TW201915967A - Electric circuit monitoring and information management system for device engineering capable of shortening the maintenance and construction time, reducing construction errors, and facilitating the inspection and maintenance operations - Google Patents
Electric circuit monitoring and information management system for device engineering capable of shortening the maintenance and construction time, reducing construction errors, and facilitating the inspection and maintenance operations Download PDFInfo
- Publication number
- TW201915967A TW201915967A TW106134289A TW106134289A TW201915967A TW 201915967 A TW201915967 A TW 201915967A TW 106134289 A TW106134289 A TW 106134289A TW 106134289 A TW106134289 A TW 106134289A TW 201915967 A TW201915967 A TW 201915967A
- Authority
- TW
- Taiwan
- Prior art keywords
- circuit
- monitoring
- equipment
- code
- engineering
- Prior art date
Links
Landscapes
- Testing And Monitoring For Control Systems (AREA)
- Alarm Systems (AREA)
Abstract
Description
本發明係有關於監控系統技術，特別是指使用於各種設備工程之電路監控系統，當設備或電路於維修檢測或發生異常時，可快速取得系統架構圖、電路施工圖面、設備位置、異常構件及位置等相關資料，以利於維修及查詢者。 The invention relates to a monitoring system technology, in particular to a circuit monitoring system used in various equipment engineering. When a device or a circuit detects an abnormality in maintenance or an abnormality, the system architecture diagram, the circuit construction drawing surface, the equipment position, and the abnormality can be quickly obtained. Relevant information such as components and location to facilitate maintenance and enquiry.
由於科技之應用已深入人類的生活環境，無論食、衣、住、行、育、樂等各方面，人們都會接觸到各式各樣的裝置或設備，這些裝置及設備讓人類的生活更為省時及便利，可擁有更多時間作其他事情，亦讓人類的生活更為舒適且健康。而人們接觸最多的裝置設備，通常是在工作、居家或公共場所的環境中，大多都安裝於建築物內。 Since the application of technology has penetrated into the human living environment, people will be exposed to a wide variety of devices or equipment, such as food, clothing, housing, travel, education, music, etc. These devices and equipment make human life more Save time and convenience, have more time to do other things, and make human life more comfortable and healthy. Most of the devices that people are exposed to are usually in the environment of work, home or public places, and most of them are installed in buildings.
以建築物常見的設備裝置，如機電設備、消防設備、空調設備、及弱電設備，其中機電設備包括廢水污水處理、抽水排水、蓄水、照明、電梯或停車等裝置；消防設備則有警報、灑水、警急照明、溫度或氣體偵測、消防栓及消防泵浦等裝置；空調設備則包含冷氣、暖氣、溫度或氣體偵測、循環排氣、發電機及冷卻等裝置；弱電設備常見者如警急求救、網路電信、門禁、監視、對講、天線等裝置。 Equipments commonly used in buildings, such as electromechanical equipment, fire-fighting equipment, air-conditioning equipment, and weak electrical equipment, including electromechanical equipment including wastewater treatment, pumping and drainage, water storage, lighting, elevators or parking; fire-fighting equipment has alarms, Sprinklers, emergency lighting, temperature or gas detection, fire hydrants and fire pumps; air conditioning equipment includes air conditioning, heating, temperature or gas detection, circulating exhaust, generators and cooling, etc.; weak electrical equipment common Such as emergency calls for help, network telecommunications, access control, surveillance, intercom, antennas and other devices.
前述各類設備裝置可各自獨立的運轉，亦可將數個設備或裝置集中由一控制裝置或系統作統一的控制管理，如要將多個設備集中控管，則需要進行相關的電路施工將所有設備相互聯結及聯結至控制主機，由控制主機控制各設備的運轉與停止。此類將數個設備統一由一控制主機監控的方式，即為系統化設備之監控，或設備之監控系統。 The above-mentioned various types of equipment devices can operate independently, and several devices or devices can be collectively controlled and controlled by a control device or system. If multiple devices are to be centrally controlled, relevant circuit construction will be required. All devices are connected to each other and connected to the control host, and the control host controls the operation and stop of each device. This type of device that monitors several devices in a unified manner by a control host is the monitoring of systemized devices or the monitoring system of devices.
除各裝置設備之運轉控制外，監視與檢測亦是整體系統化設備所不可缺的，此為系統化設備之管理層面，主要為即時得知目前各設備之運作狀態是否正常，必須結合「控制」及「管理」兩大方面，才能使整 體系統化設備之控管與運作趨於完善。系統化裝置設備之監控技術的「控制」部份係以控制主機與各設備間的控制訊號傳輸，並由控制主機經分析、判斷回傳之訊號或依據條件後，再傳輸控制訊號至相關設備以控制其運轉或停止；「管理」部份則係針對控制主機與各設備連線過程中，監視其各訊號、電流、電壓等傳輸是否正常，設備運作是否有異常，相關運作的記錄，以及異常之檢測與排除等等。 In addition to the operation control of each device, monitoring and detection are also indispensable for the overall systemized equipment. This is the management level of the systemized equipment. It is mainly to know immediately whether the current operating status of each device is normal. And the two aspects of "management" can improve the control and operation of the overall systemized equipment. The "control" part of the monitoring technology of the systemized device is to control the control signal transmission between the host and each device, and the control host transmits the control signal to the relevant device after analyzing and judging the signal of the return or according to the condition. In order to control its operation or stop; the "Management" section monitors whether the transmission of each signal, current, voltage, etc. is normal, whether the operation of the equipment is abnormal, the operation of the relevant operation, and the operation of the control host and each device. Detection and elimination of abnormalities, etc.
當系統化設備有異常發生時，即使設備處於待機狀況，較佳的監控系統則仍具有提示或警示人員的功能，而提示方式大多於顯示器上顯示有異常情形發生，此屬於「主動得知異常發生」；然而有些監控系統未具備異常顯示或提示功能時，如設備在待機時間有問題，則必須在下一次發動運轉時，因設備無發如期運作才會發現，此為「被動得知異常發生」；被動得知往往會造成不可收拾的後果，如抽水馬達主要係大雨或水災時水位到預定時，才驅動進行抽水動作，屬於非經常使用的設備，然而在有警急狀態進行運轉時才發現抽水馬達已損壞，導致水淹嚴重的後果，一般而言抽水馬達的損壞可能早在大水前就已經發生了，只是無人知曉。 When there is an abnormality in the systemized device, even if the device is in the standby state, the better monitoring system still has the function of prompting or alerting the personnel, and the prompting method mostly displays an abnormal situation on the display, which belongs to "actively knowing the abnormality. However, some monitoring systems do not have an abnormal display or prompt function. If the device has a problem during the standby time, it must be discovered during the next startup operation because the device is not running as scheduled. This is "passively knowing that an abnormality has occurred." Passive knowledge often leads to unstoppable consequences. For example, when the pumping motor is mainly caused by heavy rain or flooding when the water level reaches a predetermined level, it will drive the pumping action. It is a non-frequently used device, but only when it is in an emergency state. It was found that the pumping motor was damaged, resulting in serious water flooding. In general, the damage of the pumping motor may have occurred before the flood, but no one knows.
運作異常的發生大部份為設備或電路上的問題，需針對異常的設備或電路分別進行檢測。目前有關系統化設備之異常「電路」檢測方法，大致可分為「人工偵測」及「自動偵測」兩大類，其中「人工偵測」係指利用儀器沿線量測電路之信號、電壓或電流，由數據的變化判斷電路之異常位置，此類電路檢測儀器常見者如三用電錶、網路測試器等；而「自動偵測」則係利用具有檢測功能之監控系統，可自動偵測到電路內之信號、電壓或電流發生變化，並回饋信號至控制主機，即能立即發現哪一條電路及其設備，可能有異常狀況發生。 Most of the abnormal operation occurs as a problem on the device or circuit, and it is necessary to separately detect the abnormal device or circuit. At present, the abnormal "circuit" detection methods for systemized devices can be broadly classified into "manual detection" and "automatic detection". "Manual detection" refers to the measurement of the signal, voltage or circuit of the circuit along the instrument. Current, the abnormal position of the circuit is judged by the change of the data. Such circuit detection instruments are commonly used such as three-meter electric meter, network tester, etc.; and "automatic detection" is a monitoring system with detection function, which can automatically detect When the signal, voltage or current in the circuit changes and feedbacks the signal to the control host, it can immediately find out which circuit and its equipment, and abnormal conditions may occur.
前述無論是「人工偵測」及「自動偵測」之檢測方式，最終維修人員均需攜帶電路路線施工圖，或整體設備系統架構圖至現場尋找異常發生位置，有時較為複雜的系統架構則可能會需要攜帶好幾張圖面，從圖面上結合監控系統提示來判斷可能發生異常的組件、設備或電路有那些，再逐一去檢測問題在哪，找出問題點後，再判斷所需使用的維修工具或材料，亦必須在取得適合的維修工具及更換材料，才能進行維修。 Regardless of the detection methods of "manual detection" and "automatic detection", the final maintenance personnel are required to carry the circuit route construction drawing or the overall equipment system architecture diagram to find the location of the abnormality on site, sometimes the more complicated system architecture. You may need to carry several pictures, and combine the monitoring system prompts to judge the components, equipment or circuits that may be abnormal, and then check the problem one by one, find out the problem, and then judge the required The repair tools or materials used must also be repaired by obtaining suitable repair tools and replacement materials.
監控系統的運用上相當廣泛，不同的裝置設備、軟體及應 體、與不同的功能達成，均需要特定的監控系統以符合各種需求條件。本案則針對設備裝置之監控系統作研究。習知設備或裝置之監控系統技術，如國內第104219599號新型專利所揭露之「整合監控裝置」，其經由一個雲端設備監控分別設置在一個具有多個空間之建築物內的多個主控設備與多個連動設備，該整合監控裝置包含一個空間設備建立模組、一個設備連動模組，及一個整合監控模組，其中：該空間設備建立模組包括：一個空間建立單元，可供操作以對各個空間分別建立一個受控空間設定，每一個受控空間設定具有多個分別可供設定要連線監控之主控設備的監控選項，及一個主控設備設定單元，可供操作以將每一個監控選項分別關聯綁定一個主控設備；該設備連動模組包括：一個連動設備設定單元，可供操作以對該等監控選項關聯之該主控設備分別關聯至少一個要被連動啟動之連動設備，及一個連動功能設定單元，可供操作設定已被關聯之該連動設備要被連動產生之連動功能；該整合監控模組，可將所有受控空間設定傳送至該雲端設備，並可接收顯示出該雲端設備傳送之各個受控空間設定關聯的所有主控設備與所有連動設備的功能資訊。 The use of monitoring systems is quite extensive. Different equipment, software and applications, and different functions are required. Specific monitoring systems are required to meet various requirements. This case is for the monitoring system of equipment installations. A monitoring system technology of a conventional device or device, such as the "integrated monitoring device" disclosed in the Japanese Patent No. 104219599, which monitors a plurality of main control devices respectively disposed in a building having a plurality of spaces via a cloud device And the plurality of linkage devices, the integrated monitoring device comprises a space device establishing module, a device linking module, and an integrated monitoring module, wherein: the space device establishing module comprises: a space establishing unit, operable to A controlled space setting is established for each space, and each controlled space is set with a plurality of monitoring options respectively for setting the main control device to be connected for monitoring, and a main control device setting unit is operable to operate each A monitoring option is associated with a master device; the device linkage module includes: a linkage device setting unit, and the master device associated with the monitoring option is associated with at least one linkage to be activated. a device, and a linkage function setting unit, which is operable to set the linked device to be associated The linkage function generated by the linkage; the integrated monitoring module can transmit all the controlled space settings to the cloud device, and can receive all the master devices and all the linked devices that are associated with each controlled space setting transmitted by the cloud device. Functional information.
另一種習知設備或裝置之監控系統技術，如國內第106205420號新型專利所揭露之「空調監控系統」，其包含：多個冰水主機；多個用以偵測所述冰水主機的冰水溫差資訊的感測器；多個分別設置於所述冰水主機內且用以控制所述冰水主機運作的管控單元，每一管控單元包括一可取得對應的感測器的資訊且可控制對應的冰水主機運作的處理器，及一連結該處理器的模糊運算模組，每一處理器執行對應的模糊運算模組且配合對應的感測器所偵測的冰水溫差資訊並經過模糊運算而控制對應的冰水主機運作；及一與所述管控單元網路連結的雲端處理平台，該雲端處理平台存有所述管控單元之模糊運算模組且該雲端處理平台可監控與分析所述管控單元控制所述冰水主機運作的資訊，而當任一管控單元之處理器無法執行對應的模糊運算模組時，則可由該雲端處理平台下載所需的模糊運算模組並執行。 A monitoring system technology of a conventional device or device, such as the "air conditioning monitoring system" disclosed in the new patent No. 106205420, which comprises: a plurality of ice water hosts; and a plurality of ice for detecting the ice water host a sensor for water temperature difference information; a plurality of control units respectively disposed in the ice water host and configured to control the operation of the ice water host, each control unit includes information for obtaining a corresponding sensor and a processor for controlling operation of the corresponding ice water host, and a fuzzy computing module coupled to the processor, each processor executing a corresponding fuzzy computing module and matching the ice water temperature difference information detected by the corresponding sensor Controlling the operation of the corresponding ice water host by the fuzzy operation; and a cloud processing platform connected to the network of the control unit, the cloud processing platform storing the fuzzy computing module of the control unit and the cloud processing platform can monitor and The information that the control unit controls the operation of the ice water host is analyzed, and when the processor of any control unit cannot execute the corresponding fuzzy operation module, the cloud can be processed by the cloud. Taiwan Download the required fuzzy operations module and executed.
更有一種習知設備或裝置之監控系統技術，如國內第104128570號發明專利所揭露之「建築物內常見公共設備的監控系統」，係適用於搭配一建築物監控資訊雲端伺服器及複數配置在建築物內的常見公 共設備使用，該監控系統包含：複數檢測模組，分別配置在該常見公共設備，並具有一能夠發出一檢測訊號的訊號發射單元；複數逃生燈裝置，設置在該建築物每一樓層的逃生通道、樓梯間或逃生出口內，並具有一與該訊號發射單元連結的接收單元、一與該接收單元訊號連結的資訊發射單元、及一供該接收單元與資訊發射單元作動所需電力的不斷電單元；該接收單元接收到該訊號發射單元的檢測訊號後，至少判斷出該常見公共設備的檢測資訊，且將該檢測資訊轉換成一通知訊號並傳至該資訊發射單元；該資訊發射單元接收到該通知訊號後，則將該檢測資訊上傳至該建築物監控資訊雲端伺服器，並持續更新；其中各該檢測模組的訊號發射單元與各該逃生燈裝置的接收單元之間的訊號連結是使用藍牙協定通訊、Wi-Fi協定通訊、或ZigBee協定通訊；其中各該常見公共設備的檢測資訊包含各樓層編碼身分(Identification No.)，各該逃生燈裝置的接收單元接收到該檢測訊號後，使得該檢測資訊包含該常見公共設備的所在樓層位置。 There is also a monitoring system technology of a conventional device or device, such as the "monitoring system for common public facilities in buildings" disclosed in the domestic patent No. 104128570, which is suitable for matching a building monitoring information cloud server and a plurality of configurations. In a common public equipment used in a building, the monitoring system includes: a plurality of detection modules respectively disposed in the common public device, and having a signal transmitting unit capable of emitting a detection signal; and a plurality of escape light devices disposed in the building The escape channel, the stairwell or the escape exit of each floor has a receiving unit coupled to the signal transmitting unit, an information transmitting unit coupled to the receiving unit signal, and a receiving unit and an information transmitting unit An uninterruptible power unit that activates the required power; after receiving the detection signal of the signal transmitting unit, the receiving unit determines at least the detection information of the common public device, and converts the detection information into a notification signal and transmits the information to the information transmission Unit; after the information transmitting unit receives the notification signal, the detection information is Uploaded to the building monitoring information cloud server and continuously updated; the signal connection between the signal transmitting unit of each detecting module and the receiving unit of each of the escape light devices is to communicate using Bluetooth protocol, Wi-Fi protocol communication Or the ZigBee protocol communication; wherein the detection information of each common public device includes each floor code identity (Identification No.), and the receiving unit of each of the escape lamp devices receives the detection signal, so that the detection information includes the common public device The location of the floor.
上述習知監控系統技術，均屬於運用在建築物內之數個設備及裝置，加以整合系統化之監控技術者，其中第一案主要作為將數個設備連動啟動之控制，並結合雲端技術將相關資訊上傳；第二案則係為使用於空調相關設備之監控系統；第三案則為應用於公共場所中之消防與警急逃難監控系統。 The above-mentioned conventional monitoring system technology belongs to several devices and devices used in the building, and integrates and systematically monitors the technology. The first case is mainly used as a control for linking several devices to start, and combined with cloud technology. The related information is uploaded; the second case is the monitoring system used for air-conditioning related equipment; the third case is the fire and emergency escape monitoring system used in public places.
惟，前述習知監控系統僅揭露監控系統之控制架構、聯結方式、控制步驟、及所應用控制技術等，僅針對「控制」部份之技術，並未揭露整體系統之電路檢測技術，或異常時之處理方法等「管理」部份之技術說明，事實上只作到前端控制的部份，未能達到後端管理的功效；另一方面，對於維修及檢測異常時，所需相關的施工架構圖面或文件、相關資訊等，均未能作完善的管理，於維修時無法即時取得相關資料或訊息，使得查修作業相當複雜且困難，往往會耗費相當多時間；此外，查修時因各電路線路複雜，無法立即找出哪一設備對應哪一電路，常常會因電路判斷錯誤，而造成維修或配線施工錯誤之情形發生；故本案發明人，係針對數個設備系統化之監控系統，提供後端管理部份之異常查修功能，同時可將 維修所需的相關文件或資訊作完整的管理，以供維修時能即時查詢。 However, the aforementioned conventional monitoring system only discloses the control architecture, the connection mode, the control procedure, and the applied control technology of the monitoring system, and only refers to the technology of the "control" part, and does not disclose the circuit detection technology of the whole system, or an abnormality. The technical description of the "management" part such as the time processing method is actually only part of the front-end control, failing to achieve the effect of back-end management; on the other hand, the relevant construction is required for maintenance and detection of abnormalities. The layout drawings or documents, related information, etc. are not well managed. It is impossible to obtain relevant information or information at the time of maintenance, making the inspection work complicated and difficult, and it often takes a considerable amount of time. In addition, during the inspection Because the circuit lines are complicated, it is impossible to immediately find out which circuit corresponds to which circuit, and often the circuit is judged to be wrong, which causes the maintenance or wiring construction error. Therefore, the inventor of this case systematically monitors several devices. The system provides the abnormality checking function of the back-end management part, and can completely manage related documents or information required for maintenance. For immediate inspection during maintenance.
有鑑於此，本發明所揭露之設備工程之電路監控及資訊管理系統，其包含有：一設備群組、與該設備群組相聯結之一電控集線裝置、設於各該設備群組與電控集線裝置間之一電路資訊管理裝置、以及與該電控集線裝置相聯結之一監控主機；其中該監控主機其內建置有一電路監控管理程式，可監控整體設備工程之各該設備與電路之資訊、位置、系統架構、電路施工、及目前運作狀態；該電路資訊管理裝置其具有以預設顏色分別設於各該電路兩端以各別代表不同設備與電路之至少一符碼標示組件，及分別設於各該設備上之至少一快速響應矩陣圖碼(QR Code)，經由一讀取裝置掃瞄後顯示整體設備工程之相關設備與電路資訊，以及一設備系統架構圖；藉由上述構件，透過該電路監控管理程式於異常狀況時立即辨視判斷出異常之設備及其電路，並有效管理相關相關之圖面、文件與資訊以供維修時隨時備查，配合該符碼標示組件具符碼化之各電路標示，可達到縮短維修施工時間及降低施工錯誤，並使檢測及維修作業更方便者。 In view of the above, the circuit monitoring and information management system of the device engineering disclosed in the present invention comprises: a device group, an electronic control line device connected to the device group, and is disposed in each device group and a circuit information management device between the electronic control line device and a monitoring host connected to the electronic control line device; wherein the monitoring host has a circuit monitoring management program built therein, which can monitor each device of the overall device engineering The information, location, system architecture, circuit construction, and current operational status of the circuit; the circuit information management device has at least one code mark respectively disposed at each end of the circuit in a preset color to represent different devices and circuits The component and the at least one quick response matrix code (QR Code) respectively disposed on each device display the device and circuit information of the overall device engineering and the system architecture diagram of the device through a scanning device; Through the above-mentioned components, the monitoring and management program through the circuit immediately recognizes the abnormal device and its circuit when abnormal conditions are present, and effectively manages related Close the drawings, documents and information for inspection at any time, and cooperate with the code marking component to mark the various circuit markings, which can shorten the maintenance and construction time and reduce construction errors, and make the inspection and maintenance operations more convenient. .
本發明之主要目的即在提供一種設備工程之電路監控及資訊管理系統，係具有一電路監控管理程式，可於顯示單元上顯示整體設計工程之設備系統架構圖，當有異常狀況發生時，可在顯示營幕上看到該設備系統架構圖中其異常之聯結線路或設備改變顏色以警示，使人員可立即辨視判斷出異常之設備及其電路。 The main purpose of the present invention is to provide a circuit monitoring and information management system for equipment engineering, which has a circuit monitoring management program, which can display the equipment system architecture diagram of the overall design project on the display unit, when an abnormal situation occurs, On the display screen, the abnormal connection line or device in the equipment system architecture diagram changes color to alert, so that the personnel can immediately recognize the abnormal device and its circuit.
本發明之次一目的即在提供一種設備工程之電路監控及資訊管理系統，於電控集線裝置上設有可快速掃瞄讀取資料之一快速響應矩陣圖碼(QR Code)，利用一讀取裝置掃瞄後可獲得整體設備工程之相關設備與電路資訊，包括設備系統架構圖、電路施工圖及各設備設置位置等，故具有可即時取得整體系統設備相關之資料、文件及圖面之功能，且維修人員無需隨身攜帶相關文件，因此查修相當便利且簡單容易。 The second object of the present invention is to provide a circuit monitoring and information management system for equipment engineering, and a quick response matrix code (QR Code) for quickly scanning and reading data on the electronic control line device, using the first reading After the device is scanned, the relevant equipment and circuit information of the whole equipment engineering can be obtained, including the equipment system architecture diagram, the circuit construction drawing and the location of each equipment. Therefore, the information, documents and drawings related to the overall system equipment can be obtained instantly. The function, and the maintenance personnel do not need to carry the relevant documents with them, so the inspection is quite convenient and simple.
本發明之再一目的即在提供一種設備工程之電路監控及資訊管理系統，於各電路之至少兩端部位設置一符碼標示組件，係以顏色作為各設備的電路與電線之分類及辨視，將各電路電線及設備予以符碼化，以利於檢測或查修時比對相關文件及圖面即能可快速找到目標電路電線及其設備，而能有效縮短維修施工時間，及降低施工錯誤之情形發生。 A further object of the present invention is to provide a circuit monitoring and information management system for equipment engineering, in which at least two end portions of each circuit are provided with a code indicating component, which uses color as a classification and discrimination of circuits and wires of each device. The circuit wires and equipment are coded to facilitate quick detection of the target circuit wires and their equipment when comparing or checking the relevant documents and drawings, which can effectively shorten the maintenance construction time and reduce construction errors. The situation happened.
本發明之更一目的即在提供一種設備工程之電路監控及資訊管理系統，將整體設備系統相關之圖面、文件與資訊，以數位化管理及保存的方式，以達到文件完整保存的效果，同時又可提供查修人員快速查詢的功能。 A further object of the present invention is to provide a circuit monitoring and information management system for equipment engineering, which is to digitally manage and save the drawings, documents and information related to the overall equipment system, so as to achieve the effect of complete file preservation. At the same time, it can provide the function of quick inquiry by the inspectors.
(10)‧‧‧設備群組 (10)‧‧‧Device Group
(11)‧‧‧設備A (11)‧‧‧Device A
(12)‧‧‧設備B (12)‧‧‧Device B
(13)‧‧‧設備C (13)‧‧‧Device C
(14)‧‧‧設備D (14)‧‧‧Device D
(15)‧‧‧設備E (15) ‧‧‧Equipment E
(16)‧‧‧設備F (16)‧‧‧Device F
(17)‧‧‧設備G (17)‧‧‧Device G
(101)‧‧‧天線設備 (101)‧‧‧Antenna equipment
(102)‧‧‧警急求救設備 (102) ‧ ‧ ambulance for help
(103)‧‧‧電信設備 (103)‧‧‧Telecom equipment
(104)‧‧‧對講設備 (104) ‧‧‧ intercom equipment
(105)‧‧‧門禁設備 (105) ‧‧‧Access Control Equipment
(106)‧‧‧監視設備 (106)‧‧‧Monitoring equipment
(111)‧‧‧警報設備 (111)‧‧‧Alarm equipment
(112)‧‧‧灑水設備 (112)‧‧‧ sprinkler equipment
(113)‧‧‧警急照明設備 (113) ‧ ‧ emergency lighting equipment
(114)‧‧‧氣體偵測設備 (114)‧‧‧Gas detection equipment
(115)‧‧‧溫度偵測設備 (115)‧‧‧ Temperature detection equipment
(116)‧‧‧備用電力設備 (116)‧‧‧Reserved electrical equipment
(117)‧‧‧消防栓箱設備 (117)‧‧‧Fire hydrant box equipment
(118)‧‧‧消防泵浦設備 (118)‧‧‧Fire pump equipment
(121)‧‧‧冷氣設備 (121)‧‧‧Air-conditioning equipment
(122)‧‧‧暖氣設備 (122)‧‧‧ Heating equipment
(123)‧‧‧溫度偵測設備 (123)‧‧‧Temperature detection equipment
(124)‧‧‧氣體偵測設備 (124)‧‧‧Gas detection equipment
(125)‧‧‧循環排氣設備 (125) ‧‧‧Circulating exhaust equipment
(126)‧‧‧發電設備 (126)‧‧‧Power generation equipment
(127)‧‧‧冷卻設備 (127) ‧‧‧Cooling equipment
(131)‧‧‧廢污處理設備 (131)‧‧‧Waste treatment equipment
(132)‧‧‧排水設備 (132)‧‧‧Drainage equipment
(133)‧‧‧蓄水設備 (133) ‧‧‧Water storage equipment
(134)‧‧‧照明設備 (134)‧‧‧Lighting equipment
(135)‧‧‧機械式停車 (135)‧‧‧Mechanical parking
(136)‧‧‧電梯設備 (136)‧‧‧Elevator equipment
(20)‧‧‧電控集線裝置 (20)‧‧‧Electric control line assembly
(21)‧‧‧監控模組 (21)‧‧‧Monitoring module
(22)‧‧‧集線模組 (22)‧‧‧Set line module
(23)‧‧‧電控箱 (23)‧‧‧Electric control box
(30)‧‧‧電路資訊管理裝置 (30)‧‧‧Circuit information management device
(31)‧‧‧符碼標示組件 (31) ‧‧‧ symbol marking components
(32)‧‧‧快速響應矩陣圖碼 (32)‧‧‧Response Matrix Code
(33)‧‧‧讀取裝置 (33)‧‧‧Reading device
(40)‧‧‧監控主機 (40)‧‧‧Monitoring host
(41)‧‧‧電路監控管理程式 (41)‧‧‧Circuit Monitoring Manager
(411)‧‧‧設備系統架構圖 (411)‧‧‧ Equipment System Architecture
(412)‧‧‧建築平面圖 (412)‧‧‧Architectural plan
(413)‧‧‧電路施工圖 (413) ‧‧‧Circuit construction drawings
(414)‧‧‧異常警示色 (414) ‧ ‧ anomalous warning color
(415)‧‧‧訊息欄 (415)‧‧‧Message Bar
(42)‧‧‧顯示單元 (42)‧‧‧Display unit
(51)(52)(53)(54)(55)(56)(57)(58)‧‧‧電路 (51)(52)(53)(54)(55)(56)(57)(58)‧‧‧ Circuitry
第一圖為本發明一較佳實施例之設備系統架構圖。 The first figure is a structural diagram of a device system according to a preferred embodiment of the present invention.
第二圖為本發明一較佳實施例之設備電路聯結示意圖。 The second figure is a schematic diagram of device circuit connection according to a preferred embodiment of the present invention.
第三圖為本發明一較佳實施例顯示單元之顯示介面示意圖。 The third figure is a schematic diagram of a display interface of a display unit according to a preferred embodiment of the present invention.
第四圖為本發明一較佳實施例讀取裝置之顯示介面示意圖。 The fourth figure is a schematic diagram of a display interface of a reading device according to a preferred embodiment of the present invention.
第五圖為本發明一較佳實施例弱電工程之設備系統架構圖。 The fifth figure is a system architecture diagram of a weak electrical engineering device according to a preferred embodiment of the present invention.
第六圖為本發明一較佳實施例弱電工程之設備電路聯結示意圖。 Figure 6 is a schematic diagram showing the connection of equipment circuits of a weak electrical project according to a preferred embodiment of the present invention.
第七圖為本發明一較佳實施例弱電工程顯示單元之異常狀態顯示圖。 FIG. 7 is a diagram showing an abnormal state display of a display module of a weak electrical engineering according to a preferred embodiment of the present invention.
第八圖為本發明一較佳實施例弱電工程讀取裝置之異常狀態顯示圖。 Figure 8 is a diagram showing an abnormal state display of a weak electrical engineering reading device according to a preferred embodiment of the present invention.
第九圖為本發明一較佳實施例消防工程之設備系統架構圖。 FIG. 9 is a structural diagram of a system of a fire protection engineering according to a preferred embodiment of the present invention.
第十圖為本發明一較佳實施例空調工程之設備系統架構圖。 FIG. 10 is a structural diagram of an equipment system of an air conditioning project according to a preferred embodiment of the present invention.
第十一圖為本發明一較佳實施例機電工程之設備系統架構圖。 11 is a structural diagram of an equipment system of an electromechanical engineering according to a preferred embodiment of the present invention.
首先請參照第一圖至第四圖，本發明所提供之一種設備工程之電路監控及資訊管理系統，其包含有：一設備群組(10)、與該設備群組相聯結之一電控集線裝置(20)、設於各該設備群組(10)與電控集線裝置(20)間之 一電路資訊管理裝置(30)、以及與該電控集線裝置(20)相聯結之一監控主機(40)。 First, please refer to the first to fourth figures. The circuit monitoring and information management system for equipment engineering provided by the present invention comprises: a device group (10), and an electronic control coupled with the device group. a line collecting device (20), a circuit information management device (30) disposed between each of the device groups (10) and the electronic control line device (20), and a monitoring device connected to the electronic control line device (20) Host (40).
該設備群組(10)，為預定接受監視、控制、偵測及管理之數個設備；如圖所示，其具有一設備A(11)、一設備B(12)、一設備C(13)、一設備D(14)、一設備E(15)、一設備(16)及一設備G(17)所共同組成之群組，主要係以設備工程計劃中預設安裝的各項器材、機器或設備，且通常分散安裝於預設區域範圍內之不同位置，其均為整體工程所預定監控之器材、機器或設備者。 The device group (10) is a plurality of devices scheduled to be monitored, controlled, detected, and managed; as shown, it has a device A (11), a device B (12), and a device C (13). a group of devices D (14), a device E (15), a device (16), and a device G (17), mainly based on equipment installed in the equipment engineering plan, Machines or equipment, and usually dispersed in different locations within a predetermined area, which are the equipment, machinery or equipment to be monitored by the overall project.
該電控集線裝置(20)，其具有相聯結之一監控模組(21)及一集線模組(22)，該集線模組(22)係分別以一電路(51)(52)(53)(54)(55)(56)(57)與該設備群組(10)之數個設備個別聯結，且於集中各該電路(51)(52)(53)(54)(55)(56)(57)後再與該監控模組(21)相聯結以接受該監控模組(21)之偵測；依圖所示，該電路(51)係聯結至該設備A(11)，該電路(52)係聯結至該設備B(12)，該電路(53)係聯結至該設備C(13)，該電路(54)係聯結至該設備D(14)，該電路(55)係聯結至該設備E(15)，該電路(56)係聯結至該設備F(16)，該電路(57)係聯結至該設備G(17)。 The electronic control line device (20) has a monitoring module (21) and a line module (22) connected to each other, and the line module (22) is respectively a circuit (51) (52) (53) (54) (55) (56) (57) are individually associated with a plurality of devices of the device group (10), and are concentrated in each of the circuits (51) (52) (53) (54) (55) ( 56) (57) is further coupled to the monitoring module (21) to receive detection by the monitoring module (21); as shown, the circuit (51) is coupled to the device A (11), The circuit (52) is coupled to the device B (12), the circuit (53) is coupled to the device C (13), the circuit (54) is coupled to the device D (14), the circuit (55) The system is coupled to the device E (15), the circuit (56) is coupled to the device F (16), and the circuit (57) is coupled to the device G (17).
該電路資訊管理裝置(30)，設於各該設備群組(10)及電控集線裝置(20)間，其具有至少一符碼標示組件(31)及至少一快速響應矩陣圖碼(QR Code)(32)，於本實施例該符碼標示組件(31)係以數量7，並以不同之預設顏色分別設於各該電路(51)(52)(53)(54)(55)(56)(57)之兩端，並將各該電路(51)(52)(53)(54)(55)(56)(57)分別設定為不同顏色之該符碼標示組件(31)，以各別代表不同設備之電路；該快速響應矩陣圖碼(QR Code)(32)則經由一讀取裝置(33)掃瞄後則可於該讀取裝置(33)上顯示整體設備工程之相關設備與電路資訊，以及一設備系統架構圖(411)，並可於所顯示的該設備系統架構圖(411)中，使各該電路(51)(52)(53)(54)(55)(56)(57)的線路分別以其所設置之該符碼標示組件(31)的顏色顯示，亦顯示各該電路(51)(52)(53)(54)(55)(56)(57)其所屬之該設備的位置；該符碼標示組件(32)可為相同顏色且成環狀之二色環，分別套設固定於各該電路(51)(52)(53)(54)(55)(56)(57)之兩端預設部位；該快速響應矩陣圖碼(QR Code)亦可進一步顯示一電路施工圖(413)，其具有相關之設備、電路符號、銜接線路及節點位置；該讀取裝置(33)可為行動電 話或平板電腦等其中一種裝置之應用。 The circuit information management device (30) is disposed between each device group (10) and the electronic control line device (20), and has at least one code indication component (31) and at least one fast response matrix code (QR) Code) (32), in the embodiment, the code labeling component (31) is number 7 and is respectively set in each of the circuits (51) (52) (53) (54) (55) with different preset colors. ) (56) (57) at both ends, and each of the circuits (51) (52) (53) (54) (55) (56) (57) is set to the code indicator component of different colors (31) ), each representing a circuit of a different device; the QR Code (32) is scanned by a reading device (33) to display the overall device on the reading device (33) Engineering related equipment and circuit information, and a device system architecture diagram (411), and in the displayed system architecture diagram (411), each of the circuits (51) (52) (53) (54) (55) The lines of (56)(57) are respectively displayed in the color of the code designing component (31), and each of the circuits (51) (52) (53) (54) (55) is also displayed ( 56) (57) the location of the device to which it belongs; the code designation component (32) may be the same color and in a ring shape a preset portion fixed at each end of each of the circuits (51) (52) (53) (54) (55) (56) (57); the QR Code can be further A circuit construction drawing (413) is shown, which has associated equipment, circuit symbols, connection lines, and node locations; the reading device (33) can be used for one of a device such as a mobile phone or a tablet.
該監控主機(40)，係與該監控模組(21)相聯結，於接收該監控模組(21)之偵測訊號後，則進行運算、分析、判斷及控制執行之相關運作；其內建置有一電路監控管理程式(41)，可監視控管整體設備工程之各該設備與電路(51)(52)(53)(54)(55)(56)(57)之資訊、各設備安裝位置、電路施工架構、及目前運作狀態，並於一顯示單元(42)顯示相關訊息，該顯示單元(42)可為螢幕、行動電話、平板電腦、筆記型電腦等其中一種之應用；透過該電路監控管理程式(41)，可使該顯示單元(42)可完整顯示整體設備系統之該設備系統架構圖(411)，其圖面上各設備聯結之電路係以線條連接表示，圖面線條之顏色，則對應實際配線中各該電路兩端所設定之各該符碼標示組件之顏色；該電路監控管理程式(41)可使該顯示單元(42)上顯示一建築物平面圖(412)，並於該建築平面圖(412)上標示各該設備(11)(12)(13)(14)(15)(16)(17)的安裝位置及所屬該電路(51)(52)(53)(54)(55)(56)(57)之配線路徑；該顯示單元(42)亦可顯示該電路施工圖(63)，其圖面繪製有其具有相關之設備、電路符號、銜接線路及節點位置；一訊息欄(415)，係以文字說明提供相關資訊及運作狀態提示；當其一該電路(51)(52)(53)(54)(55)(56)(57)有異常時，將在該設備系統架構圖(411)中將異常之電路路線轉換為預設顏色之一異常警示色(414)，以供即時辨視；該電路監控管理程式(41)係利用該監控模組(21)回傳之偵測訊息，分析各該電路(51)(52)(53)(54)(55)(56)(57)之訊號封包流通及電流狀態，作為判斷各該電路(51)(52)(53)(54)(55)(56)(57)及其分別聯結之各該設備(11)(12)(13)(14)(15)(16)(17)是否異常之依據。 The monitoring host (40) is coupled to the monitoring module (21), and after receiving the detection signal of the monitoring module (21), performs operations related to calculation, analysis, judgment, and control execution; A circuit monitoring management program (41) is built to monitor the information and devices of each device and circuit (51) (52) (53) (54) (55) (56) (57) of the overall device engineering of the control device. The installation location, the circuit construction structure, and the current operational status, and displaying related information in a display unit (42), the display unit (42) can be applied to one of a screen, a mobile phone, a tablet computer, a notebook computer, etc.; The circuit monitoring management program (41) enables the display unit (42) to completely display the device system architecture diagram (411) of the overall device system, and the circuit connected to each device on the drawing is represented by a line connection. The color of the line corresponds to the color of each of the code indicating components set at both ends of the circuit in the actual wiring; the circuit monitoring management program (41) can display a floor plan of the display unit (42) (412) ) and indicate each device (11) on the floor plan (412) of the building ( 12) the mounting position of (13)(14)(15)(16)(17) and the wiring path of the circuit (51)(52)(53)(54)(55)(56)(57); The display unit (42) can also display the circuit construction drawing (63), the drawing has its associated equipment, circuit symbol, connection line and node position; a message bar (415) provides information in a textual description. And the operating state prompt; when one of the circuits (51) (52) (53) (54) (55) (56) (57) has an abnormality, the abnormal circuit will be in the device system architecture diagram (411) The route is converted into an abnormal warning color (414) for the instant recognition; the circuit monitoring management program (41) uses the detection information returned by the monitoring module (21) to analyze each of the circuits ( 51) (52) (53) (54) (55) (56) (57) signal packet circulation and current state, as judged each of the circuits (51) (52) (53) (54) (55) (56 (57) and the basis of whether each of the devices (11)(12)(13)(14)(15)(16)(17) respectively associated with it is abnormal.
藉由上述裝置，透過該電路監控管理程式(41)於異常狀況時立即辨視判斷出異常之設備及其電路，並有效管理相關相關之圖面、文件與資訊以供維修時隨時備查，配合該符碼標示組件(31)具符碼化之各該電路(51)(52)(53)(54)(55)(56)(57)標示，可達到縮短維修施工時間及降低施工錯誤，並使檢測及維修作業更方便者。 Through the above device, the monitoring and management program (41) through the circuit immediately recognizes the abnormal device and its circuit when abnormal conditions are present, and effectively manages relevant related drawings, files and information for maintenance, and is ready for inspection. The code labeling component (31) is coded by the circuit (51) (52) (53) (54) (55) (56) (57), which can shorten the maintenance construction time and reduce construction errors. And make inspection and maintenance operations more convenient.
為供進一步瞭解本發明構造特徵、運用技術手段及所預期達成之功效，茲將本發明使用方式加以敘述如下：首先係以本發明應用於弱電工程設備之應用作說明，請參照第五圖至第八圖，其中該設備群組(10)之設備，包括天線設備(101)、警急求 救設備(102)、電信設備(103)、對講設備(104)、門禁設備(105)及監視設備(106)等六個設備所共同組成屬居家管理系統或監控系統性質之該設備群組(10)；將各該設備群組(10)、電控集線裝置(20)、電路資訊管理裝置(30)及監控主機(40)等裝置，如前述將各設備以各該電路(51)(52)(53)(54)(55)(56)分別相互接設並聯結；配合該電控集線裝置(20)係具有一電控箱(23)，為具有空間之殼體，其內組設有各該監控模組(21)、集線模組(22)、各該電路(51)(52)(53)(54)(55)(56)之集中端及該快速響應矩陣圖碼(QR Code)(32)；其中，該警急求救設備(102)包括求救鈴、警急按鈕、警報器等設備；該電信設備(103)包括網際網路、無線網路、基地台等設備；該對講設備(104)包括聲音對講機、影視對講機等裝置；該門禁設備(105)包括電鎖、門卡感應、指紋感應、瞳孔感應等裝置；另外，於各該天線設備(101)、警急求救設備(102)、電信設備(103)、對講設備(104)、門禁設備(105)及監視設備(106)上，可同樣設有該快速響應矩陣圖碼(QR Code)(32)以供掃瞄讀取資訊。 In order to further understand the structural features, technical means and expected effects of the present invention, the manner of use of the present invention will be described as follows: First, the application of the present invention to the application of the weak electrical engineering equipment is explained, please refer to the fifth figure to The eighth figure, wherein the device group (10) device comprises an antenna device (101), an emergency help device (102), a telecommunication device (103), an intercom device (104), an access device (105), and monitoring The device (106) and the like constitute a device group (10) belonging to the home management system or the monitoring system nature; each device group (10), the electronic control line device (20), and the circuit information management device (30) and monitoring the host (40) and other devices, as described above, each of the devices (51) (52) (53) (54) (55) (56) are connected to each other in parallel; with the electronic control The line concentrating device (20) has an electric control box (23), which is a housing having a space, and each of the monitoring module (21), the concentrating module (22), and each of the circuits (51) are disposed therein ( 52) (53) (54) (55) (56) and the fast response matrix code (QR Code) (32); wherein the emergency help device (102) includes a help ring An emergency button, an alarm device, etc.; the telecommunication device (103) includes an Internet, a wireless network, a base station, and the like; the intercom device (104) includes a sound intercom, a video intercom, and the like; the access device (105) ) including electric lock, door card sensing, fingerprint sensing, pupil sensing, etc.; in addition, each of the antenna device (101), emergency help device (102), telecommunication device (103), intercom device (104), access control The device (105) and the monitoring device (106) can also be provided with the QR Code (32) for scanning to read information.
本發明於該監控主機(40)接收到由該監控模組(21)傳來之訊號後，藉由該電路監控管理程式(41)執行分析、運算及判斷，各該電路(51)(52)(53)(54)(55)(56)及其聯結設備目前狀態為正常或異常，再自動更新各該設備系統架構圖(411)及建築平面圖(412)其圖面中相關可變動之圖形或線條，最後由該顯示單元(42)直接顯示，或由該讀取裝置(33)掃瞄該快速響應矩陣圖碼(QR Code)(32)而顯示，以即時提示或警示目前各該設備群組(10)及電路(51)(52)(53)(54)(55)(56)運作情形。 After receiving the signal transmitted by the monitoring module (21), the monitoring host (40) performs analysis, calculation and judgment by the circuit monitoring management program (41), and each circuit (51) (52) (53)(54)(55)(56) and its associated equipment are in normal or abnormal state, and then automatically update each of the equipment system architecture diagram (411) and the building plan (412) with relevant changes in the drawings. The graphic or line is finally displayed directly by the display unit (42), or is scanned by the reading device (33) by scanning the quick response matrix code (QR Code) (32) to prompt or alert the current Device group (10) and circuit (51) (52) (53) (54) (55) (56) operation.
因此在正常狀態下，各該設備群組(10)及與其聯結之各該電路(51)(52)(53)(54)(55)(56)均正常運作，若利用該監控主機(40)查詢該設備系統架構圖(411)時，將於該顯示單元(42)中顯示之該設備系統架構圖(411)的圖面中，該設備群組(10)之各別設備與其聯結至該集線模組(22)之電路線條顏色，均呈現與其各別設定之該符碼標示組件(31)顏色完全相同且一致。於查詢各該建築平面圖(412)及電路施工圖(413)時，則可分別於該顯示單元(42)中顯示其圖面。於該訊息欄(414)部位則顯示「運轉正常」等相關文字說明。 Therefore, in the normal state, each of the device groups (10) and each of the circuits (51) (52) (53) (54) (55) (56) connected thereto are normally operated, and if the monitoring host is utilized (40) When querying the system architecture diagram (411) of the device, in the drawing of the device system architecture diagram (411) displayed in the display unit (42), the respective devices of the device group (10) are coupled thereto. The color of the circuit lines of the line module (22) is identical and consistent with the color code component (31) of each set. When the floor plan (412) and the circuit construction drawing (413) of each of the buildings are inquired, the drawings may be displayed in the display unit (42). In the message bar (414), the relevant text descriptions such as "Operation is normal" are displayed.
當異常狀況發生時，主要係利用該監控模組(21)監測各該設備群組(10)及電路(51)(52)(53)(54)(55)(56)，依據各該電路(51)(52)(53)(54)(55) (56)之訊號封包流通及電流狀態來判斷，如有訊息封包(packet)、電流或電壓有異常時，請參照第七圖至第八圖，可於該顯示單元(42)自動顯示或經該讀取裝置(33)掃瞄該快速響應矩陣圖碼(QR Code)(32)，則可取得整體設備工程之各該設備系統架構圖(411)、建築平面圖(412)及電路施工圖(413)等相關圖面、訊息與說明，並瞭解異常狀態發生之位置及配線狀態；其中於該訊息欄(415)部位則顯示「運轉異常」等相關文字說明，並且在該設備系統架構圖(411)中，有異常狀況之該電路(56)及其聯結的該監視設備(106)，該電路(56)之直線將轉變為該異常警示色(414)，即轉變為特定的顏色，與其他具有顏色之各該電路(51)(52)(53)(54)(55)直線相區隔；例如於該顯示單元上該電路(56)於正常狀態為綠色線條，並且對應該符碼標示組件的顏色，於異常狀態時該電路(56)將轉變為紅色線條，即為異常警示色(414)，因此能立即得知該監視設備(106)有異常；當切換至該建築平面圖(412)則可查出異常之該監視設備(106)安裝位置，及該電路(56)配線走向而可沿路查修檢測，必要時可切換至該該電路施工圖(413)，則可瞭解異常之各該監視設備(106)及電路(56)配線施工之相關銜接線路及節點位置，提供維修與檢測作業之參考。 When an abnormal situation occurs, the monitoring module (21) is mainly used to monitor each device group (10) and circuits (51) (52) (53) (54) (55) (56) according to each circuit. (51)(52)(53)(54)(55) (56) The signal packet circulation and current status are judged. If there is any packet packet, current or voltage abnormality, please refer to the seventh figure to the first In the eight-figure, the display unit (42) can automatically display or scan the quick response matrix code (QR Code) (32) via the reading device (33), and the device system architecture of the overall device engineering can be obtained. Figure (411), building plan (412) and circuit construction drawing (413) and other related drawings, messages and descriptions, and understand the location and wiring status of the abnormal state; in the message bar (415), it shows "operation "Abnormal" and the like, and in the device system architecture diagram (411), the circuit (56) with an abnormal condition and its associated monitoring device (106), the line of the circuit (56) will be converted into the An abnormal warning color (414), that is, a specific color, which is linearly separated from each of the other circuits (51) (52) (53) (54) (55) having color; for example, the display The circuit (56) is a green line in the normal state, and the color of the corresponding component indicates the color of the component. In the abnormal state, the circuit (56) will be converted into a red line, that is, an abnormal warning color (414), so It is immediately known that the monitoring device (106) has an abnormality; when switching to the building plan (412), the abnormality of the monitoring device (106) installation position can be detected, and the circuit (56) wiring direction can be checked along the road. If necessary, you can switch to the circuit construction drawing (413), and you can understand the connection line and node position of each monitoring device (106) and circuit (56) of the abnormality, and provide reference for maintenance and inspection operations.
本發明之該符碼標示組件(31)，主要應用人因工程中的「視覺符碼化」原理，利用顏色之符碼向度(coding dimensions)提供視覺上之辯視功能者；將其應用於數條之各該電路(51)(52)(53)(54)(55)(56)上，分別以不同顏色設定來區分各該電路(51)(52)(53)(54)(55)(56)，及其所聯結於該設備群組(10)之其一設備，並配合於該設備系統架構圖(411)之各該電路(51)(52)(53)(54)(55)(56)及各設備間聯結的線路顏色設定一致；該符碼標示組件(32)為相同顏色之二顏色標籤，分別貼設於各該電路(51)(52)(53)(54)(55)(56)之兩端預設部位，或以預設顏色之一塗料，分別塗設於各該電路(51)(52)(53)(54)(55)(56)之兩端外緣預設部位等方式應用。因此當維修人員打開該電控箱(23)尋找特定之該電路(56)，見其上方設有之該符碼標示組件(31)的顏色，對應該設備系統架構圖(411)之該電路(56)線路以及該建築平面圖(412)所顯示該監視設備(106)之位置，則可前往該監視設備(106)位置確認該電路(56)之該符碼標示組件(32)顏色相同後，即能開始進行目標設備及電路電線的查修。 The code labeling component (31) of the present invention mainly applies the principle of "visual symbolization" in the human subject engineering, and provides a visually discriminating function by using the coding dimension of the color; applying the same Each of the circuits (51) (52) (53) (54) (55) (56) is distinguished by a different color setting for each of the circuits (51) (52) (53) (54) ( 55) (56), and one of its devices coupled to the device group (10), and is coupled to the circuit (51) (52) (53) (54) of the device system architecture diagram (411) (55) (56) and the line color setting of each device is the same; the code labeling component (32) is a two-color label of the same color, and is respectively attached to each of the circuits (51) (52) (53) ( 54) (55) (56) preset parts at both ends, or paint in one of the preset colors, respectively applied to each of the circuits (51) (52) (53) (54) (55) (56) Apply the preset position of the outer edge of both ends. Therefore, when the maintenance personnel opens the electric control box (23) to find the specific circuit (56), see the color of the code indicating component (31) provided above it, corresponding to the circuit of the equipment system architecture diagram (411). (56) The location of the monitoring device (106) displayed on the line and the floor plan (412) of the building may be determined by the location of the monitoring device (106) to confirm that the code designation component (32) of the circuit (56) has the same color. That is, the inspection of the target equipment and circuit wires can be started.
本發明利用該電路監控管理程式(41)，其具有提供各該設備 系統架構圖(411)、建築平面圖(412)及電路施工圖(413)等相關文件之儲存管理，並可由該顯示單元(32)顯示各該設備系統架構圖(411)、建築平面圖(412)、電路施工圖(413)及訊息欄(415)等資訊，且透過該讀取裝置(33)掃瞄該快速響應矩陣圖碼(QR Code)(32)取得前述資料及訊息，結合各該電路(51)(52)(53)(54)(55)(56)之電線兩端設有該符碼標示組件(31)以不同顏色設定，以及該快速響應矩陣圖碼(QR Code)(32)的設置，使得整體設備工程監視系統可達到下列功效： The present invention utilizes the circuit monitoring management program (41), which has storage management for providing related files such as a system architecture diagram (411), a building plan (412), and a circuit construction diagram (413), and can be used by the display unit ( 32) displaying information such as the system architecture diagram (411), the building plan (412), the circuit construction diagram (413), and the message bar (415) of the device, and scanning the fast response matrix through the reading device (33) The QR Code (32) obtains the foregoing information and information, and the symbol indicating component (31) is provided at both ends of the wire in combination with each of the circuits (51) (52) (53) (54) (55) (56). With different color settings and the setting of the QR Code (32), the overall equipment engineering monitoring system can achieve the following functions:
一、該電路監控管理程式(41)執行由該監控主機(40)接收到之訊號加以進行分析、運算及判斷，並可持續地且連續地自動更新各該電路(51)(52)(53)(54)(55)(56)及設備群組(10)之運轉情形，進而修正該設備系統架構圖(411)中相關可變動之圖形或線條，再於各該顯示單元(32)及讀取裝置(33)進行查詢時，可利用該設備系統架構圖(411)即時顯示目前各該電路(51)(52)(53)(54)(55)(56)及設備群組(10)之執行情形是否為正常或異常，故具有執行運作狀態即時顯示之功能。 1. The circuit monitoring management program (41) executes the signals received by the monitoring host (40) for analysis, calculation and judgment, and automatically and continuously updates each of the circuits (51) (52) (53). (54) (55) (56) and the operation of the device group (10), thereby modifying the relevant changeable graphics or lines in the system architecture diagram (411) of the device, and then each of the display units (32) and When the reading device (33) performs the query, the device system architecture diagram (411) can be used to instantly display the current circuits (51) (52) (53) (54) (55) (56) and the device group (10). Whether the execution situation is normal or abnormal, it has the function of performing an immediate display of the operational status.
二、本發明之該電路監控管理程式(41)於判斷分析有異常情形時，將於該設備系統架構圖(412)中有異常狀態之各該電路(51)(52)(53)(54)(55)(56)或各設備，其圖形或聯結線條變換顏色成為該異常警示色(414)，使監控人員可立即辨視判斷出異常之設備及其電路，即使未運轉之設備亦可即時得知其是否正常會異常，為「主動得知異常發生」，具有預先發現異常狀態的功效，解決習知需待下次使用時才發現設備損壞的問題。 2. The circuit monitoring management program (41) of the present invention, when determining that there is an abnormal situation, each of the circuits (51) (52) (53) (54) having an abnormal state in the system architecture diagram (412) of the device. (55) (56) or each device, the graphic or the connecting line changes color to become the abnormal warning color (414), so that the monitoring personnel can immediately recognize the abnormal device and its circuit, even if the device is not running. It is immediately known that it is abnormal, and it is "active to know the abnormality". It has the effect of discovering the abnormal state in advance, and solves the problem that the device needs to be damaged when it is known to be used next time.
三、該電路監控管理程式(41)可將各該設備系統架構圖(411)、電路施工圖(412)、建築平面圖(413)及各該電路(51)(52)(53)(54)(55)(56)及設備群組(10)之品牌、型號等相關資訊，以數位化管理及儲存的方式，將所有文件資料作完整且有效的保存，而具有文件管理功能。 Third, the circuit monitoring management program (41) can each of the device system architecture diagram (411), circuit construction drawing (412), building plan (413) and each of the circuits (51) (52) (53) (54) (55) (56) and the equipment group (10) brand, model and other related information, in a digital management and storage, all file information is completely and effectively saved, and has file management functions.
四、該電路監控管理程式(41)將所保存之各該設備系統架構圖(411)、電路施工圖(412)、建築平面圖(413)及各該電路(51)(52)(53)(54)(55)(56)及設備群組(10)之品牌、型號等相關資訊，提供各該顯示單元(32)及讀取裝置(33)進行查詢及調閱的執行，可提供查修人員即時且快速查詢的功能，解決習知相關文件找尋不易且費時的問題。 4. The circuit monitoring management program (41) stores the saved system architecture diagram (411), circuit construction diagram (412), building plan (413), and each of the circuits (51) (52) (53) ( 54) (55) (56) and the equipment group (10) related information, such as the display unit (32) and the reading device (33) for query and access execution, can provide inspection The ability to instantly and quickly query personnel to solve difficult and time-consuming problems in finding relevant documents.
五、本發明於該電控集線裝置(20)上設有可快速掃瞄讀取資料之該快速響應矩陣圖碼(QR Code)(32)，利用該讀取裝置(33)掃瞄後可獲得整體設備工程之相關設備與電路資訊，包括各該設備系統架構圖(411)、電路施工圖(413)及顯示各設備設置位置之該建築平面圖(412)等，故具有可即時取得整體設備系統相關之資料、文件及圖面之快速查詢功能，且維修人員無需隨身攜帶相關文件，因此查修相當便利且簡單容易。 5. The present invention is provided with the quick response matrix code (32) for quickly scanning the read data on the electronic control line device (20), and the scanning device (33) can be scanned by the reading device (33). Obtaining relevant equipment and circuit information of the overall equipment engineering, including the system architecture diagram (411), the circuit construction drawing (413), and the building plan (412) showing the location of each equipment, so that the overall equipment can be obtained immediately. The system can quickly check the information, documents and drawings, and the maintenance personnel do not need to carry relevant documents with them, so the inspection is quite convenient and simple.
六、利用於各該電路(51)(52)(53)(54)(55)(56)之至少兩端部位設置該符碼標示組件(31)，係以顏色作為各設備的電路(51)(52)(53)(54)(55)(56)與電線之分類管理及辨視，將各該電路(51)(52)(53)(54)(55)(56)電線及其聯結之設備予以符碼化，以利於檢測或查修時，經比對相關文件及圖面即能可快速找到目標電路電線及其設備，而有效縮短維修施工時間，及降低施工錯誤之情形發生，解決習知電路線路尋找困難且容易施工錯誤的問題。 6. The code indicator component (31) is disposed at least at both ends of each of the circuits (51) (52) (53) (54) (55) (56), and the color is used as a circuit of each device (51) ) (52) (53) (54) (55) (56) and wire classification management and identification, each of the circuit (51) (52) (53) (54) (55) (56) wire and The connected equipment is coded to facilitate the detection and inspection, and the target circuit wires and their equipment can be quickly found by comparing the relevant documents and drawings, thereby effectively shortening the maintenance construction time and reducing the construction error. To solve the problem that the conventional circuit circuit is difficult to find and easy to construct.
七、該符碼標示組件(31)以顏色作為區別電路路線之方式，相較於文字標示者，於施作上較為容易，於使用上僅需一眼就能辨視出來，相當快速，無需集中注意力且較為費時地讀取文字；另一方面，該顏色標示可利用色環、防水貼標或顏料等方式設於各該電路之兩端位置，使用壽命較長且標示明顯，解決習用以手寫紙質標籤時間一久容易文字模糊及破損的問題。 7. The symbol labeling component (31) uses color as the way to distinguish the circuit route. Compared with the text labeler, it is easier to apply, and it can be discerned at a glance. It is quite fast and does not need to be concentrated. Attention and time-consuming reading of text; on the other hand, the color indication can be set at the two ends of each circuit by means of a color ring, waterproof label or pigment, and the service life is long and marked, and the solution is used. Handwritten paper labels are prone to text blurring and breakage problems for a long time.
八、本發明可應用於各種設備工程之監視系統，例如弱電工程設備、消防工程設備、機電工程設備及空調工程設備等其中一項工程設備之應用，於使用上具有高度相容性，故具有高實用性及經濟價值。 8. The invention can be applied to various equipment engineering monitoring systems, such as weak electrical engineering equipment, fire engineering equipment, electromechanical engineering equipment and air conditioning engineering equipment, etc., which is highly compatible in use, so High practicality and economic value.
請參照第九圖，係為本發明之第二實施例，其以消防設備工程為實施態樣，其中該設備群組(10)之設備，包括警報設備(111)、灑水設備(112)、警擊照明設備(113)、氣體偵測設備(114)、溫度偵測設備(115)、備用電力設備(116)、消防栓箱設備(117)及消防泵浦設備(118)等八個設備所共同組成屬消防系統且為監控系統性質之該設備群組(10)；將各該設備群組(10)、電控集線裝置(20)、電路資訊管理裝置(30)及監控主機(40)等裝置，如前述相互接設並聯結；配合該電控集線裝置(20)係具有一電控箱(23)，為具有空間之殼體，其內組設有各該監控模組(21)、集線模組(22)、各該電路(51)(52) (53)(54)(55)(56)(57)(58)之集中端及該快速響應矩陣圖碼(QR Code)(32)；其中，該警急求救設備(111)包括警急按鈕、警報器等設備；該警急照明設備(113)常見者包括逃生燈箱、照明燈具等設備；該備用電力設備(116)則包括自動發電機、不斷電設備(UPS)等裝置；同時於各該警報設備(111)、灑水設備(112)、警擊照明設備(113)、氣體偵測設備(114)、溫度偵測設備(115)、備用電力設備(116)、消防栓箱設備(117)及消防泵浦設備(118)上，可同樣設有該快速響應矩陣圖碼(QR Code)(32)以供掃瞄讀取資訊。 Please refer to the ninth embodiment, which is a second embodiment of the present invention, which is implemented in a fire fighting equipment project, wherein the equipment group (10) includes an alarm device (111) and a watering device (112). Eight warning lighting equipment (113), gas detection equipment (114), temperature detection equipment (115), backup power equipment (116), fire hydrant box equipment (117) and fire pump equipment (118) The equipment group is composed of the equipment group (10) which belongs to the fire protection system and is of a monitoring system nature; each equipment group (10), the electronic control line assembly device (20), the circuit information management device (30) and the monitoring host ( 40) and other devices, as described above, connected to each other in parallel; the electronic control line device (20) has an electric control box (23), which is a housing having a space, and each of the monitoring modules is disposed therein ( 21), the hub module (22), the concentrated end of each of the circuits (51) (52) (53) (54) (55) (56) (57) (58) and the fast response matrix code (QR Code (32); wherein the emergency service device (111) includes a device such as an emergency button, an alarm device, and the like; the emergency lighting device (113) includes an emergency light box, a lighting fixture, and the like; the backup power device (116) includes automatic generators, uninterruptible power equipment (UPS), etc.; at the same time, each of the alarm devices (111), sprinkler equipment (112), police lighting equipment (113), gas detection equipment (114) The temperature detection device (115), the backup power device (116), the fire hydrant box device (117), and the fire pump device (118) can also be provided with the QR code (32). ) for scanning to read information.
本實施例主要係提供另一種可適用之設備工程的實施方式，其同樣利用該電路監控管理程式(41)執行各該設備系統架構圖(411)、建築平面圖(412)及電路施工圖(413)等相關文件之儲存管理，並可由該顯示單元(32)顯示各該設備系統架構圖(411)、建築平面圖(412)、電路施工圖(413)及訊息欄(415)等資訊，且透過該讀取裝置(33)掃瞄該快速響應矩陣圖碼(QR Code)(3)亦可取得前述資料及訊息，結合各該電路(51)(52)(53)(54)(55)(56)(57)(58)之電線設有該符碼標示組件(31)以不同顏色設定，以及該快速響應矩陣圖碼(QR Code)(32)的設置等等技術特徵，其他有關運作方式、控制與監控作業、電路配線方法以及所預其達到之功效，均與前述第一實施例完全相同。 This embodiment mainly provides another applicable device engineering implementation method, which also uses the circuit monitoring management program (41) to execute each device system architecture diagram (411), building plan (412), and circuit construction diagram (413). And storage management of related documents, and the display unit (32) can display information such as the system architecture diagram (411), the architectural plan (412), the circuit construction diagram (413), and the message column (415) of the device, and The reading device (33) scans the quick response matrix code (QR Code) (3) and obtains the foregoing information and information, in combination with each of the circuits (51) (52) (53) (54) (55) ( 56) The wires of (57) (58) are provided with the code designing component (31) in different color settings, and the setting of the QR Code (32) and other technical features, and other related operations. The control and monitoring operations, the circuit wiring method, and the effects achieved by it are all identical to the first embodiment described above.
請參照第十圖，係為本發明之第三實施例，其以空調設備工程為實施態樣，其中該設備群組(10)之設備，包括冷氣設備(121)、暖氣設備(122)、溫度偵測設備(123)、氣體偵測設備(124)、循環排氣設備(125)、發電設備(126)及冷卻設備(127)等七個設備所共同組成屬空氣及室溫調節系統且為監控系統性質之該設備群組(10)；將各該設備群組(10)、電控集線裝置(20)、電路資訊管理裝置(30)及監控主機(40)等裝置，如前述相互接設並聯結；配合該電控集線裝置(20)係具有一電控箱(23)，為具有空間之殼體，其內組設有各該監控模組(21)、集線模組(22)、各該電路(51)(52)(53)(54)(55)(56)(57)之集中端及該快速響應矩陣圖碼(QR Code)(32)。 Please refer to the tenth embodiment, which is a third embodiment of the present invention, which adopts an air-conditioning equipment project as an implementation aspect, wherein the equipment group (10) includes air-conditioning equipment (121), heating equipment (122), The air detecting device (123), the gas detecting device (124), the circulating exhaust device (125), the power generating device (126), and the cooling device (127) are combined to form an air and room temperature regulating system. The device group (10) for monitoring the nature of the system; each device group (10), the electronic control line device (20), the circuit information management device (30), and the monitoring host (40), etc. A parallel junction is connected; the electronic control line device (20) is provided with an electric control box (23), which is a housing having a space, and each of the monitoring module (21) and the line assembly module is disposed therein. ), the concentrated end of each of the circuits (51) (52) (53) (54) (55) (56) (57) and the fast response matrix code (QR Code) (32).
請參照第十一圖，係為本發明之第四實施例，其以機電設備工程為實施態樣，其中該設備群組(10)之設備，包括廢污設備(131)、排水設備(132)、蓄水設備(133)、照明設備(134)、停車設備(135)及電梯設備(136)等六個設備所共同組成屬建築機電系統且為監控系統性質之該設備群組(10)； 將各該設備群組(10)、電控集線裝置(20)、電路資訊管理裝置(30)及監控主機(40)等裝置，如前述相互接設並聯結；配合該電控集線裝置(20)係具有一電控箱(23)，為具有空間之殼體，其內組設有各該監控模組(21)、集線模組(22)、各該電路(51)(52)(53)(54)(55)(56)(57)之集中端及該快速響應矩陣圖碼(QR Code)(32)。 Referring to FIG. 11 , which is a fourth embodiment of the present invention, the electromechanical equipment engineering is implemented, wherein the equipment group (10) includes waste equipment (131) and drainage equipment (132). ), water storage equipment (133), lighting equipment (134), parking equipment (135) and elevator equipment (136), etc., which together constitute a building electrical and mechanical system and is a monitoring system of the equipment group (10) And each device group (10), electronic control line device (20), circuit information management device (30), and monitoring host (40) and the like are connected to each other in parallel, and cooperate with the electronic control line device ( 20) having an electric control box (23), which is a housing having a space, and each of the monitoring module (21), the line assembly module (22), and each of the circuits (51) (52) are disposed therein ( 53) The concentrated end of (54) (55) (56) (57) and the QR Code (32).
本發明之第三、第四實施例主要係提供另一種可適用之設備工程的實施方式，其同樣利用該電路監控管理程式(41)執行各該設備系統架構圖(411)、建築平面圖(412)及電路施工圖(413)等相關文件之儲存管理，並可由該顯示單元(32)顯示各該設備系統架構圖(411)、建築平面圖(412)、電路施工圖(413)及訊息欄(415)等資訊，且透過該讀取裝置(33)掃瞄該快速響應矩陣圖碼(QR Code)(32)取得前述資料及訊息，結合各該電路(51)(52)(53)(54)(55)(56)(57)之電線設有該符碼標示組件(31)以不同顏色設定，以及該快速響應矩陣圖碼(QR Code)(32)的設置等等技術特徵，其他有關運作方式、控制與監控作業、電路配線方法以及所預其達到之功效，均與前述第一實施例完全相同。 The third and fourth embodiments of the present invention mainly provide an implementation of another applicable equipment engineering, which also uses the circuit monitoring management program (41) to execute each device system architecture diagram (411) and building plan (412). And the storage management of the related documents such as the circuit construction drawing (413), and the display unit (32) can display the system architecture diagram (411), the architectural plan (412), the circuit construction drawing (413) and the message bar ( 415) and the like, and scanning the fast response matrix code (QR Code) (32) through the reading device (33) to obtain the foregoing information and information, in combination with each of the circuits (51) (52) (53) (54) (55) (56) (57) The wire is provided with the code mark component (31) set in different colors, and the setting of the quick response matrix code (QR Code) (32), etc., other related The mode of operation, control and monitoring operations, circuit wiring methods, and the effects achieved by them are all identical to the first embodiment described above.
綜合上述，本發明所揭露之「設備工程之電路監控及資訊管理系統」，係提供一種可即時自動連續監測各該電路及相關設備之監控系統，其利用於該監控主機建置該電路監控管理程式，其可有效管理相關圖面及文件，且提供相關圖面及文件之即時查詢，配合該電路資訊管理裝置具有顏色管理之該符碼標示組件，與可快速掃描讀取資訊之該快速響應矩陣圖碼(QR Code)，使本發明之監控系統技術具有預先發現異常、施工標準化、查修簡單且方便、減少錯誤施工機率、文件管理完整且具安全保密性等效果，而獲致一實用性高之設備電路監控系統技術，俾使整體確具產業實用性及成本效益，且其構成結構又未曾見於諸書刊或公開使用，誠符合發明專利申請要件，懇請 鈞局明鑑，早日准予專利，至為感禱。 In summary, the "circuit monitoring and information management system for equipment engineering" disclosed in the present invention provides a monitoring system capable of automatically and continuously monitoring each of the circuits and related devices in real time, which is utilized for the monitoring host to establish the circuit monitoring management. The program can effectively manage related drawings and files, and provide instant query of related drawings and files, cooperate with the code information component of the circuit information management device with color management, and quickly respond to the information that can be quickly scanned and read. The QR code makes the monitoring system technology of the present invention have the effects of pre-discovered abnormality, construction standardization, simple and convenient inspection, reduced false construction probability, complete document management and security and confidentiality, and the utility model is obtained. Gaozhi equipment circuit monitoring system technology makes the whole industry practical and cost-effective, and its structure has not been seen in books or public use. It is in line with the requirements of invention patent application, please ask the bureau to express the patent, and grant the patent as soon as possible. For the pray.
需陳明者，以上所述乃是本發明之具體實施例及所運用之技術原理，若依本發明之構想所作之改變，其所產生之功能作用仍未超出說明書及圖式所涵蓋之精神時，均應在本發明之範圍內，合予陳明。 It is to be understood that the above is a specific embodiment of the present invention and the technical principles applied thereto, and the functional effects produced by the concept of the present invention are still beyond the spirit of the specification and drawings. In the meantime, it should be combined with Chen Ming within the scope of the present invention.
Claims (11)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW106134289A TWI636439B (en) | 2017-10-05 | 2017-10-05 | Circuit monitoring and information management system for equipment engineering |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW106134289A TWI636439B (en) | 2017-10-05 | 2017-10-05 | Circuit monitoring and information management system for equipment engineering |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| TWI636439B TWI636439B (en) | 2018-09-21 |
| TW201915967A true TW201915967A (en) | 2019-04-16 |
Family
ID=64452857
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW106134289A TWI636439B (en) | 2017-10-05 | 2017-10-05 | Circuit monitoring and information management system for equipment engineering |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWI636439B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113811901B (en) * | 2019-06-21 | 2024-03-08 | 三菱电机楼宇解决方案株式会社 | Position confirmation system for equipment |
| CN116088394B (en) * | 2023-03-03 | 2023-12-26 | 青岛前海智能印刷机械有限公司 | Intelligent weak current equipment control system based on Internet of things |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2009085534A1 (en) * | 2007-12-27 | 2009-07-09 | Siemens Heathcare Diagnostics Inc. | Method and apparatus for remote multiple-process graphical monitoring |
| CN102306230B (en) * | 2011-06-02 | 2014-04-23 | 西安交通大学 | State evaluating method of complicated electromechanical system based on two-dimensional color digital atlas |
| TWI509424B (en) * | 2012-11-05 | 2015-11-21 | 台灣新光保全股份有限公司 | Graphically-controlled host, system, and operating method |
| TWI501201B (en) * | 2013-11-20 | 2015-09-21 | Taiwan Secom Co Ltd | Monitoring and management apparatus with an editable plane and monitoring and management method for the security plane |
-
2017
- 2017-10-05 TW TW106134289A patent/TWI636439B/en active
Also Published As
| Publication number | Publication date |
|---|---|
| TWI636439B (en) | 2018-09-21 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| KR102167569B1 (en) | Monitoring system for smart factory | |
| US10916110B2 (en) | Emergency lighting, evacuation, and rescue routing with power over-ethernet | |
| CN103599617A (en) | Internet of Things system for monitoring and managing fire-fighting equipment | |
| KR102234448B1 (en) | Real-time Management System of Display Device and Management Method Using Same | |
| KR101079681B1 (en) | System for eliminating the disability of electric facilities in airport | |
| KR102355242B1 (en) | Apparatus and method for diagnosing trouble of led module | |
| US9437100B2 (en) | Supervising alarm notification devices | |
| TWI636439B (en) | Circuit monitoring and information management system for equipment engineering | |
| KR101709157B1 (en) | System and method for managing firefighting facilities | |
| US9224122B2 (en) | Outdoor device management system | |
| CN115393142A (en) | Intelligent park management method and management platform | |
| CN114994565A (en) | Electrical cabinet water and electricity leakage prevention alarm system | |
| WO2022056023A1 (en) | Systems and methods for operating emergency systems and exit signs | |
| TWM558971U (en) | Circuit monitoring and information management system of equipment engineering | |
| KR102463912B1 (en) | A modular hook meter system | |
| EP3376174B1 (en) | Environmental sensor | |
| CN213339047U (en) | Laboratory safety warning lamp device that can fix a position | |
| KR101333075B1 (en) | Automatic conrol apparatus and method for managing water treatment of water supply and sewer system | |
| KR102361372B1 (en) | System for monitoring to network in smartcity coverage employing IoT sensor module | |
| KR20070088242A (en) | Real-time remote monitoring method and system for equipment condition and event | |
| CN207780556U (en) | Danger source and environment monitoring warning system | |
| KR20220085160A (en) | Cloud-based disaster detection method and disaster analysis system that performing the same | |
| CN112731140A (en) | Power consumption equipment running state detection device | |
| CN112365674A (en) | Positionable laboratory safety alarm system and method | |
| CN207503431U (en) | A kind of remote alarming system |