阅读说明：本技术 一种移动式低功耗虹膜识别智能控制方法及安全箱装置 (Mobile low-power-consumption iris recognition intelligent control method and safety box device ) 是由 程治国 陆欣慰 于 2020-12-31 设计创作，主要内容包括：一种移动式低功耗虹膜识别智能控制方法及安全箱装置涉及电子领域。移动式虹膜识别安全箱,包括手提箱主体,手提箱主体上设有虹膜识别系统,虹膜识别系统包括虹膜采集单元、主处理控制单元,虹膜采集单元连接主处理控制单元,主处理控制单元控制连接手提箱主体上的电子锁。本专利在手提箱主体上设置了虹膜识别系统。不仅可以实现看一眼开箱功能,速度快,还可以随身携带,室内室外都可使用,环境适应性强,既方便又安全。也就是说手提箱主体和虹膜识别系统是相辅相成,具有相互促进作用的,整体技术效果大于单个技术效果之和。(A mobile low-power iris recognition intelligent control method and a safety box device relate to the electronic field. Portable iris discernment safety box, including the suitcase main part, be equipped with iris identification system in the suitcase main part, iris identification system includes iris acquisition unit, main processing control unit, and main processing control unit is connected to iris acquisition unit, and the electronic lock on the suitcase main part is connected in main processing control unit control. This patent has set up iris identification system on the suitcase main part. The box opening function can be realized at a glance, the speed is high, the box opening device can be carried about, the box opening device can be used indoors and outdoors, the environmental suitability is strong, and the box opening device is convenient and safe. That is to say, the suitcase main body and the iris recognition system supplement each other and have mutual promotion effect, and the whole technical effect is greater than the sum of single technical effects.)

1. The movable iris identification safety box comprises a suitcase main body and is characterized in that an iris identification system is arranged on the suitcase main body and comprises an iris acquisition unit and a main processing control unit, the iris acquisition unit is connected with the main processing control unit, and the main processing control unit is connected with an electronic lock on the suitcase main body in a control mode.

2. The mobile iris identification safety box of claim 1, wherein the main body of the suitcase is further provided with a first sensor, the first sensor is at least one of a vibration sensor, a shake sensor and an acceleration sensor, the first sensor is connected with the main processing control unit, the main processing control unit is connected with an alarm system, the main processing control unit detects whether the safety box body abnormally moves through the first sensor, and when the safety box body abnormally moves, the main processing control unit gives an alarm through the alarm system.

3. The mobile iris identification safety box of claim 2, wherein the main body of the suitcase is further provided with a second sensor, the second sensor is at least one of a pressure sensitive switch, a light sensitive switch and a magnetic control switch, the second sensor is connected with the main processing control unit, the main processing control unit detects whether the upper and lower cases are closed or not through the second sensor, and the main processing control unit gives an alarm to the outside through the alarm system when the upper and lower cases are detected to be not closed for a long time or not normally opened.

4. The mobile iris identification security box of claim 3, wherein the main body of the suitcase is further provided with a third sensor, the third sensor is at least one of a pressure sensitive switch, a light sensitive switch and a magnetic control switch, the second sensor is connected with the main processing control unit, the main processing control unit detects whether the protective cover is closed through the second sensor, and when the protective cover is detected not to be closed for a long time, the main processing control unit gives an alarm to the outside through the alarm system.

5. The mobile iris recognition safe box of claim 1, 2, 3 or 4, wherein the suitcase body comprises an upper box body, a lower box body, and an electronic lock positioned at the junction of the upper box body and the lower box body, the upper box body is partially recessed downwards to form a supporting platform, the iris acquisition unit is fixed on the supporting platform, a camera of the iris acquisition unit faces upwards, and the upper box body is provided with a protective cover which can be opened and closed and can shield the supporting platform.

6. The mobile iris identification safety box according to claim 5, characterized in that the iris identification system comprises a control panel, the control panel is provided with a first through groove, a second through groove, a speaker hole, a control button and a charging interface, the iris acquisition unit and the main processing control unit are both positioned below the control panel, the iris acquisition unit is provided with two cameras, the two cameras extend into the first through groove from the lower part of the control panel, the maximum length of the first through groove is not less than 30cm, the main processing control unit is connected with a display screen, the display screen is embedded into the second through groove from the lower part of the control panel, the display surface of the display screen faces upwards, the alarm system comprises a speaker, the speaker is positioned below the speaker hole, the main processing control unit is connected with the control button, the main processing control unit is connected with the charging interface, and the main processing control unit is further connected with a storage battery.

7. The mobile iris identification security box of claim 6, wherein the control panel is provided with one support leg at each of four corners thereof, and the control panel is connected and fixed to the support platform by the support legs.

8. The mobile iris identification safety box according to claim 7, wherein the supporting platform is provided with a window which penetrates through the supporting platform from top to bottom, the iris identification system further comprises a groove-shaped lower shell with an upward opening, the iris acquisition unit, the main processing control unit and the loudspeaker are positioned in the lower shell, the lower shell is connected with the control panel, and the control panel seals the upper opening of the lower shell.

9. The mobile iris identification security box of claim 7, wherein the support platform is provided with a groove which is downwardly concave, the notch of the groove is upwardly directed, the iris collecting unit, the main processing control unit and the speaker are positioned in the groove, and the control panel seals the notch of the groove, so that a lower housing is not additionally provided.

10. The mobile low-power-consumption iris identification intelligent control method is characterized in that an iris identification system is arranged on a suitcase main body and comprises an iris acquisition unit and a main processing control unit, the iris acquisition unit is connected with the main processing control unit, the main processing control unit controls an electronic lock connected with the suitcase main body, and the electronic lock is opened by the suitcase main body after unpacking verification based on iris identification is completed.

Technical Field

The invention relates to the field of electronics, in particular to iris recognition.

Background

With the improvement of living standard of people, articles needing to be carried with the person are more and more valuable, sometimes confidential documents or confidential data and the like needing to be carried are also available, in order to transport the articles safely, people often store and carry the articles by using a portable safety box, the common safety box of the type is a safety box or a password safety box unlocked by using a mechanical key, although the former does not need a power supply, has stable and durable performance, but needs to carry a key with the person, is not convenient enough, and has the risk of losing the key; the password of the password-changing device is easy to forget in the using process, and the password-changing device is easy to peep by people in normal use, so that potential safety hazards exist. The market urgently needs a portable safety box convenient to use, safe and efficient, and intelligent and reliable.

Disclosure of Invention

The invention aims to provide a movable iris identification safety box to solve the problems.

The invention also aims to provide a mobile low-power-consumption iris recognition intelligent control method.

The technical problem solved by the invention can be realized by adopting the following technical scheme:

the movable iris identification safety box comprises a suitcase main body and is characterized in that an iris identification system is arranged on the suitcase main body and comprises an iris acquisition unit and a main processing control unit, the iris acquisition unit is connected with the main processing control unit, and the main processing control unit is connected with an electronic lock on the suitcase main body in a control mode.

The innovation point of the patent is that 1, the iris recognition system is applied to a movable object. In the prior art, the iris recognition technology is applied to an immovable object, and is greatly different from the movable iris recognition safety box designed by the invention. 2. This patent has set up iris identification system on the suitcase main part. The box opening function can be realized at a glance, the speed is high, the box opening device can be carried about, the box opening device can be used indoors and outdoors, the environmental suitability is strong, and the box opening device is convenient and safe. That is to say, the suitcase main body and the iris recognition system supplement each other and have mutual promotion effect, and the whole technical effect is greater than the sum of single technical effects.

The suitcase main body comprises an upper case body, a lower case body and an electronic lock positioned at the junction of the upper case body and the lower case body, wherein the upper case body is partially sunken downwards to form a supporting platform, the iris acquisition unit is fixed on the supporting platform, a camera of the iris acquisition unit faces upwards, a protective cover capable of being opened and closed is arranged on the upper case body, and the protective cover can shield the supporting platform. Thereby having double functions of protection and concealment to the iris recognition system.

The suitcase main body is also provided with a first sensor, the first sensor is at least one of a vibration sensor, a shaking sensor and an acceleration sensor, the first sensor is connected with a main processing control unit, and the main processing control unit is connected with an alarm system. The main processing control unit detects whether the safety box body moves abnormally or not through the first sensor, and when the main processing control unit detects that the safety box body moves abnormally, the main processing control unit gives an alarm to the outside through the alarm system. The suitcase main body is also provided with a second sensor which is at least one of a pressure sensitive switch, a photosensitive switch and a magnetic control switch, and the second sensor is connected with the main processing control unit. The main processing control unit detects whether the upper box body and the lower box body are closed or not through the second sensor, and when the upper box body and the lower box body are detected not to be closed for a long time or not to be opened abnormally, the main processing control unit gives an alarm to the outside through the alarm system. The suitcase main body is also provided with a third sensor, the third sensor is at least one of a pressure sensitive switch, a photosensitive switch and a magnetic control switch, and the second sensor is connected with the main processing control unit. The main processing control unit detects whether the protective cover is closed or not through the second sensor, and when the protective cover is detected not to be closed for a long time, the main processing control unit gives an alarm to the outside through the alarm system.

The iris identification system comprises a control panel, the last first logical groove that opens of control panel, the second leads to the groove, the speaker hole, the control button, the interface charges, iris acquisition unit, main processing control unit all is located control panel's below, iris acquisition unit is equipped with two cameras, two cameras stretch into first logical inslot from control panel's below, the maximum length that first leads to the groove is not less than 30cm, main processing control unit connects the display screen, the below embedding second through groove of display screen self-control panel, and the display surface of display screen is upwards, alarm system includes the speaker, the speaker is located the below in speaker hole, main processing control unit connection control button, main processing control unit connects the interface that charges, main processing control unit still connects the battery. This patent has optimized the position of each part to it is compacter to make the overall arrangement, and is littleer to the occupation of the space of last box. Four corners of the control panel are respectively provided with a supporting leg, and the control panel is connected and fixed on the supporting platform through the supporting legs. Can open the windowing that runs through from top to bottom on the supporting platform, iris identification system still includes the lower casing that is the slot-like of opening up, and iris acquisition unit, main processing control unit, speaker are located the inferior valve internally, and lower casing connection control panel, control panel will be sealed down the upper shed of casing. Therefore, all the parts are sealed in a complete and relatively independent shell, and the integral disassembly and assembly are convenient. Also can be equipped with the recess of undercut on the supporting platform, the recess notch is up, and iris acquisition unit, main processing control unit, speaker are located the recess, and control panel seals the notch of recess to do not establish the casing down in addition.

The mobile low-power-consumption iris identification intelligent control method is characterized in that an iris identification system is arranged on a suitcase main body and comprises an iris acquisition unit and a main processing control unit, the iris acquisition unit is connected with the main processing control unit, the main processing control unit controls an electronic lock connected with the suitcase main body, and the electronic lock is opened by the suitcase main body after unpacking verification based on iris identification is completed.

Drawings

FIG. 1 is a schematic structural diagram of a mobile iris recognition safety box;

fig. 2 is an exploded view of a partial structure of an iris recognition system;

FIG. 3 is a diagram of an interface displayed by the display upon administrator registration;

FIG. 4 is a diagram of an interface displayed by the display for registering a typical unpacking person;

fig. 5 is an interface diagram displayed by the display when the iris recognition box is opened.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific drawings.

Referring to fig. 1 and 2, the mobile iris recognition safe box comprises a suitcase main body, wherein an iris recognition system is arranged on the suitcase main body, the iris recognition system comprises an iris acquisition unit 4 and a main processing control unit 10, the iris acquisition unit is connected with the main processing control unit 10, and the main processing control unit 10 controls an electronic lock connected with the suitcase main body. The innovation point of the patent is that 1, the iris recognition system is applied to a movable object. The patent 'non-contact biological identification safe box' (application number: 2015105456072) applies the iris identification technology to the safe box, and the safe box is an immovable object. The iris recognition technology is applied to the door lock of various iris door locks such as a visual door control, a safety door lock and a safety door with the iris recognition function (application number: 2014105211441), a two-way and multi-way iris acquisition intelligent door lock (application number: 2015108376313), a two-way and multi-way iris acquisition intelligent cat eye door lock (application number: 2015108376328), an iris detection-based intelligent door lock system (application number: 2020103505709), an iris recognition device and a recognition method (application number: 2019112245356) and the like, and the iris door locks and the iris recognition device and the iris recognition method belong to immovable objects as safe cases and are greatly different from the movable iris recognition safety case designed by the invention. 2. This patent has set up iris identification system on the suitcase main part. The box opening function can be realized at a glance, the speed is high, the box opening device can be carried about, the box opening device can be used indoors and outdoors, the environmental suitability is strong, and the box opening device is convenient and safe. That is to say, the suitcase main body and the iris recognition system supplement each other and have mutual promotion effect, and the whole technical effect is greater than the sum of single technical effects.

The suitcase main part includes box 1, lower box 2, is located the electronic lock of box 1 and 2 juncture down, goes up 1 part undercut of box, forms supporting platform, and iris acquisition unit fixes on supporting platform, and iris acquisition unit's camera up is equipped with the visor 3 that can open and shut on going up box 1, and visor 3 can shield supporting platform. Thereby having double functions of protection and concealment to the iris recognition system.

The suitcase main body is further provided with a first sensor, the first sensor is at least one of a vibration sensor, a shake sensor and an acceleration sensor, the first sensor is connected with the main processing control unit 10, and the main processing control unit 10 is connected with an alarm system. The main processing control unit 10 detects whether the safety box body moves abnormally through the first sensor 11, and when the main processing control unit 10 detects that the safety box body moves abnormally, the main processing control unit gives an alarm to the outside through an alarm system. The suitcase main body is also provided with a second sensor which is at least one of a pressure sensitive switch, a photosensitive switch and a magnetic control switch, and the second sensor is connected with the main processing control unit 10. The main processing control unit 10 detects whether the upper box 1 and the lower box 2 are closed or not through the second sensor, and when the upper box 1 and the lower box 2 are detected not to be closed for a long time or not to be opened abnormally, the main processing control unit 10 gives an alarm to the outside through an alarm system. The suitcase main body is also provided with a third sensor which is at least one of a pressure sensitive switch, a photosensitive switch and a magnetic control switch, and the second sensor is connected with the main processing control unit 10. The main processing control unit 10 detects whether the protective cover 3 is closed through the second sensor, and when the main processing control unit 10 detects that the protective cover 3 is not closed for a long time, the main processing control unit alarms outside through an alarm system.

The iris identification system comprises a control panel, a first through groove is formed in the control panel, a second through groove, a loudspeaker 5 hole, a control key, a charging hole 9 used for fixing a charging interface is further formed in the control panel, an iris acquisition unit 4 is located below the control panel, the iris acquisition unit 4 is provided with two cameras, the two cameras extend into the first through groove from the lower portion of the control panel, the maximum length of the first through groove is not smaller than 30cm, the main processing control unit is connected with a display screen 6, the display screen 6 is embedded into the second through groove from the lower portion of the control panel, the display surface of the display screen 6 faces upwards, the alarm system comprises the loudspeaker 5, the loudspeaker 5 is located below the loudspeaker hole, the main processing control unit is connected with the control key, the main processing control unit is connected with the charging interface, and the main processing control unit is further connected with a storage battery 13. This patent has optimized the position of each part to make the overall arrangement compacter, it is littleer to the occupation of the space of last box 1. Four corners of the control panel are respectively provided with a supporting leg, and the control panel is connected and fixed on the supporting platform through the supporting legs. Can open the windowing that runs through from top to bottom on the supporting platform, iris identification system still includes the lower casing that is the slot-like of opening up, and iris acquisition unit 4, main processing control unit, speaker are located the inferior valve internally, and lower casing connection control panel, control panel will be the upper shed of casing sealed down. Therefore, all the parts are sealed in a complete and relatively independent shell, and the integral disassembly and assembly are convenient. Also be equipped with the recess of undercut on the supporting platform, the recess notch is up, and iris acquisition unit 4, main processing control unit, speaker are located the recess, and control panel seals the notch of recess to do not establish the casing down in addition.

The battery 13 may be located within the lower housing or within the recess, or may be located outside the lower housing or the recess. When the battery 13 is positioned in the lower case or the recess, the battery 13 is positioned at the lowermost portion of the lower case or the recess. Preferably, the circuit board of the main processing control unit is L-shaped, the control keys are fixed on the short edge of the circuit board, and the display screen is fixed on the long edge of the circuit board. Thereby making the connection more secure and the system more stable. The iris acquisition unit 4 is positioned at the gap of the circuit board. The lower shell or the bottom of the groove is provided with a first strip-shaped bulge protruding upwards, the lower surface of the circuit board of the main processing control unit is provided with a second strip-shaped bulge protruding downwards, and the storage battery 13 is clamped between the first strip-shaped bulge and the second strip-shaped bulge. Preferably, the first strip-shaped protrusion and the second strip-shaped protrusion are not opposite. The area of the cross section of the second strip-shaped protrusion from top to bottom is gradually increased. The second strip-shaped bulge is an insulating bulge, the first strip-shaped bulge is preferably a heat-conducting bulge, the first strip-shaped bulge can penetrate through the bottom of the lower shell or the groove, the lower end of the first strip-shaped bulge extends out of the bottom of the lower shell or the groove, and the lower end face of the first strip-shaped bulge can be flush with the lower end face of the bottom of the lower shell or the groove. When the storage battery 13 is external, preferably, the storage battery 13 is located in the protective cover 3, and the storage battery 13 is connected with the main processing control unit through a power line. Placing the accumulator 13 on the protective cover 3 has the following advantages: 1. the storage battery 13 has short service life relative to other components, and the external arrangement mode is favorable for replacing the storage battery 13; 2. the storage battery 13 has a certain temperature when in use, and the external arrangement mode is favorable for heat dissipation of the storage battery 13; 3. the storage battery 13 on the protective cover 3 can conveniently provide electric energy for other equipment; 4. the thickness and the quality of the protective cover 3 can be increased, and the protective effect of the protective cover 3 is further improved; 5. the opened and closed protective cover 3 can increase the air flow and air smoothness at the storage battery 13, and is beneficial to improving the heat dissipation effect of the storage battery 13; 6. the external storage battery 13 can avoid the temperature to be transmitted into the box body, and avoid the objects which are not temperature-resistant in the box body to be heated and deformed or deteriorated. At this time, the protection cover 3 is preferably a protection cover that is turned over to be opened and closed, and the power cord passes through the rotation shaft between the protection cover and the upper case 1 and extends into the lower case or the groove. Preferably, a switch is provided on the power supply line. Therefore, the power supply condition of the storage battery 13 is controlled through the switch, and the whole power supply is cut off under the condition of nonuse or nonsecurity, so that the energy consumption is reduced. The switch can be linked with the switch of the protective cover, the storage battery 13 provides electric energy when the protective cover is opened, and the storage battery 13 cuts off the power supply when the protective cover is buckled. The switch can also replace a third sensor, the main processing control unit is not connected with the switch, but the power supply condition of the main processing control unit is used as the judgment basis of the opening and closing state of the protective cover.

The first sensor is preferably located in the recess or lower housing, and is further preferably fixed to the main process control unit. Thereby facilitating installation. And a data interface 12 is arranged on the side wall of the groove or the side wall of the lower shell, and the data interface 12 is connected with the main processing control unit. The second sensor and the third sensor are connected with the data interface 12. Also included in the data interface 12 is a data upload interface for exporting data externally. The user can utilize data upload interface to derive the data of record in the main processing control unit, especially the opener who of safety box main part, opening time when, how long opened, these relate to the data of the problem that the safety box used to trace back, and the main processing control unit can be equipped with first memory, is used for specially storing this type of data. The main processing control unit may be further provided with a second memory for exclusively storing iris data. The second memory may be shared with the first memory. The main processing control unit can also be provided with a wireless communication module, and the wireless communication module is used for uploading the data. When the wireless communication module is arranged, the main processing control unit can store the iris data on the server instead of storing the iris data, and the comparison and verification of the data are completed through the wireless communication module, so that the identity authentication is completed. In this case, the main processing control unit may upload the detected data to the server in real time without providing the first memory, and the server may store and process the data in a unified manner. Thereby further simplifying the structure.

The iris acquisition unit 4 further comprises a base plate, a sliding groove is formed in the base plate, two cameras are arranged, one camera is fixed to one end of the base plate, the other camera is fixed to the support, and the support can slide in the sliding groove. Thereby can utilize the slip of support, drive that camera of fixing on the support and remove, adjust the interval between two cameras, and then suit with the people of different interpupillary distances. The iris acquisition unit 4 further comprises a motor for driving the support to slide in the sliding groove, and the main processing control unit is connected with the motor. The main processing control unit controls the support to slide in a back-and-forth scanning mode through the motor, the camera fixed on the support can pass through the front of eyes twice in the iris recognition process, and can shoot the change of the positions of the eyeballs when the eyes move along with the camera, and the change of the positions of the eyeballs is used as one of parameters for judging whether unlocking is performed or not. On the one hand, this patent discerns iris information twice, and it is more accurate to judge, and on the other hand, this patent is except discerning iris information, still discerns eyeball's change information, and eyeball's change information is difficult to make a fake, can further improve the degree of accuracy of information. And the support is also fixedly provided with an LED lamp bead. When the motor-driven support moves, the LED lamp beads are lighted to attract the attention of eyes, so that the eyeballs move along with the movement of the LED lamp beads. The LED lamp beads are covered with the light-diffusing plate, so that light emitted by the LED lamp beads is prevented from causing light damage to eyes. The top of base plate shines there is the printing opacity cover, and camera, spout, LED lamp pearl all are located the below of printing opacity cover. An infrared lighting assembly is arranged on the inner side wall of the light-transmitting cover and used for providing auxiliary light. The light transmissive cover is preferably made of an infrared filtering material. To reduce interference of natural light.

The mobile low-power-consumption iris identification intelligent control method is characterized in that an iris identification system is arranged on a suitcase main body and comprises an iris acquisition unit 4 and a main processing control unit, the iris acquisition unit is connected with the main processing control unit, the main processing control unit controls an electronic lock connected with the suitcase main body, and the suitcase main body opens the electronic lock after unpacking verification based on iris identification is completed.

The specific process is as follows:

1. iris registration of administrator or general unpacking person

(1) The protective cover of the safety box is in a closed state at ordinary times, the system is in a standby dormant state, and the system is in a low-power consumption and electricity-saving mode at the moment;

(2) when someone wants to open the safety box, the protective cover is opened firstly, at the moment, the system is automatically awakened, and the display screen is lightened;

(3) when the iris recognition box is used for the first time, a manager needs to be registered first, otherwise, the box cannot be opened through iris recognition. When registering an administrator, clicking a registration button on a touch screen, inputting an account number of the administrator, and starting an iris registration process;

(4) in the iris registration process, an infrared lamp is lightened, an image acquisition picture is displayed on a display screen, a runway-shaped eye guide frame appears in the center to prompt an administrator to watch a screen, a face picture of the administrator can be seen in the screen, the eyes are aligned to the runway-shaped guide frame, distance prompts of red, green and blue colors appear at the periphery of the guide frame to prompt the administrator that the eyes are close to or far away from the display screen, the system can evaluate the image acquisition quality and the acquisition distance in the moving process and simultaneously display the acquisition progress until the acquisition is completed, the registration can be prompted to be successful by voice, and the whole process is completed within 1-2 seconds, as shown in FIG. 3;

(5) after clicking the 'confirm registration' button, the administrator account and the iris information are stored in the system, and all administrator registration processes are completed;

(6) then the administrator can perform functions of general unpacking personnel iris registration, system setting and the like on the safety box, and can also perform iris identification unpacking operation;

(7) the iris registration of general unpacking personnel can be carried out only by entering a management mode after the iris recognition of a manager is successful, in the management mode, a user registration button is clicked, a user account is input, the iris registration process is started, the rest processes are the same as (4), the iris registration process of the general unpacking personnel is completed, as shown in figure 4, and then the unpacking personnel can carry out the iris recognition unpacking operation.

2. Iris identification unpacking box

(1) The protective cover of the safety box is in a closed state at ordinary times, the system is in a standby dormant state, and the system is in a low-power consumption and electricity-saving mode at the moment;

(2) when someone wants to open the safety box, the protective cover is opened firstly, at the moment, the system is automatically awakened, and the display screen is lightened;

(3) clicking a function button on the touch screen or pressing a function key on the touch key board to start iris recognition, wherein a person opening the box watches the display screen to see a face picture of the person, aligning eyes to a runway-type guide frame on the display screen, and displaying a red distance prompt around the guide frame to prompt the person opening the box that the eyes are close to; distance prompt with green color appears around the guide frame to prompt the person opening the box that the distance between eyes is moderate; a blue distance prompt appears around the guide frame to prompt the person who opens the box that the eyes are too far away. If the three colors of prompts do not exist, the eyes of the person are not found in the picture, as shown in figure 5.

3. Defense deployment alarm

(1) Whether the defense deployment alarm function is started or not can be set by an administrator, and if the defense deployment alarm function is started, the motion sensitivity of the box body can be set according to the requirement, and the defense deployment alarm function is divided into low sensitivity and high sensitivity. The defense deployment sensor 7 can detect the intensity of the motion of the box body in real time and judge whether the box body is abnormally moved according to the set sensitivity; once abnormal movement is detected, starting voice alarm, maintaining for 1-2 minutes, recording navigation position, recording and storing alarm record and position information, and simultaneously uploading to a bound mobile phone through wireless mobile communication signals, wherein the stored record can be exported, analyzed, traced and checked by a manager through a USB flash disk;

(2) the safe box can be accessed to an Internet of things big data platform, the longitude and latitude coordinate position and the like which are allowed to be used by the safe box can be set in the platform, the position information of the safe box, the box opening record and other data are uploaded through wireless mobile communication signals at regular time, and the motion trail tracking and visual display analysis are carried out on the safe box at any time, so that whether a legal user performs box opening operation in a specified authorized position range is judged, and a certain supervision and management effect is achieved;

(3) the distance allowed to be separated between the safety box and the binding mobile phone can be set, once the safety box is detected to be separated from the binding mobile phone, the safety box immediately alarms, the binding mobile phone also reminds a user, and the safety box is prevented from being lost or stolen;

(4) after user information and a safety box are bound through a mobile phone/pad application or a browser, information such as opening records and abnormal movement at each time can be timely transmitted to a mobile phone end through a low-power-consumption wireless mobile communication mode to remind a user.

The foregoing shows and describes the general principles and broad features of the present invention and advantages thereof. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are described in the specification and illustrated only to illustrate the principle of the present invention, but that various changes and modifications may be made therein without departing from the spirit and scope of the present invention, which fall within the scope of the invention as claimed. The scope of the invention is defined by the appended claims and equivalents thereof.