阅读说明：本技术 一种物联智能***柜设备及其工作方法 (Internet of things intelligent seal cabinet equipment and working method thereof ) 是由 朱杰 郭鑫 胡家望 孔德伟 魏峰 于 2020-07-20 设计创作，主要内容包括：本发明公开了一种物联智能印章柜设备及其工作方法,所述设备包括框架,在框架上设有控制单元、无线充电单元、智能锁单元和印章管控装置存储单元。控制单元置于框架的底板上,通过六角铜柱和底板连接；无线充电单元包括无线充电安装板、六角铜柱、弹簧、无线充电发射端、无线充电发射端壳。无线充电单元置于框架的背板上,通过螺丝和背板连接；智能锁单元包括电子锁安装板、电子锁。智能锁单元置于框架的背板上,通过螺丝和背板连接；印宝存储单元置于框架的抽屉槽中,通过滑道和框架连接；本发明可以集中存储、管理多个印章管控装置、从源头把印章管理人员从印章日常管理中解放出来,达到以极少的管理人员即可管控庞大数量的印章管控装置。(The invention discloses an Internet of things intelligent seal cabinet device and a working method thereof. The control unit is arranged on a bottom plate of the frame and is connected with the bottom plate through a hexagonal copper column; the wireless unit that charges includes wireless mounting panel, hexagonal copper post, spring, the wireless transmitting terminal that charges, the wireless transmitting terminal shell that charges. The wireless charging unit is arranged on the back plate of the frame and is connected with the back plate through screws; the intelligent lock unit comprises an electronic lock mounting plate and an electronic lock. The intelligent lock unit is arranged on the back plate of the frame and is connected with the back plate through screws; the stamp pad storage unit is arranged in a drawer groove of the frame and is connected with the frame through a slide way; the invention can store and manage a plurality of seal management and control devices in a centralized manner, and release seal management personnel from seal daily management from the source, thereby achieving the purpose of managing and controlling a large number of seal management and control devices by few management personnel.)

1. The intelligent Internet of things stamp cabinet equipment is characterized by comprising a frame (1), wherein a wireless charging unit (2), an intelligent lock unit (3), a control unit (4) and N stamp management and control device storage units (5) are arranged on the frame (1);

the seal control device storage unit (5) is electrically connected with the wireless charging unit (2), the seal control device storage unit (5) is used for placing a seal control device, and a seal is arranged in the seal control device;

the wireless charging unit (2) is used for charging the stamp management and control device;

the control unit (4) is connected with and controls the wireless charging unit (2) and the intelligent lock unit (3).

2. The intelligent internet of things stamp cabinet equipment according to claim 1, wherein the frame (1) is a cuboid frame and comprises a back plate, a bottom plate and N drawer grooves matched with the stamp management and control device storage unit (5);

the wireless charging unit (2) and the intelligent lock unit (3) are both arranged on the back plate of the frame,

the control unit (4) is arranged on the bottom plate of the frame;

the seal management and control device storage unit (5) is arranged in the drawer groove.

3. The intelligent seal cabinet equipment of the internet of things according to claim 2, wherein the control unit (4) comprises a main control board and a 12V switch power supply, and the main control board and the 12V switch power supply are both fixed on the bottom board of the frame;

The main control board is used for connecting and controlling the intelligent lock unit (3) and the wireless charging unit (2).

4. The intelligent seal cabinet equipment of the internet of things according to claim 3, wherein the wireless charging unit (2) comprises a wireless charging mounting plate, a wireless charging transmitting terminal and a wireless charging transmitting terminal shell;

the wireless charging transmitting terminal is fixed on the wireless charging mounting plate through a wireless charging transmitting terminal shell;

the wireless charging mounting plate is arranged on the back plate of the frame.

5. The intelligent seal cabinet equipment of the internet of things as claimed in claim 4, wherein the intelligent lock unit (3) comprises an electronic lock mounting plate and an electronic lock; the electronic lock mounting plate is arranged on the back plate of the frame, and the electronic lock is arranged on the electronic lock mounting plate.

6. The intelligent internet of things stamp cabinet equipment according to claim 5, wherein the stamp management and control device storage unit (5) comprises a drawer, a lock catch and a slide way, and the stamp management and control device storage unit (5) is movably connected with the frame through the slide way; the slide sets up on the drawer, and the drawer sets up in the drawer groove of frame, the hasp sets up on the drawer, and the hasp is used for catching on the electronic lock.

7. The intelligent internet of things stamp cabinet apparatus according to claim 6, wherein the intelligent lock unit (3) is connected with a stamp management and control device storage unit (5).

8. The intelligent internet of things stamp cabinet device according to claim 7, further comprising a main control cabinet, wherein the main control cabinet is provided with a two-dimensional code scanner and a control screen, and the two-dimensional code scanner and the control screen are connected with and controlled by the main control board;

the page of the seal taking process can be displayed on the control screen, and the seal taking process page comprises a seal taking page and a seal returning page.

9. A working method of an intelligent seal cabinet device of an internet of things is characterized by comprising the following steps:

step 1, submitting a seal application in an informatization system by a seal worker, and obtaining a seal taking two-dimensional code and a seal taking verification code at a mobile terminal or a computer terminal by the seal worker after approval;

step 2, using a printer to perform a seal taking operation: the seal taking two-dimensional code is placed at the front end of a two-dimensional code scanner of a main control cabinet by a seal worker, the two-dimensional code scanner automatically analyzes the seal taking two-dimensional code and verifies the seal taking two-dimensional code to obtain the position of a storage unit (5) of a seal control device where the seal control device is located, a drawer is automatically opened, and the drawer is closed after the seal control device is taken out by the seal worker;

Step 3, after a seal person takes out the seal control device and closes the drawer, the control unit (4) controls the wireless charging unit (2) to detect whether the seal control device is taken out and whether the drawer is closed, and if the seal control device is taken out and the drawer is closed, the completion of a seal taking process and the circulation of pages displayed on the control screen to a seal returning page are displayed on the control screen of the main control cabinet;

if the wireless charging unit (2) detects that the seal control device is not taken out, the drawer can automatically flick for X times even if the drawer is closed, the page displayed on the screen is controlled to stay on the seal taking page, and the page cannot be switched until a seal person takes out the seal control device;

step 4, after the seal management and control device is used, a seal return application is submitted in the information system by a seal operator, and a seal return operation is carried out according to a seal return two-dimensional code and a seal return verification code which are automatically generated by the system: the seal returning two-dimensional code is placed at the front end of a two-dimensional code scanner of the main control cabinet by a seal person, the two-dimensional code scanner automatically analyzes the seal returning two-dimensional code and verifies the seal returning two-dimensional code to obtain the position of a storage unit of the seal control device where the seal control device is located, the drawer is automatically opened, the seal is placed back to the drawer by the seal person, and then the drawer is closed;

Step 5, when the seal management and control device is returned by a seal person, the control unit (4) controls the wireless charging unit (2) to detect whether the seal is returned into the seal management and control device storage unit (5) or not and whether the drawer is closed or not, and if the seal is returned into the seal management and control device storage unit (5) and the drawer is closed, the seal returning process is displayed on a control screen of the main control cabinet to be completed;

if the wireless charging unit (2) detects that the seal management and control device is not placed in the seal management and control device storage unit (5), even if the drawer is forcibly closed, the drawer can be automatically opened, the control screen still stays on the seal returning page, and the page cannot be switched until a seal user correctly returns the seal management and control device;

if the seal control device is returned and the drawer is not closed, the control screen is always on the seal returning page, the page cannot be switched, and the seal returning success cannot be displayed until the drawer is correctly closed.

10. The working method of the internet of things intelligent seal cabinet equipment according to claim 9, wherein in the step 1, when a seal-taking two-dimensional code and a seal-taking verification code are obtained at the mobile terminal or the computer terminal by a seal-using person, whether the seal control device is in use or not and how many application persons are in line in front of the seal control device are displayed at the mobile terminal or the computer terminal;

In the step 2 and the step 4, the user can also open the drawer on the control screen of the main control cabinet according to the seal taking verification code and the seal returning verification code.

Technical Field

The invention relates to an intelligent seal cabinet device for an internet of things and a working method thereof.

Background

No matter the current seal management and control device is in the seal manager hand. Moreover, many enterprises commonly have a plurality of stamp management and control devices at the same time. When so many seals management and control device exist in seal management center simultaneously, seal managers will give these seals management and control device, withdraw, daily management work such as storage, charge, just need have a large amount of seal managers, otherwise will appear that seal management and control device uses management problems such as confusion and inefficiency, so many seals managers can bring huge personnel cost for the enterprise, these seals management and control device also will be a risk point in the management moreover.

Disclosure of Invention

In order to overcome the defects in the prior art, the method disclosed by the invention discloses an Internet of things intelligent seal cabinet device and a working method thereof, which can be used for storing and managing a plurality of seal management and control devices in a centralized manner, releasing seal management personnel from seal daily management from the source and achieving the purpose of managing and controlling a large number of seal management and control devices by using few management personnel.

The technical scheme is as follows: in order to solve the technical problem, the invention provides an internet-of-things intelligent seal cabinet device which comprises a frame (1), wherein a wireless charging unit (2), an intelligent lock unit (3), a control unit (4) and N seal management and control device storage units (5) are arranged on the frame (1);

The seal control device storage unit (5) is electrically connected with the wireless charging unit (2), the seal control device storage unit (5) is used for placing the seal control device, and the wireless charging unit (2) is used for charging the seal control device;

the seal management and control device is used for installing a seal, the seal can be stamped after the device is unlocked after the authority is acquired, and the device is automatically locked after the seal is changed. The existing stamp management and control devices in the market are stamp devices M4310, M4330, M4350, M4370 and M4390.

A seal control device is arranged in the seal control device storage unit (5);

the control unit (4) is connected with and controls the wireless charging unit (2) and the intelligent lock unit (3).

The frame (1) is a cuboid frame and comprises a back plate, a bottom plate and N drawer grooves matched with the seal management and control device storage unit (5);

the wireless charging unit (2) and the intelligent lock unit (3) are both arranged on the back plate of the frame,

the control unit (4) is arranged on the bottom plate of the frame;

the seal management and control device storage unit (5) is arranged in the drawer groove.

The control unit (4) comprises a main control board of an STM32 and a 12V switching power supply, and the main control board and the 12V switching power supply are both fixed on a bottom plate of the framework; the main control board is fixed on the bottom plate through the hexagonal copper columns, and the 12V switching power supply is fixed on the bottom plate through screws.

The main control board is used for connecting and controlling the intelligent lock unit (3) and the wireless charging unit (2).

The wireless charging unit (2) comprises a wireless charging mounting plate, a hexagonal copper column, a spring, a wireless charging transmitting end and a wireless charging transmitting end shell;

the wireless charging transmitting terminal is fixed on the wireless charging mounting plate through a wireless charging transmitting terminal shell;

the wireless charging mounting panel sets up on the backplate of frame, the hexagonal copper post sets up on the wireless mounting panel that charges, the spring sets up on the hexagonal copper post, wireless charging transmitting terminal sets up on wireless charging transmitting terminal shell, wireless charging transmitting terminal shell sets up on the hexagonal copper post, and wireless charging transmitting terminal shell passes through the hexagonal copper post to be fixed on the wireless mounting panel that charges.

The intelligent lock unit (3) comprises an electronic lock mounting plate and an electronic lock; the electronic lock mounting plate is arranged on the back plate of the frame, and the electronic lock is arranged on the electronic lock mounting plate.

The seal control device storage unit (5) comprises a drawer, a lock catch and a slide way, and the seal control device storage unit (5) is movably connected with the frame through the slide way; the slide way is arranged on the drawer, the drawer is arranged in a drawer groove of the frame, the lock catch is arranged on the drawer, and the lock catch is used for hooking the electronic lock;

The seal management and control device storage unit (5) further comprises a decoration panel, a light transmission strip and a seal management and control device seat, the light transmission strip is used for transmitting LED light, the panel is arranged on the drawer, the light transmission strip is arranged on the drawer, the seal management and control device seat is used for placing a seal management and control device, and the seal management and control device seat is arranged in the drawer.

The intelligent lock unit (3) is connected with the seal management and control device storage unit (5).

The equipment further comprises a main control cabinet, and a two-dimensional code scanner and a control screen are arranged on the main control cabinet. The two-dimensional code scanner and the control screen are connected with and controlled by the main control board;

the page of the seal taking process can be displayed on the control screen, and the seal taking process page comprises a seal taking page and a seal returning page.

The invention also provides a working method of the intelligent seal cabinet equipment for the Internet of things, which comprises the following steps:

step 1, submitting a seal application in an informatization system by a seal worker, and obtaining a seal taking two-dimensional code and a seal taking verification code at a mobile terminal or a computer terminal by the seal worker after approval;

step 2, using a printer to perform a seal taking operation: the seal taking two-dimensional code is placed at the front end of a two-dimensional code scanner of a main control cabinet by a seal worker, the two-dimensional code scanner automatically analyzes the seal taking two-dimensional code and verifies the seal taking two-dimensional code to obtain the position of a storage unit (5) of a seal control device where the seal control device is located, a drawer is automatically opened, and the drawer is closed after the seal control device is taken out by the seal worker;

Step 3, after a seal management and control device is taken out by a seal person and a drawer is closed, a control unit (4) controls a wireless charging unit (2) to detect whether the seal management and control device is taken out (through detecting whether the seal management and control device is charged or not, if not, the seal management and control device is taken out) and whether the drawer is closed or not, if the seal management and control device is taken out and the drawer is closed, the completion of a seal taking process is displayed on a control screen of a main control cabinet, and a page displayed on the control screen is transferred to a seal returning page;

if the wireless charging unit (2) detects that the seal management and control device is not taken out, the drawer can automatically flick for X times (generally, the value of X is 3) even if the drawer is closed, the page displayed on the screen is controlled to stay on the seal taking page, and the page cannot be switched until a seal person takes out the seal management and control device;

step 4, after the seal management and control device is used, a seal return application is submitted in the information system by a seal operator, and a seal return operation is carried out according to a seal return two-dimensional code and a seal return verification code which are automatically generated by the system: the seal returning two-dimensional code is placed at the front end of a two-dimensional code scanner of the main control cabinet by a seal person, the two-dimensional code scanner automatically analyzes the seal returning two-dimensional code and verifies the seal returning two-dimensional code to obtain the position of a storage unit of the seal control device where the seal control device is located, the drawer is automatically opened, the seal is placed back to the drawer by the seal person, and then the drawer is closed;

Step 5, when the seal management and control device is returned by a seal person, the control unit (4) controls the wireless charging unit (2) to detect whether the seal is returned into the seal management and control device storage unit (5) or not and whether the drawer is closed or not, and if the seal is returned into the seal management and control device storage unit (5) and the drawer is closed, the seal returning process is displayed on a control screen of the main control cabinet to be completed;

if the wireless charging unit (2) detects that the seal management and control device is not placed in the seal management and control device storage unit (5), even if the drawer is forcibly closed, the drawer can be automatically opened, the control screen still stays on the seal returning page, and the page cannot be switched until a seal user correctly returns the seal management and control device;

if the seal control device is returned and the drawer is not closed, the control screen is always on the seal returning page, the page cannot be switched, and the seal returning success cannot be displayed until the drawer is correctly closed.

In the step 1, when a seal-taking two-dimensional code and a seal-taking verification code are obtained at the mobile terminal or the computer terminal by a seal operator, whether the seal control device is in use or not and how many other application personnel are in line at the front can be displayed at the mobile terminal or the computer terminal at the same time.

In the step 2 and the step 4, the user can also open the drawer on the control screen of the main control cabinet according to the seal taking verification code and the seal returning verification code. Has the advantages that: the intelligent seal cabinet equipment of the Internet of things can store and manage a plurality of seal control devices in a centralized manner. Seal managers are released from seal daily management from the source, and the seal management and control device capable of managing and controlling a large number of seals by few managers is achieved. In the whole seal using process, seal management personnel can finish the whole seal using process by self without participation and seal using personnel. And the seal cabinet can automatically and wirelessly charge the device stored in the seal cabinet. Seal managers can remotely monitor the real-time states of all seal management and control devices in the whole seal cabinet, and if an abnormal seal cabinet exists, alarms can be actively triggered to remind the seal managers through an informatization system.

Drawings

The foregoing and other advantages of the invention will become more apparent from the following detailed description of the invention when taken in conjunction with the accompanying drawings.

FIG. 1 is a schematic diagram of the apparatus of the present invention.

Fig. 2 is a schematic structural diagram of a wireless charging unit.

Detailed Description

The invention is further explained below with reference to the drawings and the embodiments.

As shown in fig. 1 and 2, the components of the drawings are numbered as follows:

a frame 1; a wireless charging unit 2; an intelligent lock unit 3; a control unit 4; a stamp management and control device storage unit 5;

a wireless charging transmitting terminal 2-1; a wireless charging transmitting end shell 2-2; 2-3 of a spring; wireless mounting panel that charges 2-4: 2-5 parts of hexagonal copper cylinder;

the invention discloses an Internet of things intelligent seal cabinet device, which comprises a framework, wherein a control unit, a wireless charging unit, an intelligent lock unit and N (the value is 9 in the embodiment) seal control device storage units are arranged on the framework. The control unit comprises a main control board and a 12V switching power supply, and is arranged on the bottom plate of the frame and connected with the bottom plate through a hexagonal copper column; the wireless unit that charges includes wireless mounting panel, hexagonal copper post, spring, the wireless transmitting terminal that charges, the wireless transmitting terminal shell that charges. The wireless charging unit is arranged on the back plate of the frame and is connected with the back plate through screws; the intelligent lock unit comprises an electronic lock mounting plate and an electronic lock. The intelligent lock unit is arranged on the back plate of the frame and is connected with the back plate through screws; the seal management and control device storage unit comprises a drawer, a panel, a light transmission strip, a seal management and control device seat, a lock catch and a slide way. The seal management and control device storage unit is arranged in a drawer groove of the frame and connected with the frame through a slide way.

In the invention, the control unit comprises a main control board and a 12V switching power supply, and the control unit is arranged on a bottom board of the frame. The main control board is fixed on the bottom plate through the hexagonal copper column, and the 12V switching power supply is fixed on the bottom plate through screws.

In the invention, the wireless charging unit comprises a wireless charging mounting plate, a hexagonal copper cylinder, a spring, a wireless charging transmitting terminal and a wireless charging transmitting terminal shell. The wireless mounting panel that charges is arranged in on the backplate of frame, the hexagonal copper post is arranged in on the wireless mounting panel that charges, the spring is arranged in on the hexagonal copper post, wireless charging transmitting terminal is arranged in on the wireless transmitting terminal shell that charges, wireless charging transmitting terminal shell is arranged in on the hexagonal copper post.

In the invention, the intelligent lock unit comprises an electronic lock mounting plate and an electronic lock. The electronic lock mounting plate is arranged on the back plate of the frame, and the electronic lock is arranged on the electronic lock mounting plate.

In the invention, the seal management and control device storage unit comprises a drawer, a panel, a light transmission strip, a seal management and control device seat, a lock catch and a slide way. The seal management and control device storage unit is arranged in a drawer groove of the frame and connected with the frame through a slide way. The seal management and control device comprises a slide, a lock catch, a panel, a light-transmitting strip and a seal management and control device, wherein the slide is arranged on a drawer, the lock catch is arranged on the drawer, the panel is arranged on the drawer, the light-transmitting strip is arranged on the drawer, and the seal management and control device is arranged on the drawer.

In the invention, after the matter of use seal applied by the seal person in the information system is approved, the mobile terminal or the computer terminal can obtain the seal taking two-dimensional code and the seal taking verification code, and simultaneously display information such as whether the seal is in use, how many application persons are in line in front, and the like. The seal taking operation can be carried out by the two-dimensional code or the verification code after the seal using personnel go to the seal management center. And placing the two-dimensional code generated in the system at the front end of the two-dimensional code scanner, automatically analyzing the two-dimensional code by the equipment and verifying the two-dimensional code, acquiring a seal management and control device storage unit 5 where the seal management and control device is located, and automatically opening the drawer. The user can also open the drawer on the control screen according to the verification code generated in the system. The seal management and control device can return the seal according to the two-dimensional code that returns that the system automatically generated after using and identifying code, the action of returning the seal is the same with the action of getting the seal. And closing the drawer after the seal is returned, and finishing the printing process. The whole seal taking, seal using and seal returning are all carried out under the network camera, and management and control can be remotely carried out in real time by managers.

In the invention, after a seal person takes out the seal control device and closes the drawer, the wireless charging unit detects whether the seal control device is taken out and the drawer is closed, the system is correctly operated to display that the seal taking process is completed and the system flow is transferred to a seal returning page. If the wireless charging unit detects that the seal management and control device is not taken out, the drawer can also automatically flick for 3 times even if closed, the control screen still stays on the page of taking the seal, the page cannot be switched, the seal management and control device can be taken out until a seal person is used, and the next operation such as seal returning can be carried out.

When the seal management and control device is returned by a seal person, the wireless charging unit detects whether the seal management and control device is returned to the storage unit of the seal management and control device or not and whether the drawer is closed or not, and the seal returning flow is displayed and completed by the correct operating system. If the wireless charging unit detects that the seal management and control device is not put in, the drawer cannot be closed, even if the device is forcibly closed, the drawer can be automatically opened, the control screen still stays on the seal returning page, and the page cannot be switched until a seal user correctly returns the seal management and control device. If the seal is returned and the cabinet door is not closed, the control screen is always in the seal return page and the page is not switched. The next operation cannot be performed until the drawer is properly closed.

The invention provides an intelligent seal cabinet device of an internet of things and a working method thereof, and a plurality of methods and ways for realizing the technical scheme are provided, the above description is only a preferred embodiment of the invention, and it should be noted that, for a person skilled in the art, a plurality of improvements and decorations can be made without departing from the principle of the invention, and the improvements and decorations should also be regarded as the protection scope of the invention. All the components not specified in the present embodiment can be realized by the prior art.