TWI669621B - Automated electronic part pattern configuration system and method thereof - Google Patents
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Abstract
本發明係提供一種自動化電子零件圖樣配置系統及其方法。前述系統提供外部第一使用端配置資料庫之電子零件特徵參數,以及提供外部第二使用端設定欲生成的電子零件圖樣之設定參數。接著,系統會依據對應電子零件圖樣之電子零件特徵參數、零件建置規則、以及設定參數,以生成指定電子佈局系統生成電子零件圖樣。 The present invention provides an automated electronic part pattern configuration system and method thereof. The foregoing system provides an electronic part feature parameter of the external first-use configuration database, and provides an external second-end setting setting parameter of the electronic part pattern to be generated. Then, the system generates the electronic part pattern by specifying the electronic layout system according to the electronic part characteristic parameters, the part construction rules, and the setting parameters of the corresponding electronic part pattern.
Description
本發明係一種電子零件圖樣配置方案,尤指一種可自動化產生電子零件圖樣之技術方案。 The invention relates to an electronic component pattern configuration scheme, in particular to a technical solution capable of automatically generating an electronic component pattern.
在電子產品的印刷電路佈局(PCB layout)工作流程中,電路佈局工程師會繪製所需的電子元件之圖樣(footprint),並建立圖樣資料庫以供佈局之用。 In the PCB layout workflow of an electronic product, the circuit layout engineer draws the required footprint of the electronic component and builds a pattern library for layout.
而隨著各式各樣的電子零件不斷更新,因此佈局工程師需不斷的更新以及修改圖樣資料庫之內容。此外,電子工程師在設計不同類型電路時會根據印刷電路板的製程的要求,重新設定對應的電子零件圖樣,而拉升了電路佈局之作業成本。 As various electronic components are constantly updated, layout engineers need to constantly update and modify the contents of the pattern database. In addition, when designing different types of circuits, electronic engineers will reset the corresponding electronic parts drawings according to the requirements of the printed circuit board process, which will increase the operating cost of the circuit layout.
綜上所述,如何提供一種可解決前述問題之方案乃本領域亟需解決之技術問題。 In summary, how to provide a solution to the aforementioned problems is a technical problem that needs to be solved in the field.
為解決前揭之問題,本發明之目的係提供一種可自動化進行電子零件圖樣配置之技術方安 In order to solve the problems disclosed above, the object of the present invention is to provide a technical method for automatically performing electronic component pattern configuration.
為達上述目的,本發明提出一種自動化電子零件圖樣配置系 統。其包含零件特徵參數人機介面、零件特徵參數管理模組、零件特徵參數模組、圖樣建置人機介面、建置規則模組、特徵運算模組、資料轉換模組、以及零件圖樣建置模組。零件特徵參數管理模組連接零件特徵參數人機介面以及資料庫,並提供操作零件特徵參數人機介面的外部第一使用端配置資料庫之電子零件特徵參數。零件特徵參數模組連線資料庫以提取對應之電子零件特徵參數。圖樣建置人機介面提供外部第二使用端設定欲生成的電子零件圖樣之設定參數。建置規則模組連線資料庫,並存取資料庫內對應電子零件圖樣之零件建置規則。特徵運算模組連接零件特徵參數模組、圖樣建置人機介面、建置規則模組,並依據對應電子零件圖樣之電子零件特徵參數、零件建置規則、以及設定參數,以配置欲生成電子零件圖樣之特徵參數。資料轉換模組連接特徵運算模組,資料轉換模組將特徵參數轉換成指定電子佈局系統之資料格式,以提供轉換資料。零件圖樣建置模組連資料轉換模組,並依據轉換資料生成電子零件圖樣。 To achieve the above object, the present invention proposes an automated electronic part pattern configuration system. The utility model comprises a component feature parameter human machine interface, a component feature parameter management module, a component feature parameter module, a pattern construction human machine interface, a construction rule module, a feature calculation module, a data conversion module, and a part pattern construction. Module. The part feature parameter management module connects the part feature parameter man-machine interface and the database, and provides the electronic part feature parameters of the external first-use configuration database of the man-machine interface of the operation part feature parameter. The part feature parameter module connects the database to extract the corresponding electronic part feature parameters. The pattern setting man-machine interface provides an external second terminal to set the setting parameters of the electronic part pattern to be generated. The rule module is connected to the database, and the part construction rules of the corresponding electronic part pattern in the database are accessed. The feature computing module connects the component feature parameter module, the pattern construction man-machine interface, the construction rule module, and configures the electronic component to be generated according to the electronic component characteristic parameter, the component construction rule, and the setting parameter of the corresponding electronic component pattern. The characteristic parameters of the part pattern. The data conversion module is connected to the feature computing module, and the data conversion module converts the feature parameters into a data format of the specified electronic layout system to provide conversion data. The part pattern construction module is connected with the data conversion module, and the electronic part pattern is generated according to the conversion data.
為達上述目的,本發明提出一種自動化電子零件圖樣配置方法,其包含下列步驟:提供外部第一使用端配置外部資料庫之電子零件特徵參數、提供外部第二使用端設定欲生成的電子零件圖樣之設定參數、接著自資料庫提取對應電子零件圖樣之零件建置規則、又依據電子零件特徵參數、零件建置規則、以及設定參數建置電子零件圖樣之特徵參數、並將特徵參數轉換成指定電子佈局系統之資料格式,以提供一轉換資料、再者依據轉換資料生成電子零件圖樣。 In order to achieve the above object, the present invention provides an automated electronic part pattern configuration method, which comprises the steps of: providing an external first use end to configure an electronic part feature parameter of an external database, and providing an external second use end setting an electronic part pattern to be generated. Setting parameters, then extracting the part construction rules corresponding to the electronic part pattern from the database, and constructing the characteristic parameters of the electronic part pattern according to the electronic part characteristic parameters, the part construction rules, and setting parameters, and converting the characteristic parameters into designated The data format of the electronic layout system is to provide a conversion data, and then generate an electronic part pattern based on the conversion data.
綜上所述,本發明之自動化電子零件圖樣建置系統及其方法 透過設定欲生成的電子零件圖樣之設定參數以及電子零件特徵參數得以快速的產生符合特定電子佈局系統規定的電子零件圖樣,而能有效的減少因人工繪製而產生的錯誤以及大幅減低製作成本。 In summary, the automated electronic part pattern construction system and method of the present invention can quickly generate an electronic part pattern conforming to a specific electronic layout system by setting setting parameters of the electronic part pattern to be generated and electronic part characteristic parameters. It can effectively reduce errors caused by manual drawing and significantly reduce production costs.
FP‧‧‧電子零件圖樣 FP‧‧‧Electronic parts pattern
1‧‧‧自動化電子零件圖樣配置系統 1‧‧‧Automatic electronic parts pattern configuration system
11‧‧‧零件特徵參數人機介面 11‧‧‧Parts feature parameters human-machine interface
12‧‧‧零件特徵參數管理模組 12‧‧‧Part feature parameter management module
13‧‧‧零件特徵參數錄模組 13‧‧‧Part feature parameter recording module
14‧‧‧圖樣建置人機介面 14‧‧‧ Patterns to build human-machine interface
15‧‧‧建置規則模組 15‧‧‧Building rules module
16‧‧‧特徵運算模組 16‧‧‧Characteristic computing module
17‧‧‧資料轉換模組 17‧‧‧Data Conversion Module
18‧‧‧零件圖樣建置模組 18‧‧‧Parts drawing module
2‧‧‧第一使用端 2‧‧‧First use end
3‧‧‧資料庫 3‧‧‧Database
4‧‧‧第二使用端 4‧‧‧Second use
圖1為本發明第一實施例自動化電子零件圖樣配置系統之系統示意圖。 1 is a schematic diagram of a system for an automated electronic part pattern configuration system according to a first embodiment of the present invention.
圖2為本發明第二實施例自動化電子零件圖樣配置方法之方法流程圖。 2 is a flow chart of a method for configuring an automated electronic part pattern according to a second embodiment of the present invention.
圖3~圖4為本發明之操作示意圖。 3 to 4 are schematic views showing the operation of the present invention.
圖5為本發明電子零件圖樣示意圖。 Figure 5 is a schematic view of the electronic component of the present invention.
以下將描述具體之實施例以說明本發明之實施態樣,惟其並非用以限制本發明所欲保護之範疇。 The specific embodiments are described below to illustrate the embodiments of the invention, but are not intended to limit the scope of the invention.
請參閱圖1,其為本發明第一實施例自動化電子零件圖樣建置系統1之系統示意圖。前述系統包含零件特徵參數人機介面11、零件特徵參數管理模組12、零件特徵參數模組13、圖樣建置人機介面14、建置規則模組15、特徵運算模組16、資料轉換模組17、以及零件圖樣建置模組18。前述零件特徵參數管理模組12連接零件特徵參數人機介面11以及外部資料庫3,並提供操作零件特徵參數人機介面11的外部第一使用端2配置資料庫3之電子零件特徵參數。前述零件特徵參數模組13連線資料庫3以提取對應之電子零件特徵參數。前述圖樣建置人機介面14提供外部第二使用端4設定欲生成的電子零件圖樣之設定參數。前述建置規則模組15連線資料庫3,並存 取資料庫3內對應電子零件圖樣之零件建置規則。前述特徵運算模組16連接零件特徵參數模組13、圖樣建置人機介面14、建置規則模組15,並依據對應電子零件圖樣之電子零件特徵參數、零件建置規則、以及設定參數,以配置欲生成電子零件圖樣之特徵參數。前述資料轉換模組17連接特徵運算模組16,資料轉換模組17將特徵參數轉換成指定電子佈局系統之資料格式,以提供一轉換資料。前述零件圖樣建置模組18連資料轉換模組17,並依據轉換資料生成電子零件圖樣。 Please refer to FIG. 1, which is a schematic diagram of a system for an automated electronic part pattern construction system 1 according to a first embodiment of the present invention. The foregoing system includes a part feature parameter human machine interface 11, a part feature parameter management module 12, a part feature parameter module 13, a pattern construction human machine interface 14, a construction rule module 15, a feature operation module 16, and a data conversion module. Group 17, and part pattern building module 18. The part feature parameter management module 12 connects the part feature parameter human machine interface 11 and the external database 3, and provides the electronic part feature parameters of the external first use end 2 configuration database 3 of the operation part feature parameter human machine interface 11. The part feature parameter module 13 is connected to the database 3 to extract corresponding electronic component feature parameters. The foregoing pattern setting man-machine interface 14 provides an external second use terminal 4 to set a setting parameter of the electronic part pattern to be generated. The construction rule module 15 connects the database 3 and stores the component construction rules of the corresponding electronic component drawings in the database 3. The feature computing module 16 is connected to the component feature parameter module 13, the pattern building human interface 14, the building rule module 15, and according to the electronic component characteristic parameters, the component building rules, and the setting parameters of the corresponding electronic component pattern. To configure the characteristic parameters of the electronic part pattern to be generated. The data conversion module 17 is connected to the feature computing module 16, and the data conversion module 17 converts the feature parameters into a data format of the specified electronic layout system to provide a conversion data. The part pattern building module 18 is connected to the data conversion module 17 and generates an electronic part pattern according to the converted data.
前述系統之零件特徵參數人機介面11、零件特徵參數管理模組12、零件特徵參數模組13、圖樣建置人機介面14、建置規則模組15、特徵運算模組16、資料轉換模組17、以及零件圖樣建置模組18可選擇的採用運行於電腦裝置上的軟體模組或採用可程式化數位電路實現之。前述之電路佈局系統係指Protel、OrCAD、Allegro...等可用於印刷電路板(PCB)電路佈局之程式。 The part characteristic parameter human machine interface 11 of the foregoing system, the part feature parameter management module 12, the part feature parameter module 13, the pattern construction human machine interface 14, the construction rule module 15, the feature operation module 16, the data conversion module The group 17 and the part pattern building module 18 can alternatively be implemented using a software module running on a computer device or using a programmable digital circuit. The aforementioned circuit layout system refers to a program that can be used for a printed circuit board (PCB) circuit layout, such as Protel, OrCAD, Allegro, and the like.
於另一實施例中,前述電子零件圖樣係為印刷電路板電子零件圖樣。於另一實施例中,前述設定參數進一步包含零件尺寸、接腳尺寸其中至少一。於另一實施例中,前述電子零件特徵參數進一步包含封裝類型、製造商資訊、料號資訊、尺寸資訊其中至少一。於另一實施例中,前述電子零件圖樣係遵循電路佈局系統之佈局規則或檔案格式其中至少一。 In another embodiment, the electronic component pattern is a printed circuit board electronic part pattern. In another embodiment, the foregoing setting parameter further includes at least one of a part size and a pin size. In another embodiment, the electronic component feature parameter further includes at least one of a package type, a manufacturer information, a item number information, and a size information. In another embodiment, the aforementioned electronic part pattern follows at least one of a layout rule or a file format of the circuit layout system.
請參閱圖2,其為本發明第二實施例自動化電子零件圖樣配置方法之方法流程圖。前述方法包含下列步驟: Please refer to FIG. 2, which is a flow chart of a method for configuring an automated electronic part pattern according to a second embodiment of the present invention. The foregoing method includes the following steps:
S101:提供外部第一使用端配置資料庫之電子零件特徵參數。 S101: Provide an electronic part feature parameter of the external first-use configuration database.
S102:提供外部第二使用端設定欲生成的電子零件圖樣之設定參數。 S102: Providing an external second user terminal to set a setting parameter of the electronic component pattern to be generated.
S103:自資料庫3提取對應電子零件圖樣之零件建置規則。 S103: Extract the part construction rule corresponding to the electronic part pattern from the database 3.
S104:依據電子零件特徵參數、零件建置規則、以及設定參數配置電子零件圖樣之特徵參數。 S104: Configure characteristic parameters of the electronic part pattern according to the electronic part characteristic parameter, the part construction rule, and the setting parameter.
S105:將特徵參數轉換成指定電子佈局系統之資料格式,以提供一轉換資料。 S105: Convert the feature parameter into a data format of the specified electronic layout system to provide a conversion data.
S106:依據轉換資料生成電子零件圖樣。 S106: Generate an electronic part pattern according to the conversion data.
於另一實施例中,前述方法之電子零件圖樣係為印刷電路板電子零件圖樣。於另一實施例中,前述方法之設定參數進一步包含零件尺寸、接腳尺寸其中至少一個。於另一實施例中,前述方法之電子零件特徵參數進一步包含封裝類型、製造商資訊、料號資訊、尺寸資訊其中至少一個。 In another embodiment, the electronic part pattern of the foregoing method is a printed circuit board electronic part pattern. In another embodiment, the setting parameters of the foregoing method further include at least one of a part size and a pin size. In another embodiment, the electronic part feature parameter of the foregoing method further includes at least one of a package type, a manufacturer information, a item number information, and a size information.
於另一實施例中,前述方法之電子零件圖樣係遵循電路佈局系統之佈局規則或檔案格式其中至少一。 In another embodiment, the electronic part pattern of the foregoing method follows at least one of a layout rule or a file format of the circuit layout system.
以下本案茲以第一實施例自動化電子零件圖樣配置系統1進行說明,惟第二實施例之自動化電子零件圖樣配置方法亦可達到相同或相似之技術功效。請參閱圖3,其為零件特徵參數人機介面11之操作畫面,零件特徵參數人機介面11係為一視窗介面,而第一使用端2可透過零件特徵參數人機介面11設置位於資料庫3內的電子零件的各項記錄參數,諸如:封裝類型、製造商資訊、料號資訊、尺寸...等。於一操作模式中,前述資料庫3為架設於雲端之雲端資料庫3,並且不拘限於一位或多位的第一使用端2存 取、編輯電子零件之記錄參數。 The following example is described with reference to the automated electronic part pattern configuration system 1 of the first embodiment, but the automatic electronic part pattern configuration method of the second embodiment can also achieve the same or similar technical effects. Please refer to FIG. 3 , which is an operation screen of the component feature parameter human-machine interface 11 . The component feature parameter human-machine interface 11 is a window interface, and the first user-side terminal 2 can be located in the database through the component feature parameter human-machine interface 11 . The recording parameters of the electronic parts in 3, such as: package type, manufacturer information, item number information, size, etc. In an operation mode, the foregoing database 3 is a cloud database 3 installed in the cloud, and is not limited to one or more first users 2 to access and edit the recording parameters of the electronic components.
請接著參閱圖4,其為圖樣建置人機介面14之操作畫面,第二使用端4可透過圖樣建置人機介面14設定電子零件參數、零件設置規則、電路佈局系統...等資訊。待完成設定後,自動化電子零件圖樣配置系統1會依零件特徵參數人機介面11以及圖樣建置人機介面14所設定之參數生成指定如圖5所示之電子零件圖樣FP。 Please refer to FIG. 4 , which is an operation screen for constructing the human machine interface 14 , and the second user terminal 4 can set electronic component parameters, part setting rules, circuit layout system, etc. through the pattern setting human machine interface 14 . . After the setting is completed, the automated electronic part pattern configuration system 1 generates an electronic part pattern FP as shown in FIG. 5 according to the parameters set by the part characteristic parameter human machine interface 11 and the pattern creation human machine interface 14.
上列詳細說明係針對本發明之一可行實施例之具體說明,惟該實施例並非用以限制本發明之專利範圍,凡未脫離本發明技藝精神所為之等效實施或變更,均應包含於本案之專利範圍中。 The detailed description of the preferred embodiments of the present invention is intended to be limited to the scope of the invention, and is not intended to limit the scope of the invention. The patent scope of this case.
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US20020083400A1 (en) * | 1997-10-31 | 2002-06-27 | Chung Liau Hon | Method and apparatus for generating package geometries |
US8438524B1 (en) * | 2009-12-30 | 2013-05-07 | Cadence Design Systems, Inc. | Hierarchical editing of printed circuit board pin assignment |
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US20020083400A1 (en) * | 1997-10-31 | 2002-06-27 | Chung Liau Hon | Method and apparatus for generating package geometries |
US8438524B1 (en) * | 2009-12-30 | 2013-05-07 | Cadence Design Systems, Inc. | Hierarchical editing of printed circuit board pin assignment |
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