201104475 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明涉及印刷電路板（Printed Circuit Board ; PCB)佈線領域，特別涉及一種印刷電路板佈線系統及字 元方向調整方法。 [先前技術] [0002] 隨著積體電路高密度的發展，使用電子設計自動化佈線 軟體進行印刷電路板（Printed Circuit Board : pCB )佈線已成為電子產品生產中的一値不可缺少的環節。 通過現有佈線軟體系統可在印刷電路板（Printed Ci卜 cuit Board ; PCB)上設置例如電子零件、螺絲孔、光 學定位點、過孔（via)等零件物件，並為各物件進行饰 線以使該等物件實現電氣連接。’ [0003] 通常’印刷電路板上在顯示零件物件時，還同時顯示用 於描述零件物件的字元，佈線人員可以根據該等字元來 區分不同的零件物件。然而’在佈線過程中往往出現如 . .：： 圖1所示的情況，在電路板圖P0中零件物件上的字-向顯示’例如電容210、電阻220上的字元反向顯示， 時佈線人員想要改變字元方向，則需要逐個的選中反向 顯示的字元並利用滑鼠旋轉字元，以使字元正向顯示， 如此給佈線人貝帶來不便。 【發明内容】 [0004] 有鑒於此，有必要提供一種可以自動調整印刷電路板上 顯示的字元方向的印刷電路板佈線系統。 [0005] 098125763 還有必要提供一種可以自動調整印刷電路板上顯示的字 表單編號Λ0101 第4頁/共19頁 0982044137-0 201104475 元方向的字元方向調整方法。 [0006] -種印刷電路板饰線系統，包括電路板佈 模組、獲取·及㈣馳1路板料料測 電路原理圖產生電路板圖檔，1 、、用於根據 哀電路板 Ο 用於描述科物件的字元及財棚叫2包括 檢測模組用於在檢_印刷電路板佈線系統^應2 的執打操作產生的執行資訊時，產生料錢 生的啟動信龍供給獲取模組。魏-簡接收= 啟動信號，獲取該電路板射所有料零件物: 及與該字元對應的似值，並將獲取的字元紗疋 對應的角度值提供料賴組。替換―將接㈣角2 值調整為預存的基準角度值，將字元及基準角度值提供 給電路板佈線模組。該電路板佈線模組根據接收到的字 元及基準角度值在其產生的電路板圖_示具有-致方 向的字元》 [0007] Ο -種字元方向調整方法’該方法應用於印刷電路板佈線 系統中其中印刷電路板佈線系統根據電路原理圖產生 電路板_，該電路_财包㈣於描述零件物件的 字元及該字元顯科的角度值，該方法包括如下步驟： [0008] 檢測印刷電路板佈線系統是否產生執行資訊，其中，該 執行資訊的刷電路板佈⑽、統回應用戶的執行操作^ 產生； 在檢測到執行資料，獲取電路㈣中所有㈣零件物 件的字元及與該字元對應的角度值； 098125763 表單編號A0101 第5頁/共19頁 0982044137-0 [0009] 201104475 [0010] 將角度值調整為預存的基準角度值； [0011] 根據獲取的字元及基準角度值在電路板圖中顯示具有一 致方向的字元。 [0012] 使用上述印刷電路板佈線系統及字元方向調整方法，印 刷電路板佈線系統在檢測到執行資訊後，自動將角度值 調整為基準角度值，並根據基準角度值及字元在其產生 的電路板圖中顯示具有一致方向的字元。 【實施方式】 [0013] 請參看圖2 *其為印刷電路板佈線系統1 0 0的模組圖。印 刷電路板佈線系統100包括電路板佈線模組10、檢測模組 20、獲取模組30及替換模組40。 [0014] 電路板佈線模組10用於根據電路原理圖產生電路板圖檔 ，其中該電路板圖檔中包括用於描述零件物件的字元及 該字元顯示時的角度值。這些字元分佈於電路板圖的文 字面，且該等字元屬於texts類型。請同時參看圖3，電 路板佈線模組10根據產生的電路板圖檔在其工作區域11 内顯示對應的電路板圖。 [0015] 檢測模組20用於在檢測到印刷電路板佈線系統100因回應 用戶的執行操作產生的執行資訊時，產生啟動信號，並 將產生的啟動信號提供給獲取模組30。例如，用戶的執 行操作為在指令區12中輸入調整指令，此時電路板佈線 模組10產生對應的調整執行資訊。 [0016] 獲取模組30回應接收到的啟動信號，獲取該電路板檔中 所有描述零件物件的字元及與該字元對應的角度值，並 098125763 表單編號A0101 第6頁/共19頁 0982044137-0 201104475 將獲取的字元及與該字元對應的角度值提供給替換模組 40。例如，獲取模組3〇通過搜索電路板圖的文字面内的 texts類型來獲得字元，然後根據獲取的字元從電路板檔 中獲取對應的角度值。 [0017] Ο 替換模組40將接收的角度值調整為預存的基準角度值， 將字元及基準角度值提供給電路板佈線模組1〇，電路板 稀線模組10根據接收到的字元及基準角度值在其產生的 電路板圖中顯示具有一致方向的字元。其中，替換模組 40可以通過以下方式進行調整操作··替換模組4〇比較接 收的角度值是否與基準角度值相等，並在比較出接收的 角度值與基準角度值不相等時，將接收的角度值替換為 基準角度值》該基準角度值可以為〇凌、45度、9〇度或 315度。例如，該基準角度值為〇度，獲取模組3〇獲取了 圖3中所有零件物件的字元及對應的角度值：字元CU62 、C6401、R6399對應的角度值都為18〇度，字元R64〇1 、C6327、CL69Q7、CL_、cL69_iM^^ ο 度。替換模組40在比較出字元CU62、C64(n、^399所 對應的角度值不為〇度時，將字元CU62、C64〇i、 R63"所對應的角度值18°度替換為〇度，替換模組40將 角度值發生改變的字^1162、⑽〇1、R6399及〇度提 供給電路板佈線模組1〇，電路极佈線模組U)根據接收到 的字元及基準角度值顯示出如阁^士^ _ 如圖4中所示具有一致方向字 元的電路板圖。 [0018] 在其他實施方式中，請同參看 少有圖5 ’印刷電路板佈線系統 100的模組圖還包括輸入模紱5n ’該輸入模組50用於回應 098125763 表單編號A0101 第7頁/共19201104475 VI. Description of the Invention: [Technical Field] The present invention relates to the field of printed circuit board (PCB) wiring, and more particularly to a printed circuit board wiring system and a character direction adjustment method. [Prior Art] [0002] With the development of the high density of integrated circuits, the use of electronic design automation wiring software for printed circuit board (PDC) wiring has become an indispensable part of the production of electronic products. By means of the existing wiring software system, components such as electronic parts, screw holes, optical positioning points, vias, etc. can be placed on a printed circuit board (PCB), and the objects are decorated with wires so that These objects make electrical connections. [0003] Generally, when a component object is displayed on a printed circuit board, characters for describing the component object are also displayed, and the wiring personnel can distinguish different component objects based on the characters. However, in the wiring process, as shown in Fig. 1, in the case of the word-to-display on the part object in the board diagram P0, for example, the characters on the capacitor 210 and the resistor 220 are displayed in reverse. If the wiring personnel wants to change the direction of the character, it is necessary to select the characters displayed in the reverse direction and use the mouse to rotate the characters so that the characters are displayed in the forward direction, thus causing inconvenience to the wiring person. SUMMARY OF THE INVENTION [0004] In view of the above, it is desirable to provide a printed circuit board wiring system that can automatically adjust the direction of characters displayed on a printed circuit board. [0005] 098125763 It is also necessary to provide a method for automatically adjusting the word direction displayed on the printed circuit board. Form No. Λ0101 Page 4 of 19 0982044137-0 201104475 The direction of the character direction adjustment. [0006] A printed circuit board trimming system, including a circuit board cloth module, obtaining and (4) Chi 1 road material material measuring circuit schematic diagram generating circuit board drawing file, 1, for use in accordance with the circuit board The character and the essay in the description of the object are called 2, and the detection module is used to generate the execution information generated by the operation of the printed circuit board wiring system. group. Wei-Jian reception = start signal, obtain the board to shoot all the parts of the material: and the similar value corresponding to the character, and provide the corresponding angle value of the obtained character yarn 提供 to the feed group. Replace—Adjust the (4) angle 2 value to the pre-stored reference angle value and provide the character and reference angle values to the board routing module. The circuit board wiring module generates a word diagram based on the received character and the reference angle value in the board diagram. [0007] Ο - Character direction adjustment method 'This method is applied to printing In the circuit board wiring system, the printed circuit board wiring system generates a circuit board according to the circuit schematic diagram, and the circuit (four) is used to describe the character of the part object and the angle value of the character, the method includes the following steps: 0008] detecting whether the printed circuit board wiring system generates execution information, wherein the brush circuit board (10) of the execution information is generated in response to the user's execution operation; and when the execution data is detected, all (4) parts of the circuit (4) are acquired. The element and the angle value corresponding to the character; 098125763 Form number A0101 Page 5 of 19 page 0982044137-0 [0009] 201104475 [0010] Adjusting the angle value to a pre-stored reference angle value; [0011] According to the acquired word The meta and reference angle values show characters with a consistent orientation in the board diagram. [0012] using the above printed circuit board wiring system and the character direction adjustment method, the printed circuit board wiring system automatically adjusts the angle value to the reference angle value after detecting the execution information, and generates the reference angle value and the character according to the reference angle value The characters in the board diagram show a consistent direction. [Embodiment] [0013] Please refer to FIG. 2, which is a block diagram of a printed circuit board wiring system 100. The printed circuit board wiring system 100 includes a circuit board wiring module 10, a detection module 20, an acquisition module 30, and a replacement module 40. [0014] The circuit board wiring module 10 is configured to generate a circuit board image according to the circuit schematic diagram, wherein the circuit board image includes a character for describing the part object and an angle value when the character is displayed. These characters are distributed across the literal face of the board diagram and are of the texts type. Referring to FIG. 3 at the same time, the circuit board wiring module 10 displays a corresponding circuit board diagram in its working area 11 according to the generated circuit board image. [0015] The detecting module 20 is configured to generate an activation signal when detecting the execution information generated by the printed circuit board wiring system 100 in response to the user's execution operation, and provide the generated startup signal to the acquisition module 30. For example, the user performs an operation of inputting an adjustment command in the command area 12, and the board wiring module 10 generates corresponding adjustment execution information. [0016] The obtaining module 30, in response to the received start signal, acquires all the characters describing the part object in the circuit board file and the angle value corresponding to the character, and 098125763 Form No. A0101 Page 6 / 19 pages 0982044137 -0 201104475 The acquired character and the angle value corresponding to the character are supplied to the replacement module 40. For example, the acquisition module 3 obtains the character by searching for the texts type in the text plane of the circuit board diagram, and then obtains the corresponding angle value from the board file according to the acquired character. [0017] 替换 the replacement module 40 adjusts the received angle value to a pre-stored reference angle value, and supplies the character and the reference angle value to the circuit board wiring module 1 〇, and the circuit board thin line module 10 receives the received word according to the word The meta and reference angle values show characters with a uniform orientation in the resulting board diagram. The replacement module 40 can perform the adjustment operation by the following method: • The replacement module 4 compares whether the received angle value is equal to the reference angle value, and receives the angle value when the received angle value is not equal to the reference angle value. The angle value is replaced by the reference angle value. The reference angle value can be 〇, 45 degrees, 9 degrees, or 315 degrees. For example, if the reference angle value is 〇, the acquisition module 3 〇 obtains the characters of all the parts in FIG. 3 and the corresponding angle values: the angle values corresponding to the characters CU62, C6401, and R6399 are all 18 degrees, and the words are Yuan R64〇1, C6327, CL69Q7, CL_, cL69_iM^^ ο degrees. When the replacement module 40 compares the characters CU62 and C64 (n, the angle value corresponding to n399 is not the degree, the angle value corresponding to the characters CU62, C64〇i, R63" is replaced by 〇 The replacement module 40 provides the word ^1162, the (10) 〇1, the R6399 and the twist of the angle value to the circuit board wiring module 1 〇, and the circuit pole wiring module U) according to the received character and the reference angle. The value shows a board diagram with a consistent direction character as shown in Figure 4. [0018] In other embodiments, please refer to the schematic diagram of the printed circuit board cabling system 100. The input module 50 is used to respond to 098125763 Form No. A0101. Total 19
I 0982044137-0 201104475 戶的輪入操作， 供給替換极/ 基準角度值，並將基準角度值提 [0019] [0020] [0021] 利用鍵盤#4G存儲。例如’該基準角度值可以是用戶 也可以是用^人終端直接輪人的角度值。該基準角度值 圖中㈣—利用滑鼠選擇顯示在卫作區11中的電路板 …予元時與該字元對應的角度值。 睛參看圖6,其為m 用於印刷電叫輕㈣紐的餘圖。該方法應 可由存錯在電腦記如該字元方向調整方法 程式媽作為插件二w — 組程式碼來表*，將該組 電路板佈線系統能夠自=板佈線系統中，— 向的字元„ 電路板圖中顯示具有-致方 ^ 子7°方向調整方法包括如下步驟： 其中，卩刷電路㈣線线是否產生執行資訊， 行操作而* Γ貝訊由印刷電路板佈線祕誠用戶的執 產生電路板圖播該:::::伟線_據電路原理圖 子錢該子摘示時的角度值。這些字元分佈於電 圖的文字面，且該等字元屬於texts類型。 步_ ’在檢測到執行資訊時，獲取電路板圖中所有描 述零件物件的Μ及與該字林應的肖度值。例如，通 過搜索電路板圖的文字面内的texts麵來獲得字元，然 後根據獲取的字元從f路板財獲取㈣的角度值。 步驟S15，將角度值調整為預存的基準角度值。其中，可 以通過以下方式進行調整操作：比較接㈣角度值是否 與基準肖度值相等’並在比較丨接㈣肖度值與基準角 098125763 表單編號A0101 第8頁/共19頁 0982044137-0 [0022] 201104475 [0023] [0024] Ο [0025] [0026] q [0027] [0028] [0029] [0030] 度值不相等時，將接收的角度值替換為基準角度值。該 基準角度值彳以是用戶利用鏠盤等輸入終端直接輸入的 角度值；該基準角度值也可以是用戶利用滑鼠選擇顯示 在工作區中的電路板圖中任意〜字元時與該字元對應的 角度值。 步驟S17，根據獲取的字元及基準角度值在電路板圖中顯 示具有一致方向的字元。 使用上述印刷電路板佈線系統及字元方向調整方法，印 刷電路板佈線系統在檢測到執行資訊後，自動將角度值 調整為基準角度值’並根據基準角度值及字元在其產生 的電路板圖中顯示具有一致方向的字元。 【圖式簡單說明】 圖1為現有技術中的印刷電路板佈線系統產生的電路板示 意圖。 圖2為-較佳實施方式的印刷電路板佈線系:統的模組圖。 圖3為圖2中印刷電路板佈線系、统中的電路板佈線模組的 工作視窗示意圖。 圖4為調整字元方向後的電路板佈線模組的工作視窗示意 圖。 圖5為另一較佳實施方式的印刷電路板佈線系統的模組圖 〇 圖6為字元方向調整方法流程圖。 【主要元件符號說明】 098125763 表單編號A0101 第9頁/共19頁 0982044137-0 201104475 印刷電路板佈 100 電路板佈線模 10 線糸統 組 檢測模組 20 獲取模組 30 替換模組 40 輸入模組 50 字元方向調整 S11-S17 方法步驟 098125763 表單編號A0101 第10頁/共19頁I 0982044137-0 201104475 The rounding operation of the household, the supply of the replacement pole / reference angle value, and the reference angle value [0019] [0020] [0021] Storage using the keyboard #4G. For example, the reference angle value may be the user or the angle value of the person directly using the terminal. The reference angle value (4) is used to select the angle value corresponding to the character when the circuit board in the satellite area 11 is displayed by the mouse. See Fig. 6, which is the remainder of the figure used to print the electric light (four). The method should be able to save the error in the computer as the character direction adjustment method program mother as the plug-in two w-group code to table *, the set of circuit board wiring system can be from the board wiring system, - the character „ The circuit board diagram shows that the 7° direction adjustment method includes the following steps: Among them, whether the brush circuit (4) wire line generates execution information, and the operation is performed * ΓBai News is printed by the printed circuit board wiring secret user The generation of the board diagram broadcasts the :::::Wei line_ according to the circuit principle diagram, the angle value of the sub-extraction. These characters are distributed on the text side of the electrogram, and the characters belong to the texts type. _ 'When the execution information is detected, obtain the Μ value of all the parts in the board diagram and the value of the word. For example, by searching the texts surface in the text plane of the board diagram, the characters are obtained. Then, according to the obtained character, the angle value of (4) is obtained from the f road board. Step S15, the angle value is adjusted to the pre-stored reference angle value, wherein the adjustment operation can be performed by comparing the (four) angle value with the reference value. Values are equal' and are compared in comparison (4) Shore value and reference angle 098125763 Form number A0101 Page 8 / Total 19 pages 0992044137-0 [0022] 201104475 [0023] [0024] [0025] [0026] [0027] [0030] [0030] When the degree values are not equal, the received angle value is replaced with a reference angle value. The reference angle value is an angle value directly input by the user using an input terminal such as a disk; the reference angle value Alternatively, the user can use the mouse to select an angle value corresponding to the character when any character is displayed in the board diagram in the work area. Step S17, displaying the character and the reference angle value in the board diagram according to the obtained character and the reference angle value. With the above-mentioned printed circuit board wiring system and character direction adjustment method, the printed circuit board wiring system automatically adjusts the angle value to the reference angle value 'after the detection of the execution information' and according to the reference angle value and word The element displays the characters with the same direction in the generated circuit board diagram. [Simplified Schematic] FIG. 1 is a schematic diagram of a circuit board generated by the prior art printed circuit board wiring system. The printed circuit board wiring system of the embodiment is a module diagram of the system. Fig. 3 is a schematic view of the working window of the circuit board wiring module in the printed circuit board wiring system of Fig. 2. Fig. 4 is a circuit after adjusting the direction of the character element FIG. 5 is a block diagram of a printed circuit board wiring system according to another preferred embodiment. FIG. 6 is a flow chart of a character direction adjustment method. [Main component symbol description] 098125763 Form number A0101 Page 9/19 pages 0992044137-0 201104475 Printed circuit board cloth 100 Circuit board wiring module 10 Line system detection module 20 Acquisition module 30 Replacement module 40 Input module 50 Character direction adjustment S11-S17 Method steps 098125763 Form No. A0101 Page 10 of 19
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