TWI406168B - Computerized drawing and recording device - Google Patents
Computerized drawing and recording device Download PDFInfo
- Publication number
- TWI406168B TWI406168B TW98136809A TW98136809A TWI406168B TW I406168 B TWI406168 B TW I406168B TW 98136809 A TW98136809 A TW 98136809A TW 98136809 A TW98136809 A TW 98136809A TW I406168 B TWI406168 B TW I406168B
- Authority
- TW
- Taiwan
- Prior art keywords
- data
- control unit
- unit
- printing
- recording device
- Prior art date
Links
- 238000000275 quality assurance Methods 0.000 claims abstract description 24
- 238000007639 printing Methods 0.000 claims description 70
- 238000005259 measurement Methods 0.000 claims description 37
- 238000006243 chemical reaction Methods 0.000 claims description 35
- 238000001514 detection method Methods 0.000 claims description 17
- 238000012545 processing Methods 0.000 claims description 15
- 238000000034 method Methods 0.000 claims description 3
- 239000000463 material Substances 0.000 claims description 2
- 238000010586 diagram Methods 0.000 abstract description 2
- 238000007689 inspection Methods 0.000 description 8
- 238000007726 management method Methods 0.000 description 8
- 238000003908 quality control method Methods 0.000 description 5
- 238000012544 monitoring process Methods 0.000 description 4
- 238000012360 testing method Methods 0.000 description 4
- 238000013461 design Methods 0.000 description 3
- 238000005094 computer simulation Methods 0.000 description 2
- 238000013523 data management Methods 0.000 description 2
- 238000011161 development Methods 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 230000007613 environmental effect Effects 0.000 description 2
- 230000010354 integration Effects 0.000 description 2
- 238000013507 mapping Methods 0.000 description 2
- 230000005540 biological transmission Effects 0.000 description 1
- 230000001276 controlling effect Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- XWVFVITVPYKIMH-UHFFFAOYSA-N ethyl n-[4-[benzyl(2-phenylethyl)amino]-2-(2-fluorophenyl)-1h-imidazo[4,5-c]pyridin-6-yl]carbamate Chemical compound N=1C(NC(=O)OCC)=CC=2NC(C=3C(=CC=CC=3)F)=NC=2C=1N(CC=1C=CC=CC=1)CCC1=CC=CC=C1 XWVFVITVPYKIMH-UHFFFAOYSA-N 0.000 description 1
- 239000012530 fluid Substances 0.000 description 1
- 239000007788 liquid Substances 0.000 description 1
- 239000011159 matrix material Substances 0.000 description 1
- 230000008520 organization Effects 0.000 description 1
- 230000001105 regulatory effect Effects 0.000 description 1
- 238000011160 research Methods 0.000 description 1
- -1 steam Substances 0.000 description 1
- 238000012546 transfer Methods 0.000 description 1
Landscapes
- Recording Measured Values (AREA)
Abstract
Description
本發明係有關於一種繪圖記錄裝置，特別是指一種電腦化繪圖記錄裝置。以電腦模擬記錄器即時列印量測儀器感應變化趨勢功能以及品管所需資訊；可直接設定輸出幅度大小及百分比範圍，克服多偵檢頭調整問題；與電腦直接連線記錄，圖與數據直接轉為資料庫，有助於報告整理；圖形化標示顯示已經量測之位置，更容易進行量測工作管理。特別適合應用於龐大資料量與位置複雜難以文字說明之檢測作業，以提高數據處理效率。 The present invention relates to a drawing and recording apparatus, and more particularly to a computerized drawing and recording apparatus. Instantly print the measuring instrument's sensing trend function and the quality control information with the computer analog recorder; directly set the output amplitude and percentage range to overcome the multi-detection head adjustment problem; directly connect with the computer to record, map and data Direct conversion to a database helps to organize the report; graphical indicators show the location of the measurement, making it easier to manage the measurement. It is especially suitable for the detection of large data volumes and complex and difficult text descriptions to improve data processing efficiency.
一般繪圖記錄器(chart recorder)係接收一量測儀器經量測所得的數據，即時直接記錄並繪製在記錄紙上，繪圖記錄器普遍應用在觀察監測儀器產生的訊號變化趨勢。對於研發繪圖記錄器之發展，最早專利紀錄，為美國人William Henry Bristol在美國提出美國專利編號第U.S.389,635號之「Pressure Indicator and Recorder」，其公開於西元1888年，揭露一種類似繪圖記錄器的壓力指示器與記錄器，其記錄器樣式為圓盤狀繪圖記錄器，該壓力指示器與記錄器可應用在蒸汽、液體和氣體等流體之壓力監測， 甚至可應用於氣壓計(Barometer)、溫度計(Thermometer)和其他類比式量測儀器，繪圖記錄器隨量測需求的增加與科技的進步，經研發人員不斷地改進與研發，現在繪圖記錄器已廣泛地應用在各種科學研究中的量測與監測記錄。所以，我們可以看到一些有關繪圖記錄器發明專利不斷地出現，包括記錄紙與的形式與運轉方式、繪圖或展示方式、記錄傳輸方式等，將歷年美國有關繪圖記錄器之重要發明專利整理，如表1。 A general chart recorder is a data obtained by measuring a measuring instrument, and is directly recorded and drawn on the recording paper in real time. The drawing recorder is generally used to observe the trend of the signal generated by the monitoring instrument. For the development of the development of the mapping recorder, the earliest patent record, for the United States William Henry Bristol in the United States proposed US Patent No. US 389,635 "Pressure Indicator and Recorder", which was published in 1888, revealing a similar drawing recorder Pressure indicator and recorder, the recorder style is a disc-shaped drawing recorder, the pressure indicator and recorder can be applied to the pressure monitoring of fluids such as steam, liquid and gas. It can even be applied to barometers, thermometers and other analog measuring instruments. The demand for measuring recorders with the increase of measurement requirements and the advancement of technology has been continuously improved and developed by researchers. Now the plotter has been It is widely used in measurement and monitoring records in various scientific research. Therefore, we can see that some invention patents relating to the drawing recorder are constantly appearing, including the form and operation mode of the recording paper, the drawing or display mode, the recording and transmission method, etc., and the important invention patents of the US drawing recorders are organized over the years. As shown in Table 1.
雖然現今已有發展有電腦化繪圖記錄器，但對於大量量測數據管理以及現代量測工作專業所重視的品保作業，似乎都未能著墨，且價位都不低。外部環境檢測作業必需同時提供紙本實體記錄及電子記錄；且外部環境檢測作業之現場樣品數量非常龐大，有必要即時做好品保作業，如果檢測對象具位置特性應清楚記錄被檢測對象之位置，並且可以快速瞭解外部環境檢測作業之整體檢測進度；由於時程緊迫，每一外部環境檢測作業有需要一台繪圖記錄器備援使用，但一個品保較佳之繪圖記錄器動則二、三十萬，如此備援成本實在太高，若為了每一外部環境檢測作業臨時採購備援之繪圖記錄器，則相當耗時，會耽誤時程；以既有之工作經驗來看，如果整體數千件環境檢測作業完成後，必需一個星期內完成報告，數據處理、整合效能要求非常高，不僅需要熟練人力處理，沒有良好數據管理與電腦資料庫工具輔助，實在難以完成。 Although computerized drawing recorders have been developed today, it seems that the quality assurance operations that a large number of measurement data management and modern measurement work professions have paid attention to have not been inked, and the price is not low. The external environment inspection operation must provide both the paper entity record and the electronic record; and the number of on-site samples of the external environment inspection operation is very large, it is necessary to do the quality assurance operation immediately. If the detection object has the positional characteristics, the position of the detected object should be clearly recorded. And can quickly understand the overall detection progress of the external environment inspection operation; due to the tight schedule, each external environment inspection operation needs a drawing recorder for backup use, but a better quality of the drawing recorder moves two or three 100,000, the cost of such backup is too high. If you temporarily purchase the backup drawing recorder for each external environment inspection operation, it will be quite time consuming and will delay the time course. If you have the existing work experience, if the overall number is After the completion of thousands of environmental testing operations, it is necessary to complete the report within one week. The data processing and integration performance requirements are very high. It requires not only skilled manpower processing, but also good data management and computer database tool assistance, which is difficult to complete.
因此本發明設計一電腦化繪圖記錄器，以電腦模擬記錄器即時列印儀器感應變化趨勢功能以及品質管制所需資訊；可直接設定輸出幅度大小及百分比範圍，克服多偵檢頭調整問題；與電腦直接連線記錄，圖與數據直接轉為資料庫，特別有助於繁多之報告整理；圖形化標示顯示已經量測之位置，更容易進行量測工作進度管理工作執行。特別適合應用於龐大資料量之外部環境檢測作業，以提高數據處理效率，且 可減少昂貴繪圖記錄器備援困擾。 Therefore, the present invention designs a computerized drawing recorder to instantly print the instrument sensing change trend function and the information required for quality control with a computer analog recorder; the output amplitude range and the percentage range can be directly set to overcome the problem of multiple detection head adjustment; Computer direct connection records, maps and data directly into a database, especially for a large number of reports; graphical indicators show the location of the measurement, it is easier to carry out the measurement work progress management work. Particularly suitable for external environmental testing operations with large data volumes to improve data processing efficiency, and It can reduce the trouble of expensive drawing recorder backup.
本發明之一目的在於提供一種電腦化繪圖記錄裝置，其利用電腦化繪圖資料，並附上品保資料，以突破現有繪圖紀錄器產生資料品質相關作業之功能限制，改善記錄品質，節省記錄工作時間提昇效率。 An object of the present invention is to provide a computerized drawing and recording device which utilizes computerized drawing data and attaches quality assurance data to break the functional limitation of the data quality related work generated by the existing drawing recorder, improve recording quality, and save recording working time. Improve efficiency.
本發明之另一目的在於提供一種電腦化繪圖記錄裝置，利用資料庫及圖形化顯示介面網路結合，解決檢測數量過於龐大時，人工整合處理現有繪圖紀錄器產生紙張紀錄或電子記錄之容易造成混亂錯誤困擾，且可有效提升總體數據整理效能。 Another object of the present invention is to provide a computerized drawing and recording device, which utilizes a combination of a database and a graphical display interface network to solve the problem that when the number of detections is too large, manual integration processing of existing drawing recorders may result in paper records or electronic records. Trouble error, and can effectively improve the overall data organization efficiency.
本發明之另一目的在於提供一種電腦化繪圖記錄裝置，其利用電腦模擬繪圖記錄裝置搭配資料庫儲存並管理繪圖資料，因而減少繪圖裝置使用數量，以避免繪圖記錄裝置的備援需求。 Another object of the present invention is to provide a computerized drawing and recording device that uses a computer simulation drawing and recording device to store and manage drawing data in a database, thereby reducing the number of drawing devices used to avoid the need for backup of the drawing device.
本發明為一種電腦化繪圖記錄裝置，其包含一訊號轉換單元、一運算控制單元、一列印控制單元、一顯示介面以及一資料庫。訊號轉換單元接收一量測儀器之複數量測訊號，該訊號轉換單元轉換該量測訊號成複數訊號轉換資料；由運算控制單元連接該訊號轉換單元，而接收該些繪圖所需之訊號資料，並依據該些訊號資料轉產生一繪圖數據點資料，以繪製訊號變化曲線圖，顯示在第一人機介面單元之上，可用 以存入資料庫是否繪圖，同時將繪圖數據資料點傳給列印控制單元；第一人機介面單元可顯示訊號變化趨勢曲線外，亦具有手動輸入控制與查詢功能，手動輸入可產生一品保資料，傳訊息給運算控制單元決定是否將資料存入資料庫，以及決定是否啟動列印控制單元，如果量測儀器檢測對象具位置特性，亦可圖形化顯示被檢測位置；當列印控制單元被啟動，可接收繪圖數據點資料及品保資料，並依照預定設計之方式控制列印單元模擬繪圖記錄器執行繪圖記錄工作，與對應之品保所需基本資料，含記錄與稽核人員簽署位置。此外，運算控制單元可透過網路連結遠端單元與第二人機介面單元，以執行遠端資料庫備份、查詢、顯示與列印功能。 The invention relates to a computerized drawing and recording device, which comprises a signal conversion unit, an operation control unit, a printing control unit, a display interface and a database. The signal conversion unit receives a plurality of measurement signals of a measuring instrument, and the signal conversion unit converts the measurement signal into a plurality of signal conversion data; the operation control unit is connected to the signal conversion unit to receive the signal data required for the mapping, And generating a plot data point data according to the signal data, to draw a signal change graph, displayed on the first human interface unit, available Whether the data is stored in the database, and the data of the drawing data is transmitted to the printing control unit; the first human interface unit can display the signal change trend curve, and also has the manual input control and query function, and the manual input can generate a quality assurance. Data, the message is sent to the operation control unit to decide whether to store the data in the database, and to determine whether to start the printing control unit. If the measuring instrument detects the positional characteristic of the object, the detected position can also be graphically displayed; when the printing control unit is printed It is activated to receive the data points of the drawing data and the quality assurance data, and control the printing unit to simulate the drawing recorder to perform the drawing and recording work according to the predetermined design, and the basic information required for the corresponding quality assurance, including the record and the position of the auditing personnel. . In addition, the operation control unit can connect the remote unit and the second human interface unit through the network to perform remote database backup, query, display and printing functions.
茲為使 貴審查委員對本發明之結構特徵及所達成之功效更有進一步之瞭解與認識，謹佐以較佳之實施例圖及配合詳細之說明，說明如後： For a better understanding and understanding of the structural features and the achievable effects of the present invention, please refer to the preferred embodiment and the detailed description.
10‧‧‧電腦化繪圖記錄裝置 10‧‧‧Computerized drawing recorder
12‧‧‧訊號轉換單元 12‧‧‧Signal conversion unit
14‧‧‧運算控制單元 14‧‧‧Operation Control Unit
16‧‧‧資料庫 16‧‧‧Database
18‧‧‧第一人機介面單元 18‧‧‧First Human Machine Interface Unit
20‧‧‧中樞電腦 20‧‧‧Central Computer
22‧‧‧列印控制單元 22‧‧‧Print Control Unit
24‧‧‧列印單元 24‧‧‧Printing unit
26‧‧‧遠端單元 26‧‧‧ Remote unit
28‧‧‧第二人機介面單元 28‧‧‧Second Human Machine Interface Unit
30‧‧‧量測儀器 30‧‧‧Measurement instruments
第一圖為本發明之一實施例之結構示意圖；以及第二圖為本發明之列印控制流程之一實施例的流程圖。 The first figure is a schematic structural view of an embodiment of the present invention; and the second figure is a flow chart of an embodiment of the printing control flow of the present invention.
請參閱第一圖，其為本發明之一較佳實施例之方塊圖。如圖所示，本發明係一種電腦化繪圖記錄裝置10，以電腦模擬記錄器即時列印儀器感應變化趨勢功能以及品質管制所需資訊；可直接設定輸出幅度大小及百分比範圍，克服多偵檢頭調整問題；與電腦直接連線記錄，圖與數據直接轉為資料庫，特別有助於繁多之報告整理；圖形化標示顯示已經量測 之位置，更容易進行量測工作進度管理工作執行。特別適合應用於龐大資料量之外部環境檢測作業，以提高數據處理效率。本發明之電腦化繪圖記錄裝置10主要包含一訊號轉換單元12、一運算控制單元14、一資料庫16、一人機介面單元18、中樞電腦20以及一列印控制單元。該訊號轉換單元12接收一量測儀器30之複數量測訊號，並依照檢測工作目的轉換該些量測訊號成複數訊號轉換資料，例如量測單位轉換，以空氣濃度單位而言，量測儀器原始表示值可能每立方公尺濃度，但法規管制可能以ppm為單位，經過運算控制單元14設定，訊號轉換單元12即可即時轉換為對應運算控制單元14可辨識之格式，又如同時多儀器連線，需調整訊號比常規化(normalization)以利比較彼此訊號差異，亦可透過運算控制單元14設定，由訊號轉換單元12達到所要之檢測工作目的。 Please refer to the first figure, which is a block diagram of a preferred embodiment of the present invention. As shown in the figure, the present invention is a computerized drawing and recording device 10, which can instantly print the instrument sensing change trend function and the information required for quality control with a computer analog recorder; directly set the output amplitude and percentage range to overcome multiple detections. Head adjustment problem; direct connection with the computer, the map and data are directly converted into a database, especially for a large number of reports; graphical indicators display has been measured The location makes it easier to perform measurement work schedule management work. It is especially suitable for external environment testing operations with large data volumes to improve data processing efficiency. The computerized drawing and recording device 10 of the present invention mainly comprises a signal conversion unit 12, an operation control unit 14, a database 16, a human interface unit 18, a central computer 20, and a print control unit. The signal conversion unit 12 receives a plurality of measurement signals of a measuring instrument 30, and converts the measurement signals into complex signal conversion data according to the purpose of the detection work, for example, measurement unit conversion, in terms of air concentration units, the measurement instrument The original representation value may be per cubic meter of concentration, but the regulatory control may be in ppm, and the signal conversion unit 12 can be immediately converted into a format recognizable by the corresponding operation control unit 14 by the operation control unit 14, and if the instrument is simultaneously multi-instrument For the connection, the signal needs to be adjusted to normalize to compare the difference between the signals, and can also be set by the operation control unit 14, and the signal conversion unit 12 can achieve the desired detection work.
運算控制單元14可即時運算訊號轉換單元12所獲得之複數訊號轉換資料，並依據該些訊號資料產生一繪圖數據點資料，以繪製訊號變化曲線圖，顯示在第一人機介面單元18之上。運算控制單元14並藉由第一人機介面單元18手動控制是否將繪圖數據點資料存入資料庫16以及啟動列印控制單元22，使電腦化繪圖記錄裝置10，可供選擇執行進行電子或紙本記錄，或兩者同時執行，或只單純觀看量測儀器30所輸出之訊號。第一人機介面單元18可顯示訊號變化趨勢曲線圖與手動控制功能外，亦具有手動輸入與查詢功能，手動輸入可產生一品保資料，品保資料可對應特定所繪製之訊號變化曲線 圖，內容包括儀器量測單元之名稱、量測項目、量測條件、量測記錄人員與稽核人員資料等品保作業所要求應有品保紀錄。 The operation control unit 14 can immediately calculate the complex signal conversion data obtained by the signal conversion unit 12, and generate a drawing data point data according to the signal data to draw a signal change graph, which is displayed on the first human interface unit 18. . The operation control unit 14 manually controls whether to store the drawing data point data into the database 16 and activate the print control unit 22 by the first human interface unit 18, so that the computerized drawing and recording device 10 can be selectively executed for electronic or The paper record, or both, is performed at the same time, or simply the signal output by the measuring instrument 30 is viewed. The first human interface unit 18 can display the signal change trend graph and the manual control function, and also has a manual input and query function. The manual input can generate a quality assurance data, and the quality assurance data can correspond to a specific signal curve. The figure includes the name of the instrument measuring unit, the measurement item, the measurement condition, the measurement record personnel and the auditor's data, and the quality assurance record required by the quality assurance operation.
第一人機介面單元18亦可直接設定運算控制單元14轉換單元12所獲得之複數訊號轉換資料之方法，以決定所輸出幅度大小及百分比範圍，如此克服多偵檢頭訊號大小不一致而需要調整以進行比較問題。第一人機介面單元18更可設定特定之門檻值，提供運算控制單元14依據，產生一警示訊息，例如：運算控制單元14可依照產生相對應之警示訊息或者改變該儀器訊號變化曲線圖之曲線標記。當該儀器訊號變化曲線圖之變化趨勢超過該最大門檻值或該最小門檻值時，產生相對應之警示訊息或者改變該儀器訊號變化曲線圖之曲線標記。如果檢測對象具位置特性，亦可在第一人機介面單元18圖形化顯示被檢測位置，克服檢測位置難以用文字敘述之問題，特別當檢測數量龐大時，可減少檢測位置錯誤狀況發生；資料庫16接受運算控制單元14指令貯存之資料包括儀器訊號之複數訊號轉換資料、警示訊息及相對應之品保資料；印控制單元22被啟動後，將驅動列印單元24進行列印，列印內容包括儀器訊號之複數訊號轉換資料、警示訊息及相對應之品保資料，並依照預定之格式安排進行列印。 The first human interface unit 18 can also directly set the method of converting the complex signal conversion data obtained by the conversion control unit 14 to determine the magnitude and percentage range of the output amplitude, so as to overcome the inconsistent size of the multiple detection head signals and need to be adjusted. To compare problems. The first human interface unit 18 can further set a specific threshold, and the operation control unit 14 provides a warning message. For example, the operation control unit 14 can generate a corresponding warning message or change the instrument signal change graph. Curve mark. When the trend of the signal change graph of the instrument exceeds the maximum threshold value or the minimum threshold value, a corresponding warning message is generated or a curve mark of the instrument signal change graph is changed. If the detection object has a positional characteristic, the first human-machine interface unit 18 can graphically display the detected position, thereby overcoming the problem that the detection position is difficult to describe by text, especially when the detection quantity is large, the detection position error condition can be reduced; The library 16 accepts the data stored by the operation control unit 14 to include the complex signal conversion data of the instrument signal, the warning message and the corresponding warranty data. After the printing control unit 22 is activated, the printing unit 24 is driven to print and print. The content includes the complex signal conversion data of the instrument signal, the warning message and the corresponding warranty data, and is printed according to the predetermined format.
列印控制單元22連接該運算控制單元14，該列印控制單元22依據該繪圖資料產生一列印控制訊號；該列印控制單元22依據該繪圖資料選擇一列印字元、一列印位置、一列印數值，該列印控制單元22依據該繪圖資料與該品保資料產生該 列印控制訊號，該列印控制單元22為一微處理單元或一數位訊號處理單元，其設置該中樞電腦20中；運算控制單元14可啟動列印控制單元22，而驅動列印單元24模擬一般繪圖記錄器即時列印該儀器訊號變化曲線圖；而運算控制單元14所接受和判斷產生的資料，配合實際工作需求，可在列印單元24模擬繪圖記錄器列印該儀器訊號變化曲線圖之前，先將品保資料列印上去；列印控制單元22受運算控制單元14驅動與控制，並接受運算控制單元14所提供之資訊，選擇適當之列印字元，以及驅動列印單元24進行即時列印，其中運算控制單元14所提供之資訊包括量測訊號之量測數值與提示訊息，該提示訊息包含一般文字提示與警報等；列印控制單元22可依據列印時間長度設定調整列印紙張傳送速度，如同一般繪圖記錄器控制紙張傳送速度。 The print control unit 22 is connected to the operation control unit 14, and the print control unit 22 generates a print control signal according to the drawing data; the print control unit 22 selects a column of print characters, a print position, and a print value according to the drawing data. The print control unit 22 generates the same according to the drawing data and the warranty data. Printing the control signal, the printing control unit 22 is a micro processing unit or a digital signal processing unit, which is disposed in the central computer 20; the operation control unit 14 can activate the printing control unit 22, and the driving printing unit 24 simulates The general drawing recorder instantly prints the instrument signal change graph; and the data received and judged by the operation control unit 14 can be used to print the instrument signal change graph in the printing unit 24 by the printing unit 24 according to the actual working requirements. Previously, the quality assurance data is printed first; the print control unit 22 is driven and controlled by the operation control unit 14, accepts the information provided by the operation control unit 14, selects the appropriate print characters, and drives the print unit 24 to perform Instantly printing, wherein the information provided by the operation control unit 14 includes the measurement value and the prompt message of the measurement signal, the prompt message includes a general text prompt and an alarm, etc., and the print control unit 22 can set the adjustment column according to the length of the printing time. The paper conveyance speed is like that of a general drawing recorder controlling the paper conveying speed.
列印單元24連接該列印控制單元22，該列印單元24依據該列印控制訊號輸出列印該繪圖資料。本實施例之列印單元24為一印表機，其中尤以點矩陣印表機最能符合最佳實施例，可達到即時列印效果。在列印紙本實體記錄時，運算控制單元14透過列印控制單元22依據繪圖數據資料模擬傳統繪圖記錄即時繪製量測訊號變化曲線圖，以利用列印單元24模擬傳統繪圖記錄器列印量測訊號變化曲線圖，且列印控制單元22更可控制列印單元24列印更詳細的紀錄(如時間與數據記錄)及品保資料(如印出測試條件及記錄、審查人)；當運算控制單元14依據繪圖數據資料判斷出儀器訊號變化曲線圖中的訊號值超過設定之門檻值時，運算控制單元14會透過列 印控制單元22驅使列印單元24可即時加印提示訊息或警語或變換記錄點之顯示標記；列印單元24可利用一聯多張功能，可直接進行紙本記錄備份。如此本發明隨時可藉由運算控制單元14啟動記錄功能，以同時進行紙本實體記錄及電子記錄，或只進行電子記錄，亦即僅儲存繪圖數據資料與品保資料，或曲線圖與品保資料至資料庫16。 The printing unit 24 is connected to the printing control unit 22, and the printing unit 24 outputs the drawing data according to the printing control signal output. The printing unit 24 of this embodiment is a printer, and in particular, the dot matrix printer is most suitable for the best embodiment, and the instant printing effect can be achieved. When printing the paper entity record, the operation control unit 14 simulates the traditional drawing record to draw the measurement signal change curve according to the drawing data data through the printing control unit 22, so as to simulate the traditional drawing recorder printing measurement by using the printing unit 24. The signal change graph, and the print control unit 22 can further control the printing unit 24 to print more detailed records (such as time and data records) and quality assurance materials (such as printing test conditions and records, reviewers); When the control unit 14 determines, according to the drawing data data, that the signal value in the instrument signal change graph exceeds the set threshold, the operation control unit 14 transmits the column. The printing control unit 22 drives the printing unit 24 to instantly print a prompt message or a warning or change the display mark of the recorded point; the printing unit 24 can directly perform backup of the paper record by using a plurality of functions. Thus, the present invention can initiate the recording function by the operation control unit 14 at the same time to simultaneously perform the paper entity record and the electronic record, or only the electronic record, that is, only the drawing data data and the quality assurance data, or the graph and the quality assurance. Information to the database 16.
此外，列印控制單元22與列印單元24搭配設置運算控制單元14之電腦的價位遠低於一般市面上的繪圖記錄器，且共用性高，相對於繪圖記錄器的備援成本要低太多了。 In addition, the price of the computer in which the printing control unit 22 and the printing unit 24 are arranged to be the arithmetic control unit 14 is far lower than that of the general-purpose drawing recorder, and the sharing property is high, and the backup cost relative to the drawing recorder is low. too much.
遠端單元26，其連接該運算控制單元14，該遠端單元26控制該運算控制單元14。該遠端單元26為一微處理單元或一數位訊號處理單元；遠端單元26透過網路功能，可以即時間看運算控制單元14畫面，也可執行繪圖數據資料查詢。第二人機介面單元28連接遠端單元26，該遠端控制單元28讀取該運算控制單元14所產生之該儀器訊號變化曲線圖至該第二人機介面單元28並顯示，該遠端單元26讀取該資料庫16所儲存之該儀器訊號變化曲線圖與該品保資料至第二人機介面單元28並顯示；第二人機介面單元28提供遠端單元26使用者查詢量測結果，並展示該儀器訊號變化曲線圖之趨勢變化圖，當進行大規模現場量測時，第二人機介面單元30可圖形化顯示已量測位置，以提昇工作管理效能。 A remote unit 26 is coupled to the operational control unit 14, which controls the operational control unit 14. The remote unit 26 is a micro processing unit or a digital signal processing unit; the remote unit 26 can view the operation control unit 14 screen at a time through the network function, and can also perform drawing data data query. The second human interface unit 28 is connected to the remote unit 26, and the remote control unit 28 reads the instrument signal change graph generated by the operation control unit 14 to the second human interface unit 28 and displays the remote end. The unit 26 reads the instrument signal change graph stored in the database 16 and the warranty data to the second human interface unit 28 and displays the second human interface unit 28 to provide the remote unit 26 user query measurement. As a result, a trend change graph of the instrument signal change graph is displayed. When performing large-scale on-site measurement, the second human interface unit 30 can graphically display the measured position to improve work management efficiency.
由上述可知，本發明為一種電腦劃繪圖記錄裝置，其應用電腦提升效能並降低成本的繪圖記錄器系統，包括訊號轉換單元12、運算控制單元14、資料庫16、第一人機介面單元 18、列印控制單元22及遠端控制單元26與第二人機介面單元28。設計藉由訊號轉轉換單元12轉換量測單元之量測訊號為訊號轉換資料，以利用電腦之運算控制單元14模擬運算產生對應之儀器訊號變化曲線圖以及對應之品保資料，並可透過列印控制單元22驅動列印單元24，以模擬繪圖記錄器列印出曲線圖與品保資料，並應用資料庫之儲存管理功能解決一般繪圖記錄器將所得之儀器訊號變化曲線圖再處理應用問題，同時應用電腦與網路，加強檢測作業之管理與品保資料工作的功能。 As can be seen from the above, the present invention is a computer graphics and recording device, which uses a computer to improve performance and reduce cost of a graphics recorder system, including a signal conversion unit 12, an operation control unit 14, a database 16, and a first human interface unit. 18. Print control unit 22 and remote control unit 26 and second human interface unit 28. The signal conversion unit 12 converts the measurement signal of the measurement unit into a signal conversion data, and uses the computer operation control unit 14 to simulate the operation to generate a corresponding instrument signal change graph and the corresponding warranty data, and can pass through the column. The printing control unit 22 drives the printing unit 24 to print the graph and the quality assurance data by simulating the drawing recorder, and applies the storage management function of the database to solve the application problem of the instrument signal change graph obtained by the general drawing recorder. At the same time, the application of computers and networks to strengthen the management of inspection operations and the function of quality assurance data.
由於本發明利用資料庫16之儲存管理功能直接執行電子記錄，相對現行市面上無紙繪圖記錄器個別記錄成單一檔案，對儲存之資料進行管理與應用，效能提升非常大，有助於龐大數據處理與後續報告產出，也就是資料庫16會接收到運算控制單元14之複數控制指令而貯存；可利用人機介面單元建立監測或檢測位置之圖形使用介面，在進行存取記錄之前，可以設計輸入特殊編號或直接在圖面上指定，以使存取結果的記錄連結到特定圖形位置，並顯示於第一人機介面單元18或第二人機介面單元28，當存取完成該位置可被標示已有存取紀錄，何處尚未被檢測可一目了然。當檢測資料量非常龐大時，通常需要多班人力輪流執行檢測作業，第一人機介面單元18與第二人機介面單元28所提供之檢測位置圖形介面，對於檢測作業管理的助益非常大。透過網路功能，遠端控制單元26可透過第二人機介面單元28直接監看運算控制單元14所提供之畫面，隨時即時讀取並顯示繪圖資料，以注意量 測單元30之量測訊號高低變化，也可以直接查詢已有量測結果，對品保與報告作業提供非常大的便利。 Since the present invention utilizes the storage management function of the database 16 to directly perform electronic records, the paperless drawing recorders are separately recorded into a single file, and the stored data is managed and applied, and the performance is greatly improved, which contributes to huge data. Processing and subsequent report output, that is, the database 16 receives the plurality of control commands of the operation control unit 14 for storage; the human-machine interface unit can be used to establish a graphical user interface for monitoring or detecting the location, before the access record is recorded. The design inputs a special number or directly on the drawing surface to link the record of the access result to a specific graphic position and display it on the first human interface unit 18 or the second human interface unit 28 when the access completes the location. It can be marked as an existing access record, and it can be seen at a glance where it has not been detected. When the amount of detected data is very large, it is usually required that multiple shifts of labor are performed in turn, and the detection location graphical interface provided by the first human interface unit 18 and the second human interface unit 28 is very useful for detecting operation management. . Through the network function, the remote control unit 26 can directly monitor the picture provided by the operation control unit 14 through the second human interface unit 28, and can instantly read and display the drawing data at any time. The measuring unit 30 can measure the level of the signal, and can directly query the existing measurement results, which provides great convenience for the quality assurance and reporting operations.
請參閱第二圖，其為本發明之列印控制流程之一實施例的流程圖。如圖所示，本發明係利用列印控制單元22驅動列印單元24模擬繪圖記錄器即時在紙本上繪製訊號變化的功能，運算控制單元14依據所接收訊號轉換資料控制列印控制單元22的工作流程。本發明之列印控制流程係首先如步驟S10所示，由運算控制單元14上決定是否執行紙本記錄列印功能，若決定為否，則重新執行步驟510，若決定為是，則執行步驟S20；如步驟S20所示，運算控制單元14透過列印控制單元22先驅動列印單元24列印已有之品保資料。如步驟S30所示，運算控制單元14依據於列印週期內所接收的訊號轉換資料進行判斷，以選擇設定列印儀器訊號變化曲線圖之列印數值(如最大值、最小值、平均值)，以及列印所在使用字元和在紙本上位置，其中列印單元24之列印週期時間長度需事先設定；如步驟S40所示，列印控制單元22產生列印控制訊號並傳送至列印單元24；如步驟S50所示，列印單元24依據該列印控制訊號進行列印。 Please refer to the second figure, which is a flow chart of one embodiment of the printing control flow of the present invention. As shown in the figure, the present invention uses the print control unit 22 to drive the printing unit 24 to simulate the function of the drawing recorder to immediately draw a signal change on the paper. The arithmetic control unit 14 controls the printing control unit 22 according to the received signal conversion data. Workflow. The printing control flow of the present invention first determines whether to execute the paper recording printing function by the operation control unit 14 as shown in step S10. If the determination is no, the step 510 is re-executed, and if the determination is yes, the steps are executed. S20; as shown in step S20, the arithmetic control unit 14 drives the printing unit 24 to print the existing warranty data through the print control unit 22. As shown in step S30, the operation control unit 14 determines, according to the signal conversion data received during the printing period, to select the printing value (such as the maximum value, the minimum value, and the average value) of the printing instrument signal change graph. And printing the used character and the position on the paper, wherein the printing cycle time length of the printing unit 24 needs to be set in advance; as shown in step S40, the printing control unit 22 generates the printing control signal and transmits it to the column. The printing unit 24; as shown in step S50, the printing unit 24 prints according to the printing control signal.
綜上所述，本發明之電腦化繪圖記錄裝置，主要具有以下優點：1.本發明利用電腦模擬繪圖記錄器即時依據量測資料產生對應量測訊號之變化趨勢的曲線圖以及品管資料，以避免傳統繪圖記錄器產出之結果與品管資料難以對應之狀況，並減少人為失誤與增進品質作業效率； 2.本發明可利用運算控制單元依據繪圖資料設定列印控制單元，以控制列印單元所列印之輸出幅度大小及百分比範圍，而克服傳統繪圖記錄器需依序調整偵檢頭方訊號大小困難問題，並依需求可設定輸出訊號幅度或百分比範圍；3.本發明可利用電腦與資料庫直接連線，讓運算控制單元直接轉存繪圖資料與品保資料至資料庫，有助於檢測作業之報告整理；以及4.本發明透過人機介面單元之圖形化標示，以顯示檢測作業之量測位置與量測進度，而簡化檢測作業之工作管理。 In summary, the computerized drawing and recording device of the present invention mainly has the following advantages: 1. The present invention uses a computer simulation drawing recorder to generate a graph and quality control data corresponding to the trend of the measured signal according to the measured data. To avoid the situation that the results of traditional drawing recorders are difficult to match with the quality control data, and to reduce human error and improve the efficiency of quality operations; 2. The invention can use the operation control unit to set the printing control unit according to the drawing data to control the output amplitude range and the percentage range of the printing unit, and overcome the traditional drawing recorder to adjust the detection head signal size in sequence. Difficult problems, and can set the output signal amplitude or percentage range according to requirements; 3. The invention can directly connect the computer and the database, and let the computing control unit directly transfer the drawing data and the quality assurance data to the database, which is helpful for detecting The report of the operation is organized; and 4. The present invention simplifies the work management of the inspection operation by displaying the graphical indication of the human-machine interface unit to display the measurement position and measurement progress of the inspection operation.
雖然本發明已以較佳實施例揭露如上，然其並非用以限定本發明，任何熟習此技藝者，在不脫離本發明之精神和範圍內，當可作些許之更動與潤飾，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。 While the present invention has been described in its preferred embodiments, the present invention 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.
10‧‧‧電腦化繪圖記錄裝置 10‧‧‧Computerized drawing recorder
12‧‧‧訊號轉換單元 12‧‧‧Signal conversion unit
14‧‧‧運算控制單元 14‧‧‧Operation Control Unit
16‧‧‧資料庫 16‧‧‧Database
20‧‧‧中樞電腦 20‧‧‧Central Computer
22‧‧‧列印控制單元 22‧‧‧Print Control Unit
24‧‧‧列印單元 24‧‧‧Printing unit
18‧‧‧第一人機介面單元 18‧‧‧First Human Machine Interface Unit
26‧‧‧遠端單元 26‧‧‧ Remote unit
28‧‧‧第二人機介面單元 28‧‧‧Second Human Machine Interface Unit
30‧‧‧量測儀器 30‧‧‧Measurement instruments
Claims (14)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW98136809A TWI406168B (en) | 2009-10-30 | 2009-10-30 | Computerized drawing and recording device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW98136809A TWI406168B (en) | 2009-10-30 | 2009-10-30 | Computerized drawing and recording device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| TW201115457A TW201115457A (en) | 2011-05-01 |
| TWI406168B true TWI406168B (en) | 2013-08-21 |
Family
ID=44934468
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW98136809A TWI406168B (en) | 2009-10-30 | 2009-10-30 | Computerized drawing and recording device |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWI406168B (en) |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5757357A (en) * | 1994-06-30 | 1998-05-26 | Moore Products Co. | Method and system for displaying digital data with zoom capability |
| TW200643782A (en) * | 2005-01-24 | 2006-12-16 | Toshiba Kk | Image processing apparatus, image processing method, and print product |
| US20080018675A1 (en) * | 2006-07-22 | 2008-01-24 | Aubrey Dare Westmoreland | Mimic gauge for a chart recorder |
-
2009
- 2009-10-30 TW TW98136809A patent/TWI406168B/en not_active IP Right Cessation
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5757357A (en) * | 1994-06-30 | 1998-05-26 | Moore Products Co. | Method and system for displaying digital data with zoom capability |
| TW200643782A (en) * | 2005-01-24 | 2006-12-16 | Toshiba Kk | Image processing apparatus, image processing method, and print product |
| US20080018675A1 (en) * | 2006-07-22 | 2008-01-24 | Aubrey Dare Westmoreland | Mimic gauge for a chart recorder |
Also Published As
| Publication number | Publication date |
|---|---|
| TW201115457A (en) | 2011-05-01 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US4799169A (en) | Gas well flow instrumentation | |
| CN105155599B (en) | Remote information monitoring and analyzing device and method for cement soil mixing pile | |
| CN201421364Y (en) | Embedded Mechanical Equipment Handheld Inspection Terminal | |
| CN101634597A (en) | Portable multi-channel steel wire rope tension on-line measuring device based on ARM + Wince | |
| CN119228987A (en) | A digital system for pressure pipeline inspection and testing based on the Internet of Things | |
| CN107449544A (en) | A kind of pressure gauge and method for testing pressure | |
| TWI406168B (en) | Computerized drawing and recording device | |
| CN103712728B (en) | Electronic pressure gauge | |
| CN104912874A (en) | Testing and recording instrument for hydraulic system | |
| CN110568074A (en) | Crack location method of wind turbine blade based on non-contact multi-point vibration measurement and Hilbert transform | |
| CN202332032U (en) | Equal thickness interference experiment device | |
| CN1952624A (en) | Automatic verification control system for water flow standard device | |
| CN200979419Y (en) | A multi-channel gas parameter measuring instrument | |
| CN202024855U (en) | Portable detecting equipment for pressure gauge on locomotive | |
| US8488167B2 (en) | Computerized chart recorder | |
| CN102928157B (en) | Calibration system and method for pressure sensor of flow integrator | |
| CN207163656U (en) | Intelligent pressure checking table | |
| CN114958437A (en) | Coal gasification device three-dimensional monitoring method and system | |
| CN102314790A (en) | Equal-thickness interference experimental device | |
| CN202002717U (en) | Data acquisition management system of weighing scale | |
| CN2562180Y (en) | Metal material impact toughness numberical measuring instrument | |
| CN102013184A (en) | Simulation digital pressure gage | |
| CN2781338Y (en) | Portable weighting device for net contents of field quantitative package good | |
| CN204439154U (en) | Intelligent Folw Displaying Integrator | |
| CN204228127U (en) | Wireless Intelligent Thickness Gauge |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| MM4A | Annulment or lapse of patent due to non-payment of fees |