CN205502794U - Intelligence bag lock - Google Patents
Intelligence bag lock Download PDFInfo
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- CN205502794U CN205502794U CN201620003413.XU CN201620003413U CN205502794U CN 205502794 U CN205502794 U CN 205502794U CN 201620003413 U CN201620003413 U CN 201620003413U CN 205502794 U CN205502794 U CN 205502794U
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Abstract
The utility model relates to an intelligence bag lock, including lock body and battery case subassembly, the lock body includes and intercombination's bottom and face -piece is provided with the panel in the front of face -piece, is provided with display window and includes the on & off switch and change the key with operation button, operation button on the panel, is provided with first fore shaft and second fore shaft on the face -piece, is provided with between bottom and face -piece and locks the chamber, is equipped with in the one side of locking the chamber and unblanks to push away the system, unblanks to push away the system and rotates under the hand is pressed, still being provided with lock core subassembly, electronic drive assembly, torque spring and rotating the ejector pin at the lock intracavity, the drive of electronic drive assembly is rotated the ejector pin and is rotated, rotates the ejector pin and is provided with kicking block and swing arm, the system is unblanked to push away in the rotation, unblanks to push away system promotion lock core subassembly and is in unlocked state, and the lock core subassembly is equipped with reset spring, loosening and unblanking to push away the system, the lock core subassembly resets under reset spring's effect and makes the lock core subassembly resume the state of locking. The utility model discloses simple structure, convenient to use, the security is good.
Description
Technical field
This utility model belongs to bag lock technical field, particularly to a kind of intelligence bag lock.
Background technology
Existing bag lock mostly is mechanical code lock or key lock, uses and adjusts password wheels or use key to unblank, and key is lost or can bring inconvenience the most at one's side.In the intelligent network epoch now, coded lock wants to join together to use with the intelligence tool such as mobile phone, it is necessary to uses electronic cipher mode to open and locks, and mechanical code lock can not accomplish this point.
Utility model content
Technical problem to be solved in the utility model is, it is provided that a kind of intelligence bag lock, replaces machinery in the past by the mode of electronic module input password and adjusts the mode of password wheels；The switching process of another aspect motor driven latch replaces existing simple mechanical structural member and opens the pattern locked.
nullThis utility model is realized in，A kind of intelligence bag lock is provided，Including the lock body coordinated up and down and battery holder assembly，Battery holder assembly is arranged on below lock body，Lock body includes bottom and the face-piece being mutually combined，Battery holder assembly is fixed on bottom，The front of face-piece is provided with panel，Panel is provided with display window and operation button，Operation button includes on & off switch and changes key，Face-piece is provided with the first fore shaft and the second fore shaft，Lock chamber it is provided with between bottom and face-piece，It is provided with pushing of unblanking in the side in lock chamber，Pushing of unblanking presses lower rotation at hands，It is additionally provided with lock core assembly at lock intracavity、Power drive assemblies、Torque spring and rotation push rod，Power drive assemblies drives and rotates push rod rotation，Torque spring coordinates installation with rotating push rod，Rotation push rod is allowed to reset，Rotate push rod and be provided with jacking block and swing arm；Rotation is unblanked pushing, and pushing pushing lock cylinder assembly of unblanking is in unlocking condition, and lock core assembly is provided with back-moving spring；Unclamping pushing of unblanking, lock core assembly resets under the effect of back-moving spring and makes lock core component recovery to locking state.
Further, lock core assembly also includes end locking bar and middle part locking bar, and back-moving spring is separately positioned on end locking bar and locking bar one end, middle part, is respectively arranged with end snap close and middle part snap close on end locking bar and middle part locking bar；When lock core assembly is in locking state, end snap close realizes locking the second fore shaft, and middle part snap close realizes locking the first fore shaft, and back-moving spring is in normally compressed state, is in reset state；When lock core assembly is in unlocking condition, end snap close realizes unblanking the second fore shaft, and middle part snap close realizes unblanking the first fore shaft, and back-moving spring is in most compressed state, when external force disappears, the thrust of back-moving spring can allow end locking bar and middle part locking bar reset；Jacking block withstands end locking bar and the right-hand member of middle part locking bar simultaneously so that end locking bar and middle part locking bar can not move right, and lock body is in locking state, and pushing of now unblanking can not press end locking bar and middle part locking bar.
Further, being provided with swing arm limited block on the inwall of face-piece, what swing arm limited block limited swing arm rotates counterclockwise position.
Further, waterproof apron it is additionally provided with between bottom and face-piece, lock intracavity at waterproof apron place is provided with PCB circuit module, bus, display screen and backlight plain film, battery holder assembly provides electric power for PCB circuit module, display location is in display window, and operation is by key control PCB circuit module；Lock intracavity at waterproof apron place is additionally provided with bluetooth module, and bluetooth module is connected with PCB circuit module, PCB circuit module control lock body open the process of locking；Bluetooth module and user mobile phone APP carry out bluetooth communication, and unlocking cipher is sent to the receiving terminal of bluetooth module by user by Bluetooth signal, mates with preset password, if the match is successful, then control lock body by PCB circuit module and complete to unlock or process of locking.
Further, battery holder assembly includes battery case and battery cover.
nullFurther，Power drive assemblies includes direct current generator、Worm screw、Helical gear、Thumb wheel and thumb wheel stage clip，Battery holder assembly provides electric power for direct current generator，Thumb wheel coordinates installation up and down with helical gear，Helical gear contact surface is provided with some gear boss or gear recesses，The contact surface that thumb wheel coordinates is provided with some thumb wheel grooves or thumb wheel is protruding，Thumb wheel groove cooperates with gear boss，Or gear recesses cooperates with thumb wheel projection，What gear boss or thumb wheel were protruding 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，Thumb wheel is provided with driving lever，Driving lever drives the swing arm rotating push rod to rotate，Jacking block is turned to not and withstands end locking bar and the position of middle part locking bar，Pushing of unblanking can simultaneously drive end locking bar and middle part locking bar toward moving right，End snap close and middle part snap close are removed respectively at the second fore shaft and the first fore shaft，Lock body realizes unblanking，DC motor Driver worm screw and helical gear rotate，The inwall of face-piece is provided with sprocket、Driving lever upper limit post and driving lever lower position block，Helical gear and thumb wheel are separately mounted on sprocket and rotate around sprocket，Driving lever upper limit post and driving lever lower position block limit the turned position clockwise and anticlockwise of driving lever respectively；When the transfer of torque that the output moment of torsion of direct current generator coordinates with gear boss more than thumb wheel groove, thumb wheel will skid at helical gear gear boss end face, and thumb wheel stops operating.
Further, power drive assemblies includes direct current generator, worm screw, slide block and sliding block spring, slide block is provided with pushing block and spring mounting post, sliding block spring coordinates with worm screw, its one end is arranged on worm screw, in the spring mounting post that its other end is arranged on slide block, pushing block drives the swing arm rotating push rod to rotate, pushing block is turned to not and withstands end locking bar and the position of middle part locking bar, pushing of unblanking can simultaneously drive end locking bar and middle part locking bar toward moving right, end snap close and middle part snap close are removed respectively at the second fore shaft and the first fore shaft, lock body realizes unblanking, the inwall of face-piece is provided with slider guide muscle, slide block left limit block and slide block right limit block, slider guide muscle limits slide block and moves up and down position, what slide block left limit block and slide block right limit block limited slide block respectively moves left and right position；When the transfer of torque that the output moment of torsion of direct current generator coordinates with sliding block spring more than worm screw, sliding block spring will skid at worm screw face, and slide block stops mobile.
Compared with prior art, intelligence bag lock of the present utility model, have the following characteristics that
1, cryptographic security is more preferable, and the password of mechanical code lock is easier to be cracked, and the password of this coded lock is more difficult cracks.
2, case and bag and smart mobile phone can be realized interconnect, enter intelligentized Internet of Things for case and bag and provide a reliably and easily passage.
3, simple in construction, easy to use.
Accompanying drawing explanation
Fig. 1 is the front view of this utility model one preferred embodiment；
Fig. 2 is the schematic perspective view of battery holder assembly in Fig. 1；
Fig. 3 is the decomposing schematic representation of this utility model first embodiment；
Fig. 4 is the front view of lock body (being in blocking) in Fig. 3；
Schematic perspective view when Fig. 5 is that in Fig. 3, lock body is in locking state；
Schematic perspective view when Fig. 6 is that in Fig. 3, lock body is in unlocking condition；
Fig. 7 is the decomposing schematic representation of this utility model the second embodiment；
Fig. 8 is the front view of lock body (being in blocking) in Fig. 7；
Schematic perspective view when Fig. 9 is that in Fig. 7, lock body is in locking state；
Schematic perspective view when Figure 10 is that in Fig. 7, lock body is in unlocking condition；
Figure 11 is the schematic perspective view of Fig. 1 medial end portions locking bar；
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.
Detailed description of the invention
In order to make technical problem to be solved in the utility model, technical scheme and beneficial effect clearer, below in conjunction with drawings and Examples, this utility model is further elaborated.Should be appreciated that specific embodiment described herein, only in order to explain this utility model, is not used to limit this utility model.
Referring to shown in Fig. 1, Fig. 2 and Fig. 3, the preferred embodiment of this utility model intelligence bag lock, including the lock body 1 coordinated up and down and battery holder assembly 2, battery holder assembly 2 is arranged on below lock body 1.Lock body 1 includes bottom 3 and the face-piece 4 being mutually combined, and battery holder assembly 2 is screwed on bottom 3.The front of face-piece 4 is provided with panel 41, panel 41 is provided with display window 42 and operation button 43.Operation button 43 includes on & off switch 431 and changes key 432, and the on & off switch 431 of the present embodiment is " O " key, and changing key 432 is " C " key.Face-piece 4 is provided with the first fore shaft 44 and the second fore shaft 45.First fore shaft 44 is near the sidepiece of lock body 1, and the second fore shaft 45 is near the middle part of lock body 1.
Referring to shown in Fig. 3, Fig. 4, Fig. 5 and Fig. 6, between bottom 3 and face-piece 4, it is provided with lock chamber 5.Being provided with, in the side in lock chamber 5, pushing 6 of unblanking, pushing 6 of unblanking presses lower rotation at hands.In lock chamber 5, it is additionally provided with lock core assembly 7, power drive assemblies 8, torque spring 9 and rotates push rod 10.Power drive assemblies 8 drives rotation push rod 10 to rotate, and torque spring 9 coordinates installation with rotating push rod 10, allows rotation push rod 10 reset, rotates push rod 10 and be provided with jacking block 101 and swing arm 102.Rotation is unblanked pushing 6, and pushing 6 pushing lock cylinder assembly 7 of unblanking is in unlocking condition, and lock core assembly 7 is provided with back-moving spring 71.Unclamping pushing 6 of unblanking, lock core assembly 7 resets under the effect of back-moving spring 71 and makes lock core assembly 7 return to locking state.
Lock core assembly 7 also includes end locking bar 72 and middle part locking bar 73, please respectively refer to shown in Figure 11 and Figure 12.Back-moving spring 71 is separately positioned on end locking bar 72 and middle part locking bar 73 one end, is respectively arranged with end snap close 74 and middle part snap close 75 on end locking bar 72 and middle part locking bar 73.When lock core assembly 7 is in locking state, end snap close 74 realizes locking to the second fore shaft 45, and middle part snap close 75 realizes locking to the first fore shaft 44, and back-moving spring 71 is in normally compressed state, is in reset state.When lock core assembly 7 is in unlocking condition, end snap close 74 realizes unblanking to the second fore shaft 45, middle part snap close 75 realizes unblanking 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 external force disappears, the thrust of back-moving spring 71 can allow end locking bar 72 and middle part locking bar 73 reset.Jacking block 101 withstands end locking bar 72 and the right-hand member of middle part locking bar 73 simultaneously so that end locking bar 72 and middle part locking bar 73 can not move right, and lock body 1 is in locking state, and pushing 6 of now unblanking can not press end locking bar 72 and middle part locking bar 73.
Being provided with swing arm limited block 46 on the inwall of face-piece 4, what swing arm limited block 46 limited swing arm 102 rotates counterclockwise position.
Being additionally provided with waterproof apron 11 between bottom 3 and face-piece 4, being provided with PCB circuit module 12, bus 13, display screen 14 and backlight plain film 15(in the lock chamber 5 at waterproof apron 11 place also can be without backlight plain film 15).Battery holder assembly 2 provides electric power, display screen 14 to be positioned at display window 42 for PCB circuit module 12, and operation button 43 controls PCB circuit module 12.Display screen 14 uses display three to any one display screen in eight-digit number word.In this example it is shown that screen 14 employing three bit digital show.Lock intracavity at waterproof apron 11 place is additionally provided with bluetooth module 16, and bluetooth module 16 is connected with PCB circuit module 12, and what PCB circuit module 12 controlled lock body 1 opens the process of locking.
Bluetooth module 16 of the present utility model can carry out bluetooth communication with wireless communication terminals such as user mobile phone APP, unlocking cipher is sent to the receiving terminal of bluetooth module 16 by user by Bluetooth signal, mate with preset password, if the match is successful, then control lock body 1 by PCB circuit module 12 and complete to unlock or process of locking.Bluetooth technology is applied to bag lock by this utility model, make use of bluetooth communication to be wirelessly transferred the feature with low cost well, thus is substantially reduced the cost of coded lock.Meanwhile, utilize bluetooth communication also to substantially increase the safety and reliability of bag lock, add Consumer's Experience.
Battery holder assembly 2 includes battery case 21 and battery cover 22.In the present embodiment, in battery case 21, placed No. 7 batteries of 1.5 volts of two joint.Display screen 14 can have LCD liquid crystal display screen and LED number tube panel two kinds.
Power drive assemblies 8 includes direct current generator 81, worm screw 82, helical gear 83, thumb wheel 84 and thumb wheel stage clip 85.Battery holder assembly 2 provides electric power for direct current generator 81, thumb wheel 84 coordinates installation with helical gear about 83, the contact surface of helical gear 83 is provided with some gear boss 86 or gear recesses, the contact surface that thumb wheel 84 coordinates is provided with some thumb wheel grooves 89 or thumb wheel is protruding, as shown in figure 13, thumb wheel groove cooperates with gear boss 86, or gear recesses is protruding with thumb wheel.What gear boss 86 or thumb wheel were protruding is shaped as spherical crown shape.Thumb wheel stage clip 85 is arranged on the top of thumb wheel 84 and thumb wheel 84 is overlayed on the end face of helical gear 83.
Thumb wheel 84 is provided with driving lever 87, driving lever 87 drives the swing arm 102 rotating push rod 10 to rotate, jacking block 101 is turned to not and withstands end locking bar 72 and the position of middle part locking bar 73, pushing 6 of unblanking can simultaneously drive end locking bar 72 and middle part locking bar 73 toward moving right, end snap close 74 and middle part snap close 75 are removed respectively at the second fore shaft 45 and the first fore shaft 44, and lock body 1 realizes unblanking.Direct current generator 81 drives worm screw 82 and helical gear 83 to rotate, and is provided with sprocket 47, driving lever upper limit post 48 and driving lever lower position block 49 on the inwall of face-piece 4.Helical gear 83 and thumb wheel 84 are separately mounted to rotate on sprocket 47 and around sprocket 47, and driving lever upper limit post 48 and driving lever lower position block 49 limit the turned position clockwise and anticlockwise of driving lever 87 respectively.When the transfer of torque that the output moment of torsion of direct current generator 81 coordinates with the thumb wheel groove 89 of thumb wheel 84 more than the gear boss 86 of helical gear 83, projection 86 end face at helical gear 83 is skidded by thumb wheel 84, and thumb wheel 84 stops operating.
The cipher set-up method of intelligence bag lock described above, it mainly comprises the steps:
The first step, pins on & off switch 431 simultaneously and change key 432 keeps 3 seconds, and the system of intelligence bag lock enters conventional password setting state；
Second step, first need to input Old Password, password the most then shows unique symbol, the present embodiment uses " S-1 " as unique symbol, conventional password setting pattern is entered: display window 42 first bit digital from left to right flashes after 2 seconds, often pressing once change key 432, numeral flicker also converts once (from 0,1,2 ... → 9 → 0 moves in circles change successively), confirms by & off switch 431 after choosing numeral；Automatically enter second-order digit flicker, press change key 432 and convert numeral, confirm by & off switch 431；The most automatically entering the 3rd bit digital flicker, operation is ibid；After last bit digital arranges confirmation, numeral stop flicker, then connect press 2 times change keys 432, conventional password setting completes；
3rd step, after password setting completes, the screen of display window 42 display terminating symbol, the present embodiment use " End " as terminating symbol, automatic shutdown after 2 seconds；
Incorrect permission of Old Password sets new password；Forgetting Password for prevention, the system of intelligence bag lock allows to set 2 groups or organizes different passwords more, as long as the password of input has one group right just can be opened by lock；If the password that input sets exceedes the group number that system specifies, new password can override that group password set the most at first.
The method for unlocking of the intelligent bag lock using aforesaid cipher set-up method and manufacture, it mainly comprises the steps:
The first step, starts shooting by & off switch 431；
Second step, after start, display window 42 first bit digital flicker from left to right, often presses once change key 432, and digital conversion once (from 0,1,2 ... → 9 → 0 moves in circles change successively), is confirmed by & off switch 431 after choosing numeral；Automatically enter second-order digit flicker, press change key 432 and convert numeral, confirm by & off switch 431；The most automatically entering the 3rd bit digital flicker, operation is ibid；
3rd step, after password figure to be entered confirms, numeral stops flicker；The system of intelligence bag lock, by automatically the numeral of input and institute preset password being contrasted, if identical (password is correct), shows correct symbol, and the present embodiment employing "---" is as correct symbol, and exports unlocking signal and opened by lock；If incorrect, showing mismark, the present embodiment uses " EEE " as mismark, enters the password defeated state of weight, repeat first step and operate after 2 seconds；
Numeral flicker waits the regular hour (such as 1 minute or 2 minutes, time length can be determined) according to practical situation, if not operating in this time, the system of intelligence bag lock will be shut down voluntarily；If the password of continuous 3 inputs is the most incorrect, the system automatic shutdown of intelligence bag lock.
The locking method of the intelligent bag lock using aforesaid cipher set-up method and manufacture, it mainly comprises the steps:
Long change key 432 of pressing keeps 3 seconds, and lock is pinned by the upper lock signal of system output of intelligence bag lock；
Before pinning, the voltage of the System self-test battery holder assembly 2 of intelligence bag lock, if if presetting low voltage value (such as the 80% of rated voltage) less than first, low electricity warning symbol can be shown in 2 seconds, the present embodiment uses " LO1 " as low electricity warning symbol, and flicker 5 times continuously, system the most normally works；If if presetting low voltage value (such as the 70% of rated voltage) less than second, second presets low voltage value presets low voltage value less than first, display electric symbol can be owed in 2 seconds, the present embodiment uses " LO2 " as owing electric symbol, and flicker 5 times continuously, now system can export unlocking signal and makes lock be in unlocking condition；The system of intelligence bag lock every 10 days self-measuring battery electricity, and can do above-mentioned process later.
The process of locking of the present embodiment comprises the steps:
Lock before of locking is in unlocking condition, i.e. presses pushing 6 of unblanking, end locking bar 72, and middle part locking bar 73 can move.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 change key 432 of pressing keeps 3 seconds, the upper lock signal of system output of intelligence bag lock, direct current generator 81 inverts, helical gear 83 is driven to rotate by worm screw 82, helical gear 83 drives thumb wheel 84 to rotate, driving lever 87 rotates counterclockwise and unclamps the swing arm 102 withstood, rotate push rod 10 to reverse under torque spring 9 acts on, jacking block 101 is made to withstand its right end face 76 of end locking bar 72 and its right end face 77 of middle part 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 locking bar 73 can not move, pushing 6 of unblanking can not be pressed, lock.
After locking, the state of swing arm 102 is unclamped in holding by driving lever 87, even if direct current generator 81 is received again by lock signal, driving lever 87 still can unclamp swing arm 102, and now the limited top rib of driving lever 87 is lived, thumb wheel 84 no longer be rotate but helical gear 83 gear boss 86 end face skid, bob.
And the process of unblanking of the present embodiment comprises the steps:
After intelligence bag lock input password, the system output unlocking signal of intelligence bag lock, direct current generator 81 rotates forward, helical gear 83 is driven to rotate by worm screw 82, helical gear 83 drives thumb wheel 84 to rotate, driving lever 87 is made to rotate clockwise promotion swing arm 102, rotation push rod 10 is driven to reverse counterclockwise, jacking block 101 is made to unclamp its right end face 76 of the end locking bar 72 withstood and its right end face 77 of middle part locking bar 73, referring to Fig. 6, Figure 11 and Figure 12, so that end locking bar 72 and middle part locking bar 73 can move, press pushing 6 of unblanking, end snap close 74 and middle part snap close 75 are respectively away from the second fore shaft 45 and the first fore shaft 44, unblank.
After unblanking, the state of swing arm 102 is withstood in holding by driving lever 87, even if direct current generator 81 is received again by unlocking signal, driving lever 87 still can withstand swing arm 102, and now driving lever 87 is withstood by driving lever lower position block 49, thumb wheel 84 no longer be rotate but helical gear 83 gear boss 86 end face skid, bob.
As the second embodiment of the present utility model, in addition to power drive assemblies 8 ＇, other structures are identical with previous embodiment, repeat no more.Power drive assemblies 8 ＇ includes direct current generator 81 ＇, worm screw 82 ＇, slide block 83 ＇ and sliding block spring 84 ＇, slide block 83 ＇ is provided with pushing block 85 ＇ and spring mounting post 86 ＇, sliding block spring 84 ＇ coordinates with worm screw 82 ＇, its one end is arranged on worm screw 82 ＇, its other end is arranged on spring mounting post 86 ＇ on slide block 83 ＇, pushing block 85 ＇ drives the swing arm 102 rotating push rod 10 to rotate, pushing block 85 ＇ is made to turn to not withstand end locking bar 72 and the position of middle part locking bar 73, pushing 6 of unblanking can simultaneously drive end locking bar 72 and middle part locking bar 73 toward moving right, end snap close 72 and middle part snap close 75 are removed respectively at the second fore shaft 45 and the first fore shaft 44, lock body 1 realizes unblanking.The inwall of face-piece 4 is provided with slider guide muscle 47 ＇, slide block left limit block 48 ＇ and slide block right limit block 49 ＇, what slider guide muscle 47 ＇ limited that slide block 83 ＇ moves up and down that position, slide block left limit block 48 ＇ and slide block right limit block 49 ＇ limit slide block 83 ＇ respectively moves left and right position.When the transfer of torque that the output moment of torsion of direct current generator 81 ＇ coordinates with sliding block spring 84 ＇ more than worm screw 82 ＇, sliding block spring 84 ＇ will be at worm screw 82 ＇ slippery surface, and slide block 83 ＇ stops mobile.
The process of locking of the present embodiment comprises the steps:
Lock before of locking is in unlocking condition, i.e. presses pushing 6 of unblanking so that end locking bar 72 and middle part locking bar 73 can move.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 change key 432 of pressing keeps 3 seconds, the upper lock signal of system output of intelligence bag lock, direct current generator 81 ＇ inverts, sliding block spring 84 ＇ is driven by worm screw 82 ＇, one end of sliding block spring 84 ＇ is fixed on slide block 83 ＇, thus band movable slider 83 ＇ moves right on slider guide muscle 47 ＇, pushing block 85 ＇ unclamps the swing arm 102 withstood, rotate push rod 10 to reverse under torque spring 9 acts on, jacking block 101 is made to withstand its right end face 76 of end locking bar 72 and its right end face 77 of middle part locking bar 73, referring to Fig. 8, Fig. 9, Figure 11 and Figure 12, so that end locking bar 72 and middle part locking bar 73 can not move, pushing 6 of unblanking can not be pressed, lock.
After locking, the state of swing arm 102 is unclamped in holding by pushing block 85 ＇, even if direct current generator 81 is received again by lock signal, pushing block 85 ＇ still can unclamp swing arm 102, and now slide block 83 ＇ is withstood by slide block right limit block 49 ＇, and slide block 83 ＇ is no longer to move left and right but original position vibrations.
And the process of unblanking of the present embodiment comprises the steps:
After intelligence bag lock input password, the system output unlocking signal of intelligence bag lock, direct current generator 81 rotates forward, sliding block spring 84 ＇ is driven by worm screw 82 ＇, one end of sliding block spring 84 ＇ is fixed on slide block 83 ＇, thus band movable slider 83 ＇ is moved to the left on slider guide muscle 47 ＇, order is pushed up to swing arm 102 to pushing block 85 ＇, rotation push rod 10 is driven to reverse counterclockwise, jacking block 101 is made to unclamp its right end face 76 of the end locking bar 72 withstood and its right end face 77 of middle part locking bar 73, referring to Figure 10 to Figure 12, so that end locking bar 72 and middle part locking bar 73 can move, press pushing 6 of unblanking, end snap close 74 and middle part snap close 75 are respectively away from the second fore shaft 45 and the first fore shaft 44, unblank.
After unblanking, the state of swing arm 102 is withstood in holding by pushing block 85 ＇, even if direct current generator 81 is received again by unlocking signal, pushing block 85 ＇ still can withstand swing arm 102, and now slide block 83 ＇ is withstood by slide block left limit block 48 ＇, and slide block 83 ＇ is no longer to move left and right but original position vibrations.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all any amendment, equivalent and improvement etc. made within spirit of the present utility model and principle, within should be included in protection domain of the present utility model.
Claims (7)
- null1. an intelligent bag lock，Including the lock body coordinated up and down and battery holder assembly，Described battery holder assembly is arranged on below lock body，Described lock body includes bottom and the face-piece being mutually combined，Described battery holder assembly is fixed on bottom，The front of described face-piece is provided with panel，It is provided with display window and operation button on the panel，Described operation button includes on & off switch and changes key，Described face-piece is provided with the first fore shaft and the second fore shaft，Lock chamber it is provided with between described bottom and face-piece，It is provided with pushing of unblanking in the side in described lock chamber，Described pushing of unblanking presses lower rotation at hands，It is characterized in that，It is additionally provided with lock core assembly at described lock intracavity、Power drive assemblies、Torque spring and rotation push rod，Described power drive assemblies drives and rotates push rod rotation，Described torque spring coordinates installation with rotating push rod，Described rotation push rod is allowed to reset，Described rotation push rod is provided with jacking block and swing arm；Unblank described in rotation pushing, described in pushing pushing lock cylinder assembly of unblanking be in unlocking condition, described lock core assembly is provided with back-moving spring；Unblanking described in unclamping pushing, described lock core assembly resets under the effect of back-moving spring and makes lock core component recovery to locking state.
- 2. intelligence bag lock as claimed in claim 1, it is characterized in that, described lock core assembly also includes end locking bar and middle part locking bar, and described back-moving spring is separately positioned on end locking bar and locking bar one end, middle part, is respectively arranged with end snap close and middle part snap close on described end locking bar and middle part locking bar；When described lock core assembly is in locking state, described end snap close realizes locking the second fore shaft, and described middle part snap close realizes locking the first fore shaft, and described back-moving spring is in normally compressed state；When described lock core assembly is in unlocking condition, described end snap close realizes unblanking the second fore shaft, and described middle part snap close realizes unblanking the first fore shaft, and described back-moving spring is in most compressed state.
- 3. intelligence bag lock as claimed in claim 1, it is characterised in that be provided with swing arm limited block on the inwall of described face-piece, what described swing arm limited block limited swing arm rotates counterclockwise position.
- 4. intelligence bag lock as claimed in claim 1, it is characterized in that, it is additionally provided with waterproof apron between described bottom and face-piece, lock intracavity at described waterproof apron place is provided with PCB circuit module, bus, display screen and backlight plain film, described battery holder assembly provides electric power for PCB circuit module, described display location is in display window, and key control PCB circuit module is pressed in described operation；Lock intracavity at described waterproof apron place is additionally provided with bluetooth module, and described bluetooth module is connected with PCB circuit module, described PCB circuit module control lock body open the process of locking；Described bluetooth module and user mobile phone APP carry out bluetooth communication, unlocking cipher is sent to the receiving terminal of bluetooth module by user by Bluetooth signal, mate with preset password, if the match is successful, then control lock body by PCB circuit module and complete to unlock or process of locking.
- 5. intelligence bag lock as claimed in claim 1, it is characterised in that described battery holder assembly includes battery case and battery cover.
- null6. the intelligent bag lock as described in any one in claim 1 to 5，It is characterized in that，Described power drive assemblies includes direct current generator、Worm screw、Helical gear、Thumb wheel and thumb wheel stage clip，Described battery holder assembly provides electric power for direct current generator，Described thumb wheel coordinates installation up and down with helical gear，Described helical gear contact surface is provided with some gear boss or gear recesses，The contact surface that described thumb wheel coordinates is provided with some thumb wheel grooves or thumb wheel is protruding，Described thumb wheel groove cooperates with gear boss，Or described gear recesses cooperates with thumb wheel projection，Described thumb wheel stage clip is arranged on the top of thumb wheel and thumb wheel is overlayed on helical gear end face，Described thumb wheel is provided with driving lever，Described driving lever drives the swing arm rotating push rod to rotate，Described DC motor Driver worm screw and helical gear rotate，The inwall of described face-piece is provided with sprocket、Driving lever upper limit post and driving lever lower position block，Described helical gear and thumb wheel are separately mounted on sprocket and rotate around sprocket，Described driving lever upper limit post and driving lever lower position block limit 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 characterized in that, described power drive assemblies includes direct current generator, worm screw, slide block and sliding block spring, described slide block is provided with pushing block and spring mounting post, described sliding block spring coordinates with worm screw, its one end is arranged on worm screw, in the spring mounting post that its other end is arranged on slide block, described pushing block drives the swing arm rotating push rod to rotate, the inwall of described face-piece is provided with slider guide muscle, slide block left limit block and slide block right limit block, described slider guide muscle limits slide block and moves up and down position, what described slide block left limit block and slide block right limit block limited slide block respectively moves left and right position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620003413.XU CN205502794U (en) | 2016-01-05 | 2016-01-05 | Intelligence bag lock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620003413.XU CN205502794U (en) | 2016-01-05 | 2016-01-05 | Intelligence bag lock |
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| Publication Number | Publication Date |
|---|---|
| CN205502794U true CN205502794U (en) | 2016-08-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620003413.XU Withdrawn - After Issue CN205502794U (en) | 2016-01-05 | 2016-01-05 | Intelligence bag lock |
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| Country | Link |
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| CN (1) | CN205502794U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105484583A (en) * | 2016-01-05 | 2016-04-13 | 嘉兴兆孚电子科技有限公司 | Smart bag lock and password setting method |
| CN106246011A (en) * | 2016-09-20 | 2016-12-21 | 东莞市锁之道科技有限公司 | A kind of button locking device |
| TWI679337B (en) * | 2019-05-23 | 2019-12-11 | 東洋建蒼電機股份有限公司 | Locking mechanism for a sensor lock |
-
2016
- 2016-01-05 CN CN201620003413.XU patent/CN205502794U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105484583A (en) * | 2016-01-05 | 2016-04-13 | 嘉兴兆孚电子科技有限公司 | Smart bag lock and password setting method |
| CN106246011A (en) * | 2016-09-20 | 2016-12-21 | 东莞市锁之道科技有限公司 | A kind of button locking device |
| CN106246011B (en) * | 2016-09-20 | 2018-08-31 | 东莞市锁之道科技有限公司 | A kind of button locking device |
| TWI679337B (en) * | 2019-05-23 | 2019-12-11 | 東洋建蒼電機股份有限公司 | Locking mechanism for a sensor lock |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160824 Effective date of abandoning: 20171107 |