CN204204052U - Colliery downhole equipment point detection system - Google Patents

Abstract

The utility model discloses a kind of colliery downhole equipment point detection system, comprise point inspection equipments U6, database server U1, application server U2, client U3, coal industry field looped network U4, downhole wireless switch U5, on-the-spot designation card U7, utility U9 and background processing module U10, point inspection equipments U6 and on-the-spot designation card U7 for detecting the situation of colliery downhole equipment, and is connected with downhole wireless switch U5 by wireless signal; Downhole wireless switch U5 is connected with client U3 by coal industry field looped network U4, and client U3 is by application server U2 and database server U1.The utility model can by spot check to facility information directly send server to, be convenient to the situation that people understand equipment in time, take the countermeasure of being correlated with in time; Meanwhile, can realize, to underground equipment management, spot check project management, distributed diagnosis, spot check work inquiry, possessing spot check report statistics and output simultaneously.

Description

Coal Mine Underground Equipment Inspection System

technical field

The utility model relates to a point inspection system for coal mine underground equipment, which belongs to the technical field of coal mine underground equipment point inspection system.

Background technique

At present, the detection of underground coal mine equipment is generally carried out in the traditional way of point inspection management, specifically: first use the point inspection instrument to inspect the equipment in the coal mine underground, and after the inspection of all equipment is completed, bring it to the mine Finally, export the detection data stored in the point inspection instrument to the server, and finally complete the detection of the entire equipment by processing and analyzing these detection data. This method is unreliable for the point inspection of some important equipment in the coal mine And lag, is not conducive to people to take relevant measures in a timely manner.

Contents of the invention

Aiming at the problems existing in the above-mentioned prior art, the utility model provides a spot inspection system for coal mine underground equipment, which can not only directly transmit the checked equipment information to the server, but also facilitate people to know the status of the equipment in time and take relevant corresponding measures in time ; And it can realize downhole equipment management, spot inspection plan management, spot check management, spot check work query, and also has spot check report statistics and output.

In order to achieve the above object, the utility model provides a point inspection system for coal mine underground equipment, which includes point inspection equipment U6, database server U1, application server U2, client U3, coal mine industrial ring network U4, underground wireless switch U5, on-site marking Card U7, import and export tool U9 and background processing module U10, the spot inspection equipment U6 and on-site marking card U7 are used to detect the situation of the coal mine underground equipment, and the spot inspection equipment U6 transmits the detected data signal to the underground wireless signal through the wireless signal. The switch U5; the underground wireless switch U5 is connected to the client U3 through the coal mine industrial ring network U4, the client U3 is connected to the database server U1 through the application server U2, and the database server U1 is connected to the import and export tool U9 and the background processing module U10.

Further, it also includes an external system interface U8 connected to the client U3.

Preferably, the inspection equipment U6 includes an inspection instrument and a handheld terminal, and performs data communication with the downhole wireless switch U5 through Bluetooth.

Preferably, data transmission is performed between the inspection equipment U6 and the database server U1 through the coal mine industrial ring network U4.

Compared with the prior art, the utility model establishes an important equipment spot inspection system, and the spot inspection equipment U6 can send the detected equipment information to the underground wireless switchboard U5 in the form of a wireless signal. The data information can be directly transmitted to the server, which is convenient for people to know the status of the equipment in time and take relevant corresponding measures in time; it can realize the management of underground equipment, spot check plan management, spot check management, and spot check work query, and has spot check reports at the same time Statistics and output. In the end, it is possible to realize point inspection management of important coal mine equipment, such as power supply, water pump, wind pressure and other important parameters, to record the operating status of equipment, to clearly record the data type and recording frequency, and to standardize the work of inspection personnel. Make it reach the inspection position on time and by point. The utility model adopts the mobile terminal as the inspection device, and the data can be directly uploaded to the server through the inspection of the equipment, especially the inspection of important equipment is particularly important.

Description of drawings

Fig. 1 is a block diagram of the utility model;

Fig. 2 is the basic work flow chart of the spot inspection system of the present invention.

Detailed ways

Below in conjunction with accompanying drawing, the utility model is further described.

As shown in Figure 1, the coal mine underground equipment point inspection system of the utility model includes point inspection equipment U6, database server U1, application server U2, client U3, coal mine industrial ring network U4, underground wireless switch U5, on-site marking card U7, Import and export tool U9 and background processing module U10, described point inspection equipment U6 and on-the-spot marking card U7 are used to detect the situation of coal mine underground equipment, and point inspection equipment U6 transmits the data signal that detects to underground wireless exchange U5 by wireless signal; The underground wireless switch U5 transmits the received data to the coal mine industrial ring network U4, and then uploads it to the database server U1 through the client U3 and the application server U2, and the import and export tool U9 and the background processing module U10 are connected to the database server U1. The import and export tool U9 is used to realize the import and export of spot inspection schemes and database reports, and the background processing module U10 is used to expand and optimize the use of the system. Among them, the database server U1 is used for archiving and storing system data information, and at the same time provides the underlying interface for quick query, and ensures the integrity and reliability of the data; the application server U2 mainly implements system logic functions and business rules; the client U3 allows system personnel to pass IE logs in to the B/S side of the equipment inspection system for operations.

Further, it also includes an external system interface U8 connected to the client U3, and the setting of the external system interface U8 provides it with docking with other existing systems of the coal mine.

Preferably, the inspection equipment U6 includes an inspection instrument and a handheld terminal, and performs data communication with the downhole wireless switch U5 through Bluetooth.

As shown in Figure 2, the operator can formulate the inspection plan for the post according to the inspection items, equipment inspection standards, inspection cycle and planned inspection route, and download and store the inspection plan to In the inspection instrument, the inspection workers then start the inspection according to their respective inspection plans and routes. After the point inspection worker arrives at the spot inspection site, he scans the label or QR code of the equipment, and the equipment automatically records the time when it arrives in place. If the instrument is in a WiFi environment, the data will be automatically uploaded to the database server U1, and the uploaded data may include missing item records, vibration records, temperature records, and equipment operating conditions and parameters. After the data is uploaded to the database server U1, the data is analyzed and compared. If the data is normal, a daily and monthly report of the equipment status will be formed, and it will be used as the basis for workload statistics. Through the analysis of the data report, the work of the workers can be managed, and whether the on-site equipment is inspected on time and according to the point is verified. At the same time, through the comparison between the plan and the actual inspection items and parameters, it is possible to check whether there are missed inspection items. At the same time, through the comparison of parameters, the abnormality of field data and operating status is found, so as to introduce the hidden danger investigation system to analyze and solve the field problems in a targeted manner, and ensure the safety and reliability of field equipment through inspection-finding problems-solving problems-rechecking run. The utility model can directly transmit the equipment information detected by the inspection to the server through the establishment of the important equipment inspection system, so that people can know the status of the equipment in time and take relevant corresponding measures in time; it can realize the management and inspection of underground equipment. Program management, spot inspection management, spot inspection work query, as well as spot inspection report statistics and output. In the end, it is possible to realize point inspection management of important coal mine equipment, such as power supply, water pump, wind pressure and other important parameters, to record the operating status of equipment, to clearly record the data type and recording frequency, and to standardize the work of inspection personnel. Make it reach the inspection position on time and by point.

Claims (4)

1. a colliery downhole equipment point detection system, comprise point inspection equipments U6, it is characterized in that, also comprise database server U1, application server U2, client U3, coal industry field looped network U4, downhole wireless switch U5, on-the-spot designation card U7, utility U9 and background processing module U10, described point inspection equipments U6 and on-the-spot designation card U7 is for detecting the situation of colliery downhole equipment, and point inspection equipments U6 sends the data-signal detected to downhole wireless switch U5 by wireless signal; Downhole wireless switch U5 is connected with client U3 by coal industry field looped network U4, and client U3 is by application server U2 and database server U1, and database server U1 is connected with utility U9, background processing module U10.

2. a kind of colliery downhole equipment point detection system according to claim 1, is characterized in that, also comprises the external system interface U8 be connected with described client U3.

3. a kind of colliery downhole equipment point detection system according to claim 1 and 2, is characterized in that, described point inspection equipments U6 comprises spot check instrument and handheld terminal, and carries out data communication by bluetooth and downhole wireless switch U5.

4. a kind of colliery downhole equipment point detection system according to claim 1 and 2, is characterized in that, carries out data transmission between described point inspection equipments U6 and database server U1 by coal industry field looped network U4.