TW201729130A - Method for planning cable arrangement - Google Patents
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本發明係關於一種電纜配置規劃方法，特別是關於一種可應用於輸配電系統及控制系統的電纜配置規劃方法。 The present invention relates to a cable configuration planning method, and more particularly to a cable configuration planning method applicable to a power transmission and distribution system and a control system.
已知傳統輸配電系統及控制系統包括了各種不同電壓等級的電力線路，其涉及到使用不同規格的電力電纜與控制電纜。電力電纜是電力系統中用來傳輸和分配大功率電能的電纜；控制電纜則用來傳輸控制信號，芯數相對較多。也因此，供電相關業者除了必須設計出一套可行的輸配電系統之外，也必須採用合適規格的電纜應用於該系統，使整體系統安全可靠。 Conventional power transmission and distribution systems and control systems are known to include power lines of various voltage levels, which involve the use of different sizes of power cables and control cables. Power cables are cables used in power systems to transmit and distribute high-power electrical energy; control cables are used to transmit control signals with a relatively large number of cores. Therefore, in addition to designing a feasible transmission and distribution system, power supply related operators must also apply cables of appropriate specifications to the system to make the overall system safe and reliable.
以往業者在進行電纜配置規畫時，其處理方式是以人工方式根據需求依照電纜規格表的欄位及分類整理而製作成電纜清單、電力電纜清單、端子接線表、設備關聯圖及端子接線圖等，處理過程中可能因為人為疏失而產生錯誤，例如在電纜清單、端子接線表中同一電纜編號的電纜種類卻不相同。 In the past, when the cable configuration was carried out, the processing method was manually made according to the requirements of the cable specification table according to the field and classification, and the cable list, power cable list, terminal wiring table, equipment connection diagram and terminal wiring diagram were prepared. Etc., errors may occur due to human error during processing. For example, the cable types of the same cable number in the cable list and terminal wiring table are different.
又上述的電力電纜清單中的電纜壓降，須根據電纜種類、電纜尺寸、電纜長度及電纜蕊數進行查表，以得到電纜單位長度阻抗。隨後再配合電流、工作電壓及配電形式代入公式計算得到電纜壓降。故人工查表的繁瑣過程更容易發生錯誤。 In addition, the cable pressure drop in the above power cable list shall be checked according to the type of cable, the cable size, the cable length and the number of cable cores to obtain the impedance per unit length of the cable. The cable voltage drop is then calculated by substituting the current, operating voltage and power distribution form into the formula. Therefore, the cumbersome process of manually checking the table is more prone to errors.
現有設備關聯圖僅標示電力設備之間的電纜佈線的資料，只有端子接線表才有標示電力設備內的接線資料，因此當維護人員進行查線時，常需於設備關聯圖與端子接線表相互對照查詢。 The existing equipment association diagram only indicates the cable routing information between the power equipment. Only the terminal wiring diagram indicates the wiring information in the power equipment. Therefore, when the maintenance personnel check the line, it is often necessary to interact with the equipment connection diagram and the terminal wiring diagram. Compare the query.
故，有必要提供一種電纜配置規劃方法，以解決習用技術所存在的問題。 Therefore, it is necessary to provide a cable configuration planning method to solve the problems of the conventional technology.
本發明之主要目的在於提供一種電纜配置規劃方法，以幫助減少電纜配置規劃(例如製作電纜清單、電力電纜清單、端子接線表及設備關聯圖)的作業時間並降低人工處理錯誤發生的機率。 The main object of the present invention is to provide a cable configuration planning method to help reduce the working time of cable configuration planning (such as making cable lists, power cable lists, terminal wiring tables, and device association diagrams) and reducing the chance of manual processing errors.
為達上述之目的，本發明提供一種電纜配置規劃方法，係通過至少一終端裝置連結一電纜資料庫執行之，該電纜資料庫儲存有電纜資料，該電纜配置規劃方法包括下列步驟：提供一輸入介面，要求使用者循該輸入介面輸入至少一規格選用指令及至少一設備關聯指令；建立一電纜清單，係根據該規格選用指令與設備關聯指令產生對應的電纜清單；以及建立一設備關聯圖，係根據該電纜清單生成對應的設備關聯圖。 To achieve the above objective, the present invention provides a cable configuration planning method, which is performed by connecting at least one terminal device to a cable database, wherein the cable database stores cable data, and the cable configuration planning method includes the following steps: providing an input The interface is required to input at least one specification selection instruction and at least one device association instruction according to the input interface; establishing a cable list, selecting a command and device association instruction according to the specification to generate a corresponding cable list; and establishing a device association diagram, The corresponding device association diagram is generated according to the cable list.
在本發明之一實施例中，該輸入介面係提供關聯電纜編號、電纜種類、電纜尺寸或電纜蕊數之選單欄位，該選單欄位連結該電纜資料庫儲存的電纜編號、電纜種類、電纜尺寸或電纜蕊數資料；該規格選用指令係指從該輸入介面之選單欄位挑選電纜編號、電纜種類、電纜尺寸或電纜蕊數的選擇指令。 In an embodiment of the invention, the input interface provides a menu field associated with the cable number, cable type, cable size, or number of cable cores. The menu field links the cable number, cable type, and cable stored in the cable database. Size or cable number data; the specification selection command refers to the selection command for selecting the cable number, cable type, cable size or cable number from the menu field of the input interface.
在本發明之一實施例中，該輸入介面係提供電纜長度和兩端設備編號之設定欄位；該設備資料指令係指於該設定欄位中輸入電纜長度 和兩端設備編號之數值字元輸入指令。 In an embodiment of the invention, the input interface provides a cable length and a setting field of the device numbers at both ends; the device data command refers to the input cable length in the setting field. Enter the command with the numeric character of the device number at both ends.
在本發明之一實施例中，所述提供一輸入介面步驟中還進一步要求使用者輸入至少一電路資料指令；所述電纜配置規劃方法進一步包含：建立一電力電纜清單，係根據該電路資料指令與該電纜清單生成對應的電力電纜清單。 In an embodiment of the present invention, the step of providing an input interface further requires the user to input at least one circuit data instruction; the cable configuration planning method further includes: establishing a power cable list, according to the circuit data instruction A list of power cables corresponding to the cable list generation.
在本發明之一實施例中，該輸入介面還提供數個電力選單欄位，該電力選單欄位連結該電纜資料庫儲存的電流、工作電壓或配電形式資料；該電路資料指令係指從該輸入介面之電力選單欄位挑選電流、工作電壓或配電形式的選擇指令。 In an embodiment of the present invention, the input interface further provides a plurality of power menu fields, wherein the power menu field is linked to current, working voltage or power distribution form data stored in the cable database; the circuit data command refers to the The power menu field of the input interface selects the selection command for current, operating voltage or power distribution.
在本發明之一實施例中，該電纜資料庫的電纜資料分成電力電纜資料與控制電纜資料；該建立一電力電纜清單步驟係先從該電纜清單篩選出關聯該電力電纜資料之電纜編號、電纜種類、電纜尺寸或電纜蕊數資料，再配合該電路資料指令提供的電流、工作電壓或配電形式資料生成對應的電力電纜清單。 In an embodiment of the present invention, the cable data of the cable database is divided into power cable data and control cable data; the step of establishing a power cable list is to first filter the cable number and cable associated with the power cable data from the cable list. The type, cable size or cable number data, together with the current, operating voltage or power distribution form data provided by the circuit data command to generate a corresponding power cable list.
在本發明之一實施例中，該建立一電力電纜清單步驟還包含一壓降計算步驟，係先根據電纜種類與電纜尺寸計算出對應的單位長度阻抗，接著配合該電路資料指令提供的電流、工作電壓及配電形式資料，計算生成一對應的壓降數值百分比，並列於該電力電纜清單中。 In an embodiment of the present invention, the step of establishing a power cable list further includes a voltage drop calculation step of first calculating a corresponding unit length impedance according to the cable type and the cable size, and then matching the current provided by the circuit data instruction, The working voltage and power distribution form data are calculated to generate a corresponding percentage of the pressure drop value and listed in the power cable list.
在本發明之一實施例中，該電纜資料庫的電纜資料分成電力電纜資料與控制電纜資料；該建立一設備關聯圖的步驟係將該電纜清單中的電纜資料依照電力電纜資料與控制電纜資料進行區分，接著依照一預設排序定義將區分後的電纜資料進行排序，以生成該設備關聯圖。 In an embodiment of the present invention, the cable data of the cable database is divided into power cable data and control cable data; the step of establishing a device association map is to follow the power cable data and the control cable data in the cable list. The distinction is made, and then the differentiated cable data is sorted according to a preset sorting definition to generate the device association graph.
在本發明之一實施例中，所述電纜配置規劃方法進一步包含一生成一端子接線表之步驟，該步驟係根據該電纜清單配合電纜資料庫中的電纜蕊數資料生成對應的端子接線表；該生成之端子接線表提供端子排編號、端子編號和線號之端子資料輸入欄位。 In an embodiment of the present invention, the cable configuration planning method further includes a step of generating a terminal wiring table, wherein the step is to generate a corresponding terminal wiring table according to the cable number data in the cable list and the cable database; The generated terminal wiring table provides the terminal data input fields of the terminal block number, terminal number and line number.
在本發明之一實施例中，該電纜資料庫內建於一伺服器中，該終端裝置是藉由網路連接該伺服器；或者，所述電纜資料庫是儲存於該終端裝置中。 In an embodiment of the invention, the cable database is built in a server, and the terminal device is connected to the server through a network; or the cable database is stored in the terminal device.
由上述說明可知，本發明主要是通過提供使用者一終端裝置的輸入介面進行電纜配置規劃，直接根據輸入指令生成電纜清單，再依據電纜清單和其他相關指令生成對應的電力電纜清單、設備關聯圖及端子接線表，可大幅改善傳統藉由人工製作電纜清單、電力電纜清單、端子接線表及設備關聯圖的處理效率以及降低人為疏失的情形。 It can be seen from the above description that the present invention mainly provides a cable configuration plan by providing an input interface of a user terminal device, directly generates a cable list according to an input command, and generates a corresponding power cable list and device association map according to the cable list and other related commands. And the terminal wiring meter can greatly improve the processing efficiency of the traditional cable list, power cable list, terminal wiring table and equipment association diagram and reduce the human error.
100‧‧‧電纜資料庫 100‧‧‧ Cable database
200‧‧‧電纜清單 200‧‧‧ cable list
300‧‧‧設備關聯圖 300‧‧‧Device association diagram
400‧‧‧電力電纜清單 400‧‧‧Power cable list
500‧‧‧端子接線表 500‧‧‧Terminal Wiring Table
1‧‧‧第一輸入步驟 1‧‧‧ first input step
2‧‧‧第二輸入步驟 2‧‧‧Second input step
3‧‧‧第三輸入步驟 3‧‧‧ third input step
第1圖係本發明一較佳實施例之電纜配置規劃方法之方法流程圖。 1 is a flow chart of a method of a cable configuration planning method in accordance with a preferred embodiment of the present invention.
第2圖係示意實施本發明之電纜配置規劃方法時，根據電纜清單生成電力電纜清單、設備關聯圖和端子接線表的流程。 Fig. 2 is a flow chart showing the generation of a power cable list, a device association map, and a terminal wiring table based on a cable list when the cable configuration planning method of the present invention is implemented.
第3圖係本發明一較佳實施例之電纜清單和電力電纜清單的生成示意圖。 Figure 3 is a schematic diagram showing the generation of a cable list and a power cable list in accordance with a preferred embodiment of the present invention.
第4圖係本發明一較佳實施例之設備關聯圖的生成示意圖。 Figure 4 is a schematic diagram showing the generation of a device association diagram in accordance with a preferred embodiment of the present invention.
第5圖係本發明一較佳實施例之端子接線表的生成示意圖。 Figure 5 is a schematic diagram showing the generation of a terminal wiring meter in accordance with a preferred embodiment of the present invention.
為了讓本發明之上述及其他目的、特徵、優點能更 明顯易懂，下文將特舉本發明較佳實施例，並配合所附圖式，作詳細說明如下。 In order to achieve the above and other objects, features and advantages of the present invention. It will be apparent that the preferred embodiment of the invention will be described in detail below with reference to the accompanying drawings.
本發明的電纜配置規劃方法主要是用於規劃輸配電系統設備的電纜配置。執行該方法的規劃系統須提供至少一終端裝置與一伺服器。該伺服器與該終端裝置之間可藉由網際網路連接溝通。該伺服器內建有一電纜資料庫。該電纜資料庫儲存有電纜資料以及各種輸配電設備之相關資料，該電纜資料包含各式電纜的電纜編號、電纜種類、電纜尺寸、電纜蕊數等資訊。該電纜資料依照電纜種類、電纜尺寸還可分成電力電纜資料與控制電纜資料。 The cable configuration planning method of the present invention is mainly used to plan the cable configuration of the transmission and distribution system equipment. The planning system implementing the method shall provide at least one terminal device and a server. The server and the terminal device can communicate via an internet connection. The server has a built-in cable library. The cable database stores cable data and related information of various power transmission and distribution equipment. The cable data includes information such as cable number, cable type, cable size, and cable number of each cable. The cable data can be divided into power cable data and control cable data according to cable type and cable size.
請參考同時參考第1圖和第2圖所示，第1圖係本發明一較佳實施例之電纜配置規劃方法之方法流程圖；第2圖係示意實施本發明之電纜配置規劃方法時，根據電纜資料庫100與建立的電纜清單200生成設備關聯圖300、電力電纜清單400和端子接線表500的流程。該電纜配置規劃方法包括下列步驟： S01：提供一輸入介面：係由終端裝置提供一輸入介面以提供使用者透過鍵盤、滑鼠等輸入工具進行指令輸入的動作，其中該輸入介面要求使用者循該輸入介面進行第一輸入步驟1，並可進一步要求使用者進行第二輸入步驟2和第三輸入步驟3。請進一步參考第3圖所示，本實施例中，該第一輸入步驟1係包括輸入至少一規格選用指令及至少一設備資料指令。具體來說，該輸入介面較佳可提供關聯電纜編號、電纜種類、電纜尺寸或電纜 蕊數等電纜資料的選單欄位，該選單欄位可對應連結該電纜資料庫100儲存的電纜編號、電纜種類、電纜尺寸或電纜蕊數資料。該規格選用指令係指從前述輸入介面之選單欄位挑選電纜編號、電纜種類、電纜尺寸或電纜蕊數的選擇指令，例如電纜編號的選單欄位可通過顯示一下拉式選單，列出各式電纜編號，以提供使用者進行選擇。該輸入介面還提供電纜長度和兩端設備編號之設定欄位，該設定欄位可以是空白欄位；該設備資料指令係指於該設定欄位中輸入電纜長度和兩端設備編號之數值字元輸入指令，也就是在該設定欄位中依照實際需求，輸入欲規劃的電纜長度和兩端設備編號。 Please refer to FIG. 1 and FIG. 2 simultaneously. FIG. 1 is a flowchart of a method for planning a cable configuration according to a preferred embodiment of the present invention; and FIG. 2 is a schematic diagram showing a cable configuration planning method of the present invention. The flow of the device association diagram 300, the power cable list 400, and the terminal wiring table 500 is generated based on the cable database 100 and the established cable list 200. The cable configuration planning method includes the following steps: S01: providing an input interface: an input interface is provided by the terminal device to provide an input operation by the user through an input tool such as a keyboard or a mouse, wherein the input interface requires the user to perform the first input step 1 according to the input interface. And the user may be further required to perform the second input step 2 and the third input step 3. For further reference to FIG. 3, in the embodiment, the first input step 1 includes inputting at least one specification selection instruction and at least one device data instruction. Specifically, the input interface preferably provides an associated cable number, cable type, cable size, or cable. The menu field of the cable data such as the number of the core, the menu field can correspond to the cable number, cable type, cable size or cable number stored in the cable database 100. The specification selection instruction refers to the selection instruction for selecting the cable number, cable type, cable size or cable number from the menu field of the input interface. For example, the cable number menu field can be displayed by displaying the pull menu. Cable number to provide the user with a choice. The input interface also provides a cable length and a setting field of the device number at both ends, and the setting field can be a blank field; the device data command refers to the input cable length and the numerical value of the device numbers at both ends in the setting field. Enter the command, that is, enter the length of the cable to be planned and the device number at both ends according to the actual requirements in the setting field.
S02：建立一電纜清單：在接收規格選用指令和設備資料指令之後，該終端裝置即會根據該規格選用指令與設備資料指令生成對應的電纜清單200，以做為後續生成設備關聯圖300、電力電纜清單400和端子接線表500之基礎資料。 S02: Establishing a cable list: after receiving the specification selection instruction and the device data instruction, the terminal device selects the instruction and device data instruction to generate a corresponding cable list 200 according to the specification, as a subsequent generation device association diagram 300, power Basic information of cable list 400 and terminal wiring table 500.
S03：建立一設備關聯圖：請參考第4圖所示，在電纜清單200建立完成後，該終端裝置係可根據該電纜清單200生成對應的設備關聯圖300，其主要是將電纜清單200中的電纜資料經過複製、排序動作，整理成各設備(如設備1、設備2、...、設備5)之間的纜線配置圖表。更具體來說，該建立設備關聯圖的步驟係將該電纜清單中的電纜資料依照電力電纜資料與控制電纜資料先進行區分，接著再依照一預設排序定義將區分後的電纜資料進行設備之間的排序，以生成該設備關聯圖300。 S03: Establishing a device association diagram: Referring to FIG. 4, after the cable list 200 is established, the terminal device can generate a corresponding device association diagram 300 according to the cable list 200, which is mainly in the cable list 200. The cable data is copied and sorted, and is arranged into a cable configuration diagram between each device (such as device 1, device 2, ..., device 5). More specifically, the step of establishing the device association map is to first distinguish the cable data in the cable list according to the power cable data and the control cable data, and then perform the differentiated cable data according to a preset order definition. Sort between to generate the device association graph 300.
S04：建立一電力電纜清單：請再參考第3圖所示，在電纜清單200建立完成後，該終端裝置提供的輸入介面可進一步要求使用者進行第二輸入步驟2，也就是要求使用者輸入至少一電路資料指令，使得終端裝置根據該電路資料指令與該電纜清單200生成對應的電力電纜清單400。具體來說，該輸入介面可提供關聯電流、工作電壓或配電形式之電力選單欄位，該電力選單欄位連結該電纜資料庫100儲存的電流、工作電壓或配電形式資料；該電路資料指令係指從該輸入介面之電力選單欄位挑選電流、工作電壓或配電形式的選擇指令。隨後，終端裝置即可根據選定的電流、工作電壓或配電形式以及該電纜清單200，整理輸出成該電力電纜清單400。更詳細來說，由於電纜資料庫100的電纜資料分成電力電纜資料與控制電纜資料，而電力電纜清單400僅涉及電力電纜資料，因此該建立電力電纜清單的步驟會先從該電纜清單200篩選出關聯該電力電纜資料之電纜編號、電纜種類、電纜尺寸或電纜蕊數資料，隨後才配合該電路資料指令選定的電流、工作電壓或配電形式資料生成對應的電力電纜清單400。此外，在本實施例中，該建立電力電纜清單的步驟還包含一壓降計算步驟，係先根據電纜種類與電纜尺寸計算出電纜對應的單位長度阻抗，接著配合該電路資料指令提供的電流、工作電壓及配電形式資料，計算生成一對應的壓降數值百分比，並列於該電力電纜清單400中，其中該壓降數值百分比可藉由不同顏色顯示，以提醒使用者其所配置之纜線線路的電壓降是否符合電工法規，例如電工法規要求電壓降 需小於3%，若計算的壓降數值百分比大於3%，則以紅色字體顯示該壓降數值百分比。 S04: Establish a power cable list: Please refer to FIG. 3 again. After the cable list 200 is established, the input interface provided by the terminal device may further require the user to perform the second input step 2, that is, request the user to input. The at least one circuit data command causes the terminal device to generate a corresponding power cable list 400 with the cable list 200 according to the circuit data command. Specifically, the input interface can provide a power menu field associated with the current, the operating voltage, or the power distribution form, and the power menu field is linked to the current, working voltage, or power distribution form data stored in the cable database 100; Refers to the selection command for selecting current, operating voltage, or power distribution from the power menu field of the input interface. The terminal device can then organize the output into the power cable list 400 based on the selected current, operating voltage or power distribution format and the cable list 200. In more detail, since the cable data of the cable database 100 is divided into the power cable data and the control cable data, and the power cable list 400 only refers to the power cable data, the step of establishing the power cable list is first screened out from the cable list 200. The cable number, cable type, cable size or cable number data of the power cable data is associated with the current power cable list 400 corresponding to the current, operating voltage or power distribution form data selected by the circuit data command. In addition, in this embodiment, the step of establishing a power cable list further includes a voltage drop calculation step of first calculating a unit length impedance corresponding to the cable according to the cable type and the cable size, and then matching the current provided by the circuit data instruction, The working voltage and the power distribution form data are calculated to generate a corresponding percentage of the voltage drop value, and are listed in the power cable list 400, wherein the pressure drop value percentage can be displayed by different colors to remind the user of the configured cable line. Whether the voltage drop complies with electrical regulations, such as electrical regulations requiring voltage drop It needs to be less than 3%. If the calculated pressure drop value percentage is greater than 3%, the pressure drop value percentage is displayed in red font.
S05：建立一端子接線表：請參考第5圖所示，在電纜清單200建立完成後，該終端裝置係可根據該電纜清單200生成對應的端子接線表500，其主要是將電纜清單200中的電纜資料經過複製、判斷動作，產生一可提供端子排編號、端子編號和線號之端子資料輸入欄位的端子接線表。具體來說，該步驟可以是根據電纜資料中所對應的電纜的蕊數決定該電纜於端子接線表需要的列數，進而在端子接線表中生成對應該列數的端子資料輸入欄位；例如當對應的電纜是PVC控制電纜時，電纜蕊數標示為「12/C」(C為CORE縮寫)表示該電纜內有12條的電線，該電纜於端子接線表需12列的端子資料輸入欄位來輸入端子排編號、端子編號、線號；當對應的電纜是IPVV控制電纜時，電纜蕊數標示3/P(P為PAIR縮寫)表示該電纜內有3組小電纜，每組小電纜包含隔離線共有3條電線，因此該電纜於端子接線表需9列來輸入端子排編號、端子編號、線號；當對應的電纜是ITVV控制電纜，電纜蕊數標示7/T(T為TRIPLE縮寫)表示該電纜內有7組小電纜，每組小電纜包含隔離線有4條電線，因此該電纜於端子接線表需28列來輸入端子排編號、端子編號、線號。產生端子接線表後，使用者可通過輸入介面進行第三輸入步驟3，以在該端子接線表產生的端子資料輸入欄位中輸入至少一端子資料指令；其中該端子資料指令是指於該端子資料輸入欄位中輸入端子排編號、端子編號和線號之數值字元輸入 指令。 S05: Establishing a terminal wiring table: Referring to FIG. 5, after the cable list 200 is completed, the terminal device can generate a corresponding terminal wiring table 500 according to the cable list 200, which is mainly in the cable list 200. The cable data is copied and judged to produce a terminal wiring table that provides the terminal data input field of the terminal block number, terminal number and line number. Specifically, the step may be: determining the number of columns required for the cable in the terminal wiring table according to the number of cores of the cable corresponding to the cable data, and further generating a terminal data input field corresponding to the number of columns in the terminal wiring table; for example When the corresponding cable is a PVC control cable, the number of cable cores is labeled "12/C" (C is CORE abbreviation), indicating that there are 12 wires in the cable. The cable requires 12 columns of terminal data input fields in the terminal wiring table. Enter the terminal block number, terminal number, and wire number; when the corresponding cable is the IPVV control cable, the cable number is 3/P (P is PAIR abbreviation), indicating that there are 3 sets of small cables in the cable, each set of small cables There are 3 wires included in the isolation wire. Therefore, the cable needs 9 columns to input the terminal block number, terminal number and wire number. When the corresponding cable is the ITVV control cable, the cable number is 7/T (T is TRIPLE). The abbreviation indicates that there are 7 sets of small cables in the cable. Each set of small cables contains 4 wires for the isolation line. Therefore, the cable needs 28 columns in the terminal wiring table to input the terminal block number, terminal number and line number. After the terminal wiring table is generated, the user can perform the third input step 3 through the input interface to input at least one terminal data command in the terminal data input field generated by the terminal wiring table; wherein the terminal data command refers to the terminal Enter the value of the terminal block number, terminal number and line number in the data input field. instruction.
值得一提的是，上述建立設備關聯圖300、電力電纜清單400、端子接線表500的步驟S03~S05並無優先順序，可依照終端裝置的實際設定或使用者需求而定。 It should be noted that the steps S03 to S05 for establishing the device association diagram 300, the power cable list 400, and the terminal wiring table 500 are not prioritized, and may be determined according to actual settings of the terminal device or user requirements.
由於上述設備關聯圖300、電力電纜清單400、端子接線表500皆是以建立的電纜清單200為資料基礎，再配合少數輸入指令後由終端裝置處理後直接產生，相較於先前技術必須以人工方式依照電纜規格表的欄位及分類整理而製作或進行人工查表作業而容易產生人為疏失，上述的電纜配置規劃方法確實可有效幫助減少電纜配置規劃的作業時間並降低人工處理錯誤發生的機率。 Since the device association diagram 300, the power cable list 400, and the terminal wiring table 500 are all based on the established cable list 200, and are directly processed by the terminal device after a small number of input commands, it must be artificially compared with the prior art. The method is easy to produce human error according to the column and classification of the cable specification table, and the manual cable check operation is easy to cause human error. The above cable configuration planning method can effectively help reduce the operation time of cable configuration planning and reduce the probability of manual processing errors. .
綜上所述，本發明主要是通過提供使用者一終端裝置的輸入介面進行電纜配置規劃，直接根據輸入指令生成電纜清單，再依據電纜清單和其他相關指令生成對應的電力電纜清單、設備關聯圖及端子接線表，可大幅改善傳統藉由人工製作電纜清單、電力電纜清單、端子接線表及設備關聯圖的處理效率以及降低人為疏失的情形。 In summary, the present invention mainly provides a cable configuration plan by providing an input interface of a user terminal device, directly generates a cable list according to an input command, and generates a corresponding power cable list and device association map according to the cable list and other related commands. And the terminal wiring meter can greatly improve the processing efficiency of the traditional cable list, power cable list, terminal wiring table and equipment association diagram and reduce the human error.
雖然本發明已以較佳實施例揭露，然其並非用以限制本發明，任何熟習此項技藝之人士，在不脫離本發明之精神和範圍內，當可作各種更動與修飾，因此本發明之保護範圍當視後附之申請專利範圍所界定者為準。 The present invention has been disclosed in its preferred embodiments, and is not intended to limit the invention, and the present invention may be modified and modified without departing from the spirit and scope of the invention. The scope of protection is subject to the definition of the scope of the patent application.
100‧‧‧電纜資料庫 100‧‧‧ Cable database
200‧‧‧電纜清單 200‧‧‧ cable list
300‧‧‧設備關聯圖 300‧‧‧Device association diagram
400‧‧‧電力電纜清單 400‧‧‧Power cable list
500‧‧‧端子接線表 500‧‧‧Terminal Wiring Table
1‧‧‧第一輸入步驟 1‧‧‧ first input step
2‧‧‧第二輸入步驟 2‧‧‧Second input step
3‧‧‧第三輸入步驟 3‧‧‧ third input step
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