible to preset a period of time, can also be senseUser's finger is measured to remove or lift.In embodiment of the present invention, the power supply can be replaceable or non-exchangeBattery.
Referring to Fig. 2, the mancarried device 20 of another embodiment of the present invention includes power supply unit 21, switch unit 22, refers toLine recognition unit 23, finger print data unit 24, control unit 25, locking unit 26 and display unit 27.The power supply unit 21Connect the switch unit 22.The switch unit 22 is connected to the fingerprint and knows unit 23, finger print data unit 24, control listMember 25, locking unit 26 and display unit 27.Described control unit 25 is connected to the fingerprint identification unit 23, finger print data listMember 24, locking unit 26 and display unit 27.
The switch unit 22 can be connected manually by user and automatic disconnection when meeting predetermined conditions.The switchUnit 22 is connected, and the portable fingerprint tripper 20 is powered, so that the power supply unit 21 is known to the fingerprintOther unit 23, finger print data unit 24, control unit 25, locking unit 26 and display unit 27 provide power supply.
During the mancarried device 20 is powered, the fingerprint identification unit 23 can recognize that user's finger print information is concurrentSend corresponding finger print data to described control unit 25.Described control unit 25 receives the finger print data and reads the fingerprint numberAccording to the finger print data data of 24 storage inside of unit.
When the fingerprint number for receiving the finger print data from fingerprint identification unit 23 Yu 24 storage inside of finger print data unitWhen matching according to data, described control unit 25 sends control signals to the locking unit 26, and the locking unit 26 is by instituteState the unlock of mancarried device 20 or locking.Specifically, the locking unit 26 receives the control letter of described control unit 25Number, if the mancarried device 20 is in the lock state at this time, the locking unit 26 is unlocked movement and completes to solveUnlocking signal is sent completely after lock to described control unit 25；If the mancarried device 20 is in the unlocked state, the lockGu unit 26 carries out lock out action and is sent completely locking signal to described control unit 25 after completing locking.
When the fingerprint number for receiving the finger print data from fingerprint identification unit 23 Yu 24 storage inside of finger print data unitWhen misfitting according to data, described control unit 25 does not send signal, 26 attonity of locking unit.
The display unit 27 is used under the control of described control unit 25, the corresponding lock for showing the mancarried device 20Determine state.Specifically, it after described control unit 25 receives the completion unlocking signal that the locking unit 26 is fed back, sends aobviousShow unlocking signal to the display unit 27, the display of the display unit 27 unlock picture.When described control unit 25 receivesAfter the completion locking signal that the locking unit 26 is fed back, display locking signal is sent to the display unit 27, the displayThe display locking picture of unit 27.The embodiment or the present invention other or change embodiment in, the unlock picture and/or instituteStating locking picture can be the corresponding text for indicating unlock/lock state, pattern, color and/or its combination.For example, locking pictureFace is shown in red, and unlock picture is shown in green.
In the present embodiment, the switch unit 22 is set as that conducting is automatic after a certain period of time to be disconnected, such as at conducting 10 secondsBetween after automatic disconnect.User during this period of time completes above-mentioned unlocked by fingerprint and operates the i.e. openable mancarried device 20,Or completion lock operation can lock mancarried device 20.
Referring to Fig. 3, the mancarried device 30 of another embodiment of the present invention includes power supply unit 31, switch unit 32, refers toLine recognition unit 33, finger print data unit 34, control unit 35, locking unit 36, display unit 37 and communication unit 38.It is describedPower supply unit 31 connects the switch unit 32.The switch unit 32 is connected to the fingerprint and knows unit 33, finger print data listMember 34, control unit 35, locking unit 36, display unit 37 and communication unit 38.Described control unit 35 is connected to the fingerLine recognition unit 33, finger print data unit 34, locking unit 36, display unit 37 and communication unit 38.
The switch unit 32 can be connected manually by user and in conducting automatic disconnection after a certain period of time.The switchUnit 32 is connected, and the portable fingerprint tripper 30 is powered, so that the power supply unit 31 gives the fingerprint recognitionUnit 33, finger print data unit 34, control unit 35, locking unit 36, display unit 37 and communication unit 38 are powered.
During the mancarried device 30 is powered, the fingerprint identification unit 33 can recognize that user's finger print information is concurrentSend corresponding finger print data to described control unit 35.Described control unit 35 is according to the finger print data by the mancarried device30 unlocks or locking.
In the present embodiment, described control unit 35 receives the finger print data from fingerprint identification unit 33, reads the fingerSimultaneously the two is compared for the finger print data data of 34 storage inside of line data cell.Fingerprint identification unit 33 is come from when receivingFinger print data when matching with the finger print data data of 34 storage inside of finger print data unit, described control unit 35 sends controlTo the locking unit 36, the mancarried device 30 is unlocked or is locked signal processed by the locking unit 36.Specifically, instituteThe control signal that locking unit 36 receives described control unit 35 is stated, if the mancarried device 30 is in locking shape at this timeState, the locking unit 36, which is unlocked, to be acted and is sent completely unlocking signal to described control unit 35；If described portableFormula device 30 is in the unlocked state, and the locking unit 36 carries out lock out action and is sent completely locking signal to the control listMember 35.
When the fingerprint number for receiving the finger print data from fingerprint identification unit 33 Yu 34 storage inside of finger print data unitWhen misfitting according to data, described control unit 35 does not send signal, 36 attonity of clavicle unit.
The display unit 37 is used under the control of described control unit 35, the corresponding lock for showing the mancarried device 30Determine state.Specifically, it after described control unit 35 receives the completion unlocking signal that the locking unit 36 is fed back, sends aobviousShow unlocking signal to the display unit 37, the display of the display unit 37 unlock picture.When described control unit 35 receivesAfter the completion locking signal that the locking unit 36 is fed back, display locking signal is sent to the display unit 37, the displayThe display locking picture of unit 37.The embodiment or the present invention other or change embodiment in, the unlock picture and/or instituteStating locking picture can be the corresponding text for indicating unlock/lock state, pattern, color and/or its combination.For example, locking pictureFace is shown as text " locking ", and unlock picture is shown as text " unlock ".
The communication unit 38 can be used for being communicated with external mobile communications device 100.The communication unit 38 canUnlocking signal or locking signal from mobile communications device 100 are received, and sends the unlock of the mancarried device 30Status signal or lock state signal are to mobile communications device 100.
After the switch unit 32 is connected by user, the communication unit 38 and mobile communications device 100 pass through nothingLine communication network protocol carries out wireless communication.When the mancarried device 30 is in the lock state, the locking unit 36 is sent outIt send and completes locking signal to described control unit 35, described control unit 35 is corresponding to control the transmission of the communication unit 38 locking shapeState signal is to mobile communications device 100.Mobile communications device 100 shows that the mancarried device 30 is lock state at this time.MakeUser can send unlocking signal to the communication unit 38 by mobile communications device 100.Described control unit 35 detects instituteIt states after communication unit 38 receives unlocking signal and sends control signals to the locking unit 36, the locking unit 36 is solvedIt locks and is sent completely unlocking signal after completing unlock to described control unit 35, the corresponding control of described control unit 35 is described logicalBelieve that unit 38 sends unlocked state signal to mobile communications device 100, so that mobile communications device 100 shows the portable dressSetting 30 at this time is unlocked state.
When the mancarried device 30 is in the unlocked state, the locking unit 36 is sent completely unlocking signal described inControl unit 35, described control unit 35 is corresponding to control the transmission unlocked state signal of communication unit 38 to mobile communications device100.Mobile communications device 100 shows that the mancarried device 30 is unlocked state at this time.User can be filled by mobile communication100 transmission locking signals are set to the communication unit 38.Described control unit 35 detects that the communication unit 38 receives lockThe locking unit 36 is sent control signals to after determining signal, the locking unit 36 carries out locking and sends after completing lockingUnlocking signal is completed to described control unit 35, described control unit 35 is corresponding to control the transmission of communication unit 38 lock stateSignal is to mobile communications device 100, so that it is unlocked state that mobile communications device 100, which shows the mancarried device 30 at this time,.
The switch unit 32 is internally provided with timer, according to preset condition, after the scheduled time is connectedIt is automatic to disconnect, so that the mancarried device 30 disconnects the connection with power supply 31.Generally, the time span of this predetermined conductingIt can constantly be extended and manually controlling switch unit 32.The power supply unit 31 can be battery, such as electric power storagePond or lithium battery etc..The mobile communications device 100 generally can be mobile phone or tablet computer, the communication unit 38 and describedMobile communications device 100 can be wirelessly connected and be communicated by bluetooth, the modes such as Wi-Fi.
Mancarried device 30 of the present invention is switched by manual turn-on power and is automatically powered off over time, so thatIt is only powered at work, will not leak electricity when not needing unlocked by fingerprint, realizes lower power consumption, have preferable persistence andReliability.
Referring to Fig. 4, mancarried device 40 is another embodiment of the present invention.The mancarried device 40 includes power supply unit41, switch unit 42, fingerprint identification unit 43, control unit 45, locking unit 46, display unit 47 and communication unit 48.InstituteIt states power supply unit 41 and connects the switch unit 42.The switch unit 42 is connected to the fingerprint and knows unit 43, control unit45, locking unit 46, display unit 47 and communication unit 48.Described control unit 45 be connected to the fingerprint identification unit 43,Locking unit 46, display unit 47 and communication unit 48.
The switch unit 42 can be connected manually by user and in conducting automatic disconnection after a certain period of time.The switchUnit 42 is connected, and the mancarried device 40 is powered, so that the power supply unit 41 is to the fingerprint identification unit 43, controlUnit 45, locking unit 46, display unit 47 and communication unit 48 processed are powered.The fingerprint identification unit 43 can recognize userFinger print information simultaneously sends corresponding finger print data to described control unit 45.
The communication unit 48 can be used for being communicated with external mobile communications device 100.Mobile communications device 100 canTo control the mancarried device unlock or locking after being proved to be successful with the mancarried device 40.The communication unit 48 canUnlocking signal or locking signal from mobile communications device 100 are received, and sends the unlock of the mancarried device 40Status signal or lock state signal are to mobile communications device 100.
After the switch unit 42 is connected by user, the communication unit 48 and mobile communications device 100 can lead toCordless communication network agreement is crossed to carry out wireless communication.The finger that the fingerprint identification unit 43 can incude user is contacted and is given birth toAt corresponding finger print information signal.Described control unit 45 receives the finger print information signal and is sent out by the communication unit 48Send corresponding fingerprint identification signal to the mobile communications device 100.Several correspondences are previously stored on mobile communications device 100The finger print data of different finger print informations.The mobile communications device 100 carries out fingerprint identification signal and the finger print data of storageIt compares, when the finger print information that the two indicates is consistent, the user fingerprints of the mancarried device 40 and mobile communications device 100It is proved to be successful, user can control the unlock or locking of the mancarried device 40 by mobile communications device 100.When the two tableWhen the finger print information shown is inconsistent, the user fingerprints authentication failed of the mancarried device 40 and mobile communications device 100, at this timeUser cannot control the mancarried device 40 by mobile communications device 100.
After the mancarried device 40 and mobile communications device 100 are proved to be successful, if the mancarried device 40 is inLock state, the locking unit 46 are sent completely locking signal to described control unit 45, the corresponding control of described control unit 45It makes the communication unit 48 and sends lock state signal to mobile communications device 100.Mobile communications device 100 shows described at this timeMancarried device 40 is lock state.User can send unlocking signal to the communication unit by mobile communications device 10048.Described control unit 45, which detects, sends control signals to the locking list after the communication unit 48 receives unlocking signalMember 46, the locking unit 46 are unlocked and are sent completely unlocking signal to described control unit 45, institute after completing unlockIt states the corresponding control communication unit 48 of control unit 45 and sends unlocked state signal to mobile communications device 100, thus mobileIt is unlocked state that communication device 100, which shows the mancarried device 40 at this time,.
If the mancarried device 40 is in the unlocked state, the locking unit 46 is sent completely unlocking signal to describedControl unit 45, described control unit 45 is corresponding to control the transmission unlocked state signal of communication unit 38 to mobile communications device100.Mobile communications device 100 shows that the mancarried device 40 is unlocked state at this time.User can be filled by mobile communication100 transmission locking signals are set to the communication unit 48.Described control unit 45 detects that the communication unit 48 receives lockThe locking unit 46 is sent control signals to after determining signal, the locking unit 46 carries out locking and sends after completing lockingUnlocking signal is completed to described control unit 45, described control unit 45 is corresponding to control the transmission of communication unit 48 lock stateSignal is to mobile communications device 100, so that it is unlocked state that mobile communications device 100, which shows the mancarried device 40 at this time,.
The switch unit 42 is internally provided with timer, according to preset condition, after the scheduled time is connectedIt is automatic to disconnect, so that the mancarried device 30 disconnects the connection with power supply 31.Generally, the time span of this predetermined conductingIt can constantly be extended and manually controlling switch unit 42.
The display unit 47 is used under the control of described control unit 45, the corresponding lock for showing the mancarried device 40Determine state.Specifically, it after described control unit 45 receives the completion unlocking signal that the locking unit 46 is fed back, sends aobviousShow unlocking signal to the display unit 47, the display of the display unit 47 unlock picture.When described control unit 45 receivesAfter the completion locking signal that the locking unit 46 is fed back, display locking signal is sent to the display unit 47, the displayThe display locking picture of unit 47.The embodiment or the present invention other or change embodiment in, the unlock picture and/or instituteStating locking picture can be the corresponding text for indicating unlock/lock state, pattern, color and/or its combination.In addition, of the inventionIn some embodiments, the display unit 47 be can be omitted.
Embodiment of the present invention and other or change embodiment in, the locking unit 46 include electronic lock construction andMechanical lock structure.The control signal that the electronic lock construction corresponds to described control unit 45 is unlocked or locks.The machineryLock construction can be coded lock or the lock with key, when user's finger injuries or other reasons are not available fingerprint recognition,It can also be unlocked or lock by password or key.
In embodiment of the present invention and other or change embodiment, mobile communications device 100 can also include fingerprintModule, user can pass through 100 typing of mobile communications device and storage finger print data.
In embodiment of the present invention and other or change embodiment, it is unable to complete when because of finger injuries or other reasonsWhen the fingerprint authentication of mancarried device 40 and mobile communications device 100, administrator can also be inputted by mobile communications device 100Password is skipped and controls the mancarried device 40 by mobile communications device 100 after fingerprint authentication.
In embodiment of the present invention and other or change embodiment, the power supply unit 41 includes battery, the electricityPond can be replaceable battery or lithium battery etc..
In embodiment of the present invention and other or change embodiment, the power supply unit 41 includes battery and chargingMouthful, the battery is non-exchange rechargeable battery.
Referring to Fig. 5, the mancarried device 50 of another embodiment of the present invention includes power supply unit 51, switch unit 52, controlUnit 55, locking unit 56, display unit 57 and communication unit 58 processed.The power supply unit 51 connects the switch unit 52.The switch unit 52 is connected to the finger control unit 55, locking unit 56, display unit 57 and communication unit 58.The controlUnit 55 processed is connected to the locking unit 56, display unit 57 and communication unit 58.The switch unit 52 can be by userIt can be connected and be disconnected automatically when meeting certain condition manually.
The communication unit 58 can be used for being communicated with external mobile communications device 100.Mobile communications device 100 canTo control the mancarried device unlock or locking after being proved to be successful with the mancarried device 50.The communication unit 58 canUnlocking signal or locking signal from mobile communications device 100 are received, and sends the unlock of the mancarried device 50Status signal or lock state signal are to mobile communications device 100.
After the switch unit 52 is connected by user, described control unit 55 controls the transmission pair of communication unit 58Answer the machine code of the mancarried device 50 to mobile communications device 100.Mobile communications device 100 receive the machine code and andCloud server 200 is communicated, and authentication procedures at this time are between mobile communications device 100 and cloud server 200It carries out.Cloud server 200, which is stored with, several pre- first passes through mobile phone or other equipment typings with fingerprint identification functionFinger print data corresponding with machine code.User can input finger print information by the fingerprint module of mobile communications device 100.It is mobileThe machine code information of mancarried device 50 and above-mentioned finger print information are sent cloud server 200, cloud clothes by communication device 100Several finger print datas of the finger print information and the corresponding machine code of storage are compared, verify by business device 200.When the two is rightWhen the finger print information answered is consistent, indicate that user fingerprints are verified, the transmission of cloud server 200 is verified instruction to mobile logicalT unit 100, user can be controlled the mancarried device 50 by mobile communications device 100 at this time and be unlocked or lock.When the two is inconsistent, indicate user fingerprints verifying not over cloud server 200 sends authentication failed and instructs to mobile logicalT unit 100, user can not be controlled the mancarried device 50 by mobile communications device 100 at this time and be unlocked or lockIt is fixed.Cloud server 200 can be remote server, Cloud Server, PC or mobile device.
In the embodiment or change embodiment, after the mancarried device 50 completes unlock or lock operation, makeUser can be controlled by mobile communications device 100 and disconnect the switch unit 52.
Fig. 6 A to Fig. 6 C is please referred to, mancarried device 60 of the present invention includes switch unit 62, fingerprint identification unit 63, lockingUnit 66, display unit 67.When switch unit 62 is connected, the mancarried device 60 can read user's finger finger print informationAnd be compared with the finger print data of storage inside, to control the locking unit 66 unlock or locking and described aobviousShow that unit 67 can correspond to display Current lock state.The unlocked state of the mancarried device 60 is corresponded to shown in Fig. 6 A, at this timeDisplay unit 67 is shown as " UNLOCK ".The lock state of the mancarried device 60 is corresponded to shown in Fig. 6 B, at this time display unitIt is shown as " LOCK ".In Fig. 6 C, the switch unit 62 and the fingerprint identification unit 63 are disposed adjacent, and user presses in fingerThe switch unit 62 can be connected while fingerprint identification unit 63, while carrying out fingerprint reading and identification.User is certainlyWhen the fingerprint identification unit 63 is removed or lifts finger, the switch unit 62 is disconnected.
Referring to Fig. 7, the mancarried device 70 includes the main body of substantially cube in another embodiment of the present invention701, the idler wheel 702 of 701 bottom of main body is set, the push-pull rod 703 that 701 1 sides of main body are set, is arranged in main body 701The fingerprint module 704 and display 705 of upper surface.The fingerprint module 704 has the function of power switch and fingerprint recognition simultaneouslyCan, user, which presses the fingerprint module 704, can connect the battery being arranged in inside the main body 701, the fingerprint module704 read the finger print information that users press and are compared with the finger print data of storage inside.When fingerprint authentication passes throughAfterwards, the symbol of the mancarried device 70 unlock or locking, the corresponding unlock of the display of display 705 or lock state, text,Color or its combination.When fingerprint authentication fails, the mancarried device 70 keeps original unlock/lock state, the displayThe symbol of the corresponding unlock of 705 displays or lock state, text, color or its combination, and continuous flash for prompting user can be passed throughFingerprint authentication failure.
After user removes or lifts finger, the fingerprint module 704 is no longer on the state of being pressed, so that the fingerprintModule 704 is no longer on state, 70 breaking inner battery of the mancarried device connection.In the above embodiment of the present invention,The mancarried device 70 is a kind of luggage case with fingerprint identification function.
Mancarried device 70 of the present invention realizes energization and fingerprint authentication by pressing, and electricity is disconnected after finger removes fingerSource further realizes the function of being powered, automatically power off manually, can effectively reduce battery capacity loss, reduces charging or replacementCell frequency improves cruising ability.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, anyThose familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all containLid is within protection scope of the present invention.Term used in claims, which should not be construed as to invent, is limited to this explanationSpecific embodiment disclosed in book.Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.