CN107807594A - A kind of depot safety method for inspecting and system - Google Patents
A kind of depot safety method for inspecting and system Download PDFInfo
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- CN107807594A CN107807594A CN201710961667.1A CN201710961667A CN107807594A CN 107807594 A CN107807594 A CN 107807594A CN 201710961667 A CN201710961667 A CN 201710961667A CN 107807594 A CN107807594 A CN 107807594A
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- data
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- warehouse
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/048—Monitoring; Safety
Abstract
The invention discloses a kind of depot safety method for inspecting and system, wherein, data acquisition end collection sensing data, sensing data and sensor position information are wirelessly uploaded onto the server, server sends the data to data management end；Data management end generates warehouse topographic map, and identifies sensing station in warehouse topographic map with preset shape, real time sensor data corresponding to the predeterminable area mark near sensing station；Whether within a preset range data management end monitors sensing data in real time, if the sensing data of a sensor is not within a preset range, send alarm information and the position of the sensor and corresponding sensing data are highlighted in warehouse topographic map, the sensor position is identified as out-of-the way position；Plan and display data management end is to the path of out-of-the way position.Beneficial effect：It is feature-rich, routing inspection cost is low, effectively can show and manage inspection data, automaticity is high, easy to operate, more intelligently.
Description
Technical field
The present invention relates to inspection technical field, more particularly, to a kind of depot safety method for inspecting and system.
Background technology
Inspection is the important component of industry on-line monitoring, is the important component of safety in production.It is but big at present
Part method for inspecting, system interface are unfriendly, and operating difficulties, function is single, not enough intelligently.
The content of the invention
It is an object of the invention to overcome above-mentioned technical deficiency, a kind of depot safety method for inspecting and system are proposed, is solved
Above-mentioned technical problem of the prior art.
To reach above-mentioned technical purpose, technical scheme provides a kind of depot safety method for inspecting, including：
S1, data acquisition end collection sensing data, clothes are wirelessly uploaded to by sensing data and sensor position information
Sensing data and sensor position information are sent to data management end by business device, server；
S2, data management end generation warehouse topographic map, and sensing station is identified with preset shape in warehouse topographic map,
Real time sensor data corresponding to predeterminable area mark in warehouse topographic map near sensing station, warehouse topographic map is shown
Show on the interface at data management end；
Whether within a preset range S3, data management end monitor sensing data in real time, if the sensor of a sensor
Data not within a preset range, send alarm information and the position of the sensor and corresponding are highlighted in warehouse topographic map
Sensing data, the sensor position are identified as out-of-the way position；
Layout data management end is to the path of out-of-the way position in warehouse topographic map for S4, data management end, by path in number
Shown according to the interface of management end.
The present invention also provides a kind of depot safety cruising inspection system, including：
Data acquisition module：Data acquisition end gathers sensing data, by sensing data and sensor position information without
Line is uploaded onto the server, and sensing data and sensor position information are sent to data management end by server；
Data display module：Data management end generates warehouse topographic map, and is identified in warehouse topographic map with preset shape
Sensing station, real time sensor data corresponding to the predeterminable area mark in warehouse topographic map near sensing station, will
Warehouse topographic map is shown on the interface at data management end；
Data monitoring module：Whether within a preset range data management end monitors sensing data in real time, if a sensing
The sensing data of device within a preset range, does not send alarm information and the position of the sensor is highlighted in warehouse topographic map
Put and be identified as out-of-the way position with corresponding sensing data, the sensor position；
Safeguard path planning module：Data management end in warehouse topographic map layout data management end to the road of out-of-the way position
Footpath, path is shown at the interface at data management end.
Compared with prior art, beneficial effects of the present invention include：Data acquisition end collection sensing data and it is wireless on
Server is passed to, data management end can generate warehouse topographic map, and each sensing station and data are shown in warehouse topographic map, from
It is dynamic that sensing data is monitored, when sensing data exception, alarm is sent, and biography is highlighted in warehouse topographic map
Sensor position and data, the path of out-of-the way position is planned for, facilitates inspection people or user to be safeguarded；User can also be in data
Management end checks historical data curve map, realtime graphic checked near sensing station etc.；It is feature-rich, routing inspection cost is low,
Inspection data effectively can be shown and manage, software interface is friendly, and automaticity is high, easy for operation, more intelligently.
Brief description of the drawings
Fig. 1 is a kind of depot safety method for inspecting flow chart provided by the invention；
Fig. 2 is a kind of depot safety cruising inspection system structured flowchart provided by the invention.
In accompanying drawing：1st, depot safety cruising inspection system, 11, data acquisition module, 12, data display module, 13, data monitoring
Module, 14, safeguard path planning module.
Embodiment
In order to make the purpose , technical scheme and advantage of the present invention be clearer, it is right below in conjunction with drawings and Examples
The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and
It is not used in the restriction present invention.
The invention provides a kind of depot safety method for inspecting, including：
S1, data acquisition end collection sensing data, clothes are wirelessly uploaded to by sensing data and sensor position information
Sensing data and sensor position information are sent to data management end by business device, server；
S2, data management end generation warehouse topographic map, and sensing station is identified with preset shape in warehouse topographic map,
Real time sensor data corresponding to predeterminable area mark in warehouse topographic map near sensing station, warehouse topographic map is shown
Show on the interface at data management end；
Whether within a preset range S3, data management end monitor sensing data in real time, if the sensor of a sensor
Data not within a preset range, send alarm information and the position of the sensor and corresponding are highlighted in warehouse topographic map
Sensing data, the sensor position are identified as out-of-the way position；
Layout data management end is to the path of out-of-the way position in warehouse topographic map for S4, data management end, by path in number
Shown according to the interface of management end.
Depot safety method for inspecting of the present invention, in step S2：
After data management end recognizes the preset shape that a sensing station is identified in user's click warehouse topographic map, draw
The curve map of the historical data of the sensor, and curve map is included on the interface at data management end.
Depot safety method for inspecting of the present invention, in step S2：
After data management end recognizes the preset shape that a sensing station is identified in user's click warehouse topographic map, from clothes
Business device obtains the realtime graphic near the sensing station, and by Real-time image display on the interface at data management end.
Depot safety method for inspecting of the present invention, in step S3：
The sensing data number not within a preset range of data management end statistics sensor, when number exceedes threshold value,
Sensor position mark is monitored into position for emphasis, notifies user periodically to be safeguarded to emphasis monitoring position.
Depot safety method for inspecting of the present invention, in step S4：
The Maintenance Guide of out-of-the way position is searched at data management end in presetting database, by Maintenance Guide at data management end
Interface shown.
In a particular embodiment of the present invention, data acquisition end collection sensing data, and data are wirelessly transmitted to clothes
Data interaction occurs for business device, server and data management end, and the display and processing of data are responsible in data management end；Data management end
Can be android tablet personal computer or mobile phone, the software at data management end is developed based on android.
In the specific Software for Design in data management end, the software at data management end includes login module, parameter setting mould
Block, data management module and update module, data management module include data disaply moudle, data inquiry module.Software uses
The method that Activity and Fragment are combined designs each functional module, and modules are managed using menu-style is slided.
Welcome Activity are initially entered after running software, Main Activity are entered after three seconds.Main Activity are main
For loading each Fragment interface, there are Frame layout and View Pager in Main Activity Layout
Two controls, wherein Frame layout are used for the Fragment, View Pager for loading log-in module and parameter setting module
For loading two modules of display and inquiry in data management module.Update module is designed using Activity, for loading
The Fragment of database update module.The switching that Menu Fragment are used between modules.
The design of parameter setting module：Inspector interface after login module correctly logs in can jump to parameter setting mould
Block, now inspector need detect data collection terminal whether there is, so as to proper use of logging.Parameter setting module is mainly
Data management end IP information related to server is set, prevents the situation that IP information changes cause to log in, therefore be
Guarantee can upgrade in time user profile database, avoid inspector because log-on message change and caused by situation about can not log in, ginseng
Number setup module can also enter without logging into the case of.Simultaneously parameter is realized using Preferences Service classes
Preservation, software next time run when automatic reading and saving parameter.
The design of data management module：Data management module includes data disaply moudle, data inquiry module, display module
Can be with real-time display Sensor monitoring data value and real-time curve, numerical value shows that by Grid View real-time curve leads to realize
A chart engine are crossed to design, after setting warehouse number and port number, both are loaded by dynamical fashion.Data acquisition
The data of end collection are stored in SD card in the form of database, and real-time data base is equally designed using SQLite, for the ease of
Management and lookup, database name naming rule are " user name "+" warehouse number "+" the collection time started ", pass through data query mould
Block can show Historical Monitoring data.
The design of update module：It is mainly used in updating customer data base.The server in high in the clouds is made up of two parts：Data pipe
Manage server and push server.After more new button is clicked on, data management end equipment sends http request and reads data
Version.xml files in management server, obtain newest database version number after parsing, with the version number locally preserved
Compare, if the version number of server is newer, data management end equipment sends the http request of request data, data pipe
The JSON formatted datas that server returns to newest database are managed, local data base is saved in after the parsing of data management end equipment.
Software also has the function of receiving renewal push, and after Fragment loadings are updated, the long company with push server is established on backstage
Connect, push server equally reads the version number in data management server using http request modes, with being protected in program
The version number deposited compares, and renewal push is sent to data management end if update condition is met, and is shown in the form of notice,
Click on the notice and jump to Update Activity.
The present invention also provides a kind of depot safety cruising inspection system 1, including：
Data acquisition module 11：Data acquisition end gathers sensing data, by sensing data and sensor position information
Wirelessly upload onto the server, sensing data and sensor position information are sent to data management end by server；
Data display module 12：Data management end generates warehouse topographic map, and with preset shape mark in warehouse topographic map
Know sensing station, real time sensor data corresponding to the predeterminable area mark in warehouse topographic map near sensing station,
Warehouse topographic map is included on the interface at data management end；
Data monitoring module 13：Whether within a preset range data management end monitors sensing data in real time, if one passes
The sensing data of sensor within a preset range, does not send alarm information and highlights the sensor in warehouse topographic map
Position and corresponding sensing data, the sensor position are identified as out-of-the way position；
Safeguard path planning module 14：Data management end layout data management end in warehouse topographic map arrives out-of-the way position
Path, path is shown at the interface at data management end.
Depot safety cruising inspection system 1 of the present invention, in data display module 12：
After data management end recognizes the preset shape that a sensing station is identified in user's click warehouse topographic map, draw
The curve map of the historical data of the sensor, and curve map is included on the interface at data management end.
Depot safety cruising inspection system 1 of the present invention, in data display module 12：
After data management end recognizes the preset shape that a sensing station is identified in user's click warehouse topographic map, from clothes
Business device obtains the realtime graphic near the sensing station, and by Real-time image display on the interface at data management end.
Depot safety cruising inspection system 1 of the present invention, in data monitoring module 13：
The sensing data number not within a preset range of data management end statistics sensor, when number exceedes threshold value,
Sensor position mark is monitored into position for emphasis, notifies user periodically to be safeguarded to emphasis monitoring position.
Depot safety cruising inspection system 1 of the present invention, is safeguarded in path planning module 14：
The Maintenance Guide of out-of-the way position is searched at data management end in presetting database, by Maintenance Guide at data management end
Interface shown.
Compared with prior art, beneficial effects of the present invention include：Data acquisition end collection sensing data and it is wireless on
Server is passed to, data management end can generate warehouse topographic map, and each sensing station and data are shown in warehouse topographic map, from
It is dynamic that sensing data is monitored, when sensing data exception, alarm is sent, and biography is highlighted in warehouse topographic map
Sensor position and data, the path of out-of-the way position is planned for, facilitates inspection people or user to be safeguarded；User can also be in data
Management end checks historical data curve map, realtime graphic checked near sensing station etc.；It is feature-rich, routing inspection cost is low,
Inspection data effectively can be shown and manage, software interface is friendly, and automaticity is high, easy for operation, more intelligently.
The embodiment of present invention described above, is not intended to limit the scope of the present invention..Any basis
The various other corresponding changes and deformation that the technical concept of the present invention is made, should be included in the guarantor of the claims in the present invention
In the range of shield.
Claims (10)
- A kind of 1. depot safety method for inspecting, it is characterised in that including：S1, data acquisition end collection sensing data, sensing data and sensor position information are wirelessly uploaded onto the server, The sensing data and the sensor position information are sent to data management end by server；S2, data management end generation warehouse topographic map, and sensing station is identified with preset shape in the warehouse topographic map, Real time sensor data corresponding to predeterminable area mark in the warehouse topographic map near sensing station, by the warehouse Topographic map is shown on the interface at data management end；Whether within a preset range S3, data management end monitor sensing data in real time, if the sensing data of a sensor Not within a preset range, send alarm information and the position of the sensor and corresponding is highlighted in the warehouse topographic map Sensing data, the sensor position are identified as out-of-the way position；Layout data management end is to the path of out-of-the way position in the warehouse topographic map for S4, data management end, by the path Shown at the interface at data management end.
- 2. depot safety method for inspecting as claimed in claim 1, it is characterised in that in step S2：After data management end recognizes the preset shape that a sensing station is identified in user's click warehouse topographic map, draw The curve map of the historical data of the sensor, and the curve map is included on the interface at data management end.
- 3. depot safety method for inspecting as claimed in claim 1, it is characterised in that in step S2：After data management end recognizes the preset shape that a sensing station is identified in user's click warehouse topographic map, from clothes Business device obtains the realtime graphic near the sensing station, and by the Real-time image display on the interface at data management end.
- 4. depot safety method for inspecting as claimed in claim 1, it is characterised in that in step S3：The sensing data number not within a preset range of data management end statistics sensor, when number exceedes threshold value, by this Sensor position mark monitors position for emphasis, notifies user periodically to be safeguarded to emphasis monitoring position.
- 5. depot safety method for inspecting as claimed in claim 1, it is characterised in that in step S4：The Maintenance Guide of out-of-the way position is searched at data management end in presetting database, by the Maintenance Guide at data management end Interface shown.
- A kind of 6. depot safety cruising inspection system, it is characterised in that including：Data acquisition module：Data acquisition end gather sensing data, by sensing data and sensor position information it is wireless on Server is reached, the sensing data and the sensor position information are sent to data management end by server；Data display module：Data management end generates warehouse topographic map, and is identified in the warehouse topographic map with preset shape Sensing station, real time sensor number corresponding to the predeterminable area mark in the warehouse topographic map near sensing station According to by the warehouse topographic map including on the interface at data management end；Data monitoring module：Whether within a preset range data management end monitors sensing data in real time, if a sensor Sensing data within a preset range, does not send alarm information and the position of the sensor is highlighted in the warehouse topographic map Put and be identified as out-of-the way position with corresponding sensing data, the sensor position；Safeguard path planning module：Data management end in the warehouse topographic map layout data management end to the out-of-the way position Path, the path is shown at the interface at data management end.
- 7. depot safety cruising inspection system as claimed in claim 6, it is characterised in that in data display module：After data management end recognizes the preset shape that a sensing station is identified in user's click warehouse topographic map, the biography is drawn The curve map of the historical data of sensor, and the curve map is included on the interface at data management end.
- 8. depot safety cruising inspection system as claimed in claim 6, it is characterised in that in data display module：After data management end recognizes the preset shape that a sensing station is identified in user's click warehouse topographic map, from server The realtime graphic near the sensing station is obtained, and by the Real-time image display on the interface at data management end.
- 9. depot safety cruising inspection system as claimed in claim 6, it is characterised in that in data monitoring module：The sensing data number not within a preset range of data management end statistics sensor, when number exceedes threshold value, by this Sensor position mark monitors position for emphasis, notifies user periodically to be safeguarded to emphasis monitoring position.
- 10. depot safety cruising inspection system as claimed in claim 6, it is characterised in that safeguard in path planning module：The Maintenance Guide of out-of-the way position is searched at data management end in presetting database, by the Maintenance Guide at data management end Interface shown.
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Application publication date: 20180316 |