A device inspection management method, a computer monitoring system and a mobile terminal

Abstract

The application provides a device inspection management method, a computer monitoring system and a mobile terminal. The method generates a route planning graph by planning a route according to device distribution position information and inspector position information, the route planning graph including a route graph corresponding to each device in the set of devices to be inspected and the sorting of each route graph, and the route planning graph is used to display in the mobile terminal to guide the inspector to sequentially travel to the position of each device to be inspected in the set of devices to be inspected according to the route planning graph, thereby solving the problem of long inspection time, repeated travel route and low inspection efficiency caused by the restriction of multiple factors such as geographical environment, road conditions, the number of production devices and the distribution of device positions in the factory area during the inspection process.

Description

Technical Field

[0001] The present invention relates to the field of inspection management technology, and in particular to an equipment inspection management method, a computer monitoring system and a mobile terminal. Background Art

[0002] In daily industrial production, a wide range of industries utilize a large number of large-scale industrial equipment. For example, the sintering process in the metallurgical industry requires sintering machines, ring coolers, main exhaust fans, primary mixers, and secondary mixers. The petrochemical industry utilizes large-scale equipment such as oil drilling rigs, pumping units, and hydrogen compressors. Therefore, to ensure the long-term and stable operation of these large-scale equipment in daily production, regular inspections and management are necessary.

[0003] In the process of realizing the present invention, the inventors discovered that in the inspection mode of walking and inspecting, workers basically rely on personal experience to judge the route. Due to the constraints of multiple factors such as the geographical environment, road conditions, number of production equipment and equipment location distribution within the factory, this inspection mode often leads to problems such as long inspection time, repeated inspection routes, and even re-inspection or missed inspections, resulting in low inspection efficiency and poor quality. Summary of the Invention

[0004] In order to overcome the problems existing in the prior art, the present invention provides an equipment inspection management method and system to solve the problem of low efficiency of the existing inspection methods.

[0005] In a first aspect, the present application provides a device inspection management method, which is applied to a computer monitoring system, comprising:

[0006] Obtain the current device list, which includes device information and status information of several devices; the status information includes unchecked status and checked status;

[0007] Obtaining equipment distribution location information and inspection personnel location information of a set of equipment to be inspected; the set of equipment to be inspected includes equipment in the equipment list that is in an uninspected state;

[0008] Perform route planning based on the equipment distribution location information and the inspection personnel location information to generate a route planning map, wherein the route planning map includes a route map corresponding to each device in the set of devices to be inspected and the order of each route map;

[0009] The route planning map is sent to a mobile terminal, where the route planning map is displayed on the mobile terminal to guide the inspection personnel to move in sequence to the location of each device to be inspected in the set of devices to be inspected according to the route planning map;

[0010] Receiving inspection record information sent by the mobile terminal, wherein the inspection record information includes identification code information of the device to be inspected;

[0011] The status information of the device corresponding to the identification code information is changed to a checked status.

[0012] In a second aspect, the present application provides a device inspection management method, which is applied to a mobile terminal and includes the following steps:

[0013] Obtaining location information of patrol personnel and sending the location information of patrol personnel to a computer monitoring system;

[0014] Receive a route planning map sent by a computer monitoring system; the route planning map is generated by the computer monitoring system based on the location information of the inspection personnel and the device distribution location information of the set of devices to be inspected, and includes a route map corresponding to each device in the set of devices to be inspected and the order of each route map; wherein the set of devices to be inspected includes devices that are in an uninspected state in the device list maintained by the computer monitoring system;

[0015] Displaying the route planning map to guide the inspection personnel to move in sequence to the location of each device to be inspected in the set of devices to be inspected according to the route planning map;

[0016] In response to receiving the user's input confirmation operation that the inspection of the current device to be inspected has been completed, inspection record information is sent to the computer monitoring system; the inspection record information includes the device identification of the current device to be inspected, which is used to instruct the computer monitoring system to change the status information of the device corresponding to the device identification to the inspected state.

[0017] In a third aspect, the present application provides a computer monitoring system, comprising:

[0018] A communicator, used for communicating with a mobile terminal;

[0019] The controller is configured to execute the following program steps:

[0020] Obtain the current device list, which includes device information and status information of several devices; the status information includes unchecked status and checked status;

[0021] Obtaining equipment distribution location information and inspection personnel location information of a set of equipment to be inspected; the set of equipment to be inspected includes equipment in the equipment list that is in an uninspected state;

[0022] Perform route planning based on the equipment distribution location information and the inspection personnel location information to generate a route planning map, wherein the route planning map includes a route map corresponding to each device in the set of devices to be inspected and the order of each route map;

[0023] The route planning map is sent to a mobile terminal, where the route planning map is displayed on the mobile terminal to guide the inspection personnel to move in sequence to the location of each device to be inspected in the set of devices to be inspected according to the route planning map;

[0024] Receiving inspection record information sent by a mobile terminal, wherein the inspection record information includes a device identifier of the device to be inspected;

[0025] The status information of the device corresponding to the device identifier is changed to a checked status.

[0026] In a fourth aspect, the present application provides a mobile terminal, including:

[0027] a display for displaying a user interface;

[0028] Communicator, used for communicating with the computer monitoring system;

[0029] The controller is configured to execute the following program steps:

[0030] Obtaining location information of patrol personnel and sending the location information of patrol personnel to a computer monitoring system;

[0031] Receive a route planning map sent by a computer monitoring system; the route planning map is generated by the computer monitoring system based on the location information of the inspection personnel and the device distribution location information of the set of devices to be inspected, and includes a route map corresponding to each device in the set of devices to be inspected and the order of each route map; wherein the set of devices to be inspected includes devices that are in an uninspected state in the device list maintained by the computer monitoring system;

[0032] Controlling the display to display the route planning map to guide the inspection personnel to move in sequence to the location of each device to be inspected in the set of devices to be inspected according to the route planning map;

[0033] In response to receiving the user's input confirmation operation that the inspection of the current device to be inspected has been completed, inspection record information is sent to the computer monitoring system; the inspection record information includes the device identification of the current device to be inspected, which is used to instruct the computer monitoring system to change the status information of the device corresponding to the device identification to the inspected state.

[0034] It can be seen from the above content that the technical solution provided in the embodiment of the present application performs route planning based on the equipment distribution location information and the inspection personnel location information to generate a route planning map. The route planning map includes the route map corresponding to each device in the set of equipment to be inspected and the order of each route map. The route planning map is used to be displayed in the mobile terminal to guide the inspection personnel to proceed to the location of each device to be inspected in the set of equipment to be inspected in sequence according to the route planning map. This solves the problem that during the inspection process, the inspection workers' routes are basically judged by personal experience, and are restricted by multiple factors such as the geographical environment, road conditions, number of production equipment and equipment location distribution within the factory, resulting in long inspection time, repeated routes and low inspection efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0035] The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate embodiments consistent with the invention and, together with the description, serve to explain the principles of the invention.

[0036] Figure 1 This is a data flow diagram of an equipment inspection management method of this application;

[0037] Figure 2 This is a workflow diagram of an embodiment of the present application;

[0038] Figure 3 This is an application scenario diagram of an equipment inspection management method of this application;

[0039] Figure 4 This is a workflow diagram of the second embodiment of the present application;

[0040] Figure 5 This is a workflow diagram of the third embodiment of the present application;

[0041] Figure 6 This is a workflow diagram of the fourth embodiment of the present application;

[0042] Figure 7 This is a workflow diagram of the fifth embodiment of the present application;

[0043] Figure 8 This is a workflow diagram of the sixth embodiment of the present application;

[0044] Figure 9 This is a flowchart of the seventh embodiment of the present application;

[0045] Figure 10 This is a workflow diagram of the eighth embodiment of the present application. DETAILED DESCRIPTION

[0046] Exemplary embodiments will be described in detail herein, with examples illustrated in the accompanying drawings. In the following description, when referring to the drawings, like numbers in different figures represent like or similar elements unless otherwise indicated. The embodiments described in the following exemplary embodiments are not intended to represent all possible embodiments consistent with the present invention. Rather, they are merely examples of apparatus and methods consistent with certain aspects of the present invention, as detailed in the appended claims.

[0047] See also Figure 1 , which is an application scenario diagram of an equipment inspection management method of the present application. Route planning is performed based on the equipment distribution location information and the inspection personnel location information to generate a route planning map. The route planning map includes the route map corresponding to each device in the set of devices to be inspected and the sorting of each route map. The route planning map is used to be displayed in the mobile terminal to guide the inspection personnel to follow the route planning map and at the same time receive the inspection record information sent by the mobile terminal. The inspection record information includes the identification code information of the device to be inspected, and the status information of the device corresponding to the identification code information is changed to the inspected state.

[0048] First, see Figure 2 This application provides a device inspection management method, which is applied to a computer monitoring system, including:

[0049] S100: Acquire a current device list, wherein the device list includes device information and status information of several devices; the status information includes an unchecked state and a checked state.

[0050] S110: Obtaining device distribution location information and inspection personnel location information of a set of devices to be inspected; the set of devices to be inspected includes devices in the device list that are in an uninspected state.

[0051] S120: See Figure 3 , perform route planning based on the equipment distribution location information and the inspection personnel location information, and generate a route planning map, wherein the route planning map includes a route map corresponding to each device in the set of devices to be inspected and the order of each route map.

[0052] S130: Sending the route planning map to a mobile terminal, wherein the route planning map is used to be displayed in the mobile terminal, guiding the inspection personnel to move sequentially to the location of each device to be inspected in the set of devices to be inspected according to the route planning map.

[0053] S140: Receive inspection record information sent by the mobile terminal, where the inspection record information includes identification code information of the device to be inspected.

[0054] S150: Changing the status information of the device corresponding to the identification code information to a checked status.

[0055] In another implementation, see Figure 4 , further comprising the following steps:

[0056] S210: Reading the device list at every preset period, and updating the set of devices to be inspected according to changes in status information of each device in the device list;

[0057] S220: Determine whether the set of devices to be inspected is an empty set;

[0058] S230: If the set of devices to be inspected is an empty set, sending an inspection termination prompt message to the mobile terminal;

[0059] S240: If the set of devices to be inspected is a non-empty set, re-route planning is performed based on the current location information of the inspector and the updated device distribution location information of the set of devices to be inspected, and the updated route planning map is sent to the mobile terminal.

[0060] See also Figure 5 Before receiving the inspection record information sent by the mobile terminal, the following steps are also included:

[0061] S310: receiving identification code information of the device to be inspected sent by the mobile terminal;

[0062] The identification code information may be a QR code, an electronic identity identification, etc., which is generated in advance according to the device to be inspected and set at the corresponding device to be inspected.

[0063] S320: Obtaining a list of equipment inspection items corresponding to the identification code information, wherein the list of equipment inspection items includes all inspection items of the equipment to be inspected;

[0064] In one embodiment of the present application, when the equipment being inspected is a ring cooler in a sintering process, the inspection item list includes:

[0065] The welds of the liquid tank in the air duct of the ring cooler are firm, without deformation or leakage, the water level is within 500-800mm, the side guard wheels and support wheels are normal, and the pressure plates of the side rail devices are tight and not loose.

[0066] Check whether the track of the curved track device of the ring cooler has cracks, excessive wear, whether the material baffle is stable and has no deformation, whether the air inlet pipe flange is tightened and has no air leakage, and whether the rubber flexible connection is damaged.

[0067] The elastic ring of the annular cooler fan is not aged, worn or cracked, there is no air leakage in the volute, the bolts are not loose, there is no abnormal noise in the bearing box, and during operation, the vibration is ≤5.533 / 4 and the temperature is ≤75℃.

[0068] The planetary reducer of the annular cooler transmission device has no abnormal noise or vibration, the temperature is ≤60℃, the pin of the constant torque coupling has no cracks or excessive wear, and the coupling has no axial movement.

[0069] The body of the ring cooler trolley has no cracks or deformation, the bolts are not loose, the articulated seat is not loose or excessively worn, the trolley wheel device is flexible without wear and tear, and the railing has no cracks or deformation.

[0070] The static sealing device of the ring cooler trolley is tightened, the silicone strip is not worn, the static sealing device is tightened, the silicone strip is not worn, the main drive reducer has no abnormal noise or vibration, and the temperature is ≤60℃.

[0071] S330: Send the equipment inspection item list to the mobile terminal, and the equipment inspection item list is used to be displayed in the mobile terminal to guide the inspection personnel to check each inspection item of the equipment to be inspected according to the equipment inspection item list to obtain the inspection result of the equipment to be inspected.

[0072] In another implementation, the inspection record information further includes the inspection result. Then, after receiving the inspection record information sent by the mobile terminal, the method further includes:

[0073] Storing the inspection results;

[0074] Furthermore, a correspondence between the device identification and the inspection result is stored, and the correspondence is used to retrieve the inspection result of the corresponding device according to the device identification.

[0075] After the status information of the device corresponding to the device identifier is changed to the checked state, see Figure 6 , further comprising the following steps:

[0076] S410: Querying a target route map of a device to be inspected that is ranked next to the currently inspected device;

[0077] S420: When the position of the inspection personnel moves, obtain the current route of the inspection personnel;

[0078] S430: Compare the travel route with the target route map to determine whether a route deviation between the two exceeds a first threshold;

[0079] S440: If the route deviation exceeds a first threshold, generating position correction prompt information according to the route deviation;

[0080] S450: Send the position correction prompt information to the mobile terminal, where the position correction prompt information is used to prompt the patrol personnel that their current route deviates from the target route map, and to guide the patrol personnel to reset to the target route map according to the direction and / or distance information prompted by the position correction prompt information.

[0081] In another implementation, see Figure 7 , further comprising the following steps:

[0082] S510: Receive the in-position indication information sent by the mobile terminal, where the in-position indication information is sent by the inspection personnel by operating the mobile terminal when the inspection personnel arrives at the equipment to be inspected.

[0083] S520: Detecting the movement state of the patrol personnel according to the position information of the patrol personnel, where the movement state is an active state or a stationary state;

[0084] S530: When it is detected that the patrol officer is in a stationary state, a timer is started to count the time the patrol officer stays at the current location;

[0085] S540: Determine whether the stay time exceeds a second threshold;

[0086] S550: If the second threshold is exceeded, send a security confirmation message to the mobile terminal;

[0087] S560: If the security status information sent by the mobile terminal is not received within the preset time, an alarm prompt is issued.

[0088] By real-time monitoring of the inspection workers' stay time, timely rescue can be provided when the inspection workers are in danger, thereby improving the safety of the inspection operation and avoiding safety accidents.

[0089] In another implementation, see Figure 8 , further comprising the following steps:

[0090] S610: Receive the in-position indication information sent by the mobile terminal, where the in-position indication information is sent by the inspection personnel by operating the mobile terminal when the inspection personnel arrives at the equipment to be inspected.

[0091] S620: Obtain a third threshold corresponding to the device identifier carried in the in-place indication information, and control a timer to start timing; wherein the third threshold is an upper limit of the inspection duration preset for each device;

[0092] In one embodiment of the present application, by determining an upper limit for inspection duration, it is possible to prevent inspection workers from spending too much time inspecting the same equipment, which would affect inspection efficiency. Furthermore, if an inspection worker is in danger, by determining the length of time the inspection worker has stayed at their location, timely assistance can be provided to the inspection worker, ensuring their personal safety and improving the safety of inspection operations.

[0093] S630: When the timing duration of the timer is greater than the third threshold, if the inspection record information sent by the mobile terminal is still not received, an inspection timeout prompt message is sent to the mobile terminal.

[0094] More specifically, the inspection timeout prompt information can be an audible alarm or a visual alarm to avoid danger to the inspection personnel.

[0095] In another implementation, see Figure 9 , further comprising the following steps:

[0096] S710: Receive the in-position indication information sent by the mobile terminal, where the in-position indication information is sent by the inspection personnel by operating the mobile terminal when the inspection personnel arrives at the equipment to be inspected.

[0097] In one embodiment of the present application, after the inspection personnel arrives at the designated location, they send an indication of their location to the mobile terminal. The designated location can be a specific location near a certain device, or a specific designated location near a certain area. By determining the location of the inspection personnel, the location information of the inspection personnel can be obtained effectively and timely, thereby improving the inspection efficiency.

[0098] S720: Obtain a fourth threshold corresponding to the device identifier carried in the in-place indication information, and control a timer to start timing; wherein the fourth threshold is a lower limit of the inspection duration preset for each device;

[0099] In one embodiment of the present application, the fourth threshold value is different for different devices. According to the complexity of the equipment inspection, the operator can adjust the fourth threshold value in real time to meet different usage requirements in different working environments.

[0100] S730: When receiving the inspection record information sent by the mobile terminal, if the timing duration of the timer is less than the fourth threshold, sending inspection adequacy confirmation information to the mobile terminal, wherein the inspection adequacy confirmation information is used to inquire at the mobile terminal whether the inspection task of the device to be inspected has been fully completed;

[0101] S740: If sufficient inspection indication information sent by the mobile terminal is received, store the inspection record information;

[0102] By confirming the adequacy of inspections by inspection personnel, we can ensure that equipment inspections are fully carried out to avoid incomplete inspections due to insufficient inspection time, which may cause safety hazards.

[0103] S750: If insufficient inspection indication information is received from the mobile terminal, the previously received inspection record information is stored, or after receiving the inspection record information again, part of the previously stored old inspection record information is merged with the newly received inspection record information into the latest inspection record information for storage.

[0104] In one embodiment of the present application, by judging the inspection time, it can be ensured that each device is fully inspected, thereby avoiding missed inspection accidents and potential safety hazards.

[0105] Second, see Figure 10 , this application provides a device inspection management method, applied to a mobile terminal, comprising the following steps:

[0106] S810: Obtaining location information of patrol personnel, and sending the location information of patrol personnel to a computer monitoring system;

[0107] More specifically, the inspection personnel's location information can be sent through various methods such as WiFi, Bluetooth, 4G, 5G, mobile network communication, etc. to meet the usage requirements in different usage environments.

[0108] S820: Receive a route planning map sent by the computer monitoring system; the route planning map is generated by the computer monitoring system based on the inspection personnel's location information and the device distribution location information of the set of devices to be inspected, and includes a route map corresponding to each device in the set of devices to be inspected and the order of each route map; wherein the set of devices to be inspected includes devices in an uninspected state in the device list maintained by the computer monitoring system;

[0109] S830: Displaying the route planning map to guide the inspection personnel to move to the location of each device to be inspected in the set of devices to be inspected in sequence according to the route planning map;

[0110] In one embodiment of the present application, the route planning map is displayed on a mobile terminal and can be guided by animation or AR augmented reality technology to avoid errors in the inspection personnel's route.

[0111] S840: In response to receiving the user's input confirmation operation that the inspection of the current device to be inspected has been completed, the inspection record information is sent to the computer monitoring system; the inspection record information includes the device identification of the current device to be inspected, which is used to instruct the computer monitoring system to change the status information of the device corresponding to the device identification to the inspected status.

[0112] In a third aspect, the present application provides a computer monitoring system, comprising:

[0113] A communicator, used for communicating with a mobile terminal;

[0114] The controller is configured to execute the following program steps:

[0115] Obtain the current device list, which includes device information and status information of several devices; the status information includes unchecked status and checked status;

[0116] Obtaining equipment distribution location information and inspection personnel location information of a set of equipment to be inspected; the set of equipment to be inspected includes equipment in the equipment list that is in an uninspected state;

[0117] Perform route planning based on the equipment distribution location information and the inspection personnel location information to generate a route planning map, wherein the route planning map includes a route map corresponding to each device in the set of devices to be inspected and the order of each route map;

[0118] The route planning map is sent to a mobile terminal, where the route planning map is displayed on the mobile terminal to guide the inspection personnel to move in sequence to the location of each device to be inspected in the set of devices to be inspected according to the route planning map;

[0119] Receiving inspection record information sent by a mobile terminal, wherein the inspection record information includes a device identifier of the device to be inspected;

[0120] The status information of the device corresponding to the device identifier is changed to a checked status.

[0121] In a fourth aspect, the present application provides a mobile terminal, including:

[0122] a display for displaying a user interface;

[0123] Communicator, used for communicating with the computer monitoring system;

[0124] The controller is configured to execute the following program steps:

[0125] Obtaining location information of patrol personnel and sending the location information of patrol personnel to a computer monitoring system;

[0126] Receive a route planning map sent by a computer monitoring system; the route planning map is generated by the computer monitoring system based on the location information of the inspection personnel and the device distribution location information of the set of devices to be inspected, and includes a route map corresponding to each device in the set of devices to be inspected and the order of each route map; wherein the set of devices to be inspected includes devices that are in an uninspected state in the device list maintained by the computer monitoring system;

[0127] Control the display to display the route planning map, so as to guide the inspection personnel to move in sequence to the location of each device to be inspected in the set of devices to be inspected according to the route planning map;

[0128] In response to receiving the user's input confirmation operation that the inspection of the current device to be inspected has been completed, inspection record information is sent to the computer monitoring system; the inspection record information includes the device identification of the current device to be inspected, which is used to instruct the computer monitoring system to change the status information of the device corresponding to the device identification to the inspected state.

[0129] When the computer monitoring system and the mobile terminal in this embodiment execute the above method, reference may be made to the description in the method embodiment, which will not be repeated here.

[0130] It can be seen from the above content that the technical solution provided in the embodiment of the present application performs route planning based on the equipment distribution location information and the inspection personnel location information to generate a route planning map. The route planning map includes the route map corresponding to each device in the set of equipment to be inspected and the sorting of each route map. The route planning map is used to be displayed in the mobile terminal to guide the inspection personnel to proceed to the location of each device to be inspected in the set of equipment to be inspected in sequence according to the route planning map. This solves the problem that during the inspection process, the inspection workers' routes are basically judged by personal experience, and are restricted by multiple factors such as the geographical environment, road conditions, number of production equipment and equipment location distribution within the factory, resulting in long inspection time, repeated routes and low inspection efficiency.

Claims

1. A method for equipment inspection management, characterized in that: Applied to computer monitoring systems, including: Obtain the current device list, which includes device information and status information of several devices; the status information includes unchecked status and checked status; Obtaining equipment distribution location information and inspection personnel location information of a set of equipment to be inspected; the set of equipment to be inspected includes equipment in the equipment list that is in an uninspected state; Perform route planning based on the equipment distribution location information and the inspection personnel location information to generate a route planning map, wherein the route planning map includes a route map corresponding to each device in the set of devices to be inspected and the order of each route map; The route planning map is sent to a mobile terminal, where the route planning map is displayed on the mobile terminal to guide the inspection personnel to move in sequence to the location of each device to be inspected in the set of devices to be inspected according to the route planning map; Receiving inspection record information sent by the mobile terminal, wherein the inspection record information includes identification code information of the device to be inspected; Changing the status information of the device corresponding to the identification code information to a checked status; The equipment inspection management method further comprises the following steps: Read the equipment list at every preset period, and update the set of equipment to be inspected according to the changes in the status information of each device in the equipment list; Determine whether the set of devices to be inspected is an empty set; If the set of devices to be inspected is an empty set, sending an inspection termination prompt message to the mobile terminal; If the set of devices to be inspected is a non-empty set, re-route planning is performed based on the current location information of the inspector and the updated device distribution location information of the set of devices to be inspected, and the updated route planning map is sent to the mobile terminal; The equipment inspection management method further comprises the following steps: Receiving the in-place indication information sent by the mobile terminal, wherein the in-place indication information is sent by the inspection personnel by operating the mobile terminal when the inspection personnel arrives at the equipment to be inspected; Obtaining a third threshold and a fourth threshold corresponding to the device identifier carried in the in-place indication information, and controlling a timer to start timing; wherein the third threshold is an upper limit of the inspection duration preset for each device, and the fourth threshold is a lower limit of the inspection duration preset for each device; When the timing length of the timer is greater than a third threshold, if the inspection record information sent by the mobile terminal is still not received, sending an inspection timeout prompt message to the mobile terminal; When receiving the inspection record information sent by the mobile terminal, if the timing duration of the timer is less than the fourth threshold, sending inspection adequacy confirmation information to the mobile terminal, the inspection adequacy confirmation information is used to inquire at the mobile terminal whether the current device to be inspected has fully completed the inspection task of the current corresponding device; If sufficient inspection indication information is received from the mobile terminal, the inspection record information is stored; If insufficient inspection indication information is received from the mobile terminal, the previously received inspection record information is stored, or after receiving the inspection record information again, part of the previously stored old inspection record information is merged with the newly received inspection record information into the latest inspection record information for storage.

2. The method according to claim 1, characterized in that Before receiving the inspection record information sent by the mobile terminal, the following steps are also included: Receive the identification code information of the device to be inspected sent by the mobile terminal; Obtaining a list of equipment inspection items corresponding to the identification code information, wherein the list of equipment inspection items includes all inspection items of the equipment to be inspected; The equipment inspection item list is sent to the mobile terminal, and the equipment inspection item list is used to be displayed in the mobile terminal, guiding the inspection personnel to check each inspection item of the equipment to be inspected according to the equipment inspection item list, and obtain the inspection result of the equipment to be inspected.

3. The method according to claim 1 or 2, characterized in that The inspection record information also includes the inspection result. After receiving the inspection record information sent by the mobile terminal, the method further includes: Storing the inspection results; Furthermore, a correspondence between the device identification and the inspection result is stored, and the correspondence is used to retrieve the inspection result of the corresponding device according to the device identification.

4. The method according to claim 1, wherein After the status information of the device corresponding to the device identifier is changed to a checked state, the following steps are further included: Query the target route map of the equipment to be inspected that is ranked next to the currently inspected equipment; When the inspector's position moves, obtain the inspector's current route; Comparing the travel route with the target route map to determine whether a route deviation between the two exceeds a first threshold; If the route deviation exceeds a first threshold, generating position correction prompt information according to the route deviation; The position correction prompt information is sent to the mobile terminal, and the position correction prompt information is used to prompt the patrol personnel that the current route deviates from the target route map, and to guide the patrol personnel to reset to the target route map according to the direction and / or distance information prompted by the position correction prompt information.

5. The method according to claim 1, wherein The following steps are also included: Receiving the in-place indication information sent by the mobile terminal, wherein the in-place indication information is sent by the inspection personnel by operating the mobile terminal when the inspection personnel arrives at the equipment to be inspected; Detecting the movement state of the patrol personnel according to the position information of the patrol personnel, wherein the movement state is an active state or a stationary state; When the patrol officer is detected to be stationary, the timer is started to count the time the patrol officer stays at the current location; determining that the stay time exceeds a second threshold, and if so, sending a safety confirmation message to the mobile terminal; If the security status information sent by the mobile terminal is not received within the preset time, an alarm prompt will be issued.

6. A method for equipment inspection management, characterized in that: Applied to mobile terminals, including the following steps: Obtaining location information of patrol personnel and sending the location information of patrol personnel to a computer monitoring system; Receive a route planning map sent by a computer monitoring system; the route planning map is generated by the computer monitoring system based on the location information of the inspection personnel and the device distribution location information of the set of devices to be inspected, and includes a route map corresponding to each device in the set of devices to be inspected and the order of each route map; wherein the set of devices to be inspected includes devices that are in an uninspected state in the device list maintained by the computer monitoring system; Displaying the route planning map to guide the inspection personnel to move in sequence to the location of each device to be inspected in the set of devices to be inspected according to the route planning map; In response to receiving a confirmation operation input by the user that the inspection of the current device to be inspected has been completed, sending inspection record information to the computer monitoring system; the inspection record information includes the device identification of the current device to be inspected, which is used to instruct the computer monitoring system to change the status information of the device corresponding to the device identification to the inspected state; The equipment inspection management method further comprises the following steps: Receiving inspection termination prompt information and / or an updated route planning map sent by the computer monitoring system, wherein the inspection termination prompt information refers to the computer monitoring system reading the equipment list at a preset period and updating the set of equipment to be inspected according to changes in status information of each equipment in the equipment list; if the set of equipment to be inspected is an empty set, the computer monitoring system sends an inspection termination prompt information to the mobile terminal; the updated route planning map refers to the computer monitoring system re-planning the route according to the current location information of the inspection personnel and the updated equipment distribution location information of the set of equipment to be inspected when the set of equipment to be inspected is not an empty set, and generating an updated route planning map; The equipment inspection management method further comprises the following steps: When the inspection personnel arrive at the equipment to be inspected, they send an indication message of arrival to the computer monitoring system; Receiving an inspection timeout prompt message sent by a computer monitoring system, wherein the inspection timeout prompt message refers to the computer monitoring system controlling a timer to start timing according to a third threshold value and a fourth threshold value corresponding to the device identifier carried in the acquired in-place indication information; wherein the third threshold value is an upper limit value of the inspection duration preset for each device, and the fourth threshold value is a lower limit value of the inspection duration preset for each device; when the timing duration of the timer is greater than the third threshold value, if the inspection record information sent by the mobile terminal is still not received, generating an inspection timeout prompt message; Receiving inspection adequacy confirmation information sent by the computer monitoring system, the inspection adequacy confirmation information is generated by the computer monitoring system when it is determined that the timing duration of the timer is less than the fourth threshold value, and the inspection adequacy confirmation information is used to inquire on the mobile terminal whether the current device to be inspected has fully completed the inspection task of the current corresponding device; Sending sufficient inspection indication information or insufficient inspection indication information to the computer monitoring system.

7. A computer monitoring system, characterized in that: include: A communicator, used for communicating with a mobile terminal; The controller is configured to execute the following program steps: Obtain the current device list, which includes device information and status information of several devices; the status information includes unchecked status and checked status; Obtaining equipment distribution location information and inspection personnel location information of a set of equipment to be inspected; the set of equipment to be inspected includes equipment in the equipment list that is in an uninspected state; Perform route planning based on the equipment distribution location information and the inspection personnel location information to generate a route planning map, wherein the route planning map includes a route map corresponding to each device in the set of devices to be inspected and the order of each route map; The route planning map is sent to a mobile terminal, where the route planning map is displayed on the mobile terminal to guide the inspection personnel to move in sequence to the location of each device to be inspected in the set of devices to be inspected according to the route planning map; Receiving inspection record information sent by a mobile terminal, wherein the inspection record information includes a device identifier of the device to be inspected; Changing the status information of the device corresponding to the device identifier to a checked status; The controller is further configured to execute the following program steps: Read the equipment list at every preset period, and update the set of equipment to be inspected according to the changes in the status information of each device in the equipment list; Determine whether the set of devices to be inspected is an empty set; If the set of devices to be inspected is an empty set, sending an inspection termination prompt message to the mobile terminal; If the set of devices to be inspected is a non-empty set, re-route planning is performed based on the current location information of the inspector and the updated device distribution location information of the set of devices to be inspected, and the updated route planning map is sent to the mobile terminal; The controller is further configured to perform the following program steps: Receiving the in-place indication information sent by the mobile terminal, wherein the in-place indication information is sent by the inspection personnel by operating the mobile terminal when the inspection personnel arrives at the equipment to be inspected; Obtaining a third threshold and a fourth threshold corresponding to the device identifier carried in the in-place indication information, and controlling a timer to start timing; wherein the third threshold is an upper limit of the inspection duration preset for each device, and the fourth threshold is a lower limit of the inspection duration preset for each device; When the timing length of the timer is greater than a third threshold, if the inspection record information sent by the mobile terminal is still not received, sending an inspection timeout prompt message to the mobile terminal; When receiving the inspection record information sent by the mobile terminal, if the timing duration of the timer is less than the fourth threshold, sending inspection adequacy confirmation information to the mobile terminal, the inspection adequacy confirmation information is used to inquire at the mobile terminal whether the current device to be inspected has fully completed the inspection task of the current corresponding device; If sufficient inspection indication information is received from the mobile terminal, the inspection record information is stored; If insufficient inspection indication information is received from the mobile terminal, the previously received inspection record information is stored, or after receiving the inspection record information again, part of the previously stored old inspection record information is merged with the newly received inspection record information into the latest inspection record information for storage.

8. A mobile terminal, characterized in that: include: a display for displaying a user interface; Communicator, used for communicating with the computer monitoring system; The controller is configured to execute the following program steps: Obtaining location information of patrol personnel and sending the location information of patrol personnel to a computer monitoring system; Receiving a route planning map sent by a computer monitoring system; the route planning map is generated by the computer monitoring system based on the location information of the inspection personnel and the device distribution location information of the set of devices to be inspected, and includes a route map corresponding to each device in the set of devices to be inspected and the order of each route map; wherein the set of devices to be inspected includes devices that are in an uninspected state in the device list maintained by the computer monitoring system; Controlling the display to display the route planning map to guide the inspection personnel to move in sequence to the location of each device to be inspected in the set of devices to be inspected according to the route planning map; In response to receiving a confirmation operation input by the user that the inspection of the current device to be inspected has been completed, sending inspection record information to the computer monitoring system; the inspection record information includes the device identification of the current device to be inspected, which is used to instruct the computer monitoring system to change the status information of the device corresponding to the device identification to the inspected state; The controller is configured to execute the following program steps: Receiving inspection termination prompt information and / or an updated route planning map sent by the computer monitoring system, wherein the inspection termination prompt information refers to the computer monitoring system reading the equipment list at a preset period and updating the set of equipment to be inspected according to changes in status information of each equipment in the equipment list; if the set of equipment to be inspected is an empty set, the computer monitoring system sends an inspection termination prompt information to the mobile terminal; the updated route planning map refers to the computer monitoring system re-planning the route according to the current location information of the inspection personnel and the updated equipment distribution location information of the set of equipment to be inspected when the set of equipment to be inspected is not an empty set, and generating an updated route planning map; The controller is configured to execute the following program steps: When the inspection personnel arrive at the equipment to be inspected, they send an indication message of arrival to the computer monitoring system; Receiving an inspection timeout prompt message sent by a computer monitoring system, wherein the inspection timeout prompt message refers to the computer monitoring system controlling a timer to start timing according to a third threshold value and a fourth threshold value corresponding to the device identifier carried in the acquired in-place indication information; wherein the third threshold value is an upper limit value of the inspection duration preset for each device, and the fourth threshold value is a lower limit value of the inspection duration preset for each device; when the timing duration of the timer is greater than the third threshold value, if the inspection record information sent by the mobile terminal is still not received, generating an inspection timeout prompt message; Receiving inspection adequacy confirmation information sent by the computer monitoring system, the inspection adequacy confirmation information is generated by the computer monitoring system when it is determined that the timing duration of the timer is less than the fourth threshold value, and the inspection adequacy confirmation information is used to inquire on the mobile terminal whether the current device to be inspected has fully completed the inspection task of the current corresponding device; Sending sufficient inspection indication information or insufficient inspection indication information to the computer monitoring system.

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