CN116935516A - Intelligent electronic unlocking structure - Google Patents

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 present invention relates to an intelligent electronic unlocking structure, and in particular to an intelligent electronic unlocking structure that uses an APP to manage unlocking authority and has both traditional unlocking actions.

Background technique

When entering and leaving a house or public place every day, you will definitely touch the door, and the door will have a lock. Locks and keys are important tools for access control.

However, a traditional key corresponds to one key for one lock. You may need to carry a large bunch of keys when you go out, which is extremely troublesome. You may also need to carry multiple remote controls to unlock remote control doors such as iron roller doors, which makes it very inconvenient to carry. Once lost, it may be A large bunch of keys are lost together, and traditional keys have limited changes and are easily copied, which has obvious shortcomings in access control.

Therefore, in view of this, the inventor thought of the intention of the invention, and then designed it based on many years of experience. After many discussions and sample tests, and many revisions and improvements, the present invention was launched.

Contents of the invention

Technical issues to be solved:

The technical problem to be solved by the present invention is to provide an intelligent electronic unlocking structure in view of the above-mentioned deficiencies in the existing technology.

Technical features to solve the problem:

An intelligent electronic unlocking structure. The structure mainly includes a mobile device, an electronic key, and an electronic lock. The mobile device has a connection port, and the connection port is a Type-C slot. The mobile device An unlocking APP is installed. The unlocking APP has a password area for inputting or setting a password. The unlocking APP also has a number area, a number area, a number management area and a lock management area. The number area displays a number, and the code area is used to input or set a number to link the number, so that the user can easily identify and manage the number by the code. The code management area displays multiple codes, and can The code management area removes any of the code names, the lock management area is provided with multiple lock numbers, and the unlocking APP also has a management list, and the management list is used to adjust the matching situation of the lock number and the code name; so The electronic key contains a rechargeable battery, a CPU computing unit, and a storage unit. The rechargeable battery supplies the power required for the operation of the electronic key. The CPU computing unit can calculate and compare the password, serial number, The lock number is because the electronic key has its own unique hardware serial number and is stored in the storage unit. The hardware serial number of the electronic key is a unique code that is not repeated in the factory setting and cannot be changed by the user. Therefore, the lock number cannot be changed by the user. The number is also unique and does not repeat, and the storage unit can store the password, number, and lock number. The electronic key has an electronic key head and a digital remote control button. The electronic key head is a Type-C connector, so it can be used with all The electronic key head is inserted into the connection port, so that the electronic key is inserted into the mobile device, and cooperates with the CPU computing unit and storage unit of the electronic key to transmit data between the electronic key and the mobile device, and the remote control button is connected There is the CPU computing unit; the electronic lock contains a rechargeable capacitor, a CPU computing unit, and a storage unit. The rechargeable capacitor supplies the power required for the operation of the electronic lock, and the CPU computing unit can calculate The password, number, and lock number are compared, and the storage unit ′ can store the password, number, and lock number.

Further, the electronic lock has an electronic lock core, and the electronic lock core is provided with an electronic keyhole. The electronic keyhole is a Type-C slot, so the electronic key can be inserted into the electronic keyhole. The electronic key is inserted into the electronic lock, and can be connected to the Type-C contact chamber of the electronic lock hole through the electronic key head and the remote control button is pressed, so that the CPU computing unit of the electronic key can transmit the The password, serial number, and lock number in the storage unit of the electronic key are used for calculation and comparison by the CPU computing unit of the electronic lock.

Furthermore, the electronic key also contains a wireless transmission unit, and the remote control button is connected to the wireless transmission unit. The electronic lock also contains a wireless transmission unit. When the remote control button is pressed, the wireless transmission of the electronic key can be performed. The transmission unit wirelessly transmits the password, serial number, and lock number in the storage unit of the electronic key for calculation and comparison by the CPU computing unit of the electronic lock.

An application method of an intelligent electronic unlocking structure, which mainly includes a password setting step, a key setting step, a keyhole setting step and a pairing step, wherein the mobile device is first required to perform the following password setting steps , the password setting step includes a password setting step 1 and a password setting step 2, wherein the password setting step 1 is to open the APP and open the unlocking APP on the mobile device; the password setting step 2 is to set Set a password, enter and set the password in the password area of the unlocking APP; after setting the password in the second step of setting the password, insert the electronic key into the connection port, connect the mobile device and the electronic key The key is set and the mobile device is allowed to perform the key setting step. Among them, the key setting step is to set the key code, insert the electronic key into the mobile device for initialization, and the unlocking APP will read the hardware of the electronic key. The serial number and the number are displayed in the numbering area. The code corresponding to the number can be changed in the code area. After setting, the password is imported into the storage unit of the electronic key, and the password is stored in the storage unit. After the electronic key setting is completed, you can see all the set codes in the code management area. Use this code to easily identify and manage the number in the unlocking APP, which means that the code is the number in the Another form of expression in the unlocking APP that is convenient for users to view.

Optionally, the keyhole step is performed through the intelligent electronic unlocking structure. The keyhole setting step includes a keyhole setting step one and a keyhole setting step two, wherein the keyhole setting step 1. Set the electronic lock management parameters, set the lock number in the lock management area of the unlocking APP to correspond to each of the electronic locks, and then adjust the parameters of the code that can be used for the lock number in the management list. , let the electronic lock correspond to a lock number, the lock number corresponds to at least one of the code names, and the number corresponding to the code name is paired with the electronic key to confirm the electronic key corresponding to the electronic lock; the step of setting the keyhole 2. Download the electronic key for passing parameters, adjust the code that can be used for the lock number, insert the electronic key whose code A matches the management list into the mobile device, download the management list and the password and save it in the The storage unit of the electronic key, then insert the electronic key into the electronic lock and press the remote control button to import the management list and the password and store it in the storage unit of the electronic lock. The management list in the electronic key is in After importing, it will be automatically deleted. Repeat this step until all the electronic locks have received the management list and the password. The electronic lock will be given the corresponding lock number based on the management list, and the electronic lock will store the password and password. The corresponding number of the electronic key; after completing the step of setting the keyhole, the electronic key and the electronic lock are used to perform the pairing step. The pairing step is divided into one pairing failure and one pairing success, If the pairing is successful, an unlocking action is performed. If the pairing fails, after inserting the electronic key into the electronic lock and pressing the remote control button, the CPU computing unit of the electronic lock calculates and compares the password of the electronic key. , encoding the password and management list of the electronic lock, when the electronic key is different from the password stored in the electronic lock, or the number of the electronic key does not correspond to the management list in the electronic lock The electronic key cannot perform the unlocking action; the pairing is successful, after inserting the electronic key into the electronic lock and pressing the remote control button, the CPU computing unit of the electronic lock calculates and compares the password and code of the electronic key with the The password and management list of the electronic lock, 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, you can To perform the unlocking action; when the pairing is successful, the electronic lock can be unlocked by rotating the electronic key to cause the electronic lock core to rotate accordingly.

Optionally, the step of setting the keyhole is performed through the intelligent electronic unlocking structure. The step of setting the keyhole includes a step of setting the keyhole and a step of setting the keyhole. Wherein, setting the lock Step 1: Set the electronic lock management parameters, set the lock number in the lock management area of the unlocking APP to correspond to each of the electronic locks, and then adjust the code that can be used for the lock number in the management list parameters, so that the electronic lock corresponds to a lock number, the lock number corresponds to at least one of the code names, and the number corresponding to the code name is paired with the electronic key to confirm the electronic key corresponding to the electronic lock; set the lock Step 2: Download the electronic key for passing parameters. After adjusting the code that can be used for the lock number, insert the electronic key whose code matches the management list into the mobile device to download the management list and the password. The storage unit of the electronic key, and then press the remote control button to wirelessly transmit the management list and the password and store them in the storage unit of the electronic lock. The management list in the electronic key will be automatically deleted after being imported. Repeat this Steps: until all the electronic locks have received the management list and the password, give the electronic lock a corresponding lock number based on the management list, and make the electronic lock store the password and the corresponding electronic key number; after completing the keyhole setting step, use the electronic key and the electronic lock to perform the pairing step. The pairing step is divided into a pairing failure and a pairing success. If the pairing is successful, the pairing step will be performed. An unlocking action, in which pairing fails and the remote control button is pressed for wireless transmission, when the electronic key is different from the password stored in the electronic lock, or the number of the electronic key is not the number of the electronic key. The electronic key corresponding to the management list in the lock cannot perform the unlocking action; after successful pairing and 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, and the unlocking action can be performed; the unlocking action: when the pairing is successful, the electronic lock is allowed to complete the unlocking action.

Compare the effects of previous technologies:

With this invention, the smart electronic unlocking structure of the present invention can be used to achieve the function of only needing to carry one of the electronic keys when going out, which solves the problem of limited changes and easy duplication of traditional metal keys, and there is no need to carry a large bunch of keys when going out. It also inherits the traditional unlocking habits, with the same insertion and turning movements, unchanged, and can replace the existing conventional remote control, making it more convenient when going out.

Description of the drawings

Figure 1 is a block diagram of the steps of the application method of the present invention.

Figure 2 is a schematic diagram of the internal components and connection transmission of the electronic key and electronic lock of the present invention.

Figure 3 is a perspective view of the present invention.

Figure 4 is a diagram of the password setting state of the unlocking APP of the present invention, and the electronic key is not inserted into the mobile device.

Figure 5 is a state diagram of setting the electronic key code in the unlocking APP of the present invention. The electronic key has been inserted into the mobile device.

Figure 6 is a schematic diagram of the code management area of the unlocking APP of the present invention. View all electronic key codes.

Figure 7 is a schematic diagram of the lock management area of the lock unlocking APP of the present invention. View all electronic lock numbers.

Figure 8 is a schematic diagram of the management list of the unlocking APP of the present invention. View the electronic lock number and its paired electronic key code.

Figure 9 is a schematic diagram of the management list of the lock unlocking APP of the present invention, which can adjust the electronic key code of the electronic lock pairing.

Figure 10 is a schematic diagram of inserting an electronic key into an electronic lock to upload parameters or pairing according to an embodiment of the present invention.

Figure 11 is a schematic diagram of rotating an electronic key to unlock the electronic lock according to an embodiment of the present invention.

Figure 12 is a schematic diagram of another embodiment of the present invention, in which an electronic key wirelessly transmits a signal to an electronic lock to upload parameters or pairing.

Figure 13 is a schematic diagram of unlocking the electronic lock after successful wireless pairing according to another embodiment of the present invention.

Explanation of reference signs

10: Mobile device 11: Connection port

12: Unlock APP 121: Password area

122: Numbering area 123: Code area

124: Code management area 125: Lock management area

126: Management list

13: Password

14: Number 14A: Code

15: Lock number

20: Electronic key 201: Rechargeable battery

21: Electronic key

22:Remote button

30: Electronic lock 301: Rechargeable capacitor

31: Electronic lock core

32: Electronic keyhole

A: CPU operation unit A′: CPU operation unit

B: storage unit B′: storage unit

C: Wireless transmission unit C′: Wireless transmission unit

S10: Steps to set password S101: Step 1 to set password

S102: Step 2 of setting password

S20: Steps to set the key

S30: Steps to set the keyhole S301: Step 1 to set the keyhole

S302: Setting the keyhole step 2

S40: Pairing steps S401: Pairing failed

S402: Pairing successful S403: Unlocking action

Detailed ways

In order to make the purpose, technical solutions and advantages of the present invention more clear, the present invention will be further described in detail below in conjunction with specific embodiments and with reference to the accompanying drawings.

As shown in Figures 2 to 10, the present invention is an intelligent electronic unlocking structure, which mainly includes a mobile device (10), an electronic key (20), and an electronic lock (30), wherein the The mobile device (10) has a connection port (11), which is a Type-C slot. The mobile device (10) is installed with an unlocking APP (12), and the unlocking APP (12) has A password area (121) for inputting or setting a password (13), and the unlocking APP (12) further has a number area (122), a number area (123), and a number management area (124) With a lock management area (125), the number area (122) is used to display a number (14), and the code area (123) is used to input or set a number (14A) to link the number (14), so that The user can easily identify and manage the code (14) with the code (14A). The code management area (124) displays multiple codes (14A), and can remove any of the codes (14A) in the code management area (124). Code (14A), the lock management area (125) is provided with multiple lock numbers (15), and the unlocking APP (12) also has a management list (126), and the management list (126) is used to adjust the lock number. (15) Pairing situation with the code (14A); the electronic key (20) contains a rechargeable battery (201), a CPU computing unit (A), and a storage unit (B). The rechargeable battery (201) supplies the power required for the operation of the electronic key (20), and the CPU computing unit (A) can calculate and compare the password (13), number (14), and lock number (15). The electronic key (20) has its unique hardware serial number and the storage unit (B) has the number (14). The hardware serial number of the electronic key (20) is a unique code that is not repeated in the factory setting. Use cannot be changed, so the number (14) is also unique and non-repeating, and the storage unit (B) can store the password (13), the number (14), the lock number (15), the electronic key (20) ) has an electronic key (21) and a plurality of remote control buttons (22). The electronic key (21) is a Type-C connector, so the electronic key (21) can be inserted into the connection port (11), Insert the electronic key (20) into the mobile device (10), and cooperate with the CPU computing unit (A) and storage unit (B) of the electronic key (20), so that the electronic key (20) can be connected to the mobile device (10). The device (10) performs data transmission, and the remote control button (22) is connected to the CPU computing unit (A); the electronic lock (30) contains a rechargeable capacitor (301) and a CPU computing unit (A' ), a storage unit (B′), the rechargeable capacitor (301) supplies the power required for the operation of the electronic lock (30), and the CPU computing unit (A′) can calculate and compare the password (13) , number (14), and lock number (15). The storage unit (B') can store the password (13), number (14), and lock number (15).

As shown in Figures 2 and 10, the present invention provides an intelligent electronic unlocking structure, wherein the electronic lock (30) has an electronic lock core (31), and the electronic lock core (31) is provided with an electronic lock hole. (32), the electronic keyhole (32) is a Type-C slot, so the electronic key head (21) can be inserted into the electronic keyhole (32), so that the electronic key (20) can be inserted into the electronic keyhole (32). The lock (30) can be connected to the Type-C contact chamber of the electronic keyhole (32) through the electronic key head (21) and the remote control button (22) can be pressed to make the electronic key (20) The CPU operation unit (A) transmits the password (13), number (14), and lock number (15) in the storage unit (B) of the electronic key (20) for CPU operation of the electronic lock (30) Unit (A′) operation comparison.

As shown in Figures 2 and 12, the present invention provides an intelligent electronic unlocking structure, in which the electronic key (20) also contains a wireless transmission unit (C), and the remote control button (22) is connected to the wireless transmission unit. Unit (C), the electronic lock (30) also contains a wireless transmission unit (C′). When the remote control button (22) is pressed, the wireless transmission unit (C) of the electronic key (20) can transmit wirelessly. The password (13), serial number (14), and lock number (15) in the storage unit (B) of the electronic key (20) are used for calculation and comparison by the CPU computing unit (A′) of the electronic lock (30). .

The invention provides an intelligent electronic unlocking structure, wherein the mobile device (10) is a smart phone or tablet computer.

The invention provides an intelligent electronic unlocking structure, wherein the password (13) is a mixture of 4-10 characters in English or numbers.

The invention provides an intelligent electronic unlocking structure, wherein the password (13) is encrypted and protected using the AES encryption protocol.

The application method of the intelligent electronic unlocking structure of the present invention is shown in Figure 1, which mainly includes a password setting step (S10), a key setting step (S20), a keyhole setting step (S30) and a pairing step (S40 ), wherein the mobile device (10) is first required to perform the following password setting step (S10). The password setting step (S10) includes a password setting step one (S101) and a password setting step two (S101). S102), where:

Password setting step one (S101), the APP is opened, as shown in Figure 4, the unlocking APP (12) is opened on the mobile device (10);

Password setting step 2 (S102), set the password, as shown in Figure 4, enter and set the password (13) in the password area (121) of the unlocking APP (12);

As shown in Figure 1 again, after setting the password (13) in the second step of setting the password (S102), insert the electronic key (21) into the connection port (11) and connect the mobile device (10) ) and the electronic key (20), and causes the mobile device (10) to execute the key setting step (S20), wherein:

In the key setting step (S20), set the key code. As shown in Figures 5 and 6, insert the electronic key (20) into the mobile device (10) for initialization, and the unlocking APP (12) will read the The hardware serial number of the electronic key (20) and the number (14) is displayed in the number area (122). The code (14A) corresponding to the number (14) can be changed in the code area (123). After setting The password (13) is imported into the storage unit (B) of the electronic key (20), and the storage unit (B) is used to store the password (13). After the electronic key (20) is set, it can be The code management area (124) sees all the set codes (14A), and uses the code (14A) to easily identify and manage the code (14) in the unlocking APP (12), which is the code. (14A) is another expression form of the number (14) in the unlocking APP (12) that is convenient for the user to view.

In the embodiment of the present invention, the keyhole setting step (S30) is performed through the intelligent electronic unlocking structure. The keyhole setting step (S30) includes a keyhole setting step one (S301) and a setting step. Keyhole step two (S302), where:

Step one (S301) of setting the keyhole is to set the electronic lock management parameters. As shown in Figure 7, set the lock number (15) in the lock management area (125) of the unlocking APP (12) to correspond to each location. The electronic lock (30), as shown in Figures 8 and 9, then adjusts the parameters of the code (14A) that can be used for the lock number (15) in the management list (126), so that the electronic lock ( 30) corresponds to one of the lock numbers (15), the lock number (15) corresponds to at least one of the code names (14A), and the number (14) corresponding to the code name (14A) is paired with the electronic key (20), To confirm the electronic key (20) corresponding to the electronic lock (30);

Step 2 of setting the keyhole (S302), download the electronic parameter transmission key, as shown in Figure 8 and Figure 9. After adjusting the code (14A) that can be used for the lock number (15), change the code (14A) The electronic key (20) that conforms to the management list (126) is inserted 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 Figure 10, insert the electronic key (20) into the electronic lock (30) and press the remote control button (22) to import the management list (126) and the password (13) into the In the storage unit (B′) of the electronic lock (30), the management list (126) in the electronic key (20) will be automatically deleted after being imported. Repeat this step until all the electronic locks (30) have received The management list (126) and the password (13) are used to give the electronic lock (30) a corresponding lock number (15) using the management list (126), and to cause the electronic lock (30) to store the password (13) and its corresponding number (14) of the electronic key (20);

As shown in Figure 10, after completing the keyhole setting step (S30), the electronic key (20) and the electronic lock (30) are used to perform the pairing step (S40). The pairing step (S40) It is divided into a pairing failure (S401) and a pairing success (S402). If the pairing is successful (S402), an unlocking action (S403) is performed, wherein:

If pairing fails (S401), after inserting the electronic key (20) into the electronic lock (30) and pressing the remote control button (22), the CPU computing unit (A′) of the electronic lock (30) calculates and compares the The password (13) and code (14) of the electronic key (20) and the password (13) and management list (126) of the electronic lock (30). When the electronic key (20) and the electronic lock (30) ) is 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) , unable to perform the unlocking action (S403);

Pairing is successful (S402). After inserting the electronic key (20) into the electronic lock (30) and pressing the remote control button (22), the CPU computing unit (A') of the electronic lock (30) calculates and compares the The password (13) and code (14) of the electronic key (20) and the password (13) and management list (126) of the electronic lock (30). When the electronic key (20) and the electronic lock (30) ) are the same, 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 can be performed (S403);

In the unlocking action (S403), when the pairing is successful (S402), as shown in Figure 11, the electronic key (20) can be rotated to cause the electronic lock core (31) to rotate accordingly, so that the electronic lock (30) Action to achieve unlocking.

In another embodiment of the present invention, the keyhole setting step (S30) is performed through the intelligent electronic unlocking structure. The keyhole setting step (S30) includes a keyhole setting step one (S301) and a keyhole setting step (S301). Step 2 of setting the keyhole (S302), where:

Step one (S301) of setting the keyhole is to set the electronic lock management parameters. As shown in Figure 7, set the lock number (15) in the lock management area (125) of the unlocking APP (12) to correspond to each location. The electronic lock (30), as shown in Figures 8 and 9, then adjusts the parameters of the code (14A) that can be used for the lock number (15) in the management list (126), so that the electronic lock ( 30) corresponds to one of the lock numbers (15), the lock number (15) corresponds to at least one of the code names (14A), and the number (14) corresponding to the code name (14A) is paired with the electronic key (20), To confirm the electronic key (20) corresponding to the electronic lock (30);

Step 2 of setting the keyhole (S302), download the electronic parameter transmission key, as shown in Figure 8 and Figure 9. After adjusting the code (14A) that can be used for the lock number (15), change the code (14A) The electronic key (20) that conforms to the management list (126) is inserted 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 Figure 12, and then press the remote control button (22) to wirelessly transmit the management list (126) and the password (13) to the storage unit (B') of the electronic lock (30), so The management list (126) in the electronic key (20) will be automatically deleted after importing. Repeat this step until all the electronic locks (30) have received the management list (126) and the password (13), Use the management list (126) to give the electronic lock (30) the corresponding lock number (15), and make the electronic lock (30) store the password (13) and the corresponding electronic key (20) The number(14);

As shown in Figure 12, after completing the keyhole setting step (S30), the electronic key (20) and the electronic lock (30) are used to perform the pairing step (S40). The pairing step (S40) It is divided into a pairing failure (S401) and a pairing success (S402). If the pairing is successful (S402), an unlocking action (S403) is performed, wherein:

Pairing fails (S401). After pressing the remote control button (22) for wireless transmission, when the electronic key (20) is different from the password (13) stored in the electronic lock (30), or the 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), and the unlocking action cannot be performed (S403);

Pairing is successful (S402), after pressing the remote control button (22) for wireless transmission, when the electronic key (20) is the same as the password (13) stored in the electronic lock (30), and the The number (14) of the electronic key (20) is the electronic key (20) corresponding to the management list (126) in the electronic lock (30), and the unlocking action (S403) can be performed;

In the unlocking action (S403), when the pairing is successful (S402), as shown in Figure 13, the electronic lock (30) is allowed to complete the unlocking action.

The present invention provides an intelligent electronic unlocking structure application method, wherein the processing method when the electronic key (20) is lost is to delete the corresponding electronic key (124) from the code management area (124) of the unlocking APP (12). 20), readjust the electronic key (20) corresponding to the management list (126) in the electronic lock (30), and then use another electronic key (20) to set the keyhole Step (S30) is to reset the electronic lock (30) to prevent criminals from using the lost electronic key (20) to perform the pairing step (S40) without replacing the electronic lock (30).

The above intelligent electronic unlocking structure has the following advantages: (1) After inserting the electronic key (20) into the electronic lock (30), when the pairing is successful (S402), the electronic key (20) can be unlocked by turning the electronic key (20). ), causing the electronic lock core (31) to rotate accordingly, so that the electronic lock (30) achieves the unlocking action, inheriting the traditional unlocking usage habits, there is still the action of inserting and turning, and there is no change; (2) By The management list (126) changes permissions, and only one of the electronic keys (20) is needed when going out, which solves the problem that traditional metal keys have limited changes and are easy to copy, and there is no need to carry a large bunch of keys when going out; ( 3) For complete convenience, the electronic key (20) and the electronic lock (30) are both added with the wireless transmission unit (C) (C′), thus having the function of wireless transmission, and can similarly replace the existing The conventional remote control is more convenient when going out; (4) Using the Type-C connector and slot, the electronic key (20) has no direction when inserted into the mobile device or the electronic lock (30), making it more convenient to use ; (5) The hardware serial number of the electronic key (20) is a factory-set unique code that is not repeated and cannot be changed by the user. Therefore, the number (14) is also unique and non-repeated, which avoids being copied and greatly improves security. (6) The processing method when the electronic key (20) is lost is to delete the code (14A) corresponding to the electronic key (20) from the code management area (124) of the unlocking APP (12), and re- Adjust the electronic key (20) corresponding to the management list (126) in the electronic lock (30), and then perform the keyhole setting step (S30) with another electronic key (20) to reset the keyhole. Electronic lock (30) to avoid using the lost electronic key (20) to perform the pairing step (S40) without replacing the electronic lock (30).

The specific embodiments described above further describe the purpose, technical solutions and beneficial effects of the present invention in detail. It should be understood that the above are only specific embodiments of the present invention and are not intended to limit the present invention. Within the spirit and principles of the present invention, any modifications, equivalent substitutions, improvements, etc. shall be included in the protection scope of the present invention.

Claims (10)

1. An intelligent electronic unlocking structure, which mainly includes a mobile device, an electronic key, and an electronic lock, wherein: The mobile device has a connection port, the connection port is a Type-C slot, the mobile device is installed with an unlocking APP, the unlocking APP has a password area for inputting or setting a password, and the The unlocking APP also has a number area, a number area, a number management area and a lock management area. The number area displays a number, and the code area is used to input or set a number to link the number, so that the user can The code can be easily identified and managed by the code. Multiple codes can be displayed in the code management area, and any code can be removed in the code management area. Multiple lock numbers are provided in the lock management area. The unlocking APP It also has a management list, and uses the management list to adjust the matching situation of the lock number and the code number; The electronic key contains a rechargeable battery, a CPU computing unit, and a storage unit. The rechargeable battery supplies the power required for the operation of the electronic key, and the CPU computing unit can calculate and compare the password and serial number. , lock number, because the electronic key has its own unique hardware serial number and the storage unit has the said number. The hardware serial number of the electronic key is a unique code that is not repeated in the factory settings and cannot be changed by the user. Therefore, the electronic key has a unique hardware serial number. The number is also unique and does not repeat, and the storage unit can store the password, number, and lock number. The electronic key has an electronic key head and a digital remote control button. The electronic key head is a Type-C connector, so it can be used The electronic key head is inserted into the connection port, so that the electronic key is inserted into the mobile device, and cooperates with the CPU computing unit and storage unit of the electronic key to enable data transmission between the electronic key and the mobile device. The remote control button Connected to the CPU computing unit; The electronic lock contains a rechargeable capacitor, a CPU operation unit, and a storage unit. The rechargeable capacitor supplies the power required for the operation of the electronic lock. The CPU operation unit can calculate and compare the password and serial number. , lock number, the password, number, and lock number can be stored in this storage unit. 2. The intelligent electronic unlocking structure according to claim 1, wherein the electronic lock has an electronic lock core, the electronic lock core is provided with an electronic key hole, and the electronic key hole is a Type-C slot, Therefore, the electronic key head can be inserted into the electronic keyhole, so that the electronic key can be inserted into the electronic lock, and the electronic key head can be connected to the Type-C contact chamber of the electronic keyhole and the remote control button can be pressed. The CPU computing unit of the electronic key can be caused to transmit the password, serial number, and lock number in the storage unit of the electronic key for computation and comparison by the CPU computing unit of the electronic lock. 3. The intelligent electronic unlocking structure according to claim 1, wherein the electronic key also contains a wireless transmission unit, the remote control button is connected to the wireless transmission unit, and the electronic lock also contains a wireless transmission unit. By pressing the remote control button, the wireless transmission unit of the electronic key can wirelessly transmit the password, serial number, and lock number in the storage unit of the electronic key for calculation and comparison by the CPU computing unit of the electronic lock. 4. The intelligent electronic unlocking structure according to claim 1, wherein the mobile device is a smart phone or a tablet computer. 5. The intelligent electronic unlocking structure according to claim 1, wherein the password is a mixture of 4-10 characters in English or numbers. 6. The intelligent electronic unlocking structure according to claim 1, wherein the password is encrypted and protected using the AES encryption protocol. 7. An intelligent electronic unlocking structure application method, which mainly includes a password setting step, a key setting step, a keyhole setting step and a pairing step, wherein the mobile device is first required to perform the following settings Password step, the password setting step includes a password setting step one and a password setting step two, wherein: Step 1 of setting the password: Open the APP and open the unlocking APP on the mobile device; Step 2 of setting the password is to set the password, enter and set the password in the password area of the unlocking APP; After setting the password in the second step of setting the password, insert the electronic key head into the connection port, connect the mobile device and the electronic key, and make the mobile device perform the key setting step, wherein: Set the key step, set the key code, insert the electronic key into the mobile device for initialization, the unlocking APP will read the hardware serial number of the electronic key and display the number in the number area, which can be found in the code The area changes the code corresponding to the number. After setting, the password is imported into the storage unit of the electronic key and the password is stored in the storage unit. After the setting of the electronic key is completed, all the codes can be seen in the code management area. The set code can be used to easily identify and manage the number in the unlocking APP, which is another expression form of the number in the unlocking APP that is convenient for users to view. 8. The application method of the intelligent electronic unlocking structure according to claim 7, which performs the keyhole step through the intelligent electronic unlocking structure of claim 2, and the keyhole setting step includes a keyhole setting step one and a Step 2 of setting the keyhole, including: The first step of setting the keyhole is to set the electronic lock management parameters, set the lock number in the lock management area of the unlocking APP to correspond to each of the electronic locks, and then adjust the parameters that can be used for the lock number in the management list. The parameters of the code are such that the electronic lock corresponds to a lock number, the lock number corresponds to at least one of the code, and the number corresponding to the code is paired with the electronic key to confirm the electronic key corresponding to the electronic lock; The second step of setting the keyhole is to download the electronic key for passing parameters. After adjusting the code that can be used for the lock number, insert the electronic key whose code matches the management list into the mobile device and download the management list and the The password is stored in the storage unit of the electronic key, and then the electronic key is inserted into the electronic lock and the remote control button is pressed to import the management list and the password is stored in the storage unit of the electronic lock. The management list will be automatically deleted after importing. Repeat this step until all the electronic locks have received the management list and the password, give the electronic lock the corresponding lock number based on the management list, and cause the electronic lock to store The password and the number of the electronic key corresponding to it; After completing the keyhole setting step, the electronic key and the electronic lock are used to perform the pairing step. The pairing step is divided into a pairing failure and a pairing success. If the pairing is successful, an unlocking action is performed. ,in: If the pairing fails, after inserting the electronic key into the electronic lock and pressing the remote control button, the CPU computing unit of the electronic lock calculates and compares the password and code of the electronic key with the password and management list of the electronic lock. When 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 performed; After the pairing is successful, the electronic key is inserted into the electronic lock and the remote control button is pressed. The CPU computing unit of the electronic lock calculates and compares the password and code of the electronic key with the password and management list of the electronic lock. 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 performed; In the unlocking action, when the pairing is successful, the electronic key can be rotated to cause the electronic lock core to rotate accordingly, so that the electronic lock can achieve the unlocking action. 9. The application method of the intelligent electronic unlocking structure according to claim 7, which is to perform the step of setting the keyhole through the intelligent electronic unlocking structure of claim 3, and the step of setting the keyhole includes a step of setting the keyhole. Step 2 with setting the keyhole 1, where: The first step of setting the keyhole is to set the electronic lock management parameters, set the lock number in the lock management area of the unlocking APP to correspond to each of the electronic locks, and then adjust the parameters that can be used for the lock number in the management list. The parameters of the code are such that the electronic lock corresponds to a lock number, the lock number corresponds to at least one of the code, and the number corresponding to the code is paired with the electronic key to confirm the electronic key corresponding to the electronic lock; The second step of setting the keyhole is to download the electronic key for passing parameters. After adjusting the code that can be used for the lock number, insert the electronic key whose code matches the management list into the mobile device and download the management list and the The password is stored in the storage unit of the electronic key, and then the remote control button is pressed to wirelessly transmit the management list and the password stored in the storage unit of the electronic lock. The management list in the electronic key will be automatically deleted after being imported. , repeat this step until all the electronic locks have received the management list and the password, give the electronic lock a corresponding lock number based on the management list, and cause the electronic lock to store the password and its corresponding The number of the electronic key; After completing the keyhole setting step, the electronic key and the electronic lock are used to perform the pairing step. The pairing step is divided into a pairing failure and a pairing success. If the pairing is successful, an unlocking action is performed. ,in: Pairing fails. After pressing the remote control button for wireless transmission, when the electronic key is different from the password stored in the electronic lock, or the number of the electronic key is not in the management list of the electronic lock. The corresponding electronic key cannot perform the unlocking action; After the pairing is successful and the remote control button is pressed 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 in the management list of the electronic lock The corresponding electronic key can perform the unlocking action; Unlocking action, when the pairing is successful, the electronic lock will achieve the unlocking action. 10. The intelligent electronic unlocking structure application method according to claim 8 or 9, the processing method 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 and readjust the code. The electronic key corresponding to the management list in the electronic lock is used, and then another electronic key is used to perform the keyhole setting step to reset the electronic lock, so as to avoid using the lost electronic key to perform the pairing step without Replace said electronic lock.