TWI718366B - Security system linking with mobile apparatus and security control method thereof - Google Patents

Abstract

A security system linking with a mobile apparatus includes a lens locked module and an access controlled module. The lens locked module is installed in the mobile apparatus to lock and unlock at least one lens of the mobile apparatus. The access controlled module is placed at an entrance of a controlled area to control the enter and leave of the person of the controlled area. Wherein, when the mobile apparatus enters the controlled area, the lens locked module will lock the at least one lens of the mobile apparatus. when the mobile apparatus leaves the controlled area, the lens locked module will unlock the at least one lens of the mobile apparatus.

Description

Safety system linked with mobile device and safety control method thereof

The present invention relates to a security system and a security control method linked with a mobile device, and in particular to a security system and a security control method that can perform unlocking control on the lens of a mobile device that enters and exits a controlled area.

Today, when mobile devices with lenses are becoming more and more popular, in order to protect business secrets, when people with mobile devices need to enter important control areas, they will control the use of mobile devices with lenses. This is based on conventional technology. , Usually use stickers to cover the lens of the mobile device, or control by providing people entering the restricted area with a lensless guest mobile device.

However, the method of using stickers to cover the lens device, in addition to the stickers being easy to fall off or being torn off, and unable to effectively achieve the purpose of lens control, the stickers as consumables also increase the cost of control. Similarly, the way of providing a guest mobile device without a lens also has the problem of high usage cost. Therefore, how to effectively control the cameras of mobile devices entering and leaving the restricted area has become an important issue.

The present invention provides a security system linked with a mobile device and a security control method thereof, which can effectively control the lens of the mobile device entering and exiting the control area to control the unlocking.

The security system linked with the mobile device of the present invention includes a lens locking module and an access control module. The lens locking module is configured on the mobile device and used for locking and unlocking at least one lens of the mobile device. The access control module is arranged at the entrance and exit of the control area to control personnel entering and exiting the control area. Wherein, when the mobile device enters the control area, at least one lens of the mobile device is locked through the lens locking module, and when the mobile device leaves the control area, at least one lens of the mobile device is unlocked through the lens locking module.

In an embodiment of the present invention, the aforementioned mobile device uses personal identification information and device identification information to obtain access permission information from the access control server. When the access control module receives the access permission information, the access control module will enter the permission information Send to the lens lock server. When the lens lock server receives the access permission information, the lens lock server sends a lens lock command to the lens lock module to lock at least one lens of the mobile device.

In an embodiment of the present invention, the aforementioned mobile device uses personal identification information and device identification information to obtain exit permission information from the access control server. When the access control module receives the exit permission information, the access control module will leave the permission information Send to the lens lock server. When the lens lock server receives the leave permission information, the lens lock server sends the lens unlock command to the lens lock module to unlock at least one lens of the mobile device.

In an embodiment of the present invention, when the access control module receives an entry request, the access control module transmits the entry request to the lens lock server, and when the lens lock server receives the entry request, the lens lock server Send a lens lock command to the lens lock module to lock at least one lens of the mobile device.

In an embodiment of the present invention, when the access control module receives the leave request, the access control module transmits the leave request to the lens lock server, and when the lens lock server receives the leave request, the lens lock server Send a lens unlock command to the lens lock module to unlock at least one lens of the mobile device.

In an embodiment of the present invention, the above-mentioned lens locking module obtains the position information of the mobile device, and sends the position information to the lens locking server. When the position information indicates that the mobile device is located in the control area, the lens locking servo The device transmits a lens locking command to the lens locking module to lock at least one lens of the mobile device.

In an embodiment of the present invention, when the location information indicates that the mobile device is outside the control area, the lens lock server sends a lens unlock command to the lens lock module to unlock at least one lens of the mobile device.

In an embodiment of the present invention, the aforementioned security system further includes a lens lock database, which is connected to the lens lock module to record the lock and unlock history of at least one lens of the mobile device.

In an embodiment of the present invention, the aforementioned lens lock database is connected to the lens lock module through a lens lock server.

In an embodiment of the present invention, the aforementioned security system further includes an access control database, which is connected to the access control module to record the history of personnel entering the control area.

In an embodiment of the present invention, the aforementioned access control database is connected to the access control module through an access control server.

The security control method linked with a mobile device of the present invention includes: providing a lens locking module arranged on the mobile device to lock and unlock at least one lens of the mobile device; providing an access control module arranged at the entrance and exit of the control area to Control personnel enter and exit the control area; when the mobile device enters the control area, at least one lens of the mobile device is locked through the lens locking module; and when the mobile device leaves the control area, at least one lens of the mobile device is unlocked through the lens locking module.

Based on the above, the security system and security control method of the present invention will unlock and unlock the lens of the mobile device through the access control module arranged at the entrance and exit of the control area and the lens lock module arranged in the mobile device. When a person with a mobile device enters the control area, the lens of the mobile device is locked, and when the person with a mobile device leaves the control area, the lens of the mobile device is unlocked, In this way, the camera of the mobile device entering and leaving the control area is effectively controlled.

In order to make the above-mentioned features and advantages of the present invention more comprehensible, the following specific embodiments are described in detail in conjunction with the accompanying drawings.

Fig. 1 shows a system schematic diagram of a security system according to an embodiment of the present invention. 1, the security system 100 includes a mobile device 110, an access control module 120, an access control server 130, a lens lock server 140, an access control database 150, a lens lock database 160, and a network 170. The mobile device 110 includes a lens locking module 111 and a plurality of lenses (such as 112 and 113). To simplify the description, only the lenses 112 and 113 are shown in this embodiment. However, in the embodiment of the present invention, the number of lenses may be one or more, depending on the actual configuration of the mobile device 110.

The lens locking module 111 is configured in the mobile device 110, and can lock or unlock the lens in the mobile device 110 (here 112 and 113 are taken as examples). The lens locking module 111 can use hardware or Software implementation, such as program code executed by the processor or application-specific integrated circuit (ASIC). In other words, when people enter and exit the restricted area, the lens locking module 111 can lock or unlock the lens of the mobile device 110 (herein 112 and 113 are taken as examples).

The access control module 120 is arranged at the entrance and exit of the control area, and is used to control personnel entering and leaving the control area. In this embodiment, the mobile device 110, the access control module 120, the access control server 130, the lens lock server 140, the access control database 150, and the lens lock database 160 can be connected to each other through the network 170. Among them, the network 170 is, for example, the Internet.

In addition, the connection between the mobile device 110, the access control module 120, the access control server 130, the lens lock server 140, the access control database 150, and the lens lock database 160 can be in the mobile device 110 and/or the access control The control module 120 is created when required (that is, before the mobile device 110 and/or the access control module 120 starts to send signals); conversely, when the mobile device 110 and/or the access control module 120 is not required, the action can be disconnected The connection between the device 110, the access control module 120, the access control server 130, the lens lock server 140, the access control database 150, and the lens lock database 160, but the embodiment of the present invention is not limited to this. In other words, when a predetermined time has passed after the mobile device 110 and/or the access control module 120 does not send a signal, the mobile device 110, the access control module 120, the access control server 130, and the lens lock server 140 can be disconnected. , The connection between the access control database 150 and the lens lock database 160.

In detail, after the lens lock database 160 and the lens lock module 111 are connected via the network 170, the lens can be sent via the lens lock server 140 when the lenses 112 and 113 of the mobile device 110 are locked and unlocked. The current locked or unlocked state of 112 and 113 is sent to the lens lock database 160 to record the unlocking and unlocking history of the lenses 112 and 113. After the access control database 150 is connected to the access control module 120 through the network 170, when a person enters or leaves the control area, the access control server 130 sends the record of the person entering or leaving the control area to the access control database 150, to record the history of personnel entering and exiting the control area.

For example, when a person holding the mobile device 110 wants to enter the restricted area, the lens lock module 111 can be used to lock the lenses 112 and 113 in the mobile device 110. In contrast, when the person holding the mobile device 110 leaves the control area, the lens lock module 111 can also be used to unlock the lenses 112 and 113 of the mobile device 110, so that the lens lock module 111 can control access The lens of the mobile device 110 held by the personnel in the area is controlled to be unlocked.

In addition, in another embodiment of the present invention, the access control database 150 can be directly connected to the access control module 120 via the network 170. In addition, the lens lock database 160 can be directly connected to the lens lock module 111 via the network 170, and the embodiment of the present invention is not limited to this.

Moreover, in the embodiment of the present invention, the mobile device 110 may be a mobile phone, a tablet computer, a notebook computer, or any handheld electronic device with a lens well known to those skilled in the art, and the embodiment of the present invention is not limited thereto.

FIG. 2 is a schematic diagram of a lens control process of the security system in the embodiment of FIG. 1 of the present invention. Please refer to FIG. 1 and FIG. 2. In this embodiment, the lens control process 200 is mainly divided into two parts: the unlocking operation 210 and the data transmission path 220. The unlocking and unlocking action 210 represents the steps (such as S201 and S202) performed in the unlocking and unlocking process of the lenses 112 and 113 in this embodiment. The data transmission path 220 represents a data transmission path between devices in the security system 100.

In detail, when the person holding the mobile device 110 enters the restricted area, step S201 is entered to directly activate the lens locking module 111 in the mobile device 110 in a manual manner, so as to correct the lens 112 and 113 of the mobile device 110. Lock it. For example, the user can touch the icons that lock the lenses 112 and 113 in the user interface (not shown). After the lens locking module 111 completes the locking of the lenses 112 and 113, the lens locking module 111 transmits the locked state of the lenses 112 and 113 to the lens locking server 140 via the network 170 to record the history of locking the lenses 112 and 113 In the lens lock database 160, that is, the time points when the lenses 112 and 113 are locked are recorded in the lens lock database 160.

Next, in step S202, the person holding the mobile device 110 performs an access control card swiping action on the access control module 120, and after the access control card swiping action is completed, the access control module 120 will send the person’s entry request E_req to The access control server 130 transmits the access request E_req to the access control database 150 to record the history of the person entering the control area in the access control database 150, that is, the time point when the person enters the control area is recorded in the access control data In the library 150. After the access control card swiping action is completed, the person holding the mobile device 110 can enter the control area, thereby achieving effective control of the lenses 112 and 113 of the mobile device 110.

In contrast, when the person holding the mobile device 110 wants to leave the restricted area, he can perform actions similar to those when entering the restricted area. When the person holding the mobile device 110 approaches the access control module 120, in step S201, the lens locking module 111 in the mobile device 110 can be directly activated manually to perform the operation on the cameras 112 and 113 of the mobile device 110. Unlock. After the lens locking module 111 unlocks the lenses 112 and 113, the lens locking module 111 transmits the unlocked status of the lenses 112 and 113 to the lens locking server 140 via the network 170 to record the history of unlocking the lenses 112 and 113 In the lens lock database 160, that is, the time points when the lenses 112 and 113 are unlocked are recorded in the lens lock database 160. Then, the person holding the mobile device 110 will perform an access control card swiping action on the access control module 120 in step S202, and after the access control card swiping operation is completed, the access control module 120 sends the person’s leave request L_req to the door control via the network 170 The control server 130 transmits the leave request L_req to the access control database 150 to record the history of the person leaving the control area in the access control database 150, that is, record the time point when the person leaves the control area in the access control database 150 150 in. In addition, after the access control card swiping operation is completed, the person holding the mobile device 110 can leave the control area.

In this embodiment, step S201 is earlier than step S202, but in other embodiments, step S202 may be earlier than step S201, which depends on the application environment of the security system 100, and the embodiment of the present invention is not limited thereto.

FIG. 3 is a schematic diagram of another lens control process of the security system in the embodiment of FIG. 1 of the present invention. 1 and FIG. 3, in this embodiment, the lens control process 300 is mainly divided into two parts, the unlocking operation 310 and the data transmission path 320. The unlocking and unlocking action 310 represents the steps (such as S301, S302, S303, and S304) performed in the process of unlocking and unlocking the lenses 112 and 113 in this embodiment. The data transmission path 320 represents the transmission path of data between devices in the security system 100.

In detail, when the person holding the mobile device 110 wants to enter the control area, step S301 is entered, and the personal identification information PI1 and the device identification information DI1 need to be transmitted to the access control server 130 via the network 170. After the access control server 130 receives the personal identification information PI1 and the device identification information DI1, it will process the time of receiving the information and at least one of the personal identification information PI1 and the device identification information DI1 (such as encryption, logical operation, or arithmetic). Operation) to generate the entry permission information E_inf, and send the entry permission information E_inf back to the mobile device 110 via the network 170.

Then, when the mobile device 110 receives the entry permission information E_inf, step S302 is entered. The person holding the mobile device 110 will use the entry permission information E_inf to sense the access control module 120, thereby transmitting the entry permission information E_inf to In the access control module 120. Wherein, when the access control module 120 has a graphic recognition function, the entry permission information E_inf can be a quick response code (QR code); when the access control module 120 has a wireless receiving function, the entry permission information E_inf can be The electromagnetic data can be determined according to the circuit structure of the access control module 120, and the embodiment of the present invention is not limited thereto.

When the access control module 120 receives the access permission information E_inf, it will send the access permission information E_inf to the access control server 130 via the network 170, and send the access permission information E_inf to the lens lock server through the access control server 130器140. In addition, the access control server 130 may send the access permission information E_inf to the access control database 150 to record the history of the personnel entering the control area in the access control database 150. After the lens lock server 140 receives the access permission information E_inf, it processes the access permission information E_inf (such as decryption, logical operation, or arithmetic operation) to confirm whether the personal identification information PI1 and the device identification information DI1 are correct .

When the lens lock server 140 confirms that the personal identification information PI1 and the device identification information DI1 are correct, it will send the lens lock command L_dir to the lens lock module 111 in the mobile device 110 via the network 170. After the lens locking module 111 receives the lens locking command L_dir (step S303), the lens locking module 111 performs a locking action on the lenses 112 and 113 in the mobile device 110 in step S304. And after the lens locking module 111 completes the locking of the lenses 112 and 113, the lens locking module 111 transmits the locking status of the lenses 112 and 113 to the lens locking server 140 through the network 170, so as to lock the lenses 112 and 113. Recorded in the lens lock database 160.

In contrast, when the person holding the mobile device 110 wants to leave the restricted area, it will perform similar actions as when entering the restricted area. In step S301, the mobile device 110 is used to identify the personal identification information PI1 and the device via the network 170. The information DI1 is sent to the access control server 130. After the access control server 130 receives the personal identification information PI1 and the device identification information DI1, it will process the time of receiving the information, the personal identification information PI1 and the device identification information DI1 to generate the leave permission information L_inf, and leave the permission information L_inf sends back to the mobile device 110 via the network 170.

Then, when the mobile device 110 receives the leave permission information L_inf, it proceeds to step S302, where the person holding the mobile device 110 senses the access control module 120 with the leave permission information L_inf, so as to transmit the leave permission information L_inf to the access control. Within the control module 120. When the access control module 120 receives the exit permission information L_inf, it will send the exit permission information L_inf to the access control server 130 and the lens lock server 140 via the network 170, and send the exit permission information L_inf to the access control data The database 150 is used to record the history of personnel leaving the control area in the access control database 150.

When the lens lock server 140 receives the leave permission information L_inf, it processes the leave permission information L_inf to confirm whether the personal identification information PI1 and the device identification information DI1 therein are correct. When the lens lock server 140 confirms that the personal identification information PI1 and the device identification information DI1 are correct, it sends a lens unlock command UL_dir to the lens lock module 111 in the mobile device 110.

In step S303, the lens lock module 111 receives the lens unlock command UL_dir, and proceeds to step S304, where the lens lock module 111 unlocks the lenses 112 and 113 in the mobile device 110. After the lens locking module 111 unlocks the lenses 112 and 113, the lens locking module 111 transmits the unlocked status of the lenses 112 and 113 to the lens locking server 140 via the network 170 to record the unlocking history of the lenses 112 and 113. To the lens lock database 160. The entry permission information E_inf and the exit permission information L_inf are, for example, quick response codes or electromagnetic data, but the embodiment of the present invention is not limited thereto.

FIG. 4 is a schematic diagram of another lens control process of the security system in the embodiment of FIG. 1 of the present invention. 1 and 4, in this embodiment, the lens control process 400 includes an unlocking action 410 and a data transmission path 420. The unlocking action 410 represents the steps (such as S401, S402, S403) performed in the process of unlocking and unlocking the lenses 112 and 113 in this embodiment. The data transmission path 420 is used to indicate the transmission path of the data between the devices in the security system 100.

When the person with the mobile device 110 enters the control area, in step S401, the access control module 120 is executed with the access control card swiping action, thereby transmitting the entry request E_req to the access control module 120. When the access control module 120 receives the entry request E_req, it will send the personnel’s entry request E_req to the access control server 130 via the network 170, and send the entry request E_req to the access control database 150 via the network 170 for the personnel Record the history of entering the control area.

Then, the lens lock server 140 searches the access control database 150 to obtain the entry request E_req (that is, the time point when the person enters the control area) recorded in the access control database 150. Then, when confirming that the person enters the restricted area, the lens lock server 140 transmits the lens lock command L_dir to the lens lock module 111 in the mobile device 110 through the network 170, and receives the lens lock command L_dir from the lens lock module 111 (Step S402), proceed to Step S403 to lock the lenses 112 and 113 of the mobile device 110. After the lens locking module 111 completes the locking of the lenses 112 and 113, the lens locking module 111 transmits the locked state of the lenses 112 and 113 to the lens locking server 140 through the network 170 to lock the lenses 112 and 113 Recorded in the lens lock database 160.

It is worth mentioning that in the embodiment of the present invention, the access control server 130 can directly send the access request E_req to the lens lock server 140 via the network 170 (as shown by the dotted path in the data transmission path 420), to The lens lock server 140 is directly notified that the user has entered the restricted area, but the embodiment of the present invention is not limited to this.

On the other hand, when the person holding the mobile device 110 wants to leave the control area, it is also necessary to perform similar actions as when entering the control area. In step S401, the access control module 120 is swiped for access control to send the leave request L_req to Access control module 120. When the access control module 120 receives the leave request L_req, it will send the person's leave request L_req to the access control server 130 through the network 170, and send the leave request L_req to the access control database 150 through the network 170 to Record the history of personnel leaving the control area.

Then, the lens lock server 140 searches the access control database 150 to obtain the exit request L_req recorded in the access control database 150, and sends the lens unlock command UL_dir to the lens lock in the mobile device 110 via the network 170 The module 111, when the lens locking module 111 receives the lens unlock command UL_dir (step S402), it proceeds to step S403 to unlock the lenses 112 and 113 of the mobile device 110, so as to unlock the lenses 112 and 113 of the mobile device 110. Unlock it. And after the lens locking module 111 unlocks the lenses 112 and 113, the lens locking module 111 transmits the unlocked status of the lenses 112 and 113 to the lens locking server 140 through the network 170 to unlock the lenses 112 and 113. The history is recorded in the lens lock database 160.

It is worth mentioning that in the embodiment of the present invention, the access control server 130 can directly send the leave request L_req to the lens lock server 140 via the network 170 (as shown by the dotted line in the data transmission path 420). The present invention is not limited here.

FIG. 5 is a schematic diagram of another lens control process of the security system in the embodiment of FIG. 1 of the present invention. 1 and 5, in this embodiment, the lens control process 500 includes an unlocking action 510 and a data transmission path 520. The unlocking action 510 represents the steps (such as S501, S502, S503) performed in the process of unlocking and unlocking the lenses 112 and 113 in this embodiment. The data transmission path 520 represents the transmission path of data between devices in the security system 100. When the person holding the mobile device 110 wants to enter the restricted area, in step S501, the current location information P_inf of the mobile device 110 is obtained through the lens locking module 111, and the lens locking module 111 transmits the position information through the network 170 P_inf is sent to the lens lock server 140. After the lens lock server 140 receives the position information P_inf, it determines whether the current position of the mobile device 110 is within the control area according to the position information P_inf. When the location information P_inf indicates that the mobile device 110 is located in the control area, the lens lock server 140 will send the lens lock command L_dir to the lens lock module 111 in the mobile device 110 via the network 170, and in step S502, the lens is locked The module 111 receives the lens locking instruction L_dir to perform a locking action on the lenses 112 and 113 of the mobile device 110 (step S503). In addition, after the lens locking module 111 completes the locking of the lenses 112 and 113, the locking status of the lenses 112 and 113 will be sent to the lens locking server 140 via the network 170 to record the locking history of the lenses 112 and 113 to the lens locking system. Lock the database 160.

On the other hand, when the person holding the mobile device 110 wants to leave the control area, step S501 is also entered to obtain the position information P_inf of the mobile device 110 through the lens locking module 111, and the lens locking module 111 passes the position information P_inf through The network 170 is sent to the lens lock server 140. After the lens lock server 140 receives the position information P_inf, the lens lock server 140 determines whether the position of the mobile device 110 is outside the control area according to the position information P_inf, when the position information P_inf indicates that the mobile device 110 is outside the control area , The lens lock server 140 will send the lens unlock command UL_dir to the lens lock module 111, and the lens lock module 111 receives the lens unlock command UL_dir (step S502), and then proceeds to step S503 to perform operations on the lenses 112 and 113 of the mobile device 110. Unlock action. After the lens locking module 111 unlocks the lenses 112 and 113, the lens locking module 111 transmits the unlocked status of the lenses 112 and 113 to the lens locking server 140 via the network 170 to unlock the lenses 112 and 113. The history is recorded in the lens lock database 160.

Please refer to FIG. 6. FIG. 6 shows a flowchart of a security control method according to an embodiment of the present invention. In this embodiment, the security control method of the security system includes the following steps. In step S610, a lens locking module configured on the mobile device is provided, and at least one lens of the mobile device is locked and unlocked by the lens locking module. In step S620, an access control module disposed at the entrance and exit of the control area is provided, so as to control personnel entering and exiting the control area through the access control module. Then, in step S630, when the person holding the mobile device enters the restricted area, at least one lens of the mobile device will be locked through the lens locking module. And in step S640, after the person holding the mobile device leaves the control area, at least one lens of the mobile device is unlocked through the lens locking module.

To sum up, the security system and security control method of the present invention will control the people entering and exiting the area through the access control module arranged at the entrance and exit of the control area, and through the lens lock module arranged in the mobile device Group, perform the unlocking action on the camera of the mobile device, according to this, when the person holding the mobile device enters the control area, the camera of the mobile device is locked, and the person holding the mobile device can leave the control area. When in the area, unlock the lens of the mobile device it holds to effectively control the lens of the mobile device in and out of the restricted area.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention. Anyone with ordinary knowledge in the relevant technical field can make some changes and modifications without departing from the spirit and scope of the present invention. The scope of protection of the present invention shall be determined by the scope of the attached patent application.

100‧‧‧Security system 110‧‧‧Mobile device 111‧‧‧Lens lock module 112, 113‧‧‧Lens 120‧‧‧Access control module 130‧‧‧Access control server 140‧‧‧Lens lock Server 150‧‧‧Access control database 160‧‧‧Lens lock database 170‧‧‧Network 210, 310, 410, 510‧‧‧Add unlock action 220, 320, 420, 520‧‧‧Data transmission Path DI1‧‧‧Device identification information E_inf‧‧‧Access permission information E_req‧‧‧Access request L_dir‧‧‧Lens lock command L_inf‧‧‧Leave permission information L_req‧‧‧Leave request PI1‧‧‧Personal identification information P_inf‧ ‧‧Location information S201~S202, S301~S304, S401~S403, S501~S503

Fig. 1 shows a system schematic diagram of a security system according to an embodiment of the present invention. FIG. 2 is a schematic diagram of a lens control process of the security system in the embodiment of FIG. 1 of the present invention. FIG. 3 is a schematic diagram of another lens control process of the security system in the embodiment of FIG. 1 of the present invention. FIG. 4 is a schematic diagram of another lens control process of the security system in the embodiment of FIG. 1 of the present invention. FIG. 5 is a schematic diagram of another lens control process of the security system in the embodiment of FIG. 1 of the present invention. Fig. 6 shows a flowchart of a security control method according to an embodiment of the present invention.

100‧‧‧Safety System

110‧‧‧Mobile device

111‧‧‧Lens Locking Module

112、113‧‧‧Lens

120‧‧‧Access Control Module

130‧‧‧Access Control Server

140‧‧‧Lens Locking Server

150‧‧‧Access Control Database

160‧‧‧Lens lock database

170‧‧‧Internet

Claims (14)

A security system linked with a mobile device includes: a lens locking module configured on the mobile device to lock and unlock at least one lens of the mobile device; an access control module configured on a control area The entrance and exit are used to control personnel entering and exiting the control area; and a lens lock database is connected with the lens locking module to record the locking and unlocking history of the at least one lens of the mobile device, where, when the mobile device When entering the control area and the access control module detects an access control card swiping action, it sends an entry request to an access control database, locks the at least one lens of the mobile device through the lens locking module, and when the When the mobile device leaves the control area, the at least one lens of the mobile device is unlocked through the lens locking module, wherein, after the lens locking module locks the at least one lens of the mobile device, the lens locking module The time point when the at least one lens is locked is recorded in the lens lock database, and after the lens locking module unlocks the at least one lens of the mobile device, the time when the lens locking module unlocks the at least one lens The points are recorded in the lens lock database. For example, the security system described in item 1 of the scope of patent application, wherein the mobile device uses a person identification information and a device identification information to obtain an entry permission information from an access control server, when the access control module receives the entry permission information , The access control module sends the access permission information to a lens lock server, when the When the lens lock server receives the access permission information, the lens lock server sends a lens lock command to the lens lock module to lock the at least one lens of the mobile device. Such as the security system described in item 2 of the scope of patent application, wherein the mobile device uses the personal identification information and the device identification information to obtain an exit permission information from the access control server, when the access control module receives the exit permission information When the access control module sends the leave permission information to the lens lock server, when the lens lock server receives the leave permission information, the lens lock server sends a lens unlock command to the lens lock Module to unlock the at least one lens of the mobile device. Such as the security system described in item 1 of the scope of patent application, wherein the lens locking module obtains a position information of the mobile device, and transmits the position information to a lens locking server, when the position information indicates the mobile device When located in the control area, the lens locking server sends a lens locking command to the lens locking module to lock the at least one lens of the mobile device. For example, in the security system described in item 4 of the scope of patent application, when the location information indicates that the mobile device is outside the control area, the lens lock server sends a lens unlock command to the lens lock module to unlock the The at least one lens of the mobile device. In the security system described in item 1 of the scope of patent application, the lens lock database is connected to the lens lock module through a lens lock server. For example, the security system described in item 1 of the scope of patent application further includes an access control database, which is linked with the access control module to record the history of personnel entering the control area. For example, in the security system described in item 7 of the scope of patent application, the access control database is connected to the access control module through an access control server. A security control method linked with a mobile device includes: providing a lens locking module configured on the mobile device to lock and unlock at least one lens of the mobile device; and providing a lens at an entrance and exit of a control area An access control module for controlling personnel to enter and exit the control area; record the lock and unlock history of the at least one lens of the mobile device through a lens lock database; when the mobile device enters the control area, and the access control module When an access control card swiping action is detected, an entry request is sent to an access control database; the at least one lens of the mobile device is locked through the lens locking module; when the mobile device leaves the control area, and the access control module When the group detects the access control card swiping action, it sends a leave request to the access control database; and searches the access control database through the lens lock module, and obtains the leave recorded in the access control database After the request, the at least one lens of the mobile device is unlocked through the lens locking module, and after the lens locking module locks the at least one lens of the mobile device, the lens locking module locks the at least one lens Recorded in the mirror The head lock database, and after the lens lock module unlocks the at least one lens of the mobile device, the lens lock module records the time point when the at least one lens is unlocked in the lens lock database. For example, the security control method described in item 9 of the scope of patent application, wherein the step of locking the at least one lens of the mobile device through the lens locking module includes: the mobile device uses a person identification information and a device identification information to control an access control The server obtains an entry permission information; when the access control module receives the entry permission information, the access control module sends the entry permission information to a lens lock server; and when the lens lock server receives the entry permission information When entering the permission information, the lens locking server sends a lens locking command to the lens locking module to lock the at least one lens of the mobile device. For example, the security control method described in item 10 of the scope of patent application, wherein the step of unlocking the at least one lens of the mobile device through the lens locking module includes: the mobile device uses the personal identification information and the device identification information from the access control The control server obtains an exit permission information; when the access control module receives the exit permission information, the access control module sends the exit permission information to the lens lock server; and when the lens lock server receives When the leaving permission information, the lens lock server sends a lens unlock command to the lens lock module to unlock the at least one lens of the mobile device. For example, in the security control method described in claim 9, wherein the step of locking the at least one lens of the mobile device through the lens locking module includes: obtaining a position information of the mobile device through the lens locking module; The lens locking module sends the position information to a lens locking server; and when the position information indicates that the mobile device is within the control area, the lens locking server sends a lens locking command to the lens locking module Group to lock the at least one lens of the mobile device. For example, the security control method described in item 12 of the scope of patent application, wherein the step of unlocking the at least one lens of the mobile device through the lens locking module includes: obtaining the position information of the mobile device through the lens locking module; The lens locking module sends the position information to the lens locking server; and when the position information indicates that the mobile device is outside the control area, the lens locking server sends a lens unlock command to the lens locking module Group to unlock the at least one lens of the mobile device. For example, the security control method described in item 9 of the scope of patent application further includes: recording the history of personnel entering the control area through the access control database.

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