CN116935516A - Intelligent electronic unlocking structure - Google Patents

Intelligent electronic unlocking structure Download PDF

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Publication number
CN116935516A
CN116935516A CN202210362315.5A CN202210362315A CN116935516A CN 116935516 A CN116935516 A CN 116935516A CN 202210362315 A CN202210362315 A CN 202210362315A CN 116935516 A CN116935516 A CN 116935516A
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CN
China
Prior art keywords
electronic
lock
electronic key
password
setting
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Pending
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CN202210362315.5A
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Chinese (zh)
Inventor
王俊滨
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Lingpu Co ltd
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Lingpu Co ltd
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Application filed by Lingpu Co ltd filed Critical Lingpu Co ltd
Priority to CN202210362315.5A priority Critical patent/CN116935516A/en
Publication of CN116935516A publication Critical patent/CN116935516A/en
Pending legal-status Critical Current

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    • GPHYSICS
    • G07CHECKING-DEVICES
    • G07CTIME 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
    • G07C9/00Individual registration on entry or exit
    • G07C9/00174Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
    • G07C9/00658Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys operated by passive electrical keys
    • EFIXED CONSTRUCTIONS
    • E05LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05BLOCKS; ACCESSORIES THEREFOR; HANDCUFFS
    • E05B47/00Operating or controlling locks or other fastening devices by electric or magnetic means
    • GPHYSICS
    • G07CHECKING-DEVICES
    • G07CTIME 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
    • G07C9/00Individual registration on entry or exit
    • G07C9/00174Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
    • G07C9/00817Electronically 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
    • EFIXED CONSTRUCTIONS
    • E05LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05BLOCKS; ACCESSORIES THEREFOR; HANDCUFFS
    • E05B47/00Operating or controlling locks or other fastening devices by electric or magnetic means
    • E05B2047/0091Retrofittable electric locks, e.g. an electric module can be attached to an existing manual lock

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  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Lock And Its Accessories (AREA)

Abstract

The invention discloses an intelligent electronic unlocking structure, which mainly comprises a mobile device, an electronic key and an electronic lock, wherein the mobile device is provided with an unlocking APP, a password can be set by the unlocking APP, the unlocking APP is provided with a management list, and the matching situation of the electronic key and the electronic lock is adjusted by the management list; and inserting the electronic key into the mobile device to download the management list and the password, transmitting the electronic key to the electronic lock, and when the electronic key is matched with the electronic lock, confirming that the passwords of the electronic key and the electronic lock are consistent and are matched electronic keys, so that the unlocking action can be performed.

Description

Intelligent electronic unlocking structure
Technical Field
The invention relates to an intelligent electronic unlocking structure, in particular to an intelligent electronic unlocking structure which utilizes APP to manage unlocking authority and has traditional unlocking actions.
Background
When entering and exiting a house or office, the door is contacted, and the door is locked, so that the lock and the key are important tools for controlling the entrance guard.
However, the conventional key is a key corresponding to a lock, and the outgoing door may need to carry a large string of keys, which is extremely troublesome, and may need to carry a plurality of remote controllers to unlock the remote control door such as the iron rolling door, so that the carrying is quite inconvenient, and once the key is lost, the large string of keys may be lost together, and the conventional key has limited change and is easy to copy, thus having obvious defects in the aspect of access control.
The present inventors have made many studies and have made various experiments to test samples, and have made various modifications, and have proposed the present invention.
Disclosure of Invention
The technical problem to be solved is as follows:
the invention aims to solve the technical problem of providing an intelligent electronic unlocking structure aiming at the defects in the prior art.
Technical characteristics of solving the problems:
the intelligent electronic unlocking structure mainly comprises a mobile device, an electronic key and an electronic lock, wherein the mobile device is provided with a connection port, the connection port is a Type-C slot, the mobile device is provided with an unlocking APP, the unlocking APP is provided with a password area for inputting or setting a password, the unlocking APP is further provided with a number area, a code management area and a lock management area, a code is displayed in the number area, the code area is used for inputting or setting a code to be connected with the code, a user can simply identify and manage the code, the code management area displays a plurality of codes, any code can be removed from the code management area, the lock management area is provided with a plurality of unlocking codes, the APP is provided with a management list, and the management list is used for adjusting the matching situation of the codes and the codes; the electronic key comprises a rechargeable battery, a CPU (central processing unit) operation unit and a storage unit, wherein the rechargeable battery supplies power required by the operation of the electronic key, the CPU operation unit can be used for operation comparison of the password, the number and the lock number, the unique hardware serial number of the electronic key is provided with the number in the storage unit, the hardware serial number of the electronic key is a unique code which is not repeated in factory setting, a user cannot change the number, the number is also unique and not repeated, the storage unit can store the password, the number and the lock number, the electronic key is provided with an electronic key head and a digital remote control button, the electronic key head is a Type-C connector, the electronic key head can be inserted into the connection port, the electronic key is inserted into the mobile device, and the electronic key and the mobile device can be transmitted by matching with the CPU operation unit and the storage unit of the electronic key, and the remote control button is connected with the CPU operation unit; the electronic lock comprises a chargeable capacitor, a CPU operation unit and a storage unit, wherein the chargeable capacitor supplies power required by the operation of the electronic lock, the CPU operation unit can be used for operation comparison of the password, the number and the lock number, and the storage unit can be used for storing the password, the number and the lock number.
Further, the electronic lock is provided with an electronic lock core, the electronic lock core is provided with an electronic lock hole, and the electronic lock hole is a Type-C slot, so that the electronic key head can be inserted into the electronic lock hole to enable the electronic key to be inserted into the electronic lock, and the electronic key head can be connected with a Type-C contact chamber of the electronic lock hole and the remote control button can be pressed down, so that a CPU operation unit of the electronic key can transmit the password, the number and the lock number in a storage unit of the electronic key to be used for operation comparison of the CPU operation unit of the electronic lock.
Further, the electronic key also comprises a wireless transmission unit, the remote control button is connected with the wireless transmission unit, the electronic lock also comprises a wireless transmission unit, and when the remote control button is pressed down, the wireless transmission unit of the electronic key can wirelessly transmit the password, the number and the lock number in the storage unit of the electronic key to be compared by the CPU operation unit of the electronic lock.
An intelligent electronic unlocking structure application method mainly comprises a password setting step, a key setting step, a lock hole setting step and a pairing step, wherein the mobile device is firstly caused to execute the password setting step, the password setting step comprises a password setting step I and a password setting step II, the password setting step I and the APP are started, and the unlocking APP is started on the mobile device; setting a password, namely setting a password, and inputting and setting the password by using a password area of the unlocking APP; after the password is set in the password setting step II, the electronic key head is inserted into the connection port, the mobile device is connected with the electronic key, and the mobile device is enabled to execute the key setting step, wherein in the key setting step, a key code number is set, the electronic key is inserted into the mobile device for initialization, the unlocking APP reads out a hardware serial number of the electronic key and displays the serial number in the serial number area, a code number corresponding to the serial number can be changed in the code number area, after setting, the password is imported into a storage unit of the electronic key, the password is stored in the storage unit, after setting of the electronic key is completed, all the set code numbers can be seen in the code number management area, and the serial number is simply identified and managed in the unlocking APP by the code number, namely, the code number is another expression form of the serial number which is convenient for a user to watch in the unlocking APP.
Optionally, the step of setting the lock hole includes a step of setting the lock hole and a step of setting the lock hole, wherein the step of setting the lock hole includes a step of setting the lock hole, a step of setting an electronic lock management parameter, setting the lock number in a lock management area of the unlocking APP to correspond to each electronic lock, and then adjusting a parameter of the code number which can be used for the lock number in the management list to make the electronic lock correspond to one lock number, the lock number corresponds to at least one code number, and the code number corresponding to the code number is matched with the electronic key to confirm the electronic key corresponding to the electronic lock; setting a lock hole step II, namely downloading a code number of a code transmission parameter electronic key, inserting the electronic key with the code number A conforming to the management list into a storage unit of the electronic key when the code number A is regulated and used for downloading the management list and the password by the mobile device, inserting the electronic key into the electronic lock, pressing the remote control button to import the management list and the password into the storage unit of the electronic lock, automatically deleting the management list in the electronic key after import, repeating the step until all the electronic locks receive the management list and the password, giving the corresponding lock number to the electronic lock by the management list, and enabling the electronic lock to store the password and the number of the electronic key corresponding to the password; after the step of setting the lock hole is finished, the step of pairing is carried out by the electronic key and the electronic lock, the step of pairing is divided into a pairing failure and a pairing success, if the pairing is carried out successfully, an unlocking action is carried out, wherein after the electronic key is inserted into the electronic lock and the remote control button is pressed down, the CPU operation unit of the electronic lock calculates and compares the password, the code of the electronic key with the password and the management list of the electronic lock, and when the password stored in the electronic key and the password stored in the electronic lock are different, or the number of the electronic key is not the electronic key corresponding to the management list in the electronic lock, the unlocking action cannot be carried out; after the electronic key is successfully paired, the CPU operation unit of the electronic lock calculates and compares the password, the code and the management list of the electronic key after the electronic key is inserted into the electronic lock and the remote control button is pressed down, and when the password stored in the electronic lock is the same as the password stored in the electronic lock and the number of the electronic key is the electronic key corresponding to the management list in the electronic lock, the unlocking action can be executed; and when the pairing is successful, the unlocking action can rotate the electronic lock core by rotating the electronic key, so that the electronic lock can be unlocked.
Optionally, the step of setting the lock hole is performed through the intelligent electronic unlocking structure, the step of setting the lock hole includes a step of setting the lock hole I and a step of setting the lock hole II, wherein the step of setting the lock hole I, setting electronic lock management parameters, setting the lock number in a lock management area of the unlocking APP to correspond to each electronic lock, and adjusting parameters of the code number which can be used for the lock number in the management list to enable the electronic lock to correspond to one lock number, wherein the lock number corresponds to at least one code number, and the code number corresponding to the code number is matched with the electronic key to confirm the electronic key corresponding to the electronic lock; setting a lock hole step II, namely downloading a code number of a code transmission parameter electronic key, inserting the electronic key with the code number conforming to the management list into a storage unit of the electronic key for downloading the management list and the password by the mobile device after adjusting the code number applicable to the lock number, then pressing a remote control button to wirelessly transmit the management list and the password to the storage unit of the electronic lock, automatically deleting the management list in the electronic key after the management list is imported, repeating the step until all the electronic locks receive the management list and the password, giving the corresponding lock number to the electronic lock by the management list, and enabling the electronic lock to store the password and the corresponding code number of the electronic key; after the step of setting the lock hole is finished, the step of pairing is carried out by the electronic key and the electronic lock, the step of pairing is divided into a pairing failure and a pairing success, if the pairing is carried out successfully, an unlocking action is carried out, wherein after the remote control button is pressed down to carry out wireless transmission, when the password stored in the electronic key and the electronic lock is different, or the number of the electronic key is not the electronic key corresponding to the management list in the electronic lock, the unlocking action cannot be carried out; after successful pairing, pressing the remote control button for wireless transmission, when the electronic key is the same as the password stored in the electronic lock, and the number of the electronic key is the electronic key corresponding to the management list in the electronic lock, the unlocking action can be executed; unlocking: when the pairing is successful, the electronic lock is unlocked.
Against the action of the prior art:
the intelligent electronic unlocking structure can achieve the effect that only one electronic key is needed to be taken out of the door, solves the problems that the traditional metal key is limited in change and easy to copy, does not need to carry a large string of keys when the user goes out of the door, inherits the using habit of traditional unlocking, has the same actions of inserting and rotating, does not change, can replace the existing conventional remote controller, and is more convenient when the user goes out of the door.
Drawings
FIG. 1 is a block diagram of the steps of the method of the present invention.
FIG. 2 is a schematic diagram of the transmission of the electronic key and the internal components and links of the electronic lock of the present invention.
Fig. 3 is a perspective view of the present invention.
Fig. 4 is a state diagram of unlocking APP setting password according to the present invention, and the electronic key is not inserted into the mobile device.
Fig. 5 is a state diagram of unlocking APP setting the code of the electronic key of the present invention, which has been inserted into the mobile device.
Fig. 6 is a schematic diagram of the code management area of the unlocking APP of the present invention, looking at all electronic key codes.
Fig. 7 is a schematic diagram of a lock management area of the unlocking APP of the present invention, looking at all electronic lock numbers.
Fig. 8 is a schematic diagram of a management list of an unlocking APP of the present invention, and views the electronic key code number of the electronic lock and the pairing thereof.
Fig. 9 is a schematic diagram of a management list of unlocking APPs of the present invention, in which the electronic key numbers of the electronic lock pairs can be adjusted.
FIG. 10 is a schematic diagram of an embodiment of the invention for inserting an electronic key into an electronic lock to upload parameters or pairing.
FIG. 11 is a schematic diagram of an embodiment of the present invention for rotating an electronic key to unlock the electronic lock.
FIG. 12 is a schematic diagram of the electronic key wirelessly transmitting a signal to the electronic lock to upload parameters or pairing according to another embodiment of the present invention.
Fig. 13 is a schematic diagram of the electronic lock unlocked by successful wireless pairing according to another embodiment of the present invention.
Description of the reference numerals
10: the mobile device 11: connection port
12: unlocking APP 121: cipher area
122: numbering field 123: code area
124: code management area 125: lock management area
126: managing lists
13: password code
14: number 14A: code number
15: lock number
20: electronic key 201: rechargeable battery
21: electronic key head
22: remote control button
30: electronic lock 301: rechargeable capacitor
31: electronic lock core
32: electronic lock hole
A: CPU arithmetic unit A': CPU arithmetic unit
B: memory cell B': memory cell
C: wireless transmission unit C': wireless transmission unit
S10: setting a password step S101: setting a password in step one
S102: step two of setting password
S20: setting a key
S30: step S301 of setting a lock hole: step one of setting the lock hole
S302: step two of setting lock hole
S40: pairing step S401: pairing failure
S402: pairing success S403: unlocking motion
Detailed Description
The present invention will be further described in detail below with reference to specific embodiments and with reference to the accompanying drawings, in order to make the objects, technical solutions and advantages of the present invention more apparent.
As shown in fig. 2-10, the present invention is an intelligent electronic unlocking structure, which mainly comprises a mobile device (10), an electronic key (20) and an electronic lock (30), wherein the mobile device (10) has a connection port (11), the connection port (11) is a Type-C slot, the mobile device (10) is provided with an unlocking APP (12), the unlocking APP (12) has a password area (121) for inputting or setting a password (13), the unlocking APP (12) further has a number area (122), a code area (123), a code management area (124) and a lock management area (125), a code (14) is displayed in the number area (122), a code (14A) is inputted or set in the code area (123) to connect the code (14), the user can easily identify and manage the code (14), the code management area (124) displays a plurality of the code (14A), the code (14A) can be removed from the code management area (124) and the unlocking APP (126) is further provided with a code (14) management area (125), adjusting the pairing situation of the lock number (15) and the code number (14A) by using the management list (126); the electronic key (20) contains a rechargeable battery (201), a CPU operation unit (A) and a storage unit (B), the rechargeable battery (201) supplies power required by the operation of the electronic key (20), the CPU operation unit (A) can be used for calculating and comparing the password (13), the number (14) and the lock number (15), the electronic key (20) has a unique hardware serial number and the number (14) in the storage unit (B), the hardware serial number of the electronic key (20) is a unique code which is not repeated in factory setting, a user cannot change, therefore, the number (14) is unique and is not repeated, the storage unit (B) can store the password (13), the number (14) and the lock number (15), the electronic key (20) is provided with an electronic key head (21) and a plurality of remote control buttons (22), the electronic key head (21) is a Type-C connector, the electronic key head (21) can be inserted into the connection port (11), the electronic key (20) is inserted into the electronic key head (21), the electronic key (20) can be matched with the electronic key (10) and the electronic key (20) can be matched with the electronic key (20) to carry out operation with the electronic key (20) and the electronic key (20) to store data (10), the remote control button (22) is connected with the CPU operation unit (A); the electronic lock (30) comprises a chargeable capacitor (301), a CPU operation unit (A ') and a storage unit (B'), wherein the chargeable capacitor (301) supplies power required by the operation of the electronic lock (30), the CPU operation unit (A ') can be used for calculating and comparing the password (13), the number (14) and the lock number (15), and the storage unit (B') can be used for storing the password (13), the number (14) and the lock number (15).
As shown in fig. 2 and 10, the present invention provides an intelligent electronic unlocking structure, wherein the electronic lock (30) has an electronic lock core (31), the electronic lock core (31) is provided with an electronic lock hole (32), the electronic lock hole (32) is a Type-C slot, so the electronic key head (21) can be inserted into the electronic lock hole (32), the electronic key (20) can be inserted into the electronic lock (30), and the CPU operation unit (a ') of the electronic key (20) can be transmitted to the CPU operation unit (a') of the electronic lock (30) for comparison by connecting the electronic key head (21) with the Type-C contact chamber of the electronic lock hole (32) and pressing the remote control button (22).
As shown in fig. 2 and 12, the present invention provides an intelligent electronic unlocking structure, wherein the electronic key (20) further includes a wireless transmission unit (C), the remote control button (22) is connected to the wireless transmission unit (C), the electronic lock (30) also includes a wireless transmission unit (C '), and when the remote control button (22) is pressed, the wireless transmission unit (C) of the electronic key (20) can wirelessly transmit the password (13), the number (14) and the lock number (15) in the storage unit (B) of the electronic key (20) for the CPU operation unit (a') of the electronic lock (30) to perform operation comparison.
The invention provides an intelligent electronic unlocking structure, wherein the mobile device (10) is an intelligent mobile phone or a tablet computer.
The invention provides an intelligent electronic unlocking structure, wherein the password (13) is formed by mixing English or numbers with 4-10 characters.
The invention provides an intelligent electronic unlocking structure, wherein the password (13) is encrypted and protected by an AES encryption protocol.
The application method of the intelligent electronic unlocking structure of the invention is shown in fig. 1, and mainly comprises a password setting step (S10), a key setting step (S20), a lock hole setting step (S30) and a pairing step (S40), wherein the mobile device (10) is firstly caused to execute the following password setting step (S10), the password setting step (S10) comprises a password setting step one (S101) and a password setting step two (S102), and the password setting step one (S102) comprises the following steps of:
setting a password step one (S101), namely opening an APP, and opening the unlocking APP (12) on the mobile device (10) as shown in FIG. 4;
a password setting step (S102) of setting a password, wherein the password (13) is input and set in a password area (121) of the unlocking APP (12) as shown in FIG. 4;
as shown in fig. 1, after the password (13) is set in the password setting step two (S102), the electronic key head (21) is inserted into the connection port (11), the mobile device (10) is connected to the electronic key (20), and the mobile device (10) is caused to execute the key setting step (S20), wherein:
a key setting step (S20), in which, as shown in fig. 5 and 6, an electronic key (20) is inserted into the mobile device (10) to initialize, the unlocking APP (12) reads out the hardware serial number of the electronic key (20) and displays the serial number (14) in the serial number area (122), the serial number (14A) corresponding to the serial number (14) can be changed in the serial number area (123), after setting, the password (13) is imported into the storage unit (B) of the electronic key (20), the password (13) is stored in the storage unit (B), after the electronic key (20) is set, all the set serial numbers (14A) can be seen in the serial number management area (124), and the serial number (14) is simply identified and managed in the unlocking APP (12), namely, the serial number (14A) is another expression form of the serial number (14) in the unlocking APP (12) which is convenient for users to watch.
The embodiment of the invention performs the lock hole setting step (S30) through the intelligent electronic unlocking structure, wherein the lock hole setting step (S30) comprises a first lock hole setting step (S301) and a second lock hole setting step (S302), and the first lock hole setting step comprises the following steps:
setting a lock hole step one (S301), setting electronic lock management parameters, as shown in fig. 7, setting the lock number (15) in the lock management area (125) of the unlocking APP (12) to correspond to each electronic lock (30), as shown in fig. 8 and 9, and adjusting parameters of the code number (14A) applicable to the lock number (15) in the management list (126), so that the electronic lock (30) corresponds to one lock number (15), the lock number (15) corresponds to at least one code number (14A), and the code number (14) corresponding to the code number (14A) is paired with the electronic key (20) again, so as to confirm the electronic key (20) corresponding to the electronic lock (30);
a second step (S302) of setting a lock hole, namely, downloading a parameter electronic key, as shown in fig. 8 and 9, after adjusting the code number (14A) applicable to the lock number (15), inserting the electronic key (20) with the code number (14A) conforming to the management list (126) into the mobile device (10) to download the management list (126) and the electronic key (13) stored in the storage unit (B) of the electronic key (20), as shown in fig. 10, inserting the electronic key (20) into the electronic lock (30) and pressing the remote control button (22) to introduce the management list (126) and the electronic key (13) into the storage unit (B') of the electronic lock (30), automatically deleting the management list (126) in the electronic key (20) after the electronic key (15) is introduced, repeating the step until all the electronic locks (30) receive the management list (126) and the electronic key (13), giving the electronic key (30) a corresponding lock number (15) and the electronic key (30) corresponding to the electronic key (30), and the code number (14) corresponding to the electronic key (30);
as shown in fig. 10, after the step of setting the lock hole (S30), the step of pairing (S40) is performed by the electronic key (20) and the electronic lock (30), the step of pairing (S40) is divided into a pairing failure (S401) and a pairing success (S402), and if the pairing is performed successfully (S402), an unlocking operation (S403) is performed, wherein:
after the electronic key (20) is inserted into the electronic lock (30) and the remote control button (22) is pressed down, the CPU operation unit (A') of the electronic lock (30) calculates and compares the password (13) and the code (14) of the electronic key (20) with the password (13) and the management list (126) of the electronic lock (30), and when the password (13) stored in the electronic key (20) and the electronic lock (30) are different, or the number (14) of the electronic key (20) is not the electronic key (20) corresponding to the management list (126) in the electronic lock (30), the unlocking action (S403) cannot be executed;
after the electronic key (20) is successfully paired (S402) and the remote control button (22) is pressed down, the CPU operation unit (a') of the electronic lock (30) performs operation to compare the password (13) and the code (14) of the electronic key (20) with the password (13) and the management list (126) of the electronic lock (30), and when the electronic key (20) is the same as the password (13) stored in the electronic lock (30), and the number (14) of the electronic key (20) is the electronic key (20) corresponding to the management list (126) in the electronic lock (30), the unlocking action (S403) can be performed;
when the pairing is successful (S402), as shown in fig. 11, the unlocking operation (S403) may be performed by rotating the electronic key (20) to rotate the electronic lock core (31) with the electronic key, so that the electronic lock (30) is unlocked.
In another embodiment of the present invention, the step of setting the lock hole (S30) is performed by the intelligent electronic unlocking structure, and the step of setting the lock hole (S30) includes a step of setting the lock hole (S301) and a step of setting the lock hole (S302), wherein:
setting a lock hole step one (S301), setting electronic lock management parameters, as shown in fig. 7, setting the lock number (15) in the lock management area (125) of the unlocking APP (12) to correspond to each electronic lock (30), as shown in fig. 8 and 9, and adjusting parameters of the code number (14A) applicable to the lock number (15) in the management list (126), so that the electronic lock (30) corresponds to one lock number (15), the lock number (15) corresponds to at least one code number (14A), and the code number (14) corresponding to the code number (14A) is paired with the electronic key (20) again, so as to confirm the electronic key (20) corresponding to the electronic lock (30);
step two (S302) of setting a lock hole, downloading a parameter electronic key, as shown in fig. 8 and 9, after adjusting the code number (14A) that can be used for the lock number (15), inserting the electronic key (20) with the code number (14A) conforming to the management list (126) into the mobile device (10) to download the management list (126) and the password (13) stored in the storage unit (B) of the electronic key (20), as shown in fig. 12, pressing the remote control button (22) to wirelessly transmit the management list (126) and the password (13) stored in the storage unit (B') of the electronic lock (30), and automatically deleting the management list (126) in the electronic key (20) after the electronic key (20) is imported, repeating this step until all the electronic locks (30) receive the management list (126) and the password (13), giving the electronic lock (30) the corresponding lock number (15), and making the electronic lock (30) store the password (13) and the corresponding electronic key (20) thereof;
as shown in fig. 12, after the step of setting the lock hole (S30), the step of pairing (S40) is performed by the electronic key (20) and the electronic lock (30), the step of pairing (S40) is divided into a pairing failure (S401) and a pairing success (S402), and if the pairing is performed successfully (S402), an unlocking operation (S403) is performed, wherein:
after the pairing fails (S401), the remote control button (22) is pressed to perform wireless transmission, and when the electronic key (20) is different from the password (13) stored in the electronic lock (30), or the number (14) of the electronic key (20) is not the electronic key (20) corresponding to the management list (126) in the electronic lock (30), the unlocking operation cannot be performed (S403);
after the pairing is successful (S402), the remote control button (22) is pressed to perform wireless transmission, when the electronic key (20) is the same as the password (13) stored in the electronic lock (30), and the number (14) of the electronic key (20) is the electronic key (20) corresponding to the management list (126) in the electronic lock (30), the unlocking action (S403) can be executed;
when the pairing is successful (S402), the unlocking operation (S403) causes the electronic lock (30) to be unlocked as shown in fig. 13.
The invention provides an intelligent electronic unlocking structure application method, wherein the processing mode when an electronic key (20) is lost is to delete a code number (14A) corresponding to the electronic key (20) from a code number management area (124) of an unlocking APP (12), readjust the electronic key (20) corresponding to a management list (126) in an electronic lock (30), and then execute a step (S30) of setting a lock hole by using another electronic key (20) to reset the electronic lock (30), so as to avoid an illegal person from executing a pairing step (S40) by using the lost electronic key (20) without replacing the electronic lock (30).
The intelligent electronic unlocking structure has the following advantages: after the electronic key (20) is inserted into the electronic lock (30), when the pairing is successful (S402), the electronic key (20) is rotated to enable the electronic lock core (31) to rotate along with the electronic key, so that the electronic lock (30) is unlocked, the conventional unlocking habit is carried out, and the insertion and rotation actions are the same, and the unlocking habit is unchanged; secondly, through the management list (126) changing the authority, the user only needs to carry one electronic key (20) when going out, the problems that the traditional metal key is limited in change and easy to copy are solved, and a large string of keys are not needed to be carried when going out; thirdly, for complete convenience, the wireless transmission unit (C) (C') is added to the electronic key (20) and the electronic lock (30), so that the electronic lock has a wireless transmission function, and the electronic key can replace the existing conventional remote controller, so that the electronic lock is more convenient to go out; fourthly, the Type-C connector and the slot are used, the electronic key (20) is not directional when being inserted into the mobile device or the electronic lock (30), and the use is more convenient; fifthly, the hardware serial number of the electronic key (20) is a unique code which is not repeated in factory setting, and cannot be changed by a user, so that the serial number (14) is also unique and not repeated, and the imitation is avoided, so that the safety is greatly improved; and (six) when the electronic key (20) is lost, deleting the code (14A) corresponding to the electronic key (20) from the code management area (124) of the unlocking APP (12), readjusting the electronic key (20) corresponding to the management list (126) in the electronic lock (30), and executing the step (S30) of setting the lock hole by using another electronic key (20) to reset the electronic lock (30), so as to avoid executing the pairing step (S40) by using the lost electronic key (20) without replacing the electronic lock (30).
The foregoing description of the embodiments has been provided for the purpose of illustrating the general principles of the invention, and is not meant to limit the invention thereto, but to limit the invention thereto, and any modifications, equivalents, improvements and equivalents thereof may be made without departing from the spirit and principles of the invention.

Claims (10)

1. An intelligent electronic unlocking structure mainly comprises a mobile device, an electronic key and an electronic lock, wherein:
the mobile device is provided with a connection port, the connection port is a Type-C slot, the mobile device is provided with an unlocking APP, the unlocking APP is provided with a password area for inputting or setting a password, the unlocking APP is further provided with a number area, a code management area and a lock management area, the code area is used for inputting or setting a code to be connected with the code, a user can simply identify and manage the code, the code management area displays a plurality of codes, any code can be removed from the code management area, the lock management area is provided with a plurality of lock numbers, the unlocking APP is further provided with a management list, and the pairing situation of the lock numbers and the code is adjusted through the management list;
the electronic key comprises a rechargeable battery, a CPU (central processing unit) operation unit and a storage unit, wherein the rechargeable battery supplies power required by the operation of the electronic key, the CPU operation unit can be used for operation comparison of the password, the number and the lock number, the unique hardware serial number of the electronic key is provided with the number in the storage unit, the hardware serial number of the electronic key is a unique code which is not repeated in factory setting, a user cannot change the number, the number is also unique and not repeated, the storage unit can store the password, the number and the lock number, the electronic key is provided with an electronic key head and a digital remote control button, the electronic key head is a Type-C connector, the electronic key head can be inserted into the connection port, the electronic key is inserted into the mobile device, and the electronic key and the mobile device can be transmitted by matching with the CPU operation unit and the storage unit of the electronic key, and the remote control button is connected with the CPU operation unit;
the electronic lock comprises a chargeable capacitor, a CPU operation unit and a storage unit, wherein the chargeable capacitor supplies power required by the operation of the electronic lock, the CPU operation unit can be used for operation comparison of the password, the number and the lock number, and the storage unit can be used for storing the password, the number and the lock number.
2. The intelligent electronic unlocking structure according to claim 1, wherein the electronic lock is provided with an electronic lock core, the electronic lock core is provided with an electronic lock hole, the electronic lock hole is a Type-C slot, so that the electronic key head can be inserted into the electronic lock hole, the electronic key can be inserted into the electronic lock, and the electronic key head can be connected with a Type-C contact chamber of the electronic lock hole and the remote control button can be pressed down, so that the CPU operation unit of the electronic key can transmit the password, the number and the lock number in the storage unit of the electronic key for the CPU operation unit of the electronic lock to perform operation comparison.
3. The intelligent electronic unlocking structure according to claim 1, wherein the electronic key further comprises a wireless transmission unit, the remote control button is connected with the wireless transmission unit, the electronic lock also comprises a wireless transmission unit, when the remote control button is pressed, the wireless transmission unit of the electronic key can wirelessly transmit the password, the number and the lock number in the storage unit of the electronic key for the CPU operation unit of the electronic lock to operate and compare.
4. The smart electronic unlocking structure according to claim 1, wherein the mobile device is a smart phone or tablet computer.
5. The intelligent electronic unlocking structure according to claim 1, wherein the password is formed by mixing English or numbers with 4-10 characters.
6. The intelligent electronic unlocking structure of claim 1, wherein the password is cryptographically protected with an AES encryption protocol.
7. An intelligent electronic unlocking structure application method mainly comprises a password setting step, a key setting step, a lock hole setting step and a pairing step, wherein the mobile device is firstly caused to execute the following password setting step, the password setting step comprises a password setting step I and a password setting step II, and the password setting step comprises the following password setting step I and the password setting step II, wherein the password setting step I comprises the following password setting step II:
setting a password step I, namely opening an APP, and opening the unlocking APP on the mobile device;
setting a password, namely setting a password, and inputting and setting the password by using a password area of the unlocking APP;
after the password setting step II finishes setting the password, inserting the electronic key head into the connection port, connecting the mobile device with the electronic key, and enabling the mobile device to execute the key setting step, wherein:
setting a key, namely setting a key code number, inserting the electronic key into the mobile device for initialization, reading out a hardware serial number of the electronic key by the unlocking APP and displaying the serial number in the serial number area, changing the code number corresponding to the serial number in the code number area, guiding the password into a storage unit of the electronic key after setting, storing the password by the storage unit, and enabling the electronic key to see all the set code numbers in the code number management area after setting, wherein the code number is simply identified and managed in the unlocking APP, namely the code number is another expression form of the code number in the unlocking APP, which is convenient for a user to watch.
8. The method for applying the intelligent electronic unlocking structure according to claim 7, wherein the step of locking the lock hole is performed by the intelligent electronic unlocking structure according to claim 2, the step of setting the lock hole comprises a step of setting the lock hole I and a step of setting the lock hole II, wherein:
setting a lock hole step I, namely setting an electronic lock management parameter, setting the lock number in a lock management area of the unlocking APP to correspond to each electronic lock, and adjusting the parameter of the code number which can be used for the lock number in the management list to enable the electronic lock to correspond to one lock number, wherein the lock number corresponds to at least one code number, and the code number corresponding to the code number is matched with the electronic key to confirm the electronic key corresponding to the electronic lock;
setting a lock hole step II, namely downloading a code number of a code transmission parameter electronic key, inserting the electronic key with the code number conforming to the management list into a storage unit of the electronic key when the code number is adjusted and used for downloading the management list and the password by the mobile device, inserting the electronic key into the electronic lock, pressing the remote control button to import the management list and the password into the storage unit of the electronic lock, automatically deleting the management list in the electronic key after import, repeating the step until all the electronic locks receive the management list and the password, giving the corresponding lock number to the electronic lock by the management list, and enabling the electronic lock to store the password and the corresponding number of the electronic key;
after the step of setting the lock hole is finished, the step of pairing is carried out by the electronic key and the electronic lock, wherein the step of pairing is divided into a pairing failure and a pairing success, and if the pairing is carried out successfully, an unlocking action is carried out, wherein:
after the electronic key is inserted into the electronic lock and the remote control button is pressed down, the CPU operation unit of the electronic lock calculates and compares the password, the code of the electronic key with the password and the management list of the electronic lock, and when the password stored in the electronic key is different from the password stored in the electronic lock or the number of the electronic key is not the electronic key corresponding to the management list in the electronic lock, the unlocking action cannot be executed;
after the electronic key is successfully paired, the CPU operation unit of the electronic lock calculates and compares the password, the code and the management list of the electronic key after the electronic key is inserted into the electronic lock and the remote control button is pressed down, and when the password stored in the electronic lock is the same as the password stored in the electronic lock and the number of the electronic key is the electronic key corresponding to the management list in the electronic lock, the unlocking action can be executed;
and when the pairing is successful, the unlocking action can rotate the electronic lock core by rotating the electronic key, so that the electronic lock achieves the unlocking action.
9. The method for applying an intelligent electronic unlocking structure according to claim 7, wherein the step of setting a lock hole is performed by the intelligent electronic unlocking structure according to claim 3, the step of setting a lock hole comprises a step of setting a lock hole I and a step of setting a lock hole II, wherein:
setting a lock hole step I, namely setting an electronic lock management parameter, setting the lock number in a lock management area of the unlocking APP to correspond to each electronic lock, and adjusting the parameter of the code number which can be used for the lock number in the management list to enable the electronic lock to correspond to one lock number, wherein the lock number corresponds to at least one code number, and the code number corresponding to the code number is matched with the electronic key to confirm the electronic key corresponding to the electronic lock;
setting a lock hole step II, namely downloading a code number of a code transmission parameter electronic key, inserting the electronic key with the code number conforming to the management list into a storage unit of the electronic key for downloading the management list and the password by the mobile device after adjusting the code number applicable to the lock number, then pressing a remote control button to wirelessly transmit the management list and the password to the storage unit of the electronic lock, automatically deleting the management list in the electronic key after the management list is imported, repeating the step until all the electronic locks receive the management list and the password, giving the corresponding lock number to the electronic lock by the management list, and enabling the electronic lock to store the password and the corresponding code number of the electronic key;
after the step of setting the lock hole is finished, the step of pairing is carried out by the electronic key and the electronic lock, wherein the step of pairing is divided into a pairing failure and a pairing success, and if the pairing is carried out successfully, an unlocking action is carried out, wherein:
after the pairing fails and the remote control button is pressed down to perform wireless transmission, when the password stored in the electronic key and the password stored in the electronic lock are different, or the number of the electronic key is not the electronic key corresponding to the management list in the electronic lock, the unlocking action cannot be executed;
after successful pairing, pressing the remote control button for wireless transmission, when the electronic key is the same as the password stored in the electronic lock, and the number of the electronic key is the electronic key corresponding to the management list in the electronic lock, the unlocking action can be executed;
and an unlocking action, wherein when the pairing is successful, the electronic lock is unlocked.
10. The method according to claim 8 or 9, wherein the processing mode when the electronic key is lost is to delete the code corresponding to the electronic key from the code management area of the unlocking APP, readjust the electronic key corresponding to the management list in the electronic lock, and execute the step of setting the lock hole with another electronic key to reset the electronic lock, so as to avoid using the lost electronic key to execute the pairing step without replacing the electronic lock.
CN202210362315.5A 2022-04-07 2022-04-07 Intelligent electronic unlocking structure Pending CN116935516A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN202210362315.5A CN116935516A (en) 2022-04-07 2022-04-07 Intelligent electronic unlocking structure

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN202210362315.5A CN116935516A (en) 2022-04-07 2022-04-07 Intelligent electronic unlocking structure

Publications (1)

Publication Number Publication Date
CN116935516A true CN116935516A (en) 2023-10-24

Family

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN202210362315.5A Pending CN116935516A (en) 2022-04-07 2022-04-07 Intelligent electronic unlocking structure

Country Status (1)

Country Link
CN (1) CN116935516A (en)

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