^273460 九、發明說明： •，【發明所屬之技術領域】 本發明係有關於一種元件編號 而言之，係古„ μ j正乐、、死及方法，更詳 件進r-Π 應用於佈線系統以對電路板上之元 件進仃7L件編號調整的系統及方法。 π 【先前技術】 =積體電路高密度化的發展，提升以電子設計 ，嶋tiGn;歸）佈線軟體進行 手1丄二前較爲普遍的佈線方法係採用自動佈線鱼 佈、、泉相結合的方法。因爲相較手工佈線，自動佈線且 有完成速度快、準確性gt ' 隹生同寺特點，更此夠快速應付市場對 產品設計提出的要求，而手工佈線則可對局部不符合 的走線方式作出調整，以達成最佳化佈線之目的。 、,習知佈線軟體（例如Memor軟體）均自帶有c〇mp〇net 檔案，該槽案儲存了佈設於PCB(PrintedCircuitB〇ard) (匕括PCB之正面及背面）之元件（c〇即⑽μ )訊息， 例如兀件編號（reference)以及元件訊息，而該元件訊息 =包括元件位置訊息（亦即元件位於pcB正面或背面）。 备PCB設計工程師利用佈線軟體於pCB上佈設元件時，係 依據c〇mponet檔案中的元件訊息將元件擺放於該pcB的正 面或方面。，然，為於PCB製造過程中方便查找PCB上的元 件，PCB設計工程師於進行pcB設計時一般係將編號小於 某預6又值之元件擺放於PCB正面（或背面），而將編號 大於該預設值之元件擺放於PCB板背面（或正面），且元 5 19101 1273460 .件係以-定的排列方式，例如於該pcB上自左向右擺放或 .於該P C B上按順時針或逆時針擺放。如此設計，即可於⑽ 製程中方便生產線工作人員對元件進行查找。 隨著電子產業的蓬勃發展，電子產品亦趨向多功能、 尚性能方向發展以滿足消費者之需求。然，為迎合這一發 展趨势，電子產品製造廠商對產品之pcB亦提出相當高之 要求’PCB板層數增加、佈線越來越密集、聊表面接置的 φ元件數量逐漸增多。又，對於某一款電子產品，其⑽設 計的版本亦有多數版本，例如第一版本，以及後續依據客 戶需求或為通過各種電性能測試而改進的後續版本。而在 後'、、貝版^中，PCB設計工程師往往需要對先前擺放於該pcB 面及月面之元件進行刪除、添加、將原先擺放於該Μ 正面（或背面）之元件移動至該pCB之背面（或正面）， 然由於上述元件之刪除、添加、位置改變往往導致電路板 正面及背面之元件的編號變得雜亂無序，而不方便設計工 ❿私師或PCB生產線操作人員於pcB上進行元件的查找。 為克服上述PCB後續版本中編號雜亂無序之問題，業 界遂採=人工方式對PCB上之元件編號進行調整以使pcB 正面及背面之元件編號符合一定的排序規則，例如pcB正 面之兀件編號小於其背面之元件編號。而習知之元件編號 周正方去係為5又计工程師於上述⑶即⑽以檔案中查找並 記錄下需要調整的元件之訊息，然後依據記錄下的元件訊 心對而要㉟整的元件編號進行--調整。然，如上所述， 為滿足电子產品功能不斷提升之需求，其PCB上的元件數 19101 6 1273460 甚至達到數千個元件，因此，上述__ =亦應，存有數千行的元件訊息，若僅以人工方式： 時 -找而要调-的兀件則是一項相當費 4 一从程，一般需花費數小時方可完成。因此，習 α兀牛編戒調整方法不僅花費時間、花費大量人力 作繁瑣、效率低，又以人工；^&彳0^ I^ 轳嘴敫Φ相Μ 万式進仃凋整而易導致元件編 :出現錯誤，故影響整個PCB設計之品質。 士何提出一種元件編號調整技， 之元件編號調整時問具从敏* t尤白知 寸間長、刼作繁瑣、效率低、容易導致元 件編號調整錯誤而影塑P < 口所# ’、曰PCB e又计之口口夤寻缺失，實已成爲 目前業界μ克服之難題。 己“ 【發明内容】 :於上述習知技術之種種缺失，本發明之主要目的在 =-種元件編號調整系統及方法，其係應用於一佈線 ^ 用以對佈设於電路板表面之元件排序進行調整， •以縮短元件編號調整之時間。 本i月之又一目的在於提供一種元件編號調整系統 及方法，其係應用於—佈線軟體中，以提升元件編號調整 之效率，避免繁瑣操作。 本發明之再一目的在於提供一種元件編號調整系統 及方法/，其係應用於—佈線軟體中，以避免習知採用人工 方式進饤兀件編號調整所引起的元件編號調整錯誤，而 響整個PCB設計之品質之缺失。 〜 為達上述及其他目白勺，本發明提供一種元件編號調整 19101 7 1273460 系統及方法。該元件編號調整系統係應用於佈線系統中， 透過該佈線系統進行線路圖設計，以依據所設計出的線路 圖進行電路板的製作，其中該佈線系統所設計出的線路圖 係配置有元件（componet)檔案，該元件檔案具有佈設於 该電路板正面及背面之各類型元件之編號及位置，該元件 編號調整系統係包括：設定模組，係用以設定待調整之元 件類型及於該電路板上的位置；擷取模組，係用以依據該 •設定模組所設定的類型及位置自該元件檔案擷取與該類型 及位置對應之各元件之編號；處理模組，係用以將該擷取 杈組所擷取的各元件之編號與一預設值進行比對，且記錄 與該預設值不匹配之元件之編號；以及編號調整模組，係 用以依據該預設值調整與該處理模組記錄的預設值不匹配 之元件之編號。 本發明之元件編號調整系統中，該元件之位置係指該 元件位於該電路板之正面及背面的其中之一面。若待調曰； 之兀件位於該電路板之正面’該處理模組係記錄大於該預 設值的元件之編號，且該處理模組復記錄該電路板正面之 兀件之編號最小值與該預設值間之間斷編號值，以供該編 號調整模組將大於該預設值的元件之編號調整為該處=模 組所記錄的間斷編號值。若待調整之元件位於該 背面，該處理模組係記錄小 』趴β預认值的兀件之編號，且 該處理模組復記錄該電路板背面之元件之編號最大值與該 預设值間之間斷編號值’以供該編號調整模組將小於 設值的元件之編號調整為該處理模組所記錄的間斷編;虎、 19101 8 1273460 值。 理模Γ所本發明中’若需調整的^件之編號數量大於該處 f己錄的間斷編號值數量，則由該編號調整模組於 設佶、隹一 4 ^ 八 面加入新的編號，而該預 σ 進仃相應的調整，而使該電路板j£而·^北^ 號與該預設值匹配。 則反正面或—件編 、、本發明之元件編號調整方法，係應用於佈線系統中， φ透過該佈線系統進行線路圖設計，以依據所設計出的線路 圖進行電路板的製作，其中該佈線系統所設計出的線路圖 係=置有元件（componet)播案，該元件播案具有佈設於 該電路板正面及背面之各類型元件之編號及位置，該元件 編號調整方法係包括以下步驟：設定待調整之元件類型及 於<*玄电路板上的位置；依據所設定的類型及位置自該元件 檔案中擷取與該類型及位置對應之各元件之編$;將所操 取的各元件之編號與一預設值進行比對，且記錄與該預設 鲁值不匹配之元件編號；以及依據該預設值調整與該預設值 不匹配之元件之編號。 相較於習知技術，本發明之元件編號調整系統及方 法’主要係由擷取模組依據設定模組所設定的元件類型及 位置訊息擷取電路板正面或背面之元件編號，以供處理模 組比對該電路板正面或背面之元件編號是否大於或小於一 預設值’俾供編號調整模組調整該電路板正面或背面之元 件編號’以使該電路板正面或背面之元件編號與該預設值 匹配而使ϋ亥路板正面或背面之元件編號符合一定的排 9 19101 1273460 序規則’進而益兩 號快速調整之目:費大量的人力、時間即可達到元件編 勺’提升元件編號調整之效率，且避免透 過人工方式淮 ^ ^ 兀件編號調整之繁瑣操作。此外，本發明 概耑透過人工方々 准—^ 式進仃調整，因而可確保元件編號調整之 準確性，俾可 I免自知採用人工方式進行元件編號調整所 的兀件編號調整錯誤，而影響整個PCB設計之品質之 缺失。 【實施方式】 、=下係藉由特定的具體實施例說明本發明之實施方 ^力热悉此技蟄之人士可由本說明書所揭示之内容輕易地 、、解明之其他優點與功效。本發明亦可藉由其他不同 ，/、月且貝苑例加以施行或應用，本說明書中的各項細節亦 可基於不同觀點與應用，在不悖離本發明之精神下進行各 種修飾與變更。 ^弟1圖所示，係顯示本發明之元件編號調整系統之 基本架構方塊示意圖。如圖所示，該元件編號調整系統係 應用於電路板之佈線系統中，該佈線系統係例如為 mentor 佈、、泉权體，透過該佈線系統進行線路圖設計，以依據所設 計出的線路圖進行電路板的製作，而該佈線系統所設計出 的線路圖亦配置有元件（c〇mp〇net)檔案，該元件檔案具 有佈设於該電路板上各類型元件之編號及位置等訊息。透 過该元件編號調整系統1預先對電路板上的元件排序進行 調整，以縮短元件編號調整之時間。該元件編號調整系統 1係包括設定模組11、擷取模組12、處理模組13及編號 19101 10 1273460 =模組14。以下即對Μ模組u、操取模组i2、處理 果、、且13及編號調整模組14進行詳細説明。 該^模組Η係用以設㈣調整的元件之類型及該 =凡件於該電路板上的位置。於本發明中，設定模組n =為:使用者操作介面，用以供❹者輸人或選擇待調整 之=件之類型及位置。該元件之類型係為電容、電阻、㈣^273460 IX, invention description: •, [Technical field to which the invention belongs] The present invention relates to a component number, which is the ancient „μ j 正乐, death and method, and more detailed into r-Π application The wiring system is a system and method for adjusting the number of components on the circuit board. π [Prior Art] = Development of high-density integrated circuit, upgrade to electronic design, 嶋tiGn; return) wiring software for hand 1 The more common wiring method before the second is to use the method of automatic wiring of fish cloth and spring. Because it is faster than manual wiring, it has the speed of completion and the accuracy of gt '隹同同寺, even more Quickly cope with the market requirements for product design, while manual routing can adjust the local non-conformity of the routing to achieve the purpose of optimizing wiring.,, the traditional wiring software (such as Memor software) comes with C〇mp〇net file, which stores the components (c (ie) (10) μ) that are placed on the PCB (PrintedCircuitB〇ard) (including the front and back of the PCB), such as the component number and reference Message, and the component message = including component location information (that is, the component is located on the front or back of the pcB). When the PCB design engineer uses the routing software to deploy components on the pCB, the component is placed according to the component information in the c〇mponet file. On the front or side of the pcB. However, in order to facilitate the search for components on the PCB during the PCB manufacturing process, the PCB design engineer generally places the components with a number less than a certain value of 6 on the front of the PCB when designing the pcB ( Or the back side, and the component with the number greater than the preset value is placed on the back (or front) of the PCB board, and the element 5 19101 1273460. The pieces are arranged in a fixed manner, for example, from left to right on the pcB Place the clockwise or counterclockwise on the PCB. This design makes it easy for the production line staff to find the components in the (10) process. With the booming electronics industry, electronic products are also becoming more versatile. The performance direction is developed to meet the needs of consumers. However, in order to cater to this trend, electronic product manufacturers have put forward quite high requirements for the pcB of the product. The number of φ components that are increasingly densely wired and connected to the surface is gradually increasing. Moreover, for a certain electronic product, the version of the (10) design has a majority version, such as the first version, and subsequent follow-up according to customer needs or through various The subsequent version of the electrical performance test is improved. In the post, the PCB design engineer often needs to delete, add, and place the components previously placed on the pcB surface and the moon surface. The front (or back) component moves to the back (or front) of the pCB. However, due to the deletion, addition, and positional changes of the above components, the number of components on the front and back of the board becomes disordered and unsuitable. Workers or PCB production line operators perform component search on pcB. In order to overcome the problem of disordered numbers in the subsequent versions of the above-mentioned PCBs, the industry has adopted the manual method to adjust the component numbers on the PCB so that the component numbers on the front and back sides of the pcB conform to certain sorting rules, such as the number of the front part of the pcB. Less than the component number on the back. The familiar component number Zhou Zhengfang is the 5th engineer to find and record the information of the component to be adjusted in the above file (3) or (10), and then to carry out the component number of 35 elements according to the recorded component message center. --Adjustment. However, as mentioned above, in order to meet the ever-increasing demand for electronic products, the number of components on the PCB is 19101 6 1273460 and even thousands of components. Therefore, the above __ = should also contain thousands of rows of component information. If you only use the manual method: the time-to-find item is a considerable fee of 4, which usually takes several hours to complete. Therefore, the method of adjusting the yak yak is not only time-consuming, but also labor-intensive, cumbersome, and inefficient, and artificial; ^&彳0^ I^ 轳嘴敫Φ相Μ 式式进仃Component editing: An error has occurred, which affects the quality of the entire PCB design. Shi He proposed a component number adjustment technique. When the component number is adjusted, it is easy to make the component number adjustment error, and the P-lt;曰 e PCB e counts the lack of mouth, which has become a problem that the industry has overcome. [Invention]: In the above-mentioned various drawbacks of the prior art, the main object of the present invention is a system and method for adjusting the number of components, which is applied to a wiring for components disposed on the surface of a circuit board. Sorting and adjusting, • Shortening the time of component number adjustment. Another purpose of this month is to provide a component number adjustment system and method, which is applied to the wiring software to improve the efficiency of component number adjustment and avoid cumbersome operations. A further object of the present invention is to provide a component number adjustment system and method/which is applied to a wiring software to avoid the component number adjustment error caused by the manual adjustment of the manual component number. The lack of quality of the entire PCB design. ~ To achieve the above and other objectives, the present invention provides a component number adjustment 19101 7 1273460 system and method. The component number adjustment system is applied to a wiring system through which a wiring diagram is performed. Designed to make a circuit board based on the designed circuit diagram, wherein the wiring system The designed circuit diagram is provided with a component (componet) file having the number and position of various types of components disposed on the front and back sides of the circuit board. The component number adjustment system includes: a setting module, which is used for Setting a component type to be adjusted and a position on the circuit board; the capture module is configured to retrieve each component corresponding to the type and location from the component file according to the type and position set by the setting module The processing module is configured to compare the number of each component captured by the capture group with a preset value, and record the number of the component that does not match the preset value; and number adjustment The module is configured to adjust the number of the component that does not match the preset value recorded by the processing module according to the preset value. In the component number adjustment system of the present invention, the location of the component means that the component is located on the circuit board. One of the front side and the back side. If the item is to be tuned; the piece is located on the front side of the circuit board. The processing module records the number of the component larger than the preset value, and the processing module is Recording the number between the minimum value of the component on the front side of the circuit board and the preset value, so that the number adjustment module adjusts the number of the component larger than the preset value to the location=the module records Intermittent number value. If the component to be adjusted is located on the back side, the processing module records the number of the component of the small 趴β pre-value, and the processing module records the maximum number of the component on the back of the circuit board. The number between the preset values is 'for the number adjustment module to adjust the number of the component smaller than the set value to the intermittent code recorded by the processing module; Tiger, 19101 8 1273460 value. If the number of the number of the parts to be adjusted is greater than the number of the number of the discontinued numbers recorded in the place, the number adjustment module adds a new number to the setting, and the pre-σ仃 Corresponding adjustments, so that the board j£··North ^ is matched with the preset value. The method of adjusting the component number of the present invention is applied to a wiring system, and φ is designed through the wiring system to perform circuit board design according to the designed circuit diagram, wherein The wiring diagram of the wiring system is designed to be a componet broadcast. The component broadcast has the number and position of each type of component disposed on the front and back of the circuit board. The component number adjustment method includes the following steps. : setting the component type to be adjusted and the position on the <* 玄板板; according to the set type and position, extracting the components corresponding to the type and position from the component file; The number of each component is compared with a preset value, and the component number that does not match the preset lu value is recorded; and the number of the component that does not match the preset value is adjusted according to the preset value. Compared with the prior art, the component number adjustment system and method of the present invention mainly uses the component number and position information set by the capture module according to the component type and position information set by the setting module to obtain the component number on the front or the back of the circuit board for processing. Whether the component number of the front or back of the circuit board is greater than or less than a preset value '俾 the number adjustment module adjusts the component number on the front or back of the circuit board to make the component number on the front or back side of the circuit board Matching with the preset value, the component number on the front or the back of the board is in accordance with a certain order. 9 19101 1273460 The rule of the rule is further improved by the purpose of two: a large amount of manpower and time can reach the component scoop' Improve the efficiency of component number adjustment, and avoid the cumbersome operation of manual number adjustment. In addition, the present invention is generally adjusted by the manual method, so that the accuracy of the component number adjustment can be ensured, and the component number adjustment error of the component number adjustment by manual means can be avoided. The lack of quality in the entire PCB design. [Embodiment] The following is a description of the embodiments of the present invention by way of specific embodiments. Those skilled in the art can readily clarify other advantages and advantages as disclosed in the present disclosure. The present invention can also be implemented or applied by other different methods, and the details of the present specification can also be modified and changed without departing from the spirit and scope of the present invention. . As shown in the figure of Figure 1, the basic architecture block diagram of the component number adjustment system of the present invention is shown. As shown in the figure, the component number adjustment system is applied to a wiring system of a circuit board, such as a mentor cloth, a spring weight body, and a circuit diagram design is performed through the wiring system, according to the designed circuit. The circuit board is fabricated, and the circuit diagram designed by the wiring system is also provided with a component (c〇mp〇net) file having information such as the number and position of each type of component disposed on the circuit board. . The component number adjustment system 1 adjusts the order of components on the board in advance to shorten the time of component number adjustment. The component number adjustment system 1 includes a setting module 11, a capture module 12, a processing module 13, and a number 19101 10 1273460 = module 14. The following describes the module u, the operation module i2, the processing result, and the numbering adjustment module 14 in detail. The module is used to set (4) the type of component to be adjusted and the position of the component on the board. In the present invention, the setting module n = is: a user operation interface for the latter to input or select the type and position of the component to be adjusted. The type of the component is capacitance, resistance, (4)
=等類型’而該元件之位置係為該元件位於該線路圖製 之正面或背面。為簡化説明，本實施例即以該設 板、‘且11所設定的元件類型為電阻，且以該電阻位於電路 板正面為例進行説明，但並非以此為限。 該擷取模組12剌以依據設定模組u所設定的元件 ㈣及元件位置自該佈⑽統中擷取與該設定内容對岸之 =更，之’擷取模組12係自預先設計之線路圖所 配置的兀件檑案中擷取依該線路圖所製成之電路板正 各電阻之編號。 處理板組13係用以將擷取模組12所擷取電路板正面 之各電阻的編號與一預設值進行比對，若該電阻之編號大 於该預設值則記錄該電阻之編號以供編號調整模組14對 "亥电阻之編號進行對應之調整處理。該預設值係為使用者 預先設^，且該職值係依據先前版本之電路板正面之電 =兀件數量進行設定，例如若該電路板正面之電阻元件數 里為500個’則使用者可將該預設值設定為R5〇〇，其中該 預設值的第-個英文字母R表示電阻。 於本發明中，該處理模組13係包括比對單元13〇及 19101 11 1273460 ’記錄單元131。該比對單元i3〇係用以比對擷取模組12所 -擷取的該電路板正面之各電阻之編號與該預設值之大小， 並將大於該預設值之電阻編號輸出至記錄單元131，以供 €錄單元131記錄該大於該預設值之電阻編號。 ^此外，處理模組13復可記錄電路板正面之電阻編號 最小值與該預設值之間之間斷編號值。 该編唬調整模組14係用以依據該預設值調整記錄單 φ凡1 31所圮錄的電阻編號而使其小於該預設值，進而使該 電路板正面之電阻編號符合一定之排序規則，即電路板正 面之電阻編號小於該預設值，以便設計工程師或電路板生 產線操作人員於该電路板上查找電阻元件。 為進一步突顯本發明之功效及原理，現以先前版本之 電路板正面佈設有_個電阻為例進行説明。且透過本發 明之元件編號調整系統丨之擷取模組12、處理模組^之 相互運作後取付該電路板正面之電阻之編號⑽Η、 _ R1253、R1465，其編號值大於上述預設值R5⑽，且該電路 板正面之電阻編號與該預設值R5〇〇間之間斷編號值為 R5 R56 R259 ’則編號調整模組14係將上述電阻編號 R78卜R85卜R1253、R1465之其中三者，例如R78卜咖卜 R1253分別調整為上述間斷編號值R5、R56、R259，而為帝 阻編號R1465重新分配一編號R5〇1，而使該電路板正面^ :阻、為號付合-疋的排序規則。於本實施例中，編號調整 模、、且14係依據待调整之電阻編號由小到大之順序進行編 號週整’以將上述電阻編號謂卜R85卜Ri253分別調整 19101 1273460 為上述間斷編號值R5、R56、R259。於本發明之其他實施 例中，若該電路板正面之電阻編號不存在間斷編號值，則 編號調整模組14係依據待調整之電阻編號由小到大之順 序，新分配新的電阻編號而使該電路板正面之電阻編號之 二曰力相對的，上述預設值亦進行相應的調整，而使 該電路板正面之電阻編號與該預設值匹配，即該電路板正 面之電阻編號不大於該預設值。= is of type ' and the location of the component is that the component is on the front or back of the line drawing. In order to simplify the description, the present embodiment is described by taking the device type and the component type set by the 11th as a resistor, and the resistor is located on the front side of the circuit board as an example, but is not limited thereto. The capturing module 12 is configured to select the component (4) and the component position according to the setting module u from the cloth (10) to the other side of the setting content. The capturing module 12 is pre-designed. In the component file configured in the circuit diagram, the numbers of the positive resistors of the circuit board made according to the circuit diagram are taken. The processing board group 13 is configured to compare the numbers of the resistors on the front side of the circuit board captured by the capture module 12 with a preset value. If the number of the resistor is greater than the preset value, the number of the resistor is recorded. The number adjustment module 14 performs adjustment processing corresponding to the number of the "hai resistance. The preset value is set by the user in advance, and the value is set according to the electric quantity of the front side of the circuit board of the previous version, for example, if the number of resistance elements on the front side of the circuit board is 500 ' The preset value can be set to R5〇〇, wherein the first English letter R of the preset value represents a resistance. In the present invention, the processing module 13 includes a matching unit 13A and 19101 11 1273460' recording unit 131. The comparison unit i3 is configured to compare the number of each resistance of the front surface of the circuit board captured by the capture module 12 with the preset value, and output the resistance number greater than the preset value to The recording unit 131 is configured to record the resistance number greater than the preset value by the recording unit 131. In addition, the processing module 13 can record the number of the disconnection between the minimum value of the resistance number on the front side of the circuit board and the preset value. The editing adjustment module 14 is configured to adjust the resistance number recorded by the recording sheet φ according to the preset value to be smaller than the preset value, so that the resistance numbers of the front surface of the circuit board are matched according to a certain order. The rule is that the resistance number on the front side of the board is less than the preset value so that the design engineer or the board production line operator can find the resistance element on the board. In order to further highlight the effects and principles of the present invention, a prior art version of the circuit board is provided with a _ resistor as an example for illustration. And after the mutual operation of the capture module 12 and the processing module of the component number adjustment system of the present invention, the numbers (10) Η, _ R1253, and R1465 of the front surface of the circuit board are taken, and the number value is greater than the preset value R5 (10). And the number of the resistance between the front surface of the circuit board and the preset value R5 is R5 R56 R259 'the number adjustment module 14 is the three of the above resistance numbers R78, R85, R1253, and R1465. For example, R78 Bucha R1253 is adjusted to the above-mentioned discontinuous number values R5, R56, and R259, respectively, and a number R5〇1 is newly assigned to the emperor resistance number R1465, so that the front surface of the circuit board is blocked, and the number is 付-合Sorting rules. In this embodiment, the number adjustment mode, and 14 is numbered according to the resistance number to be adjusted from small to large, to adjust the resistance number R85 and Ri253 respectively to 19101 1273460 as the above-mentioned discontinuous number value. R5, R56, R259. In other embodiments of the present invention, if the resistance number of the front side of the circuit board does not have a discontinuous number value, the number adjustment module 14 newly assigns a new resistance number according to the order of the resistance numbers to be adjusted from small to large. If the resistance of the front surface of the circuit board is opposite, the preset value is also adjusted accordingly, so that the resistance number of the front surface of the circuit board matches the preset value, that is, the resistance number of the front surface of the circuit board is not Greater than the preset value.
14針在：提出說明的是，於本實施例中，編號調整模組 14對待调整的電阻編號之調整方式係有多種 調整方式為限。 P I ^ 透過本發明之元件編號調整系統執行本發明之元 編號調整方法係如第2圖所示，該方法係包括以下實施步 驟来百先，於步驟S2G中，令設定模組u設定待調整元件 犬員里及其於上述電路板上的位置，於本實施例中，設定 模,η係為使用者操作介面，其可供使用者輸入或選擇待 周正70件之類型及位置等訊息，如上所述，該元件類型係 ❹為電阻、電容、撕元件等，㈣位置訊息係指電路 板之正面或背面。接著進至步驟s2i。 於乂知S21中，令擷取模組12自該佈線系統設計線 路圖而配置的凡件檔案擷取與設定模組11所設定的元件 为員型及位置對應之元件之編號。接著進至步驟奶。 於步驟S22巾，令比對單元13〇將擷取模組12所摘 ==編號與—預設值進行比對，若所擷取的元件、« 值不匹配則進至步驟奶，否則結束本發明之元 19101 13 1273460 件編號調整方法的步驟流程。 於步驟S23中’令記錄單元131記錄與該預設值不匹 配之元件編號。例如，若待婦之元狀編⑽位於依該 線路圖所製成之電路板之正面’狀該步财，記錄單元 1 一31係記錄大於該預設值之元件編號。反之，若待調整之 ，件之編號係位於該電路板之背面，則於該步驟中，記錄 早兀131係記錄小於該預設值之元件編號。接著進至 S24 〇 於v ‘ S24中，令編號調整模組丨4依據該預設值對 處理模、、且13所圯錄的元件編號進行編號調整，而使電路板 正面及背面之元件編號符合一定的排序規則。 此外，於本實施例中，上述步驟S22中，若待調整之 元^之編號係位於該電路板之正面（或背面），處理模組 7復記錄該電路板正面（或背面）之元件編號之最小值（或 最大值）與該預設值間之間斷編號值，以供後續步驟s23 中、，編號調整模組14將處理模組13所記錄的元件編號調 正為間k/f編唬值。且若待調整之元件編號之數量大於該間 断編唬值數置時，該編號調整模組丨4亦需要為待調整之元 件編號其中至少一者分配新的元件編號。 相較於習知技術，本發明之元件編號調整系統及方 法，主要係由擷取模組12依據設定模組u所設定的元件 類型及位置訊息擷取電路板正面或背面之元件之編號，以 供處理杈組13比對該電路板正面或背面之元件編號是否 大於或小於一預設值，俾供編號調整模組14調整該電路板 14 19101 1273460 :面或背面之元件編號，以使該電路板正面或背面之元件 =虎與該預設值匹配，而使該電路板正面或背面之元件編 就付合—定的排序規則，進而無需花費大㈣人力、時間 即可達到元件編號快速調整之目@，提升元件編號調整之 效率’且避免透過人工方式淮^ 飞進订7L件編號調整之繁瑣操 作。此外，本發明無需透過人工方式進行調整，因而可確 保元件編號調整之準確性，俾可避免f知㈣人工方式進14-pin: It is to be noted that, in this embodiment, the adjustment method of the resistance number to be adjusted by the number adjustment module 14 is limited to a plurality of adjustment methods. PI ^ The method for adjusting the meta number of the present invention by using the component number adjustment system of the present invention is as shown in FIG. 2, and the method includes the following implementation steps. In step S2G, the setting module u is set to be adjusted. In the component dog and its position on the circuit board, in this embodiment, the mode is set, and the η is a user operation interface, which can be used by the user to input or select the type and position of the 70 pieces to be squared. As mentioned above, the component type is a resistor, a capacitor, a tearing component, etc., and (4) a positional message refers to the front or back of the circuit board. Then proceed to step s2i. In the S21, the capture file 12 is configured to retrieve the number of the component corresponding to the member type and the position set by the setting module 11 from the layout file of the wiring system design line diagram. Then proceed to the step milk. In step S22, the comparison unit 13 比 compares the number==number of the capture module 12 with the preset value, and if the selected component and the value do not match, the process proceeds to the step milk, otherwise the process ends. The flow chart of the steps of the numbering adjustment method of the element 19101 13 1273460 of the present invention. In step S23, the recording unit 131 is caused to record the component number that does not match the preset value. For example, if the symbol (10) of the woman is located on the front side of the circuit board made in the circuit diagram, the recording unit 1 - 31 records the component number greater than the preset value. On the other hand, if the number of the component to be adjusted is located on the back of the circuit board, in this step, the component number recorded earlier than the preset value is recorded. Then, proceed to S24 v in v 'S24, and cause the number adjustment module 丨4 to adjust the number of the component number recorded by the processing module and 13 according to the preset value, so as to make the component numbers on the front and back sides of the circuit board. Meet certain sorting rules. In addition, in this embodiment, in the above step S22, if the number of the element to be adjusted is located on the front side (or the back side) of the circuit board, the processing module 7 repeatedly records the component number of the front side (or the back side) of the circuit board. The value of the minimum value (or the maximum value) and the preset value are used for subsequent step s23, and the number adjustment module 14 adjusts the component number recorded by the processing module 13 to inter-k/f. Depreciation. And if the number of the component numbers to be adjusted is greater than the number of the intermittent compilation values, the number adjustment module 丨4 also needs to assign a new component number to at least one of the component numbers to be adjusted. Compared with the prior art, the component number adjustment system and method of the present invention mainly uses the capture module 12 to capture the component numbers of the front or back of the circuit board according to the component type and position information set by the setting module u. Whether the component number of the processing group 13 is greater than or less than a preset value on the front or back side of the circuit board, and the number adjustment module 14 adjusts the component number of the circuit board 14 19101 1273460: face or back, so that The component on the front or back of the board = the tiger matches the preset value, and the components on the front or the back of the board are matched to a predetermined sorting rule, so that the component number can be achieved without spending a large (four) manpower or time. Quickly adjust the @, improve the efficiency of component number adjustment 'and avoid the cumbersome operation of manual 7L part number adjustment through manual mode. In addition, the present invention does not need to be manually adjusted, thereby ensuring the accuracy of component number adjustment, and avoiding the knowledge of (4) manual mode.
仃兀件編號調整所引起的元件編號調整錯誤，The component number adjustment caused by the adjustment of the component number is incorrect.
PCB設計品質之缺失。 ’、曰正1U 上述實施例僅為例示性說明本發明之原理及豆功 ，，而非用於限制本發明。任何熟習此項技蓺之又士 明之精神及範脅下，對上述實；例進行修飾 專利範圍所列。利保禮耗圍’應如後述之申請 【圖式簡單說明】 系統之基本架構 方法之流程圖。 第1圖係顯示本發明之元件編號調整 方塊示意圖；以及 第2圖係顯示本發明之元件編號調整 【主要元件符號說明】 I 元件編號調整系統 II 設定模組 12 13 操取模組 處理模組 14 編號調整模組 130 比對單元 131 記錄單元 S20〜S24步驟 19101 15The lack of PCB design quality. The above embodiments are merely illustrative of the principles of the invention and the invention, and are not intended to limit the invention. Anyone who is familiar with the skill of the technology and the spirit of the syllabus, modify the above-mentioned examples; Li Baoli's consumption should be as described below. [Simplified illustration] The basic structure of the system. 1 is a block diagram showing the component number adjustment block of the present invention; and FIG. 2 is a block diagram showing the component number adjustment of the present invention. [Main component symbol description] I component number adjustment system II setting module 12 13 operation module processing module 14 number adjustment module 130 comparison unit 131 recording unit S20 to S24 step 19101 15