A smart lock control system and method thereof

Abstract

The present invention provides a smart lock control system, which includes a smart lock and an electronic device. When the current situation is determined to conform to an emergency situation, an emergency signal is generated and transmitted by the electronic device. The smart lock proceeds an emergency mode to activate a control module when the emergency signal is received. Accordingly, the control module is able to drive a lock proceeding with an unlock procedure based on an unlock signal to unlock a door when the control module is activated and receives the unlock signal. The functionality of the smart lock can be expanded based on emergency events, thereby improving the safety and convenience of the smart lock.

Description

Technical Field

[0001] This invention relates to the field of control technology, and more particularly to a smart lock control system and method applied to smart locks. Prior Technology

[0002] With the rapid development of smart building and Internet of Things (IoT) technologies, smart locks are gradually becoming an important part of smart homes and property management. However, the remote control functions of existing smart locks are usually limited to simple remote unlocking, failing to effectively expand their functionality for emergency situations. For example, in scenarios requiring rapid access during fires or fires, or in situations requiring remote assistance in elderly care, existing technologies struggle to provide safe and convenient solutions.

[0003] Therefore, there is an urgent technological need for an intelligent lock control system and method to improve the problems existing in previous technologies. Summary of the Invention

[0004] The purpose of this invention is to provide a smart lock control system that enables the smart lock to expand its functionality based on emergency events, thereby improving the security and convenience of the smart lock.

[0005] To achieve the aforementioned objectives, the present invention provides an intelligent lock control system, comprising: an intelligent lock disposed on a door or adjacent to the door, comprising: a lock body for locking or unlocking the door; and a transmission module for receiving an emergency signal or an unlocking signal;

[0006] A mode switching module connected to the transmission module, which operates an emergency mode when it receives the emergency signal; and a control module connected to the lock body, the transmission module, and the mode switching module, which activates the control module when it operates the emergency mode, and drives the lock body to execute an unlocking procedure to open the door when the transmission module receives the unlocking signal and sends it to the control module; and at least one electronic device connected to the transmission module, which executes a judgment procedure based on judgment data, and generates the emergency signal and sends it to the transmission module when the judgment result of the judgment procedure matches an emergency situation.

[0007] Preferably, the judgment data includes image data, heart rate data, or fire-related data. When the judgment data is image data and the judgment procedure is executed on the electronic device, the electronic device determines whether the image data matches any one of the abnormal scenarios based on a plurality of abnormal scenarios. If the electronic device determines that the image data matches any one of the abnormal scenarios, it indicates that the judgment result of the judgment procedure matches the emergency situation. When the judgment data is heart rate data and the judgment procedure is executed on the electronic device, the electronic device determines whether the heart rate data matches any one of the abnormal heart rate data based on a plurality of abnormal heart rate data. If the electronic device determines that the heart rate data matches any one of the abnormal heart rate data, it indicates that the judgment result of the judgment procedure matches the emergency situation. When the judgment data is fire-related data and the judgment procedure is executed on the electronic device, the electronic device determines whether the fire-related data matches any one of the abnormal fire-related data based on a plurality of abnormal fire-related data. If the electronic device determines that the fire-related data matches any one of the abnormal fire-related data, it indicates that the judgment result of the judgment procedure matches the emergency situation.

[0008] Preferably, the unlocking signal is generated by a control terminal and sent to the transmission module. The unlocking signal contains a random password and is sent to the transmission module via an encrypted channel. When the control module receives the unlocking signal and receives input information corresponding to the random password, the control module drives the lock body to execute the unlocking procedure to open the door.

[0009] Preferably, the unlocking signal is generated by a control terminal and sent to the transmission module. The unlocking signal contains direct unlocking information. When the control module receives the unlocking signal, the control module drives the lock body to execute the unlocking procedure to open the door.

[0010] Preferably, when the judgment result of the judgment procedure meets a general condition, the electronic device generates a general signal and sends it to the transmission module. When the mode switching module receives the general signal, the mode switching module operates a general mode.

[0011] Preferably, after the electronic device generates the emergency signal to drive the mode switching module to run the emergency mode, the electronic device executes the judgment procedure based on the judgment data to determine whether the general condition is met.

[0012] Preferably, the smart lock includes: a storage module connected to the control module, wherein when the control module drives the lock body to execute an unlocking procedure to open the door according to the unlocking signal, the storage module stores event information of the lock body executing the unlocking procedure, the event information including the time when the lock body executes the unlocking procedure and control terminal information of a control terminal that generates the unlocking signal.

[0013] Preferably, the smart lock includes: a verification module connected to the lock body, the verification module being used to execute a verification procedure, and to obtain a main verification information and a random verification information according to the verification procedure; the verification module splicing the main verification information and the random verification information to generate spliced ​​information; the verification module verifying the spliced ​​information by obtaining a reference information corresponding to the spliced ​​information from a verification information database; when the result of verifying the spliced ​​information is correct, the verification module generating the identity information, and driving the lock body to execute the unlocking procedure to open the door according to the identity information.

[0014] Preferably, when the verification module executes the verification procedure, it includes: the verification module connecting to a camera module to acquire a facial image, or connecting to a fingerprint module to acquire a fingerprint image of a designated finger, so as to use the facial image or the fingerprint image as the main verification information; the verification module executing a random procedure and generating a random flag according to the random procedure; the verification module activating the fingerprint module and selecting a designated finger different from the designated finger and any block in the 3x3 grid according to the random flag, and acquiring a block fingerprint image of the designated finger as the random verification information; and the verification module splicing the main verification information and the random verification information to generate the spliced ​​information.

[0015] To achieve the aforementioned objectives, the present invention also provides a smart lock control method applied to the smart lock control system described above, comprising: using an electronic device to execute a judgment program on judgment data, and when the judgment result of the judgment program matches an emergency situation, the electronic device generates an emergency signal and sends it to a transmission module; using the transmission module to send the emergency signal to a mode switching module; when the mode switching module receives the emergency signal, the mode switching module operates an emergency mode; and when the mode switching module operates the emergency mode, the mode switching module activates a control module, so that when the control module receives the unlocking signal, the control module drives the lock body to execute an unlocking program according to the unlocking signal to open a door.

[0016] To make the above-mentioned objects, features and advantages of the present invention more apparent and understandable, the following detailed description is provided in conjunction with the specific embodiments listed in the figures. Simple Explanation of the Diagram

[0017] Figure 1 is a schematic diagram of the module configuration relationship of the smart lock control system of the present invention; Figure 2 is a schematic diagram of the structure of the smart lock of the present invention; Figure 3 is a schematic diagram of the module configuration relationship for sending unlocking signals from the control terminal of this invention; Figure 4 is a schematic diagram of the module configuration for generating general signals in the electronic device of the present invention; Figure 5 is a schematic diagram of the module configuration of the storage module of the present invention; Figure 6 is a schematic diagram of the module configuration relationship of the verification module of the present invention; Figure 7 is a schematic diagram of the main verification information of the verification module of the present invention; Figure 8 is a schematic diagram of the random verification information nine-square grid of the verification module of the present invention; Figure 9 is a schematic diagram of the splicing information of the verification module of the present invention; Figure 10 is a flowchart of the steps of the smart lock control method of the present invention. Implementation

[0018] The advantages, features, and technical methods of this invention will be more readily understood by referring to the exemplary embodiments and accompanying drawings. This invention may be implemented in different forms and should not be construed as being limited to the embodiments set forth herein. Rather, the embodiments provided will make this disclosure more thorough, complete, and fully convey the scope of the invention to those skilled in the art, and the invention will be defined only as provided in the appended claims.

[0019] Additionally, the terms "comprising" and / or "including" refer to the presence of the stated features, regions, wholes, steps, operations, elements, and / or components, but do not exclude the presence or addition of one or more other features, regions, wholes, steps, operations, elements, components, and / or combinations thereof.

[0020] To facilitate your understanding of the content of this invention and its effects, the following detailed description is provided in conjunction with the accompanying drawings of various specific embodiments:

[0021] Please refer to Figures 1 and 2, which are schematic diagrams of the module configuration relationship of the smart lock control system of the present invention and structural schematic diagrams of the smart lock. As shown in the figures, in order to enable the smart lock to expand its functionality based on emergency events, thereby improving the security and convenience of the smart lock, the smart lock control system of the present invention includes a smart lock 100 and at least one electronic device 200.

[0022] The smart lock 100 is a locking structure that can be used to receive signals and lock a door (not shown). The smart lock 100 is installed on the door or adjacent to the door (to achieve the position of locking the door), and includes a lock body 10, a transmission module 11, a mode switching module 12 and a control module 13.

[0023] The lock body 10 is a structure that provides the smart lock 100 with the ability to lock or open (i.e., in a non-locked state) the door.

[0024] The transmission module 11 is a related module used to receive or send signals. The transmission module 11 receives an emergency signal 21 or an unlocking signal 30, and can send the emergency signal 21 or the unlocking signal 30 to the corresponding module. In this embodiment, the transmission module 11 can receive an emergency signal 21 via communication protocols such as Bluetooth, Wi-Fi, or Zigbee.

[0025] The mode switching module 12 is a related module used for mode switching. Therefore, when the mode switching module 12 is connected to the transmission module 11, the mode switching module 12 can receive the emergency signal 21 and, upon receiving the emergency signal 21, run an emergency mode.

[0026] The control module 13 is used to control whether the lock body 10 executes an unlocking procedure. The control module 13 is connected to the lock body 10, the transmission module 11, and the mode switching module 12. When the mode switching module 12 operates in the emergency mode, it activates the control module 13 to drive it to start working. Thus, when the transmission module 11 receives the unlocking signal 30, it can send the unlocking signal 30 to the control module 13, and the control module 13 can then drive the lock body 10 to execute the unlocking procedure according to the unlocking signal 30, thereby opening the door.

[0027] The electronic device 200 is a device that can be used to determine an emergency and generate a corresponding signal. Here, the electronic device 200 is connected to the transmission module 11 so that when the electronic device 200 executes a judgment procedure on a judgment data 20, and when the judgment result of the judgment procedure matches an emergency, the electronic device 200 can generate the emergency signal 21 and send it to the transmission module 11. This causes the mode switching module 12 to receive the emergency signal 21 and activate the emergency mode.

[0028] For example, the electronic device 200 may include a camera, a heart rate monitor, a smoke sensor, or a temperature sensor, and the judgment data 20 may include image data, heart rate data, or fire data.

[0029] When the electronic device 200 is the camera and the judgment data 20 is the image data, the electronic device 200 can be trained based on a plurality of fire scenarios and use the judgment conditions of these fire scenarios as a plurality of abnormal scenarios. Thus, when the electronic device 200 executes the judgment procedure, the camera faces indoors or outdoors to acquire the image data, and judges whether the image data conforms to any one of these abnormal scenarios based on these abnormal scenarios. When the electronic device 200 judges that the image data conforms to any of the abnormal scenarios, it indicates that a fire has occurred, and the judgment result of the judgment procedure is that it conforms to the judgment of the emergency.

[0030] When the electronic device 200 is the heart rate monitor and the judgment data 20 is the heart rate data, the electronic device 200 can be trained based on a plurality of abnormal heart rate waveforms and use the judgment conditions of these abnormal heart rate waveforms as a plurality of abnormal heart rate data. Thus, when the electronic device 200 executes the judgment procedure, the heart rate monitor continuously monitors the user's heart rate to obtain the heart rate data, and judges whether the heart rate data matches any one of the abnormal heart rate data based on these abnormal heart rate data. When the electronic device 200 judges that the heart rate data matches any of the abnormal heart rate data, it indicates that the user has a health hazard. The judgment result of the judgment procedure is that it meets the judgment of the emergency, thereby achieving the function of elderly care or patient care.

[0031] When the electronic device 200 is a smoke sensor or a temperature sensor, and the judgment data 20 is fire data, the electronic device 200 can make a judgment based on a plurality of fire anomaly data (for example, when the light emitted by the smoke sensor hits the smoke particles, causing the light to scatter and the light-receiving chamber to sense the light, it is determined that the smoke concentration has reached a set value; or when the temperature sensor uses the principle of temperature sensing to detect, when the ambient temperature reaches a set value, the metal of its sensing element will flip, causing the contacts to conduct, so as to determine that there is a fire). Thus, when the electronic device 200 executes the judgment procedure, the smoke sensor or the temperature sensor can be set up indoors to obtain the fire data (i.e., relevant sensing data), and based on these fire anomaly data, it is determined whether the fire data meets any of these fire anomaly data. When the electronic device 200 determines that the fire data meets any of the fire anomaly data, it indicates that there is a fire, and the judgment result of the judgment procedure is that it meets the judgment of the emergency.

[0032] Therefore, the smart lock control system of this invention can switch the smart lock 100 to emergency mode in the event of an emergency, and then send the unlocking signal 30 to the control terminal (such as the user's mobile phone or the property management computer) to remotely and immediately open the door, so as to facilitate the execution of relevant emergency measures and provide a certain degree of security (avoiding home security problems caused by simple remote unlocking). And of course, when the smart lock 100 switches to emergency mode, it can also simultaneously send relevant alarm signals to its control terminal to quickly alert the relevant users.

[0033] Please refer to Figure 3, which is a schematic diagram of the module configuration relationship for the control terminal to send the unlocking signal according to the present invention. As shown in the figure, the unlocking signal 30, as described above, can be generated by a control terminal 300 and sent to the transmission module 11, so that the control module 13 can receive the unlocking signal 30 when it is activated, in order to perform subsequent operations. However, when the control terminal 300 generates the unlocking signal 30, in one embodiment, the unlocking signal 30 may include a random password 301, which is sent to the transmission module 11 via an encrypted channel (e.g., AES 256-bit encryption (i.e., Advanced Encryption Standard)). The random password 301 is generated based on a random number generation algorithm and is only valid for one unlocking (i.e., it becomes invalid after being entered correctly once). When the control module 13 receives the unlocking signal 30 and receives an input information 131 corresponding to the random password 301 (the input information 131 indicates that the person unlocking the door needs to enter the corresponding password based on the random password 301 to generate the input information 131 to the control module 13), the control module 13 can drive the lock body 10 to execute the unlocking procedure to open the door.

[0034] In another embodiment, the unlocking signal 30 may include direct unlocking information 302. That is, when the control module 13 receives the direct unlocking information 302, the control module 13 directly drives the lock body 10 to execute the unlocking procedure to open the door, without the need for the random password 301 mentioned above. Instead, the control module 13 needs to receive the input information 131 corresponding to the random password 301 before driving the lock body 10 to execute the unlocking procedure.

[0035] Furthermore, as mentioned above, the control terminal 300 is not specifically limited. That is to say, the control terminal 300 can be the user's mobile phone or the property's computer, and the control terminal 300 can also include any other control terminal authorized and managed by the user that can generate and send the unlock signal 30.

[0036] Please refer to Figure 4, which is a schematic diagram of the module configuration relationship for generating general signals in the electronic device of the present invention. As shown in the figure, after the electronic device 200 generates the emergency signal 21 to drive the mode switching module 12 to operate in the emergency mode, the electronic device 200 continuously executes the judgment procedure on the judgment data 20 to determine whether it meets a general condition. The general condition may include when the judgment result of the electronic device 200 does not meet the emergency situation, or when the electronic device 200 judges whether the judgment data 20 meets any one of the general data based on a plurality of general data, and determines that the judgment data 20 meets any one of the general data. When the judgment result of the judgment procedure meets the general condition, the electronic device 200 generates a general signal 22 and sends it to the transmission module. When the mode switching module 12 receives the general signal 22, the mode switching module 12 operates in a general mode, that is, the smart lock 100 returns to the normal setting state (e.g., the control module 13 stops working).

[0037] Please refer to Figure 5, which is a schematic diagram of the module configuration relationship of the storage module of the present invention. As shown in the figure, the smart lock system may include a storage module 400 for recording relevant events. The storage module 400 is connected to the control module 13. When the control module 13 drives the lock body 10 to execute an unlocking procedure to open the door according to the unlocking signal 30, the storage module 400 can store event information 40 of the lock body 10 executing the unlocking procedure. The event information 40 may include the time when the lock body 10 executes the unlocking procedure and control terminal information of the control terminal 300 that generates the unlocking signal 30, so as to provide tracking and query of subsequent unlocking behavior.

[0038] Please refer to Figures 6 to 9, which are schematic diagrams of the module configuration relationship of the verification module of the present invention, schematic diagram of the main verification information of the verification module, schematic diagram of the random verification information nine-square grid of the verification module, and schematic diagram of the splicing information of the verification module. As shown in the figures, the smart lock 100 disclosed in the present invention may include a verification module 500, which is connected to the lock body 10 to determine whether to drive the lock body 10 to execute the unlocking procedure based on the verification result. When the verification module 500 is in operation, it mainly uses a main verification information 50 and a random verification information 51 obtained from the verification program to splice the main verification information 50 and the random verification information 51 to generate spliced ​​information 52. The verification module 500 verifies the spliced ​​information 52 by obtaining a reference information 53 corresponding to the spliced ​​information 52 from a verification information database. When the result of verifying the spliced ​​information 52 is correct, the verification module 500 generates the identity information 54. That is, the verification module 500 can determine the identity of the verified person as a legitimate user based on the identity information 54, and drive the lock body 10 to execute the unlocking program to open the door based on the identity information 54.

[0039] However, when performing the verification procedure, the verification module 500 can connect to a camera module to obtain a facial image of the user, or connect to a fingerprint module to obtain a fingerprint image of a set finger (e.g., the right index finger), and use the facial image or the fingerprint image as the main verification information 50.

[0040] The verification module 500 can execute a random program and generate a random flag according to the random program. The verification module 500 activates the fingerprint module and selects a designated finger 511 different from the set finger and any block 551 in the nine-square grid 55 according to the random flag. It then obtains a block fingerprint image of the designated finger 511 as the random verification information 51. Specifically, when the random flag is generated, it may include any finger other than the set finger as the random designated finger 511 (e.g., the left ring finger). The random designated finger 511 needs to obtain the block fingerprint image of the random designated finger 511 in any designated block 551 (e.g., the upper left block) in the nine-square grid 55 presented by the fingerprint module to generate qualified random verification information 51.

[0041] As explained above, the mention of any finger or any block 551 does not imply that the random verification information 51 in this case can only contain the fingerprint image of that block of a designated finger 511 and the information of that block 551. In other words, the random verification information 51 can also include the acquisition of the fingerprint image of two or more designated fingers 511 different from the designated finger within the same block 551, or the acquisition of the fingerprint image of two or more designated fingers 511 different from the designated finger within two different blocks 551, etc. Therefore, the specific number of designated fingers 511 and blocks 551 in the random verification information 51 is not limited here.

[0042] In this way, by adding real-time random variables, the problem of malicious individuals stealing identity information and causing the verification module to misjudge and drive the lock body to execute the unlocking procedure can be avoided, thereby increasing the security of the smart lock.

[0043] When the verification module 500 receives the main verification information 50 and the random verification information 51, it can concatenate the main verification information 50 and the random verification information 51 to generate the concatenated information 52.

[0044] Subsequently, when the verification module 500 performs verification by obtaining the reference information 53 corresponding to the spliced ​​information 52 from the verification information database, the verification module 500 can confirm and obtain the reference information 53 corresponding to the verification information database based on, for example, the type of the main verification information 50 obtained and the information such as the designated finger 511 and the block 551 selected by the random flag when executing the verification procedure. The plurality of reference information 53 in the verification information database can be legally registered user information, such as the fingerprint images and facial images of the user or authorized person, and the corresponding fingerprint images and / or facial images in the verification information database are obtained for verification during the verification process.

[0045] When the verification module 500 verifies that the spliced ​​information 52 is correct (i.e., the spliced ​​information 52 conforms to the reference information 53), the verification module 500 generates the corresponding identity information 54 and drives the lock body 10 to execute the unlocking procedure to open the door.

[0046] Please refer to Figure 10, which is a flowchart of the steps of the smart lock control method of the present invention. As shown in the figure, in order to realize the functional expansion of the smart lock based on emergency events, thereby improving the security and convenience of the smart lock, the present invention also provides a smart lock control method applied to the smart lock control system described above, which includes:

[0047] S101: The electronic device executes a judgment procedure on the judgment data, and when the judgment result of the judgment procedure meets the requirements of an emergency, the electronic device generates an emergency signal and sends it to the transmission module;

[0048] S102: Use the transmission module to send the emergency signal to the mode switching module;

[0049] S103: When the mode switching module receives an emergency signal, the mode switching module operates in emergency mode; and

[0050] S104: When the mode switching module is running in emergency mode, the mode switching module activates the control module. When the control module receives an unlocking signal, the control module drives the lock body to execute the unlocking procedure to open the door.

[0051] The embodiments disclosed in this invention are preferred embodiments. Any local changes or modifications that originate from the technical concept of this invention and can be easily deduced by those skilled in the art are not outside the scope of the patent rights of this invention.

[0052] In conclusion, this invention, in terms of its purpose, means, and effects, demonstrates technical features that are distinct from those of the conventional invention. Furthermore, its invention is practical and meets all the requirements for a patent. We earnestly request that your esteemed examiner carefully review this matter and grant a patent as soon as possible so that it may benefit society. We would be truly grateful for your assistance.

[0053] 100: Smart Lock 10: Lock body 11: Transmission Module 12: Mode Switching Module 13: Control Module 131: Enter information 200: Electronic devices 20: Judge the data 21: Emergency Signal 22: General Signal 300: Control Terminal 30: Unlock signal 301: Random Password 302: Direct Lock Unlocking Information 400: Storage Module 40: Event Information 500: Verification Module 50: Master Verification Message 51: Random Verification Information 511: Specify finger 52: Splicing Information 53: Benchmark Information 54: Identity Information 55: Nine-square grid 551: Block S101-S104: Steps

Claims

1. A smart lock control system, comprising: a smart lock disposed on a door or adjacent to the door, comprising: a lock body for locking or unlocking the door; a transmission module for receiving an emergency signal or an unlocking signal; a mode switching module connected to the transmission module, wherein when the mode switching module receives the emergency signal, the mode switching module operates an emergency mode; and a control module connected to the lock body, the transmission module, and the mode switching module, wherein when the mode switching module operates the emergency mode, the mode switching module activates the control module, and when the transmission module receives the unlocking signal and sends it to the control module, the control module drives the lock body to execute an unlocking procedure to unlock the door according to the unlocking signal; At least one electronic device is connected to the transmission module. This electronic device executes a judgment procedure based on judgment data, and when the judgment result of the procedure matches an emergency situation, the electronic device generates the emergency signal and sends it to the transmission module. The judgment data includes image data, heart rate data, or fire-related data. When the judgment data is image data and the judgment procedure is executed on the electronic device, the electronic device is a camera to acquire the image data. The electronic device uses multiple fire scenarios as multiple abnormal scenarios and judges whether the image data matches any one of the abnormal scenarios based on these fire scenarios. When the electronic device judges that the image data matches any one of the abnormal scenarios, it indicates that the judgment result of the judgment procedure matches the emergency situation. When the judgment data is heart rate data and the judgment procedure is executed on the electronic device, the electronic device is a heart rate monitor to acquire the heart rate data. The electronic device uses multiple abnormal heart rate waveforms as multiple abnormal heart rate data and judges whether the heart rate data matches any one of the abnormal heart rate data based on these abnormal heart rate waveforms. When the electronic device judges that the heart rate data matches any one of the abnormal heart rate data, it indicates that the judgment result of the judgment procedure matches the emergency situation. When the judgment data is the fire data and the electronic device executes the judgment procedure, the electronic device is a smoke sensor or a temperature sensor to acquire the fire data. The electronic device uses the smoke concentration or ambient temperature reaching a set value as a plurality of fire anomaly data, and judges whether the fire data meets any one of these fire anomaly data based on the smoke concentration or ambient temperature reaching the set value. When the electronic device judges that the fire data meets any of the fire anomaly data, it means that the judgment result of the judgment procedure meets the emergency situation.

2. The smart lock control system as described in claim 1, wherein, The unlocking signal is generated by a control terminal and sent to the transmission module. The unlocking signal contains a random password and is sent to the transmission module via an encrypted channel. When the control module receives the unlocking signal and receives input information corresponding to the random password, the control module drives the lock body to execute the unlocking procedure to open the door.

3. The smart lock control system as described in claim 1, wherein, The unlocking signal is generated by a control terminal and sent to the transmission module. The unlocking signal contains direct unlocking information. When the control module receives the unlocking signal, the control module drives the lock body to execute the unlocking procedure to open the door.

4. The smart lock control system as described in claim 1, wherein, When the judgment result of the judgment program meets a general condition, the electronic device generates a general signal and sends it to the transmission module. When the mode switching module receives the general signal, the mode switching module operates a general mode.

5. The smart lock control system as described in claim 4, wherein, When the electronic device generates the emergency signal to drive the mode switching module to run the emergency mode, the electronic device executes the judgment procedure based on the judgment data to determine whether it meets the general condition.

6. The smart lock control system as described in claim 1, the smart lock comprising: a storage module connected to the control module, wherein when the control module drives the lock body to execute an unlocking procedure to open the door according to the unlocking signal, the storage module stores event information of the lock body executing the unlocking procedure, the event information including the time when the lock body executes the unlocking procedure and control terminal information of a control terminal that generates the unlocking signal.

7. The smart lock control system as described in claim 1, wherein, The smart lock includes: a verification module connected to the lock body; the verification module executes a verification procedure and obtains a main verification information and a random verification information according to the verification procedure; the verification module concatenates the main verification information and the random verification information to generate concatenated information; the verification module verifies the concatenated information by obtaining a reference information corresponding to the concatenated information from a verification information database; when the result of verifying the concatenated information is correct, the verification module generates identity information and drives the lock body to execute the unlocking procedure to open the door according to the identity information.

8. The smart lock control system as described in claim 7, wherein, When the verification module executes the verification procedure, it includes: the verification module connecting to a camera module to acquire a facial image, or connecting to a fingerprint module to acquire a fingerprint image of a designated finger, so as to use the facial image or the fingerprint image as the main verification information; the verification module executing a random procedure and generating a random flag according to the random procedure; the verification module activating the fingerprint module and selecting a designated finger different from the designated finger and any block in the 3x3 grid according to the random flag, and acquiring a block fingerprint image of the designated finger as the random verification information; and the verification module splicing the main verification information and the random verification information to generate the spliced ​​information.

9. A smart lock control method applicable to a smart lock control system as described in any one of claims 1 to 8, comprising: using an electronic device to execute a judgment procedure on judgment data, and when the judgment result of the judgment procedure matches an emergency situation, the electronic device generating an emergency signal and sending it to a transmission module; using the transmission module to send the emergency signal to a mode switching module; when the mode switching module receives the emergency signal, the mode switching module operating an emergency mode; and when the mode switching module operates the emergency mode, the mode switching module activating a control module, such that when the control module receives the unlocking signal, the control module drives the lock body to execute an unlocking procedure according to the unlocking signal to open a door; wherein, The judgment data includes image data, heart rate data, or fire-related data. When the judgment data is image data and the judgment procedure is executed on the electronic device, the electronic device is a camera to acquire the image data. The electronic device uses multiple fire scenarios as multiple abnormal scenarios and judges whether the image data matches any one of the abnormal scenarios based on these fire scenarios. When the electronic device judges that the image data matches any one of the abnormal scenarios, it indicates that the judgment result of the judgment procedure matches the emergency situation. When the judgment data is heart rate data and the judgment procedure is executed on the electronic device, the electronic device is a heart rate monitor to acquire the heart rate data. The electronic device uses multiple abnormal heart rate waveforms as multiple abnormal heart rate data and judges whether the heart rate data matches any one of the abnormal heart rate data based on these abnormal heart rate waveforms. When the electronic device judges that the heart rate data matches any one of the abnormal heart rate data, it indicates that the judgment result of the judgment procedure matches the emergency situation. When the judgment data is the fire data and the electronic device executes the judgment procedure, the electronic device is a smoke sensor or a temperature sensor to acquire the fire data. The electronic device uses the smoke concentration or ambient temperature reaching a set value as a plurality of fire anomaly data, and judges whether the fire data meets any one of these fire anomaly data based on the smoke concentration or ambient temperature reaching the set value. When the electronic device judges that the fire data meets any of the fire anomaly data, it means that the judgment result of the judgment procedure meets the emergency situation.

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