M443869 五、新型說明： 【新型所屬之技術領域】 [0001] 本創作是有關於一種遠端即時監控系統，特別是有關於 一種應用於加工裝置，且可監控加工裝置之狀態及定位 加工裝置之位置之遠端即時監控系統° 【先前技術】 [0002] 一般常見的加工裝置的交易買賣中，在供應廠商與客戶 端完成交易之後，供應廠商大多不會主動於售後提喂後 續服務；往往需等到加工裝置發生異常，或是需要校正 、保養時，才會由客戶端與供應廠商聯繫，再由供應廠 商派技術人員前往維修保養。 [0003]M443869 V. New description: [New technical field] [0001] This creation is related to a remote real-time monitoring system, in particular to a processing device, and can monitor the state of the processing device and the positioning processing device. Remote monitoring system for remote location ° [Prior Art] [0002] In the trading of common processing equipment, after the supplier and the client complete the transaction, most of the suppliers will not take the initiative to provide follow-up services after the sale; It is necessary to wait until the processing device is abnormal, or if it needs to be corrected or maintained, the client will contact the supplier, and then the supplier will send a technician to the maintenance. [0003]
[0004] 以保養加工裝置為例，當客戶端並未詳記加工裝置之購 買曰期、使用時間，亦或是不了解加工裝置當下之運作 狀態，往往無法在加工裝置保養時間到期或是發生異常 前聯繫供應廠商進行維護保養。於此情況，若加工裝置 因此無法使用，將使得客戶端因無法生產而產生虧損。 再以客戶端轉賣加工裝置為例，當客戶端因某些因素而 將加工裝置轉賣予另一客戶端，而另一客戶端未詳細了 解加工裝置之保養狀態及其相關資訊（如供應廠商資料） 時，若加工裝置發生異常，另一客戶端因沒有供應廠商 之資料，而無法與供應廠商聯繫，將導致延誤維修而影 響生產進度，進而造成虧損。 [0005] 綜觀前述問題，本創作之創作人思索並提出一種遠端即 時監控系統，以針對現有缺失加以改善，進而增進產業 10121588^^ A〇101 第3頁/共17頁 1012051485-0 M443娜 上之貫施利用。 【新型内容】 [0006] 有鑑於上述習知技藝之問題，本創作之目的就是在提供 一種遠端即時監控系統，以解決客戶端無法掌控加工裝 置之狀態，進而加工裝置發生異常造成生產上的損失之 問題。[0004] Taking the maintenance processing device as an example, when the client does not pay attention to the purchase period, the use time of the processing device, or the current operation state of the processing device, it is often impossible to expire or occur in the processing device maintenance time. Contact the supplier for maintenance before the abnormality. In this case, if the processing device cannot be used, the client will lose money due to the inability to produce. Taking the client resale processing device as an example, when the client resells the processing device to another client due to some factors, the other client does not know the maintenance status of the processing device and related information (such as the supplier information). When the processing device is abnormal, another client cannot contact the supplier because there is no supplier's information, which will result in delay in maintenance and affect the production progress, resulting in loss. [0005] Looking at the above problems, the creator of this creation ponders and proposes a remote real-time monitoring system to improve the existing defects, and then enhance the industry 10121588^^ A〇101 Page 3 / 17 pages 1012051485-0 M443 The use of the above. [New Content] [0006] In view of the above-mentioned problems of the prior art, the purpose of the present invention is to provide a remote real-time monitoring system to solve the problem that the client cannot control the state of the processing device, and the processing device is abnormally caused in production. The problem of loss.
[0007] 根據本創作之目的，提出一種遠端即時監控系統，係應 β用於加工裝置，且連結至伺服端，遠端即時監控系統包 含：監控模組、定位單元及傳輸單元。監控模組係監控 加工裝置之至少一條件值，當至少一條件值符合至少一 預設值時，監控模組係產生對應至少一預設值之提示訊 號；定位單元係定位加工裝置之位置，以產生定位訊號 :傳輸單元係藉由網路傳輸方式以傳送提示訊號或定位 訊號至伺服端；其中，伺服端係對應提示訊號或定位訊 號產生處理程序。[0007] According to the purpose of the present invention, a remote real-time monitoring system is proposed, which is used for a processing device and is connected to a server. The remote real-time monitoring system includes a monitoring module, a positioning unit and a transmission unit. The monitoring module monitors at least one condition value of the processing device. When the at least one condition value meets at least one preset value, the monitoring module generates a prompt signal corresponding to at least one preset value; the positioning unit locates the processing device, To generate a positioning signal: the transmission unit transmits a prompt signal or a positioning signal to the server through a network transmission manner; wherein the servo end corresponds to a prompt signal or a positioning signal generation processing program.
[0008] 較佳地，伺服端可對應處理程序產生通知訊號，通知訊 號可包含提示訊號、定位訊號、處理程序或其組合。 [0009] 較佳地，伺服端傳送通知訊號至具有加工裝置之客戶端 [0010] 較佳地，伺服端傳送通知訊號至處理端，處理端可據以 至對應通知訊號之加工裝置之位置執行處理程序。 [0011] 較佳地，遠端即時監控系統更可包含顯示單元以顯示監 控模組監控之至少一條件值、至少一預設值或其組合。 [0012] 較佳地，遠端即時監控系統更可包含警示單元，當至少 1012051485-0 10121588严编號Α〇101 第4頁/共Π頁 M443869 [0013] [0014] Φ [0015] [0016]Preferably, the server can generate a notification signal corresponding to the processing program, and the notification signal can include a prompt signal, a positioning signal, a processing program, or a combination thereof. [0009] Preferably, the server transmits the notification signal to the client having the processing device. [0010] Preferably, the server transmits the notification signal to the processing end, and the processing terminal can perform processing according to the position of the processing device corresponding to the notification signal. program. [0011] Preferably, the remote real-time monitoring system further includes a display unit to display at least one condition value, at least one preset value, or a combination thereof monitored by the monitoring module. [0012] Preferably, the remote real-time monitoring system may further comprise an alert unit, when at least 1012051485-0 10121588 is strictly numbered Α〇 101 4th page / total page M443869 [0013] [0015] [0016] [0016 ]
[0017] 一條件值符合至少一預設值時，以警示單元發出警示訊 號。 較佳地，監控模組更可包含定時單元以計算加工裝置之 運轉時間，當運轉時間符合預設時間時，監控模組可對 應預設時間產生提示訊號。 較佳地，監控模組更可包含溫度感測單元以感測加工裝 置之溫度，當溫度達到預設溫度時，監控模組可對應預 設溫度產生提示訊號。 較佳地，監控模組更可包含電源感測單元以感測加工裝 置之電源狀態，電源狀態符合預設狀態時，監控模組可 對應預設狀態產生提示訊號。 承上所述，本創作之遠端即時監控系統，其可具有一或 多個下述優點： (1) 此遠端即時監控系統可藉由監控模組得知加工裝置 之狀態，藉此供應廠商可依據加工裝置之狀態提前告知 客戶端該進行若干處理程序。 (2) 此遠端即時監控系統可藉由定位單元得知加工裝置 之位置，藉此供應廠商可依據該加工裝置之位置調派鄰 近之技術人員前往保養維修。 (3) 此遠端即時監控系統可藉由傳輸單元將提示訊號及 定位訊號藉由網路方式傳輸至伺服端，藉此以達到伺服 端可遠端即時監控加工裝置之目的。 【實施方式】 為利貴審查員瞭解本創作之技術特徵、内容與優點及其 10121588# 單編號 Α〇101 第5頁/共17頁 1012051485-0 M443869 所旎達成之功效，茲將本創作配合附圖，並以實施例之 表達形式詳細說明如下，為使便於理解，下述實施例中 之相同元件係以相同之符號標示來說明，而其中所使用 之圖式，其主旨僅為示意及輔助說明書之用，未必為本 創作貫施後之真實比例與精準配置，故不應就所附之圖 式的比例與配置關係解讀、侷限本創作於實際實施上的 權利範圍，合先敘明。 [0018} 請參閲第1圖及第2圖，·第1圖係為本創作之遠端即時監控 系統之第一方塊圖；第2圖係為本創作之遠端即時監控系 統之示意圖。如圖所示，本創作之遠端即時監控系統1係 應用於加工裝置1〇，如〔車床、銳床、磨床、鑽床、數 值控制（Numerical Control, NC)加工裝置、電腦數值 控制（Computer Numerical Control, CNC)加工裝 置或其他加工生產裝置，且連結至伺服端2〇(供應廠商之 遠端伺服器）；遠端即時監控系統1包含：監控模組丨〇1、 定'位單元102及傳輪單元1〇3 »監控模组101(如計時器、 溫度計、電流計或電壓計）係監控加工裝置1 〇之至少一條 件值（如運轉時間、溫度或電源狀態），當至少一條件值 符合至少一預設值時’監控模組1〇1係產生對應至少一預 設值之提示訊號，定位单元102係如全球衛星定位系統 (Global Positioning System, GPS)，其用以定位 加工裝置10之位置，以產生定位訊號；傳輸單元1〇3係藉 由網路傳輸方式’如：無線保真（Wireless Fidelity， WIFI)或全球互通微波存（Worldwide[0017] When a condition value meets at least one preset value, the warning unit sends an alert signal. Preferably, the monitoring module further comprises a timing unit for calculating the running time of the processing device. When the running time meets the preset time, the monitoring module can generate a prompt signal corresponding to the preset time. Preferably, the monitoring module further comprises a temperature sensing unit for sensing the temperature of the processing device. When the temperature reaches the preset temperature, the monitoring module can generate a prompt signal corresponding to the preset temperature. Preferably, the monitoring module further includes a power sensing unit to sense the power state of the processing device. When the power state meets the preset state, the monitoring module can generate a prompt signal corresponding to the preset state. As described above, the remote real-time monitoring system of the present invention may have one or more of the following advantages: (1) The remote real-time monitoring system can know the status of the processing device by the monitoring module, thereby supplying The manufacturer can inform the client in advance of the processing status according to the status of the processing device. (2) The remote real-time monitoring system can know the location of the processing device by the positioning unit, so that the supplier can dispatch nearby technicians to the maintenance and repair according to the position of the processing device. (3) The remote real-time monitoring system can transmit the prompt signal and the positioning signal to the servo terminal through the transmission unit through the transmission unit, thereby achieving the purpose of remotely monitoring the processing device at the remote end of the servo end. [Embodiment] For the valuable examiner to understand the technical characteristics, content and advantages of this creation and the effect achieved by 10121588# 单号Α〇101 5/17 1712051485-0 M443869, The drawings and the embodiments are described in detail below. For the sake of understanding, the same components in the following embodiments are denoted by the same reference numerals, and the drawings used therein are only intended to be illustrative and auxiliary. The use of the manual is not necessarily the true proportion and precise configuration of the original creation. Therefore, the scope and configuration relationship of the attached drawings should not be interpreted and the scope of the actual implementation of the creation should be limited. [0018] Please refer to Figure 1 and Figure 2, Figure 1 is the first block diagram of the remote real-time monitoring system of this creation; Figure 2 is a schematic diagram of the remote real-time monitoring system of this creation. As shown in the figure, the remote real-time monitoring system 1 of the present invention is applied to a processing device such as a lathe, a sharp bed, a grinding machine, a drilling machine, a numerical control (NC) processing device, and a computer numerical control (Computer Numerical Control, CNC) processing device or other processing production device, and connected to the servo terminal 2 (the remote server of the supplier); the remote real-time monitoring system 1 includes: the monitoring module 丨〇 1, the fixed 'bit unit 102 and The transmission unit 1〇3 »the monitoring module 101 (such as a timer, a thermometer, an ammeter or a voltmeter) monitors at least one condition value (such as running time, temperature or power state) of the processing device 1 when at least one condition When the value meets at least a preset value, the monitoring module 1〇1 generates a prompt signal corresponding to at least one preset value, and the positioning unit 102 is, for example, a Global Positioning System (GPS), which is used to locate the processing device. 10 position to generate positioning signal; transmission unit 1〇3 is transmitted by means of network such as: Wireless Fidelity (WIFI) or Global Interoperability Microwave (Worldwide
Interoperability for Microwave Access, 10121588^^^ WIMAX)以傳送提示訊號或定位訊號至伺服端2〇 ;其中， A0101 第6頁/共17頁 八 1012051485-0 M443869 伺服端20係對應提示訊號或定位訊號產生處理程序（保養 作業、故障排除作業或維修作業）。 [0019] 一般而言，供應廠商與客戶端於完成交易後之互動並不 頻繁，進一步地說，供應廠商係不會主動關切賣出之加 工裝置10之售後使用情況，再加上客戶端不熟悉加工裝 置10之相關技術，以及未詳細了解加工裝置10之使用情 況，往往要等到加工裝置10發生異常，才會聯繫供應廠 商前來檢查維修，而導致延宕生產進度，進而造成不可 預期之虧損。 [0020] 承上所述，為防止上述情形發生，供應廠商應完善售後 服務，主動了解售出之加工裝置10之使用狀態；另，客 戶端應留意加工裝置10進行維護保養之時間，並加以監 控加工裝置10之狀態。Interoperability for Microwave Access, 10121588^^^ WIMAX) to transmit the prompt signal or positioning signal to the servo terminal 2; wherein, A0101 page 6 / 17 page 18 1012051485-0 M443869 server 20 is corresponding to the prompt signal or positioning signal generated Handling procedures (maintenance work, troubleshooting work, or repair work). [0019] Generally speaking, the supplier and the client do not interact frequently after completing the transaction. Further, the supplier does not actively care about the after-sales use of the processed processing device 10, plus the client. Unfamiliar with the related technology of the processing device 10, and without a detailed understanding of the use of the processing device 10, it is often necessary to wait until the processing device 10 is abnormal, and then contact the supplier to check the repair, which leads to delay in the production progress, thereby causing unpredictable Loss. [0020] As stated above, in order to prevent the above situation from occurring, the supplier should improve the after-sales service and actively understand the use status of the processed processing device 10; in addition, the client should pay attention to the time for the processing device 10 to perform maintenance, and The state of the processing device 10 is monitored.
[0021] 有鑑於此，本創作之遠端即時監控系統1可幫助供應廠商 藉由伺服端20遠端監控售出之加工裝置10之狀態及位置 ，以適時地提醒客戶端進行維護保養，並可依據定位單 元102之定位訊號調派距離客戶端最近之技術人員前往維 護保養，以提高服務效率；再者，若發生加工裝置10轉 賣之情況，藉由定位訊號，亦能掌握轉賣後之加工裝置 .10之位置，以保障後續客戶端之使用權益。 [0022] 值得一提地是，供應廠商可藉由各售出之加工裝置10之 定位.訊號進行統計分析，以取得各地區加工裝置分布情 形，藉此，以作為設立維修據點及市場行銷方向之參考 分析依據。 10121588#單編號 A〇101 第7頁/共17頁 1012051485-0 [0023]M443869 °月參閱第3圖’其係為本創作之遠端即時監控系統之第二 方塊圖。如圖所示’本創作之遠端即時監控系統1之飼服 端20可對應處理料產生通知訊號如，.*通知訊號加 可包含提示訊號mo、定位訊號刪、處理程序或其組. 合0 [0024] [0025] [0026] 承上所述’伺服端20產生通知訊號201後，將傳送通知訊 號2〇1至客戶端3Q ;亦或傳送通知訊號2G1至處理端40， 處理端40可據以至對應通知訊號2〇1之加工裝置之位置 執行處理程序β 更詳細地說’當供應廢商藉由飼服端2Q得知客戶端別之 加工裝置1G之某-條件值符合預設值時，如：預設值為 保養週期彳呆養週期為—年，而條件值為距離最後一次 ㈣之時間’當條件值達到一年時（藉由定時單元ι〇ι得 知）即符合預设值（一年），此時’祠服端2〇接收提示訊號 1010 ’並據以產生處理程序，其處理程序為進行保養作 業，接著；，由伺服端20產生且發出通知訊號2〇1至客戶端 30及處理端40(等同於藉由通訊方式聯繫），在此處理端 _ 40為進行維修保養之技術人貢，飼服端⑺將提醒客戶端 30其所有之加:l裝置1Q保養周期已到需進行保養，以及 連絡技術人員前往進行相關作業。 值得注意地是，當技術人員接收到通知訊號2〇1時，技術 人員可從通知訊號201得知待處理之相關内容，如地點（ 為定位訊號1 020所代表之内容）' 問題（為提示訊號1〇1〇 所代表之内容）或需進行若干作業（為處理程序所代表之 内容）；而客戶端3〇亦然。 10121588^^^^ A〇101 1012051485-0 M443869 f〇〇27J此外，為使得客戶端3〇也能即時掌握加工裝置1〇之狀態 ，本創作之遠端即時監控系統！更可包含顯示單1〇4元以 顯示監控模組101監控之條件值、預設值或其組合；以及 包含警示單元105，當條件值符合預設值時，以警示單元 105發出警示訊號。舉例而言，客戶端3〇也可藉由顯示單 元104所顯示之條件值及預設值得知距下次保養還有多久 時間，亦或藉由警示訊號（燈號、聲音或其組合）得知加 工裝置10需進行保養，進而達到供應廠商及客戶端3〇雙 方共同監控維護加工裝置1 〇、之目的。 剛料㈣4圖，其係為本翁之遠端即時監控系統之監控 模組之方塊圖。如圖所示，監控模組1〇1可包含定時單元 1011、溫度感測單元1〇12、電源感測單元1〇3或其組合 ，在此不予以限定。 [0029]承上所述，定時單元1011可為計時器或倒數計時器，在 此並不予以限定；定時單元1011可計算加工裝置1〇之運 轉時間，當運轉時間符合預設時間時，監控模組1〇1可對 應預設時間產生提示訊號1〇1〇。簡單地說’以預設時間 表示加工裝置10之保養週期，而運轉時間符合預設時間 即代表加工裝置10需進行保養作業，進而伺服端2〇係依 據知：示訊波1010調派技術人員前往進行保養。 [0030]而溫度感測單元1012可以感測加工裝置10之溫度，當溫 度達到預設溫度時，監控模組1〇1可對應預設溫度產生提 示訊號1010。換言之，當加工裝置1〇之溫度超出預設溫 度的話，即可視為因加工裝置10運轉異常導致溫度過熱 ，進而產生提示訊號1010以通知伺服端2〇調派技術人員 1012051485-0 10121588#單編號A0101 第9頁/共17頁 M443869 前往處理；更進一步，可通知客戶端30，令其先停止加 工裝置10之運轉，等候技術人員到達處理，以避免加工 裝置10繼續運轉而發生意外。 [0031] 而電源感測單元1 01 3可為電壓計、電流計或其他可感測 電源資訊之器具，電源感測單元1013可以感測加工裝置 10之電源狀態，電源狀態符合預設狀態時，監控模組101 可對應預設狀態產生提示訊號1010。舉例來說，當加工 裝置10之電流為0時，則可視為加工裝置10並未運轉，故 ，此時需將提示訊號1010傳至伺服端20，由伺服端20派 遣技術人員前往，以判斷加工裝置10未能正常運轉之原 因。 [0032] 上述中提及加工裝置10與伺服端20之間的傳輸、監控模 組101、定位單元102等相關技術，係為所屬技術領域人 員所熟知，故，於說明書中便不再贅述。[0021] In view of this, the remote real-time monitoring system 1 of the present invention can help the supplier remotely monitor the status and location of the sold processing device 10 by the server 20, so as to timely remind the client to perform maintenance, and According to the positioning signal of the positioning unit 102, the technician closest to the client can be dispatched to the maintenance to improve the service efficiency; in addition, if the processing device 10 resells, the processing device after reselling can be grasped by the positioning signal. The .10 location to protect the subsequent use rights of the client. [0022] It is worth mentioning that the supplier can perform statistical analysis by the positioning and signal of each of the sold processing devices 10 to obtain the distribution of processing devices in various regions, thereby serving as a maintenance base and marketing direction. Reference analysis basis. 10121588#单号 A〇101 Page 7 of 17 1012051485-0 [0023] M443869 ° month refers to Figure 3, which is the second block diagram of the remote monitoring system of the creation. As shown in the figure, the feeding end 20 of the remote monitoring system 1 of the present invention can generate a notification signal corresponding to the processing material. For example, the notification signal plus can include the prompt signal mo, the positioning signal deletion, the processing program or a group thereof. [0024] [0026] [0026] After the server 20 generates the notification signal 201, the notification signal 2〇1 is transmitted to the client 3Q; or the notification signal 2G1 is transmitted to the processing terminal 40, and the processing terminal 40 The processing program can be executed according to the position of the processing device corresponding to the notification signal 2〇1. In more detail, when the supply waste merchant knows that the processing device 1G of the client is different from the feeding service end 2Q, the condition value conforms to the preset. When the value is, for example, the default value is the maintenance period, the staying period is -year, and the condition value is the time from the last time (four)' when the condition value reaches one year (received by the timing unit ι〇ι) The preset value (one year), at this time, 'the service terminal 2 receives the prompt signal 1010' and generates a processing program according to which the processing procedure is to perform the maintenance operation, and then, the servo terminal 20 generates and sends the notification signal 2〇. 1 to client 30 and processing terminal 40 (equivalent to borrowing Contacted by communication method, in this processing terminal _ 40 for the maintenance of the technical person, the feeding end (7) will remind the client 30 of all the addition: l device 1Q maintenance cycle has been required for maintenance, and contact technicians Go to related work. It is worth noting that when the technician receives the notification signal 2〇1, the technician can know the related content to be processed, such as the location (the content represented by the positioning signal 1 020) from the notification signal 201. The content represented by the signal 1〇1〇) may require a number of assignments (for the content represented by the processing program); and the client 3 is also the same. 10121588^^^^ A〇101 1012051485-0 M443869 f〇〇27J In addition, in order to enable the client 3〇 to instantly grasp the status of the processing device, the remote monitoring system of this creation! Further, the display unit 105 can display the condition value, the preset value or a combination thereof monitored by the monitoring module 101; and the warning unit 105 is provided, and when the condition value meets the preset value, the warning unit 105 sends a warning signal. For example, the client 3 can also know how long it is from the next maintenance by the condition value and the preset value displayed by the display unit 104, or by the warning signal (light, sound or a combination thereof). It is known that the processing device 10 needs to be maintained, thereby achieving the purpose of jointly monitoring and maintaining the processing device by both the supplier and the client. Just 4 (4), which is a block diagram of the monitoring module of the remote real-time monitoring system of the Weng. As shown in the figure, the monitoring module 101 can include a timing unit 1011, a temperature sensing unit 1〇12, a power sensing unit 1〇3, or a combination thereof, which is not limited herein. [0029] As described above, the timing unit 1011 can be a timer or a countdown timer, which is not limited herein; the timing unit 1011 can calculate the running time of the processing device 1,, and monitor when the running time meets the preset time. The module 1〇1 can generate the prompt signal 1〇1〇 corresponding to the preset time. Simply speaking, 'the maintenance period of the processing device 10 is represented by the preset time, and the running time is in accordance with the preset time, that is, the processing device 10 needs to perform the maintenance work, and then the servo terminal 2 is based on the knowledge: the display wave 1010 dispatches the technician to go Carry out maintenance. [0030] The temperature sensing unit 1012 can sense the temperature of the processing device 10. When the temperature reaches the preset temperature, the monitoring module 101 can generate the warning signal 1010 corresponding to the preset temperature. In other words, when the temperature of the processing device 1 exceeds the preset temperature, it can be regarded as the temperature is overheated due to the abnormal operation of the processing device 10, and then the prompt signal 1010 is generated to notify the servo terminal 2 to dispatch the technician 1012051485-0 10121588# single number A0101 Page 9 of 17 M443869 goes to the process; further, the client 30 can be notified to stop the operation of the processing device 10 first, waiting for the technician to arrive at the process to avoid the accident that the processing device 10 continues to operate. [0031] The power sensing unit 101 can be a voltmeter, an ammeter or other instrument that can sense the power information. The power sensing unit 1013 can sense the power state of the processing device 10, and the power state meets the preset state. The monitoring module 101 can generate the prompt signal 1010 corresponding to the preset state. For example, when the current of the processing device 10 is 0, it can be considered that the processing device 10 is not running. Therefore, the prompt signal 1010 needs to be transmitted to the servo terminal 20, and the technician 20 sends a technician to judge. The reason why the processing apparatus 10 fails to operate normally. [0032] The related technologies, such as the transmission between the processing device 10 and the servo terminal 20, the monitoring module 101, the positioning unit 102, and the like are well known to those skilled in the art, and therefore will not be described again in the specification.
[0033] 而以上所述僅為舉例性，並非為限制性者。任何未脫離 本創作之精神與範疇，而對其進行之等效修改或變更， 均應包含於後附之申請專利範圍中。 【圖式簡單說明】 [0034] 第1圖係為本創作之遠端即時監控系統之第一方塊圖。 第2圖係為本創作之遠端即時監控系統之示意圖。 第3圖係為本創作之遠端即時監控系統之第二方塊圖。 第4圖係為本創作之遠端即時監控系統之監控模組之方塊 圖。 【主要元件符號說明】 體产單編號A〇101 第10頁/共17頁 1012051485-0 M443869 [0035] 1 :遠端即時監控系統 10 :加工裝置 101 :監控模組 1010 :提示訊號 1011 :定時單元 1 012 :溫度感測單元 1013 :電源感測單元 102 :定位單元 1 020 :定位訊號 103 :傳輸單元 104 :顯示單元 105 :警示單元 20 :伺服端 2 01 :通知訊號 30 :客戶端 40 :處理端 10121588^«^ A〇101 第11頁/共17頁 1012051485-0[0033] The above description is for illustrative purposes only and is not a limitation. Any equivalent modifications or changes made to the spirit and scope of this creation shall be included in the scope of the appended patent application. BRIEF DESCRIPTION OF THE DRAWINGS [0034] Figure 1 is a first block diagram of the remote real-time monitoring system of the present invention. Figure 2 is a schematic diagram of the remote real-time monitoring system of the creation. Figure 3 is the second block diagram of the remote real-time monitoring system of this creation. Figure 4 is a block diagram of the monitoring module of the remote real-time monitoring system of the author. [Main component symbol description] Body product number A〇101 Page 10/17 page 1012051485-0 M443869 [0035] 1 : Remote monitoring system 10: Processing device 101: Monitoring module 1010: Alert signal 1011: Timing Unit 1 012: temperature sensing unit 1013: power sensing unit 102: positioning unit 1 020: positioning signal 103: transmission unit 104: display unit 105: warning unit 20: servo terminal 2 01: notification signal 30: client 40: Processing end 10121588^«^ A〇101 Page 11 / Total 17 pages 1012051485-0