CN111949603B - TDM test data management system - Google Patents
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- CN111949603B CN111949603B CN202010715982.8A CN202010715982A CN111949603B CN 111949603 B CN111949603 B CN 111949603B CN 202010715982 A CN202010715982 A CN 202010715982A CN 111949603 B CN111949603 B CN 111949603B
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- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/10—File systems; File servers
- G06F16/11—File system administration, e.g. details of archiving or snapshots
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/10—File systems; File servers
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Abstract
The invention discloses a TDM test data management system, which combines the existing experiment operation steps to formulate a corresponding flow guide graph and match with a corresponding flow link responsible person, and a strict and complete closed-loop system is formed from a task initiator to each flow link responsible person and then to the task initiator. The test report, the test outline, the SOP maintenance and the related technical standard requirements of the test can be filed in the system, and the instant sharing is realized. The management information of the instruments and the equipment is recorded into the system, and the use state, maintenance, fault and maintenance records of the equipment can be updated immediately. The invention improves the test efficiency by about 15%, enhances the rigor of the test process and improves the test management efficiency by about 10%; the paperless operation is realized, and the storage integrity of the test data is greatly improved.
Description
Technical Field
The invention relates to the technical field of data management, in particular to a TDM test data management system.
Background
The method needs manual online task distribution, data recording and test report writing, is low in informatization degree, incomplete in test process, incapable of effectively recording most of test data, and incapable of forming system filing and sharing in the later period. The papery test work information recording list and the test report are not convenient to store, timely one-to-one instant search cannot be achieved, and manual management is time-consuming and labor-consuming. Test data cannot be effectively shared; the test work efficiency is lower.
Disclosure of Invention
The invention aims to make up for the defects of the prior art and provides a TDM test data management system, aiming at solving the problems of the prior offline test data management system. The TDM test data management system combines the existing experiment operation steps to formulate a corresponding flow guide graph and match with corresponding flow link responsible persons, and a strict and complete closed-loop system is formed from a task initiator to each flow link responsible person and then to the task initiator. The test report, the test outline, the SOP maintenance and the related technical standard requirements of the test can be filed in the system, and the instant sharing is realized. The management information of the instruments and the equipment is recorded into the system, and the use state, maintenance, fault and maintenance records of the equipment can be updated immediately.
The invention is realized by the following technical scheme:
a TDM test data management system, comprising:
(1) The project management module: the method comprises 6 sub-items including to-be-handled matters, new tasks, already-handled matters, transaction matters, my requests and project overview;
(2) A resource management module: the method comprises the steps of instrument equipment ledger, daily check, maintenance record, fault and maintenance record, and test related national standard requirements and SOP;
(3) A data management module: displaying three types of experimental type annual task singularities issued by each research room through a pie chart, wherein the three types of experimental type annual task singularities comprise the number of finished trial-manufactured items and unfinished trial-manufactured items and the percentage of the finished trial-manufactured items to all trial-manufactured tasks; the test outline and the test report are both filed in the data management module, and a user retrieves the test outline or the test report according to the test number and the task title; the user screens test report data according to the first-level classification, the issuing person, the issuing department, the department number, the research and development department number, the report number, the sample name and the sample model searching condition; the user downloads and browses by himself to realize data sharing;
(4) A cost management module: inputting labor cost, electric charge, equipment depreciation and material consumption cost required by completing each test;
(5) A quality management module: the method comprises the steps of realizing data sharing by quality system files, quality manuals and issued product quality requirements; the user downloads and browses by himself;
(6) A system management module: the method comprises the steps of flow intervention, dictionary management, personnel management, department management, menu management, role management, flow management and system notification, and completes maintenance and management of the flow, personnel, roles and authority of the system.
The project management module specifically comprises:
1-1) a task initiator selects a task type needing to be newly built in a newly built task item: the method comprises three types of new product trial production, routine tests and sporadic test tasks, wherein the new product trial production test comprises newly developed products, new processes and new materials; the conventional product test comprises part comprehensive test and bench type test; the sporadic test is aimed at the test of small and medium-sized structural members of the part assembly, and the part assembly or the structural member with lower workload and difficulty of the test task is tested; each type of test strictly follows a set of complete closed-loop flow system;
1-2) displaying the project flow operable by the current flow node through the to-do matters and entering into an interface of the to-do matters, and entering into the project to carry out operations such as annotation, material uploading, data uploading, report downloading, data lookup, flow approval/rejection and the like.
1-3) updating all test tasks released since the system is formally on line in real time in the project overview, the current flow node of each test task and the process data from initiation to completion; inquiring all test tasks under the type through test numbers, task titles, task types, process nodes, issuing departments, sample states and finished vocabulary entries, and supporting task overview to export excel;
1-4) the user inquires the current task flows of transacted and completed tasks of the user through transacted and transacted affair items; the task initiator may view the task data initiated by itself in my request item.
The equipment information is displayed in the equipment ledger, an administrator screens equipment meeting conditions through equipment names, specification models, equipment states and equipment types, and the Excel file is derived from the equipment information; the knowledge base is recorded with SOP of each test equipment instrument and national standard according to which various performances of all products are detected.
All the products comprise rubber tubes, electric appliances, brakes, seats, exhaust and roof protection frames.
By combining actual production and the current situation of experimental management, a TDM experimental data management system which accords with company management operation is designed and introduced, paperless data management is realized, experimental data information is shared, the rigor and the efficiency of the experiment are greatly improved, and the informatization degree is improved.
The invention has the advantages that: 1. the invention improves the test efficiency by about 15 percent;
2. the invention enhances the rigor of the test flow and improves the test management efficiency by about 10 percent;
3. the invention realizes paperless operation and greatly improves the storage integrity of test data.
Drawings
FIG. 1 is a flow chart of the operation of the present invention.
FIG. 2 is a flow chart of a new product trial production and a conventional test.
FIG. 3 is a flow chart of a sporadic test.
Fig. 4 is a diagram of a project overview actual operation interface.
Fig. 5 is a diagram of an actual operation interface of the equipment ledger of resource management.
FIG. 6 is a diagram of a daily spot check practical operation interface for resource management.
Fig. 7 is a diagram of a data management actual operation interface.
FIG. 8 is a diagram of a cost management utility interface.
FIG. 9 is a graph of the number of completed trial projects, the number of incomplete trial projects, and the percentage of all trial tasks in data management.
Detailed Description
A TDM test data management system, comprising:
(1) The project management module: the method comprises 6 sub-items including to-be-handled matters, new tasks, already-handled matters, transaction matters, my requests and project overview;
1-3) as shown in fig. 1, 2 and 3, the user displays the project process operable by the current process node through the to-do matters and entering the to-do matters interface, and enters the project to perform operations such as annotation, material uploading, data uploading, report downloading, data lookup, process approval/rejection and the like.
As shown in fig. 4, 1-3) updating all test tasks released since the system is formally on-line, the current flow node of each test task and the process data from initiation to completion in real time in the project overview; inquiring all test tasks under the type according to the test number, the task title, the task type, the process node, the issuing department, the sample state and whether the finished vocabulary entry is finished or not, and supporting the task overview to export the excel;
1-4) the user inquires the current task flow of the transacted and completed reported task of the user through transacted and finished task items; the task initiator may view the task data initiated by itself in my request item.
As shown in fig. 6 and 7, (2) the resource management module: the method comprises the steps of instrument equipment ledger, daily check, maintenance record, fault and maintenance record, and test related national standard requirements and SOP;
the equipment ledger displays equipment information, an administrator screens equipment meeting conditions through equipment names, specification models, equipment states and equipment types, and Excel files are derived from the equipment information; the knowledge base is recorded with SOP of each test equipment instrument and national standard according to which various performances of all products are detected.
All the products comprise rubber tubes, electric appliances, brakes, seats, exhaust and roof protection frames.
As shown in fig. 7 and 9, (3) the data management module: displaying three types of experimental type annual task singularities issued by each research room through a pie chart, wherein the three types of experimental type annual task singularities comprise the number of finished trial-manufactured items and unfinished trial-manufactured items and the percentage of the finished trial-manufactured items to all trial-manufactured tasks; the test outline and the test report are both filed in the data management module, and a user retrieves the test outline or the test report according to the test number and the task title; the user screens test report data according to the first-level classification, the issuing person, the issuing department, the department number, the research and development department number, the report number, the sample name and the sample model searching condition; the user downloads and browses by himself to realize data sharing;
as shown in fig. 8, (4) a cost management module: inputting the labor cost, the electricity cost, the equipment depreciation and the material consumption cost required by completing each test;
(5) A quality management module: the method comprises the steps of realizing data sharing by quality system files, quality manuals and issued product quality requirements; the user downloads and browses by himself;
(6) A system management module: the method comprises the steps of flow intervention, dictionary management, personnel management, department management, menu management, role management, flow management and system notification, and completes maintenance and management of the flow, personnel, roles and authority of the system.
The TDM test data management system which accords with company management operation is designed and introduced by combining actual production and the current situation of test management, paperless data management is realized, test data information is shared, the rigor and the efficiency of a test are greatly improved, and the informatization degree is improved.
Claims (2)
1. A TDM experimental data management system, characterized by: comprises the following steps:
(1) The project management module: the method comprises 6 sub-items including to-be-handled matters, new tasks, already-handled matters, transaction matters, my requests and project overview;
(2) A resource management module: the method comprises the steps of instrument equipment ledger, daily check, maintenance record, fault and maintenance record, and test related national standard requirements and SOP;
(3) A data management module: displaying three types of experimental type annual task singularities issued by each research room through a pie chart, wherein the three types of experimental type annual task singularities comprise the number of finished trial-manufactured items and unfinished trial-manufactured items and the percentage of the finished trial-manufactured items to all trial-manufactured tasks; the test outline and the test report are filed in the data management module, and a user retrieves the test outline or the test report according to the test number and the task title; the user screens test report data according to the first-level classification, the issuing person, the issuing department, the department number, the research and development department number, the report number, the sample name and the sample model searching condition; the user downloads and browses by himself to realize data sharing;
(4) A cost management module: inputting the labor cost, the electricity cost, the equipment depreciation and the material consumption cost required by completing each test;
(5) A quality management module: the method comprises the steps of realizing data sharing by quality system files, quality manuals and issued product quality requirements; the user downloads and browses by himself;
(6) A system management module: the method comprises the steps of flow intervention, dictionary management, personnel management, department management, menu management, role management, flow management and system notification, and the maintenance and management of the flow, personnel, roles and authority of the system are completed;
the project management module specifically comprises:
1-1) a task initiator selects a task type needing to be newly built in a newly built task item: the method comprises three types of new product trial production, routine tests and sporadic test tasks, wherein the new product trial production test comprises newly developed products, new processes and new materials; the conventional test comprises comprehensive test of parts and bench test; the sporadic test is used for testing small and medium-sized structural members of the part assemblies, and the part assemblies or the structural members with lower workload and difficulty of the test tasks are tested;
1-2) displaying the project process operable by the current process node through the to-do matters and entering an interface of the to-do matters by a user, and entering the project for annotating, uploading materials, uploading data, downloading reports, consulting the data and approving/refusing the process;
1-3) updating all test tasks released since the system is formally on line in real time in the project overview, the current flow node of each test task and the process data from initiation to completion; inquiring all test tasks under the type through test numbers, task titles, task types, process nodes, issuing departments, sample states and finished vocabulary entries, and supporting task overview to export excel; 1-4) the user inquires the current task flow of the transacted and completed reported task of the user through transacted and finished task items; the task initiator can check the task data initiated by the task initiator in my request item;
the equipment information is displayed in the equipment ledger, an administrator screens equipment meeting conditions through equipment names, specification models, equipment states and equipment types, and the Excel file is derived from the equipment information; the knowledge base is recorded with SOP of each testing equipment and national standard according to which various performances of all products are detected.
2. The TDM experiment data management system according to claim 1, wherein: all the products comprise rubber tubes, electric appliances, brakes, seats, exhaust and roof protection frames.
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