CN104778562A - Safety eye monitoring platform system on construction site - Google Patents
Safety eye monitoring platform system on construction site Download PDFInfo
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- CN104778562A CN104778562A CN201510219870.2A CN201510219870A CN104778562A CN 104778562 A CN104778562 A CN 104778562A CN 201510219870 A CN201510219870 A CN 201510219870A CN 104778562 A CN104778562 A CN 104778562A
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Abstract
The invention discloses a safety eye monitoring platform system on a construction site. The system comprises an RFID card, a tablet computer side, a browser side, a system server and a short message platform, and the identification of a sole electronic identity is achieved through the RFID card in an electronic tag mode; the tablet computer side identifies and processes an output signal of the RFID card in a radio frequency identification mode; data connection is established between the tablet computer side and the system server through internet, the output end of the system server is further connected with the browser side and the short message platform, dynamic data obtained through the identification and processing of the output signal of the RFID card are transmitted to the system server, and the dynamic data are updated to the browser side synchronously; the short message platform receives output data of the system server and transmits the output data to a mobile phone of a management person. By means of the system, the data collection is more real and effective, the real-time safety states of personnel, equipment and facilities on site can be mastered clearly through the system, and powerful supporting means are provided for the safety control on site.
Description
Technical field
The invention discloses a kind of working-yard safe eye supervising platform system, relate to construction site safety management technology field.
Background technology
Petrochemical complex construction industry is a dual high risk industries, existing building construction industry feature faces again the danger of petroleum chemical industry contact high temperature, high pressure, inflammable and explosive, poisonous and harmful medium, simultaneously working-yard dispersion, multi-point and wide-ranging, personnel, installations and facilities, operating environment, movable numerous and diverse unordered dynamic height change, point (holding) concessionaire related to is numerous, practitioner's quality is low, technical ability is poor, awareness of safety is thin, and management difficulty is huge.And because Engineering Project Construction scale constantly expands, the duration is tight, task is heavy, construction operation risk is more and more higher.The pressure of the safety management that engineering construction enterprise faces and difficulty increasing.And safety management mode corresponding is at present a kind of extensive mostly, passive and afterwards management mode, cannot to engineering site people, machine, material, method, ring is implemented dynamic, scientific with obviate initiatively, systematized management, the height of safety manager's quality directly determines site safety ability to supervise power, the on-the-spot all kinds of problems existed can not obtain timely and effective rectification, the safety responsibility of personnel at different levels cannot obtain effective execution, safety standard, regulation is difficult to effective execution, corporate level dynamically cannot grasp the real conditions of site safety in time, effectively cannot supervise site safety, the uncertainty that site safety controls is very high.
Summary of the invention
Technical matters to be solved by this invention is: for the defect of prior art, a kind of working-yard safe eye supervising platform system is provided, by Internet of Things, internet and computing machine Mobile solution terminal technology and means, effectively solve the drawback of traditional Security supervision mode.
The present invention is for solving the problems of the technologies described above by the following technical solutions:
A kind of working-yard safe eye supervising platform system, system architecture comprises rfid card, GPS locating module, panel computer end, browser end, system server and SMS platform, wherein,
Described rfid card realizes the mark of sole electron identity with the form of electronic tag, and described GPS locating module realizes real-time navigation capability;
Described panel computer end is identified by the output signal of mode to rfid card of radio-frequency (RF) identification and is processed, and meanwhile, panel computer end also receives the output signal of GPS locating module;
Described panel computer end sets up data cube computation by internet and system server, the output terminal of system server is also connected with SMS platform with browser end respectively, the output signal of rfid card and GPS locating module is sent to system server through the dynamic data identified and obtain after process, and synchronized update is to browser end;
The output data of described SMS platform receiving system server, and send it on the mobile phone of managerial personnel.
As present invention further optimization scheme, described rfid card comprises personnel's rfid card, equipment rfid card and facility rfid card, is worn respectively or be arranged on working-yard equipment, facility by staff.
As present invention further optimization scheme, be also provided with gate control system and/or attendance recorder in described system, described gate control system and/or attendance recorder are in order to realize the data acquisition of fixed position.
As present invention further optimization scheme, be also provided with datum number storage according to storehouse in described system server, described database is SQL SERVER database.
As present invention further optimization scheme, described system adopts and builds cube model metadata to the mode that data are added up in advance, sets up and analyzes dimension accordingly, specifically comprise:
Time dimension: daily, by week, monthly analyze;
Project management department's dimension: the overall key index in analysis project portion;
Risk class dimension: corresponding different risk class;
Problem category latitude: the distribution situation that different problem category is formed.
As present invention further optimization scheme, in the pre-statistical of described data, statistical fractals adopts the mode of multi-thread concurrent statistics, and binding cache mechanism, is stored into basic data in system in internal memory.
As present invention further optimization scheme, for described statistical fractals, system also patrols and examines service by the Servers installed quality of data, statistics data volume and original data volume is contrasted, when occurring inconsistent, calling the data of statistical fractals to anomaly statistics scope and again adding up.
The present invention adopts above technical scheme compared with prior art, there is following technique effect: data acquisition is more authentic and valid, thoroughly solve the scientific and effective problem of management of engineering site personnel, equipment and facility, the actual time safety state grasping each personnel on-the-spot, each equipment, each facility can be known by system, enable site safety situation clear, for site safety controls to provide the means of providing powerful support for.
Accompanying drawing explanation
Fig. 1 is that method of the present invention realizes logical diagram.
Fig. 2 is system topological figure of the present invention.
Fig. 3 is system architecture schematic diagram of the present invention.
Embodiment
Be described below in detail embodiments of the present invention, the example of described embodiment is shown in the drawings, and wherein same or similar label represents same or similar element or has element that is identical or similar functions from start to finish.Being exemplary below by the embodiment be described with reference to the drawings, only for explaining the present invention, and can not limitation of the present invention being interpreted as.
Below in conjunction with accompanying drawing, technical scheme of the present invention is described in further detail:
System architecture schematic diagram of the present invention as shown in Figure 3, the present invention fully applies technology of Internet of things, mobile intelligent network technology and (movement) Internet technology, by engineering site all people person, equipment, facilities etc. carry out the mark of sole electron identity with the form of electronic tag, by the RFID technique (REID) of mobile intelligent terminal, at the scene in checking process to personnel, equipment, facility, operating environment and activity five key element safety cases check, confirm and follow the tracks of, the instant synchronized update of dynamic data of all identification and process is held to Web, make data more authentic and valid.
The method of figure of the present invention realizes logical diagram as shown in Figure 1, and system fully applies risk management technology, really the thought and method of risk management is embedded into the overall process of site safety management.To the risk management of engineering site namely the people to scene, machine, material, method, ring carries out analysis and the management of risk, such as personnel, before personnel's admission, just each field staff is carried out to the confirmation of technical ability and consciousness, class indication is carried out to the personnel confirmed, for the field staff that some technical ability are lower with consciousness, he is designated the personnel of paying close attention to, key-point management and control is given at the scene in secure administration procedure, set up the safety credit integration of each field staff simultaneously, the rank of safe integration is divided into blacklist, pay close attention to personnel, one star, two stars, three-star, four-star, five-star and diamond level, as long as the personnel of work on the spot, according to they working time, the safety credit Integral Rule such as site safety performance, there is the safety credit rank that a safety credit anomalous integral reaches, so not only high-visible in the safe performance of working site, current place to these personnel, and when personnel forward the work of other disparity items of same companies to, pass through identification, the safety that new job also can have a clear understanding of before employee shows and achievement, effectively can improve the effect of on-the-spot risk management like this.For another example, current engineering site Security Officer is due to the problem of sense of responsibility and quality, on-the-spot a lot of potential safety hazard can not be identified in time and control, Security Officer often shirks the heavy work ands choose the light in the course of work at the scene, takes a shortcut, task and work quality can not effectively be examined, and are no lack of Security Officer's site safety and check problem not in place.For this reason system in inspection task by risk assessment after customize, as system, as the high risk installations and facilities such as crane, framing scaffold, temporary electricity, hole and scene, personnel etc. are paid close attention to on-the-spot visual plant and be set to 1 times/day from the inspection frequency of system, Security Officer at least will confirm once the safety case of these key equipment facilities and personnel every day, owing to applying GPS locating and tracking and REID, if the inspection task of security official does not complete, can clearly reflect system.In addition, system is specially provided with the module checking task orientation and risk-oriented, project safety manager or project leadership and even company management's layer all can be assigned inspection task by system and confirm requirement to the inspection of emphasis link, excessive risk operation, thus impel the work of Security Officer can always around scene security risk and launch, site safety supervision more effective.
Present invention achieves profilingization of on-the-spot personal security responsibility at different levels.According to establishment relation and the limitation of liability of project personnel, from site operation personnel until project manager establishes responsibility examination matrix, the aspect that does very well of on-the-spot Problems existing or scene all by the incidence relation of personnel step by step on push away, by system, safety examination result and safety credit integral result are produced automatically to on-the-spot all personnel weekly, these result of appraisal all automatically produce full and accurate examination by system and integration is reported, these results (comprise project all personnel, as subcontractor operating personnel, subcontractor class monitor and group leader, the on-the-spot responsible official of subcontractor, site safety personnel, project management department hard core control personnel, project management department leader etc.) all in system, safe list displays.Like this, as the supvr of different levels, just can utilize these results, the duty fulfillment going to do a good job of it all managerial personnel of shooting the arrow at the target.Finally, automatically calling to account by system, promoting personnel at different levels in respective work position, can consider and arranges trouble free service in advance, and safety in production is really protected.
System topological figure of the present invention as shown in Figure 2, described working-yard safe eye supervising platform system, system architecture comprises rfid card, GPS locating module, panel computer end, browser end, system server and SMS platform, wherein, described rfid card realizes the mark of sole electron identity with the form of electronic tag, and described GPS locating module realizes real-time navigation capability; Described panel computer end is identified by the output signal of mode to rfid card of radio-frequency (RF) identification and is processed, and meanwhile, panel computer end also receives the output signal of GPS locating module; Described panel computer end sets up data cube computation by internet and system server, the output terminal of system server is also connected with SMS platform with browser end respectively, the output signal of rfid card and GPS locating module is sent to system server through the dynamic data identified and obtain after process, and synchronized update is to browser end; The output data of described SMS platform receiving system server, and send it on the mobile phone of managerial personnel.
Safety monitoring system emphasis collects to check data to the personnel at scene, facilities and equipment, activity, carries out statistical study to data, and the final examination data exported unit, individual, calls to account to unlawful practice with this.
System storage adopts SQL SERVER database, site safety checks, average every day, about 200 times of each project management department, checked the check item relating to about 30 at every turn, use scales by 100 project management departments, every day maximum amount of data check item record sheet by generation 600,000 data.(under the confirmation of data scale needs, being probably calculate by the data in system at present)
Every bar inspection record, dimensional information comprises project management department, subcontractor, item area, risk class, problem category, type of fault, the accident origin cause of formation etc.Along with the continuous service of system, the data volume that system produces also will increase severely day by day.
By personnel, facilities and equipment, activity, management four operational angles, carry out data modeling, store list of the check data.
Original data volume is very huge, directly inquires about raw data as adopted, huge to database pressure, and cannot obtain data result at short notice.Therefore, system adopts the mode of adding up in advance data, with 360 degree of Analysis perspectives in all directions, builds cube model metadata, sets up each analysis dimension, comprising:
A, time dimension: daily, by week, monthly analyze.
B, project management department's dimension: overall key index: the PSI in analysis project portion, do not meet item number, personnel break rules and regulations the indexs such as rate.
C, risk class dimension: various risk class (great, medium, low etc., small probability) is in the distribution situation of projects portion, subcontractor.
D, problem category: the distribution situation that various problem category is formed.
Deng the analysis that one-dimensional degree and various dimensions combine.
The present invention adopts JAVA technology, uses quartz job scheduling framework, carries out daily statistical fractals program, by week, monthly dispatches.In the face of googol is according to amount, the simple data using single-threaded mode to add up will be seriously delayed, causes data cannot immediate analysis.Therefore, statistical fractals adopts multithreading, carries out concurrent statistics by different project management departments.And use caching mechanism, basic data in system is stored in internal memory, to reduce calling data storehouse loss time and performance repeatedly.
Because data volume is huge, likely there is exception in statistical fractals in the process of statistics, as when the resource occupation such as database server CPU are too high, may cause the data time-out of statistical query, and finally cause statistics to be made mistakes, have a strong impact on the quality of data.Therefore, on the basis of statistical fractals, system increases the quality of data and patrols and examines service.By statistics data volume and original data volume are contrasted, as inconsistent in found, then call the data of statistical fractals to anomaly statistics scope and again add up, to guarantee the quality of data.
For the result of statistics, management unit needs for business actual conditions, self-defined appraisal standards, as rate of breaking rules and regulations for personnel, and definition:
During monthly total rate violating the regulations=monthly total number/monthly chief engineer violating the regulations;
As rate < 1% violating the regulations be outstanding, 1% <=break rules and regulations rate <=3% time be defective when being qualified, rate > 3% violating the regulations;
System definition performance assessment criteria Definition Model, core is for storing formula, and in formula, the concrete index participating in calculating, corresponding with the data model literary name section of statistical model.
Examination and analyses is served, and reads the self-defined formula configured of management unit from database, the index field in formula is extracted, the data that inquiry is corresponding, then by Formula Parsing technology, computing is carried out to string expression, obtain the data of performance assessment criteria, carry out result of appraisal judgement with this.
By reference to the accompanying drawings embodiments of the present invention are explained in detail above, but the present invention is not limited to above-mentioned embodiment, in the ken that those of ordinary skill in the art possess, can also makes a variety of changes under the prerequisite not departing from present inventive concept.The above, it is only preferred embodiment of the present invention, not any pro forma restriction is done to the present invention, although the present invention discloses as above with preferred embodiment, but and be not used to limit the present invention, any those skilled in the art, do not departing within the scope of technical solution of the present invention, make a little change when the technology contents of above-mentioned announcement can be utilized or be modified to the Equivalent embodiments of equivalent variations, in every case be do not depart from technical solution of the present invention content, according to technical spirit of the present invention, within the spirit and principles in the present invention, to any simple amendment that above embodiment is done, equivalent replacement and improvement etc., within the protection domain all still belonging to technical solution of the present invention.
Claims (7)
1. the safe eye supervising platform in a working-yard system, is characterized in that: system architecture comprises rfid card, GPS locating module, panel computer end, browser end, system server and SMS platform, wherein,
Described rfid card realizes the mark of sole electron identity with the form of electronic tag, and described GPS locating module realizes real-time navigation capability;
Described panel computer end is identified by the output signal of mode to rfid card of radio-frequency (RF) identification and is processed, and meanwhile, panel computer end also receives the output signal of GPS locating module;
Described panel computer end sets up data cube computation by internet and system server, the output terminal of system server is also connected with SMS platform with browser end respectively, the output signal of rfid card and GPS locating module is sent to system server through the dynamic data identified and obtain after process, and synchronized update is to browser end;
The output data of described SMS platform receiving system server, and send it on the mobile phone of managerial personnel.
2. a kind of working-yard as claimed in claim 1 safe eye supervising platform system, is characterized in that: described rfid card comprises personnel's rfid card, equipment rfid card and facility rfid card, is worn respectively or be arranged on working-yard equipment, facility by staff.
3. a kind of working-yard as claimed in claim 1 or 2 safe eye supervising platform system, is characterized in that: be also provided with gate control system and/or attendance recorder in described system, and described gate control system and/or attendance recorder are in order to realize the data acquisition of fixed position.
4. a kind of working-yard as claimed in claim 1 safe eye supervising platform system, is characterized in that: be also provided with datum number storage in described system server according to storehouse, described database is SQL SERVER database.
5. a kind of working-yard as claimed in claim 1 safe eye supervising platform system, is characterized in that: described system adopts and builds cube model metadata to the mode that data are added up in advance, sets up and analyzes dimension accordingly, specifically comprise:
Time dimension: daily, by week, monthly analyze;
Project management department's dimension: the overall key index in analysis project portion;
Risk class dimension: corresponding different risk class;
Problem category latitude: the distribution situation that different problem category is formed.
6. a kind of working-yard as claimed in claim 5 safe eye supervising platform system, is characterized in that: in the pre-statistical of described data, and statistical fractals adopts the mode of multi-thread concurrent statistics, and binding cache mechanism, is stored into basic data in system in internal memory.
7. a kind of working-yard as claimed in claim 6 safe eye supervising platform system, it is characterized in that: for described statistical fractals, system also patrols and examines service by the Servers installed quality of data, statistics data volume and original data volume are contrasted, when occurring inconsistent, calling the data of statistical fractals to anomaly statistics scope and again adding up.
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| CN201510219870.2A CN104778562B (en) | 2015-05-04 | 2015-05-04 | A kind of safe eye supervising platform system in job site |
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| CN201510219870.2A CN104778562B (en) | 2015-05-04 | 2015-05-04 | A kind of safe eye supervising platform system in job site |
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| CN105809221A (en) * | 2016-03-24 | 2016-07-27 | 中山市拓维电子科技有限公司 | Construction safety locating and monitoring system |
| CN105844310A (en) * | 2016-03-24 | 2016-08-10 | 中山市拓维电子科技有限公司 | Tunnel construction safety monitoring device |
| CN108460518A (en) * | 2018-01-24 | 2018-08-28 | 三峡大学 | A kind of dam construction cross-operation Steric clashes frequency test method |
| CN109285340A (en) * | 2018-01-30 | 2019-01-29 | 上海云统信息科技有限公司 | A kind of GPS management monitoring system of Mine haul vehicle |
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| CN201716744U (en) * | 2010-07-07 | 2011-01-19 | 浙江南联科技发展有限公司 | Moving target remote supervisory system based on RFID technology |
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| CN105809221A (en) * | 2016-03-24 | 2016-07-27 | 中山市拓维电子科技有限公司 | Construction safety locating and monitoring system |
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| CN104778562B (en) | 2017-03-29 |
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