TWI789201B - Intelligent electronic unlocking structure and application method - Google Patents

Abstract

An intelligent electronic unlocking structure mainly includes a mobile device, an electronic key, and an electronic lock. The mobile device is equipped with an unlocking APP. A password can be set with the unlocking APP, and the unlocking APP has a management list. list to adjust the matching between the electronic key and the electronic lock; insert the electronic key into the mobile device to download the management list and password, and transmit the electronic key to the electronic lock; when the electronic key matches the electronic lock When the electronic lock is paired, when the electronic lock is used to confirm that the two passwords are consistent and are the matching electronic key, the unlocking action can be performed.

Description

Intelligent electronic unlocking structure and application method

The present invention relates to an intelligent electronic unlocking structure and application method, in particular to an intelligent electronic unlocking structure and application method that utilizes an APP to manage unlocking authority and has traditional unlocking actions.

By the way, when entering and exiting houses and semi-public places, you must touch the door, and when you touch the door, there will be a lock. Locks and keys are important tools for access control.

However, the traditional key is one key corresponding to 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 rolling doors, which makes it quite inconvenient to carry. A large bunch of keys are lost together, and the traditional keys have limited changes and are easy to be copied, which has obvious shortcomings in access control.

Therefore the present inventor promptly in view of this, is thinking and the notion of invention, then designs with many years of experience, discusses in many ways and tries to do sample test, and corrects and improves many times, is to push out the present invention.

The technical problem to be solved by the present invention is to provide an intelligent electronic unlocking structure and application method for the above-mentioned deficiencies in the prior art.

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, and the mobile device is installed There is an unlocking APP. The unlocking APP has a password area for inputting or setting a password, and the unlocking APP further has a numbering area, a code number area, a code number management area and a lock management area. Display a code, use the code area to input or set a code to link the code, so that the user can easily identify and manage the code with the code, the code management area displays the code, and can manage the code Remove any of the codes, the lock management area is provided with a number of lock numbers, and the unlocking APP has a management list, which is used to adjust the pairing of the lock number and the code; the electronic key contains a A rechargeable battery, a CPU operation unit, and a memory unit. The rechargeable battery supplies the power required for the operation of the electronic key. The CPU operation unit can calculate and compare the password, serial number, and lock number. The electronic key has its unique hardware serial number and has the said number in the memory unit. The hardware serial number of the electronic key is a unique code that is set at the factory and cannot be changed by the user. Therefore, the said number is also unique and does not repeat. And the memory unit can memorize the password, serial 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 the electronic key head can be inserted into the connection port, inserting the electronic key into the mobile device, and cooperating with the CPU computing unit and memory unit of the electronic key, the electronic key and the mobile device can perform data transmission, and the remote control button is connected to the CPU computing unit; The electronic lock contains a rechargeable capacitor, a CPU operation unit, and a memory unit. The rechargeable capacitor supplies the electric power required for the operation of the electronic lock, and the CPU operation unit can calculate and compare the password and serial number. , lock number, can memorize described password, serial number, lock number.

Further, the electronic lock has 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 the electronic key head can be inserted into the electronic lock hole, The electronic key is inserted into the electronic lock, and the electronic key head can be connected to the Type-C contact chamber of the electronic lock hole and the remote control button can be pressed, so that the CPU operation unit of the electronic key can transmit the The password, code, and lock number in the memory unit of the electronic key are used for comparison by the CPU operation unit of the electronic lock.

Further, the electronic key further includes a wireless transmission unit, the remote control button is connected to the wireless transmission unit, and the electronic lock also includes a wireless transmission unit, when the remote control button is pressed, the electronic key can be wirelessly The transmission unit wirelessly transmits the password, serial number, and lock number in the memory unit of the electronic key for calculation and comparison by the CPU operation 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 ordered to perform the following password setting step, the password setting step It includes a password setting step 1 and a password setting step 2, wherein, in the password setting step 1, the APP is opened, and the unlocking APP is opened on the mobile device; in the password setting step 2, the password is set, and input is made in the password area of the unlocking APP And set the password; after setting the password in step 2 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 execute the step of setting the key, wherein , set the key step, set the key code, insert the electronic key into the mobile device to initialize, the unlocking APP will read the hardware serial number of the electronic key and display the number in the number area, which can be used in the code area Change the code corresponding to the number, and after setting, import the password into the memory unit of the electronic key, use the memory unit to memorize the password, and the electronic key After the setting is complete, you can see all the set codes in the code management area, and use the code to easily identify and manage the code in the unlocking APP, which means that the code is the code in the unlocking APP Another user-friendly form of expression for .

Optionally, the keyhole step is carried out through the intelligent electronic unlocking structure, and the keyhole setting step includes a keyhole setting step 1 and a keyhole setting step 2, wherein, the keyhole setting step 1, setting 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, so that the electronic lock Corresponding to one of the lock numbers, the lock number corresponds to at least one of the code numbers, and the number corresponding to the code number is paired with the electronic key to confirm the electronic key corresponding to the electronic lock; step 2 of setting the keyhole, downloading the transmission parameters Electronic key, after adjusting the code that can be used for the lock number, insert the electronic key whose code A conforms to the management list into the mobile device to download the management list and store the password in the memory 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 into the memory unit of the electronic lock, the management list in the electronic key will be automatically deleted after importing, Repeat this step until all the electronic locks have received the management list and the password, use the management list to give the electronic lock the corresponding lock number, and make the electronic lock memorize the password and the corresponding password. The serial number of the above-mentioned electronic key; after the above-mentioned step of setting the keyhole, the above-mentioned pairing step is performed with the electronic key and the electronic lock. The pairing step is divided into a pairing failure and a pairing success. If the pairing is performed successfully Then perform an unlocking action, wherein, if the pairing fails, insert the electronic key into the electronic lock and press the remote control button, the CPU operation unit of the electronic lock compares the password and serial number of the electronic key with the electronic lock password and management list, when the electronic key is different from the password stored in the electronic lock, or the serial number of the electronic key is not the electronic key corresponding to the management list in the electronic lock, Unable to execute the unlocking action; pairing is successful, insert the electronic key into the electronic lock and press the remote control button, the CPU operation unit of the electronic lock compares the password and serial number of the electronic key with the password of the electronic lock 1. Management list, when the electronic key is the same as the password stored in the electronic lock, and the serial number of the electronic key is the electronic key corresponding to the management list in the electronic lock, the unlocking action can be performed ; Unlocking action, when the pairing is successful, the electronic key can be rotated to make the electronic lock core rotate accordingly, so that the electronic lock can achieve the unlocking action.

Optionally, the step of setting the lockhole is performed through the intelligent electronic unlocking structure, and the step of setting the lockhole includes a step 1 of setting the lockhole and a step 2 of setting the lockhole, wherein the step 1 of setting the lockhole, setting 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, so that the electronic lock The lock corresponds to a lock number, the lock number corresponds to at least one code number, and the number corresponding to the code number is paired with the electronic key to confirm the electronic key corresponding to the electronic lock; step 2 of setting the keyhole, download and pass on Parameter electronic key, 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 store the password in the memory unit of the electronic key, Then press the remote control button to wirelessly transmit the management list and the password stored in the memory unit of the electronic lock, the management list in the electronic key will be automatically deleted after importing, repeat this step until all the electronic locks After receiving the management list and the password, use the management list to give the electronic lock the corresponding lock number, and make the electronic lock memorize the password and the corresponding electronic key number; After the step of setting the keyhole, the pairing step is performed with the electronic key and the electronic lock. The pairing step is divided into a pairing failure and a pairing success. If the pairing is successful, an unlocking action is performed, wherein the pairing failure, after pressing the remote control button for wireless transmission, when the electronic key and the electronic lock When the stored passwords are different, or the serial 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, press the remote control button for wireless transmission , when the electronic key is the same as the password stored in the electronic lock, and the serial number of the electronic key is the electronic key corresponding to the management list in the electronic lock, the unlocking action can be performed; the unlocking action : When the pairing is successful, the electronic lock will be unlocked.

With this invention, using the intelligent electronic unlocking structure of the present invention can achieve the effect of only carrying one electronic key when going out, which solves the problem that the traditional metal key has limited changes and is easy to copy, and it is no longer necessary to carry a large bunch of keys when going out. In addition, it inherits the traditional usage habits of unlocking. It also has the action of inserting and turning, which remains unchanged. It can also replace the existing conventional remote control, which is more convenient when going out.

Part of the invention:

(10):Mobile device

(11): 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 head

(22): Remote control button

(30):Electronic lock

(301): Rechargeable capacitor

(31):Electronic lock cylinder

(32):Electronic lock hole

(A):CPU operation unit

(A ' ): CPU operation unit

(B): memory unit

(B ' ): Memory unit

(C): Wireless transmission unit

(C ' ): wireless transmission unit

(S10): password setting step

(S101): password setting step 1

(S102): set password step 2

(S20): Step of setting the key

(S30): Steps for setting the keyhole

(S301): Step 1 of setting the keyhole

(S302): Step 2 of setting the keyhole

(S40): pairing step

(S401): Pairing failed

(S402): Pairing succeeded

(S403): unlock action

[Fig. 1] is a block diagram of the steps of the application method of the present invention.

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

[Fig. 3] is a perspective view of the present invention.

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

[Fig. 5] is the state diagram of setting the code number of the electronic key in the unlocking APP of the present invention, and the electronic key has been inserted into the mobile device.

[Fig. 6] is the code management area of the unlocking APP of the present invention, where all electronic key codes can be viewed.

[Fig. 7] is the lock management area of the unlocking APP of the present invention, where all electronic lock numbers can be viewed.

[Fig. 8] is the management list of the unlocking APP of the present invention, to view the electronic lock number and its paired electronic key code.

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

[Fig. 10] is the embodiment of the present invention, the electronic key is inserted into the electronic lock to upload parameters or pair.

[Fig. 11] is an embodiment of the present invention, and the electronic key is rotated to unlock the electronic lock.

[Fig. 12] is another embodiment of the present invention, the electronic key wirelessly transmits signals to the electronic lock for uploading parameters or pairing.

[Fig. 13] is another embodiment of the present invention, the electronic lock is unlocked when the wireless pairing is successful.

In order to enable your review committee members to have a further understanding and understanding of the purpose, characteristics and effects of the present invention, please cooperate with the [simplified description of the drawings] to describe in detail as follows:

First please observe it from Fig. 2 to Fig. 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 mobile device (10) has a connection port (11), and the connection port (11) is a Type-C slot, and the mobile device (10) is equipped with an unlocking APP (12), and the unlocking APP (12) There is 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) and a lock management area (125), show a numbering (14) with this numbering area (122), provide input or set a numbering (14A) with this code area (123) to link said numbering (15) , so that the user can easily identify and manage the code (14) by the code (14A), the code management area (124) displays the number of the code (14A), and the code management area (124) can remove any Said code number (14A), said lock management area (125) is provided with digital lock number (15), and this unlocking APP (12) has a management list (126) again, adjusts described lock number (126) with this management list (126) 15) The pairing situation with the code (14A); the electronic key (20) contains a rechargeable battery (201), a CPU operation unit (A), and a memory unit (B). The type battery (201) supplies the power required for the operation of the electronic key (20), and the CPU operation unit (A) can calculate and compare the password (13), number (14), and lock number (15), because the Electronic key (20) has its unique hardware serial number and has said serial number (14) in this memory unit (B), and the hardware serial number of this electronic key (20) is the unique code that factory setting does not repeat, and the user cannot change, so the number (14) is also unique and not repeated, and the memory unit (B) can memorize the password (13), number (14), lock number (15), and the electronic key (20) has An electronic key (21) and a digital remote control button (22), the electronic key (21) is a Type-C connector, so the electronic key (21) can be inserted into the connection port (11), so that the The electronic key (20) is inserted into the mobile device (10), and the CPU operation unit (A) and the memory unit (B) of the electronic key (20) can be combined to make the electronic key (20) and the mobile device (10) ) for data transmission, the remote control button (22) is connected with the CPU computing unit (A); the electronic lock (30) contains a rechargeable capacitor (301), a CPU computing unit (A ' ), a The memory unit (B ' ), the rechargeable capacitor (301) supplies the electric power required for the operation of the electronic lock (30), and the CPU operation unit (A ' ) can calculate and compare the password (13), serial number ( 14), the lock number (15), the password (13), number (14), and lock number (15) can be memorized with the memory unit (B ' ).

From Figure 2 and Figure 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 a The electronic keyhole (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) Insert the electronic lock (30), and connect the electronic key head (21) with the Type-C contact chamber of the electronic lock hole (32) and press the remote control button (22), the electronic The CPU calculation unit (A) of the key (20) transmits the password (13), serial number (14), and lock number (15) in the memory unit (B) of the electronic key (20) for the electronic lock (30) ) CPU operation unit (A ' ) operation comparison.

From Figure 2 and Figure 12, the present invention provides an intelligent electronic unlocking structure, wherein the electronic key (20) further includes a wireless transmission unit (C), and the remote control button (22) is connected to a The wireless transmission 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 ) wirelessly transmit the password (13), number (14), and lock number (15) in the memory unit (B) of the electronic key (20) for the CPU operation unit (A ' ) of the electronic lock (30) Comparing operations.

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

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

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

The application method of the intelligent electronic unlocking structure of the present invention is seen from the first figure, which mainly includes a password setting step (S10), a key setting step (S20), a lockhole setting step (S30) and a pairing step (S40) ), wherein the mobile device (10) is ordered to execute the following password setting step (S10), the password setting step (S10) includes a password setting step one (S101) and a password setting step two (S102), wherein : password setting step 1 (S101), APP is opened, as shown in the 4th figure, open described unlocking APP (12) on this mobile device (10); password setting step 2 (S102), password is set, by View it as shown in Fig. 4, with this unlocking APP (12) Input and set the password (13) in the password area (121); then, as shown in Figure 1, after setting the password (13) in the password setting step 2 (S102), the electronic key head ( 21) Insert the connection port (11), connect the mobile device (10) and the electronic key (20), and make the mobile device (10) execute the step of setting the key (S20), wherein: the step of setting the key (S20 ), set the key code, as shown in Figure 5 and Figure 6, insert the electronic key (20) into the mobile device (10) for initialization, and the unlocking APP (12) will read the electronic key ( 20) hardware serial number and display the number (14) in the number area (122), the code (14A) corresponding to the number (14) can be changed in the code area (123), and the password will be set after setting (13) Import the memory unit (B) of the electronic key (20), use the memory unit (B) to memorize the password (13), and the electronic key (20) can be set in the code management area ( 124) See all the codes (14A) that have been set, and use the code (14A) to easily identify and manage the number (14) in the unlocking APP (12), which means that the code (14A) is the Number (14) is another form of expression convenient for users to watch in the unlocking APP (12).

In the embodiment of the present invention, the step of setting the lockhole (S30) is performed by the intelligent electronic unlocking structure, and the step of setting the lockhole (S30) includes a step of setting the lockhole (S301) and a step of setting the lockhole Two (S302), wherein: set the keyhole step one (S301), set the electronic lock management parameters, as shown in Figure 7, set the lock number in the lock management area (125) of the unlocking APP (12) (15) To correspond to each of the electronic locks (30), as shown in Figure 8 and Figure 9, adjust the code that can be used for the lock number (15) in the management list (126) (14A) parameter, so that this electronic lock (30) corresponds to a described lock number (15), and this lock number (15) corresponds to at least one described code number (14A), and the numbering (14A) corresponding to the code number (14A) 14) pair the electronic key (20) again, to confirm the electronic key (20) corresponding to the electronic lock (30); set the keyhole step 2 (S302), download the electronic key for passing on the parameters, from the 8th figure to the 8th figure As shown in Figure 9, after adjusting the code (14A) that can be used in the lock number (15), insert the electronic key (20) whose code (14A) conforms to the management list (126) into the action The device (10) downloads the management list (126) and the password (13) and stores them in the memory unit (B) of the electronic key (20), as shown in Figure 10, the electronic key (20) Insert the electronic lock (30) and press the remote control button (22) to import the management list (126) and the password (13) into the memory unit (B ' ) of the electronic lock (30), the 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), Give the electronic lock (30) the corresponding lock number (15) with the management list (126), and make the electronic lock (30) memorize the password (13) and the corresponding electronic key (20) The serial number (14); From the view shown in the 10th figure, after carrying out described setting lockhole step (S30), carry out described pairing step (S40) with this electronic key (20) and this electronic lock (30) again ), the pairing step (S40) is divided into a pairing failure (S401) and a pairing success (S402), and if the pairing is successful (S402), an unlocking action (S403) is performed, wherein: pairing failure (S401), After the electronic key (20) is inserted into the electronic lock (30) and the remote control button (22) is pressed, the CPU operation unit (A ' ) of the electronic lock (30) calculates and compares the electronic key (20) password (13), serial number (14) and the password (13) and management list (126) of the electronic lock (30), when the password stored in the electronic key (20) and the electronic lock (30) (13) At the same time, 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 cannot be performed (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 operation unit (A ' ) of the electronic lock (30) Comparing the password (13), serial number (14) and the password (13) and management list (126) of the electronic lock (30) of the electronic key (20), when the electronic key (20) and the When the password (13) stored in the electronic lock (30) is the same, and the number (14) of the electronic key (20) is the electronic key corresponding to the management list (126) in the electronic lock (30) (20), the unlocking action (S403) can be performed; the unlocking action (S403), when the pairing is successful (S402), as shown in Figure 11, the electronic key (20) can be rotated so that The electronic lock core (31) is made to rotate accordingly, so that the electronic lock (30) achieves an unlocking action.

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 setting lock Hole step two (S302), wherein: set the keyhole step one (S301), set the electronic lock management parameters, as shown in Figure 7, set the lock management area (125) in the unlocking APP (12) The lock number (15) is to correspond to each of the electronic locks (30), as shown in Fig. 8 and Fig. 9, adjust the place that can be used for the lock number (15) in the management list (126) The parameters of the code (14A), so that the electronic lock (30) corresponds to a lock number (15), the lock number (15) corresponds to at least one code (14A), and the code (14A) corresponds to the The serial number (14) is paired with the electronic key (20) again to confirm the electronic key (20) corresponding to the electronic lock (30); setting the keyhole step 2 (S302), downloading the electronic key for passing on parameters, as shown in Fig. 8 As shown in Fig. 9, after adjusting the code number (14A) that can be used in the lock number (15), insert the electronic key (20) whose code number (14A) meets the management list (126) into the lock number (15). The mobile device (10) downloads the management list (126) and the password (13) and stores them in the memory unit (B) of the electronic key (20), as shown in Figure 12, and then presses the remote control The button (22) wirelessly transmits the management list (126) and the password (13) to the memory unit (B ' ) of the electronic lock (30), and the management list (126) in the electronic key (20) Will automatically delete after importing, repeat this step until all this electronic lock (30) all receive described management list (126) and described password (13), give this electronic lock (30) with this management list (126) ) corresponding lock number (15), and make the electronic lock (30) memorize the code (13) and the serial number (14) of the corresponding electronic key (20); In other words, after the step of setting the keyhole (S30), the pairing step (S40) is performed with the electronic key (20) and the electronic lock (30), and the pairing step (S40) is classified as a pairing failure (S401) successfully paired with a pair (S402), if the pairing is successful (S402), then perform an unlocking action (S403), 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 serial number (14) of the electronic key (20) is not the electronic lock (30) The electronic key (20) corresponding to the management list (126) in the management list (126) cannot perform the unlocking action (S403); the pairing is successful (S402), after pressing the remote control button (22) for wireless transmission, when the electronic key When the key (20) is the same as the password (13) stored in the electronic lock (30), and the serial number (14) of the electronic key (20) is the management list ( 126) The corresponding electronic key (20) can perform the unlocking action (S403); the unlocking action (S403), when generating a pairing success (S402), as shown in the 13th figure, the electronic lock (30 ) to achieve the unlocking action.

The present invention provides an application method for an intelligent electronic unlocking structure, wherein the processing method when the electronic key (20) is lost is to delete the corresponding electronic key ( 20) code (14A), readjust the electronic key (20) corresponding to the management list (126) in the electronic lock (30), and then perform the step of setting the keyhole with another electronic key (20) (S30) to reset the electronic lock (30), to prevent unscrupulous people from using the lost electronic key (20) to execute Perform the pairing step (S40) without replacing the electronic lock (30).

The above-mentioned intelligent electronic unlocking structure has the following advantages: (1) After inserting the electronic key (20) into the electronic lock (30), when pairing is successful (S402), the electronic key (20) can be rotated to 20), so that the electronic lock core (31) rotates thereupon, so that the electronic lock (30) achieves the action of unlocking, inheriting the traditional use habit of unlocking, and the action of inserting and rotating is also arranged without changing; (two ) through the management list (126) to modify the authority, only one electronic key (20) needs to be taken when going out, which solves the problem that the traditional metal key has limited changes and is easy to copy, and there is no need to carry a large bunch of keys when going out; (3) For complete convenience, both the electronic key (20) and the electronic lock (30) are added with the wireless transmission unit (C) (C ' ), thus having the function of wireless transmission, similarly can 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 directionality when inserted into the mobile device or the electronic lock (30), which is more convenient to use (5) The hardware serial number of the electronic key (20) is a factory-set non-repeatable unique code, which cannot be changed by the user, so the number (14) is also unique and non-repeatable, which avoids imitation by unscrupulous people and greatly improves the 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) , readjust the electronic key (20) corresponding to the management list (126) in the electronic lock (30), and then use another electronic key (20) to perform the step of setting the keyhole (S30) to reset the An electronic lock (30), to prevent unscrupulous persons from using the lost electronic key (20) to perform the pairing step (S40), without replacing the electronic lock (30).

Only the above is only a preferred embodiment of the present invention, and should not be used to limit the scope of the present invention; that is, all equivalent changes and modifications made according to the patent scope of the present invention should still belong to the present invention within the scope of the patent.

(10):Mobile device

(20): Electronic key

(30):Electronic lock

(S10): password setting step

(S101): password setting step 1

(S102): set password step 2

(S20): Step of setting the key

(S30): Steps for setting the keyhole

(S301): Step 1 of setting the keyhole

(S302): Step 2 of setting the keyhole

(S40): pairing step

(S401): Pairing failed

(S402): Pairing succeeded

(S403): unlock action

Claims (10)

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, and the mobile device is installed There is an unlocking APP. The unlocking APP has a password area for inputting or setting a password, and the unlocking APP further has a numbering area, a code number area, a code number management area and a lock management area. Display a code, use the code area to input or set a code to link the code, so that the user can easily identify and manage the code with the code, the code management area displays the code, and can manage the code Remove any of the codes, the lock management area is provided with a number of lock numbers, and the unlocking APP has a management list, which is used to adjust the pairing of the lock number and the code; the electronic key contains a A rechargeable battery, a CPU operation unit, and a memory unit. The rechargeable battery supplies the power required for the operation of the electronic key. The CPU operation unit can calculate and compare the password, serial number, and lock number. The electronic key has its unique hardware serial number and has the said number in the memory unit. The hardware serial number of the electronic key is a unique code that is set at the factory and cannot be changed by the user. Therefore, the said number is also unique and does not repeat. And the memory unit can memorize the password, serial 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 the electronic key head can be inserted into the connection port, insert the electronic key into the mobile device, and cooperate with the CPU operation unit and memory unit of the electronic key to enable the electronic key to transmit data with the mobile device, The remote control button is connected with the CPU computing unit; the electronic lock contains a rechargeable capacitor, a CPU computing unit, and a memory unit, and the rechargeable capacitor supplies the electric power required for the operation of the electronic lock, and the CPU The operation unit can calculate and compare the password, serial number and lock number, and the memory unit can memorize the password, serial number and lock number. The intelligent electronic unlocking structure as described in Claim 1, wherein the electronic lock has an electronic lock cylinder, the electronic lock cylinder is provided with an electronic lock hole, and the electronic lock hole is a Type-C slot, so it can be used The electronic key head is inserted into the electronic lock hole, the electronic key is inserted into the electronic lock, and the electronic key head can be connected to the Type-C contact chamber of the electronic lock hole and the remote control button can be pressed. Make the CPU computing unit of the electronic key transmit the password, serial number, and lock number in the memory unit of the electronic key for the CPU computing unit of the electronic lock to compare. The intelligent electronic unlocking structure as described in claim 1, wherein, the electronic key further includes a wireless transmission unit, the remote control button is connected to the wireless transmission unit, and the electronic lock also includes a wireless transmission unit, when pressed The remote control button can wirelessly transmit the password, serial number, and lock number in the memory unit of the electronic key through the wireless transmission unit of the electronic key for calculation and comparison by the CPU operation unit of the electronic lock. The intelligent electronic unlocking structure according to claim 1, wherein the mobile device is a smart phone or a tablet computer. The intelligent electronic unlocking structure according to claim 1, wherein the password is a mixture of 4-10 characters of English or numbers. The intelligent electronic unlocking structure as described in claim 1, wherein the password is encrypted and protected with the AES encryption protocol. 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 a mobile device is first ordered to perform the following password setting step, the password setting step It includes a password setting step 1 and a password setting step 2, wherein: in the password setting step 1, the APP is opened, and an unlocking APP is opened on the mobile device; in the password setting step 2, the password is set, and the password area of the unlocking APP is input and Set the password; after setting the password step 2, insert an electronic key head into a connection port, connect the mobile device and an electronic key, and make the mobile device execute the key setting step, wherein: setting Key step, set the key code, insert the electronic key into the mobile device to initialize, the unlocking APP will read the hardware serial number of the electronic key and display a number in a number area, you can change the corresponding number in the code area After the code is set, import the password into the memory unit of the electronic key, and use the memory unit to memorize the password. After the electronic key is set, you can see all the codes that have been set in the code management area. The code is easy to identify and manage the number in the unlocking APP, which means that the code is another form of expression of the number in the unlocking APP that is convenient for users to see. The application method of the intelligent electronic unlocking structure as described in claim 7, it is by The intelligent electronic unlocking structure of item 2 is required to carry out the lockhole step. The lockhole setting step includes a lockhole setting step 1 and a lockhole setting step 2, wherein: the lockhole setting step 1 is to set the electronic lock management parameters. Set a 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 a management list, so that the electronic lock corresponds to a lock number, the lock number corresponds to at least one of the code numbers, and the number corresponding to the code number is paired with the electronic key to confirm the electronic key corresponding to the electronic lock; step 2 of setting the lock hole, download the electronic key for the transmission of parameters, and the adjustment can be After using the code for the lock number, insert the electronic key whose code matches the management list into the mobile device to download the management list and store the password in the memory unit of the electronic key, and then insert the electronic key The electronic lock and press the remote control button to import the management list and the password stored in the memory unit of the electronic lock, the management list in the electronic key will be automatically deleted after importing, repeat this step until all The electronic lock has received the management list and the password, uses the management list to give the corresponding lock number to the electronic lock, and makes the electronic lock memorize the password and the corresponding serial number of the electronic key; After the step of setting the keyhole, the pairing step is performed with the electronic key and the electronic lock. The pairing step is divided into a pairing failure and a pairing success. If the pairing is successful, an unlocking action is performed. Wherein: the pairing fails, after inserting the electronic key into the electronic lock and pressing the remote control button, the CPU operation unit of the electronic lock compares the password and serial number of the electronic key with the password of the electronic lock code, management list, when the electronic key is different from the password stored in the electronic lock, or the serial number of the electronic key is not the electronic key corresponding to the management list in the electronic lock, it is impossible to execute the Unlocking action: pairing is successful, after inserting the electronic key into the electronic lock and pressing the remote control button, the CPU operation unit of the electronic lock compares the password and serial number 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 serial number of the electronic key is the electronic key corresponding to the management list in the electronic lock, the unlocking action can be performed; the unlocking action , when the pairing is successful, the electronic key can be rotated to make an electronic lock core rotate accordingly, so that the electronic lock can be unlocked. The application method of the intelligent electronic unlocking structure as described in claim 7, which uses the intelligent electronic unlocking structure as in claim 3 to perform the step of setting the lock hole, and the step of setting the lock hole includes a step of setting the lock hole and a setting Keyhole step 2, wherein: set the keyhole 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 available in the management list Parameters of the code number of the lock number, so that the electronic lock corresponds to a said lock number, the lock number corresponds to at least one of the code numbers, and the number corresponding to the code number is paired with the electronic key to confirm the electronic lock Corresponding electronic key; set the keyhole Step 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 matches the management list into the mobile device Download the management list and the password stored in the memory unit of the electronic key, then press the remote control button to wirelessly transmit the management list and the password stored in the memory unit of the electronic lock, the management in the electronic key The list will be automatically deleted after importing, repeat this step until all the electronic locks have received the management list and the password, use the management list to give the corresponding lock number to the electronic lock, and make the electronic lock memorize all The password and the serial number of the corresponding electronic key; after the step of setting the keyhole, the pairing step is performed with the electronic key and the electronic lock. The pairing step is divided into a pairing failure and a pairing Success, if the pairing is performed successfully, an unlocking action is performed, wherein: 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 the electronic key corresponding to the management list in the electronic lock, and the unlocking action cannot be performed; after the pairing is successful, after pressing the remote control button for wireless transmission, when the electronic key and the When the passwords stored in the electronic lock are the same, and the serial number of the electronic key is the electronic key corresponding to the management list in the electronic lock, the unlocking action can be performed; The electronic lock achieves the action of unlocking. According to the application method of the intelligent electronic unlocking structure described in claim 8 or claim 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 electronic key corresponding to the management list in the electronic lock, and then another electronic key Executing the step of setting the keyhole to reset the electronic lock, so as to prevent unscrupulous persons from using the lost electronic key to perform the pairing step without replacing the electronic lock.

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