CN113191738B - Multi-template management and control method for test equipment and related equipment - Google Patents
Multi-template management and control method for test equipment and related equipment Download PDFInfo
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- CN113191738B CN113191738B CN202110535809.4A CN202110535809A CN113191738B CN 113191738 B CN113191738 B CN 113191738B CN 202110535809 A CN202110535809 A CN 202110535809A CN 113191738 B CN113191738 B CN 113191738B
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Abstract
The invention relates to the technical field of production management, in particular to a multi-template management and control method for test equipment and related equipment, wherein the method comprises the following steps: receiving product information, and generating a production process and a test template; the production process is a process for producing products by production equipment; the test template is software loaded by test equipment when detecting the product quality; performing trial production verification on the production process and the test template, and configuring verification states of the production process and the test template; receiving request information, and calling a production process and a test template according to the request information; controlling production equipment to produce products according to a production process, and controlling test equipment to load a test template to detect the quality of the products; if the product is qualified, the next production process is carried out/finished; otherwise, the product is a defective product, and the product is maintained/scrapped. The invention can prevent manual misoperation and improve the switching efficiency of the test template.
Description
Technical Field
The invention relates to the technical field of production management, in particular to a multi-mode board management and control method of test equipment and related equipment.
Background
With the development of the informatization technology and the continuous improvement of the management level, the informatization production management becomes an important means for the production management of manufacturing enterprises, how to master the production link, master the production speed, the production quality and the work performance of production workers, and can greatly improve the production management level of the manufacturing enterprises through the informatization technology. The information production management system comprises: the system comprises a production management module of an enterprise resource management system (ERP), a material demand plan (MRP), a manufacturing enterprise production process management system (MES), a production equipment and station intelligent networking management system (DNC), a production data and equipment state information acquisition and analysis management system (MDC), a manufacturing process data document management system (PDM), a tool and tool holder measuring tool intelligent database management system (Tracker), an NC numerical control program document flow management system (NC Crib) and the like.
The MES system is a production informatization management system facing to a workshop execution layer of a manufacturing enterprise and is used for realizing the functions of production data acquisition and analysis, production plan management, production process control, quality management, workshop inventory management, project bulletin board management, equipment management and the like. Wherein, the quality management comprises: and testing the product function. The quality of the product in manufacturing, installation and operation is tested, the reliability of the normal work of the product is verified, and the method is an important guarantee for ensuring the product to play the service performance.
The test device template refers to different versions of test software of the same test product, or different test parameter configuration files in the same test software, and is called a test template for short. In the past, the test equipment can only test one product, so the test software used usually has only one version. However, since the products produced by enterprises are gradually diversified, the products have the same types but different parameters, so that the same testing equipment may be suitable for testing multiple products at the same time, and the testing template needs to be replaced in time when different products are produced. With the increase of the types of products, the versions of the test templates are increased, so that certain pressure is brought to engineers when the test templates are replaced, and the engineers are difficult to switch one test template which is most matched with the product among a plurality of test templates for testing. The test template is often used after being designed and checked by a plurality of departments, and each time the test template is replaced, many parts of technicians, supervisors and quality personnel are required to repeatedly confirm, so that not only is the manpower wasted, but also the line replacement time is increased, and finally the problem of production loss caused by the use of the wrong test template cannot be solved. The design, formulation and switching of the test template all need manual operation, and the error rate of replacing the corresponding test template by the test equipment is high due to manual operation errors. The existing test template is subjected to non-intelligent management, has high error probability and poor reliability, and is one of the problems to be solved urgently by the industry. Therefore, there is a need for a method and related apparatus for controlling multiple templates of a testing apparatus, which can prevent human misoperation and improve the switching efficiency of the testing templates.
Disclosure of Invention
In order to solve the above problems, the present invention provides a method for controlling a multi-template of a testing device and a related device, which can prevent human misoperation and improve the switching efficiency of the testing template.
The technical scheme adopted by the invention is as follows:
a multi-template management and control method for test equipment comprises the following steps:
receiving product information, and generating a production process and a test template; the production process is a process for producing products by production equipment; the test template is software loaded by test equipment when the product quality is detected;
performing trial production verification on the production process and the test template, and configuring verification states of the production process and the test template;
receiving request information, and calling a production process and a test template according to the request information;
controlling production equipment to produce products according to a production process, and controlling test equipment to load a test template to detect the quality of the products; if the product is qualified, the next production process is carried out/finished; otherwise, the product is a defective product, and the product is maintained/scrapped.
Specifically, because the existing test templates are subjected to non-intelligent management, all links of manual operation are required from the design, verification, switching and use of the test templates, so that the error probability is high, the reliability is poor, and the uncontrollable production quality risk exists. The corresponding scheme adopted for this case is: firstly, receiving product information input by a worker, and automatically generating a production process and a test template; secondly, performing trial production verification on the production process and the test template through equipment so as to detect whether the production process and the test template meet the requirements or not, and configuring verification states of the production process and the test template; then, request information is received, and a production process and a test template are called according to the request information, wherein the production process and the test template cannot be put into production for use if the general request information is optimization request information, the production process and the test template need to be optimized and completed after the optimization request is received, and in addition, the production process and the test template can be put into production for use if the request information is the production request information; and finally, when the production process and the test template can be put into production for use, the production equipment produces products according to the production process, and the test equipment automatically switches the corresponding test template to detect the products produced by the production equipment according to the production process. In the process, the computer replaces manual operation, so that manual misoperation is avoided, and the switching efficiency is improved.
Further, the receiving the product information and generating the production process and the test template includes:
receiving product information, and generating a product mark number and a production process according to the product information; the product mark number is associated with a production process; the production process is the production steps of the product, and each production step carries a corresponding test item; the test items are product parameters to be measured;
generating a production process according to the production procedure and associating the production process with the product tag number; the production process comprises at least one production procedure;
generating a test template according to the test items; the test template is used for measuring the value of the test item and corresponds to the production process.
Specifically, research and development personnel research and develop products according to requirements, input product information through a terminal, and generate production procedures according to the product information (structure, shape, size and the like). The product is then marked and the product marking number is assigned a production procedure. And designing corresponding production processes and test items according to the shape structure and the combination steps of the product. The test items are parameters showing the quality of the product, such as: voltage, internal resistance, density, etc. And associating the production process with the product mark number, and finding the associated production process through the product mark number subsequently. The production process generally consists of a plurality of production processes, which correspond to one or more test items. The product is generally provided with a plurality of test items, the value of the test item is within a set standard range, the product is a qualified product, and otherwise, the product is a defective product. Because the production process corresponds to the test item and the test template is designed according to the test item, the test template also corresponds to the production process, and the corresponding test template can be found through the production process subsequently.
Further, the performing trial production verification on the production process and the test template, and configuring verification states of the production process and the test template includes:
controlling first production equipment to produce according to a production process, if the first production equipment cannot produce products according to the production process, configuring the verification state of the production process as not-passing, otherwise, configuring the verification state of the production process as not-verified;
controlling first test equipment to load a test template, measuring a product with known product parameters, if the first test equipment is loaded with the test template and cannot measure the value of a test item matched with the known product parameters, configuring the verification state of the test template as failed, otherwise, determining that the trial production verification result of the test template is passed;
obtaining the verification states of the production process and the test template, if the verification state of the production process is configured to be unverified and the trial production verification result of the test template is passed, judging whether the production process can be put into use, otherwise, finishing configuring the verification states of the production process and the test template; the judgment of whether the production process can be put into use is as follows: controlling first test equipment to measure the value of a test item corresponding to a product produced by the first production equipment according to the production process; if the value of the test item is in the range meeting the standard, the production process can be put into use, the verification state of the production process is configured to be passed, otherwise, the production process cannot be put into use, and the verification state of the production process is configured to be failed.
Specifically, after the production process and the test template are generated, in order to test whether the production process and the test template meet the use requirements, trial production verification is performed on the production process and the test template, and verification states of the production process and the test template are set. The verification state indicates whether the production process and the test template pass the trial production verification. The first production device and the first test device are test devices. The combination of a plurality of first production devices can complete the complete production process flow and produce products. The plurality of first test devices can load corresponding test templates respectively to measure the test items of the products manufactured by the first production devices. Firstly, controlling first production equipment to produce according to a production process so as to test whether the first production equipment can normally operate according to the production process and produce products; then, controlling the first test equipment to load the test template, detecting the product with known product parameters, testing whether the first test equipment can normally run when the test template is loaded, and measuring accurate product parameters, wherein if the measured value of the test item is the same as or has little difference with the known product parameters, the verification state of the test template is passed and the test template can be put into use; and finally, if the production process can realize the production of the product and the test equipment can realize the detection of the value of the test item of the product, controlling the first test equipment to measure the value of the test item corresponding to the product produced by the first production equipment according to the production process so as to detect whether the production process is reasonable or not, if the value of the test item is in a range meeting the standard, the product produced by the first production equipment according to the production process is a qualified product, the production process is reasonable in design and can be put into use, otherwise, the product produced by the first production equipment according to the production process is a defective product, the production process is unreasonable in design and cannot be put into use. If the verification status of the production process and/or the test template is not configured to: if the operation requirements are not met, the optimization is needed, and then the trial production verification is carried out.
Further, the receiving request information and invoking the production process and the test template according to the request information includes:
receiving request information, and judging the request information: if the request information is optimization request information, verifying and optimizing the production process and/or the test template to be perfected, and then verifying the production process and the test template to be perfected again; the production process to be perfected and the test template are respectively associated with the product mark number carried in the optimization request information; if the request information is the production request information, verifying the production process and/or the test template to be put into production; and the production process to be put into production and the test template are respectively associated with the product mark number carried in the production request information.
Specifically, the production process and the test template are called by the request information after the trial production is verified. The request information is divided into optimization request information and production request information. The production process and the test template to be completed, which are not in the passing verification state, are called by the optimization request information, and optimization improvement is carried out after verification so as to reach the production standard. The production process and the test template which are to be put into production and pass the verification state are called by the information to be put into production, and the production is carried out after the verification.
Further, after the verification and optimization are performed on the production process and/or the test template to be perfected, the performing the trial production verification on the production process and the test template to be perfected again comprises:
searching the associated production process and test template to be perfected according to the product mark number carried in the optimization request information;
obtaining the verification state of the production process and the test template to be perfected and judging: if the verification states of the production process to be completed and the test template are passed, the trial production verification of the production process to be completed and the test template is not required to be carried out again; if the verification state of the production process to be perfected is unverified and the verification state of the test template to be perfected is unverified, performing trial production verification on the production process and the test template to be perfected again after the test template to be perfected is optimized and improved; if the verification state of the production process to be perfected is failed and the verification state of the test template to be perfected is passed, performing trial production verification on the production process to be perfected and the test template again after optimizing and improving the production process to be perfected; and if the verification states of the production process and the test template to be perfected are failed, optimizing and improving the production process and the test template to be perfected, and then verifying the trial production of the production process and the test template to be perfected again.
Specifically, because the production process and the test template often need to be designed, checked, confirmed and called by a plurality of departments, and the production process and the test template which pass the test verification may be received with the optimization request, the verification states of the production process and the test template need to be checked before the production process and the test template are optimized, if the production process and the test template pass the test verification, the test verification which is performed again is skipped, otherwise, the production process and/or the test template which do not pass the verification states are optimized and improved, and the test verification is performed again.
Further, the verifying and commissioning of the production process and/or the test template to be commissioned comprises:
searching the associated production process and test template to be put into production according to the product mark number carried in the production request information; the production request information also carries an equipment address; the equipment address is the address of second production equipment and is associated with the request process; the request process is a production process in the production process;
selecting a request process from the associated production processes to be put into production, and selecting a corresponding request template from the test templates to be put into production according to the request process;
acquiring the verification states of the request process and the request template and judging: if the verification states of the request process and the request template are passed, controlling second production equipment to produce the product according to the request process; and if the verification states of the request process and the request template are not passed, carrying out system error reporting.
Because the second production equipment and the second test equipment are production equipment and are huge in quantity, the production equipment is not combined normally, but the second production equipment with different functions is arranged separately, and the second production equipment with the same function is arranged in the same working center in a centralized manner. The second production equipment of the same work center can only complete one production process, corresponding to a specific request process. Since the production process corresponds to the test template, the request process necessarily has a request template corresponding thereto, and the second production apparatus necessarily has a second test apparatus corresponding thereto. Firstly, inputting a product material number on a work order into second production equipment by a production worker; then, the second production equipment acquires the production process associated with the second production equipment according to the product material number, selects a request procedure from the production process according to the equipment address bound by the second production equipment, and acquires a request template corresponding to the request procedure according to the request procedure; then, because the production process and the test template often need to be designed, checked, confirmed and called by a plurality of departments, the production process and the test template which naturally fail to pass the test verification may also receive the production request, and therefore, the verification states of the production process and the test template need to be checked before the production process and the test template are put into production, and errors are avoided. And if the verification states of the request process and the request template are passed, the second production equipment produces according to the request process, the second test equipment loads the request template to detect the product, and otherwise, if the verification state of one of the production process or the test template is not passed, the system reports an error.
Further, the production equipment is controlled to produce products according to the production process, and the test equipment is controlled to load the test template to detect the quality of the products; if the product is qualified, the next production process is carried out/finished; otherwise, the product is a defective product, and the maintenance/scrapping of the product comprises the following steps:
controlling second test equipment to load a request template, and measuring the value of a test item corresponding to a product produced by the second production equipment according to the request procedure;
detecting the product quality, if the value of the test item is in a range meeting the standard, determining the product is a qualified product, and performing the next production procedure/finishing; otherwise, the product is a defective product, and the product is maintained/scrapped.
Furthermore, the production request information also carries operator information, test items and time information.
Specifically, the production request information also carries operator information, test items and time information, so that who the operator is and who is responsible for production and test can be determined; the test items can determine the product parameters; the time information can specify the date and time of production and testing of the product.
An electronic device, the electronic device comprising:
a memory storing at least one instruction;
a processor executing instructions stored in the memory to implement the test equipment multi-mode board management method according to any one of the above.
A computer readable storage medium having stored thereon a processing program executable by one or more processors to implement a test equipment multi-template management method as claimed in any preceding claim.
Compared with the prior art, the invention has the beneficial effects that:
(1) the test template is subjected to trial production verification, manual verification is not needed, the labor cost is saved, and the verification efficiency is improved.
(2) And the trial production verification is carried out on the production process, and the unreasonable production process is reflected in time, so that the optimization and modification are more convenient.
(3) The corresponding test template is automatically called by inputting the product material number, so that manual misoperation is prevented, and the switching efficiency of the test template is improved.
Drawings
FIG. 1 is a flow chart of the method of the present invention.
Detailed Description
The drawings are only for purposes of illustration and are not to be construed as limiting the invention. For the purpose of better illustrating the following embodiments, certain features of the drawings may be omitted, enlarged or reduced, and do not represent the size of an actual product; it will be understood by those skilled in the art that certain well-known structures in the drawings and descriptions thereof may be omitted.
Examples
The present embodiment provides a method for managing and controlling a multi-mode board of a testing device, and fig. 1 is a flowchart of the method of the present invention, as shown in the figure, the method includes:
receiving product information, and generating a production process and a test template; the production process is a process for producing products by production equipment; the test template is software loaded by test equipment when detecting the product quality;
performing trial production verification on the production process and the test template, and configuring verification states of the production process and the test template;
receiving request information, and calling a production process and a test template according to the request information;
controlling production equipment to produce products according to a production process, and controlling test equipment to load a test template to detect the quality of the products; if the product is qualified, the next production process is carried out/finished; otherwise, the product is a defective product, and the product is maintained/scrapped.
Specifically, because the existing test templates are subjected to non-intelligent management, all links of manual operation are required from the design, verification, switching and use of the test templates, so that the error probability is high, the reliability is poor, and the uncontrollable production quality risk exists. The corresponding scheme adopted for this case is: firstly, receiving product information input by a worker, and automatically generating a production process and a test template; secondly, performing trial production verification on the production process and the test template through equipment so as to detect whether the production process and the test template meet the requirements or not, and configuring verification states of the production process and the test template; then, receiving request information, calling a production process and a test template according to the request information, wherein if the general request information is optimization request information, the production process and the test template cannot be put into production for use, and the production process and the test template need to be optimized and completed after the optimization request is received; and finally, when the production process and the test template can be put into production for use, the production equipment produces products according to the production process, and the test equipment automatically switches the corresponding test template to detect the products produced by the production equipment according to the production process. In the process, the computer replaces manual operation, so that manual misoperation is avoided, and the switching efficiency is improved.
Further, the receiving the product information and generating the production process and the test template includes:
receiving product information, and generating a product mark number and a production process according to the product information; the product mark number is associated with a production process; the production process is the production steps of the product, and each production step carries a corresponding test item; the test items are product parameters to be measured;
generating a production process according to the production procedure and associating the production process with the product tag number; the production process comprises at least one production procedure;
generating a test template according to the test items; the test template is used for measuring the value of the test item and corresponds to the production process.
Specifically, research and development personnel research and develop products according to requirements, input product information through a terminal, and generate production procedures according to the product information (structure, shape, size and the like). The product is then marked and the product marking number is assigned a production procedure. And designing corresponding production processes and test items according to the shape structure and the combination steps of the product. The test items are parameters showing the quality of the product, such as: voltage, internal resistance, density, etc. And associating the production process with the product mark number, and finding the associated production process through the product mark number subsequently. The production process generally consists of a plurality of production processes, which correspond to one or more test items. The product is generally provided with a plurality of test items, the value of the test item is within a set standard range, the product is a qualified product, and otherwise, the product is a defective product. Because the production process corresponds to the test item and the test template is designed according to the test item, the test template also corresponds to the production process, and the corresponding test template can be found through the production process subsequently.
Further, the performing trial production verification on the production process and the test template, and configuring verification states of the production process and the test template includes:
controlling first production equipment to produce according to a production process, if the first production equipment cannot produce products according to the production process, configuring the verification state of the production process as not-passing, otherwise, configuring the verification state of the production process as not-verified;
controlling first test equipment to load a test template, measuring a product with known product parameters, if the first test equipment is loaded with the test template and cannot measure the value of a test item matched with the known product parameters, configuring the verification state of the test template as failed, otherwise, determining that the trial production verification result of the test template is passed;
obtaining the verification states of the production process and the test template, if the verification state of the production process is configured to be unverified and the trial production verification result of the test template is passed, judging whether the production process can be put into use, otherwise, finishing configuring the verification states of the production process and the test template; the judgment of whether the production process can be put into use is as follows: controlling first test equipment to measure the value of a test item corresponding to a product produced by the first production equipment according to the production process; if the value of the test item is in the range meeting the standard, the production process can be put into use, the verification state of the production process is configured to be passed, otherwise, the production process cannot be put into use, and the verification state of the production process is configured to be failed.
Specifically, after the production process and the test template are generated, in order to test whether the production process and the test template meet the use requirements, trial production verification is performed on the production process and the test template, and verification states of the production process and the test template are set. The verification state indicates whether the production process and the test template pass the trial production verification. The first production device and the first test device are test devices. The combination of a plurality of first production devices can complete the complete production process flow and produce products. The plurality of first test devices can load corresponding test templates respectively to measure the test items of the products manufactured by the first production devices. Firstly, controlling first production equipment to produce according to a production process so as to test whether the first production equipment can normally operate according to the production process and produce products; then, controlling the first test equipment to load the test template, detecting the product with known product parameters, testing whether the first test equipment can normally run when the test template is loaded, and measuring accurate product parameters, wherein if the measured value of the test item is the same as or has little difference with the known product parameters, the verification state of the test template is passed and the test template can be put into use; and finally, if the production process can realize the production of the product and the test equipment can realize the detection of the value of the test item of the product, controlling the first test equipment to measure the value of the test item corresponding to the product produced by the first production equipment according to the production process so as to detect whether the production process is reasonable or not, if the value of the test item is in a range meeting the standard, the product produced by the first production equipment according to the production process is a qualified product, the production process is reasonable in design and can be put into use, otherwise, the product produced by the first production equipment according to the production process is a defective product, the production process is unreasonable in design and cannot be put into use. If the verification status of the production process and/or the test template is not configured to: if the operation requirements are not met, the optimization is needed, and then the trial production verification is carried out.
Further, the receiving request information and invoking the production process and the test template according to the request information includes:
receiving request information, and judging the request information: if the request information is optimization request information, verifying and optimizing the production process and/or the test template to be perfected, and then verifying the production process and the test template to be perfected again; the production process to be perfected and the test template are respectively associated with the product mark number carried in the optimization request information; if the request information is the production request information, verifying the production process and/or the test template to be put into production; and the production process to be put into production and the test template are respectively associated with the product mark number carried in the production request information.
Specifically, the production process and the test template are called by the request information after the trial production is verified. The request information is divided into optimization request information and production request information. The production process and the test template to be completed, which are not in the passing verification state, are called by the optimization request information, and optimization improvement is carried out after verification so as to reach the production standard. The production process and the test template which are to be put into production and pass the verification state are called by the information to be put into production, and the production is carried out after the verification.
Further, after the verification and optimization are performed on the production process and/or the test template to be perfected, the performing the trial production verification on the production process and the test template to be perfected again comprises:
searching the associated production process and test template to be perfected according to the product mark number carried in the optimization request information;
obtaining the verification state of the production process and the test template to be perfected and judging: if the verification states of the production process to be completed and the test template are passed, the trial production verification of the production process to be completed and the test template is not required to be carried out again; if the verification state of the production process to be perfected is unverified and the verification state of the test template to be perfected is unverified, performing trial production verification on the production process and the test template to be perfected again after the test template to be perfected is optimized and improved; if the verification state of the production process to be perfected is failed and the verification state of the test template to be perfected is passed, performing trial production verification on the production process to be perfected and the test template again after optimizing and improving the production process to be perfected; and if the verification states of the production process to be perfected and the test template are failed, performing trial production verification on the production process to be perfected and the test template again after optimizing and improving the production process to be perfected and the test template.
Specifically, because the production process and the test template often need to be designed, checked, confirmed and called by a plurality of departments, and the production process and the test template which pass the test verification may be received with the optimization request, the verification states of the production process and the test template need to be checked before the production process and the test template are optimized, if the production process and the test template pass the test verification, the test verification which is performed again is skipped, otherwise, the production process and/or the test template which do not pass the verification states are optimized and improved, and the test verification is performed again.
Further, the verifying and commissioning of the production process and/or the test template to be commissioned comprises:
searching the associated production process and test template to be put into production according to the product mark number carried in the production request information; the production request information also carries an equipment address; the equipment address is the address of second production equipment and is associated with the request process; the request process is a production process in the production process;
selecting a request process from the associated production processes to be put into production, and selecting a corresponding request template from the test templates to be put into production according to the request process;
acquiring the verification states of the request process and the request template and judging: if the verification states of the request process and the request template are passed, controlling second production equipment to produce the product according to the request process; and if the verification states of the request process and the request template are not passed, carrying out system error reporting.
Because the second production equipment and the second test equipment are production equipment and are huge in quantity, the production equipment is not combined normally, but the second production equipment with different functions is arranged separately, and the second production equipment with the same function is arranged in the same working center in a centralized manner. The second production equipment of the same work center can only complete one production process, corresponding to a specific request process. Since the production process corresponds to the test template, the request process necessarily has a request template corresponding thereto, and the second production apparatus necessarily has a second test apparatus corresponding thereto. Firstly, inputting a product material number on a work order into second production equipment by a production worker; then, the second production equipment acquires the production process associated with the second production equipment according to the product material number, selects a request procedure from the production process according to the equipment address bound by the second production equipment, and acquires a request template corresponding to the request procedure according to the request procedure; then, because the production process and the test template often need to be designed, checked, confirmed and called by a plurality of departments, the production process and the test template which naturally fail to pass the test verification may also receive the production request, and therefore, the verification states of the production process and the test template need to be checked before the production process and the test template are put into production, and errors are avoided. And if the verification states of the request process and the request template are passed, the second production equipment produces according to the request process, the second test equipment loads the request template to detect the product, and otherwise, if the verification state of one of the production process or the test template is not passed, the system reports an error.
Further, the production equipment is controlled to produce products according to the production process, and the test equipment is controlled to load the test template to detect the quality of the products; if the product is qualified, the next production process is carried out/finished; otherwise, the product is a defective product, and the maintenance/scrapping of the product comprises the following steps:
controlling second test equipment to load a request template, and measuring the value of a test item corresponding to a product produced by the second production equipment according to the request procedure;
detecting the product quality, if the value of the test item is in a range meeting the standard, determining the product is a qualified product, and performing the next production procedure/finishing; otherwise, the product is a defective product, and the product is maintained/scrapped.
Furthermore, the production request information also carries operator information, test items and time information.
Specifically, the production request information also carries operator information, test items and time information, so that who the operator is and who is responsible for production and test can be determined; the test items can determine the product parameters; the time information can specify the date and time of production and testing of the product.
An electronic device, the electronic device comprising:
a memory storing at least one instruction;
a processor executing instructions stored in the memory to implement the test equipment multi-mode board management method according to any one of the above.
A computer readable storage medium having stored thereon a processing program executable by one or more processors to implement a test equipment multi-template management method as claimed in any preceding claim.
It should be understood that the above-mentioned embodiments of the present invention are only examples for clearly illustrating the technical solutions of the present invention, and are not intended to limit the specific embodiments of the present invention. Any modification, equivalent replacement, and improvement made within the spirit and principle of the present invention claims should be included in the protection scope of the present invention claims.
Claims (8)
1. A multi-template management and control method for test equipment is characterized by comprising the following steps:
receiving product information, and generating a production process and a test template; the production process is a process for producing products by production equipment; the test template is software loaded by test equipment when detecting the product quality;
performing trial production verification on the production process and the test template, and configuring verification states of the production process and the test template;
receiving request information, and calling a production process and a test template according to the request information;
controlling production equipment to produce products according to a production process, and controlling test equipment to load a test template to detect the quality of the products; if the product is qualified, the next production process is carried out/finished; otherwise, the product is a defective product, and the product is maintained/scrapped;
the receiving product information and generating a production process and a test template comprises:
receiving product information, and generating a product mark number and a production process according to the product information; the product mark number is associated with a production process; the production process is a production step of a product, and each production step carries a corresponding test item; the test items are product parameters to be measured;
generating a production process according to the production procedure, and associating the production process with the product mark number; the production process comprises at least one production procedure;
generating a test template according to the test items; the test template is used for measuring the value of the test item and corresponds to the production process;
the trial production verification is carried out on the production process and the test template, and the configuration of the verification states of the production process and the test template comprises the following steps:
controlling first production equipment to produce according to a production process, if the first production equipment cannot produce products according to the production process, configuring the verification state of the production process as not-passing, otherwise, configuring the verification state of the production process as not-verified;
controlling first test equipment to load a test template, measuring a product with known product parameters, if the first test equipment is loaded with the test template and cannot measure the value of a test item matched with the known product parameters, configuring the verification state of the test template as failed, otherwise, determining that the trial production verification result of the test template is passed;
obtaining the verification states of the production process and the test template, if the verification state of the production process is configured to be unverified and the trial production verification result of the test template is passed, judging whether the production process can be put into use, otherwise, finishing configuring the verification states of the production process and the test template; the judgment of whether the production process can be put into use is as follows: controlling first test equipment to measure the value of a test item corresponding to a product produced by the first production equipment according to the production process; if the value of the test item is in the range meeting the standard, the production process can be put into use, the verification state of the production process is configured to be passed, otherwise, the production process cannot be put into use, and the verification state of the production process is configured to be failed.
2. The method of claim 1, wherein the receiving request information and invoking the production process and the test template according to the request information comprises:
receiving request information, and judging the request information: if the request information is optimization request information, verifying and optimizing the production process and/or the test template to be perfected, and then verifying the production process and the test template to be perfected again; the production process to be perfected and the test template are respectively associated with the product mark number carried in the optimization request information; if the request information is the production request information, verifying the production process and/or the test template to be put into production; and the production process to be put into production and the test template are respectively associated with the product mark number carried in the production request information.
3. The method for managing and controlling the multi-mold plate of the test equipment according to claim 2, wherein the verifying and optimizing the production process and/or the test template to be completed and then performing the trial production verification on the production process and the test template to be completed again comprises:
searching the associated production process and test template to be perfected according to the product mark number carried in the optimization request information;
obtaining the verification state of the production process and the test template to be perfected and judging: if the verification states of the production process to be completed and the test template are passed, the trial production verification of the production process to be completed and the test template is not required to be carried out again; if the verification state of the production process to be perfected is unverified and the verification state of the test template to be perfected is unverified, performing trial production verification on the production process and the test template to be perfected again after the test template to be perfected is optimized and improved; if the verification state of the production process to be perfected is failed and the verification state of the test template to be perfected is passed, performing trial production verification on the production process to be perfected and the test template again after optimizing and improving the production process to be perfected; and if the verification states of the production process to be perfected and the test template are failed, performing trial production verification on the production process to be perfected and the test template again after optimizing and improving the production process to be perfected and the test template.
4. The method for managing and controlling the multi-mold board of the test equipment according to claim 2, wherein the verifying the production process and/or the test template to be put into production comprises:
searching the associated production process and test template to be put into production according to the product mark number carried in the production request information; the production request information also carries an equipment address; the equipment address is the address of second production equipment and is associated with the request process; the request process is a production process in the production process;
selecting a request process from the associated production processes to be put into production, and selecting a corresponding request template from the test templates to be put into production according to the request process;
acquiring the verification states of the request process and the request template and judging: if the verification states of the request process and the request template are passed, controlling second production equipment to produce the product according to the request process; and if the verification states of the request process and the request template are not passed, carrying out system error reporting.
5. The method as claimed in claim 4, wherein the production equipment is controlled to produce products according to a production process, and the test equipment is controlled to load the test template to test the quality of the products; if the product is qualified, the next production process is carried out/finished; otherwise, the product is a defective product, and the maintenance/scrapping of the product comprises the following steps:
controlling second test equipment to load a request template, and measuring the value of a test item corresponding to a product produced by the second production equipment according to the request procedure;
detecting the product quality, if the value of the test item is in a range meeting the standard, determining the product is a qualified product, and performing the next production procedure/finishing; otherwise, the product is a defective product, and the product is maintained/scrapped.
6. The method as claimed in claim 5, wherein the production request information further carries operator information, test items, and time information.
7. An electronic device, characterized in that the electronic device comprises:
a memory storing at least one instruction;
a processor executing instructions stored in the memory to implement the test equipment multi-mode board management method of any of claims 1-6.
8. A computer-readable storage medium having stored thereon a processing program executable by one or more processors to implement the test equipment multi-template management method of any of claims 1-6.
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