WO2021068377A1 - Method for automatically acquiring electroplating parameters - Google Patents

Method for automatically acquiring electroplating parameters Download PDF

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Publication number
WO2021068377A1
WO2021068377A1 PCT/CN2019/121157 CN2019121157W WO2021068377A1 WO 2021068377 A1 WO2021068377 A1 WO 2021068377A1 CN 2019121157 W CN2019121157 W CN 2019121157W WO 2021068377 A1 WO2021068377 A1 WO 2021068377A1
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Prior art keywords
electroplating
automatically
parameters
data
dynamic event
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PCT/CN2019/121157
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French (fr)
Chinese (zh)
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谢军
陈春
柯涵
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惠州市金百泽电路科技有限公司
深圳市金百泽电子科技股份有限公司
西安金百泽电路科技有限公司
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Publication of WO2021068377A1 publication Critical patent/WO2021068377A1/en

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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
    • G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
    • G06F16/25—Integrating or interfacing systems involving database management systems
    • G06F16/252—Integrating or interfacing systems involving database management systems between a Database Management System and a front-end application
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00—Information and communication technology [ICT] specially adapted for implementation of business processes of specific business sectors, e.g. utilities or tourism
    • G06Q50/04—Manufacturing
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
    • Y02P90/30—Computing systems specially adapted for manufacturing

Definitions

  • the invention belongs to the technical field of circuit board processing, and specifically relates to a method for automatically acquiring electroplating parameters.
  • the electroplating operation of the circuit board mainly involves the electroplating personnel manually inputting the electroplating equipment program according to the MI instruction data. This operation is all manually input by the operator. It is easy to input errors during the operation and cause the product to be abnormal. Foolproof processing cannot be performed during the input process, and abnormalities can only be discovered when the product is completed.
  • the present invention provides a method for automatically acquiring electroplating parameters.
  • the present invention overcomes the problem of operator input errors during manual input during electroplating processing, realizes full automation of electroplating parameter input, and reduces the skill requirements of operators.
  • a method for automatically acquiring electroplating parameters includes the following steps:
  • the current density ASF and plating time min are automatically analyzed according to the given plating standard, and the plating file number is automatically produced.
  • step S1 the electroplating production parameters are automatically captured by ERP data, and the required parameters are automatically calculated by formulas, and the production file number is automatically generated.
  • step S2 the electroplating density and electroplating time parameters are obtained by calculating data automatically captured on the ERP and calculated by a specific formula.
  • the file number is automatically produced and saved automatically.
  • the invention automatically recognizes and acquires ERP parameters, performs automatic calculations based on the given electroplating standards, and obtains all the parameters required for electroplating, and automatically produces electroplating material numbers, which can effectively solve the problem of personnel inputting parameter errors; automatically through electroplating parameters
  • the acquisition method has lower requirements for the control of the production process, which can effectively improve the defects caused by improper control of production parameters.
  • the present invention also includes testing the calculation result of the captured data, which specifically includes the following steps:
  • the client initializes static data, the static data includes the use of user permissions and the upper limit of the data volume of the use data;
  • the client initiates a dynamic event, and the dynamic event includes a use instruction
  • the client sets the dynamic event sequence mode: the dynamic event sequence mode corresponds to the processing steps or processing sequence of the dynamic event;
  • the server uses the abnormal information and success information of dynamic events and static data to configure the server-side success template according to the above-mentioned dynamic event sequence mode;
  • the client uses the abnormal information and success information of dynamic events and static data to configure the client success template according to the above-mentioned dynamic event sequence mode;
  • the client sends a request to the server, performs data analysis based on the above dynamic events and static data, and interacts with the server to complete the above dynamic event sequence mode;
  • the server side sends the template matching information to the client who made the above request;
  • the client provides analysis and test results.
  • the static data also includes the type of the used data and the name of the data field.
  • the dynamic event sequence mode also includes the processing times of the dynamic events therein.
  • the dynamic event sequence mode is set in the form of a configuration file.
  • the dynamic event sequence mode also includes a path mode of static data, and the path mode includes random selection, manual selection, and a combination of random selection and manual selection.
  • the present invention Through the test method of the present invention, the user can customize the test process and test content under the premise of automation. At the same time, the present invention also greatly improves the operating accuracy of the ERP system.
  • all the electroplating parameters are automatically captured on the ERP and the parameters are automatically calculated. All receipt sources are consistent with the MI data sources, and then the electroplating material numbers are automatically produced. During this operation, all the electroplating parameters are automatically executed by software. And record; this operation avoids personnel errors and effectively improves the abnormal copper thickness caused by the wrong parameters.
  • the method of the present invention effectively solves the problem of abnormal copper plating thickness caused by operator error
  • the method of the present invention effectively solves the problem that the input of material number requires high personnel skills
  • Using the method of the present invention to automatically produce electroplating parameters greatly improves electroplating production efficiency, eliminates abnormal electroplating parameters caused by operator errors, and improves the copper thickness of electroplating production.
  • a method for automatically acquiring electroplating parameters includes the following steps:
  • the current density ASF and plating time min are automatically analyzed according to the given plating standard, and the plating file number is automatically produced.
  • step S1 the electroplating production parameters are automatically captured by ERP data, and the required parameters are automatically calculated by formulas, and the production file number is automatically generated.
  • step S2 the electroplating density and electroplating time parameters are obtained by calculating data automatically captured on the ERP and calculated by a specific formula.
  • the file number is automatically produced and saved automatically.
  • the invention automatically recognizes and acquires ERP parameters, performs automatic calculations based on the given electroplating standards, and obtains all the parameters required for electroplating, and automatically produces electroplating material numbers, which can effectively solve the problem of personnel inputting parameter errors; automatically through electroplating parameters
  • the acquisition method has lower requirements for the control of the production process, which can effectively improve the defects caused by improper control of production parameters.
  • the present invention also includes testing the calculation result of the captured data, which specifically includes the following steps:
  • the client initializes static data, the static data includes the use of user permissions and the upper limit of the data volume of the use data;
  • the client initiates a dynamic event, and the dynamic event includes a use instruction
  • the client sets the dynamic event sequence mode: the dynamic event sequence mode corresponds to the processing steps or processing sequence of the dynamic event;
  • the server uses the abnormal information and success information of dynamic events and static data to configure the server-side success template according to the above-mentioned dynamic event sequence mode;
  • the client uses the abnormal information and success information of dynamic events and static data to configure the client success template according to the above-mentioned dynamic event sequence mode;
  • the client sends a request to the server, performs data analysis based on the above dynamic events and static data, and interacts with the server to complete the above dynamic event sequence mode;
  • the server side sends the template matching information to the client who made the above request;
  • the client provides analysis and test results.
  • the static data also includes the type of the used data and the name of the data field.
  • the dynamic event sequence mode also includes the processing times of the dynamic events therein.
  • the dynamic event sequence mode is set in the form of a configuration file.
  • the dynamic event sequence mode also includes a path mode of static data, and the path mode includes random selection, manual selection, and a combination of random selection and manual selection.
  • a method for automatically acquiring electroplating parameters includes the following steps:
  • the current density ASF and plating time min are automatically analyzed according to the given plating standard, and the plating file number is automatically produced.
  • step S1 the electroplating production parameters are automatically captured by ERP data, and the required parameters are automatically calculated by formulas, and the production file number is automatically generated.
  • step S2 the electroplating density and electroplating time parameters are obtained by calculating data automatically captured on the ERP and calculated by a specific formula.
  • the file number is automatically produced and saved automatically.
  • the invention automatically recognizes and acquires ERP parameters, performs automatic calculations based on the given electroplating standards, and obtains all the parameters required for electroplating, and automatically produces electroplating material numbers, which can effectively solve the problem of personnel inputting parameter errors; automatically through electroplating parameters
  • the acquisition method has lower requirements for the control of the production process, which can effectively improve the defects caused by improper control of production parameters.
  • the present invention also includes testing the calculation result of the captured data, which specifically includes the following steps:
  • the client initializes static data, the static data includes the use of user permissions and the upper limit of the data volume of the use data;
  • the client initiates a dynamic event, and the dynamic event includes a use instruction
  • the client sets the dynamic event sequence mode: the dynamic event sequence mode corresponds to the processing steps or processing sequence of the dynamic event;
  • the server uses the abnormal information and success information of dynamic events and static data to configure the server-side success template according to the above-mentioned dynamic event sequence mode;
  • the client uses the abnormal information and success information of dynamic events and static data to configure the client success template according to the above-mentioned dynamic event sequence mode;
  • the client sends a request to the server, performs data analysis based on the above dynamic events and static data, and interacts with the server to complete the above dynamic event sequence mode;
  • the server side sends the template matching information to the client who made the above request;
  • the client provides analysis and test results.
  • the static data also includes the type of the used data and the name of the data field.
  • the dynamic event sequence mode also includes the processing times of the dynamic events therein.
  • the dynamic event sequence mode is set in the form of a configuration file.
  • the dynamic event sequence mode also includes a path mode of static data, and the path mode includes random selection, manual selection, and a combination of random selection and manual selection.
  • all the electroplating parameters are automatically captured on the ERP and the parameters are automatically calculated. All receipt sources are consistent with the MI data sources, and then the electroplating material numbers are automatically produced. During this operation, all the electroplating parameters are automatically executed by software. And record; this operation avoids personnel errors and effectively improves the abnormal copper thickness caused by the wrong parameters.
  • the invention avoids operator errors and effectively improves the problem of abnormal copper thickness caused by wrong parameter input.

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Abstract

The present invention belongs to the technical field of circuit board processing. Provided is a method for automatically acquiring electroplating parameters. The method comprises the following steps: S1, by means of automatically capturing ERP data, directly generating a file number, a production size, an electroplating area, a copper thickness requirement, and line width and line distance parameters; and S2, by means of automatic calculation, obtaining a required electroplating density and electroplating time, and automatically generating a production file number. According to the present invention, by means of automatically identifying and acquiring ERP parameters, automatic calculation is carried out according to a given electroplating standard to obtain all parameters required for electroplating, and an electroplating material number is automatically produced, such that the problem of a person inputting incorrect parameters can be effectively solved; and by means of the method for automatically acquiring electroplating parameters, the requirement for the management and control of a production process is low, such that a poor situation caused by the inappropriate management and control of production parameters can be effectively improved.

Description

一种电镀参数自动获取方法Method for automatically acquiring electroplating parameters 技术领域Technical field
本发明属于线路板加工技术领域，具体涉及一种电镀参数自动获取方法。The invention belongs to the technical field of circuit board processing, and specifically relates to a method for automatically acquiring electroplating parameters.
背景技术Background technique
现有技术中，对于线路板的电镀操作主要是电镀人员根据MI指示数据，手动输入到电镀设备程序中，此操作全部由作业人员手动输入，在操作过程中容易输入错误造成产品异常，且在输入过程中无法进行防呆处理，只有当产品生产完成才能发现异常。In the prior art, the electroplating operation of the circuit board mainly involves the electroplating personnel manually inputting the electroplating equipment program according to the MI instruction data. This operation is all manually input by the operator. It is easy to input errors during the operation and cause the product to be abnormal. Foolproof processing cannot be performed during the input process, and abnormalities can only be discovered when the product is completed.
同时，对于录入数据的检测，主要还是通过双人操作，互相查核确认，避免输入错，此方法对人力成本造成极大浪费，且不精益，在操作过程中对人员技能有较高要求。At the same time, for the detection of input data, it is mainly through two-person operation to check and confirm each other to avoid input errors. This method causes a great waste of labor costs, and is not lean, and requires high personnel skills during the operation.
技术问题technical problem
现有技术方法对人力成本造成极大浪费，且不精益，在操作过程中对人员技能有较高要求。 The prior art methods cause a great waste of labor costs, are not lean, and have high requirements on personnel skills in the operation process.
技术解决方案Technical solutions
有鉴于此，本发明提供一种电镀参数自动获取方法，本发明克服了电镀加工过程中，操作人员手动输入时输入错误的问题，实现了电镀参数输入全自动化，降低了对操作人员技能需求。In view of this, the present invention provides a method for automatically acquiring electroplating parameters. The present invention overcomes the problem of operator input errors during manual input during electroplating processing, realizes full automation of electroplating parameter input, and reduces the skill requirements of operators.
本发明的技术方案为：The technical scheme of the present invention is:
一种电镀参数自动获取方法，包括以下步骤：A method for automatically acquiring electroplating parameters includes the following steps:
S1.通过自动抓取ERP数据，直接生成档案号、生产尺寸、电镀面积、铜厚要求、线宽线距参数；通过自动识别生产料号，并从ERP上调取生产参数；S1. Through automatic capture of ERP data, directly generate file number, production size, electroplating area, copper thickness requirements, line width and line spacing parameters; automatically identify production material numbers, and call production parameters from ERP;
S2.通过自动计算，得出要求的电镀密度和电镀时间，并自动生成生产档案号；S2. Through automatic calculation, the required plating density and plating time are obtained, and the production file number is automatically generated;
包括根据ERP电镀面积DM 2，换算成ft 2，方便电镀程序进行试板。根据ERP抓取电镀铜厚um和线宽线距mil参数，通过给出的电镀标准，自动分析给出电流密度ASF和电镀时间min，并自动生产电镀档案号。 Including according to the ERP plating area DM 2 , converted to ft 2 , which is convenient for the plating procedure to test the plate. According to the parameters of ERP plating copper thickness um and line width line spacing mil, the current density ASF and plating time min are automatically analyzed according to the given plating standard, and the plating file number is automatically produced.
进一步的，步骤S1中，所述电镀生产参数通过自动抓取ERP数据，并通过公式自动计算出所需参数，自动生成生产档案号。Further, in step S1, the electroplating production parameters are automatically captured by ERP data, and the required parameters are automatically calculated by formulas, and the production file number is automatically generated.
进一步的，步骤S2中，所述电镀密度和电镀时间参数是通过ERP上自动抓取的数据，通过特定公式进行计算获得。Further, in step S2, the electroplating density and electroplating time parameters are obtained by calculating data automatically captured on the ERP and calculated by a specific formula.
进一步的，所需参数抓取和计算后，自动生产档案号，自动保存。Further, after the required parameters are captured and calculated, the file number is automatically produced and saved automatically.
本发明中，所有参数都不需要手动输入，避免人员输入错误造成产品异常。本发明通过自动识别并获取ERP参数，通过给出的电镀标准，进行自动计算，得出电镀所需的全部参数，并自动生产电镀料号，可有效解决人员输入参数错误问题；通过电镀参数自动获取方法，对于生产过程的管控要求变低，可有效改善因生产参数管控不当造成不良。In the present invention, all parameters do not need to be manually input, so as to avoid product abnormalities caused by personnel input errors. The invention automatically recognizes and acquires ERP parameters, performs automatic calculations based on the given electroplating standards, and obtains all the parameters required for electroplating, and automatically produces electroplating material numbers, which can effectively solve the problem of personnel inputting parameter errors; automatically through electroplating parameters The acquisition method has lower requirements for the control of the production process, which can effectively improve the defects caused by improper control of production parameters.
本发明中，还包括对抓取数据的计算结果进行测试，具体包括以下步骤：The present invention also includes testing the calculation result of the captured data, which specifically includes the following steps:
（1）客户端初始化静态数据，所述静态数据包括使用用户权限和使用数据的数据量上限；(1) The client initializes static data, the static data includes the use of user permissions and the upper limit of the data volume of the use data;
（2）客户端初始化动态事件，所述动态事件包括使用指令；(2) The client initiates a dynamic event, and the dynamic event includes a use instruction;
（3）客户端设置动态事件顺序模式：所述动态事件顺序模式对应所述动态事件的处理步骤或处理顺序；(3) The client sets the dynamic event sequence mode: the dynamic event sequence mode corresponds to the processing steps or processing sequence of the dynamic event;
（4）服务器端根据上述动态事件顺序模式，利用动态事件和静态数据的异常信息和成功信息配置服务器端成功模板；(4) The server uses the abnormal information and success information of dynamic events and static data to configure the server-side success template according to the above-mentioned dynamic event sequence mode;
（5）客户端根据上述动态事件顺序模式，利用动态事件和静态数据的异常信息和成功信息配置客户端成功模板；(5) The client uses the abnormal information and success information of dynamic events and static data to configure the client success template according to the above-mentioned dynamic event sequence mode;
（6）客户端向服务器端发出请求，根据上述动态事件和静态数据进行数据分析，与服务器端交互地完成上述动态事件顺序模式；(6) The client sends a request to the server, performs data analysis based on the above dynamic events and static data, and interacts with the server to complete the above dynamic event sequence mode;
（7）客户端与服务器端分别对照各自的分析结果与各自的成功模板；(7) The client and server respectively compare their analysis results with their respective success templates;
（8）服务器端将使用模板匹配信息发送给发出上述请求的客户端；(8) The server side sends the template matching information to the client who made the above request;
（9）所述客户端给出分析测试结果。(9) The client provides analysis and test results.
进一步的，所述静态数据还包括使用数据的类型和数据字段名称。Further, the static data also includes the type of the used data and the name of the data field.
进一步的，所述动态事件顺序模式还包括其中的动态事件的处理次数。Further, the dynamic event sequence mode also includes the processing times of the dynamic events therein.
进一步的，所述动态事件顺序模式被设置为配置文件的形式。Further, the dynamic event sequence mode is set in the form of a configuration file.
进一步的，所述动态事件顺序模式还包括静态数据的路径模式，该路径模式包括随机选取、手动选取，以及随机选取和手动选取相结合这三种。Further, the dynamic event sequence mode also includes a path mode of static data, and the path mode includes random selection, manual selection, and a combination of random selection and manual selection.
通过本发明的测试方法，使用用户能够在自动化的前提下，自定义测试过程和测试内容，同时，本发明还极大地提高了ERP系统的运行准确率。Through the test method of the present invention, the user can customize the test process and test content under the premise of automation. At the same time, the present invention also greatly improves the operating accuracy of the ERP system.
本发明中，电镀参数全部在ERP上自动抓取后并通过自动计算得出参数，所有收据来源和MI数据来源一致，然后自动生产电镀料号，在此操作过程中，全部有软件自动执行，并记录；此操作避免了人员操作失误，有效的改善了输错参数造成铜厚异常问题。In the present invention, all the electroplating parameters are automatically captured on the ERP and the parameters are automatically calculated. All receipt sources are consistent with the MI data sources, and then the electroplating material numbers are automatically produced. During this operation, all the electroplating parameters are automatically executed by software. And record; this operation avoids personnel errors and effectively improves the abnormal copper thickness caused by the wrong parameters.
有益效果Beneficial effect
1、本发明方法有效解决了人员操作错误导致电镀铜厚异常的问题；1. The method of the present invention effectively solves the problem of abnormal copper plating thickness caused by operator error;
2、本发明方法有效解决了料号输入对人员技能要求高的问题；2. The method of the present invention effectively solves the problem that the input of material number requires high personnel skills;
3、使用本发明方法自动生产电镀参数，极大的提高了电镀生产效率，并杜绝了人员操作错误导致的电镀参数异常，改善了电镀生产铜厚。3. Using the method of the present invention to automatically produce electroplating parameters greatly improves electroplating production efficiency, eliminates abnormal electroplating parameters caused by operator errors, and improves the copper thickness of electroplating production.
本发明的最佳实施方式The best mode of the present invention
一种电镀参数自动获取方法，包括以下步骤：A method for automatically acquiring electroplating parameters includes the following steps:
S1.通过自动抓取ERP数据，直接生成档案号、生产尺寸、电镀面积、铜厚要求、线宽线距参数；通过自动识别生产料号，并从ERP上调取生产参数；S1. Through automatic capture of ERP data, directly generate file number, production size, electroplating area, copper thickness requirements, line width and line spacing parameters; automatically identify production material numbers, and call production parameters from ERP;
S2.通过自动计算，得出要求的电镀密度和电镀时间，并自动生成生产档案号；S2. Through automatic calculation, the required plating density and plating time are obtained, and the production file number is automatically generated;
包括根据ERP电镀面积DM 2，换算成ft 2，方便电镀程序进行试板。根据ERP抓取电镀铜厚um和线宽线距mil参数，通过给出的电镀标准，自动分析给出电流密度ASF和电镀时间min，并自动生产电镀档案号。 Including according to the ERP plating area DM 2 , converted to ft 2 , which is convenient for the plating procedure to test the plate. According to the parameters of ERP plating copper thickness um and line width line spacing mil, the current density ASF and plating time min are automatically analyzed according to the given plating standard, and the plating file number is automatically produced.
进一步的，步骤S1中，所述电镀生产参数通过自动抓取ERP数据，并通过公式自动计算出所需参数，自动生成生产档案号。Further, in step S1, the electroplating production parameters are automatically captured by ERP data, and the required parameters are automatically calculated by formulas, and the production file number is automatically generated.
进一步的，步骤S2中，所述电镀密度和电镀时间参数是通过ERP上自动抓取的数据，通过特定公式进行计算获得。Further, in step S2, the electroplating density and electroplating time parameters are obtained by calculating data automatically captured on the ERP and calculated by a specific formula.
进一步的，所需参数抓取和计算后，自动生产档案号，自动保存。Further, after the required parameters are captured and calculated, the file number is automatically produced and saved automatically.
本发明中，所有参数都不需要手动输入，避免人员输入错误造成产品异常。本发明通过自动识别并获取ERP参数，通过给出的电镀标准，进行自动计算，得出电镀所需的全部参数，并自动生产电镀料号，可有效解决人员输入参数错误问题；通过电镀参数自动获取方法，对于生产过程的管控要求变低，可有效改善因生产参数管控不当造成不良。In the present invention, all parameters do not need to be manually input, so as to avoid product abnormalities caused by personnel input errors. The invention automatically recognizes and acquires ERP parameters, performs automatic calculations based on the given electroplating standards, and obtains all the parameters required for electroplating, and automatically produces electroplating material numbers, which can effectively solve the problem of personnel inputting parameter errors; automatically through electroplating parameters The acquisition method has lower requirements for the control of the production process, which can effectively improve the defects caused by improper control of production parameters.
本发明中，还包括对抓取数据的计算结果进行测试，具体包括以下步骤：The present invention also includes testing the calculation result of the captured data, which specifically includes the following steps:
（1）客户端初始化静态数据，所述静态数据包括使用用户权限和使用数据的数据量上限；(1) The client initializes static data, the static data includes the use of user permissions and the upper limit of the data volume of the use data;
（2）客户端初始化动态事件，所述动态事件包括使用指令；(2) The client initiates a dynamic event, and the dynamic event includes a use instruction;
（3）客户端设置动态事件顺序模式：所述动态事件顺序模式对应所述动态事件的处理步骤或处理顺序；(3) The client sets the dynamic event sequence mode: the dynamic event sequence mode corresponds to the processing steps or processing sequence of the dynamic event;
（4）服务器端根据上述动态事件顺序模式，利用动态事件和静态数据的异常信息和成功信息配置服务器端成功模板；(4) The server uses the abnormal information and success information of dynamic events and static data to configure the server-side success template according to the above-mentioned dynamic event sequence mode;
（5）客户端根据上述动态事件顺序模式，利用动态事件和静态数据的异常信息和成功信息配置客户端成功模板；(5) The client uses the abnormal information and success information of dynamic events and static data to configure the client success template according to the above-mentioned dynamic event sequence mode;
（6）客户端向服务器端发出请求，根据上述动态事件和静态数据进行数据分析，与服务器端交互地完成上述动态事件顺序模式；(6) The client sends a request to the server, performs data analysis based on the above dynamic events and static data, and interacts with the server to complete the above dynamic event sequence mode;
（7）客户端与服务器端分别对照各自的分析结果与各自的成功模板；(7) The client and server respectively compare their analysis results with their respective success templates;
（8）服务器端将使用模板匹配信息发送给发出上述请求的客户端；(8) The server side sends the template matching information to the client who made the above request;
（9）所述客户端给出分析测试结果。(9) The client provides analysis and test results.
进一步的，所述静态数据还包括使用数据的类型和数据字段名称。Further, the static data also includes the type of the used data and the name of the data field.
进一步的，所述动态事件顺序模式还包括其中的动态事件的处理次数。Further, the dynamic event sequence mode also includes the processing times of the dynamic events therein.
进一步的，所述动态事件顺序模式被设置为配置文件的形式。Further, the dynamic event sequence mode is set in the form of a configuration file.
进一步的，所述动态事件顺序模式还包括静态数据的路径模式，该路径模式包括随机选取、手动选取，以及随机选取和手动选取相结合这三种。Further, the dynamic event sequence mode also includes a path mode of static data, and the path mode includes random selection, manual selection, and a combination of random selection and manual selection.
本发明的实施方式Embodiments of the present invention
下面将结合实施例对本发明的技术方案进行清楚、完整地描述，显然，所描述的实施例仅仅是本发明一部分实施例，而不是全部的实施例。The technical solutions of the present invention will be clearly and completely described below in conjunction with embodiments. Obviously, the described embodiments are only a part of the embodiments of the present invention, rather than all the embodiments.
实施例1Example 1
一种电镀参数自动获取方法，包括以下步骤：A method for automatically acquiring electroplating parameters includes the following steps:
S1.通过自动抓取ERP数据，直接生成档案号、生产尺寸、电镀面积、铜厚要求、线宽线距参数；通过自动识别生产料号，并从ERP上调取生产参数；S1. Through automatic capture of ERP data, directly generate file number, production size, electroplating area, copper thickness requirements, line width and line spacing parameters; automatically identify production material numbers, and call production parameters from ERP;
S2.通过自动计算，得出要求的电镀密度和电镀时间，并自动生成生产档案号；S2. Through automatic calculation, the required plating density and plating time are obtained, and the production file number is automatically generated;
包括根据ERP电镀面积DM 2，换算成ft 2，方便电镀程序进行试板。根据ERP抓取电镀铜厚um和线宽线距mil参数，通过给出的电镀标准，自动分析给出电流密度ASF和电镀时间min，并自动生产电镀档案号。 Including according to the ERP plating area DM 2 , converted to ft 2 , which is convenient for the plating procedure to test the plate. According to the parameters of ERP plating copper thickness um and line width line spacing mil, the current density ASF and plating time min are automatically analyzed according to the given plating standard, and the plating file number is automatically produced.
进一步的，步骤S1中，所述电镀生产参数通过自动抓取ERP数据，并通过公式自动计算出所需参数，自动生成生产档案号。Further, in step S1, the electroplating production parameters are automatically captured by ERP data, and the required parameters are automatically calculated by formulas, and the production file number is automatically generated.
进一步的，步骤S2中，所述电镀密度和电镀时间参数是通过ERP上自动抓取的数据，通过特定公式进行计算获得。Further, in step S2, the electroplating density and electroplating time parameters are obtained by calculating data automatically captured on the ERP and calculated by a specific formula.
进一步的，所需参数抓取和计算后，自动生产档案号，自动保存。Further, after the required parameters are captured and calculated, the file number is automatically produced and saved automatically.
本发明中，所有参数都不需要手动输入，避免人员输入错误造成产品异常。本发明通过自动识别并获取ERP参数，通过给出的电镀标准，进行自动计算，得出电镀所需的全部参数，并自动生产电镀料号，可有效解决人员输入参数错误问题；通过电镀参数自动获取方法，对于生产过程的管控要求变低，可有效改善因生产参数管控不当造成不良。In the present invention, all parameters do not need to be manually input, so as to avoid product abnormalities caused by personnel input errors. The invention automatically recognizes and acquires ERP parameters, performs automatic calculations based on the given electroplating standards, and obtains all the parameters required for electroplating, and automatically produces electroplating material numbers, which can effectively solve the problem of personnel inputting parameter errors; automatically through electroplating parameters The acquisition method has lower requirements for the control of the production process, which can effectively improve the defects caused by improper control of production parameters.
本发明中，还包括对抓取数据的计算结果进行测试，具体包括以下步骤：The present invention also includes testing the calculation result of the captured data, which specifically includes the following steps:
（1）客户端初始化静态数据，所述静态数据包括使用用户权限和使用数据的数据量上限；(1) The client initializes static data, the static data includes the use of user permissions and the upper limit of the data volume of the use data;
（2）客户端初始化动态事件，所述动态事件包括使用指令；(2) The client initiates a dynamic event, and the dynamic event includes a use instruction;
（3）客户端设置动态事件顺序模式：所述动态事件顺序模式对应所述动态事件的处理步骤或处理顺序；(3) The client sets the dynamic event sequence mode: the dynamic event sequence mode corresponds to the processing steps or processing sequence of the dynamic event;
（4）服务器端根据上述动态事件顺序模式，利用动态事件和静态数据的异常信息和成功信息配置服务器端成功模板；(4) The server uses the abnormal information and success information of dynamic events and static data to configure the server-side success template according to the above-mentioned dynamic event sequence mode;
（5）客户端根据上述动态事件顺序模式，利用动态事件和静态数据的异常信息和成功信息配置客户端成功模板；(5) The client uses the abnormal information and success information of dynamic events and static data to configure the client success template according to the above-mentioned dynamic event sequence mode;
（6）客户端向服务器端发出请求，根据上述动态事件和静态数据进行数据分析，与服务器端交互地完成上述动态事件顺序模式；(6) The client sends a request to the server, performs data analysis based on the above dynamic events and static data, and interacts with the server to complete the above dynamic event sequence mode;
（7）客户端与服务器端分别对照各自的分析结果与各自的成功模板；(7) The client and server respectively compare their analysis results with their respective success templates;
（8）服务器端将使用模板匹配信息发送给发出上述请求的客户端；(8) The server side sends the template matching information to the client who made the above request;
（9）所述客户端给出分析测试结果。(9) The client provides analysis and test results.
进一步的，所述静态数据还包括使用数据的类型和数据字段名称。Further, the static data also includes the type of the used data and the name of the data field.
进一步的，所述动态事件顺序模式还包括其中的动态事件的处理次数。Further, the dynamic event sequence mode also includes the processing times of the dynamic events therein.
进一步的，所述动态事件顺序模式被设置为配置文件的形式。Further, the dynamic event sequence mode is set in the form of a configuration file.
进一步的，所述动态事件顺序模式还包括静态数据的路径模式，该路径模式包括随机选取、手动选取，以及随机选取和手动选取相结合这三种。Further, the dynamic event sequence mode also includes a path mode of static data, and the path mode includes random selection, manual selection, and a combination of random selection and manual selection.
本发明中，电镀参数全部在ERP上自动抓取后并通过自动计算得出参数，所有收据来源和MI数据来源一致，然后自动生产电镀料号，在此操作过程中，全部有软件自动执行，并记录；此操作避免了人员操作失误，有效的改善了输错参数造成铜厚异常问题。In the present invention, all the electroplating parameters are automatically captured on the ERP and the parameters are automatically calculated. All receipt sources are consistent with the MI data sources, and then the electroplating material numbers are automatically produced. During this operation, all the electroplating parameters are automatically executed by software. And record; this operation avoids personnel errors and effectively improves the abnormal copper thickness caused by the wrong parameters.
对于本领域技术人员而言，显然本发明不限于上述示范性实施例的细节，而且在不背离本发明的精神或基本特征的情况下，能够以其他的具体形式实现本发明。因此，无论从哪一点来看，均应将实施例看作是示范性的，而且是非限制性的，本发明的范围由所附权利要求而不是上述说明限定，因此旨在将落在权利要求的等同要件的含义和范围内的所有变化囊括在本发明内。For those skilled in the art, it is obvious that the present invention is not limited to the details of the above exemplary embodiments, and the present invention can be implemented in other specific forms without departing from the spirit or basic characteristics of the present invention. Therefore, from any point of view, the embodiments should be regarded as exemplary and non-limiting. The scope of the present invention is defined by the appended claims rather than the above description, and therefore it is intended to fall within the claims. All changes within the meaning and scope of the equivalent elements of are included in the present invention.
此外，应当理解，虽然本说明书按照实施方式加以描述，但并非每个实施方式仅包含一个独立的技术方案，说明书的这种叙述方式仅仅是为清楚起见，本领域技术人员应当将说明书作为一个整体，各实施例中的技术方案也可以经适当组合，形成本领域技术人员可以理解的其他实施方式。需注意的是，本发明中所未详细描述的技术特征，均可以通过本领域任一现有技术实现。In addition, it should be understood that although this specification is described in accordance with the implementation manners, not each implementation manner only includes an independent technical solution. This narration in the specification is only for the sake of clarity, and those skilled in the art should regard the specification as a whole The technical solutions in the various embodiments can also be appropriately combined to form other implementations that can be understood by those skilled in the art. It should be noted that all technical features not described in detail in the present invention can be implemented by any existing technology in the field.
工业实用性Industrial applicability
本发明避免了人员操作失误，有效的改善了输错参数造成铜厚异常问题。The invention avoids operator errors and effectively improves the problem of abnormal copper thickness caused by wrong parameter input.

Claims (9)

  1. 一种电镀参数自动获取方法，其特征在于，包括以下步骤：A method for automatically acquiring electroplating parameters is characterized in that it comprises the following steps:
    S1.通过自动抓取ERP数据，直接生成档案号、生产尺寸、电镀面积、铜厚要求、线宽线距参数；S1. Directly generate file number, production size, electroplating area, copper thickness requirements, line width and line spacing parameters by automatically grabbing ERP data;
    S2.通过自动计算，得出要求的电镀密度和电镀时间，并自动生成生产档案号。S2. Through automatic calculation, the required plating density and plating time are obtained, and the production file number is automatically generated.
  2. 根据权利要求1所述的电镀参数自动获取方法，其特征在于，步骤S1中，所述电镀生产参数通过自动抓取ERP数据，并通过公式自动计算出所需参数，自动生成生产档案号。The method for automatically acquiring electroplating parameters according to claim 1, wherein in step S1, the electroplating production parameters are automatically captured by ERP data, and the required parameters are automatically calculated by formulas, and the production file number is automatically generated.
  3. 根据权利要求1所述的电镀参数自动获取方法，其特征在于，步骤S2中，所述电镀密度和电镀时间参数是通过ERP上自动抓取的数据，通过特定公式进行计算获得。The method for automatically obtaining electroplating parameters according to claim 1, wherein in step S2, the electroplating density and electroplating time parameters are obtained by calculating data automatically captured on ERP and calculated by a specific formula.
  4. 根据权利要求2所述的电镀参数自动获取方法，所需参数抓取和计算后，自动生产档案号，自动保存。According to the method for automatically obtaining electroplating parameters according to claim 2, after the required parameters are captured and calculated, the file number is automatically produced and saved automatically.
  5. 根据权利要求1所述的电镀参数自动获取方法，其特征在于，还包括对抓取数据的计算结果进行测试，具体包括以下步骤：The method for automatically acquiring electroplating parameters according to claim 1, characterized in that it further comprises testing the calculation result of the captured data, which specifically includes the following steps:
    （1）客户端初始化静态数据，所述静态数据包括使用用户权限和使用数据的数据量上限；(1) The client initializes static data, the static data includes the use of user permissions and the upper limit of the data volume of the use data;
    （2）客户端初始化动态事件，所述动态事件包括使用指令；(2) The client initializes a dynamic event, and the dynamic event includes a use instruction;
    （3）客户端设置动态事件顺序模式：所述动态事件顺序模式对应所述动态事件的处理步骤或处理顺序；(3) The client sets the dynamic event sequence mode: the dynamic event sequence mode corresponds to the processing steps or processing sequence of the dynamic event;
    （4）服务器端根据上述动态事件顺序模式，利用动态事件和静态数据的异常信息和成功信息配置服务器端成功模板；(4) The server uses the abnormal information and success information of dynamic events and static data to configure the server-side success template according to the above-mentioned dynamic event sequence mode;
    （5）客户端根据上述动态事件顺序模式，利用动态事件和静态数据的异常信息和成功信息配置客户端成功模板；(5) The client uses the abnormal information and success information of dynamic events and static data to configure the client success template according to the above-mentioned dynamic event sequence mode;
    （6）客户端向服务器端发出请求，根据上述动态事件和静态数据进行数据分析，与服务器端交互地完成上述动态事件顺序模式；(6) The client sends a request to the server, performs data analysis based on the above dynamic events and static data, and interacts with the server to complete the above dynamic event sequence mode;
    （7）客户端与服务器端分别对照各自的分析结果与各自的成功模板；(7) The client and server respectively compare their analysis results with their respective success templates;
    （8）服务器端将使用模板匹配信息发送给发出上述请求的客户端；(8) The server side sends the template matching information to the client who made the above request;
    （9）所述客户端给出分析测试结果。(9) The client provides analysis and test results.
  6. 根据权利要求5所述的电镀参数自动获取方法，其特征在于，所述静态数据还包括使用数据的类型和数据字段名称。The method for automatically acquiring electroplating parameters according to claim 5, wherein the static data further includes the type of the used data and the name of the data field.
  7. 根据权利要求5所述的电镀参数自动获取方法，其特征在于，所述动态事件顺序模式还包括其中的动态事件的处理次数。The method for automatically acquiring electroplating parameters according to claim 5, wherein the dynamic event sequence mode further includes the processing times of the dynamic event therein.
  8. 根据权利要求5所述的电镀参数自动获取方法，其特征在于，所述动态事件顺序模式被设置为配置文件的形式。The method for automatically acquiring electroplating parameters according to claim 5, wherein the dynamic event sequence mode is set in the form of a configuration file.
  9. 根据权利要求5所述的电镀参数自动获取方法，其特征在于，所述动态事件顺序模式还包括静态数据的路径模式，该路径模式包括随机选取、手动选取，以及随机选取和手动选取相结合这三种。The method for automatically acquiring electroplating parameters according to claim 5, wherein the dynamic event sequence mode further includes a path mode of static data, and the path mode includes random selection, manual selection, and a combination of random selection and manual selection. Three kinds.
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