CN105678631A - Anti-error-identification intelligent tracking management system and method for coal mine - Google Patents
Anti-error-identification intelligent tracking management system and method for coal mine Download PDFInfo
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Abstract
The invention discloses an anti-error-identification intelligent tracking management system and method for coal mine. The system comprises a server side and a hand-held terminal. The server side is used for generating a plurality of mine-task-flow-based identification code instructions arranged in sequence, wherein the multiple identification code instructions include a paper identification code pasted to a to-be-collected coal mining device and an electronic identification code instruction sent to the hand-held terminal and the electronic identification code instruction carries a guidance rule attribute for executing a coal mine task flow. The hand-held terminal is used for executing the guidance rule, carried by the electronic identification code instruction, for executing the coal mine task flow when scanning information of the paper identification code is compared with a received and stored electronic identification code instruction to determine the scanning information and the electronic identification code instruction to be consistent, and collecting coal mining device information and returning the information to the server side. According to the invention, the hand-held terminal is used for reading the identification code of the coal mining device; and error identification prompting is carried out on an operator in a high-risk industry of the coal mine, real-time tracking and management are carried out on the operation flow and the equipment operation situation, and early warning setting of data is also carried out.
Description
Technical field
The present invention relates to the monitor and managment technical field of colliery power system, particularly relate to a kind of anti-error identification intelligent management system for tracking in colliery and method.
Background technology
When colliery power system carries out electric operation, it is necessary to according to strict working specification. Draw by mistake, close by mistake, band load draws, band load electric current closes the mal-operation such as isolator, switching on earth wire, brings huge threat and loss can to life and property. It is also of common occurrence that equipment misoperation, mine safety working specification perform the situations such as no record, missing inspection, tour be not in place, is the major hidden danger source of safety in production.
Contriver finds in the process of research, in the power system of colliery, as in high pressure powered operation, electricity hurt sb.'s feelings, the electrocute accident of people happens occasionally, bringing huge secret worry to Safety of Coal Mine Production, be all wherein that operative employee is injured, the reason of 90% comes from the act of violating regulations of operative employee.
Therefore, to the monitor and managment of colliery power system, preventing employee from operating against regulations is the technical problem that the power system of current colliery faces.
Summary of the invention
The present invention is directed to defect when tradition colliery power system at present carries out electric operation, it provides a kind of anti-error identification intelligent management system for tracking in colliery and method. Allow " internet+" technology enter traditional colliery industry, promote conventional industries more to have vigor, inspire innovation, creativity; The anti-error property of operation of colliery flow of task is carried out investigation management simultaneously.
According to an aspect of the present invention, it is provided that the anti-error identification intelligent management system for tracking in a kind of colliery, comprising: server end and handheld terminal;
Described server end, for generating the identify code instruction that the multiple order based on colliery flow of task arranges, described multiple identify code instruction comprises the papery identify code being pasted onto on coal mine equipment to be collected and the electronic identification code instruction being sent in handheld terminal, the guidance rule attribute performing colliery flow of task is carried in described electronic identification code instruction, the switch lock one_to_one corresponding of described guidance rule attribute and coal mine equipment to be collected;
Described handheld terminal, for order comparison papery identify code scanning information with receive store electronic identification code instruction consistent time, performing the guidance rule of the execution colliery flow of task that described electronic identification code instruction is carried, collection of coal mine equipment information is also back to server end.
Further, described order performs the guidance rule of the execution colliery flow of task that described electronic identification code instruction is carried, and specifically comprises:
When the scanning information of comparison papery identify code is consistent with receiving the electronic identification code instruction stored, handheld terminal sends and drives built-in photoelectrolysis lock machine structure operating instruction, and photoelectrolysis lock machine structure sends unblock light or prompting operates correct;
Described unblock light is radiated in the photovaristor on the surface-mounted integrated circuit of coal mine equipment, unicircuit conducting, and the switch lock of coal mine equipment is opened.
Further, described handheld terminal also comprises:
For comparison papery identify code scanning information with receive the electronic identification code instruction stored inconsistent time, without performing an action.
Further, described server end comprises memory module, and described memory module is for storing colliery layout, and described colliery layout carries coal mine equipment mark.
Further, described server end comprises self-inspection module, described self-inspection module, before electronic identification code instruction is sent to handheld terminal, detects whether described identify code instruction coincide with colliery layout.
Further, described identify code includes but not limited to Quick Response Code and/or barcode;
Described papery identify code is Quick Response Code and during barcode, and barcode is shown in the side of Quick Response Code in digital form.
Whether further, described handheld terminal comprises checking module, consistent with the identify code instruction that server end generates for automatically proofreading the electronic identification code receiving storage.
Further, described collection of coal mine equipment information: gather power failure, electrical data in high low pressure powered operation; Gather equipment management data; Gather gas monitoring data; Gather hidden danger investigation data.
Further, described server end also comprises data analysis module, described data analysis module, for real-time analysis and store handheld terminal feedback coal mine equipment information, management scheme is generated according to described coal mine equipment information, and by described management scheme real-time update.
According to a further aspect in the invention, it is provided that a kind of method using the anti-error identification intelligent management system for tracking in described colliery, the method comprises the following steps:
Step one, server end generate the identify code instruction that the multiple order based on colliery flow of task arranges, described multiple identify code instruction comprises the papery identify code being pasted onto on coal mine equipment to be collected and the electronic identification code instruction being sent in handheld terminal, the guidance rule attribute performing colliery flow of task is carried in described electronic identification code instruction, the switch lock one_to_one corresponding of described guidance rule attribute and coal mine equipment to be collected;
When the scanning information of step 2, handheld terminal order comparison papery identify code is consistent with receiving the electronic identification code instruction stored, performing the guidance rule of the execution colliery flow of task that described electronic identification code instruction is carried, collection of coal mine equipment information is also back to server end.
Further, described step one also comprises, and real-time analysis also stores the coal mine equipment information that handheld terminal feeds back, and generates management scheme according to described coal mine equipment information, and by described management scheme real-time update.
According to a kind of anti-error identification intelligent management system for tracking in colliery provided by the invention and method, utilize handheld terminal coal mine equipment identify code to be read, operation people points out and operation carried out the security setting of intelligent interactive assistance operation.
Accompanying drawing explanation
Fig. 1 is the logic diagram illustrating the anti-error identification intelligent management system for tracking in a kind of colliery according to embodiments of the present invention.
Fig. 2 is the identify code schematic diagram illustrated according to embodiments of the present invention.
Fig. 3 is the substation 603 inlet wire switch barcode illustrated according to embodiments of the present invention.
Fig. 4 is the substation 634 interconnection switch barcode illustrated according to embodiments of the present invention.
Fig. 5 is the photoelectrolysis lock machine structure schematic diagram illustrated according to embodiments of the present invention.
Fig. 6 is the schema illustrating the anti-error identification intelligent method for tracking and managing in a kind of colliery according to embodiments of the present invention.
Embodiment
Field, colliery is a high risk industries, the event causing more than two grades injures and deaths accidents, impact to keep the safety in production occurs again and again, contriver finds in the process of research, mine safety five elements: people, machine, thing, ring, management, the present invention is directed to a kind of management platform carrying out realizing, can operate affecting " the dangerous state of Unsafe behavior, thing, electromechanical equipment hidden danger, periphery security context and management " five elements of colliery scene safety and proposing. Realize the combination of person to person, people and thing, people and management, human and environment. By internet first Application to tradition colliery power supply, patrol and examine, in equipment point-detecting, hidden danger Check System, the behavior of people is monitored, workflow reproduced, devises a kind of anti-error identification intelligent management system for tracking in colliery based on " internet+".
" internet+" is exactly " internet+colliery traditional industries ", but not to be both be simply added for this, but utilize information communication technology and internet platform, allow internet and each traditional industries carry out more profound fusion, promote innovation and the productivity of traditional industries. When colliery power system carries out electric operation, it is necessary to according to strict working specification. Draw by mistake, close by mistake, band load draws, band load electric current closes the mal-operation such as isolator, switching on earth wire, brings huge threat and loss can to life and property. It is also of common occurrence that equipment misoperation, mine safety working specification perform the situations such as no record, missing inspection, tour be not in place, is the major hidden danger source of safety in production. The present invention, the management mode based on safety regulations traditional to " internet+" and colliery is combined, provide a kind of anti-error identification intelligent management system for tracking system in colliery based on " internet+", achieve monitoring function entity, operating process can be reviewed, operating process is renewable, operation site can be followed the tracks of, prevent mishandle, it is achieved intelligent management, thus define colliery intellectual management, three-dimensional on the whole. The exemplary embodiment of the present invention is described in detail below in conjunction with accompanying drawing.
Embodiment one
Fig. 1 illustrates the anti-error identification intelligent management system for tracking in a kind of colliery of according to embodiments of the present invention. With reference to Fig. 1, it is provided that the anti-error identification intelligent management system for tracking in a kind of colliery, comprising: server end 110 and handheld terminal 120; Preferably, server end 110 adopts WINDOWS7 operating system, SQLSERVER database, the identify code being responsible for equipment generates, data store, management, operating process is generated self-checking system and with the transfer of handheld terminal and to the Data Analysis Services etc. received. Handheld terminal can be made up of the mobile phone of the band torch light of built-in system disclosed by the invention, intends adopting band camera antiexplosion telephone, adopts more than Android4.4 system.
Server end 110, for generating the identify code instruction that the multiple order based on colliery flow of task arranges.
Concrete, first server end writes behavior or the flow process of a correct colliery task, with people, machine, thing, ring and the management mentioned in the behavior of identify code replacement colliery task or flow process, form a series of instruction made by identify code by the sequencing of flow process and behavior.
Multiple identify code instruction comprises the papery identify code being pasted onto on coal mine equipment to be collected and the electronic identification code instruction being sent in handheld terminal.The guidance rule attribute performing colliery flow of task is carried in described electronic identification code instruction, the switch lock one_to_one corresponding of described guidance rule attribute and coal mine equipment to be collected.
Identify code includes but not limited to Quick Response Code and/or barcode, the papery identify code that the electronic identification code instruction being sent in handheld terminal is pasted onto on coal mine equipment to be collected for scanning, identify its attribute, described papery identify code is Quick Response Code and during barcode, barcode is shown in the side of Quick Response Code in digital form, shown in figure 6, described numeral gives specific attribute, handled easily personnel directly read information, and described specific attribute can be line information, unit type information, parameter information etc. In order to more clearly set forth the invention objective of the present invention, the present embodiment, as preferred enforcement, is explained to identify in Quick Response Code and/or barcode the attribute of the colliery flow of task based on field, colliery.
Identify code label is worked out according to certain rule, and the present invention imparts the attribute based on colliery flow of task in identify code, and this attribute can need to customize according to task, and the identify code giving attribute has uniqueness.
In the present embodiment one, the attribute giving people in identify code has: the information such as name, job number, work post, technical grade, qualification.
The attribute of imparting equipment (machine and thing) has: title, place, numbering, model, significant parameter, state etc.
The attribute giving management has: title, scrutineer, checked people, existing problems, rectification situation etc.
Concrete imparting attribute value is as shown in table 1:
Table 1
Note: first and the 2nd represents concrete place; 3rd and the 4th representation switch type:
Concrete, write on one's behalf such as 00 and feed out switch; 10 represent inlet wire switch; 01 represents interconnection switch;
5th represents place section number, and interconnection switch is unified gets 0; 6th to the 9th representation switch numbering.
If switchtype is interconnection switch, then compare for the 5th of the 8th, the 9th and same place switch bar code, identical then according to first feeding out, then the order of inlet wire confirms. If switchtype is inlet wire switch, then the 9th and same place switch barcode the 5th being compared, identical, then according to first feeding out, then the order got in touch with confirms.
Tenth is route map code to the 12;
Concrete, the coding rule of above-mentioned identify code is applied in high-tension switch cabinet, identify code code length 12 (D11～D0), the attribute that its each figure shift is given is as follows:
Identify code D1D0 coding represents concrete place, and identify code D1D0 encodes in table 2;
Table 2
Identify code D3D2 encodes representation switch type, in table 3;
Table 3
Identify code D4 represents place section number, and interconnection switch is unified gets 0;
Identify code D8D7D6D5 position representation switch numbering (if switchtype is interconnection switch, then compare, identical, then confirm according to the order first feeding out again inlet wire by the D4 position of D7 position and same place switch bar code; If switchtype is inlet wire switch, then compared in D8 position and switch barcode D4 position, same place, identical, then confirm according to first feeding out the order got in touch with again);
Identify code D11D10D9 position represents the route code of down-hole based on different levels.
The substation 603 inlet wire switch barcode generated is shown in Fig. 3; The substation 634 interconnection switch barcode generated is as shown in Figure 4.
Each identify code has just had position and identity in system diagram like this, clicks place and state that each identify code will know the higher level of this switching cabinet, subordinate and interconnection switch cabinet.Achieve the switch one to one relation of identify code with reality.
Handheld terminal 120, for order comparison papery identify code scanning information with receive store electronic identification code instruction consistent time, performing the guidance rule of the execution colliery flow of task that described electronic identification code instruction is carried, collection of coal mine equipment information is also back to server end. Handheld terminal is automatic report generation after executing the task, it is possible to the associated viscera of form is optionally issued relevant managerial personnel in the way of mobile phone flow.
Concrete, described order performs the guidance rule of the execution colliery flow of task that described electronic identification code instruction is carried, and specifically comprises:
When the scanning information of comparison papery identify code is consistent with receiving the electronic identification code instruction stored, handheld terminal sends and drives built-in photoelectrolysis lock machine structure operating instruction, and photoelectrolysis lock machine structure sends unblock light or prompting operates correct;
On the photovaristor that described unblock light is radiated on the surface-mounted integrated circuit of coal mine equipment or photoelectricity coupling mechanism, unicircuit conducting, the switch lock of coal mine equipment is opened. For comparison papery identify code scanning information with receive the electronic identification code instruction stored inconsistent time, without performing an action.
Photoelectrolysis lock machine structure is as shown in Figure 5, when the light beam connecting direct current 12V power supply and unblock light and torch light is not irradiated to photovaristor, relay closes on surface-mounted integrated circuit, rly. normally closed some K1 opens, high pressure closing switch K2 control loop disconnects, when namely not having light to irradiate, switch can not close power transmission; When unlocking light and be irradiated to photovaristor, the rly. on surface-mounted integrated circuit disconnects, and rly. normally closed some K1 closes, and high pressure closing switch K2 control loop closes, when namely having light to irradiate, and switch combined floodgate power transmission, it is achieved the combined floodgate of switch or the control of disconnected lock.
Described handheld terminal can also for having the explosion-proof intelligent mobile phone of intelligence, explosion-proof, MA characteristic band torch light, to adapt to the special dimension of colliery operation, make use of the light participation photoelectrolysis lock machine structure unblock that handheld terminal sends cleverly, application taking photograph of intelligent mobile phone evidence obtaining, recording verification, and generate time, voice and photo report.
Can see that from the photoelectrolysis lock machine structure operational process the embodiment of the present invention one the anti-error concept that the present invention proposes is exactly prevent the behavior of mistake from occurring, whether the behavior being contrasted people by scanning recognition code has mistake, whom answers doing, what does, how to do, by handheld terminal, recognition of devices code label is read, operation people points out and operation is carried out the security setting of intelligent interactive assistance operation, and the feedback trace-back operation process by taking pictures and record, reach anti-error identification, equipment or people are carried out the effect of intelligent-tracking management.
The anti-error identification intelligent management system for tracking in a kind of colliery that the embodiment of the present invention one provides, when colliery flow of task can be carried out operation, the important behavior of generation carries out monitor and managment with the form of identify code, the problem such as solve equipment misoperation, mine safety working specification performs no record, missing inspection, tour are not in place.
Embodiment two
The anti-error identification intelligent management system for tracking in a kind of colliery of the embodiment of the present invention two, comprising: server end and handheld terminal;
The system that embodiment two provides and embodiment one difference are:
Described server also comprises memory module, and described memory module is for storing colliery layout, and described colliery layout carries the mark based on colliery flow of task.
Described server end comprises self-inspection module, described self-inspection module, for, before electronic identification code instruction is sent to handheld terminal, carrying whether identify code instruction described in the label detection based on colliery flow of task coincide with colliery layout by colliery layout.
Whether described handheld terminal comprises checking module, consistent with the identify code instruction that server end generates for automatically proofreading the electronic identification code receiving storage.
The system that the embodiment of the present invention two provides, server end is according to handling situations, complete the Quick Response Code based on equipment to generate, generate based on the self-checking system of management with flow sequence and self-checking system is transferred to handheld terminal, the relevant data of computer server operation are preserved and files. Server end, by the synergy of self-inspection module and checking module, by the inspection of server School Affairs client script, whether checking work ticket is normal, it is ensured that the present invention normally runs, and reduces the generation of mistake, saves the cost of artificial examination.
Embodiment three
The anti-error identification intelligent management system for tracking in a kind of colliery of the embodiment of the present invention three, comprising: server end and handheld terminal;
The system that embodiment three provides and embodiment one or two difference are: the anti-error identification intelligent management system for tracking in a kind of colliery provided includes but not limited to that the high pressure being applied in field, colliery is powered, equipment point-detecting, gas work are patrolled and examined and investigated field with hidden danger.
Described collection of coal mine equipment information: gather power failure, electrical data in high low pressure powered operation; Gather equipment management data; Gather gas monitoring data; Gather hidden danger investigation data, the coal mine equipment information back of described collection is stored to server end.
The embodiment of the present invention three is applied to high pressure for electrical domain, by handheld terminal, power failure, power transmission behavior in high low pressure powered operation are gathered, undertaken by server end monitoring, tracing and managing, prevent from stopping wrong electricity, sending wrong electricity, preventing from having a power failure, it is complete not stop, prevent anti-power transmission, prevent the generation of the electric shock accident caused due to hot line work; Equipment point-detecting field is monitored by the technical scheme of application the present invention, tracing and managing, equipment manager can be prevented owing in detail the statistic of the upper and lower equipment of well is not caused unnecessary loss to enterprise, and the idle meeting of such as equipment in down-hole causes the taking of a large amount of fund, equipment to cause the delay produced, structure deteriorate to repair not in time and cause equipment deficiency for subsequent use in the deficiency for subsequent use of down-hole; Gas work is patrolled and examined that field is monitored, tracing and managing by the technical scheme of application the present invention, gas monitoring person can be prevented not in place owing to patrolling and examining, the obnoxious flavour such as local gas, carbon monoxide may be caused to gather and do not found, finally cause the serious accident such as gas explosion or coal seam spontaneous combustion; Application the present invention technical scheme to hidden danger investigate field monitor, tracing and managing, managerial personnel's law enforcement behavior in hidden danger troubleshooting procedure can be prevented, prevent check in shirk the heavy work and choose the light, check not in place, cannot follow the tracks of afterwards. For these important behavior implementing monitoring and management, the behavior being just possible to prevent mistake occurs, the operation that follows the prescribed order just can reduce the loss of operation steps, event will be made clear the interactive management of people and thing, process is looked back simply credible, it may also be useful to means taking pictures of having that voice message, recording, people get integrated into environment.
In the present embodiment, server end also comprises data analysis module, described data analysis module, for real-time analysis and store the coal mine equipment information in above-mentioned field of handheld terminal feedback, generate management scheme according to described coal mine equipment information, and by described management scheme real-time update.
Data Update is by WebAPI and renewal checkmark and upgrades.Data sharing is that the master data based on database and internet connect, and by WebAPI channel transmission data.
The technique effect of the monitor and managment to important behavior that the technical scheme that the embodiment of the present invention three provides is mentioned except reaching in embodiment one and two, the coal mine equipment information that handheld terminal can also be utilized to feed back forms a large amount of data in the monitor procedure of important behavior, by data analysis module to the extraction of a certain attribute, analyze the distribution of this attribute, quantity, state etc., it is also possible to analyze the trend of this attribute change following.
As, the layout drawing of the equipment setting up full mine in tunnel, also be exactly employee's track route and track route the equipment situation of process, environment situation, hidden danger situation, secondly each equipment is given, each place environment, manage each time and all give identify code label, the so just village in similar map and highway, employee according to given route to require check equipment, environment, hidden danger carries out identify code scanning, realize implementing to gather to each attribute required, other later stage behaviors and high pressure anti-error identification intelligent tracing management subsystem of powering is similar, self-inspection is exactly by the inspection of server School Affairs client script, upcheck and then point out track route normal, otherwise prompting track route does not exist. Data Update is by WebAPI and renewal checkmark and upgrades. data sharing is that the master data based on database and internet connect, and by WebAPI channel transmission data.
Synchronized sampling performs an action the corresponding real time data with action trail, is stored in data pond, facilitates the big data management of each management level of colliery system.
The system that the embodiment of the present invention three provides, the execute-in-place report come by handheld terminal passback in each distribution operation field of server end real-time reception and data of being correlated with, it is stored in filing, the data gathering that can be formed, the big data with image data, form a series of achievement for the production of management and security control to the analysis of data.
Embodiment four
Fig. 6 illustrates the anti-error identification intelligent method for tracking and managing in a kind of colliery of according to embodiments of the present invention two. With reference to Fig. 6, it is provided that a kind of method using the anti-error identification intelligent management system for tracking in described colliery, the method comprises the following steps:
In step one, the memory module of server end stores colliery layout, and described colliery layout carries coal mine equipment mark; Server end generates the identify code instruction that the multiple order based on colliery flow of task arranges, described multiple identify code instruction comprises the papery identify code being pasted onto on coal mine equipment to be collected and the electronic identification code instruction being sent in handheld terminal, the guidance rule attribute performing colliery flow of task is carried in described electronic identification code instruction, the switch lock one_to_one corresponding of described guidance rule attribute and coal mine equipment to be collected; Before electronic identification code instruction is sent to handheld terminal, carry whether identify code instruction described in coal mine equipment label detection coincide with colliery layout by colliery layout.
In step 2, whether handheld terminal proofreads the electronic identification code receiving storage automatically consistent with the identify code instruction that server end generates, when the scanning information of handheld terminal order comparison papery identify code is consistent with receiving the electronic identification code instruction stored, perform the guidance rule of the execution colliery flow of task that described electronic identification code instruction is carried
When the scanning information of comparison papery identify code is consistent with receiving the electronic identification code instruction stored, handheld terminal sends and drives built-in photoelectrolysis lock machine structure operating instruction, photoelectrolysis lock machine structure sends unblock light, or prompting operation is correct, described unblock light is radiated in the photovaristor on the surface-mounted integrated circuit of coal mine equipment, unicircuit conducting, the switch lock of coal mine equipment is opened.When the scanning information of comparison papery identify code is inconsistent with the electronic identification code instruction receiving storage, without performing an action. Collection of coal mine equipment information is also back to server end.
Server end real-time analysis also stores the coal mine equipment information that handheld terminal feeds back, and generates management scheme according to described coal mine equipment information, and by described management scheme real-time update.
Described collection of coal mine equipment information: gather power failure, electrical data in high low pressure powered operation; Gather equipment management data; Gather gas monitoring data; Gather hidden danger investigation data.
According to a kind of anti-error identification intelligent management system for tracking in colliery provided by the invention and method, utilize handheld terminal coal mine equipment identify code to be read, operation people points out and operation carried out the security setting of intelligent interactive assistance operation.
For the ease of understanding the technical scheme of the present invention, it is described for a concrete application scene below and how the method that embodiment four provides is applied. This application scene is powered anti-error identification intelligent tracing management subsystem detail mode of operation with high pressure:
(1) colliery flow of task is determined according to operation site demand;
(2) colliery flow of task input computer;
(3) electronic operational ticket left by computer;
(4) electronic operational ticket transfers to handheld terminal;
(5) guardian takes handheld terminal;
(6) execute-in-place (operation people says: " I is xxx, and I to be operated xxx, PLSCONFM " (starts recording), and guardian says: " I is xxx, confirms now ", and guardian operates people and takes a picture mutually) is entered;
(7) guardian scans switching cabinet operational code with handheld terminal; Correct: guardian-" I unlocks now "/mistake: reporting errors reason, switch keeps tripping;
Concrete, guardian utilizes handheld terminal scanning switching cabinet barcode, if not being the switch currently operated in electronic operational ticket, voice message mistake also waits and again scanning, if now operating switch, switch failure; If the switch currently operated in electronic operational ticket, voice message is correct, and opens sound-recording function, sends unlocking signal simultaneously. Guardian sends unlocking signal according to handheld terminal: " scanning correct, I unlocks now ", record current operation switching time, and current operation moves to next operating switch in electronic operational ticket
(9) unlock complete;
(10) people's operating switch is operated;
(11) having operated, recording stops;
(12) repeat operation steps in execute-in-place to all operations ticket to complete;
(13) handheld terminal generation operation is reported and is sent to computer.
The anti-error identification intelligent method for tracking and managing in a kind of colliery that the embodiment of the present invention four provides, it is achieved people and computer server, people and thing, realize interconnected between men, reaches the control to people's behavior. The whole process supervision of realization operation, reduces artificial step and loses. Realizing operating process to reproduce, operation steps realizes, procedure. Realize from the anti-error tripping function of identification, reviewing of operating process. System, independent of other securing systems original, does not interfere with one another with it, easy to operate, and execution property is strong, stores writing time long. In colliery industry, expand the intelligent Management theory based on " internet+", possess pioneering speciality. This system is applied widely, conveniently transplants in other anti-error identification intelligent management system for tracking in each type colliery, can be used for the upper and lower anti-error identification intelligent tracing management of coal mine.
It may be noted that, according to the needs implemented, each step/parts described in the application can be split as more multistep rapid/parts, it is possible to the part operational group of two or more step/parts or step/parts is synthesized new step/parts, to realize the object of the present invention.
The above-mentioned method according to the present invention can at hardware, firmware realizes, or it is implemented as and can be stored in recording medium (such as CDROM, RAM, floppy disk, hard disk or magneto-optic disk) in software or computer code, or be implemented by the original storage of web download in long-range recording medium or non-temporary transient machine computer-readable recording medium and the computer code that will be stored in local recording medium, thus method described here can be stored in use multi-purpose computer, such software processes on the recording medium of application specific processor or able to programme or specialized hardware (such as ASIC or FPGA). it is appreciated that, computer, treater, microprocessor controller or programmable hardware comprise can store or receive software or computer code storage assembly (such as, RAM, ROM, flash memory etc.), when described software or computer code are by computer, treater or hardware access and execution, it is achieved treatment process described here. in addition, when the code for realizing the process shown in this accessed by multi-purpose computer, multi-purpose computer is converted to the special purpose computer for performing the process shown in this by the execution of code.
The above; it is only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, any it is familiar with those skilled in the art in the technical scope that the present invention discloses; change can be expected easily or replace, all should be encompassed within protection scope of the present invention. Therefore, protection scope of the present invention should be as the criterion with the protection domain of described claim.
Claims (10)
1. the anti-error identification intelligent management system for tracking in colliery, it is characterised in that, comprising: server end and handheld terminal;
Described server end, for generating the described identify code instruction that the multiple order based on colliery flow of task arranges, described multiple identify code instruction comprises the papery identify code being pasted onto on coal mine equipment to be collected and the electronic identification code instruction being sent in handheld terminal, the guidance rule attribute performing colliery flow of task is carried in described electronic identification code instruction, the switch lock one_to_one corresponding of described guidance rule attribute and coal mine equipment to be collected.
Described handheld terminal, for the scanning information of order comparison papery identify code with reception and when the electronic identification code instruction stored is consistent, performing the guidance rule of the execution colliery flow of task that described electronic identification code instruction is carried, collection of coal mine equipment information is also back to server end.
2. the system as claimed in claim 1, it is characterised in that, described order performs the guidance rule of the execution colliery flow of task that described electronic identification code instruction is carried, and specifically comprises:
When the scanning information of comparison papery identify code is consistent with receiving the electronic identification code instruction stored, handheld terminal sends and drives built-in photoelectrolysis lock machine structure operating instruction, and photoelectrolysis lock machine structure sends unblock light or prompting operates correct;
Described unblock light is radiated in the photovaristor on the surface-mounted integrated circuit of coal mine equipment, unicircuit conducting, and the switch lock of coal mine equipment is opened.
3. system as claimed in claim 1 or 2, it is characterised in that, described handheld terminal also comprises:
For comparison papery identify code scanning information with receive the electronic identification code instruction stored inconsistent time, without performing an action.
4. system as claimed in claim 3, it is characterised in that, described server end comprises memory module and self-inspection module;
Described memory module is for storing colliery layout, and described colliery layout carries coal mine equipment mark;
Described self-inspection module, before electronic identification code instruction is sent to handheld terminal, detects whether described identify code instruction coincide with colliery layout.
5. system as described in claim 1,2 or 4, it is characterised in that, described identify code includes but not limited to Quick Response Code and/or barcode;
Described papery identify code is Quick Response Code and during barcode, and barcode is shown in the side of Quick Response Code in digital form.
6. system as described in claim 1,2 or 4, it is characterised in that, described handheld terminal comprises checking module, and whether for automatically proofreading, to receive the electronic identification code stored consistent with the identify code instruction that server end generates.
7. the system as claimed in claim 1, it is characterised in that, described collection of coal mine equipment information: gather power failure, electrical data in high low pressure powered operation; Gather equipment management data; Gather gas monitoring data; Gather hidden danger investigation data.
8. system as described in claim 1 or 7, it is characterized in that, described server end also comprises data analysis module, described data analysis module, for real-time analysis and store handheld terminal feedback coal mine equipment information, management scheme is generated according to described coal mine equipment information, and by described management scheme real-time update.
9. one kind uses the method for the anti-error identification intelligent management system for tracking in the colliery described in claim 1, it is characterised in that, the method comprises the following steps:
Step one, server end generate the identify code instruction that the multiple order based on colliery flow of task arranges, described multiple identify code instruction comprises the papery identify code being pasted onto on coal mine equipment to be collected and the electronic identification code instruction being sent in handheld terminal, the guidance rule attribute performing colliery flow of task is carried in described electronic identification code instruction, the switch lock one_to_one corresponding of described guidance rule attribute and coal mine equipment to be collected;
When the scanning information of step 2, handheld terminal order comparison papery identify code is consistent with receiving the electronic identification code instruction stored, performing the guidance rule of the execution colliery flow of task that described electronic identification code instruction is carried, collection of coal mine equipment information is also back to server end.
10. method as claimed in claim 9, it is characterised in that, described step one also comprises, and real-time analysis also stores the coal mine equipment information that handheld terminal feeds back, and generates management scheme according to described coal mine equipment information, and by described management scheme real-time update.
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