CN113283815B - Resin production management monitoring system based on internet - Google Patents
Resin production management monitoring system based on internet Download PDFInfo
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- 239000004579 marble Substances 0.000 description 2
- 239000000843 powder Substances 0.000 description 2
- 241001465754 Metazoa Species 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
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Abstract
The invention discloses a resin production management monitoring system based on the Internet, which is used for solving the problems that the resin artware required by a user cannot be reasonably distributed and produced and the whole process and corresponding detection parameters of the resin artware required by the user cannot be known during production of the resin artware in the prior art, and comprises a production management module and a parameter storage module; the production management module processes the workshop data to obtain a selected workshop, so that the workshop is reasonably selected to produce and process the resin artware required by the user; through setting up parameter storage module, on the one hand through the reasonable distribution of allocation unit with the data of gathering to managers provides the computer terminal storage, on the other hand carry out the exception comparison to the data, through carrying out the analysis to resin production managers, the proportion total value is obtained to the corresponding parameter of personnel, carries out early warning processing to the resin production equipment that abnormal parameter corresponds through the reasonable personnel of selecting that account for the proportion total value.
Description
Technical Field
The invention relates to the technical field of production monitoring of resin artware, in particular to a resin production management monitoring system based on the Internet.
Background
The resin artware is made into figures, animals, kunzhi, landscape and the like with various beautiful and vivid shapes by taking resin as a main raw material and pouring and molding the resin by a mold, the resin artware also refers to a practical and artistic article, and the general raw materials of the resin artware are fixed resin, stone powder or any other antique raw materials, such as imitation marble products, marble powder and the like;
the existing resin artware production has the problems that the resin artware required by a user cannot be reasonably distributed and produced, and the whole process and corresponding detection parameters of the resin artware required by the user cannot be known;
therefore, how to reasonably distribute the resin artware and monitor the production management of the resin artware is a problem to be solved urgently at present.
Disclosure of Invention
The invention aims to provide a resin production management monitoring system based on the internet, aiming at solving the problems that the prior resin artware can not be reasonably distributed and produced when the resin artware required by a user is produced and the whole process and corresponding detection parameters of the resin artware required by the user can not be known.
The purpose of the invention can be realized by the following technical scheme:
an internet-based resin production management monitoring system for use in a server, comprising:
the resin browsing module is used for accessing the resin artware and submitting the production demand information of the resin artware by a user through the intelligent terminal and the internet and sending the production demand information of the resin artware to the production management module;
the production management module receives the production demand information of the resin artware and then performs production allocation to obtain a corresponding selected workshop for producing the resin artware;
the acquisition module is used for acquiring equipment parameters and production videos of resin production equipment corresponding to the selected workshop production resin artware and transmitting the equipment parameters and the production videos to the parameter storage module through the Internet;
the checking module is used for detecting the resin artware produced in the selected workshop by a detector and uploading corresponding detection parameters to the parameter storage module, when the detection is unqualified, a remanufacturing instruction is fed back to the selected workshop, and the selected workshop remanufactures the corresponding resin artware;
as a preferred embodiment of the present invention, the specific production allocation process of the production management module is as follows:
sending a position acquisition instruction to an intelligent terminal of a user; the position acquisition instruction is used for triggering the user intelligent terminal to feed back the current positioning position;
analyzing the production demand information of the resin artware to obtain the name of the resin artware, generating a production index instruction corresponding to the name of the resin artware and feeding the production index instruction back to the database; the index generating instruction is used for triggering a database to search and feed back workshop data of a production workshop corresponding to the name of the resin handicraft; the workshop data comprises the position of the workshop, the quantity to be produced of the resin artware and the fat art value; the resin art value is a numerical value for evaluating the qualification of the resin artware produced in the workshop, which is obtained by comprehensively calculating the corresponding numerical values of the unqualified times and the total production times of the resin artware in the selected workshop;
calculating the position distance between the position of the workshop and the fed back current positioning position to obtain a required distance, and marking the workshop with the required distance smaller than a preset distance threshold as a primary workshop; normalizing the quantity to be produced and the fat art value of the resin artware in the primary selection workshop to obtain the numerical value, analyzing the numerical value to obtain the birth value of the primary selection workshop, and marking the primary selection workshop with the largest birth value as a selected workshop; increasing the number of the resin artware to be produced in the selected workshop by one;
as a preferred embodiment of the present invention, the parameter storage module stores and compares the device parameters, when the device parameters are not within the corresponding range, the device parameters are marked as abnormal parameters, an abnormal early warning instruction corresponding to the abnormal parameters is generated, and the abnormal early warning instruction and the position of the resin production device corresponding to the abnormal parameters are sent to the mobile phone terminal of the early warning handler;
as a preferred embodiment of the present invention, the present invention further includes:
the query module is used for receiving an access connection signaling input by a resin production manager through an access terminal, analyzing the access connection signaling and obtaining a user name and a password of the resin production manager; the user name and the password are verified, after the user name and the password are successfully verified, the access authority corresponding to the user name is obtained, a data query signaling corresponding to the access authority and the user name is generated and sent to the parameter storage module, and the parameter storage module receives the data query signaling, is in communication connection with an access terminal of a resin production manager and allows the access terminal to read the equipment parameters corresponding to the access authority;
the registration module is used for the resin production management personnel to submit the personnel information through the access terminal for registration and send the personnel information which is successfully registered to the database for storage; the personnel information comprises a name, a mobile phone number, a position, an enrollment time, a name of equipment responsible for resin production and computer terminal data, wherein the computer terminal data comprises a model of a computer terminal and a residual memory; the server generates a unique user name after receiving the personnel information;
as a preferred embodiment of the present invention, the specific process of sending the abnormal warning instruction and the abnormal parameter corresponding to the position of the resin production equipment to the mobile phone terminal of the warning processing staff is as follows: acquiring a resin production manager responsible for the resin production equipment corresponding to the abnormal parameter and marking the resin production manager as a primary selection person, sending a position acquisition instruction to a mobile phone terminal of the primary selection person to acquire the current position of the primary selection person, performing distance calculation on the current position of the primary selection person and the position of the resin production equipment corresponding to the abnormal parameter to obtain a processing distance, marking the primary selection person of which the processing distance is smaller than a set distance threshold value as a preferred person, and multiplying the processing distance of the preferred person by a corresponding preset distance ratio to obtain a distance ratio; acquiring personnel information of preferred personnel, processing the personnel information to obtain a personnel value, and multiplying the personnel value by a corresponding preset personnel proportion to obtain a personnel proportion value; adding the personnel occupation ratio value and the space occupation ratio value to obtain a total occupation ratio value, marking the preferred personnel with the largest total occupation ratio value as early warning processing personnel, receiving an abnormal early warning instruction and the position of the resin production equipment corresponding to the abnormal parameter by the early warning processing personnel through a mobile phone terminal, recording the time of receiving the abnormal early warning instruction and marking the time as the instruction receiving time, reaching the corresponding resin production equipment for carrying out abnormal processing, simultaneously recording the abnormal processing starting time of the early warning processing personnel, recording the abnormal processing finishing time after the abnormal processing is finished, and carrying out the total early warning processing times of the early warning processing personnel in the current month; the ratio total value is a numerical value used for evaluating the processing and early warning probability of personnel; the larger the ratio total value is, the higher the probability of processing the early warning is;
as a preferred embodiment of the present invention, the specific process for processing the personnel information is as follows: calculating the time difference between the working time of the preferred personnel and the current time to obtain the working time; acquiring the instruction receiving time of the preferred personnel and the corresponding early warning processing starting time, and calculating the time difference between the two times to obtain the arrival time of the preferred personnel; summing all the arrival durations and averaging to obtain a mean duration; normalizing the working duration, the mean duration and the total number of early warning processing times of the current month of the optimized personnel, taking the numerical values of the working duration, the mean duration and the total number of early warning processing times of the current month, and analyzing the numerical values to obtain the personnel values of the optimized personnel; the personnel value is a numerical value for evaluating the early warning effect of personnel processing, which is obtained by carrying out normalization processing and comprehensive calculation on related parameters of the personnel;
as a preferred embodiment of the present invention, the present invention further includes:
the authority setting module is used for setting the access authority of resin production managers;
the resin access module is used for inquiring the equipment parameters, the production videos and the detection parameters which correspond to the production of the resin artware in the parameter storage module through the intelligent terminal by a user;
as a preferred embodiment of the present invention, the parameter storage module further comprises a distribution unit and a plurality of computer terminals corresponding to resin production managers; the distribution unit is used for identifying the equipment parameters, the production videos and the detection parameters to obtain corresponding storage authorities, and sending the equipment parameters, the production videos and the detection parameters with the same storage authorities to the computer terminals corresponding to the resin production managers with the access authorities equal to the storage authorities for storage.
Compared with the prior art, the invention has the beneficial effects that:
1. according to the invention, the intelligent terminal and the Internet access the resin artware in the resin browsing module and submit the production demand information of the resin artware, the production management module receives the production demand information of the resin artware and then carries out production distribution to obtain workshop data, and the workshop data is processed to obtain a selected workshop, so that the workshop is reasonably selected to carry out production processing on the resin artware required by a user;
2. according to the invention, by setting the parameter storage module, on one hand, collected data are reasonably distributed to a manager through the distribution unit to be stored in the computer terminal, on the other hand, data are subjected to abnormal comparison, when equipment parameters are abnormal parameters, the resin production manager is analyzed, a ratio total value is obtained by combining corresponding parameters of personnel, and early warning treatment is carried out on resin production equipment corresponding to the abnormal parameters through reasonably selecting the personnel of the ratio total value.
Drawings
In order to facilitate understanding for those skilled in the art, the present invention will be further described with reference to the accompanying drawings;
fig. 1 is a schematic block diagram of the present invention.
Detailed Description
The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Example embodiments will now be described more fully with reference to the accompanying drawings. Example embodiments may, however, be embodied in many different forms and should not be construed as limited to the examples set forth herein; rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the concept of example embodiments to those skilled in the art.
Furthermore, the described features, structures, or characteristics may be combined in any suitable manner in one or more embodiments. In the following description, numerous specific details are provided to provide a thorough understanding of embodiments of the invention. One skilled in the relevant art will recognize, however, that the invention may be practiced without one or more of the specific details, or with other methods, components, devices, steps, and so forth. In other instances, well-known methods, devices, implementations or operations have not been shown or described in detail to avoid obscuring aspects of the invention.
The block diagrams shown in the figures are functional entities only and do not necessarily correspond to physically separate entities. I.e. these functional entities may be implemented in the form of software, or in one or more hardware modules or integrated circuits, or in different networks and/or processor means and/or microcontroller means.
Referring to fig. 1, an internet-based resin production management monitoring system is shown for use in a server, it being understood that the number of intelligent terminals and servers in fig. 1 is merely illustrative. There may be any number of intelligent terminals and servers, as desired for implementation. For example, the server may be a server cluster composed of a plurality of servers; the system comprises a resin browsing module, a production management module, an acquisition module, a verification module, an inquiry module, a registration module, a database, a parameter storage module, an authority setting module and a resin access module;
a user accesses a resin handicraft in the resin browsing module through an intelligent terminal and the Internet and submits production demand information of the resin handicraft, and the resin browsing module sends the production demand information of the resin handicraft to the production management module;
the production management module receives the production demand information of the resin artware, then carries out production distribution, and sends a position acquisition instruction to an intelligent terminal of a user; the user intelligent terminal feeds back the current positioning position to the generation management module; analyzing the production demand information of the resin artware to obtain the name of the resin artware, generating a production index instruction corresponding to the name of the resin artware and feeding the production index instruction back to the database, and searching workshop data of a production workshop corresponding to the name of the resin artware after the database receives the production index instruction; the workshop data comprise the position of a workshop, the number of the resin artware to be produced and the resin art value; the resin art value is a numerical value for evaluating the qualification of the resin artware produced in the workshop, which is obtained by comprehensively calculating the corresponding numerical values of the unqualified times and the total production times of the resin artware in the selected workshop; the specific calculation of the fat art value is as follows: marking the total production times of the workshop and the unqualified times of the resin artware as PQ1 and PQ2 respectively; extracting numerical values of the total production times and the unqualified times of the resin artware in a workshop, and setting weight coefficients corresponding to the total production times and the unqualified times of the resin artware as 0.6 and 0.4; obtaining a corresponding fat process value ZY of a workshop by using a formula ZY = PQ1 multiplied by 0.6-PQ2 multiplied by 0.4; calculating the position distance between the position of the workshop and the fed back current positioning position to obtain a required distance, and marking the workshop with the required distance smaller than a preset distance threshold as a primary workshop; normalizing the quantity JG to be produced of the resin artware in the primary selection workshop and the fat skill value ZY, and taking the numerical values of the quantity JG and the fat skill value ZY;
setting the weight coefficients of the quantity to be produced of the resin artware and the weight coefficients of the resin artware value to be 0.2 and 0.8 respectively; obtaining a vehicle generation value CS of a primary selection workshop by using a formula CS =0.2/JQ + ZY multiplied by 0.8, and marking the primary selection workshop with the maximum vehicle generation value as a selection workshop; increasing the number of the resin artware to be produced in the selected workshop by one;
the acquisition module acquires equipment parameters and production videos of resin production equipment corresponding to the selected workshop production resin artware and transmits the equipment parameters and the production videos to the parameter storage module through the Internet; the resin production equipment comprises a reaction kettle, a resin processing mold and the like;
the method comprises the following steps that a tester detects the resin artware produced in a selected workshop and uploads corresponding detection parameters to a verification module, the verification module sends the detection parameters to a parameter storage module, when the detection is unqualified, a remanufacturing instruction is fed back to the selected workshop, and the selected workshop remanufactures the corresponding resin artware;
the parameter storage module stores and compares the equipment parameters, when the equipment parameters are not in the corresponding range, the equipment parameters are marked as abnormal parameters, an abnormal early warning instruction corresponding to the abnormal parameters is generated, and the abnormal early warning instruction and the positions of the resin production equipment corresponding to the abnormal parameters are sent to a mobile phone terminal of an early warning processor; the method specifically comprises the following steps: acquiring a resin production manager responsible for the resin production equipment corresponding to the abnormal parameter and marking the resin production manager as a primary selection person, sending a position acquisition instruction to a mobile phone terminal of the primary selection person to acquire the current position of the primary selection person, performing distance calculation on the current position of the primary selection person and the position of the resin production equipment corresponding to the abnormal parameter to obtain a processing distance, marking the primary selection person of which the processing distance is smaller than a set distance threshold value as a preferred person, and multiplying the processing distance of the preferred person by a corresponding preset distance ratio to obtain a distance ratio; acquiring personnel information of the preferred personnel, processing the personnel information, and calculating the time difference between the working time of the preferred personnel and the current time to obtain the working duration; acquiring the instruction receiving time of the preferred personnel and the corresponding early warning processing starting time, and calculating the time difference between the two times to obtain the arrival time of the preferred personnel; summing all the arrival durations and averaging to obtain a mean duration; normalizing the working duration, the average duration and the total number of early warning treatment in the same month of the preferred personnel, and taking the numerical values of the working duration, the average duration and the total number of early warning treatment in the same month, wherein the numerical values are marked as TT1, TT2 and TT3 respectively; obtaining a person value RY of the preferred person by using a formula RY = TT1 × 0.2/(TT2 × 0.4+ TT3 × 0.4), and multiplying the person value by a corresponding preset person proportion to obtain a person proportion value; adding the personnel occupation ratio value and the space occupation ratio value to obtain a total occupation ratio value, marking the preferred personnel with the largest total occupation ratio value as early warning processing personnel, receiving an abnormal early warning instruction and the position of the resin production equipment corresponding to the abnormal parameter by the early warning processing personnel through a mobile phone terminal, recording the time of receiving the abnormal early warning instruction and marking the time as the instruction receiving time, reaching the corresponding resin production equipment for carrying out abnormal processing, simultaneously recording the abnormal processing starting time of the early warning processing personnel, recording the abnormal processing finishing time after the abnormal processing is finished, and carrying out the total early warning processing times of the early warning processing personnel in the current month;
the parameter storage module also comprises a distribution unit and a plurality of computer terminals corresponding to resin production managers; the distribution unit is used for identifying the equipment parameters, the production videos and the detection parameters to obtain corresponding storage authorities, and sending the equipment parameters, the production videos and the detection parameters with the same storage authorities to the computer terminals corresponding to the resin production managers with the access authorities equal to the storage authorities for storage; the storage authority comprises a first-level authority, a second-level authority, a third-level authority and a fourth-level authority; each storage authority correspondingly stores equipment parameters, production videos and detection parameters of different classifications;
the query module receives an access connection signaling input by a resin production manager through an access terminal, analyzes the access connection signaling and obtains a user name and a password of the resin production manager; the user name and the password are verified, after the user name and the password are successfully verified, the access authority corresponding to the user name is obtained, a data query signaling corresponding to the access authority and the user name is generated and sent to the parameter storage module, and the parameter storage module receives the data query signaling, is in communication connection with an access terminal of a resin production manager and allows the access terminal to read the equipment parameters corresponding to the access authority;
the resin production management personnel submit personnel information to the registration module through the access terminal for registration and send the personnel information which is successfully registered to the database;
the authority setting module is used for setting the access authority of the resin production management personnel, and setting the access authority of the resin production management personnel corresponding to responsible personnel, wherein the access authority comprises a primary authority, a secondary authority, a tertiary authority and a quaternary authority; the access right of the first-level right is the maximum, the access right comprises all data stored in the accessible parameter storage module, the second-level right, the third-level right and the fourth-level right, and the range of the access data is sequentially reduced;
the resin access module is used for inquiring the equipment parameters, the production videos and the detection parameters which correspond to the production of the resin artware in the parameter storage module through the intelligent terminal by a user; a user inquires the production video of the corresponding resin handicraft through the intelligent terminal, so that the user can know the whole production process of the required resin handicraft conveniently;
when the system is used, a user accesses the resin artware in the resin browsing module through the intelligent terminal and the Internet and submits the production demand information of the resin artware, the production management module receives the production demand information of the resin artware and then carries out production distribution to obtain workshop data, and the total production times and the unqualified times of the resin artware in a workshop are respectively marked as PQ1 and PQ 2; extracting numerical values of the total production times and the unqualified times of the resin artware in a workshop, and setting weight coefficients corresponding to the total production times and the unqualified times of the resin artware as 0.6 and 0.4; obtaining a corresponding fat process value ZY of a workshop by using a formula ZY = PQ1 multiplied by 0.6-PQ2 multiplied by 0.4; calculating the position distance between the position of the workshop and the fed back current positioning position to obtain a required distance, and marking the workshop with the required distance smaller than a preset distance threshold as a primary workshop; normalizing the quantity JG to be produced of the resin artware in the primary selection workshop and the fat skill value ZY, and taking the numerical values of the quantity JG and the fat skill value ZY; obtaining a vehicle generation value CS of a primary selection workshop by using a formula CS =0.2/JQ + ZY multiplied by 0.8, and marking the primary selection workshop with the maximum vehicle generation value as a selection workshop; the workshop data are processed to obtain a selected workshop, so that the workshop is reasonably selected to produce and process the resin artware required by the user; the method comprises the steps that a parameter storage module is arranged, on one hand, collected data are reasonably distributed to a manager through a distribution unit to be stored in a computer terminal, on the other hand, data are compared abnormally, when equipment parameters are abnormal parameters, resin production managers are analyzed, a position obtaining instruction is sent to a mobile phone terminal of a primary selection person to obtain the current position of the primary selection person, the current position of the primary selection person and the position of resin production equipment corresponding to the abnormal parameters are subjected to distance calculation to obtain a processing distance, the primary selection person with the processing distance smaller than a set distance threshold value is marked as a preferred person, and the processing distance of the preferred person is multiplied by the corresponding preset distance ratio to obtain a distance ratio; acquiring personnel information of the preferred personnel, processing the personnel information, and calculating the time difference between the working time of the preferred personnel and the current time to obtain the working duration; acquiring the instruction receiving time of the preferred personnel and the corresponding early warning processing starting time, and calculating the time difference between the two times to obtain the arrival time of the preferred personnel; summing all the arrival durations and averaging to obtain a mean duration; normalizing the working duration, the average duration and the total number of early warning treatment in the current month of the preferred personnel, taking the numerical values of the working duration, the average duration and the total number of early warning treatment in the current month, obtaining a personnel value RY of the preferred personnel by using a formula RY = TT1 × 0.2/(TT2 × 0.4+ TT3 × 0.4), and multiplying the personnel value by a corresponding preset personnel proportion to obtain a personnel proportion value; and adding the personnel occupation ratio value and the space occupation ratio value to obtain the occupation ratio total value, and selecting personnel reasonably according to the occupation ratio total value to perform early warning treatment on the resin production equipment corresponding to the abnormal parameters.
The preferred embodiments of the invention disclosed above are intended to be illustrative only. The preferred embodiments are not intended to be exhaustive or to limit the invention to the precise forms disclosed. Obviously, many modifications and variations are possible in light of the above teaching. The embodiments were chosen and described in order to best explain the principles of the invention and the practical application, to thereby enable others skilled in the art to best utilize the invention. The invention is limited only by the claims and their full scope and equivalents.
Claims (1)
1. An internet-based resin production management monitoring system for use in a server, comprising:
the resin browsing module is used for accessing the resin artware and submitting the production demand information of the resin artware by a user through the intelligent terminal and the internet and sending the production demand information of the resin artware to the production management module;
the production management module receives the production demand information of the resin artware and then carries out production distribution to obtain a corresponding selected workshop for producing the resin artware, and the specific production distribution process comprises the following steps:
sending a position acquisition instruction to an intelligent terminal of a user; the position acquisition instruction is used for triggering the user intelligent terminal to feed back the current positioning position;
analyzing the production demand information of the resin artware to obtain the name of the resin artware, generating a production index instruction corresponding to the name of the resin artware and feeding the production index instruction back to the database; the production index instruction is used for triggering a database to search and feed back workshop data of a production workshop corresponding to the name of the resin handicraft; the workshop data comprises the position of the workshop, the quantity to be produced of the resin artware and the fat art value; the resin art value is a numerical value for evaluating the qualification of the resin artware produced in the workshop, which is obtained by comprehensively calculating the corresponding numerical values of the unqualified times and the total production times of the resin artware in the selected workshop; the specific calculation of the fat art value is as follows: marking the total production times of the workshop and the unqualified times of the resin artware as PQ1 and PQ2 respectively; extracting numerical values of the total production times and the unqualified times of the resin artware in a workshop, and setting weight coefficients corresponding to the total production times and the unqualified times of the resin artware as 0.6 and 0.4; obtaining a corresponding fat process value ZY of a workshop by using a formula ZY = PQ1 multiplied by 0.6-PQ2 multiplied by 0.4;
calculating the position distance between the position of the workshop and the fed back current positioning position to obtain a required distance, and marking the workshop with the required distance smaller than a preset distance threshold as a primary workshop; normalizing the quantity JG to be produced of the resin artware in the primary selection workshop and the fat skill value ZY, and taking the numerical values of the quantity JG and the fat skill value ZY; setting the weight coefficients of the quantity to be produced of the resin artware and the weight coefficients of the resin artware value to be 0.2 and 0.8 respectively; obtaining a vehicle generation value CS of a primary selection workshop by using a formula CS =0.2/JG + ZY multiplied by 0.8, and marking the primary selection workshop with the maximum vehicle generation value as a selection workshop; increasing the number of the resin artware to be produced in the selected workshop by one;
the acquisition module is used for acquiring equipment parameters and production videos of resin production equipment corresponding to the selected workshop production resin artware and transmitting the equipment parameters and the production videos to the parameter storage module through the Internet;
the checking module is used for detecting the resin artware produced in the selected workshop by a detector and uploading corresponding detection parameters to the parameter storage module, when the detection is unqualified, a remanufacturing instruction is fed back to the selected workshop, and the selected workshop remanufactures the corresponding resin artware;
the resin access module is used for inquiring the production video and the detection parameters stored in the parameter storage module when the resin artware is produced by a user through the intelligent terminal;
the parameter storage module stores and compares the equipment parameters, when the equipment parameters are not in the corresponding range, the equipment parameters are marked as abnormal parameters, an abnormal early warning instruction corresponding to the abnormal parameters is generated, and the abnormal early warning instruction and the positions of the resin production equipment corresponding to the abnormal parameters are sent to a mobile phone terminal of an early warning processor;
the query module is used for receiving an access connection signaling input by a resin production manager through an access terminal, analyzing the access connection signaling and obtaining a user name and a password of the resin production manager; the user name and the password are verified, after the user name and the password are successfully verified, the access authority corresponding to the user name is obtained, a data query signaling corresponding to the access authority and the user name is generated and sent to the parameter storage module, and the parameter storage module receives the data query signaling, is in communication connection with an access terminal of a resin production manager and allows the access terminal to read the equipment parameters corresponding to the access authority;
the registration module is used for the resin production management personnel to submit the personnel information through the access terminal for registration and send the personnel information which is successfully registered to the database;
the specific process of sending the abnormal early warning instruction and the position of the abnormal parameter corresponding to the resin production equipment to the mobile phone terminal of the early warning processing personnel is as follows: acquiring a resin production manager responsible for the resin production equipment corresponding to the abnormal parameter and marking the resin production manager as a primary selection person, sending a position acquisition instruction to a mobile phone terminal of the primary selection person to acquire the current position of the primary selection person, performing distance calculation on the current position of the primary selection person and the position of the resin production equipment corresponding to the abnormal parameter to obtain a processing distance, marking the primary selection person of which the processing distance is smaller than a set distance threshold value as a preferred person, and multiplying the processing distance of the preferred person by a corresponding preset distance ratio to obtain a distance ratio; acquiring personnel information of the preferred personnel, processing the personnel information, and calculating the time difference between the working time of the preferred personnel and the current time to obtain the working duration; acquiring the instruction receiving time of the preferred personnel and the corresponding early warning processing starting time, and calculating the time difference between the two times to obtain the arrival time of the preferred personnel; summing all the arrival durations and averaging to obtain a mean duration; normalizing the working duration, the average duration and the total number of early warning treatment in the same month of the preferred personnel, and taking the numerical values of the working duration, the average duration and the total number of early warning treatment in the same month, wherein the numerical values are marked as TT1, TT2 and TT3 respectively; obtaining a person value RY of the preferred person by using a formula RY = TT1 × 0.2/(TT2 × 0.4+ TT3 × 0.4), and multiplying the person value by a corresponding preset person proportion to obtain a person proportion value; adding the personnel occupation ratio value and the space occupation ratio value to obtain a total occupation ratio value, marking the preferred personnel with the largest total occupation ratio value as early warning processing personnel, receiving an abnormal early warning instruction and the position of the resin production equipment corresponding to the abnormal parameter by the early warning processing personnel through a mobile phone terminal, recording the time of receiving the abnormal early warning instruction and marking the time as the instruction receiving time, reaching the corresponding resin production equipment for carrying out abnormal processing, simultaneously recording the abnormal processing starting time of the early warning processing personnel, recording the abnormal processing finishing time after the abnormal processing is finished, and carrying out the total early warning processing times of the early warning processing personnel in the current month;
the authority setting module is used for setting the access authority of resin production managers;
the parameter storage module also comprises a distribution unit and a plurality of computer terminals corresponding to resin production managers; the distribution unit is used for identifying the equipment parameters, the production videos and the detection parameters to obtain corresponding storage authorities, and sending the equipment parameters, the production videos and the detection parameters with the same storage authorities to the computer terminals corresponding to the resin production managers with the access authorities equal to the storage authorities for storage.
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