CN108616152A - A kind of mine lamp intelligent charge cabinet and its management system - Google Patents

Abstract

The invention relates to an intelligent charging cabinet for a miner's lamp, which includes several miner's lamp charging units, an iris identification terminal, a miner's lamp positioning card, a server, an industrial control touch screen, a transceiver board, a charging board and a liquid crystal sampling display screen. In addition, the invention also provides an intelligent charging cabinet management system for a miner's lamp. The miner's lamp intelligent charging cabinet and its management system of the present invention take miners, miner's lamps and personnel positioning management as the carrier, integrate charging management technology, iris recognition technology, underground personnel tracking and positioning management technology and information transmission technology, and realize the sending and receiving of miner's lamps. Unmanned management, intelligent management of miner's lamp charging, network management of miners entering the well, tracking and positioning management of underground personnel. The invention has reliable performance, stable system, accurate body check, real-time personnel statistics, real-time query, and online monitoring, and fully realizes an all-round computer network intelligent and information management mode in the whole process of coal mine lamps and personnel.

Description

A miner's lamp intelligent charging cabinet and its management system

technical field

The invention relates to a charging cabinet for mines, in particular to an intelligent charging cabinet for miner's lamps and its management system, in particular to a cabinet-type set of multiple charging cabinets that can not only safely charge miner's lamps, but also intelligently manage miner's lamp users. A miner's lamp intelligent charging cabinet and its management system for simultaneous charging of miner's lamps.

Background technique

At present, in the working process of underground personnel, miner's lamp is the basic production tool for miners in underground operations, and is closely related to the safe production of miners. For a long time, the management of miner's lamps has been based on the "one person, one lamp" of the registered underground personnel, and they are issued uniformly or locked for self-service with a license. The removal and return of lamps must be managed entirely by lamphouse workers. Therefore, there are many problems. For example, no matter whether each miner goes into the mine or not, the lighting room must be specially equipped with a miner's lamp, and the charging position is reserved, which takes up a lot of space. The miner's lamp and charging equipment cannot directly display the charging progress of the miner's lamp battery, resulting in The security of miner's lamp is poor and the utilization rate is low; there is a lack of necessary information records for distribution and return, and it is impossible to track the use and damage of miner's lamp; Adapt to the requirements of safe production and cost saving in coal mines.

Contents of the invention

In view of this, the object of the present invention is to provide an intelligent charging cabinet for miner's lamps, which aims to overcome the inability to track the miner's lamps and the lack of use records of the miner's lamps during the use of the original miner's lamps, and solve the defects that the miner's lamps cannot directly display the charging progress.

Another object of the present invention is to provide a miner's lamp intelligent charging cabinet management system, which aims to overcome the inability to transmit information between multiple miner's lamps and multiple miner's lamp charging cabinets, so that the management efficiency of miner's lamps has always been low level of defects.

In order to achieve the above-mentioned purpose of the invention, the technical scheme that takes is as follows:

A miner's lamp intelligent charging cabinet includes several miner's lamp charging units, and the miner's lamp intelligent charging cabinet also includes:

An iris recognition terminal to verify the identity information of the person going down the well;

A miner's lamp positioning card, which records the position, time and/or action track of the personnel who go down the mine;

A server, communicates with the iris recognition terminal and the miner's lamp positioning card, receives the identity information sent by the iris recognition terminal and performs identification processing, and simultaneously receives the monitoring location, time and action track of the miner's lamp positioning card sent by the miner's lamp , and send the matching identity information together with the information sent by the miner's lamp positioning card to the industrial control touch screen, and monitor the information and status of all miner's lamp charging units;

An industrial control touch screen, including the attendance management module and display module of the personnel who go into the well, and communicate with the transceiver board, receive and display in real time the matched identity information sent by the server, the location, time and action track of the personnel who go down the well to determine the attendance and receive and Display the information and status of all miner's lamp charging units in real time, and send the matched identity information to the transceiver board;

A transceiver board, communicates with the liquid crystal sampling display screen, receives the matched identity information sent by the industrial control touch screen, and sends the identity information to the liquid crystal sampling display screen;

A charging board, which communicates with the liquid crystal sampling display screen, and sends the information and status of the miner’s lamp in the miner’s lamp charging unit to the liquid crystal sampling display screen for display;

A liquid crystal sampling display screen with a built-in sampling board to display the information and status of the miner's lamp in the miner's lamp charging unit, and receive the matched identity information sent by the transceiver board and control the opening of the electronic lock of the miner's lamp charging unit that matches the identity information .

Preferably, the industrial control touch screen further includes a command control module, which receives external control commands and sends the external control commands from the industrial control touch screen to the liquid crystal sampling display screen, thereby controlling the opening of the electronic lock of the miner's lamp charging unit.

More preferably, the iris recognition terminal is set on the miner's lamp intelligent charging cabinet, and communicates with the industrial control touch screen through a USB interface, and at the same time, the industrial control touch screen communicates bidirectionally with the server through Ethernet.

More preferably, the miner's lamp positioning card is built in the miner's lamp and communicates with the server.

More preferably, both the industrial control touch screen and the transceiver board are built in the intelligent charging cabinet of the miner's lamp, and the industrial control touch screen communicates with the transceiver board through Ethernet.

More preferably, the charging board is installed inside each miner's lamp charging unit, and communicates with the liquid crystal sampling display screen through the IO interface.

More preferably, each of the miner's lamp charging units includes a liquid crystal sampling display, and the liquid crystal sampling display performs two-way communication with the transceiver board through the RS485 interface, and at the same time, the charging board provides work for its liquid crystal sampling display. power supply.

More preferably, the time of monitoring the personnel going down the shaft is specifically monitoring the time of entering the well and the time of going down the shaft; monitoring and displaying the information and status of the miner's lamp charging unit is specifically monitoring and displaying the identity information of the person going down the shaft, the voltage information of the miner's lamp and the miner's lamp charging status and access status.

More preferably, the miner's lamp intelligent charging cabinet also includes a power supply module to provide working power for the iris recognition terminal, industrial touch screen, transceiver board, charging board, and liquid crystal sampling display.

The present invention also provides a miner's lamp intelligent charging cabinet management system, including several miner's lamp intelligent charging cabinets and a system server, the system server monitors and displays the working status of several miner's lamp intelligent charging cabinets in real time, and controls each miner's lamp intelligent charging cabinet The electronic lock in the miner's lamp charging unit in the battery is unlocked.

Beneficial effects of the present invention: the present invention uses the iris recognition terminal to identify the identity information of the personnel going down the mine, which has a high recognition accuracy and is not easy to be misidentified; the miner's lamp positioning card is used to record the position, time and action track of the person going down the mine, so as to judge the person going down the mine The underground working status of the personnel; the present invention adopts the server to identify and process the identity information, and receives the position information, time information and action track sent by the miner's lamp positioning card, and combines the identified personnel information and the information sent by the miner's lamp positioning card Send to the industrial control touch screen; the industrial control touch screen can not only send the identified identity information to the LCD sampling display screen through the transceiver board, but the LCD sampling display screen finally controls the opening of the electronic lock of the miner's lamp charging unit that matches the identity information, and realizes going down the well The one-to-one correspondence between personnel and miner's lamps, and by combining the location information, time information and action tracks of underground personnel to complete the attendance function for underground personnel, and the industrial control touch screen also has the above-mentioned identity information, location information, time information and action tracks The function of real-time display; the present invention can use the transceiver board to send the identified personnel information to the liquid crystal sampling display screen; the liquid crystal sampling display screen can not only intuitively display the information and status of the corresponding miner's lamp charging unit, but also control and The electronic lock of the miner's lamp charging unit whose identity information matches is opened, which effectively improves the safety and convenience of the miner's lamp; The signal of whether charging is used to judge the information and status of the miner's lamp in each miner's lamp charging unit; at the same time, the information and status of the miner's lamp will also be sent to the transceiver board through the LCD sampling display screen and then sent to the industrial control touch screen and server. Therefore, the server can The information and status of all miner's lamp charging units are monitored, and the industrial control touch screen can display the information and status of all miner's lamp charging units. Therefore, the present invention realizes information management and orderly management of miner's lamps.

Description of drawings

The accompanying drawings constituting a part of this application are used to provide further understanding of the present invention, and the schematic embodiments and descriptions of the present invention are used to explain the present invention, and do not constitute an improper limitation of the present invention. In the attached picture:

Fig. 1 is a structural block diagram of a miner's lamp intelligent charging cabinet of the present invention;

Fig. 2 is a physical structure schematic diagram of a miner's lamp intelligent charging cabinet of the present invention;

Fig. 3 is a structural block diagram of a miner's lamp intelligent charging cabinet management system according to the present invention.

Detailed ways

It should be noted that, in the case of no conflict, the embodiments in the present application and the features in the embodiments can be combined with each other. The present invention will be described in detail below with reference to the accompanying drawings and examples.

In order to enable those skilled in the art to better understand the solution of the present application, the technical solution in the embodiment of the application will be clearly and completely described below in conjunction with the accompanying drawings in the embodiment of the application. Obviously, the described embodiment is only It is an embodiment of a part of the application, but not all of the embodiments. Based on the embodiments in this application, all other embodiments obtained by persons of ordinary skill in the art without creative efforts shall fall within the scope of protection of this application.

As shown in Figure 1-2, a miner's lamp intelligent charging cabinet A includes several miner's lamp charging units 1, and the miner's lamp intelligent charging cabinet A also includes: an iris recognition terminal 2, a miner's lamp positioning card 3, a server 4, and an industrial control touch screen 5. Transceiver board 6, charging board 7, liquid crystal sampling display screen 8.

The iris recognition terminal 2 is set on one side of the miner's lamp intelligent charging cabinet A, and is used to verify the identity information of the person going down the mine. The iris recognition terminal is used to identify the identity information of the person going down the mine. The recognition accuracy is high and it is not easy to be misidentified. For example, verify the eyes or other parts of the person who went down the well. In addition, the iris recognition terminal 2 can also be arranged outside the smart charging cabinet A for the miner's lamp.

The miner's lamp positioning card 3 is built in the miner's lamp, and is used to record the position, time and/or action track of the personnel who go down the well, so as to judge the underground working status of the personnel who go down the well.

The server 4 communicates with the iris identification terminal 2 and the miner's lamp positioning card 3, receives the identity information sent by the iris identification terminal 2 and performs identification processing, and simultaneously receives the position of the monitoring personnel who go down the mine sent by the miner's lamp positioning card 3, Time and action trajectory, and send the identified matching identity information together with the information sent by the miner's lamp positioning card 3 to the industrial control touch screen 5, and monitor the information and status of all miner's lamp charging units 1. Among them, the iris recognition terminal 2 first transmits the identity information of the verified personnel to the industrial control touch screen 5 through the USB interface, and then transmits it to the server 4 for identification and verification through the Ethernet; the server 4 monitors the information and status of all miner's lamp charging units 1 , which means that the server 4 can monitor the access status of the miner's lamp in the miner's lamp charging unit 1 or the charging status of hanging and placing, and the identity information of the person who goes down the mine to which each miner's lamp belongs and the voltage information of the miner's lamp. The signal sent by the charging board whether the miner's lamp is charging is finally collected to the server 4, so the server 4 has the function of information and status of all miner's lamp charging units 1 .

The industrial control touch screen 5 is built in the interior of the miner's lamp intelligent charging cabinet A to perform two-way communication with the server 4 through Ethernet. At the same time, the industrial control touch screen 5 also includes an attendance management module 10 and a display module 11 for the personnel who go down the mine, and communicates with the transceiver board 6 For communication, the industrial control touch screen 5 receives and displays in real time the matched identity information sent by the server 4, the location, time and action track of the personnel who go down the well to determine attendance and receive and display in real time the information and status of all miner's lamp charging units 1, and will The matching identity information is sent to the transceiver board 6 . Since the industrial control touch screen 5 has a display module 11, it can intuitively display identity information, location information, time information and action track in real time. The time information involved here includes the time of going down the well and the time of coming out of the well. In this embodiment, the industrial control touch screen 5 can not only send the identified identity information to the liquid crystal sampling display screen 8 through the transceiver board 6, but the liquid crystal sampling display screen 8 finally controls the electronics of the miner's lamp charging unit 1 that matches the identity information. When the lock is opened, the one-to-one correspondence between the underground personnel and the miner's lamp is realized, and the attendance function of the underground personnel is completed by combining the location information, time information and action track of the underground personnel. Here, the attendance management module 10 presets the attendance of the underground personnel. information to complete the personnel attendance function.

In addition, the industrial control touch screen 5 also includes a command control module 12, which is used to receive an external control command, and send the external control command from the industrial control touch screen 5 to the liquid crystal sampling display screen 8, and then control the charging unit 1 of the miner's lamp. The electronic lock is opened for maintenance or temporary opening or other special occasions. Because the fetching or charging of the miner's lamp will also send the signal of whether the miner's lamp is charged to the industrial control touch screen 5 through the charging board, therefore, the industrial control touch screen 5 also has the information and status functions of all miner's lamp charging units 1 .

The transceiver board 6 is built in the body A of the miner's lamp intelligent charging cabinet. On the one hand, it communicates with the industrial control touch screen 5 through Ethernet, and on the other hand, it also communicates with the liquid crystal sampling display screen 8. The transceiver board 6 receives the The matched identity information sent by the industrial control touch screen 5 is sent to the liquid crystal sampling display 8; wherein, the liquid crystal sampling display 8 communicates bidirectionally with the transceiver board 6 through the RS485 interface.

Charging board 7 is installed in the inside of each miner's lamp charging unit 1, and communicates with the liquid crystal sampling display screen 8 through the IO interface. Sampling display screen 8 is displayed.

The information and status of the miner's lamp in each miner's lamp charging unit is judged according to whether the miner's lamp is charged. Therefore, the charging board 7 can be used to provide a signal of whether the miner's lamp is charged to the liquid crystal sampling display screen 8, so as to judge whether the miner's lamp in each miner's lamp charging unit information and status. In addition, the charging board 7 can also supply power to the liquid crystal sampling display screen 8 . In this embodiment, the charging board 7 automatically controls the constant current charging of the miner's lamp, prevents overcharging and overdischarging, and protects the lithium battery in real time.

Liquid crystal sampling display screen 8 has several, and its quantity is consistent with the quantity of miner's lamp charging unit 1, and this liquid crystal sampling display screen 8 is installed on the top of miner's lamp charging unit 1, real-time display miner's lamp charging status, miner's lamp taking and hanging cabinet, Personnel information. The liquid crystal sampling display screen 8 has a built-in sampling board 9, which is used to display the information and status of the miner's lamp in the miner's lamp charging unit 1 by collecting the signal whether the miner's lamp provided by the charging board 7 is charged, and receives the matched signal sent by the transceiver board 6. Identity information and control the opening of the electronic lock of the miner's lamp charging unit 1 that matches the identity information.

In this embodiment, the miner's lamp intelligent charging cabinet A also includes a power module 13 to provide working power for the iris recognition terminal 2 , industrial touch screen 5 , transceiver board 6 , charging board 7 , and liquid crystal sampling display screen 8 . The miner's lamp intelligent charging cabinet A has a total of front and rear sides and the same layout. There are 5 floors and 7 columns in the front. There are 35 miner's lamp charging units 1 and 3 power modules 13 in total. , middle and lower positions, the upper power module 13 supplies power to the upper 1-2 floors, the middle power module 13 supplies power to the middle 3 floors, and the lower power module 13 supplies power to the lower 4-5 floors.

As shown in Figure 3, a miner's lamp intelligent charging cabinet management system includes several miner's lamp intelligent charging cabinets A and a system server B. The system server B monitors and displays the working status of several miner's lamp intelligent charging cabinets A in real time, and controls each The electronic lock in the miner's lamp charging unit 1 in the miner's lamp smart charging cabinet A is opened.

work process:

The miner verifies on the iris recognition terminal → after passing the verification, the server automatically records the personnel information → the industrial control touch screen displays the personnel information and sends it to the LCD sampling display → the LCD sampling display controls the electronic lock in the miner's lamp charging unit to automatically open → the miner takes out the miner's lamp →Industrial control touch screen automatically records miner’s lamp removal time and miner’s lamp working status information→The miner comes out of the mine and has a tracking and positioning track record, and signs out on the iris machine for attendance→After passing the verification, the server automatically records the miner’s time in the mine, underground working time and other information→ After the industrial control touch screen displays the miner’s underground work information, confirm the attendance → after the attendance is completed, the LCD sampling display controls the electronic lock in the charging unit of the miner’s lamp to automatically open again, hang up the miner’s lamp, and close the cabinet door → = automatically charge and monitor the miner’s lamp.

In order to make the miner's lamp intelligent charging cabinet management system and the miner's lamp intelligent charging cabinet of the present invention have more performance, for this reason, the miner's lamp intelligent charging cabinet of the present invention also reserves other communication interfaces on the basis of the above-mentioned embodiments. other test devices. For example, in order to ensure the personal safety of underground personnel, an alcohol test device, an alarm device and a portable instrument can be installed on the charging cabinet; a self-rescuer can also be placed in each miner's lamp charging unit of the charging cabinet to facilitate the work of underground personnel.

In addition, as a further improvement to the above embodiments, some optimizations can be made in the aspect of controlling the opening of the electronic lock by the liquid crystal sampling display screen. There are two types of electronic lock structures, one is to open directly after verification, and the other is to open through an IC card after verification.

If the IC card is used to open the cabinet door, some time control can be done in the lamp taking program and the lamp returning program. For example, the lamp removal procedure: the charging cabinet door is opened, and the miner’s lamp and self-rescuer can be taken out within 10 minutes of the specified time. After closing the cabinet door, there is a delay of 10 minutes, and the door can be opened again. After 10 minutes, the cabinet door cannot be opened. At this time, the door of the cabinet can only be opened after completing the lamp return procedure. If it is really necessary to open the cabinet door, it must be opened by the administrator.

Light return procedure: open the charging cabinet door, you can hang the lamp within 10 minutes of the specified time, after closing the cabinet door, you can delay for 10 minutes, if the cabinet door cannot be opened after 10 minutes, if it is really necessary to open the door, the administrator will open the door.

In the miner's lamp intelligent charging cabinet, the alarm function of the miner's lamp without charging for a long time is set to prevent the occurrence of the situation of not going to work and continuing to check on work attendance. For example, absentees take the miner's lamp in their own hands, instead of putting it in the charging cabinet, charge it by themselves, and take it to the mine through others to complete attendance attendance.

All the specified times mentioned above can be adjusted, which are only illustrated here as examples.

The miner's lamp intelligent charging cabinet and its management system are based on the management of miners, miner's lamps, and personnel positioning, integrating charging management technology, iris recognition technology, coal mine underground personnel tracking and positioning management technology and information transmission technology, and realize unmanned transmission and reception of miner's lamps. Intelligent management of miner's lamp charging, computer network management of miners' entry into the well, and tracking and positioning management of underground personnel. The invention has reliable performance, stable system, accurate body check, real-time personnel statistics, real-time query, and online monitoring, and fully realizes an all-round computer network intelligent and information management mode in the whole process of coal mine lamps and personnel.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. For those skilled in the art, the present invention may have various modifications and changes. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention shall be included within the protection scope of the present invention.

Claims (10)

1. A miner's lamp intelligent charging cabinet, comprising several miner's lamp charging units, characterized in that, the miner's lamp intelligent charging cabinet also includes: An iris recognition terminal to verify the identity information of the person going down the well; A miner's lamp positioning card, which records the position, time and/or action track of the personnel who go down the mine; A server, communicates with the iris recognition terminal and the miner's lamp positioning card, receives the identity information sent by the iris recognition terminal and performs identification processing, and simultaneously receives the monitoring location, time and action track of the miner's lamp positioning card sent by the miner's lamp , and send the matching identity information together with the information sent by the miner's lamp positioning card to the industrial control touch screen, and monitor the information and status of all miner's lamp charging units; An industrial control touch screen, including the attendance management module and display module of the personnel who go into the well, and communicate with the transceiver board, receive and display in real time the matched identity information sent by the server, the location, time and action track of the personnel who go down the well to determine the attendance and receive and Display the information and status of all miner's lamp charging units in real time, and send the matched identity information to the transceiver board; A transceiver board, communicates with the liquid crystal sampling display screen, receives the matched identity information sent by the industrial control touch screen, and sends the identity information to the liquid crystal sampling display screen; A charging board, which communicates with the liquid crystal sampling display screen, and sends the information and status of the miner’s lamp in the miner’s lamp charging unit to the liquid crystal sampling display screen for display; A liquid crystal sampling display screen with a built-in sampling board to display the information and status of the miner's lamp in the miner's lamp charging unit, and receive the matched identity information sent by the transceiver board and control the opening of the electronic lock of the miner's lamp charging unit that matches the identity information . 2. A miner's lamp intelligent charging cabinet according to claim 1, wherein the industrial control touch screen further includes a command control module, which receives external control commands and sends the external control commands from the industrial control touch screen to the The above liquid crystal sampling display screen, and then control the opening of the electronic lock of the miner's lamp charging unit. 3. A miner's lamp intelligent charging cabinet according to claim 1 or 2, wherein the iris recognition terminal is set on the miner's lamp intelligent charging cabinet, and communicates with the industrial control touch screen through a USB interface, and at the same time The industrial control touch screen communicates bidirectionally with the server through Ethernet. 4. The miner's lamp intelligent charging cabinet according to claim 1 or 2, wherein the miner's lamp positioning card is built in the miner's lamp and communicates with the server. 5. A miner's lamp intelligent charging cabinet according to claim 1 or 2, characterized in that, the industrial control touch screen and the transceiver board are built in the interior of the miner's lamp intelligent charging cabinet, and the industrial control touch screen communicates with the The transceiver board performs two-way communication. 6. A kind of miner's lamp intelligent charging cabinet according to claim 1 or 2, characterized in that, the charging board is installed in the inside of each miner's lamp charging unit, and communicates with the liquid crystal sampling display screen through the IO interface. 7. A miner's lamp intelligent charging cabinet according to claim 1 or 2, wherein each miner's lamp charging unit includes a liquid crystal sampling display screen, and the liquid crystal sampling display screen communicates with the transceiver via an RS485 interface The board performs two-way communication, and at the same time, the charging board provides working power for its liquid crystal sampling display screen. 8. A miner's lamp intelligent charging cabinet according to claim 7, characterized in that the time of monitoring the personnel going down the mine is specifically monitoring the time of entering the well and the time of going down the mine; monitoring and displaying the information and status of the miner's lamp charging unit In order to monitor and display the identity information of the personnel who go down the mine, the voltage information of the miner's lamp, and the charging status and access status of the miner's lamp. 9. A miner's lamp intelligent charging cabinet according to claim 8, characterized in that, the miner's lamp intelligent charging cabinet also includes a power supply module for the iris recognition terminal, industrial touch screen, transceiver board, charging board, liquid crystal sampling The display provides working power. 10. A miner's lamp intelligent charging cabinet management system, characterized in that it includes several miner's lamp intelligent charging cabinets and a system server, the system server monitors and displays the working status of several miner's lamp intelligent charging cabinets in real time, and controls the intelligent charging of each miner's lamp The electronic lock in the miner's lamp charging unit in the cabinet is unlocked.