CN112418709A - PMC information management system - Google Patents
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Abstract
The invention discloses a PMC information management system, which edits a product processing process flow to a production order, then splits the production order into a plurality of production task lists according to the product processing process flow and issues the production task lists to corresponding product processing stations for processing, obtains staff on-off time information and station processing machine operation information corresponding to each processing station, and generates staff work performance and attendance reports according to the staff on-off time information and the station processing machine operation information, thereby improving the relevance between staff performance assessment and order management. Meanwhile, enterprise query requests input by users are processed, and corresponding enterprise detailed information and overall supply chain detailed information are displayed in an electronic map mode, so that the production and processing requirements of the users are better met.
Description
Technical Field
The invention relates to the technical field of computer software, in particular to a PMC information management system.
Background
Pmc (production material control), i.e., production and material control, refers to control of production plan and production progress, supervision and management of material planning, tracking, transceiving, storage, use, and the like, and prevention processing of stagnant materials.
The existing PMC system is not linked in order management and personnel performance assessment, and the order management and personnel performance assessment are managed and independently operated by different departments, so that the final assessment result is inconsistent with the actual order production and processing, and the verification is quite troublesome. In addition, most of the existing PMC systems only control production and materials, and cannot meet other production and processing requirements of users.
The above is only for the purpose of assisting understanding of the technical aspects of the present invention, and does not represent an admission that the above is prior art.
Disclosure of Invention
The invention mainly aims to provide a PMC information management system, and aims to solve the technical problems that the existing PMC system is poor in relevance and difficult in data verification when order management and personnel performance assessment are carried out, and other production and processing requirements of a user cannot be met.
To achieve the above object, the present invention provides a PMC information management system, including at least: the system comprises an information office and internet of things management module, a station flow real-time tracking module and an industry electronic map popularization and display module;
the information office and Internet of things management module is used for acquiring a production order imported by a user and editing a product processing process flow according to the production order;
the informatization office and Internet of things management module is also used for splitting the production order into a plurality of production task lists according to the edited product processing technological process and sending the production task lists to corresponding product processing stations for processing;
the work station flow real-time tracking module is used for acquiring the work attendance information of the staff corresponding to each processing work station and the work station processing machine operation information, and generating a staff attendance report according to the work attendance information of the staff and the work station processing machine operation information;
the station flow real-time tracking module is also used for performing performance assessment on the corresponding staff according to the staff attendance report and outputting a performance assessment result;
and the industry electronic map popularization and display module is used for displaying enterprise detailed information and overall supply chain detailed information corresponding to the enterprise query request in an electronic map mode when receiving the enterprise query request input by a system registration user.
Preferably, the informatization office and internet of things management module comprises: an order management unit;
the order management unit is used for acquiring a production order imported by a user and determining a product bill of materials according to the production order;
the order management unit is also used for determining a product material code according to the product material list and determining a material processing working section corresponding to the product material according to the product material code;
and the order management unit is also used for determining a product processing process flow according to the material processing section.
Preferably, the informatization office and internet of things management module further comprises: a scheduling management unit;
the scheduling management unit is used for detecting whether the production order is detachable or not, and if so, the production order is detached into a plurality of production task lists according to the product processing technological process;
the scheduling management unit is also used for generating an operation scheduling list according to the production task list and a pre-bound product processing technology;
and the scheduling management unit is also used for issuing the operation scheduling list to the corresponding product processing station for processing.
Preferably, the workstation process real-time tracking module comprises: an attendance checking unit;
the attendance checking unit is used for acquiring attendance check-in time and attendance check-out time corresponding to the employee account number pre-bound to each processing station, and generating employee attendance check-in and attendance time information according to the attendance check-in time and the attendance check-out time;
the attendance checking unit is also used for acquiring the starting time, the stopping time and the actual product production quantity of the station processing machine corresponding to each processing station, and generating the operation information of the station processing machine according to the starting time, the stopping time and the actual product production quantity;
the attendance checking unit is also used for generating an employee attendance report of the employee corresponding to the employee account according to the employee attendance time information and the station processing machine operation information.
Preferably, the workstation process real-time tracking module comprises: a performance assessment unit;
the performance assessment unit is used for reading the work attendance information of the staff and the operation information of the station processing machine from the staff attendance report according to the staff account;
the performance assessment unit is also used for determining the daily working time of the staff according to the attendance time information and acquiring a first performance assessment result according to the daily working time of the staff;
the performance assessment unit is also used for reading the starting time, the stopping time and the actual product production quantity from the operating information of the station processing machine and determining the specified product production quantity of the station processing machine according to the starting time and the stopping time;
the performance assessment unit is also used for determining a second performance assessment result according to the actual product production quantity and the specified product production quantity;
the performance assessment unit is also used for determining a final performance assessment result according to the first performance assessment result and the second performance assessment result.
Preferably, the industry electronic map promotion and display module is used for determining the type of an enterprise to be queried according to an enterprise query request input by a system registration user when the enterprise query request is received;
the industry electronic map popularization and display module is also used for inquiring enterprises in a preset range according to the inquired enterprise types and displaying the enterprise detailed information and the whole supply chain detailed information of the searched enterprises in an electronic map mode.
Preferably, the industry electronic map promotion and display module is further configured to query an enterprise within a preset range according to the queried enterprise type, and acquire GIS map coordinate information, enterprise operation range information, enterprise equipment product information, and production capacity introduction information of the enterprise;
the industry electronic map popularization and display module is also used for generating enterprise detailed information according to the GIS map coordinate information, the enterprise operation range information, the enterprise equipment product information and the production capacity information, and displaying the enterprise detailed information in an electronic map mode.
Preferably, the industry electronic map promotion and display module is further configured to obtain current location information of the user, and determine a current administrative area according to the current location information;
and the industry electronic map popularization and display module is also used for inquiring enterprises in a preset range according to the type of the inquired enterprises and the current administrative region.
Preferably, the industry electronic map popularization and presentation module is further configured to select a corresponding supply chain enterprise from the displayed enterprises when a product production supply chain query request input by a user based on the electronic map is received, and generate and present detailed information of a corresponding overall supply chain according to the supply chain enterprise.
Preferably, the industry electronic map popularization and presentation module is further configured to search a corresponding product manufacturing enterprise in a pre-constructed enterprise archive database when a product production supply chain query request input by a user based on an electronic map is received, and select a corresponding supply chain enterprise from displayed enterprises according to the product manufacturing enterprise.
The PMC information management system provided by the invention edits a product processing process flow through a production order imported by a user, then splits the production order into a plurality of production task lists according to the product processing process flow, issues the production task lists to corresponding product processing stations for processing, then acquires staff on-off time information and station processing machine operation information corresponding to each processing station, generates staff attendance report forms according to the staff on-off time information and the station processing machine operation information, improves the relevance between staff performance assessment and order management, and directly performs the staff performance assessment according to the execution condition of the production task lists, the staff on-off time information and the station processing machine operation information, thereby ensuring the accuracy of the performance assessment result. Meanwhile, the PMC information management system provided by the invention can also process enterprise query requests input by users, and display corresponding enterprise detailed information and overall supply chain detailed information in an electronic map mode, so that the production and processing requirements of the users are better met.
Drawings
Fig. 1 is a block diagram showing a configuration of a first embodiment of a PMC information management system according to the present invention;
fig. 2 is a structural block diagram of an informatization office and internet of things management module in the first embodiment of the PMC information management system of the present invention;
fig. 3 is a block diagram of a real-time station flow tracking module in the first embodiment of the PMC information management system according to the present invention.
The implementation, functional features and advantages of the objects of the present invention will be further explained with reference to the accompanying drawings.
Detailed Description
It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Referring to fig. 1, fig. 1 is a block diagram illustrating a PMC information management system according to a first embodiment of the present invention.
As shown in fig. 1, the PMC information management system includes at least: the system comprises an information office and internet of things management module 10, a station flow real-time tracking module 20 and an industry electronic map popularization and display module 30.
Those skilled in the art will appreciate that the configuration shown in fig. 1 does not constitute a limitation of the PMC information management system and may include more or fewer modules than shown, or some of the modules may be combined, or different component modules.
In this embodiment, the informatization office and internet of things management module 10 is configured to obtain a production order imported by a user, and edit a product processing process flow according to the production order;
it should be noted that, in this embodiment, the production order may be imported by a user through an electronic document (for example, an excel document) to reduce operations of secondary entry and improve accuracy of data, and may also be created by a manager of a PMC information management system (hereinafter, referred to as a system for short). When the order is created, the manager can create an order according to the name of the customer, the selected product, the quantity of the product and other information, and maintain the order archive information.
It should be understood that the product manufacturing process flow may be the process from material to finished product that is to be performed when producing a product.
In a specific implementation, the informatization office and internet of things management module 10 may determine a bill of materials corresponding to a product according to a generated order imported by a user, then determine a processing workshop section to which each material in the bill of materials belongs, and then determine a final product processing process flow of a product according to a current production condition of the processing workshop section.
Further, the informatization office and internet of things management module 10 is further configured to split the production order into a plurality of production task lists according to the edited product processing process flow, and issue the production task lists to corresponding product processing stations for processing;
it should be understood that different products have different corresponding processing technologies due to different product configurations, and some products may only need one processing station to complete the processing from the material to the finished product, but for some products which need to be assembled and have a complex structure, the finished product cannot be completed by only one processing station, and at this time, different processing stations are required to be matched with each other to complete the final product. Therefore, in this embodiment, the informatization office and internet of things management module 10 determines whether order splitting operation is needed or can be performed according to the processing requirements of the products and the existing processing technologies of enterprises, and if so, splits the production orders into a plurality of production task lists and then issues different production task lists to corresponding product processing stations for processing.
The station flow real-time tracking module 20 is used for acquiring the work attendance information of the staff corresponding to each processing station and the operation information of the station processing machine, and generating a staff attendance report according to the work attendance information of the staff and the operation information of the station processing machine;
it should be noted that, in order to ensure that a product is completed and delivered on time within a construction period, the PMC information management system in this embodiment further includes a station flow real-time tracking module 20 having employee attendance recording and performance assessment functions, so as to implement work attendance management on employees at a processing station after a production task list is issued to a specific processing station to start production. In this embodiment, when the employee performs attendance, the employee may perform attendance operations, such as attendance check-in, attendance check-out, leave examination and approval, through the workstation flow real-time tracking module 20.
It should be understood that the station processing machine operation information may be the operation condition of the product processing machine corresponding to each station, such as machine start time, stop time, production stop time, product production quantity, operation duration, and the like. In order to ensure accurate assessment of the performance of the staff, the working time of the staff every day is recorded according to the work attendance time information of the staff, and the performance of the staff is recorded and assessed according to the actual operation condition of the station processing machine.
In a specific implementation, the workstation process real-time tracking module 20 may first obtain the employee attendance time information and the workstation processing machine operation information corresponding to each processing workstation, and then generate an employee attendance report according to the employee attendance time information and the workstation processing machine operation information.
The station flow real-time tracking module 20 is further configured to perform performance assessment on the corresponding staff according to the staff attendance report, and output a performance assessment result;
further, the real-time station flow tracking module 20 of the embodiment can perform real-time statistics on the production condition of the station processing machine, and also can perform real-time monitoring on the site of the production station, and if abnormality occurs, managers can contact the station staff in time through interphone or video intercom to eliminate the abnormality.
In a specific implementation, the real-time station flow tracking module 20 may perform performance assessment on the corresponding employee according to the employee attendance report, and output a performance assessment result. In practical situations, the performance assessment mode can be realized by working hours or product design. For example, the production quantity of products in 8 hours under the normal operation of the processing machine is 1000, but only 900 products are produced when the processing machine operates normally for 8 hours on a certain day, and the performance assessment at the moment needs to be determined according to the actual production condition of the products (namely, according to the product counting), so that the authenticity of the performance assessment of staff is ensured, and the condition that the staff is not active and lazy is avoided. The performance can be effectively assessed and mechanically landed.
The industry electronic map popularization and display module 30 is configured to display enterprise detailed information and overall supply chain detailed information corresponding to an enterprise query request in an electronic map manner when the enterprise query request input by a system registration user is received.
It should be noted that the system registered user may be a paid user who purchases the PMC information management system of this embodiment or an experience user. The users are generally enterprise users, and the enterprise query requests input by the users can be information query requests initiated by enterprises (including product raw materials, product processing, product transportation, product sales and the like) needing to be understood.
In a specific implementation, when receiving the enterprise query request, the industry electronic map promotion display module 30 visually displays the enterprise detailed information and the overall supply chain detailed information corresponding to the enterprise query request in an electronic map manner.
Further, in order to improve accuracy and efficiency of inquiring enterprise information by a user and simultaneously reduce information searching amount of the PMC information management system. In this embodiment, the industry electronic map popularization and presentation module 30 is further configured to determine a type of an enterprise to be queried according to an enterprise query request input by a system registration user when the enterprise query request is received; then, the enterprises in the preset range are inquired according to the inquired enterprise types, and the searched enterprise detailed information and the overall supply chain detailed information of the enterprises are displayed in an electronic map mode.
It should be noted that the enterprise type may be an industry type or an industry segment to which the enterprise belongs, which is determined according to the business scope of the enterprise. Such as stainless steel processing, copper processing, assembly and replacement work, electronic paster processing and other fields in the hardware processing industry. In this embodiment, the industrial electronic map promotion and display module 30 may determine the type of the enterprise to be queried according to the search keyword, such as character information of stainless steel processing, aluminum alloy processing, and the like, input by the user, which is carried in the enterprise query request, and then query the enterprise within the preset range according to the type of the enterprise to be queried. The preset range may be a range input by the user, for example, a range around 5 km and 10 km (with an adjustable value) centered on a location (longitude and latitude or address) where the user sends the enterprise query request.
Furthermore, in order to improve the condition that a user can more intuitively know the information of the inquired enterprises when using the electronic map. In this embodiment, the industry electronic map popularization and presentation module 30 is further configured to query an enterprise within a preset range according to the queried enterprise type, and obtain GIS map coordinate information, enterprise operation range information, enterprise device product information, and production capacity introduction information of the enterprise; and generating enterprise detailed information according to the GIS map coordinate information, the enterprise operation range information, the enterprise equipment product information and the production capacity information, and displaying the enterprise detailed information in an electronic map mode.
The production capacity information is production information such as the capacity and the lead time of the enterprise, for example, the daily production capacity of the enterprise a for a certain hardware B is 1000 pieces, and the information can be maintained by the enterprise according to the operation status of the enterprise.
Further, enterprises meeting the requirements of users can be searched and relevant information can be displayed for the users more accurately. In this embodiment, the industry electronic map promotion and display module 30 is further configured to obtain current location information of the user, and determine a current administrative area according to the current location information; and then inquiring enterprises in a preset range according to the type of the inquired enterprises and the current administrative region. In this embodiment, the determination of the current location information of the user may be input by the user, or may be obtained by performing GPS positioning by a terminal to which the user sends a request.
Of course, when a user performs enterprise query, there is a query requirement of a product supply chain, that is, the process flow involved in querying a product from a material to a finished product and the information of enterprises on the upstream and downstream are also considered. In order to meet such demands of users. In this embodiment, the industry electronic map popularization and presentation module 30 is further configured to, when a product production supply chain query request input by a user based on an electronic map is received, select a corresponding supply chain enterprise from displayed enterprises, and generate and present detailed information of a corresponding overall supply chain according to the supply chain enterprise.
It should be noted that the detailed information of the overall supply chain may be detailed information of the product supply chain, i.e. the sequence of operations of each link from primary production to consumption, and the range includes raw material producer, product production manufacturer, transportation and storage company, subcontractor and retailer, etc. Of course, the selection of the supply chain enterprises in this embodiment is not only from the displayed enterprises, but the above is only a preferred way.
Further, in this embodiment, the industry electronic map popularization and presentation module 30 is further configured to, when a product production supply chain query request input by a user based on an electronic map is received, search a corresponding product production enterprise in a pre-constructed enterprise archive database, and select a corresponding supply chain enterprise from displayed enterprises according to the product production enterprise.
It should be noted that the enterprise archive database stores various information such as GIS map coordinate information of an enterprise, enterprise operation range information, enterprise equipment product information, and production capacity information, so as to be queried by a user.
According to the method, the product processing process flow is edited by the production order imported by the user, the production order is split into the plurality of production task lists according to the product processing process flow, the production task lists are issued to the corresponding product processing stations to be processed, the staff on-off time information and the station processing machine operation information corresponding to each processing station are obtained, the staff attendance report is generated according to the staff on-off time information and the station processing machine operation information, the relevance between staff performance assessment and order management is improved, the staff performance assessment is directly performed according to the execution condition of the production task lists, the staff on-off time information and the station processing machine operation information, and the accuracy of the performance assessment result is guaranteed. Meanwhile, the PMC information management system provided by the embodiment can also process enterprise query requests input by users, displays corresponding enterprise detailed information and whole supply chain detailed information in an electronic map mode, and better meets the production and processing requirements of the users.
Referring to fig. 2, fig. 2 is a block diagram of an informatization office and internet of things management module in a first embodiment of the PMC information management system according to the present invention.
As shown in fig. 2, in this embodiment, the informatization office and internet of things management module 10 at least includes: an order management unit 101 and a scheduling management unit 102;
the order management unit 101 is configured to obtain a production order imported by a user, and determine a product bill of materials according to the production order; determining a product material code according to the product bill of materials, and determining a material processing working section corresponding to the product material according to the product material code; and determining a product processing technological process according to the material processing section.
It should be understood that the bill of materials, BOM, is a technical document describing the composition of an enterprise product. In the process capital industry, it shows the structural relationship between the assembly, sub-assembly, component, part, and the raw material of the product, as well as the quantity required. In this embodiment, different product material codes may be configured for different product materials in the PMC information management system in advance, and then the codes are bound with the process sections that produce or process the material, for example, a mapping relationship table between the product material codes and the names of the material processing process sections is established, so that the order management unit 101 can quickly determine the corresponding process section names according to the product material codes, and further specify the material processing process sections, and then determine the product processing process flows according to the material processing process sections and the product processing sequence.
The scheduling management unit 102 is configured to detect whether the production order is detachable, and if so, split the production order into a plurality of production task lists according to the product processing process flow; generating an operation production scheduling list according to the pre-bound product processing technology according to the production task list; and issuing the operation scheduling list to a corresponding product processing station for processing.
It should be understood that, for a production order which can be split, the production order is split into a plurality of production task orders and then is synchronously processed, so that the production period of a product can be greatly shortened, and the delivery capacity can be improved. The scheduling management unit 102 in this embodiment has functions of capacity monitoring, scheduling management, production dispatching and real-time production progress tracing.
The capacity monitoring mainly monitors production lines, stations, equipment capacity and staff capacity; the scheduling management is mainly to create a production task list according to an order and support order splitting (namely, one order can generate a plurality of production task lists), and can perform scheduling according to two different modes: (1) generating an operation production scheduling list according to the process in the product binding MBOM (namely, generating the operation production scheduling list according to the pre-bound product processing process), and supporting manual station adjustment; (2) scheduling production by manually appointing stations; the production order dispatching is mainly to dispatch orders to the station flow real-time tracking module 20; the real-time tracing of the production progress is mainly presented in a mode of combining a Gantt chart with a process state (percentage of the processing progress).
It should be understood that the gantt chart, i.e., graphically represents the sequence and duration of activity for any particular item through an activity list and time scale.
Further, in this embodiment, the informatization office and internet of things management module 10 further includes: and the equipment internet of things (IoT) management unit is used for butting processing machines in the product processing stations and displaying the production progress in a three-color lamp (red, yellow and green) mode.
In the embodiment, a production order imported by a user is obtained, and a product bill of materials is determined according to the production order; then determining a product material code according to the product bill of materials, and determining a material processing working section corresponding to the product material according to the product material code; and then, the product processing process flow is determined according to the material processing working section, so that the product processing process flow corresponding to each production order can be accurately planned, and the ordered execution of the production orders is ensured. Meanwhile, whether the production order is detachable or not is detected, if yes, the production order is detached into a plurality of production task lists according to the product processing process flow, then an operation production scheduling list is generated according to the production task lists and the product processing process which is bound in advance, and then the operation production scheduling list is sent to the corresponding product processing station to be processed, so that the order processing efficiency is guaranteed, and progress control is facilitated for the processing link.
Referring to fig. 3, fig. 3 is a block diagram of a real-time station flow tracking module in a first embodiment of the PMC information management system according to the present invention.
As shown in fig. 3, the workstation process real-time tracking module 20 in this embodiment at least includes: an attendance unit 201 and a performance assessment unit 202;
the attendance checking unit 201 is used for acquiring attendance check-in time and attendance check-out time corresponding to the employee account number pre-bound to each processing station, and generating employee attendance check-in time information according to the attendance check-in time and the attendance check-out time; acquiring the starting time, the stopping time and the actual product production quantity of a station processing machine corresponding to each processing station, and generating the operation information of the station processing machine according to the starting time, the stopping time and the actual product production quantity; and generating an employee attendance report of the employee corresponding to the employee account according to the employee attendance time information and the station processing machine operation information.
It should be understood that, for the employee, the work post of the employee is generally fixed, and in order to facilitate attendance management for the employee, in this embodiment, the job number or account of the employee may be bound with the corresponding processing station in advance. Some machines for processing stations in actual production are operated automatically, and some machines are operated manually, and the difference between the two is as follows: the productivity of the automatic operation machine is basically not greatly different within the same operation time, so that the starting time and the stopping time of the machine can be adopted for the stations to perform performance assessment on the staff; however, the manual work stations can cause the idle behavior of individual employees if the employees are assessed in the former timing mode due to the strong subjectivity of the employees, so the employees can be assessed in a piece counting mode, namely according to the actual product production quantity. Therefore, different assessment modes can be configured according to the types of the processing stations (such as automatic processing and semi-automatic/manual processing), so that the accuracy and fairness of performance assessment are ensured.
Specifically, in this embodiment, the performance assessment unit 202 is further configured to read the work attendance time information of the employee and the operation information of the station processing machine from the employee attendance report according to the employee account; determining the daily working time of the staff according to the on-duty and off-duty time information, and acquiring a first performance assessment result according to the daily working time of the staff; reading the starting time, the stopping time and the actual product production quantity from the operating information of the station processing machine, and determining the specified product production quantity of the station processing machine according to the starting time and the stopping time; determining a second performance assessment result according to the actual product production quantity and the specified product production quantity; and determining a final performance assessment result according to the first performance assessment result and the second performance assessment result.
It should be understood that the staff can only indicate that he is on duty on time, but the actual work performance needs to be determined according to the work result. Therefore, the embodiment can determine the specified product production quantity of the station processing machine according to the starting time and the stopping time, then determine the second performance assessment result according to the actual product production quantity and the specified product production quantity, and then comprehensively consider the first performance assessment result and the second performance assessment result so as to determine the final performance assessment result. Specifically, corresponding weight values can be determined for different assessment results, then the corresponding assessment results are weighted and summed according to the weight values, and then the weighted and summed result is used as a final performance assessment result.
The method comprises the steps that a first performance assessment result is obtained according to the daily working time of an employee; determining a second performance assessment result according to the actual product production quantity and the specified product production quantity; and then, a final performance assessment result is determined through the first performance assessment result and the second performance assessment result, and compared with the existing mode of performing performance assessment only according to the working time, the accuracy and the authenticity of the assessment result can be ensured.
It should be noted that, in this document, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or system that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or system. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other like elements in a process, method, article, or system that comprises the element.
The above-mentioned serial numbers of the embodiments of the present invention are merely for description and do not represent the merits of the embodiments.
Through the above description of the embodiments, those skilled in the art will clearly understand that the method of the above embodiments can be implemented by software plus a necessary general hardware platform, and certainly can also be implemented by hardware, but in many cases, the former is a better implementation manner.
The above description is only a preferred embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes, which are made by using the contents of the present specification and the accompanying drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.
Claims (10)
1. A PMC information management system, characterized in that the PMC information management system includes at least: the system comprises an information office and internet of things management module, a station flow real-time tracking module and an industry electronic map popularization and display module;
the information office and Internet of things management module is used for acquiring a production order imported by a user and editing a product processing process flow according to the production order;
the informatization office and Internet of things management module is also used for splitting the production order into a plurality of production task lists according to the edited product processing technological process and sending the production task lists to corresponding product processing stations for processing;
the work station flow real-time tracking module is used for acquiring the work attendance information of the staff corresponding to each processing work station and the work station processing machine operation information, and generating a staff attendance report according to the work attendance information of the staff and the work station processing machine operation information;
the station flow real-time tracking module is also used for performing performance assessment on the corresponding staff according to the staff attendance report and outputting a performance assessment result;
and the industry electronic map popularization and display module is used for displaying enterprise detailed information and overall supply chain detailed information corresponding to the enterprise query request in an electronic map mode when receiving the enterprise query request input by a system registration user.
2. The system of claim 1, wherein the informatization office and internet of things management module comprises: an order management unit;
the order management unit is used for acquiring a production order imported by a user and determining a product bill of materials according to the production order;
the order management unit is also used for determining a product material code according to the product material list and determining a material processing working section corresponding to the product material according to the product material code;
and the order management unit is also used for determining a product processing process flow according to the material processing section.
3. The system of claim 2, wherein the informatization office and internet of things management module further comprises: a scheduling management unit;
the scheduling management unit is used for detecting whether the production order is detachable or not, and if so, the production order is detached into a plurality of production task lists according to the product processing technological process;
the scheduling management unit is also used for generating an operation scheduling list according to the production task list and a pre-bound product processing technology;
and the scheduling management unit is also used for issuing the operation scheduling list to the corresponding product processing station for processing.
4. The system of claim 1, wherein the workflow real-time tracking module comprises: an attendance checking unit;
the attendance checking unit is used for acquiring attendance check-in time and attendance check-out time corresponding to the employee account number pre-bound to each processing station, and generating employee attendance check-in and attendance time information according to the attendance check-in time and the attendance check-out time;
the attendance checking unit is also used for acquiring the starting time, the stopping time and the actual product production quantity of the station processing machine corresponding to each processing station, and generating the operation information of the station processing machine according to the starting time, the stopping time and the actual product production quantity;
the attendance checking unit is also used for generating an employee attendance report of the employee corresponding to the employee account according to the employee attendance time information and the station processing machine operation information.
5. The system of claim 1, wherein the workflow real-time tracking module comprises: a performance assessment unit;
the performance assessment unit is used for reading the work attendance information of the staff and the operation information of the station processing machine from the staff attendance report according to the staff account;
the performance assessment unit is also used for determining the daily working time of the staff according to the attendance time information and acquiring a first performance assessment result according to the daily working time of the staff;
the performance assessment unit is also used for reading the starting time, the stopping time and the actual product production quantity from the operating information of the station processing machine and determining the specified product production quantity of the station processing machine according to the starting time and the stopping time;
the performance assessment unit is also used for determining a second performance assessment result according to the actual product production quantity and the specified product production quantity;
the performance assessment unit is also used for determining a final performance assessment result according to the first performance assessment result and the second performance assessment result.
6. The system of claim 1, wherein the industry electronic map promotion presentation module is configured to, when receiving an enterprise query request input by a system registration user, determine a type of an enterprise to be queried according to the enterprise query request;
the industry electronic map popularization and display module is also used for inquiring enterprises in a preset range according to the inquired enterprise types and displaying the enterprise detailed information and the whole supply chain detailed information of the searched enterprises in an electronic map mode.
7. The system of claim 6, wherein the industry electronic map promotion and presentation module is further configured to query enterprises within a preset range according to the queried enterprise types, and obtain GIS map coordinate information, enterprise operation range information, enterprise device product information, and production capacity introduction information of the enterprises;
the industry electronic map popularization and display module is also used for generating enterprise detailed information according to the GIS map coordinate information, the enterprise operation range information, the enterprise equipment product information and the production capacity information, and displaying the enterprise detailed information in an electronic map mode.
8. The system of claim 7, wherein the industry electronic map promotion presentation module is further configured to obtain current location information of the user, and determine a current administrative area according to the current location information;
and the industry electronic map popularization and display module is also used for inquiring enterprises in a preset range according to the type of the inquired enterprises and the current administrative region.
9. The system of claim 7, wherein the industry electronic map promotion presentation module is further configured to, upon receiving a product production supply chain query request input by a user based on an electronic map, select a corresponding supply chain enterprise from the displayed enterprises, and generate and present detailed information of a corresponding overall supply chain according to the supply chain enterprise.
10. The system of claim 9, wherein the industry electronic map promotion presentation module is further configured to, upon receiving a product production supply chain query request input by a user based on an electronic map, search a pre-constructed enterprise archive database for a corresponding product production enterprise, and select a corresponding supply chain enterprise from the displayed enterprises according to the product production enterprise.
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