CN105484583B - Intelligent bag lock and cipher set-up method - Google Patents
Intelligent bag lock and cipher set-up method Download PDFInfo
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- CN105484583B CN105484583B CN201610001749.7A CN201610001749A CN105484583B CN 105484583 B CN105484583 B CN 105484583B CN 201610001749 A CN201610001749 A CN 201610001749A CN 105484583 B CN105484583 B CN 105484583B
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- lock
- password
- unlocking
- thumb wheel
- face
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B65/00—Locks or fastenings for special use
- E05B65/52—Other locks for chests, boxes, trunks, baskets, travelling bags, or the like
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B47/00—Operating or controlling locks or other fastening devices by electric or magnetic means
- E05B47/06—Controlling mechanically-operated bolts by electro-magnetically-operated detents
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B49/00—Electric permutation locks; Circuits therefor ; Mechanical aspects of electronic locks; Mechanical keys therefor
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B63/00—Locks or fastenings with special structural characteristics
- E05B63/14—Arrangement of several locks or locks with several bolts, e.g. arranged one behind the other
- E05B63/146—Arrangement of several locks or locks with several bolts, e.g. arranged one behind the other locks with two or more bolts, each bolt itself being a tumbler
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00817—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys where the code of the lock can be programmed
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- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Engineering & Computer Science (AREA)
- Structural Engineering (AREA)
- Lock And Its Accessories (AREA)
Abstract
The present invention relates to a kind of intelligent bag lock and cipher set-up method, including lock body and battery holder assembly, lock body includes the bottom and face-piece being mutually combined, the front of face-piece is provided with panel, display window and operation button are provided with panel, operation button includes on ＆ off switch and changes key, the first fore shaft and the second fore shaft are provided with face-piece, lock chamber is provided between bottom and face-piece, unlocking pushing is provided with the side of lock chamber, unlocking pushing presses lower rotation in hand；Lock core component, power drive assemblies, torque spring are additionally provided with lock intracavitary and push rod is rotated, and power drive assemblies driving rotates push rod and rotated, and rotates push rod and is provided with jacking block and swing arm；Unlocking pushing is rotated, unlocking pushing pushing lock cylinder component is in unlocking condition, and lock core component is provided with back-moving spring；Unlocking pushing is unclamped, lock core component resets in the presence of back-moving spring causes lock core component recovery to locking state.Simple in construction, easy to use, good confidentiality of the invention.
Description
Technical field
The invention belongs to bag lock technical field, more particularly to a kind of intelligent bag lock and cipher set-up method.
Background technology
Existing bag lock is generally mechanical code lock or key lock, is unlocked using adjustment password wheels or using key, key
Lose or inconvenience can not brought at one's side.In the intelligent network epoch now, coded lock wants and the intelligence tool such as mobile phone joint
Get up to use, it is necessary to open and locked using electronic cipher mode, and mechanical code lock can not possibly accomplish this point.
The content of the invention
The technical problems to be solved by the invention are that there is provided a kind of intelligent bag lock and cipher set-up method, electricity consumption
The mode of submodule input password replaces the mode of conventional machinery adjustment password wheels；The switch of another aspect motor driven latch
Journey replaces existing simple mechanical structural member to open the pattern locked.
The present invention is achieved in that a kind of intelligent bag lock of offer, including the lock body and battery holder assembly coordinated up and down,
Battery holder assembly is arranged on below lock body, and lock body includes the bottom and face-piece being mutually combined, and battery holder assembly is fixed on bottom
On, the front of face-piece is provided with panel, display window and operation button are provided with panel, operation button includes on ＆ off switch
With change key, the first fore shaft and the second fore shaft are provided with face-piece, lock chamber is provided between bottom and face-piece, in lock chamber
Side is provided with unlocking pushing, and unlocking pushing presses lower rotation in hand, and lock core component, motorized motions group are additionally provided with lock intracavitary
Part, torque spring and rotation push rod, power drive assemblies driving rotate push rod and rotated, and torque spring coordinates with rotation push rod pacifies
Dress, allows rotation push rod to reset, and rotates push rod and is provided with jacking block and swing arm；Rotate unlocking pushing, unlocking pushing pushing lock cylinder component
In unlocking condition, lock core component is provided with back-moving spring；Unlocking pushing is unclamped, lock core component resets in the presence of back-moving spring
So that lock core component recovery is to locking state.
Further, lock core component also includes end locking bar and middle part locking bar, and back-moving spring is separately positioned on end locking bar
With middle part locking bar one end, end lock and middle part lock are respectively arranged with end locking bar and middle part locking bar；When lock core component
During in locking state, end lock is realized locks to the second fore shaft, and middle part lock is realized locks to the first fore shaft, resets
Spring is in normal compressive state, in reset state；When lock core component is in unlocking condition, end lock is realized to second
The unlocking of fore shaft, middle part lock realizes the unlocking to the first fore shaft, and back-moving spring is in most compressed state, when external force disappears
When, the thrust of back-moving spring can allow end locking bar and middle part locking bar to reset；Jacking block withstands end locking bar and middle part locking bar simultaneously
Right-hand member so that end locking bar and middle part locking bar can not move right, and lock body is in locking state, and now unlocking pushing can not be by
Moved end portion locking bar and middle part locking bar.
Further, swing arm limited block, counterclockwise the turning of swing arm limited block limitation swing arm are provided with the inwall of face-piece
Dynamic position.
Further, waterproof apron is additionally provided between bottom and face-piece, is set in the lock intracavitary where waterproof apron
There are PCB circuit modules, conductive bar, display screen and backlight plain film, battery holder assembly provides electric power for PCB circuit modules, show
Display screen is located at display window, and key control PCB circuit modules are pressed in operation；Bluetooth mould is additionally provided with the lock intracavitary where waterproof apron
Block, bluetooth module is connected with PCB circuit modules, and PCB circuit modules control lock body opens the process of locking；Bluetooth module and user
The wireless communication terminals such as mobile phone A PP carry out bluetooth communication, and unlocking cipher is sent to bluetooth module by user by Bluetooth signal
Receiving terminal, is matched with preset password, if the match is successful, controls lock body to complete to unlock or lock by PCB circuit modules
Process.
Further, battery holder assembly includes battery case and battery cover.
Further, power drive assemblies include direct current generator, worm screw, helical gear, thumb wheel and thumb wheel stage clip, battery case
Component provides electric power for direct current generator, and thumb wheel is installed with coordinating above and below helical gear, is provided with helical gear contact surface some
Gear boss or gear recesses, are provided with some thumb wheel grooves on the contact surface that thumb wheel coordinates or thumb wheel is raised, thumb wheel groove
Cooperated with gear boss, or gear recesses and thumb wheel projection cooperate, gear boss or thumb wheel is raised is shaped as
Spherical crown shape, thumb wheel stage clip is arranged on the top of thumb wheel and thumb wheel is overlayed on helical gear end face, and thumb wheel is provided with driving lever, and driving lever drives
The dynamic swing arm for rotating push rod is rotated so that jacking block turns to the position for not withstanding end locking bar and middle part locking bar, unlocking pushing
End locking bar and middle part locking bar can be driven simultaneously toward moving right, and end lock and middle part lock are respectively from the second fore shaft and the
Removed at one fore shaft, lock body, which is realized, is unlocked, and DC motor Driver worm screw and helical gear are rotated, and set with teeth on the inwall of face-piece
Wheel post, driving lever upper limit post and driving lever lower position block, helical gear and thumb wheel are separately mounted on sprocket and around sprocket
Rotation, driving lever upper limit post and driving lever lower position block limit the turned position clockwise and anticlockwise of driving lever respectively；Work as direct current
When the output torque of motor is more than the transfer of torque that thumb wheel groove coordinates with gear boss, thumb wheel will be in helical gear gear boss
Top surface skids, and thumb wheel stops operating.
Further, power drive assemblies include direct current generator, worm screw, sliding block and sliding block spring, and sliding block, which is provided with, to be pushed away
Motion block and spring mounting post, sliding block spring coordinate with worm screw, and its one end is arranged on worm screw, and its other end is arranged on sliding block
In spring mounting post, pushing block driving rotate push rod swing arm rotate so that pushing block turn to do not withstand end locking bar and
The position of middle part locking bar, unlocking pushing can drive end locking bar and middle part locking bar toward moving right simultaneously, and end lock is with
Portion's lock is removed at the second fore shaft and the first fore shaft respectively, and lock body, which is realized, unlocks, and being provided with sliding block on the inwall of face-piece leads
To muscle, sliding block left limit block and sliding block right limit block, slider guide muscle limitation sliding block moves up and down position, sliding block left limit block
And sliding block right limit block limit sliding block respectively move left and right position；When the output torque of direct current generator is more than worm screw and sliding block
During the transfer of torque that spring coordinates, sliding block spring will skid in worm screw face, and sliding block stops movement.
Another inventive point of the present invention is that, using the cipher set-up method of intelligent bag lock described above, it is mainly wrapped
Include following steps：
The first step, is kept for 3 seconds while pinning on ＆ off switch and changing key, and the system of intelligent bag lock enters conventional password setting
State；
Second step, is first needed to input Old Password, password correctly then shows unique symbol, and conventional password setting is entered after 2 seconds
Pattern：The first bit digital flashes display window from left to right, often presses and once changes key, numeral flashes and converted once（From 0,1,2 ...
→ 9 → 0 moves in circles change successively）, choose after numeral and to confirm by ＆ off switch；It is automatic to enter second-order digit flicker, by change
Key transformation numeral, is confirmed by ＆ off switch；Enter the flicker of the 3rd bit digital automatically again, operation is ibid；Treat that last one-bit digital is set
After confirmation, numeral stop flicker, then connect press 2 times change keys, commonly use password setting complete；
After the completion of 3rd step, password setting, display window shows terminating symbol, automatic shutdown after 2 seconds；
Old Password is incorrect not to be allowed to set new password；Forgotten Password for prevention, the system of intelligent bag lock allows setting 2
Group or multigroup different password, if the password of input have one group it is right can will lock open；If the password of input setting surpasses
When crossing group number as defined in system, new password can be covered with that group of password above set at first fall.
The 3rd inventive point of the present invention is the unlocking of the intelligent bag lock manufactured using foregoing cipher set-up method
Method, it mainly comprises the following steps：
The first step, starts shooting by ＆ off switch；
The first bit digital flashes display screen from left to right after second step, start, often presses and once changes key, digital conversion is once（From
0th, 1,2 ... → 9 → 0 move in circles successively change）, choose after numeral and to confirm by ＆ off switch；It is automatic to enter second-order digit flicker,
By key transformation numeral is changed, confirm by ＆ off switch；Enter the flicker of the 3rd bit digital automatically again, operation is ibid；
3rd step, after password figure to be entered confirms, numeral stops flicker；The system of intelligent bag lock will automatically will be defeated
Numeral and the institute preset password entered is contrasted, if identical（Password is correct）Correct symbol is then shown, and exports unlocking signal and is incited somebody to action
Lock is opened；Mismark is shown if incorrect, the defeated state of password weight is entered after 2 seconds, first step operation is repeated；
Numeral flicker waits the regular hour, if not operated within the time, the system of intelligent bag lock will voluntarily
Shutdown；If the password of continuous 3 inputs is all incorrect, the system automatic shutdown of intelligent bag lock.
The 4th inventive point of the present invention is locking for the intelligent bag lock that is manufactured using foregoing cipher set-up method
Method, it mainly comprises the following steps：
Long-press changes key 3 seconds, and the upper lock signal of system output of intelligent bag lock, which will be locked, to be pinned；
Before pinning, the voltage of the System self-test battery holder assembly of intelligent bag lock, if less than the first default low-voltage
Value（Such as the 80% of rated voltage）If, low electric warning symbol can be shown in 2 seconds, and continuously under flicker 5, the still normal work of system
Make；If less than the second default low voltage value（Such as the 70% of rated voltage）If, the second default low voltage value is less than first and preset
Low voltage value, can show in 2 seconds and owe electric symbol, and continuously under flicker 5, now system, which can export unlocking signal, is in lock
Unlocking condition；The system of intelligence bag lock can be every 10 days self-measuring battery electricity later, and do above-mentioned processing.
Compared with prior art, intelligent bag lock and cipher set-up method of the invention, have the characteristics that：
1st, more preferably, the password of mechanical code lock is easier to be cracked cryptographic security, and the password of this coded lock compares
Difficulty is cracked.
2nd, can realize that case and bag and smart mobile phone are interconnected, for case and bag enter intelligentized Internet of Things provide one reliably and
Easily passage.
3rd, it is simple in construction, it is easy to use.
Brief description of the drawings
Fig. 1 is the front view of a preferred embodiment of the present invention；
Fig. 2 is the schematic perspective view of battery holder assembly in Fig. 1；
Fig. 3 is the decomposing schematic representation of first embodiment of the invention；
Fig. 4 is lock body in Fig. 3（In blocking）Front view；
Fig. 5 is in schematic perspective view during locking state for lock body in Fig. 3；
Fig. 6 is in schematic perspective view during unlocking condition for lock body in Fig. 3；
Fig. 7 is the decomposing schematic representation of second embodiment of the invention；
Fig. 8 is lock body in Fig. 7（In blocking）Front view；
Fig. 9 is in schematic perspective view during locking state for lock body in Fig. 7；
Figure 10 is in schematic perspective view during unlocking condition for lock body in Fig. 7；
Figure 11 is the schematic perspective view of Fig. 1 medial end portions locking bars；
Figure 12 is the schematic perspective view of middle part locking bar in Fig. 1；
Figure 13 is the schematic perspective view of thumb wheel in Fig. 3.
Embodiment
In order that technical problems, technical solutions and advantages to be solved are more clearly understood, tie below
Drawings and Examples are closed, the present invention will be described in further detail.It should be appreciated that specific embodiment described herein is only
To explain the present invention, it is not intended to limit the present invention.
Referring to shown in Fig. 1, Fig. 2 and Fig. 3, the preferred embodiment of present invention intelligence bag lock, including match somebody with somebody up and down
The lock body 1 and battery holder assembly 2 of conjunction, battery holder assembly 2 are arranged on below lock body 1.Lock body 1 includes the bottom 3 being mutually combined
With face-piece 4, battery holder assembly 2 is screwed on bottom 3.The front of face-piece 4 is provided with panel 41, on panel 41
It is provided with display window 42 and operation button 43.Button 43 is operated to include on ＆ off switch 431 and change key 432, the present embodiment is opened
Key 431 for "" key, change key 432 is " C " key.The first fore shaft 44 and the second fore shaft 45 are provided with face-piece 4.First lock
Mouth 44 is close to the sidepiece of lock body 1, and the second fore shaft 45 is close to the middle part of lock body 1.
Chamber 5 is locked referring to shown in Fig. 3, Fig. 4, Fig. 5 and Fig. 6, being provided between bottom 3 and face-piece 4.In lock chamber
5 side is provided with unlocking pushing 6, and unlocking pushing 6 presses lower rotation in hand.Lock chamber 5 in be additionally provided with lock core component 7, it is electronic
Drive component 8, torque spring 9 and rotation push rod 10.Power drive assemblies 8 driving rotate push rod 10 rotate, torque spring 9 with
Rotate push rod 10 and coordinate installation, allow rotation push rod 10 to reset, rotate push rod 10 and be provided with jacking block 101 and swing arm 102.Rotate and unlock
Pushing 6, the pushing lock cylinder component 7 of unlocking pushing 6 is in unlocking condition, and lock core component 7 is provided with back-moving spring 71.Unclamp unlocking pushing
6, lock core component 7 resets in the presence of back-moving spring 71 causes lock core component 7 to return to locking state.
Lock core component 7 also includes end locking bar 72 and middle part locking bar 73, please respectively refer to shown in Figure 11 and Figure 12.Reset bullet
Spring 71 is separately positioned on end locking bar 72 and the one end of middle part locking bar 73, is respectively arranged with end locking bar 72 and middle part locking bar 73
End lock 74 and middle part lock 75.When lock core component 7 is in locking state, end lock 74 is realized to the second fore shaft 45
Lock, middle part lock 75 realizes locking to the first fore shaft 44, back-moving spring 71 is in normal compressive state, in reset shape
State.When lock core component 7 is in unlocking condition, end lock 74 realizes the unlocking to the second fore shaft 45, and middle part lock 75 is realized
Unlocking to the first fore shaft 44, back-moving spring 71 is in most compressed state, when being applied to end locking bar 72 and middle part locking bar 73
When external force disappears, the thrust of back-moving spring 71 can allow end locking bar 72 and middle part locking bar 73 to reset.Jacking block 101 withstands end simultaneously
The right-hand member of portion's locking bar 72 and middle part locking bar 73 so that end locking bar 72 and middle part locking bar 73 can not move right, lock body 1 is in upper
Lock status, now unlocking pushing 6 can not press end locking bar 72 and middle part locking bar 73.
Swing arm limited block 46 is provided with the inwall of face-piece 4, swing arm limited block 46 limits rotating counterclockwise for swing arm 102
Position.
Waterproof apron 11 is additionally provided between bottom 3 and face-piece 4, is provided with the lock chamber 5 where waterproof apron 11
PCB circuit modules 12, conductive bar 13, display screen 14 and backlight plain film 15（Also can be without backlight plain film 15）.Battery case
Component 2 is that PCB circuit modules 12 provide electric power, and display screen 14 is located at display window 42, the operation control PCB circuit modules of button 43
12.Display screen 14 is using three any one display screens into eight-digit number word of display.In this example it is shown that screen 14 is used
Three bit digitals are shown.Bluetooth module 16, bluetooth module 16 and PCB circuit moulds are additionally provided with the lock intracavitary where waterproof apron 11
Group 12 is connected, and PCB circuit modules 12 control lock bodies 1 opens the process of locking.
The bluetooth module 16 of the present invention can carry out bluetooth communication with the wireless communication terminal such as user mobile phone APP, and user will
Unlocking cipher is sent to the receiving terminal of bluetooth module 16 by Bluetooth signal, is matched with preset password, if the match is successful,
Lock body 1 is controlled to complete unblock or process of locking by PCB circuit modules 12.Bluetooth technology is applied to bag lock by the present invention, very
Make use of well bluetooth communication be wirelessly transferred with cost it is low the characteristics of, so as to substantially reduce the cost of coded lock.Meanwhile, utilize indigo plant
Tooth communicates the safety and reliability for also substantially increasing bag lock, adds user's body
Battery holder assembly 2 includes battery case 21 and battery cover 22.In the present embodiment, two sections are placed in battery case 21
1.5 volts of No. 7 batteries.Display screen 14 can have LCD liquid crystal displays and digital two kinds of the tube panels of LED.
Power drive assemblies 8 include direct current generator 81, worm screw 82, helical gear 83, thumb wheel 84 and thumb wheel stage clip 85.Battery
Case assembly 2 is that direct current generator 81 provides electric power, and thumb wheel 84 coordinates installation with helical gear about 83, on the contact surface of helical gear 83
Some gear boss 86 or gear recesses are provided with, some thumb wheel grooves 89 are provided with the contact surface that thumb wheel 84 coordinates or are dialled
Wheel is raised, as shown in figure 13.Thumb wheel groove 89 cooperates with gear boss 86, or gear recesses and thumb wheel projection.Gear
Projection 86 or thumb wheel it is raised be shaped as spherical crown shape.The top that thumb wheel stage clip 85 is arranged on thumb wheel 84 overlays thumb wheel 84 in helical teeth
On the end face of wheel 83.
Thumb wheel 84 is provided with driving lever 87, and the swing arm 102 that the driving of driving lever 87 rotates push rod 10 is rotated so that jacking block 101 is turned to
The position of end locking bar 72 and middle part locking bar 73 is not withstood, unlocking pushing 6 can drive end locking bar 72 and middle part simultaneously
Locking bar 73 is toward moving right, and end lock 74 and middle part lock 75 are removed at the second fore shaft 45 and the first fore shaft 44 respectively, lock body 1
Realize and unlock.Direct current generator 81 drives worm screw 82 and helical gear 83 to rotate, and sprocket 47 is provided with the inwall of face-piece 4, is dialled
Bar upper limit post 48 and driving lever lower position block 49.Helical gear 83 and thumb wheel 84 are separately mounted on sprocket 47 and around gear
Post 47 is rotated, and driving lever upper limit post 48 and driving lever lower position block 49 limit the position of rotation clockwise and anticlockwise of driving lever 87 respectively
Put.The biography coordinated when the thumb wheel groove 89 of gear boss 86 and thumb wheel 84 that the output torque of direct current generator 81 is more than helical gear 83
During defeated moment of torsion, thumb wheel 84 stops operating the top surface of gear boss 86 skidding in helical gear 83, thumb wheel 84.
The cipher set-up method of intelligence bag lock described above, it mainly comprises the following steps：
The first step, is kept for 3 seconds while pinning on ＆ off switch 431 and changing key 432, and the system of intelligent bag lock enters conventional close
Code setting state；
Second step, first needs to input Old Password, password correctly then shows unique symbol, and the present embodiment uses " S-1 " conduct
Unique symbol, enters conventional password setting pattern after 2 seconds：The first bit digital flashes display window 42 from left to right, often by once changing
Key 432, numeral flashes and converted once（Moved in circles successively change from 0,1,2 ... → 9 → 0）, choose after numeral by switch
Key 431 confirms；It is automatic to enter second-order digit flicker, press change key 432 and convert numeral, confirm by ＆ off switch 431；Enter automatically again
To the flicker of the 3rd bit digital, operation is ibid；After last one-bit digital sets confirmation, numeral stops flicker, then connects by 2 changes
Key 432, commonly uses password setting and completes；
After the completion of 3rd step, password setting, the screen display terminating symbol of display window 42, the present embodiment uses " End "
As terminating symbol, automatic shutdown after 2 seconds；
Old Password is incorrect not to be allowed to set new password；Forgotten Password for prevention, the system of intelligent bag lock allows setting 2
Group or multigroup different password, if the password of input have one group it is right can will lock open；If the password of input setting surpasses
When crossing group number as defined in system, new password can be covered with that group of password above set at first fall.
The method for unlocking of the intelligent bag lock manufactured using foregoing cipher set-up method, it mainly includes following step
Suddenly：
The first step, starts shooting by ＆ off switch 431；
The first bit digital flashes display window 42 from left to right after second step, start, often presses once change key 432, digital conversion
Once（Moved in circles successively change from 0,1,2 ... → 9 → 0）, choose after numeral and to confirm by ＆ off switch 431；Automatically second is entered
Bit digital flashes, and presses change key 432 and converts numeral, confirms by ＆ off switch 431；Enter the flicker of the 3rd bit digital, operation automatically again
Ibid；
3rd step, after password figure to be entered confirms, numeral stops flicker；The system of intelligent bag lock will automatically will be defeated
Numeral and the institute preset password entered is contrasted, if identical（Password is correct）Correct symbol is then shown, the present embodiment uses " --- "
As correct symbol, and unlocking signal is exported by lock opening；Mismark is shown if incorrect, the present embodiment uses " EEE "
Enter the defeated state of password weight as mismark, after 2 seconds, repeat first step operation；
Numeral flicker waits the regular hour（Such as 1 minute or 2 minutes, time length can determine according to actual conditions）If,
Do not operated in the time, the system of intelligent bag lock will voluntarily shut down；If the password of continuous 3 inputs is all incorrect, intelligence
The system automatic shutdown of bag lock.
The locking method of the intelligent bag lock manufactured using foregoing cipher set-up method, it mainly includes following step
Suddenly：
Long-press changes key 432 and kept for 3 seconds, and the upper lock signal of system output of intelligent bag lock, which will be locked, to be pinned；
Before pinning, the voltage of the System self-test battery holder assembly 2 of intelligent bag lock, if presetting low electricity less than first
Pressure value（Such as the 80% of rated voltage）If, low electric warning symbol can be shown in 2 seconds, the present embodiment is used as low electricity using " LO1 "
Warning symbol, and continuously under flicker 5, system still normal work；If less than the second default low voltage value（Such as rated voltage
70%）If, the second default low voltage value is less than the first default low voltage value, can be shown in 2 seconds and owe electric symbol, the present embodiment
Using " LO2 " as deficient electric symbol, and continuously under flicker 5, now system, which can export unlocking signal, makes lock be in unlocking condition；
The system of intelligence bag lock can be every 10 days self-measuring battery electricity later, and do above-mentioned processing.
The process of locking of the present embodiment comprises the following steps：
Lock is in unlocking condition before locking, that is, presses unlocking pushing 6, end locking bar 72, middle part locking bar 73 can be moved.
Now jacking block 101 does not withstand its right end face 76 of end locking bar 72 and its right end face 77 of middle part locking bar 73.
Long-press changes key 432 and kept for 3 seconds, and the upper lock signal of system output of intelligent bag lock, direct current generator 81 is inverted, by
The driving helical gear 83 of worm screw 82 is rotated, and helical gear 83 drives thumb wheel 84 to rotate, and driving lever 87 rotates counterclockwise the swing arm unclamped and withstood
102, rotate push rod 10 and reversed under the effect of torque spring 9, jacking block 101 is withstood its right end face 76 and the middle part of end locking bar 72
Its right end face 77 of locking bar 73, please also refer to Fig. 4, Fig. 5, Figure 11 and Figure 12, so that end locking bar 72 and middle part lock
Bar 73 can not be moved, and unlocking pushing 6 can not be pressed, completion of locking.
Driving lever 87 will keep the state for unclamping swing arm 102, even if direct current generator 81 is received again by lock signal, dial after locking
Bar 87 can still unclamp swing arm 102, and now driving lever 87 is limited top rib and lived, and thumb wheel 84 is rotated but in the tooth of helical gear 83
Take turns raised 86 top surface to skid, bob.
And the unlocking process of the present embodiment comprises the following steps：
After intelligent bag lock input password, the system output unlocking signal of intelligent bag lock, direct current generator 81 is rotated forward, by snail
The driving helical gear 83 of bar 82 is rotated, and helical gear 83 drives thumb wheel 84 to rotate so that driving lever 87 rotates clockwise promotion swing arm 102,
Drive and rotate the torsion counterclockwise of push rod 10, jacking block 101 is unclamped its right end face 76 and middle part locking bar of the end locking bar 72 withstood
73 its right end face 77, referring to Fig. 6, Figure 11 and Figure 12, so that end locking bar 72 and middle part locking bar 73 can be transported
It is dynamic, unlocking pushing 6 is pressed, end lock 74 and middle part lock 75 have been unlocked respectively away from the second fore shaft 45 and the first fore shaft 44
Into.
Driving lever 87 will keep the state for withstanding swing arm 102, even if direct current generator 81 is received again by unlocking signal, dial after unlocking
Bar 87 can still withstand swing arm 102, and now driving lever 87 is withstood by driving lever lower position block 49, and thumb wheel 84 is rotated but in helical teeth
The top surface of gear boss 86 of wheel 83 skids, bob.
As second of embodiment of the present invention, in addition to the ＇ of power drive assemblies 8, other structures and previous embodiment
It is identical, repeat no more.The ＇ of power drive assemblies 8 includes the ＇ of direct current generator 81, the ＇ of worm screw 82, the ＇ of sliding block 83 and the ＇ of sliding block spring 84, sliding
The ＇ of block 83 is provided with the ＇ of pushing block 85 and spring mounting post 86 ＇, the ＇ of sliding block spring 84 and coordinated with the ＇ of worm screw 82, and its one end is arranged on worm screw
On 82 ＇, its other end is arranged on the ＇ of spring mounting post 86 on the ＇ of sliding block 83, and the ＇ of pushing block 85 drivings rotate the swing arm of push rod 10
102 rotate so that the ＇ of pushing block 85 turns to the position for not withstanding end locking bar 72 and middle part locking bar 73, the ability of unlocking pushing 6
Enough to drive end locking bar 72 and middle part locking bar 73 toward moving right simultaneously, end lock 72 and middle part lock 75 are respectively from the second fore shaft
45 and first remove at fore shaft 44, and lock body 1, which is realized, unlocks.The ＇ of SLIDE GUIDE 47, sliding block are provided with the inwall of face-piece 4 left
The ＇ of limited block 48 and sliding block right limit block 49 ＇, the ＇ of the slider guide muscle 47 limitation ＇ of sliding block 83 move up and down position, sliding block left limit
What the ＇ of block 48 and the ＇ of sliding block right limit block 49 limited the ＇ of sliding block 83 respectively moves left and right position.When the ＇ of direct current generator 81 output torque
During the transfer of torque coordinated more than the ＇ of worm screw 82 and the ＇ of sliding block spring 84, the ＇ of sliding block spring 84 will be in the ＇ slippery surfaces of worm screw 82, sliding block
83 ＇ stop movement.
The process of locking of the present embodiment comprises the following steps：
Lock is in unlocking condition before locking, that is, presses unlocking pushing 6 so that end locking bar 72 and middle part locking bar 73 are all
Can motion.Now jacking block 101 does not withstand its right end face 76 of end locking bar 72 and its right end face 77 of middle part locking bar 73.
Long-press changes key 432 and kept for 3 seconds, the upper lock signal of system output of intelligent bag lock, the ＇ of direct current generator 81 reversions,
The ＇ of sliding block spring 84 is driven by the ＇ of worm screw 82, the ＇ of sliding block spring 84 one end is fixed on the ＇ of sliding block 83, so that with the ＇ of movable slider 83 in cunning
Moved right on the ＇ of block guiding rib 47, the ＇ of pushing block 85 unclamps the swing arm 102 withstood, rotate push rod 10 under the effect of torque spring 9
Reverse, jacking block 101 is withstood its right end face 76 of end locking bar 72 and its right end face 77 of middle part locking bar 73, referring to figure
8th, Fig. 9, Figure 11 and Figure 12, so that end locking bar 72 and middle part locking bar 73 can not be moved, unlocking pushing 6 can not be pressed,
Lock completion.
The ＇ of pushing block 85 will keep unclamping the state of swing arm 102 after locking, even if direct current generator 81 is received again by letter of locking
Number, the ＇ of pushing block 85 can still unclamp swing arm 102, and now the ＇ of sliding block 83 is withstood by the ＇ of sliding block right limit block 49, and the ＇ of sliding block 83 is no longer left
Move right but original position vibrations.
And the unlocking process of the present embodiment comprises the following steps：
After intelligent bag lock input password, the system output unlocking signal of intelligent bag lock, direct current generator 81 is rotated forward, by
The ＇ of worm screw 82 drives the ＇ of sliding block spring 84, and the ＇ of sliding block spring 84 one end is fixed on the ＇ of sliding block 83, so that with the ＇ of movable slider 83 in sliding block
It is moved to the left on the ＇ of guiding rib 47, order to the ＇ of pushing block 85 is pushed up to swing arm 102, drives and rotate the torsion counterclockwise of push rod 10, make jacking block
101 unclamp its right end face 76 and its right end face 77 of middle part locking bar 73 of the end locking bar 72 withstood, referring to Figure 10 extremely
Figure 12, so that end locking bar 72 and middle part locking bar 73 can be moved, presses unlocking pushing 6, end lock 74 and middle part lock
75 respectively away from the second fore shaft 45 and the first fore shaft 44, unlocks and completes.
The ＇ of pushing block 85 will keep withstanding the state of swing arm 102 after unlocking, even if direct current generator 81 is received again by unlocking letter
Number, the ＇ of pushing block 85 can still withstand swing arm 102, and now the ＇ of sliding block 83 is withstood by the ＇ of sliding block left limit block 48, and the ＇ of sliding block 83 is no longer left
Move right but original position vibrations.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
Any modifications, equivalent substitutions and improvements made within refreshing and principle etc., should be included in the scope of the protection.
Claims (10)
1. a kind of intelligent bag lock, including the lock body and battery holder assembly coordinated up and down, the battery holder assembly are arranged on lock body
Below, the lock body includes the bottom and face-piece being mutually combined, and the battery holder assembly is fixed on bottom, in the face-piece
Front be provided with panel, be provided with the panel display window and operation button, the operation button include on ＆ off switch
With change keys, the first fore shaft and the second fore shaft are provided with the face-piece, lock chamber is provided between the bottom and face-piece,
Unlocking pushing is provided with the side of the lock chamber, the unlocking pushing presses lower rotation in hand, it is characterised in that in the lock chamber
Inside it is additionally provided with lock core component, power drive assemblies, torque spring and rotates push rod, the power drive assemblies driving is rotated
Push rod is rotated, and the torque spring coordinates installation with rotating push rod, allows the rotation push rod to reset, and the rotation push rod is provided with
Jacking block and swing arm；The unlocking pushing is rotated, the unlocking pushing pushing lock cylinder component is in unlocking condition, the lock core component
Provided with back-moving spring；The unlocking pushing is unclamped, the lock core component resets in the presence of back-moving spring causes lock core component
Return to locking state.
2. intelligence bag lock as claimed in claim 1, it is characterised in that the lock core component also includes end locking bar and middle part
Locking bar, the back-moving spring is separately positioned on end locking bar and middle part locking bar one end, on the end locking bar and middle part locking bar
It is respectively arranged with end lock and middle part lock；When the lock core component is in locking state, the end lock realization pair
Second fore shaft is locked, and the middle part lock is realized locks to the first fore shaft, and the back-moving spring is in normal compressive state；
When the lock core component is in unlocking condition, the end lock realizes the unlocking to the second fore shaft, and the middle part lock is real
Now to the unlocking of the first fore shaft, the back-moving spring is in most compressed state.
3. intelligence bag lock as claimed in claim 1, it is characterised in that it is spacing on the inwall of the face-piece to be provided with swing arm
Block, swing arm limited block limitation swing arm rotates counterclockwise position.
4. intelligence bag lock as claimed in claim 1, it is characterised in that be additionally provided with waterproof between the bottom and face-piece
Cushion rubber, PCB circuit modules, conductive bar, display screen and backlight plain film are provided with the lock intracavitary where the waterproof apron,
The battery holder assembly provides electric power for PCB circuit modules, and the display location is in display window, and key control is pressed in the operation
PCB circuit modules；Bluetooth module, the bluetooth module and PCB circuits are additionally provided with the lock intracavitary where the waterproof apron
Module is connected, and PCB circuit modules control lock bodies opens the process of locking；The bluetooth module and user mobile phone APP are wireless
Communicating terminal carries out bluetooth communication, and unlocking cipher is sent to the receiving terminal of bluetooth module by user by Bluetooth signal, with presetting
Password is matched, if the match is successful, controls lock body to complete unblock or process of locking by PCB circuit modules.
5. intelligence bag lock as claimed in claim 1, it is characterised in that the battery holder assembly includes battery case and battery
Lid.
6. the intelligent bag lock as described in any one in claim 1 to 5, it is characterised in that the power drive assemblies bag
Direct current generator, worm screw, helical gear, thumb wheel and thumb wheel stage clip are included, the battery holder assembly provides electric power for direct current generator, described
Thumb wheel is installed with coordinating above and below helical gear, and some gear boss or gear recesses are provided with the helical gear contact surface,
Some thumb wheel grooves are provided with the contact surface that the thumb wheel coordinates or thumb wheel is raised, the thumb wheel groove and gear boss phase
Mutually coordinate, or the gear recesses cooperate with thumb wheel projection, the thumb wheel stage clip is arranged on the top of thumb wheel thumb wheel
Overlay on helical gear end face, the thumb wheel is provided with driving lever, the swing arm that the driving lever driving rotates push rod is rotated, the direct current
Motor drives worm screw and helical gear to rotate, and sprocket, driving lever upper limit post and driving lever are provided with the inwall of the face-piece
Lower position block, the helical gear and thumb wheel are separately mounted on sprocket and rotated around sprocket, the driving lever upper limit post
And driving lever lower position block limits the turned position clockwise and anticlockwise of driving lever respectively.
7. the intelligent bag lock as described in any one in claim 1 to 5, it is characterised in that the power drive assemblies bag
Direct current generator, worm screw, sliding block and sliding block spring are included, the sliding block is provided with pushing block and spring mounting post, the sliding block bullet
Spring coordinates with worm screw, and its one end is arranged on worm screw, and its other end is arranged in the spring mounting post on sliding block, the pushing block
The swing arm that driving rotates push rod is rotated, and slider guide muscle, sliding block left limit block and cunning are provided with the inwall of the face-piece
Block right limit block, the slider guide muscle limitation sliding block moves up and down position, the sliding block left limit block and sliding block right limit
What block limited sliding block respectively moves left and right position.
8. the cipher set-up method of the intelligent bag lock as described in any one in claim 1 to 5, it is characterised in that it is led
Comprise the following steps：
The first step, is kept for 3 seconds while pinning on ＆ off switch and changing key, and the system of intelligent bag lock enters conventional password setting shape
State；
Second step, is first needed to input Old Password, password correctly then shows unique symbol, and conventional password setting pattern is entered after 2 seconds：
The first bit digital is flashed display window from left to right, often presses and once changes key, and numeral, which flashes, simultaneously to be converted once, from 0,1,2 ... → 9 →
0 moves in circles change successively, chooses after numeral and to confirm by ＆ off switch；It is automatic to enter second-order digit flicker, by change key transformation
Numeral, is confirmed by ＆ off switch；Enter the flicker of the 3rd bit digital automatically again, operation is ibid；After last one-bit digital sets confirmation,
Numeral stop flicker, then connect press 2 times change keys, commonly use password setting complete；
After the completion of 3rd step, password setting, display window shows terminating symbol, automatic shutdown after 2 seconds；
Old Password is incorrect not to be allowed to set new password；Forgotten Password for prevention, the system of intelligent bag lock allow 2 groups of setting or
Multigroup different password, if the password of input have one group it is right can will lock open；It is if the password of input setting exceedes
As defined in system during group number, new password can override that group of password above set at first.
9. the method for unlocking of the intelligent bag lock manufactured using cipher set-up method as claimed in claim 8, its feature is existed
In it mainly comprises the following steps：
The first step, starts shooting by ＆ off switch；
The first bit digital flashes display window from left to right after the first step, start, often presses and once changes key, digital conversion once, from 0,
1st, 2 ... → 9 → 0 move in circles change successively, choose after numeral and to confirm by ＆ off switch；It is automatic to enter second-order digit flicker, press
Change key transformation numeral, confirm by ＆ off switch；Enter the flicker of the 3rd bit digital automatically again, operation is ibid；
Second step, after password figure to be entered confirms, numeral stops flicker；The system of intelligent bag lock is by automatically by input
Numeral is contrasted with institute preset password, if identical（Password is correct）Correct symbol is then shown, and exports unlocking signal and makes lock
Open；Mismark is shown if incorrect, the defeated state of password weight is entered after 2 seconds, first step operation is repeated；
Numeral flicker waits the regular hour, if not operated within the time, the system of intelligent bag lock will voluntarily shut down；
If the password of continuous 3 inputs is all incorrect, the system automatic shutdown of intelligent bag lock.
10. the locking method of the intelligent bag lock manufactured using cipher set-up method as claimed in claim 8, its feature is existed
In it mainly comprises the following steps：
Long-press changes key 3 seconds, and the upper lock signal of system output of intelligent bag lock, which will be locked, to be pinned；
Before pinning, the voltage of the System self-test battery holder assembly of intelligent bag lock, if less than the first default low voltage value
Words, can show low electric warning symbol in 2 seconds, and continuously under flicker 5, system still normal work；If default less than second low
If magnitude of voltage, the second default low voltage value is less than the first default low voltage value, can be shown in 2 seconds and owe electric symbol, and continuously
Under flicker 5, now system, which can export unlocking signal, makes lock be in unlocking condition；The system of intelligence bag lock can be every 10 days later
Self-measuring battery electricity, and do above-mentioned processing.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610001749.7A CN105484583B (en) | 2016-01-05 | 2016-01-05 | Intelligent bag lock and cipher set-up method |
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| CN201610001749.7A CN105484583B (en) | 2016-01-05 | 2016-01-05 | Intelligent bag lock and cipher set-up method |
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| CN105484583B true CN105484583B (en) | 2017-11-07 |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106088843B (en) * | 2016-07-25 | 2018-02-16 | 浙江忠恒锁业有限公司 | Automatically the latch bolt touching device locked |
| CN106639667A (en) * | 2017-01-23 | 2017-05-10 | 深圳指尖儿科技有限公司 | Lock structure, safety lock and notebook |
| CN108360929A (en) * | 2018-04-02 | 2018-08-03 | 福州吉瓦特网络科技有限公司 | A kind of bluetooth lock and its method for unlocking |
| CN111980495A (en) * | 2020-09-08 | 2020-11-24 | 上海澄东锁具有限公司 | Electric quantity self-checking device with emergency function for intelligent door lock |
| CN113463987B (en) * | 2021-05-28 | 2022-05-17 | 李正辉 | Suitcase lock and suitcase safe in utilization, high-efficient and convenient |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE4307299B4 (en) * | 1993-03-03 | 2005-09-08 | Insys Microelectronics Gmbh | Electromechanical lock |
| US6202455B1 (en) * | 2000-01-24 | 2001-03-20 | Shun-Chang Su | Zipper lock assembly for an article with a zipper having two pull tabs |
| CN101033670B (en) * | 2007-04-03 | 2010-05-26 | 金华银 | Fingerprint zipper lock of trunk |
| CN204920524U (en) * | 2015-08-06 | 2015-12-30 | 东莞市景瑜实业有限公司 | Case and bag intelligence zip fastener lock |
| CN205502794U (en) * | 2016-01-05 | 2016-08-24 | 嘉兴兆孚电子科技有限公司 | Intelligence bag lock |
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