CN116303694A

CN116303694A - Cable management platform, cable management system and cable management method

Info

Publication number: CN116303694A
Application number: CN202310217493.3A
Authority: CN
Inventors: 宋吉赛; 潘雨; 冯鹏洲; 隋永鑫; 闫坤; 司运成; 李兵; 耿锡涛
Original assignee: Beijing Smartchip Microelectronics Technology Co Ltd
Current assignee: Beijing Smartchip Microelectronics Technology Co Ltd
Priority date: 2023-03-08
Filing date: 2023-03-08
Publication date: 2023-06-23

Abstract

The application discloses a cable management platform, a cable management system and a cable management method, wherein a cable overview module in the cable management platform can respond to the selection operation of a cable overview option in a cable management interface to display cable information. And can respond to the selection operation to the target cable information in the cable information, if the login account belongs to the account of the city level, the distribution of the target cable information of the city level is displayed in the map, and if the login account belongs to the account of the provincial level, the distribution of the target cable information of the provincial level is displayed in the map. That is, the cable management platform can display information of the area to which the login account belongs according to the different areas to which the login account belongs, so that the account at the city level and the account at the provincial level can commonly log in the same cable management platform, and the flexibility of cable management on the city level and the provincial level is improved.

Description

Cable management platform, cable management system and cable management method

Technical Field

The present disclosure relates to the field of computers, and in particular, to a cable management platform, a cable management system, and a cable management method.

Background

Cables, which are the primary medium for power transmission and distribution, can be laid underground, and, because they do not occupy floor space, have become the primary form of modern urban power transmission. Because the cable is laid in the underground space, the environment of the underground space is complex, and harmful gas is easy to generate, so that accidents are not easy to discover and control in time, and the cable is required to be managed.

At present, different cable management platforms are adopted for provincial level and each local market level, so that the flexibility of cable management is low.

Disclosure of Invention

The present application aims to solve, at least to some extent, one of the technical problems in the related art. To this end, an object of the present application is to propose a cable management platform, a cable management system and a cable management method, which can display cable information in response to a selection operation for a cable overview option in a cable management interface. And can respond to the selection operation to the target cable information in the cable information, if the login account belongs to the account of the city level, the distribution of the target cable information of the city level is displayed in the map, and if the login account belongs to the account of the provincial level, the distribution of the target cable information of the provincial level is displayed in the map. That is, the cable management platform can display the distribution of the target cable information of the area to which the login account belongs according to the different areas to which the login account belongs, so that the account of the city level and the account of the province level can log in the same cable management platform together, and the flexibility of cable management of the city level and the province level is improved.

In one aspect, a cable management platform is provided, the cable management platform comprising: the interface display module and the cable overview module are micro-services;

the interface display module is used for displaying a cable management interface corresponding to a login account, wherein the login account comprises a city-level account or a provincial-level account, and the cable management interface at least comprises cable overview options;

a cable overview module for:

in response to a selection operation for the cable overview option, displaying cable information including at least one of device information, channel information, line information, and an abnormal state;

responding to the selection operation of target cable information in the cable information, and if the login account belongs to the account of the city level, displaying the distribution of the target cable information in the city level on a map; and if the login account belongs to the provincial account, displaying the distribution of the target cable information in the provincial level on the map.

Optionally, the cable overview module is configured to:

in response to a selection operation for the cable overview option, displaying a functional layer comprising: at least one of a device layer, a channel layer, a line layer, and an abnormal state layer;

Responding to the selection operation of the target function layer in the function layers, and displaying cable information in the target function layer;

the device layer comprises different types of devices, the channel layer comprises different types of channels, the line layer comprises different cable lines, and the abnormal state layer comprises different types of abnormal states.

Optionally, the target cable information is a plurality of, and the cable overview module is further configured to:

displaying basic data of one target cable information in response to a selection operation for one target cable information among the plurality of target cable information;

wherein the basic data of one target cable information at least comprises the position of one target cable information.

Optionally, the cable management interface further includes: counting options in abnormal states; the cable management platform further comprises: the abnormal state statistics module is used for:

displaying an information statistics area of the abnormal state in response to a selection operation for the abnormal state statistics option;

receiving a target abnormal state, a target line and a target time period in an information statistics area;

and responding to the statistical instruction aiming at the target abnormal state, if the login account belongs to the account of the city level, displaying the change trend of the target abnormal state of the target line in the city level in the target time period, and if the login account belongs to the account of the provincial level, displaying the change trend of the target abnormal state of the target line in the provincial level in the target time period.

Optionally, the cable management interface further includes: cable statistics options, the cable management platform further includes: the cable statistics module is a micro-service; the cable statistics module is used for:

responding to the selection operation aiming at the cable statistics options, if the login account belongs to an account of the city level, displaying the statistics information of the first target unit in the city level in a cable statistics area, and if the login account belongs to an account of the provincial level, displaying the statistics information of the first target unit in the provincial level in the cable statistics area;

wherein the first target unit comprises a device, a channel or a line, and the statistical information comprises at least a total number of the first target units.

Optionally, the cable management interface further includes: visual function options; the cable management platform further comprises: the visual function module is a micro service; the visual function module is used for:

displaying a visual function area in response to a selection operation for the visual function option;

playing the target historical video in the visual function area in response to the selection operation for the target historical video received in the visual function area;

at least one of an amount of light entering, a shooting range, and a focus of the target camera is adjusted in response to an adjustment operation for the target camera.

Optionally, the cable management interface further includes: a cable ledger option and a cable management option; the cable management platform further comprises: the cable ledger module and the cable management module are micro-services;

the cable ledger module is used for responding to the selection operation of the cable ledger option, if the login account belongs to the account of the city level, the ledger data of the second target unit in the city level is displayed in the ledger function area, and if the login account belongs to the account of the province level, the ledger data of the second target unit in the province level is displayed in the ledger function area;

the cable management module is used for responding to the selection operation aiming at the cable management options, if the login account belongs to the account of the city level, the operation and maintenance data of the third target unit in the city level are displayed in the cable management functional area, and if the login account belongs to the account of the province level, the operation and maintenance data of the third target unit in the province level are displayed in the cable management functional area;

wherein the second target unit and the third target unit each comprise a device, channel or line.

Optionally, the cable management platform further includes: the data input module is a micro-service; a data entry module for:

Receiving application data, wherein the application data comprises ledger class data, operation and maintenance class data or online monitoring class data;

if the application data is detected to be accurate, storing the application data;

and if the abnormality of the application data is detected, sending prompt information.

Optionally, the data entry module is further configured to:

determining a storage template of the application data based on the type of the application data and the object to which the application data belongs;

the application data is stored based on the storage template.

Optionally, the data entry module is further configured to:

after receiving the application data, determining a verification rule of the application data based on the type of the application data and the object to which the application data belongs;

if the application data does not accord with the verification rule, determining that the application data is abnormal;

if the application data accords with the verification rule, the application data is determined to be accurate.

In another aspect, a cable management system is provided, including the cable management platform of the above aspect.

In yet another aspect, a cable management method is provided, applied to a cable management platform, the method including:

displaying a cable management interface corresponding to a login account, wherein the login account comprises a local market-level account or a provincial account, and the cable management interface at least comprises a cable overview option;

Optionally, in response to a selection operation for the cable overview option, displaying the cable information includes:

Optionally, the target cable information is a plurality of, and the method further includes:

Optionally, the cable management interface further includes: counting options in abnormal states; the method further comprises the steps of:

Optionally, the cable management interface further includes: the cable statistics option, the method further comprises:

Optionally, the cable management interface further includes: visual function options; the method further comprises the steps of:

Optionally, the cable management interface further includes: a cable ledger option and a cable management option; the method further comprises the steps of:

responding to the selection operation aiming at the cable ledger option, if the login account belongs to the account of the city level, displaying the ledger data of the second target unit in the city level in a ledger function area, and if the login account belongs to the account of the province level, displaying the ledger data of the second target unit in the province level in the ledger function area;

responding to the selection operation aiming at the cable management options, if the login account belongs to the account of the city level, displaying the operation and maintenance data of the third target unit in the city level in the cable management functional area, and if the login account belongs to the account of the province level, displaying the operation and maintenance data of the third target unit in the province level in the cable management functional area;

Optionally, the method further comprises:

Optionally, storing the application data includes:

the application data is stored based on the storage template.

Optionally, after receiving the application data, the method further comprises:

determining a verification rule of the application data based on the type of the application data and the object to which the application data belongs;

Additional aspects and advantages of the application will be set forth in part in the description which follows and, in part, will be obvious from the description, or may be learned by practice of the application.

Drawings

Fig. 1 is a schematic diagram of a cable management platform according to an embodiment of the present application;

FIG. 2 is a schematic diagram of a cable management platform according to an embodiment of the present application;

FIG. 3 is a schematic diagram of a cable management interface provided by an embodiment of the present application;

FIG. 4 is a schematic diagram of another cable management interface provided by embodiments of the present application;

FIG. 5 is a schematic illustration of yet another cable management interface provided by an embodiment of the present application;

FIG. 6 is a schematic diagram of yet another cable management interface provided by an embodiment of the present application;

FIG. 7 is a schematic diagram of yet another cable management interface provided by an embodiment of the present application;

FIG. 8 is a schematic diagram of yet another cable management interface provided by an embodiment of the present application;

fig. 9 is a schematic diagram of yet another cable management interface provided by an embodiment of the present application;

FIG. 10 is a schematic view of yet another cable management interface provided by an embodiment of the present application;

FIG. 11 is a schematic diagram of a cable management system provided in an embodiment of the present application;

FIG. 12 is a schematic illustration of yet another cable management interface provided by an embodiment of the present application;

FIG. 13 is a schematic view of yet another cable management interface provided by an embodiment of the present application;

fig. 14 is a flowchart of still another cable management method provided in an embodiment of the present application;

fig. 15 is a flowchart of an application method of a cable management platform according to an embodiment of the present application;

Fig. 16 is a flowchart of another application method of the cable management platform according to the embodiment of the present application.

Detailed Description

Embodiments of the present application are described in detail below, examples of which are illustrated in the accompanying drawings, wherein the same or similar reference numerals refer to the same or similar elements or elements having the same or similar functions throughout. The embodiments described below by referring to the drawings are exemplary and intended for the purpose of explaining the present application and are not to be construed as limiting the present application.

Fig. 1 is a schematic diagram of a cable management platform according to an embodiment of the present application, and as shown in fig. 1, the cable management platform may include an interface display module 100 and a cable overview module 200, where the interface display module 100 and the cable overview module 200 are all micro services.

The interface display module 100 is configured to display a cable management interface corresponding to the login account.

Optionally, after receiving the login request, the cable management platform may display a cable management interface corresponding to the login account. The login request may carry a login account, where the login account may belong to a city-level account or a provincial-level account, and the cable management interface may at least include a cable overview option.

A cable overview module 200 for:

in response to a selection operation for the cable overview option, cable information is displayed, which may include at least one of device information, channel information, line information, and an abnormal state.

In response to a selection operation for target cable information in the cable information, if the login account belongs to an account of a city level, distribution of the target cable information of the city level can be displayed in the map, and if the login account belongs to an account of a provincial level, distribution of the target cable information of the provincial level can be displayed in the map.

In summary, the embodiments of the present application provide a cable management platform, where a cable overview module in the cable management platform may display cable information in response to a selection operation for a cable overview option in a cable management interface. And can respond to the selection operation to the target cable information in the cable information, if the login account belongs to the account of the city level, the distribution of the target cable information of the city level is displayed in the map, and if the login account belongs to the account of the provincial level, the distribution of the target cable information of the provincial level is displayed in the map. That is, the cable management platform can display the distribution of the target cable information of the area to which the login account belongs according to the different areas to which the login account belongs, so that the account of the city level and the account of the province level can log in the same cable management platform together, and the flexibility of cable management of each city level and province level is improved.

Referring to fig. 2, the cable management platform may further include a login module 300 and a verification module 400, in which the login module 300 may receive a login account number and a login password. An account number input box, a password input box and a login button can be displayed in the login interface. The login module 300 receives a login account in the account input box, receives a login password in the password input box, and after receiving a selected operation for the login button, may send a login request to the authentication module 400. After the login account and the login password are successfully verified, the verification module 400 sends a display instruction to the interface display module 100, and after the interface display module 100 receives the display instruction, the cable management interface corresponding to the login account is displayed.

In an embodiment of the present application, the cable management interface may include at least a cable overview option, and after the interface display module 100 displays the cable management interface, the cable overview module 200 may display the functional layer in response to a selection operation for the cable overview option.

The function layer may include at least one of a device layer, a channel layer, a line layer, and an abnormal state layer. The device layer may include different types of devices, the channel layer includes different types of channels, the line layer includes different cabling, and the abnormal state layer includes different types of abnormal states.

Alternatively, different types of devices may include cable joints, cable terminals, on-line monitoring devices, etc., and exemplary on-line monitoring devices may include temperature sensors, humidity sensors, gas detection sensors, cameras, etc. The gas detection sensor may include an oxygen detection sensor, a carbon monoxide detection sensor, a methane detection sensor, a hydrogen sulfide detection sensor, and the like.

Different types of channels may include: tunnels, pipes, cable ducts, work wells, cable firewalls, cable bridges, cable end stations, vents, and the like. Different types of abnormal conditions may include fault, hidden trouble, fault, and alarm conditions. The hidden danger may include fire hidden danger, flood hidden danger, overheat hidden danger, external damage hidden danger, accessory equipment abnormality hidden danger and harmful gas hidden danger. The abnormal state may refer to an abnormal state of the device, an abnormal state of the channel, or an abnormal state of the cabling.

Referring to fig. 3, the cable management interface may include a cable panorama option 10, and the cable overview module 200 may display a cable overview option 11 after receiving a selection operation for the cable panorama option 10, and may further display a device layer 110, a channel layer 111, an abnormal state layer 112, and a line layer 113 in response to the selection operation for the cable overview option 11.

In the embodiment of the present application, after receiving the selection operation for the target functional layer in the functional layers, the cable overview module 200 may display the cable information in the target functional layer in response to the selection operation for the target functional layer.

If the target function layer includes a device layer, the cable overview module 200 may display a plurality of different types of devices after receiving a selection operation for the device layer, and optionally, the cable overview module 200 may display names of the plurality of different types of devices.

Referring to fig. 3, the cable overview module 200 may display the temperature 110a, the humidity 110b, the oxygen 110c, and the methane 110d after receiving a selection operation for the device layer 110.

If the target function layer includes a channel layer, the cable overview module may display a plurality of different types of channels after receiving a selection operation for the channel layer.

Referring to fig. 4, the cable overview module 200 may display the tunnel 111a, the pipe 111b, the cable pit 111c, and the work well 111d after receiving the selection operation for the channel layer 111.

If the target function layer includes an abnormal state layer, the cable overview module 200 may display a plurality of different types of abnormal states after receiving a selection operation for the abnormal state layer.

Referring to fig. 5, the cable overview module 200 may display the defect 112a, the hidden trouble 112b, the fault 112c, and the alarm 112d in response to a selection operation for the abnormal state layer 112.

If the target function layer includes a wire layer, the cable overview module may display a plurality of different cable wires after receiving a selection operation for the wire layer.

Wherein the plurality of different cabling may include new cabling and old cabling, the old cabling having a life span greater than a preset life span, the new cabling having a life span less than the preset life span.

In this embodiment of the present application, after displaying the cable information, the cable overview module 200 may respond to a selection operation for the target cable information in the cable information, if the login account belongs to an account of the city level, the distribution of the target cable information of the city level may be displayed in the map, and if the login account belongs to an account of the provincial level, the distribution of the target cable information of the provincial level may be displayed in the map.

For example, referring to fig. 5 and 6, after receiving the selection operation for the defect 112a, if the login account belongs to the account of the city level, the cable overview module 200 may display the distribution of the defect 112a in the city level in the map, and fig. 6 shows the distribution of four defects 112a in the city level in the map.

In the embodiment of the present application, the target cable information may be plural, and the cable overview module 200 may display the basic material of one target cable information in response to a selection operation for the one target cable information among the plural target cable information.

Wherein the base data of the one piece of target cable information may include at least a location of the one piece of target cable information. If the cable information includes a line or a channel, the basic data of one target cable information may include at least a start position and an end position of the target cable information. If the cable information includes an abnormal state, the basic data of one target cable information may include at least a position where the target abnormal state occurs, and the basic data may further include a total number and a duty ratio of the target abnormal state.

Alternatively, the cable overview module 200 may display a base item in the detail interface after receiving a selection operation for one target cable information, and the cable management platform may display the base of one target cable information in response to the selection operation for the base item.

Referring to fig. 7, if one target cable information includes a cable line, the basic data of the one target cable information may further include information of the voltage class, the phase, the operation and maintenance team, the cable type, the total length of the cable, the operation and maintenance unit, and the like. By way of example, the voltage level may be 110 kilovolts (kV), the phase may be ABC, the type of cable may be crosslinked polyethylene, and the total length of the cable may be 2790 kilometers (Km).

If one target cable information includes a tunnel, the basic data of the one target cable information may include information such as a code of the tunnel, a name of the tunnel, a place to which the tunnel belongs, an operation and maintenance unit of the tunnel, a commissioning date of the tunnel, a length of the tunnel, the number of through pipes, the number of work wells, and a status of the tunnel.

If the target cable information is in an abnormal state, the basic data of the target cable information at least can include the position of the target abnormal state. Optionally, the basic data of the target cable information may further include a device to which the target abnormal state belongs.

Alternatively, the cable overview module 200 may display information related to one target cable information in response to a selection operation for one target cable information among the plurality of target cable information.

If the target cabling information includes cabling, the information related to one target cabling may include statistics of devices located on the one target cabling, statistics of channels, and statistics of abnormal states. Wherein the statistics of the devices may include a total number of devices located on the one target cable line. The statistics of the channels may include the total number of channels located on the one target cable line, as well as the number of different channels. The statistics of abnormal states may include a total number of abnormal states located on the one target cable line and a number of different types of abnormal states.

Referring to fig. 7, the cable overview module 200 may also display options for cable joints, options for cable terminations, and options for on-line monitoring devices. The cable overview module 200 may display statistical information of cable joints located on the one target cable information (cabling) in response to a selection operation of options for the cable joints, display statistical information of cable terminals located on the one target cable information (cabling) in response to a selection operation of options for the cable terminals, and display statistical information of on-line monitoring devices located on the one target cable information (cabling) in response to a selection operation of options for the on-line monitoring devices.

The statistical information of the cable connectors may include at least the total number of cable connectors located on the one target cable information (cabling). The statistics of the cable terminals may comprise at least the total number of cable terminals located on the one target cable information (cabling). The statistics of the on-line monitoring device may include at least a total number of on-line monitoring devices located on the one target cable information (cabling).

Referring to fig. 2, the cable management platform may further include an abnormal state statistics module 500, the cable management interface may further include an abnormal state statistics option, and the abnormal state statistics module 500 may display an information statistics area of the abnormal state in response to a selection operation for the abnormal state statistics option.

Referring to fig. 8, the cable management interface may further include a cable statistics option 20, and the abnormal state statistics module 500 may display the abnormal state statistics option 21 upon receiving a selection operation for the cable statistics option 20, and may display an information statistics area of an abnormal state in response to the selection operation for the abnormal state statistics option 21.

The abnormal state statistics module 500 may receive the target abnormal state, the target line, and the target period in the information statistics area after displaying the information statistics area of the abnormal state.

Referring to fig. 8, the information statistics area may include a status selection box 210, a line selection box 211, and a time period selection box 212. The abnormal state statistics module 500 may receive the input target abnormal state in the state selection box 210, the target line in the line selection box 211, and the target time period in the time period selection box 212. For example, the target abnormal state may include a fire hazard.

Alternatively, the state selection box 210 may include a pull-down button, and the abnormal state statistics module 500 may display a plurality of abnormal states upon receiving a selection operation for the pull-down button, and display a target abnormal state in a display area of the state selection box 210 upon receiving a selection operation for the target abnormal state among the plurality of abnormal states.

The time period selection box 212 may include a start time selection box and an end time selection box, and the abnormal state statistics module 500 may receive a target start time from the start time selection box and a target end time from the end time selection box, whereby a target time period may be derived based on the target start time and the target end time.

Referring to fig. 8, the information statistics area may further include a query button 213 for a target abnormal state, and the abnormal state statistics module 500 may generate a statistics instruction for the target abnormal state if a selection operation for the query button 213 is received after receiving the target abnormal state, the target line, and a target period of time for which the target abnormal state occurs in the information statistics area. Further, the abnormal state statistics module 500 may respond to the statistics instruction, if the login account belongs to an account of the city level, may display a trend of a change of the target abnormal state of the target line in the city level in the target time period, and if the login account belongs to an account of the provincial level, may display a trend of a change of the target abnormal state of the target line in the provincial level in the target time period.

Alternatively, the information statistics area may include a trend display area in which the abnormal state statistics module 500 may display a trend of the change of the abnormal state of the target located on the target line over the target period.

The abnormal state statistics module 500 may determine a total number of abnormal states of the target line at each time, and may display a trend of the total number of abnormal states of the target line at the plurality of times.

In the embodiment of the present application, the abnormal state statistics module 500 may further display information about the abnormal state of the target located on the target line in the target period. The related information may include a sequence number of the target abnormal state, a line to which the target abnormal state belongs, a discovery time, a type of the target abnormal state, a description of the target abnormal state, and a handling state.

Referring to fig. 8, if the target abnormal state includes a hidden trouble, the related information may include a serial number of the hidden trouble, a line to which the hidden trouble belongs, a discovery time of the hidden trouble, a hidden trouble type, a hidden trouble description, and a hidden trouble handling state.

For example, the number of hidden danger may be 101, the belonging line may be an a line, the hidden danger discovery time may be 2021-3-10, the hidden danger type may be fire, and the hidden danger disposal state may be processed.

Alternatively, the abnormal state statistics module 500 may also display the cause of occurrence of each target abnormal state in the information statistics area.

Referring to fig. 2 and 9, the cable management platform may further include a cable statistics module 600, where the cable statistics module 600 may be configured to display, in response to a selection operation for the cable statistics option 20, statistics of the first target unit in the district level in the cable statistics area if the login account belongs to an account of the district level, and display, in the cable statistics area, statistics of the first target unit in the provincial level if the login account belongs to an account of the provincial level.

Wherein the first target unit may comprise a device, a channel or a line, and the statistical information of the first target unit may comprise at least a total number of the first target unit.

Referring to fig. 9, the cabling statistics options 20 may also include a cabling statistics option 22, and the cabling statistics module 600 may include a cabling statistics module that may display cabling statistics information in the cabling statistics area in response to a selection operation for the cabling statistics option 22. The statistical information of the cable lines can further include total number of the cable lines, total length of a plurality of cable lines, number of overload lines, change trend of lengths of cables with different voltage levels, statistical graphs of the number of the cables arranged in a plurality of channels and statistical graphs of cable lengths of a plurality of cable lines.

Referring to fig. 9, the cabling statistics module may display a total length of cabling display box 220, a total number of cabling display box 221, a number of overloaded cabling display box 222, and a statistics of lengths of a plurality of cabling 223 in a cabling statistics area. The cabling statistics module may display the total length of cabling in a total length display box 220 of the cabling: 33259Km, the total number of cabling is displayed in a total number of cabling display box 221: 9, the number of overload lines is displayed in the number of overload lines display box 222: 0 bars.

Referring to fig. 9, a statistical plot 223 of the lengths of the plurality of cabling, which may be a bar chart, may be a cabling on a horizontal axis, may include three cabling a through C, and may be the total length of the cabling on a vertical axis.

Referring to fig. 9, the cable statistics option 20 may further include an online monitoring device statistics option 23, the cable statistics area may further include an online detection device statistics area, the cable statistics module 600 may further include an online monitoring device statistics module that may receive an online monitoring device of a target type from the online monitoring device statistics area and may display statistics of the online monitoring device of the target type. The statistics of the on-line monitoring device of the target type may further include an operation period of the on-line monitoring device of the target type and an increasing trend of the number of on-line monitoring devices of the target type.

If the on-line monitoring device of the target type is plural, the operation period of the on-line monitoring device of the target type may be the longest operation period among the on-line monitoring devices of the plural target types. By way of example, the on-line detection device of the target type may include a temperature sensor.

Referring to fig. 10, the cable management interface may further include a visualization function option 30, and the cable management platform may further include a visualization function module 700, and the visualization function module 700 may display a visualization function area in response to a selection operation for the visualization function option 30 and play a target history video in the visualization function area in response to a selection operation for the target history video received in the visualization function area.

Optionally, the visualization function area may further include a first selection box 310 and a video selection box 311 for the camera, where after the reference camera is selected in the first selection box 310, the visualization function module 700 displays the historical video shot by the reference camera in a plurality of historical time periods in the video selection box 311. Further, after a target historical video of the plurality of historical videos, the target historical video may be played in the video display area 312 in the visualization function area.

In the embodiment of the present application, the visualization function module 700 may adjust at least one of the light intake amount, the photographing range, and the focus of the target camera in response to the adjustment operation for the target camera.

Referring to fig. 10, a second selection box 313 for cameras may also be displayed in the visualization function area, and the cable management platform may select a target camera in the second selection box 313. Also, an aperture adjustment region 314, a zoom adjustment region 315, and a focus adjustment region 316 may be displayed in the visualization function region. The zoom-in and zoom-out buttons are provided in each of the aperture adjustment area 314, the zoom-out and zoom-in adjustment area 315 and the focus adjustment area 316, and the visualization function module 700 may increase the amount of light input from the target camera in response to a selection operation for the zoom-in button in the aperture adjustment area 314 and decrease the amount of light input from the target camera in response to a selection operation for the zoom-out button in the aperture adjustment area 314.

The visualization function module 700 may expand the photographing range of the target camera in response to a selection operation for the increase button in the zoom adjustment area 315, and reduce the photographing range of the target camera in response to a selection operation for the decrease button in the zoom adjustment area 315.

The visualization function module 700 may zoom in on the focus of the target camera in response to a selection operation for the zoom-in button in the focus adjustment area 316, and decrease the focus of the target camera in response to a selection operation for the zoom-in button in the focus adjustment area 316.

Referring to fig. 2, the cable management platform may further include a data entry module 800, the data entry module 800 may receive application data, which may include ledger class data, operation and maintenance class data, or on-line monitoring class data. If the application data is detected to be accurate, the data entry module 800 may store the application data. If an abnormality is detected in the application data, the data entry module 800 may send a prompt message for prompting that the abnormality exists in the application data.

The ledger class data may include ledger data of the device, ledger data of the channel, and ledger data of the cable line. By way of example, the ledger data for a cable line may include the voltage class of the cable, the identity of the cable, the number of the cable, the class of the cable, the type of cable, the total length of the cable, etc. The ledger data of the online monitoring device may include the number of the online monitoring device, the setting position of the online monitoring device, data detected by the online monitoring device, and the like.

The operation and maintenance data can comprise inspection records, fault records, defect records, hidden trouble records and the like. The on-line monitoring class data may include data detected by the on-line monitoring device, time of data detection, and a label of the on-line monitoring device.

Optionally, the tour record may include tour number, cable line name, voltage level of the cable, tour range, tour content, tour type, operation and maintenance team, operation and maintenance unit, tour period, last tour completion time, remark information, and the like. The fault records may include fault numbers, fault presentation, fault description, time period during which the fault occurred, voltage class of the cable, fault location, fault category, line on which the fault is located, fault disposition results, and the like.

The defect record may include defect number, defect display, voltage level of the cable, defect description, location where the defect occurred, person who found the defect, team handling the defect, time to handle the defect, etc.

The hidden danger record may include a hidden danger number, a line in which the hidden danger is located, a voltage level of a cable, a manner in which the hidden danger is found, a location of the hidden danger, a local city to which the hidden danger belongs, an operation and maintenance team to which the hidden danger belongs, a type of the hidden danger, a level of the hidden danger, a source of the hidden danger, equipment affected by the hidden danger, description of the hidden danger, a person who finds the hidden danger, a department in which the person who finds the hidden danger is located, a found date and a hidden danger photograph, and the like.

Referring to fig. 11, the cable management platform 01 may establish a communication connection with the on-line monitoring device 02, the mobile terminal 03, and the service system 04, and may receive application data transmitted from the on-line monitoring device, the mobile terminal, and the service system. The business system may include, among other things, a device management system (plant management system, PMS), an intelligent scheduling management system (outage management system, OMS), and an EMS being an energy management system.

The on-line monitoring device 02 is configured to send on-line monitoring class data to the cable management platform 01. The mobile terminal 03 is used for sending operation and maintenance class data to the cable management platform 01, and the service system is used for sending on-line monitoring class data, operation and maintenance class data and ledger class data to the cable management platform 01.

In this embodiment of the present application, if the data entry module 800 detects that the application data is accurate, it may determine a storage template of the application data based on the type of the application data and the object to which the application data belongs, and store the application data based on the storage template.

The types of the application data can comprise a ledger class, an operation and maintenance class and an online monitoring class, and the objects to which the application data belong can comprise equipment, cable lines and channels.

The cable management platform may also include a storage module, which may be a database in the application management platform. The data entry module 800 may obtain the first correspondence from the storage module after determining that the application data is accurate, determine, based on the type of the application data and the object to which the application data belongs, a storage template corresponding to the type of the application data and the object to which the application data belongs from the first correspondence, and store the application data based on the storage template.

Optionally, if the type of the application data is a ledger type and the object to which the application data belongs is a cable line, the storage template of the application data may be as shown in table 1, and the storage template of the application data may include a cable number, a voltage level, a cable type, a total length of the cable, a start position and an end position.

TABLE 1

Cable numbering

Voltage class

Cable type

Total length of cable

Starting position

End position

101

35KV

Oil immersed type

102

110KV

Crosslinked polyethylene

1000

It will be appreciated that referring to table 1 above, if the application data includes only the cable number: 101, voltage class: 35KV, cable type: oil immersed, the data entry module 800 stores the cable number of the application data according to the storage template: 101, voltage class: 35KV, cable type: the oil immersed type cable is empty in total length, starting point position and end point position.

If the application data includes: cable number: 102, voltage class: 110KV, cable type: crosslinked polyethylene, total cable length: 1000, the data entry module 800 may store the cable number of the application data according to the storage template: 102, voltage class: 110KV, cable type: crosslinked polyethylene, total cable length: 1000, the starting position and the ending position are both empty.

For application data of the same object sent by different cities, the cable management platform can adopt a unified memory template to store the application data, so that the uniformity of the application data storage of the same object is ensured.

In this embodiment of the present application, after receiving the application data, the data entry module 800 may further determine a verification rule of the application data based on the type of the application data and the object to which the application data belongs. If the application data does not accord with the check rule, the abnormality of the application data can be determined, and if the application data accords with the check rule, the accuracy of the application data can be determined.

The storage module may store in advance a second correspondence between a type of the data and an object to which the data belongs and the check rule, and the data entry module 800 obtains the second correspondence from the storage module after receiving the application data, determines, based on the type of the application data and the object to which the application data belongs, the check rule corresponding to the type of the application data and the object to which the application data belongs from the second correspondence, and determines whether the application data is accurate based on the check rule.

Optionally, if the type of the application data is a ledger type and the object to which the application data belongs is a cable line, the verification rule of the application data may be that the voltage class is equal to a voltage range within a preset voltage range. The preset voltage range may be, for example, 0KV-2000KV. The data entry module 800 may detect whether the voltage level in the application data is within a preset voltage range, and if the voltage level is within the preset voltage range, determine that the application data is accurate. If the voltage in the application data is equal to or outside the preset voltage range, it can be determined that the application data is abnormal.

For example, if the voltage level in the application data is 35KV, the preset voltage range may be 0KV-2000KV, and since the 35KV is located within 0KV-2000KV, the cable management platform may determine that the application data is accurate.

If the type of the application data is an operation and maintenance class and the object to which the application data belongs is a cable line, the verification rule of the application data may be: the voltage class is equal to lie within a preset voltage range.

If the type of the application data is an online monitoring type and the object to which the application data belongs is an online monitoring device (for example, a temperature sensor), the verification rule of the application data may be that the value of the data detected by the online monitoring device is within a preset value range. The cable management platform can detect whether the numerical value in the application data is in a preset numerical value range, and if the numerical value is in the preset numerical value range, the application data can be determined to be accurate. If the value in the application data is equal to or outside the preset value range, it can be determined that the application data is abnormal.

By way of example, the on-line monitoring device may include a partial discharge detector, a ground monitor, an oxygen sensor, a hydrogen sulfide sensor, a methane sensor, a carbon monoxide sensor, and a liquid level sensor, the data detected by the partial discharge detector may include an a-phase discharge amount and an a-discharge frequency, and the data detected by the ground monitor may include a ground current. The data detected by the oxygen sensor may include an oxygen concentration and the data detected by the hydrogen sulfide sensor may include a hydrogen sulfide concentration. The data detected by the methane sensor may include a methane concentration, and the data detected by the carbon monoxide sensor may include a carbon monoxide concentration, a liquid level value in the liquid level sensor. The upper limit value of the preset numerical range corresponding to the concentration of the carbon monoxide can be 30mg/m ³ 。

The cable management interface may also include cable ledger options and cable management options, referring to fig. 2, the cable management platform may include a cable ledger module 900 and a cable management module 1000. The cable ledger module 900 may respond to the selection operation for the cable ledger option, if the login account belongs to an account number of the city level, the cable ledger module 900 may display ledger data of the second target unit in the city level in the ledger function area, and if the login account belongs to an account number of the province level, the cable ledger module 900 may display ledger data of the second target unit in the province level in the ledger function area. Wherein the second target unit may comprise a device, a channel or a line.

Referring to fig. 12, the cable ledger option 40 may include a cable line ledger option 41, a channel ledger option 42, and an online monitoring device ledger option 43, and the cable ledger module 900 may display ledger data of a cable line in a city level in a ledger function area if a login account belongs to an account number of the city level in response to a selection operation for the cable line ledger option 41, and may display ledger data of a cable line in the province level in the ledger function area if the login account belongs to an account number of the province level.

The ledger data of the cable line can include ledger data of the cable line, ledger data of a cable section, ledger data of a cable joint, ledger data of a cable terminal, ledger data of a cable branch box, ledger data of a cable cross-connection box and the like.

The ledger functionality may include a cabling option 410, a cable section option 412, a cable joint option 413, a cable termination option 414, and a cable grounding box option 415. Referring to fig. 11, the cable ledger module 900 may display ledger data for a cable line in response to a selection operation for the cable line option 410.

The cable ledger module 900 may display ledger data for cable segments in response to a selection operation for the cable segment option 412. The cable ledger module 900 may display ledger data for a cable splice in response to a selection operation for the cable splice option 413. The cable ledger module 900 may display ledger data for a cable terminal in response to a selection operation for the cable terminal option 414. The cable ledger module 900 may display ledger data for a cable grounding box in response to a selection operation for the cable grounding box option 415.

In this embodiment of the present application, in response to a selection operation for the channel ledger option 42, if the login account belongs to an account number of the city level, the cable ledger module 900 may display ledger data of the channel in the city level in the ledger function area, and if the login account belongs to an account number of the provincial level, the cable ledger module 900 may display ledger data of the channel in the provincial level in the ledger function area. The ledger data of the channel can comprise ledger data of the tunnel, ledger data of the pipeline, ledger data of the work well and the like.

In response to a selection operation for the online monitoring device ledger option, the cable ledger module 900 may display ledger data of the online monitoring device in the city level in the ledger function area if the login account belongs to an account of the city level, and may display ledger data of the online monitoring device in the province level in the ledger function area if the login account belongs to an account of the province level.

Referring to fig. 2 and 13, the cable management module 1000 may display the operation and maintenance data of the third target unit in the district level in the cable management function area if the login account belongs to the account of the district level in response to the selection operation for the cable management option 50, and may display the operation and maintenance data of the third target unit in the provincial level in the cable management function area if the login account belongs to the account of the provincial level. The third target unit may comprise a device, channel or line.

Referring to fig. 13, the cable management options 50 may include a cable fault management option 51, a cable hazard management option 52, a cable defect management option 53, a cable alarm management option 54, and a cable patrol management option 55.

The cable management function area may include a cable operation management area, a cable fault management area, a cable hidden trouble management area, a cable defect management area, a cable alarm management area, and a cable inspection management area.

The cable management module 1000 displays a fault registration option, a fault handling option, and a fault query option in the cable fault management area in response to a selection operation for the cable fault management option 51.

The cable management module 1000 may register fault information of the third target unit in the ground city level in the cable fault management function area if the login account belongs to the account of the ground city level in response to a selection operation for the fault registration option. If the login account belongs to the provincial account, fault information of a third target unit in the provincial level can be registered in the cable fault management function area.

The cable management module 1000 may respond to the selection operation for the fault handling option, and if the login account belongs to the account of the ground city, may upload the fault handling result of the third target unit in the ground city in the cable fault management function area. If the login account belongs to the provincial account, the fault processing result of the third target unit in the provincial level can be uploaded in the cable fault management function area.

The cable management module 1000 may query the cable fault management function area for fault information of the third target unit in the ground city level if the login account belongs to the account of the ground city level in response to the selection operation for the fault query option. If the login account belongs to the provincial account, the fault information of the third target unit in the provincial level can be queried in the cable fault management function area.

Referring to fig. 13, the cable management module 1000 displays a hidden danger registration option 520, a hidden danger approval option 521, a hidden danger disposal option 522, and a hidden danger query option 523 in the cable hidden danger management area in response to a selection operation for the cable hidden danger management option 52.

The cable management module 1000 may respond to the selection operation for the hidden danger registration option 530, if the login account belongs to an account of the city level, register the hidden danger record of the third target unit in the city level in the cable hidden danger management function area, and if the login account belongs to an account of the provincial level, register the hidden danger record of the third target unit in the provincial level in the cable hidden danger management function area.

Referring to fig. 13, the hidden trouble record may include a hidden trouble number, a line name, a channel name, a voltage level, a place of sale, and a discovery manner of hidden trouble.

Optionally, the cable management module 1000 may also receive hidden danger data newly added in the cable hidden danger management function area.

The cable management module 1000 may further respond to the selection operation for the hidden danger approval option 531, if the login account belongs to an account of the city level, may display the approval option of the hidden danger of the third target unit in the city level in the cable hidden danger management function area, and if the login account belongs to an account of the provincial level, may display the approval option of the hidden danger of the third target unit in the provincial level in the cable hidden danger management function area, so as to facilitate the auditor to approve the hidden danger.

The cable management module 1000 may respond to the selection operation for the hidden danger disposal option 532, if the login account belongs to an account of the ground city level, may display a disposal state of the hidden danger of the third target unit in the ground city level in the cable hidden danger management function area, and if the login account belongs to an account of the provincial level, may display the disposal state of the hidden danger of the third target unit in the provincial level in the cable hidden danger management function area.

The cable management module 1000 may respond to the selection operation for the hidden danger query option 533, if the login account belongs to an account of the city level, query the cable hidden danger management function area for the hidden danger of the third target unit in the city level, and if the login account belongs to an account of the provincial level, query the cable hidden danger management function area for the hidden danger of the third target unit in the provincial level.

The cable management module 1000 displays a defect registration option, a defect handling option, and a defect query option in the cable fault management area in response to a selection operation for the cable fault option 53.

The cable management module 1000 may register defect information of the third target unit in the ground city level in the cable defect management function area if the login account belongs to the account of the ground city level in response to a selection operation for the defect registration option. If the login account belongs to the provincial account, the defect information of the third target unit in the provincial level can be registered in the cable defect management function area.

The cable management module 1000 may respond to the selection operation for the defect processing option, and if the login account belongs to the account of the city level, may upload the defect processing result of the third target unit in the city level in the cable defect management function area. If the login account belongs to the provincial account, the defect processing result of the third target unit in the provincial level can be uploaded in the cable defect management function area.

The cable management module 1000 may query the cable defect management function area for defect information of the third target unit in the ground city level if the login account belongs to the account of the ground city level in response to the selection operation for the defect query option. If the login account belongs to the provincial account, the defect information of the third target unit in the provincial level can be queried in the cable defect management function area.

In response to a selection operation for the cable alert option 54, the cable management module 1000 may display an alert record for a third target unit in the ground level in the cable alert management function if the login account belongs to an account of the ground level. If the login account belongs to the provincial account, the alarm record of the third target unit in the provincial level can be displayed in the cable alarm management function area.

The cable management module 1000 may display a patrol cycle maintenance option, a patrol plan option, and a patrol task maintenance option in the cable patrol management zone in response to the cable patrol management option 55.

The cable management module 1000 may respond to the selection operation for the patrol cycle maintenance option, and if the login account belongs to the account of the city level, may display a patrol cycle maintenance list of the third target unit in the city level in the cable patrol management interface. If the login account belongs to the provincial account, a patrol period maintenance list of a third target unit in the provincial level can be displayed in the cable patrol management interface.

Wherein, the patrol period maintenance list may include: single number, voltage class, line name, patrol scope, patrol content, patrol type, operation and maintenance team, operation and maintenance unit, patrol period, period unit, last patrol completion time and remarks.

The cable management module 1000 may respond to the selection operation for the tour plan option, and if the login account belongs to an account of the city level, may display a tour plan list of a third target unit in the city level in the cable tour management interface. If the login account belongs to the city-level account, a patrol plan list of a third target unit in the provincial level can be displayed in the cable patrol management interface.

The patrol plan list may include a patrol list number, an expiration reminder, a planned patrol time, a voltage level, a line name, a patrol type, a patrol range, an operation and maintenance unit, an operation and maintenance team, patrol contents, a planned state, and remarks.

The cable management module 1000 may respond to the selection operation for the patrol task maintenance option, and if the login account belongs to the account of the city level, may display a patrol task maintenance list of a third target unit in the city level in the cable patrol management interface. If the login account belongs to the city-level account, a patrol task maintenance list of a third target unit in the provincial level can be displayed in the cable patrol management interface. The patrol task maintenance list may include a single number, a reminder status, a task type, a voltage level, a line name, a patrol type, an operation and maintenance team, an operation and maintenance unit, a planned patrol time, an actual patrol time, a task status, an out-of-date reason, and a status.

In the embodiment of the application, the cable management platform can further comprise a live detection management module, an emergency management module and a power protection management module.

In this embodiment of the present application, the interface display module 100, the cable overview module 200, the login module 300, the verification module 400, the abnormal state statistics module 500, the cable statistics module 600, the visualization function module 700, the data entry module 800, the cable ledger module 900 and the cable management module 1000 may be micro services, and any two modules may communicate with each other by adopting a lightweight communication mechanism, and each module may be deployed in the cable management platform independently.

Alternatively, any two modules may communicate with each other based on a representational state transfer application program interface (representational state transfer application programming interface, rest API) of the hypertext transfer protocol (hyper text transfer protocol, HTTP).

Referring to fig. 14, the interface display module 100 may include an interface presentation sub-module 101 and an interface aggregation sub-module 102, and the cable overview module 200 may include a cable overview presentation sub-module 201 and a cable overview aggregation module 202.

Abnormal state statistics module 500 may include state statistics display sub-module 501 and state statistics aggregation sub-module 502, cable statistics module 600 may include cable statistics display sub-module 601 and cable statistics aggregation sub-module 602, visualization function module 700 may include visualization display sub-module 701 and visualization aggregation sub-module 702, cable ledger module 900 may include cable ledger display sub-module 901 and cable ledger aggregation sub-module 902, and cable management module 1000 may include cable management display sub-module 10001 and cable management aggregation sub-module 1002.

The cable management platform may include a presentation layer, a service layer, and a data storage layer. Referring to fig. 14, the presentation layer may include an interface presentation sub-module 101, a cable overview presentation sub-module 201, a login module 300, a status statistics presentation sub-module 501, a cable statistics presentation sub-module 601, a visualization presentation sub-module 701, a cable ledger presentation sub-module 901, and a cable management presentation sub-module 10001.

The service layer may include a data forwarding module 001, an interface aggregation sub-module 102, a cable overview aggregation sub-module 202, a verification module 400, a status statistics aggregation sub-module 502, a cable statistics aggregation sub-module 602, a visualization aggregation sub-module 702, a cable ledger aggregation sub-module 902, and a cable management aggregation sub-module 1002.

The data storage layer may include a database 002. The modules included in the display layer, the service layer and the data storage layer can be micro-services, so that the front end and the rear end of the cable management platform can be designed, developed and deployed separately, self-adaptive display through a computer end and a mobile end is realized, independent deployment can be realized, and the multiplexing degree is improved.

For each of the interface display sub-module 101, the cable overview display sub-module 201, the login module 300, the state statistics display sub-module 501, the cable statistics display sub-module 601, the visualization display sub-module 701, the cable ledger display sub-module 901 and the cable management display sub-module 10001, the sub-module may send an interface acquisition request to a corresponding sub-module in a service layer through the data forwarding module 001, and the sub-module in the service layer may acquire data from a database and aggregate to generate an interface based on the acquired data, and further send the interface to the sub-module through the data forwarding module 001, so that the sub-module displays the interface.

Optionally, after receiving the display instruction sent by the verification module 400, the interface display sub-module 201 may send an interface acquisition request to the interface aggregation module 102 through the data forwarding module 001, and after receiving the request sent by the interface display sub-module 101, the interface aggregation sub-module 102 may acquire data from a database and generate a cable management interface based on the acquired data, and then send the cable management interface to the interface display sub-module 201 for display through the data forwarding module 001.

In embodiments of the present application, the data in the database may include structured data, unstructured data, cached data, and a running log of micro services, which may be stored on different servers. The cache data stores information related to the user token and the login account, the structured data stores a relation data table required by each module, and unstructured data stores related pictures, reports and standard files generated by defects, hidden dangers, faults, inspection tasks and the like. The running log of the micro service is stored in the ES (elasticsearch) server, thereby improving the retrieval efficiency.

The cable management platform may further include: and the flow engine module is used for providing basic services for workflow operation and providing flow engine services for each micro service.

In an embodiment of the present application, the cable management platform may further include: the system comprises a public report module, a standard library retrieval module and a file operation module. The public report module, the standard library retrieval module and the file operation module are all micro-services, and in the process of generating an interface, the aggregation submodules can also generate the query condition of the form through the public report module and realize the dynamic display of the form.

In the process of generating the interface, the aggregation submodules can also realize the functions of searching, inquiring and displaying files such as hidden danger management, defect treatment and the like through the standard library searching module. In the process of generating the interface, the aggregation submodules can also realize the operation functions of uploading, downloading, browsing and the like of the stored file through the file operation module.

All modules in the cable management platform are micro-services, so that risks brought by single framework services in the large and medium-sized project development process can be avoided, the modules have high cohesion, low coupling and single responsibility, each module can independently operate and can mutually collect communication services, reliability and expansibility of the cable management platform are improved, and cables of various market levels and provinces can be conveniently processed, integrated and displayed. Through REST API mode or RPC framework, the combination of event stream and message agent communicate with each other, realizing the lightweight communication mechanism of mutual collaboration between services.

In addition, the micro-service deployment is quick to start, weak in application coupling and strong in fault tolerance, and has the advantages of convenience in management, simplicity in maintenance, no need of restarting the service to take effect immediately and the like. The unavailability of a single server or a single microservice can be quickly disaster-tolerant without affecting the robustness of the overall system.

The distributed log link tracking is adopted, so that the observability of the system log is improved, the problem can be quickly positioned, and the running condition of the cable management platform can be conveniently checked in real time.

In summary, embodiments of the present application provide a cable management platform that may display cable information in response to a selection operation for a cable overview option in a cable management interface. And can respond to the selection operation to the target cable information in the cable information, if the login account belongs to the account of the city level, the distribution of the target cable information of the city level is displayed in the map, and if the login account belongs to the account of the provincial level, the distribution of the target cable information of the provincial level is displayed in the map. That is, the cable management platform can display the distribution of the target cable information of the area to which the login account belongs according to the different areas to which the login account belongs, so that the account of the city level and the account of the province level can log in the same cable management platform together, and the flexibility of cable management of the city level and the province level is improved.

Fig. 15 is a flowchart of an application method of a cable management platform according to an embodiment of the present application, as shown in fig. 15, the method may include:

step 1501, displaying a cable management interface corresponding to the login account.

The login account comprises a city-level account or a provincial-level account, and the cable management interface at least comprises a cable overview option.

Step 1502, in response to a selection operation for the cable overview option, cable information is displayed.

The cable information includes at least one of device information, channel information, line information, and an abnormal state;

in step 1503, in response to a selection operation for the target cable information in the cable information, if the login account belongs to an account of the city level, the distribution of the target cable information in the city level is displayed on the map, and if the login account belongs to an account of the provincial level, the distribution of the target cable information in the provincial level is displayed on the map.

In summary, the embodiments of the present application provide an application method of a cable management platform, where the cable management platform may display cable information in response to a selection operation for a cable overview option in a cable management interface. And can respond to the selection operation to the target cable information in the cable information, if the login account belongs to the account of the city level, the distribution of the target cable information of the city level is displayed in the map, and if the login account belongs to the account of the provincial level, the distribution of the target cable information of the provincial level is displayed in the map. That is, the cable management platform can display the distribution of the target cable information of the area to which the login account belongs according to the different areas to which the login account belongs, so that the account of the city level and the account of the province level can log in the same cable management platform together, and the flexibility of cable management of the city level and the province level is improved.

Fig. 16 is a flowchart of an application method of a cable management platform according to an embodiment of the present application, as shown in fig. 16, the method may include:

step 1601, displaying a cable management interface corresponding to the login account.

The cable management platform may display a cable management interface corresponding to the login account, where the login account includes a city-level account or a provincial-level account, and the cable management interface includes at least a cable overview option.

Step 1602, in response to a selection operation for the cable overview option, displays a functional layer.

The cable management platform may display the functional layers in response to a selection operation for the cable overview option. The functional layer comprises: at least one of a device layer, a channel layer, a line layer, and an abnormal state layer. The device layer comprises different types of devices, the channel layer comprises different types of channels, the line layer comprises different cable lines, and the abnormal state layer comprises different types of abnormal states.

Step 1603, in response to the selection operation for the target functional layer in the functional layers, displaying the cable information in the target functional layer.

The cable management platform may display cable information in a target functional layer in response to a selection operation for the target functional layer in the functional layers.

Optionally, the plurality of target cable information may be provided, and the cable management platform may display the base material of one target cable information in response to a selection operation for one target cable information of the plurality of target cable information. Wherein the basic data of one target cable information at least comprises the position of one target cable information.

Step 1604, responding to a selection operation for the target cable information in the cable information, if the login account belongs to the account of the city level, displaying the distribution of the target cable information in the city level on the map, and if the login account belongs to the account of the provincial level, displaying the distribution of the target cable information in the provincial level on the map.

Step 1605, in response to the selection operation for the abnormal state statistics option, displaying the information statistics area of the abnormal state.

Step 1606, receive the target anomaly status, the target route, and the target time period in the information statistics area.

Step 1607, responding to the statistical instruction aiming at the target abnormal state, if the login account belongs to the account of the city level, displaying the change trend of the target abnormal state of the target line in the city level in the target time period, and if the login account belongs to the account of the province level, displaying the change trend of the target abnormal state of the target line in the province level in the target time period.

Optionally, the cable management interface further includes: the cable statistics options, the cable management platform may further respond to a selection operation for the cable statistics options, if the login account belongs to an account of a city level, the statistics information of the first target unit in the city level is displayed in the cable statistics area, and if the login account belongs to an account of a provincial level, the statistics information of the first target unit in the provincial level is displayed in the cable statistics area.

Optionally, the cable management interface further includes: visual function options; the cable management platform may also display the visual function area in response to a selection operation for the visual function option, and play the target historical video in the visual function area in response to a selection operation for the target historical video received in the visual function area. At least one of an amount of light entering, a shooting range, and a focus of the target camera is adjusted in response to an adjustment operation for the target camera.

Optionally, the cable management interface further includes: the cable ledger option and the cable management option, the cable management platform may respond to a selection operation for the cable ledger option, if the login account belongs to an account number of a ground city level, display ledger data of a second target unit in the ground city level in the ledger function area, and if the login account belongs to an account number of a provincial level, display ledger data of the second target unit in the provincial level in the ledger function area. And responding to the selection operation aiming at the cable management options, if the login account belongs to the account of the city level, displaying the operation and maintenance data of the third target unit in the city level in the cable management functional area, and if the login account belongs to the account of the province level, displaying the operation and maintenance data of the third target unit in the province level in the cable management functional area. Wherein the second target unit and the third target unit each comprise a device, channel or line.

Optionally, the cable management platform may further receive application data, where the application data includes ledger data, operation and maintenance data or online monitoring data, if the application data is detected to be accurate, the application data is stored, and if the application data is detected to be abnormal, prompt information is sent.

Alternatively, the cable management platform may determine a storage template of the application data based on the type of the application data and the object to which the application data belongs, and store the application data based on the storage template.

Optionally, after receiving the application data, the cable management platform may further determine a verification rule of the application data based on a type of the application data and an object to which the application data belongs. If the application data does not accord with the check rule, determining that the application data has abnormality. If the application data accords with the verification rule, the application data is determined to be accurate.

It should be noted that, the specific implementation manners of the steps 1501 to 1502 and the steps 1601 to 1607 may refer to the embodiments of the cable management platform, which are not described herein.

It should be noted that the logic and/or steps represented in the flowcharts or otherwise described herein, for example, may be considered as a ordered listing of executable instructions for implementing logical functions, and may be embodied in any computer-readable medium for use by or in connection with an instruction execution system, apparatus, or device, such as a computer-based system, processor-containing system, or other system that can fetch the instructions from the instruction execution system, apparatus, or device and execute the instructions. For the purposes of this description, a "computer-readable medium" can be any means that can contain, store, communicate, propagate, or transport the program for use by or in connection with the instruction execution system, apparatus, or device. More specific examples (a non-exhaustive list) of the computer-readable medium would include the following: an electrical connection (electronic device) having one or more wires, a portable computer diskette (magnetic device), a Random Access Memory (RAM), a read-only memory (ROM), an erasable programmable read-only memory (EPROM or flash memory), an optical fiber device, and a portable compact disc read-only memory (CDROM). In addition, the computer readable medium may even be paper or other suitable medium on which the program is printed, as the program may be electronically captured, via, for instance, optical scanning of the paper or other medium, then compiled, interpreted or otherwise processed in a suitable manner, if necessary, and then stored in a computer memory.

It is to be understood that portions of the present application may be implemented in hardware, software, firmware, or a combination thereof. In the above-described embodiments, the various steps or methods may be implemented in software or firmware stored in a memory and executed by a suitable instruction execution system. For example, if implemented in hardware, as in another embodiment, may be implemented using any one or combination of the following techniques, as is well known in the art: discrete logic circuits having logic gates for implementing logic functions on data signals, application specific integrated circuits having suitable combinational logic gates, programmable Gate Arrays (PGAs), field Programmable Gate Arrays (FPGAs), and the like.

In the description of the present specification, a description referring to the terms "optional," "some embodiments," "examples," "specific examples," or "some examples," etc., means that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the present application. In this specification, schematic representations of the above terms do not necessarily refer to the same embodiments or examples. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples.

Furthermore, the terms "first," "second," and the like, as used in embodiments of the present application, are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated in the present embodiment. Thus, a feature of an embodiment described herein that is termed a "first," "second," etc., may explicitly or implicitly indicate that at least one such feature is included in the embodiment. In the description of the present application, the word "plurality" means at least two or more, for example, two, three, four, etc., unless explicitly defined otherwise in the embodiments.

Although embodiments of the present application have been shown and described above, it will be understood that the above embodiments are illustrative and not to be construed as limiting the application, and that variations, modifications, alternatives, and variations may be made to the above embodiments by one of ordinary skill in the art within the scope of the application.

Claims

1. A cable management platform, the cable management platform comprising: the system comprises an interface display module and a cable overview module, wherein the interface display module and the cable overview module are micro services;

The interface display module is used for displaying a cable management interface corresponding to a login account, wherein the login account comprises a city-level account or a provincial-level account, and the cable management interface at least comprises a cable overview option;

the cable overview module is used for:

displaying cable information in response to a selection operation for the cable overview option, the cable information including at least one of device information, channel information, line information, and an abnormal state;

2. The cable management platform of claim 1, wherein the cable overview module is configured to:

Responding to the selection operation of a target functional layer in the functional layers, and displaying cable information in the target functional layer;

3. The cable management platform of claim 1, wherein the target cable information is a plurality of, the cable overview module further configured to:

displaying basic data of one target cable information in response to a selection operation for the one target cable information among a plurality of the target cable information;

wherein the base data of the one piece of target cable information includes at least a position of the one piece of target cable information.

4. A cable management platform according to any one of claims 1 to 3, wherein the cable management interface further comprises: counting options in abnormal states; the cable management platform further comprises: the abnormal state statistics module is a micro-service; the abnormal state statistics module is used for:

Responsive to a selection operation for the abnormal state statistics option, displaying an information statistics area of the abnormal state;

receiving a target abnormal state, a target line and a target time period in the information statistics area;

and responding to a statistical instruction aiming at the target abnormal state, if the login account belongs to the account of the city level, displaying the change trend of the target abnormal state of the target line in the city level in the target time period, and if the login account belongs to the account of the provincial level, displaying the change trend of the target abnormal state of the target line in the provincial level in the target time period.

5. A cable management platform according to any one of claims 1 to 3, wherein the cable management interface further comprises: cable statistics options, the cable management platform further comprising: the cable statistics module is a micro-service; the cable statistics module is used for:

responding to the selection operation aiming at the cable statistics options, if the login account belongs to the account of the district level, displaying the statistics information of a first target unit in the district level in a cable statistics area, and if the login account belongs to the account of the provincial level, displaying the statistics information of the first target unit in the provincial level in the cable statistics area;

6. A cable management platform according to any one of claims 1 to 3, wherein the cable management interface further comprises: visual function options; the cable management platform further comprises: the visual function module is a micro service; the visual function module is used for:

playing the target historical video in the visual function area in response to the selection operation of the target historical video received in the visual function area;

at least one of an amount of light entering, a shooting range, and a focus of a target camera is adjusted in response to an adjustment operation for the target camera.

7. A cable management platform according to any one of claims 1 to 3, wherein the cable management interface further comprises: a cable ledger option and a cable management option; the cable management platform further comprises: the system comprises a cable ledger module and a cable management module, wherein the cable ledger module and the cable management module are micro services;

The cable ledger module is used for responding to the selection operation of the cable ledger option, if the login account belongs to the account of the city level, the ledger data of the second target unit in the city level is displayed in a ledger function area, and if the login account belongs to the account of the province level, the ledger data of the second target unit in the province level is displayed in the ledger function area;

the cable management module is configured to respond to a selection operation for the cable management option, if the login account belongs to the account of the city level, display operation and maintenance data of a third target unit in the city level in a cable management function area, and if the login account belongs to the account of the province level, display operation and maintenance data of the third target unit in the province level in the cable management function area;

8. A cable management platform according to any one of claims 1 to 3, further comprising: the data input module is a micro-service; the data entry module is used for:

and if the application data is detected to be abnormal, sending prompt information.

9. The cable management platform of claim 8, wherein the data entry module is further configured to:

and storing the application data based on the storage template.

10. The cable management platform of claim 8, wherein the data entry module is further configured to:

after receiving the application data, determining a verification rule of the application data based on the type of the application data and an object to which the application data belongs;

and if the application data accords with the check rule, determining that the application data is accurate.

11. A cable management system comprising the cable management platform of any one of claims 1 to 10.

12. A method of cable management, for use with a cable management platform, the method comprising:

displaying a cable management interface corresponding to a login account, wherein the login account comprises a city-level account or a provincial-level account, and the cable management interface at least comprises a cable overview option;

13. The method of claim 12, wherein the displaying cable information in response to a selection operation for the cable overview option comprises:

14. The method of claim 12, wherein the target cable information is a plurality of, the method further comprising:

15. The method of any one of claims 12 to 14, wherein the cable management interface further comprises: counting options in abnormal states; the method further comprises the steps of:

16. The method of any one of claims 12 to 14, wherein the cable management interface further comprises: a cable statistics option, the method further comprising:

17. The method of any one of claims 12 to 14, wherein the cable management interface further comprises: visual function options; the method further comprises the steps of:

18. The method of any one of claims 12 to 14, wherein the cable management interface further comprises: a cable ledger option and a cable management option; the method further comprises the steps of:

responding to the selection operation aiming at the cable ledger option, if the login account belongs to the account of the city level, displaying the ledger data of a second target unit in the city level in a ledger function area, and if the login account belongs to the account of the province level, displaying the ledger data of the second target unit in the province level in the ledger function area;

responding to the selection operation aiming at the cable management options, if the login account belongs to the account of the district level, displaying the operation and maintenance data of a third target unit in the district level in a cable management function area, and if the login account belongs to the account of the province level, displaying the operation and maintenance data of the third target unit in the province level in the cable management function area;

19. The method according to any one of claims 12 to 14, further comprising:

20. The method of claim 19, wherein the storing the application data comprises:

and storing the application data based on the storage template.

21. The method of claim 19, wherein after the receiving application data, the method further comprises: