200923644 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種收集溫度數據的方法，且特別是 有關於一種圖形化收集溫度數據的方法。 【先前技術】 由於伺服器機台的效能不斷的進步下，使得其工作 荷也日亦增加，在加大工作負荷後，所產生的：溫 致工作元件過熱，甚至燒毀機台，造成區域網路流量的癱 瘓，因此，生產者對伺服器機台於高負荷的運作下，所搭 配之散熱測試，便成為飼服器機台於可量產的條件中 重要的評估項目。 /專統的飼服器機台散熱測試方式，首先在飼服器機台 之昨多測試點上，經-段測試時間，讀取各測試點之^ 溫度的變化資料，再由人卫的方式，將各測試點之 度的變化資料整理後，取得其最高溫、最低溫及瞬間^ =料，才能對於單次實驗的結果進行分析，以得知下^的 貫驗的方向。然而，在如此多 及 夕種的伺服器機台下，反覆地 進仃人工整理及實驗，這對埶 是地 夺耗力。故’如何可於多組的溫度的變化資料 ： 知溫度變化的趨勢下，又可準 、速许 為目別亟待解決之一重要課題。 成 【發明内容】 200923644 本毛月之目的之—疋在提供_種收集溫度數據的方 ?以供快速判斷、點選及記錄測試溫度資料，減少人工 操作，而產生錯誤的機會。 根：：：之目的’本發明係提供—種收集溫度數據的 方法，该方法可執行於一電腦系統中，首先載入一溫 錄槽，溫度記錄播為不同取樣點於—段時間下所收隹之夕 組溫度數據’並依據各組溫度數據中之眾多溫度值了心 並顯示一具有多條曲線之圖形， π± 且。條曲線分別代表一組 :皿度數據，㈣於圖形上提供—可點選介面，使得圖形上 任-曲線之任-時間點被點選後，而可 於同-時間點下之-瞬間溫度值，並將所點選之2 = 值5己錄至電腦系統中，以完成溫度資料的紀錄。 【實施方式】 本發明揭露出一種收集溫度數據的方法 -實施例中’係可由_程式軟體（如： 。於 η· 、 、微軟公司的Visual _c)撰寫一程式’而執行於一電腦 施，請參閱第1圖所示，係實施例中之操作書面二體： 電細糸統㈣此㈣可提供―彳〜 上至少包括—權案載入區u、一崎 或電腦mIH1可供贼^料於電腦系統 糸統所連接之儲存裝置中，指定—預 崎插，並载人電腦系統之—暫存區中 仔之，皿度 供顯示一已繪萝 ，圖形輪出區12可 製之圖形，以供測試的工程師使用；而數據 200923644 輸出區13包括-數字標號欄位131、最高溫欄位⑴、一 =溫攔位"3及一最低溫攔位134，各最高溫欄位132、 柄間溫攔位⑴及最低溫欄位134可供顯示多筆溫度數據 溫度值。而數字標號攔位⑶依據標示阿拉伯數字之標 唬，以表示溫度數據的組數，因此，請參閱第2圖所干， 係本實施财的方法流程圖。藉由上述之操作晝面10，電 月句系統可依下列步驟進行該方法： 步驟（101 )載入一溫度記錄檔： 此步驟可Μ用操作晝面H案載人區U，而载 =溫度記錄槽’其中溫度記錄槽可為在不同取樣點（本 只：例為—伺服器上之多個位置點）力-段時間下所收集 =组（如：40組）溫度數據，各組溫度數據中分別具有 夕筆溫度值。於本實施例中，此溫度記錄檔為存入逗號分 格的槽案識a sepa她d value file，cs v槽），係以此 -溫度值間加入逗號，以用以區分此些溫度值； 步驟（102)顯示各組溫度數據中之最高溫及最低溫： 此步驟中為了要顯示各組溫度數據中之溫度值時，必 =先於暫存區中對上述此溫度記錄檔進行整理，並解析其 資料數據’請參閱第3圖所示，第3圖係第2圖之步驟 之細部流程圖，其詳細可再區分為下列幾項步驟·· 步驟（1〇2〇首先需將暫存區中的溫度記錄樓的全部 ^度值，由數值資料類型（number)分別轉換為符合字串 資料類型（string )之一溫度值字争變數； 步驟0022)再將各溫度值字串變數依序轉換為一維 200923644 one-dimensional array); . 〜J馮可辨 識為二維陣列之定義符號’而轉換為二維陣列（晴啦” 步驟（ 1024)找出有效資料的範圍； 步驟（ 1025 )於有效資料的範圍中，判斷出所有溫度 值的最大值及最小值，以及各溫度數據之最大值（視為= 高溫）及最小值（視為最低溫）；200923644 IX. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to a method of collecting temperature data, and more particularly to a method of graphically collecting temperature data. [Prior Art] Due to the continuous improvement of the performance of the server machine, the working load is also increased. After the work load is increased, the temperature-induced working components are overheated, and even the machine is burned, resulting in a regional network. The turbulence of road traffic, therefore, the manufacturer's heat test with the servo machine under high load operation has become an important evaluation item in the mass production conditions of the feeding machine. /Specialized feeding machine machine cooling test method, first at the test point of the feeding machine machine, the test time of the test, the temperature change of each test point, and then the way of the person, After sorting the changes of the degree of each test point, the highest temperature, the lowest temperature and the instantaneous material are obtained, and the results of the single experiment can be analyzed to know the direction of the test. However, under such a large number of server machines, the manual finishing and experimentation are repeated, which is a lot of effort. Therefore, how to change the temperature of multiple groups: Under the trend of temperature change, it is also an important issue that can be solved urgently and quickly. [Abstract] 200923644 The purpose of this month is to provide a way to collect temperature data for quick judgment, selection and recording of test temperature data, reducing manual operations and creating opportunities for errors. Root::: The purpose of the present invention is to provide a method for collecting temperature data, which can be executed in a computer system, first loaded into a thermostat, and the temperature recording is broadcasted at different sampling points. The temperature data of the collection group is based on a plurality of temperature values in each set of temperature data and displays a graph having a plurality of curves, π± and . The bars represent a group: the dish data, (4) the graph is provided - the interface can be clicked, so that the any-time point of the graph is selected, and the instantaneous temperature value can be obtained at the same time point. And the selected 2 = value 5 has been recorded in the computer system to complete the temperature data record. [Embodiment] The present invention discloses a method for collecting temperature data - in an embodiment, a program can be written by a software program (eg, η·, Microsoft Visual _c) and executed in a computer. Please refer to Figure 1 for the operation of the two parts of the operation: Electric system (4) This (4) can provide 彳 at least include - rights loading area u, Izaki or computer mIH1 for thieves ^ It is expected that in the storage device connected to the computer system, the pre-scissor plug-in and the manned computer system are used in the temporary storage area, and the dish is for displaying a painted dice, and the graphic rounding area 12 can be made. Graphics for use by engineers for testing; and data 200923644 output area 13 includes - numeric label field 131, highest temperature field (1), one = temperature block " 3 and a lowest temperature stop 134, each highest temperature field 132. The inter-handle temperature block (1) and the lowest temperature field 134 are used to display multiple temperature data temperature values. The digital labeling block (3) is based on the label indicating the Arabic numerals to indicate the number of groups of temperature data. Therefore, please refer to Figure 2 for a flow chart of the method of implementation. With the above operation 10, the electric moon system can perform the method according to the following steps: Step (101) Loading a temperature log file: This step can be used to operate the manned area U of the H case, and Temperature recording slot 'where the temperature recording slot can be collected at different sampling points (this: for example, multiple locations on the server) force-segment time = group (eg 40 groups) temperature data, each group The temperature data has a tempo pen temperature value. In this embodiment, the temperature log file is a slot file that is stored in a comma-separated box, and a comma is added between the temperature values to distinguish the temperature values. Step (102) shows the highest temperature and the lowest temperature in each group of temperature data: In order to display the temperature value in each group of temperature data in this step, the temperature record file must be sorted before the temporary storage area And analyze the data of the data 'Please refer to Figure 3, Figure 3 is a detailed flow chart of the steps of Figure 2, the details can be further divided into the following steps · · Steps (1〇2〇 first need to The total value of the temperature record building in the temporary storage area is converted by the numerical data type (number) into one temperature value word content variable corresponding to one of the string data types (string); step 0022) each temperature value string is further The variables are sequentially converted into one-dimensional 200923644 one-dimensional array); . ~J von can be identified as a two-dimensional array of defined symbols 'and converted to a two-dimensional array (clear) step (1024) to find the range of valid data; ( 1025 ) in the context of valid information, All off the maximum and minimum temperature values, and the maximum temperature of each of the data (= high temperature considered) and minimum (coldest considered);
步驟（ 1026)將各組溫度數據中之最高溫，依序顯示 於數據輸出區13之最高溫攔位132 ’將各址溫度數據中之 最低溫依序顯示於數據輸出區13之最低溫攔位134。 如此，電腦系統才可使用原溫度記錄檔所提供的數 據包括其最冋温及最低溫之溫度值，之後繼續步 (103) 〇 ' 步驟（1〇3)繪製並顯示一曲線圖14 :Step (1026) sequentially displaying the highest temperature in each set of temperature data in the highest temperature block 132 of the data output area 13 to display the lowest temperature in each of the address temperature data in the lowest temperature block of the data output area 13 Bit 134. In this way, the computer system can use the data provided by the original temperature record file, including its temperature and temperature, and then continue to step (103) 〇 'step (1〇3) to draw and display a graph 14:
陣列 步驟（1023 )再以分隔符號（如：逗 電腦系統依據各組溫度數據中之多筆溫度值大小，以 時間為橫軸，溫度為縱轴，繪製一具有多條曲線ΐ4ι之曲 線圖14,其中每一條曲線141分別代表一組溫度數據，而 各、、且度數據之最鬲溫攔位丨32及最低温攔位1中所分 別顯示之溫度值，則分別代表所對應曲線141之最高點及 最低點，電腦系統再顯示所繪製之曲線圖丨4於上述之圖形 輸出區12中，使得工程師便可於圖形輸出區12中清楚的 得：曲線目14上之任一曲線141戶斤代表溫度數據之溫度值 的變化，也可由最高溫攔位132或最低溫攔位134中得知 特疋度數據之最而溫及最低溫，使得工程師可快速地分 200923644 析判：出問題的癥結’提出實驗的數據。 步驟（1()4)提供—曲線圖Μ之第—可點選介面b， :曲線圖14上任_曲線141之任__溫度值被點選後，便 冋時取得所有曲線141於同—時間下之溫度值： 此步驟中’電腦系統係於圖形輸出區 可點選介面1 S ,赞 捉1’、 $ 一可點選介面15可供工程師對曲線圖 141 :壬—曲線141之任-時間下進行點選，並於任一曲線 任-溫度值被點選後，將所有曲線141於同—時間下 之所有瞬間溫度值進行收隹， φ 文木並依序顯不於瞬間溫攔位133 m . 係弟2圖之步驟104之細部流程 θ，/、電腦系統之詳細步驟如下： 步：⑽)判斷第一可點選介面15上是否， 右疋，則進行步驟（购），否貝丨】，結束此程序； 步驟（1 〇42 )判斷第—可人 是否為任一曲線⑷上代表任Λ 15上被點選的位置 !，,... 代表任—時間點的溫度值，若是， 則進仃步驟（购），否則，回步驟（购）； 步驟（购）依據被點選位 出所有溫度數據對應該時間點下之^表之日说點，呼叫 為瞬間溫度值；以及下之所有溫度值，在此定義 步驟（1044)將所有瞬間溫度 位⑴中，回步驟（1〇41)。值依序顯不於瞬間溫攔 間、、二广母田任一曲線141之任-時間點被點選後，瞬 L皿攔位133中便改顯示該被點選 值，以便同時收集所有曲線⑷於同所有瞬間溫度 、门—時間點下之瞬間溫 200923644 可八另丨“丰 3上至少一組溫度數據被點選後，即 可/刀別紀錄被點選之溫度值： 、设ρ 此步驟中，可於數據輸出區13上提供 面心工程師可於數據輸出區13中之第:二選” 後，办如蚀十* 心主J 一攔位被點選 t 13 儿成測式溫度資料的紀錄。 本二然明已以實施例揭露如上，然其並非用以限定 本；明之，::術領域中具有通常知識者，在不脫離 之精神和範圍内，t可作各種之更動與潤錦，因此 準。之保遵乾圍當視後附之申請專利範圍所界定者為 I圖式簡單說明】 為讓本發明之上述和其 能更明顯η -他目的特徵、優點與實施 更月頌易懂’所附圖式之詳細說明如下： 第1圖係本實施例中操作晝面之示意圖。 第2圖係本實施例中的方法流程圖。 第3圖係第2圖之步驟1〇2之細部流程圖。 第4圖係第2圖之步驟1()4之細部流程圖。 【主要元件符號說明】 200923644 ίο ： 11 : 12 ： 13 ： 131 132 133 134 操作晝面 標案載入區 圖形輸出區 數據輸出區 :數字標號欄位 :最高溫欄位 :瞬間溫欄位 :最低溫欄位 14 :曲線圖 141 :曲線 1 5 :第一可點選介面 16 :第二可點選介面 101-105 :步驟 1021-1026 :步驟 1041-1044 :步驟The array step (1023) is further separated by a symbol (for example, the computer system according to the temperature values of the plurality of temperature data in each group, the time is the horizontal axis, and the temperature is the vertical axis, and a curve having a plurality of curves ΐ4ι is drawn. Each of the curves 141 represents a set of temperature data, and the temperature values respectively displayed in the last temperature block 丨32 and the lowest temperature block 1 of each degree data represent the corresponding curve 141, respectively. At the highest point and the lowest point, the computer system displays the plotted graph 丨4 in the above-mentioned graphic output area 12, so that the engineer can clearly see in the graphic output area 12: any curve 141 of the curve item 14 The jin represents the change of the temperature value of the temperature data, and the highest temperature and the lowest temperature can be known from the highest temperature block 132 or the lowest temperature block 134, so that the engineer can quickly determine the problem: 200923644 The crux of the 'proposed experimental data. Step (1 () 4) provides - the first part of the graph - can be selected interface b, : the curve of Figure 14 on the _ curve 141 of the __ temperature value is selected, the note Get all the curves 141 Same-time temperature value: In this step, 'the computer system is in the graphic output area, you can click the interface 1 S, praise 1', $ a clickable interface 15 for the engineer to graph 141: 壬-curve 141 After the time-time, the point is selected, and after any curve-temperature value is selected, all the instantaneous temperature values of all the curves 141 at the same time are collected, and the φ Wenmu is not in order. The instantaneous temperature block is 133 m. The detailed process of step 104 of the system 2 is the following steps: /, The detailed steps of the computer system are as follows: Step: (10)) Determine whether the first clickable interface 15 is on the right side, and then proceed to the step ( Purchase), No Bellow], end this procedure; Step (1 〇 42) to determine whether the first person can be any curve (4) on behalf of the position on the 15th point!,,... Representative-time The temperature value of the point, if it is, then enter the step (purchase), otherwise, go back to the step (purchase); the step (purchase) is based on the point where all the temperature data is selected and the point is called at the time point, call For the instantaneous temperature value; and all the temperature values below, the definition step (1044) will be There is an instantaneous temperature in position (1) and back to step (1〇41). The value is not displayed in the instantaneous temperature interval, and any curve 141 of the second and second mother fields is selected. After the time point is selected, the selected value is displayed in the OC block 133 so that all the points are collected at the same time. Curve (4) at the same instant temperature, the instantaneous temperature at the door-time point 200923644 can be different. "At least one set of temperature data on Feng 3 is selected, then the temperature value can be selected by the knife: ρ In this step, the face-center engineer can provide the data in the output area 13 in the data output area 13: after the second selection, the eclipse is as follows: the main J is blocked, and the t-spot is selected. Record of temperature data. The present invention has been disclosed in the above embodiments, but it is not intended to limit the present invention; it is clear that:: those who have ordinary knowledge in the field of surgery, can make various changes and runes without departing from the spirit and scope. Therefore accurate. The definition of the scope of the patent application attached to the stipulations of the company is a simple description of the I diagram. In order to make the above and the present invention more obvious, the characteristics, advantages and implementation of the invention are more understandable. The detailed description of the drawings is as follows: Fig. 1 is a schematic view showing the operation of the face in the present embodiment. Figure 2 is a flow chart of the method in this embodiment. Figure 3 is a detailed flow chart of steps 1 and 2 of Figure 2. Figure 4 is a detailed flow chart of step 1 () 4 of Figure 2. [Main component symbol description] 200923644 ίο : 11 : 12 : 13 : 131 132 133 134 Operation Knob specimen loading area Graphic output area Data output area: Numeric column: Highest temperature field: Instant temperature field: Minimum Temperature field 14: Curve 141: Curve 1 5: First clickable interface 16: Second clickable interface 101-105: Steps 1021-1026: Steps 1041-1044: Steps