TWI822123B

TWI822123B - Method for monitoring electronic devices

Info

Publication number: TWI822123B
Application number: TW111122594A
Authority: TW
Inventors: 王永傑; 胡國柱; 葉思辛; 洪啟文
Original assignee: 致茂電子股份有限公司
Priority date: 2022-06-17
Filing date: 2022-06-17
Publication date: 2023-11-11
Also published as: TW202311960A

Abstract

The invention provides a method for monitoring electronic devices which is configured to monitor a plurality of electronic devices in a cabinet. The plurality of electronic devices are defined with a master electronic device and at least one slave electronic device. The method for monitoring electronic devices comprises the following steps: obtaining coordinate information and additional information of each electronic device by the master electronic device; generating a display position table by the master electronic device according to the coordinate information and additional information of each electronic device; generating a barcode pattern, indicating a monitoring website and a plurality of display parameters, by the master electronic device according to the display position table in real time; reading the barcode pattern by a mobile device to connect to a browsing interface related to the monitoring website; and, displaying a device pattern corresponding to each electronic device by the browsing interface according to the plurality of display parameters.

Description

電子設備監控方法 Electronic equipment monitoring methods

本發明係關於一種電子設備監控方法，特別是關於一種用於遠端操作的電子設備監控方法。The present invention relates to an electronic equipment monitoring method, and in particular to an electronic equipment monitoring method for remote operation.

傳統上，當電子設備的數量較多時，往往會使用一台監控用的電腦進行所有電子設備的控制與管理，而多個電子設備和監控用的電腦經常設置在同一個場所中。好處在於，工程師在現場可以直接看到各個電子設備，較容易確定控制到正確的電子設備。並且，工程師在進行各項操作時，可以即時查看各個電子設備的工作狀態。換句話說，傳統監控電子設備的方法是讓工程師留在現場使用監控用的電腦，除了較為直覺也可以避免誤操作。然而，如果電子設備需要進行一段較長時間的工作時，把工程師留在現場顯然不夠有效率。Traditionally, when the number of electronic devices is large, a monitoring computer is often used to control and manage all electronic devices, and multiple electronic devices and monitoring computers are often set up in the same place. The advantage is that engineers can directly see each electronic device on site, making it easier to determine and control the correct electronic device. Moreover, engineers can instantly check the working status of each electronic device when performing various operations. In other words, the traditional method of monitoring electronic equipment is to have engineers stay on site and use the monitoring computers, which is more intuitive and can avoid misoperations. However, if the electronic equipment needs to be worked on for an extended period of time, it is obviously not efficient enough to leave the engineer on site.

目前有部分的電子設備可以支援遠端連線的功能，從而能讓工程師能夠進行遠端作業。實務上，為了確保已連線到正確的電子設備，在連線到電子設備時，工程師還是需要在放置電子設備的現場。當確定連線到正確的電子設備後，工程師才能夠離開現場進行遠端作業。然而，當要工程師想要切換連線至不同電子設備時，還需要回到現場與另一台電子設備重新連線，這也導致連線到電子設備的方式不夠便利。據此，業界需要一種新的電子設備監控方法，除了要能夠遠端控制電子設備之外，也要能夠讓工程師更直覺地操作與使用。Currently, some electronic devices can support remote connection functions, allowing engineers to perform remote operations. In practice, in order to ensure that the correct electronic equipment has been connected, engineers still need to be on site where the electronic equipment is placed when connecting to the electronic equipment. Only after confirming that the correct electronic equipment is connected, the engineer can leave the site to perform remote work. However, when engineers want to switch connections to different electronic devices, they need to return to the site to reconnect with another electronic device, which also makes the method of connecting to electronic devices inconvenient. Accordingly, the industry needs a new electronic equipment monitoring method that, in addition to being able to remotely control electronic equipment, also allows engineers to operate and use it more intuitively.

本發明提供一種電子設備監控方法，藉由提供一組條碼圖案，讓工程師一次性地獲取所有可連線的電子設備的相關資訊。並且，將所有可連線的電子設備的相關資訊於一個瀏覽介面中顯示出來，從而能讓工程師更直覺地操作與使用。The present invention provides an electronic equipment monitoring method that allows engineers to obtain relevant information of all connectable electronic equipment at one time by providing a set of barcode patterns. Moreover, relevant information of all connectable electronic devices is displayed in a browsing interface, allowing engineers to operate and use it more intuitively.

本發明提出一種電子設備監控方法，用於監控機櫃中的多個電子設備，所述多個電子設備定義有主電子設備與至少一從電子設備，所述電子設備監控方法包含以下步驟。首先，由主電子設備取得每一個電子設備的座標資訊與附加資訊。依據每一個電子設備的座標資訊與附加資訊，由主電子設備產生顯示位置對應表。接著，由主電子設備即時依據顯示位置對應表產生條碼圖案，條碼圖案用以指示監控網址與多個顯示參數。接著，由行動裝置讀取條碼圖案，以連線至監控網址的瀏覽介面。並且，由瀏覽介面依據所述多個顯示參數顯示對應每一個電子設備的設備圖樣。The present invention proposes an electronic device monitoring method for monitoring multiple electronic devices in a cabinet. The multiple electronic devices define a master electronic device and at least one slave electronic device. The electronic device monitoring method includes the following steps. First, the main electronic device obtains the coordinate information and additional information of each electronic device. Based on the coordinate information and additional information of each electronic device, the main electronic device generates a display position correspondence table. Then, the main electronic device generates a barcode pattern in real time according to the display position correspondence table. The barcode pattern is used to indicate the monitoring website address and multiple display parameters. Then, the mobile device reads the barcode pattern to connect to the browsing interface of the monitoring website. Furthermore, the browsing interface displays a device pattern corresponding to each electronic device according to the plurality of display parameters.

於一些實施例中，每一個電子設備的座標資訊可以記錄每一個電子設備於機櫃中的實體位置順序，或者記錄每一個電子設備於機櫃中的接線順序。在此，每一個電子設備的附加資訊可以記錄每一個電子設備的連線位址。此外，瀏覽介面可以依據每一個電子設備的連線位址，連線至每一個電子設備，以取得對應所述多個電子設備的多個設備圖樣。另外，每一個電子設備的設備圖樣顯示於瀏覽介面中的排列順序，可以相同於實體位置順序或接線順序。In some embodiments, the coordinate information of each electronic device can record the physical location sequence of each electronic device in the cabinet, or record the wiring sequence of each electronic device in the cabinet. Here, the additional information of each electronic device can record the connection address of each electronic device. In addition, the browsing interface can connect to each electronic device according to the connection address of each electronic device to obtain multiple device patterns corresponding to the multiple electronic devices. In addition, the order in which the device drawings of each electronic device are displayed in the browsing interface can be the same as the physical location order or wiring order.

於一些實施例中，於由主電子設備取得每一個電子設備的座標資訊與附加資訊的步驟中，可以包含以下步驟：由主電子設備廣播定位要求；每一個從電子設備依據定位要求，反饋座標資訊與附加資訊給主電子設備。In some embodiments, the step of obtaining the coordinate information and additional information of each electronic device from the master electronic device may include the following steps: the master electronic device broadcasts the positioning request; each slave electronic device feeds back the coordinates according to the positioning request. information and additional information to the host electronic device.

於一些實施例中，顯示於瀏覽介面中的每一個設備圖樣可以連結設備圖樣對應的電子設備的連線位址。在此，於瀏覽介面中選取其中一個設備圖樣時，可以遠端連接設備圖樣對應的電子設備。此外，於遠端連接設備圖樣對應的電子設備的步驟中，可以包含以下步驟：取得設備圖樣對應的電子設備的工作狀態資訊；將工作狀態資訊顯示於瀏覽介面中。另外，瀏覽介面更可以用以接收操作指令，操作指令可以用以控制被選取的設備圖樣對應的電子設備。In some embodiments, each device icon displayed in the browsing interface can be linked to the connection address of the electronic device corresponding to the device icon. Here, when one of the device images is selected in the browsing interface, the electronic device corresponding to the device image can be connected remotely. In addition, the step of remotely connecting the electronic device corresponding to the device pattern may include the following steps: obtaining the working status information of the electronic device corresponding to the device pattern; and displaying the working status information in the browsing interface. In addition, the browsing interface can be used to receive operating instructions, and the operating instructions can be used to control the electronic device corresponding to the selected device pattern.

綜上所述，本發明提供的電子設備監控方法，由主電子設備建立顯示位置對應表並轉換成條碼圖案，工程師可以藉由掃描條碼圖案便能一次性地獲取所有可連線的電子設備的相關資訊。此外，本發明提供的電子設備監控方法還能同時於一個瀏覽介面中顯示關聯於多個電子設備的多個設備圖樣。由於每一個設備圖樣都擬真了電子設備的外觀形狀，並且設備圖樣於瀏覽介面中的相對位置和現實中的電子設備的位置關係相互呼應，讓工程師於瀏覽介面中可以直覺地操作與使用。In summary, the electronic device monitoring method provided by the present invention establishes a display position correspondence table from the main electronic device and converts it into a barcode pattern. Engineers can obtain the information of all connectable electronic devices at once by scanning the barcode pattern. Related information. In addition, the electronic device monitoring method provided by the present invention can also display multiple device patterns associated with multiple electronic devices in one browsing interface at the same time. Since each device drawing simulates the appearance of the electronic device, and the relative position of the device drawing in the browsing interface corresponds to the position of the actual electronic device, engineers can operate and use it intuitively in the browsing interface.

下文將進一步揭露本發明之特徵、目的及功能。然而，以下所述者，僅為本發明之實施例，當不能以之限制本發明之範圍，即但凡依本發明申請專利範圍所作之均等變化及修飾，仍將不失為本發明之要意所在，亦不脫離本發明之精神和範圍，故應將視為本發明的進一步實施態樣。The features, objects and functions of the present invention will be further disclosed below. However, the following descriptions are only examples of the present invention and should not be used to limit the scope of the present invention. That is, any equivalent changes and modifications made in accordance with the patentable scope of the present invention will still remain the gist of the present invention. It does not deviate from the spirit and scope of the present invention, so it should be regarded as a further implementation form of the present invention.

請一併參閱圖1與圖2，圖1係繪示本發明一實施例之電子設備監控方法可以應用的測試系統方塊圖，圖2係繪示本發明一實施例之電子設備監控方法於瀏覽介面中的示意圖。如圖所示，本發明的電子設備監控方法可以應用於一個測試系統1中，所述測試系統1可以包含機櫃10以及多個電子設備12a~12e。在此，機櫃10可以是一種用於儲放電子設備12a~12e的箱體或貨架，電子設備12a~12e可以是各種用於執行電性測試的機台，例如電壓供應器、電流供應器或者偵測電壓或電流的儀器，本實施例不加以限制。此外，雖然圖1繪示了1個機櫃10以及5個放置在機櫃10中的電子設備12a~12e，但本實施例實際上不限制測試系統1中可以包含的機櫃10數量，以及每一個機櫃10中可以包含的電子設備的數量。另外，圖1中的機櫃10示範了以層疊的方式放置電子設備12a~12e，係為了方便說明，本實施例也不加以限制，例如電子設備12a~12e也有可能以水平相鄰的方式放置於機櫃10中。Please refer to FIG. 1 and FIG. 2 together. FIG. 1 is a block diagram of a test system to which the electronic equipment monitoring method according to one embodiment of the present invention can be applied. FIG. 2 is a view of the electronic equipment monitoring method according to one embodiment of the present invention. A diagram of the interface. As shown in the figure, the electronic equipment monitoring method of the present invention can be applied to a test system 1. The test system 1 can include a cabinet 10 and multiple electronic devices 12a~12e. Here, the cabinet 10 may be a box or shelf for storing electronic devices 12a to 12e. The electronic devices 12a to 12e may be various machines for performing electrical testing, such as voltage supplies, current supplies or Instruments for detecting voltage or current are not limited in this embodiment. In addition, although FIG. 1 illustrates one cabinet 10 and five electronic devices 12a to 12e placed in the cabinet 10, this embodiment does not actually limit the number of cabinets 10 that can be included in the test system 1, and the number of each cabinet. The number of electronic devices that can be included in 10. In addition, the cabinet 10 in Figure 1 demonstrates the placement of electronic devices 12a to 12e in a stacked manner. This is for convenience of explanation and is not limited to this embodiment. For example, the electronic devices 12a to 12e may also be placed in a horizontally adjacent manner. Cabinet 10.

於一個實施例中，機櫃10中的電子設備12a~12e是有固定的順序編號的，所述順序編號可以依照電子設備12a~12e於機櫃10中的實體位置順序，由上到下可以分別被看成是第一台到第五台電子設備。於另一個實施例中，機櫃10中的電子設備12a~12e的接線順序有可能和機櫃10中的實體位置順序不同。例如假設從電子設備12a接線連線到電子設備12e，再從電子設備12e接線連線到電子設備12c。此時，電子設備12e的順序編號即在電子設備12a之後，而電子設備12c的順序編號在電子設備12e之後。為了方便說明，以下假設機櫃10中的電子設備12a~12e實體位置順序與接線順序皆相同。In one embodiment, the electronic devices 12a to 12e in the cabinet 10 are numbered in a fixed sequence. The sequence numbers can be assigned from top to bottom according to the order of the physical positions of the electronic devices 12a to 12e in the cabinet 10 . Think of it as the first to fifth electronic equipment. In another embodiment, the wiring sequence of the electronic devices 12a to 12e in the cabinet 10 may be different from the physical location sequence in the cabinet 10. For example, assume that the electronic device 12a is wired to the electronic device 12e, and then the electronic device 12e is wired to the electronic device 12c. At this time, the sequence number of the electronic device 12e is after the electronic device 12a, and the sequence number of the electronic device 12c is after the electronic device 12e. For convenience of explanation, it is assumed below that the physical position sequence and wiring sequence of the electronic devices 12a to 12e in the cabinet 10 are the same.

電子設備12a~12e除了可以各自用來執行電性測試的功能之外，每個電子設備還應具備有連網通信的功能。舉例來說，電子設備12a~12e各自可以有線或無線地連上網路，並且各自可以被分配到一個可供識別的連線位址(IP address)。在此，電子設備12a~12e中的其中任意一台電子設備可以被設定為主電子設備，而其他四台電子設備則為從電子設備。本實施例在此假設電子設備12c為主電子設備，電子設備12a、電子設備12b、電子設備12d以及電子設備12e為從電子設備。於一個例子中，電子設備12a~12e應當預先知道本身在實體位置或接線順序的順序編號，本實施例不限制電子設備12a~12e如何取得順序編號。舉例來說，工程師可以給定每一個電子設備的順序編號，或者電子設備12a~12e可以各自執行定位程序以確定本身在實體位置順序或接線順序的順序編號。本實施例在此將電子設備12a~12e在實體位置順序或接線順序的順序編號定義為座標資訊。值得一提的是，本實施例不限制實體位置順序或接線順序的順序編號的格式，順序編號只要能夠指示電子設備12a~12e的次序性即可。In addition to the functions of performing electrical testing, each of the electronic devices 12a to 12e should also have a network communication function. For example, the electronic devices 12a to 12e can each be connected to the Internet via wires or wirelessly, and each can be assigned an identifiable connection address (IP address). Here, any one of the electronic devices 12a to 12e can be set as the master electronic device, while the other four electronic devices are slave electronic devices. In this embodiment, it is assumed that the electronic device 12c is the master electronic device, and the electronic device 12a, the electronic device 12b, the electronic device 12d and the electronic device 12e are the slave electronic devices. In one example, the electronic devices 12a ~ 12e should know in advance the sequence number of their physical location or wiring sequence. This embodiment does not limit how the electronic devices 12a ~ 12e obtain the sequence number. For example, the engineer can assign a sequence number to each electronic device, or the electronic devices 12a to 12e can each perform a positioning procedure to determine the sequence number of their physical location sequence or wiring sequence. In this embodiment, the sequence numbers of the electronic devices 12a to 12e in the physical location sequence or the wiring sequence are defined as coordinate information. It is worth mentioning that this embodiment does not limit the format of the sequential numbering of the physical position sequence or the wiring sequence. The sequential numbering only needs to be able to indicate the order of the electronic devices 12a to 12e.

此外，電子設備12a~12e還可以儲存有除了座標資訊以外的附加資訊。實務上，附加資訊可以是本身的型號、連線位址或者功能選單，本實施例不加以限制。於實際的操作中，電子設備12c(主電子設備)會取得每一個電子設備的座標資訊與附加資訊。詳細來說，電子設備12c除了本身的座標資訊與附加資訊應當屬於已知之外，還會主動廣播定位要求給其他已連線的電子設備(電子設備12a、12b、12d、12e)。由於本實施例假設機櫃10中的電子設備12a~12e是以接線連接在一起，故前述其他已連線的電子設備係指主電子設備以外的從電子設備(電子設備12a、12b、12d、12e)。當從電子設備在接到定位要求後，即會反饋本身的座標資訊與附加資訊給主電子設備(電子設備12c)。由上述可知，主電子設備便可以記錄所有電子設備12a~12e的座標資訊與附加資訊。於一個例子中，主電子設備可以定期廣播定位要求，以主動確定已連線的電子設備是否有增加或減少。或者，每當已連線的電子設備有變化時，會自動通知主電子設備以觸發其廣播定位要求。又或者，工程師可以連線到主電子設備以手動其觸發廣播定位要求，本實施例不加以限制。In addition, the electronic devices 12a to 12e may also store additional information in addition to coordinate information. In practice, the additional information may be its own model, connection address or function menu, which is not limited in this embodiment. In actual operation, the electronic device 12c (the main electronic device) will obtain the coordinate information and additional information of each electronic device. Specifically, in addition to its own coordinate information and additional information that should be known, the electronic device 12c will also actively broadcast positioning requirements to other connected electronic devices (electronic devices 12a, 12b, 12d, 12e). Since this embodiment assumes that the electronic devices 12a ~ 12e in the cabinet 10 are connected together by wiring, the other connected electronic devices mentioned above refer to the slave electronic devices (electronic devices 12a, 12b, 12d, 12e) other than the master electronic device. ). When the slave electronic device receives the positioning request, it will feed back its own coordinate information and additional information to the master electronic device (electronic device 12c). From the above, it can be seen that the main electronic device can record the coordinate information and additional information of all electronic devices 12a ~ 12e. In one example, the master electronic device can periodically broadcast positioning requirements to proactively determine whether the number of connected electronic devices has increased or decreased. Or, whenever there is a change in the connected electronic device, the main electronic device will be automatically notified to trigger its broadcast positioning request. Alternatively, the engineer can connect to the main electronic device to manually trigger the broadcast positioning request, which is not limited in this embodiment.

接著，主電子設備會依據已記錄到的座標資訊與附加資訊，產生顯示位置對應表。在此，所述顯示位置對應表除了記錄座標資訊與附加資訊之外，還有可能包含其他的資訊，本實施例不加以限制。舉例來說，本實施例示範的顯示位置對應表可以記錄每一個電子設備在機櫃10中的實體位置順序或接線順序，以及每一個電子設備的連線位址。於一個例子中，主電子設備會依據顯示位置對應表的內容，即時產生一個條碼圖案14。值得一提的是，每當主電子設備維護的顯示位置對應表內容有變化時，主電子設備可以即時更新條碼圖案14。例如，機櫃10中新增了電子設備，只要所述新增的電子設備有連線到主電子設備，主電子設備便會修改顯示位置對應表並對應產生新的條碼圖案14。Then, the main electronic device will generate a display position correspondence table based on the recorded coordinate information and additional information. Here, in addition to recording coordinate information and additional information, the display position correspondence table may also include other information, which is not limited in this embodiment. For example, the display position correspondence table demonstrated in this embodiment can record the physical position sequence or wiring sequence of each electronic device in the cabinet 10, as well as the connection address of each electronic device. In one example, the main electronic device will instantly generate a barcode pattern 14 based on the contents of the display position correspondence table. It is worth mentioning that whenever the content of the display position correspondence table maintained by the main electronic device changes, the main electronic device can update the barcode pattern 14 immediately. For example, if a new electronic device is added to the cabinet 10, as long as the newly added electronic device is connected to the main electronic device, the main electronic device will modify the display position correspondence table and generate a new barcode pattern 14 accordingly.

為了遠端控制機櫃10中的電子設備12a~12e，工程師可以設計一個網路平台2，網路平台2可以例如是以網頁或者應用程式的形式構成。實務上，所述條碼圖案14用以指示一個監控網址與多個顯示參數，本實施例描述的監控網址係指示網路平台2的網路位址，本實施例描述的多個顯示參數可以包含了顯示位置對應表內的部分或所有資訊。換句話說，多個顯示參數至少可以表示每一個電子設備在機櫃10中的實體位置順序或接線順序，每一個電子設備的型號，或每一個電子設備的連線位址等相關資訊。本實施例在此不限制顯示參數的數量，並且每一個顯示參數的內涵有可能不同，例如部分的顯示參數可以用於指示電子設備的實體位置順序或接線順序，部分的顯示參數可以用於指示電子設備的型號，部分的顯示參數可以用於指示電子設備的連線位址。In order to remotely control the electronic devices 12a to 12e in the cabinet 10, engineers can design a network platform 2. The network platform 2 can be formed in the form of a web page or an application program, for example. In practice, the barcode pattern 14 is used to indicate a monitoring website and multiple display parameters. The monitoring website described in this embodiment indicates the network address of the network platform 2. The multiple display parameters described in this embodiment may include to display some or all of the information in the position correspondence table. In other words, the multiple display parameters can at least represent the physical location sequence or wiring sequence of each electronic device in the cabinet 10, the model of each electronic device, or the connection address of each electronic device and other related information. This embodiment does not limit the number of display parameters, and the connotation of each display parameter may be different. For example, some display parameters may be used to indicate the physical location sequence or wiring sequence of the electronic device, and some display parameters may be used to indicate the physical location sequence or wiring sequence of the electronic device. The model of the electronic device, and some display parameters can be used to indicate the connection address of the electronic device.

為了方便工程師控制，網路平台2可以包含一個圖形化的瀏覽介面20，而瀏覽介面20中可以用來顯示多個設備圖樣22a~22e。實務上，瀏覽介面可以從顯示參數中取得每一個電子設備的連線位址，以連上每一個電子設備。於一個例子中，每一個電子設備可以各自儲存有自身設備的設備圖樣，例如電子設備12a儲存有對應的設備圖樣22a。接著，瀏覽介面可以分別連線上電子設備12a~12e，以取得對應所有電子設備12a~12e的設備圖樣22a~22e。由於所述多個顯示參數可以指示電子設備12a~12e的實體位置順序或接線順序，瀏覽介面20便可以藉由顯示參數確定多個設備圖樣22a~22e於畫面中的排列順序與相對位置。詳細來說，一些顯示參數可以記載電子設備12a對應到的連線位址IP1，並且於連線位址IP1的欄位下，可以標記出瀏覽介面20中的顯示位置24a。同樣地，一些顯示參數可以依序記載電子設備12b~12e對應到連線位址IP2~IP5，並且連線位址IP2~IP5分別對應到瀏覽介面20中的顯示位置24b~24e，本實施例在此不予贅述。此外，所述多個顯示參數也有可能指示每一個電子設備的型號與對應的設備圖樣，瀏覽介面20取得設備圖樣22a~22e之後，便可以藉由顯示參數檢查每一個設備圖樣是否正確。於一個例子中，設備圖樣22a~22e可以是二維圖面或三維模型，用來代表實體的電子設備12a~12e。值得一提的是，設備圖樣22a~22e不一定是預存在電子設備12a~12e中，也有可能儲存於網路平台2。例如，網路平台2預先儲存有多個設備圖樣，並且藉由收到的顯示參數決定要使用哪些設備圖樣以及在瀏覽介面20的位置。In order to facilitate engineer control, the network platform 2 can include a graphical browsing interface 20, and the browsing interface 20 can be used to display multiple device patterns 22a~22e. In practice, the browsing interface can obtain the connection address of each electronic device from the display parameters to connect to each electronic device. In one example, each electronic device may store the device pattern of its own device, for example, the electronic device 12a stores the corresponding device pattern 22a. Then, the browsing interface can connect to the electronic devices 12a to 12e respectively to obtain the device patterns 22a to 22e corresponding to all the electronic devices 12a to 12e. Since the multiple display parameters can indicate the physical position sequence or wiring sequence of the electronic devices 12a to 12e, the browsing interface 20 can determine the arrangement order and relative position of the multiple device patterns 22a to 22e in the screen through the display parameters. Specifically, some display parameters may record the connection address IP1 corresponding to the electronic device 12a, and under the field of the connection address IP1, the display position 24a in the browsing interface 20 may be marked. Similarly, some display parameters can sequentially record that the electronic devices 12b to 12e correspond to the connection addresses IP2 to IP5, and the connection addresses IP2 to IP5 respectively correspond to the display positions 24b to 24e in the browsing interface 20. In this embodiment I won’t go into details here. In addition, the plurality of display parameters may also indicate the model and corresponding device drawing of each electronic device. After the browsing interface 20 obtains the device drawings 22a to 22e, it can use the display parameters to check whether each device drawing is correct. In one example, the device patterns 22a to 22e may be two-dimensional drawings or three-dimensional models, used to represent the physical electronic devices 12a to 12e. It is worth mentioning that the device patterns 22a ~ 22e are not necessarily pre-stored in the electronic devices 12a ~ 12e, but may also be stored in the network platform 2. For example, the network platform 2 pre-stores multiple device images, and determines which device images to use and their positions in the browsing interface 20 based on the received display parameters.

本實施例示範了電子設備12a~12e可以各自儲存自己的設備圖樣22a~22e，好處之一是由於實務上電子設備的型號眾多，各自儲存自己的設備圖樣可以節省網路平台2的儲存空間，而不用於網路平台2預存過多型號對應的設備圖樣。舉例來說，電子設備12a可以在出廠時就儲存了自己的設備圖樣22a，一方面可以確保設備圖樣22a與電子設備12a的外觀形狀相符之外，也因為電子設備12a僅需要儲存單一個(自己的)設備圖樣22a，對儲存空間的需求不大，不會對電子設備12a其他功能造成影響。於一個例子中，設備圖樣22a可以是電子設備12a的外觀擬真圖樣，所述外觀擬真圖樣可以完全模擬電子設備12a的外觀形狀。也就是說，當網路平台2連上電子設備12a後，會從電子設備12a取得設備圖樣22a，並且顯示於瀏覽介面20上。此時，瀏覽介面20顯示的設備圖樣22a，完全可以對應上實際的電子設備12a的外觀，從而大幅減少控制時的混淆與誤判。This embodiment demonstrates that the electronic devices 12a ~ 12e can each store their own device patterns 22a ~ 22e. One of the benefits is that since there are many models of electronic devices in practice, each storing their own device patterns can save the storage space of the network platform 2. It is not used for network platform 2 to pre-store device patterns corresponding to too many models. For example, the electronic device 12a can store its own device pattern 22a when it leaves the factory. This not only ensures that the device pattern 22a matches the appearance of the electronic device 12a, but also because the electronic device 12a only needs to store a single (self) ) device pattern 22a, which requires little storage space and will not affect other functions of the electronic device 12a. In one example, the device pattern 22a may be a realistic-looking pattern of the electronic device 12a, and the realistic-looking pattern may completely simulate the appearance shape of the electronic device 12a. That is to say, when the network platform 2 is connected to the electronic device 12a, it will obtain the device pattern 22a from the electronic device 12a and display it on the browsing interface 20. At this time, the device pattern 22a displayed on the browsing interface 20 can completely correspond to the appearance of the actual electronic device 12a, thereby greatly reducing confusion and misjudgment during control.

以實際的例子來說，工程師要進行遠端操作時，只需要前往機櫃10的位置一次，以行動裝置(例如手機)藉由掃描電子設備12c(主電子設備)上的條碼圖案14，便能一次性地獲取所有可連線的電子設備12a~12e的相關資訊。此外，以行動裝置掃描條碼圖案14時，條碼圖案14中的指令可以驅動行動裝置自動開啟預設的瀏覽器或者對應的應用程式，從而從條碼圖案14提供的監控網址連線到網路平台2。於一個例子中，當工程師成功掃描條碼圖案14後，網路平台2的瀏覽介面20便會自動帶入多個設備圖樣22a~22e，而工程師只需要點選其中一個設備圖樣，便可以連線到設備圖樣對應的電子設備。也就是說，當工程師要更換電子設備進行操作時，不再需要前往機櫃10的位置，而是直接於瀏覽介面20點選欲操作的電子設備對應的設備圖樣即可。Taking a practical example, when an engineer wants to perform remote operations, he only needs to go to the location of the cabinet 10 once and use a mobile device (such as a mobile phone) to scan the barcode pattern 14 on the electronic device 12c (the main electronic device). Obtain relevant information of all connectable electronic devices 12a~12e at one time. In addition, when the barcode pattern 14 is scanned with a mobile device, the instructions in the barcode pattern 14 can drive the mobile device to automatically open the default browser or the corresponding application, thereby connecting to the network platform 2 from the monitoring website provided by the barcode pattern 14 . In one example, after the engineer successfully scans the barcode pattern 14, the browsing interface 20 of the network platform 2 will automatically bring in multiple device patterns 22a~22e, and the engineer only needs to click on one of the device patterns to connect. to the electronic equipment corresponding to the equipment drawing. That is to say, when the engineer wants to replace the electronic equipment for operation, he no longer needs to go to the location of the cabinet 10, but can directly click on the equipment pattern corresponding to the electronic equipment to be operated on the browsing interface 20.

此外，瀏覽介面20中不僅可以顯示設備圖樣22a~22e，還有可能顯示設備圖樣22a~22e各自的工作狀態資訊。於一個例子中，網路平台2可以即時從電子設備12a取得電子設備12a的工作狀態資訊。舉電子設備12a是一種電源供應器為例，網路平台2可以得知電子設備12a正在輸出的電壓、電流、功率，或電子設備12a被設定輸出的電壓、電流、功率，並且將取得的工作狀態資訊連結到設備圖樣22a。當然，網路平台2將工作狀態資訊連結到對應的設備圖樣22a的手段很多，本實施例在此不限制。以實際的例子來說，假設工程師要想於瀏覽介面20中查看電子設備12a的工作狀態資訊時，網路平台2可以將電子設備12a的工作狀態資訊直接顯示在設備圖樣22a周圍，讓工程師可以看出工作狀態資訊是關聯於設備圖樣22a，從而可以理解工作狀態資訊是從電子設備12a取得的。此外，網路平台2也可以不直接在瀏覽介面20顯示工作狀態資訊，而是當工程師點選設備圖樣22a表明想查看電子設備12a的工作狀態資訊後，再用彈出對話方塊或視窗的方式，將電子設備12a的工作狀態資訊直接顯示在瀏覽介面20。另外，假設網路平台2是一種網頁架構(例如網頁瀏覽器)，當工程師點選設備圖樣22a表明想查看電子設備12a的工作狀態資訊後，網路平台2也可以再開一個新分頁，將電子設備12a的工作狀態資訊直接顯示在新分頁中。In addition, the browsing interface 20 may not only display the device drawings 22a to 22e, but may also display the respective working status information of the device drawings 22a to 22e. In one example, the network platform 2 can obtain the working status information of the electronic device 12a from the electronic device 12a in real time. Taking the electronic device 12a as a power supply as an example, the network platform 2 can know the voltage, current, and power that the electronic device 12a is outputting, or the voltage, current, and power that the electronic device 12a is set to output, and the work to be obtained. The status information is linked to the device pattern 22a. Of course, there are many ways for the network platform 2 to link the working status information to the corresponding device pattern 22a, which is not limited in this embodiment. Taking a practical example, assuming that an engineer wants to view the working status information of the electronic device 12a in the browsing interface 20, the network platform 2 can directly display the working status information of the electronic device 12a around the device pattern 22a, so that the engineer can It can be seen that the working status information is associated with the device pattern 22a, so it can be understood that the working status information is obtained from the electronic device 12a. In addition, the network platform 2 may not directly display the working status information on the browsing interface 20, but may use a pop-up dialog box or window after the engineer clicks on the equipment icon 22a to indicate that he wants to view the working status information of the electronic device 12a. The working status information of the electronic device 12a is directly displayed on the browsing interface 20. In addition, assuming that the network platform 2 is a web page structure (such as a web browser), when the engineer clicks on the device icon 22a to indicate that he wants to view the working status information of the electronic device 12a, the network platform 2 can also open a new page to display the electronic device 12a. The working status information of the device 12a is directly displayed in the new tab.

請一併參閱圖1至圖3，圖3係繪示本發明另一實施例之電子設備監控方法於瀏覽介面中的示意圖。如圖所示，與前一實施例相同的是，網路平台3中同樣可以具有瀏覽介面30，瀏覽介面30中同樣可以顯示設備圖樣32a~32e，並且設備圖樣32a~32e也可以對應到電子設備12a~12e。與前一實施例不同的是，瀏覽介面30還可能包含其他的資訊，例如瀏覽介面30可以包含對應每一個設備圖樣的控制面板圖樣34、輸入列36以及按鍵圖樣38。於一個例子中，如果設備圖樣32a~32e的型號相同，則設備圖樣32a~32e各自對應到控制面板圖樣34也應當相同。以設備圖樣32a對應到的控制面板圖樣34來說，控制面板圖樣34可以包含工作狀態資訊區塊340和輸入區塊342。在此，工作狀態資訊區塊340可以用於顯示電子設備12a的工作狀態資訊，輸入區塊342可以提供工程師直覺地輸入各種操作指令。舉例來說，當電子設備12a是電源供應器時，工作狀態資訊區塊340可以顯示電子設備12a目前供應的電壓與電流，且工程師可以由輸入區塊342給出操作指令，所述操作指令可以用於設定設備圖樣32a對應的電子設備12a要輸出的電壓或電流。Please refer to FIGS. 1 to 3 together. FIG. 3 is a schematic diagram of an electronic device monitoring method in a browsing interface according to another embodiment of the present invention. As shown in the figure, the same as the previous embodiment, the network platform 3 can also have a browsing interface 30. The browsing interface 30 can also display device patterns 32a~32e, and the device patterns 32a~32e can also correspond to electronic devices. Devices 12a~12e. Different from the previous embodiment, the browsing interface 30 may also include other information. For example, the browsing interface 30 may include a control panel image 34, an input column 36 and a button image 38 corresponding to each device image. In one example, if the models of the device patterns 32a to 32e are the same, the control panel patterns 34 corresponding to the device patterns 32a to 32e should also be the same. Taking the control panel pattern 34 corresponding to the device pattern 32a as an example, the control panel pattern 34 may include a working status information block 340 and an input block 342. Here, the working status information block 340 can be used to display the working status information of the electronic device 12a, and the input block 342 can provide engineers with intuitive input of various operating instructions. For example, when the electronic device 12a is a power supply, the working status information block 340 can display the voltage and current currently supplied by the electronic device 12a, and the engineer can give operation instructions through the input block 342, and the operation instructions can It is used to set the voltage or current to be output by the electronic device 12a corresponding to the device pattern 32a.

當然，雖然圖3中繪示的輸入區塊342包含數字按鍵，但本實施例不加以限制，只要工程師能由輸入區塊342給出操作指令以控制對應的電子設備12a，即應屬本實施例的範疇。此外，瀏覽介面30中的輸入列36可以輸入其他內涵的指令，例如工程師可以於輸入區塊342設定電子設備12a要輸出的電壓或電流，並於輸入列36輸入「迴圈」、「延遲」等邏輯指令，以更精準地遠端控制電子設備12a。另外，工程師也有可能直接於輸入列36設定電子設備12a要輸出的電壓或電流，並且附加邏輯指令，本實施例不限制輸入列36的使用方式。Of course, although the input block 342 shown in FIG. 3 includes numeric keys, this embodiment is not limited. As long as the engineer can give operating instructions through the input block 342 to control the corresponding electronic device 12a, it should be included in this implementation. category of examples. In addition, the input column 36 in the browsing interface 30 can input other connotative instructions. For example, the engineer can set the voltage or current to be output by the electronic device 12a in the input block 342, and input "loop" and "delay" in the input column 36. and other logical instructions to remotely control the electronic device 12a more accurately. In addition, the engineer may also directly set the voltage or current to be output by the electronic device 12a in the input column 36, and add logical instructions. This embodiment does not limit the use of the input column 36.

於一個例子中，按鍵圖樣38可以是一種全選的按鍵，例如可以選擇標記出所有的設備圖樣32a~32e，或者可以不標記任何一個設備圖樣32a~32e。以上述的例子來說，假設工程師希望電子設備12a~12e執行相同的操作，則可以於輸入列36或設備圖樣32a對應的輸入區塊342輸入操作指令，並且點選按鍵圖樣38以選擇所有的設備圖樣32a~32e，這樣輸入列36或輸入區塊342接收到的操作指令便可以套用在所有的設備圖樣32a~32e。也就是說，工程師可以藉由點選按鍵圖樣38，對所有的電子設備12a~12e進行同步控制，而免除了逐一輸入操作指令的困擾。值得一提的是，控制面板圖樣34也有可能是設備圖樣32a的一部分。舉例來說，只要電子設備12a本身包含了控制面板，由於設備圖樣32a是電子設備12a的外觀擬真圖樣，當然設備圖樣32a可以更為複雜且可以包含控制面板圖樣34。In one example, the button pattern 38 may be an all-select button. For example, all the device patterns 32a to 32e may be selected to be marked, or any device pattern 32a to 32e may not be marked. Taking the above example, assuming that the engineer wants the electronic devices 12a to 12e to perform the same operation, he can input the operation command in the input column 36 or the input block 342 corresponding to the device pattern 32a, and click the button pattern 38 to select all Equipment patterns 32a ~ 32e, so that the operation instructions received by the input column 36 or the input block 342 can be applied to all equipment patterns 32a ~ 32e. That is to say, the engineer can synchronously control all the electronic devices 12a to 12e by clicking on the button pattern 38, thereby eliminating the trouble of inputting operation instructions one by one. It is worth mentioning that the control panel pattern 34 may also be part of the device pattern 32a. For example, as long as the electronic device 12a itself includes a control panel, since the device pattern 32a is a realistic pattern of the electronic device 12a, of course the device pattern 32a can be more complex and can include the control panel pattern 34.

於一個例子中，電子設備12a的工作狀態資訊還可以包含了告警資訊，所述告警資訊可以例如用來提醒電子設備12a過熱、輸出異常或者其他各種故障等，本實施例不加以限制。實務上，當電子設備12a發生故障時，網路平台3可以於瀏覽介面30中播放對應告警資訊的告警音效，例如電子設備12a過熱時，瀏覽介面30中可以播放「電子設備12a過熱」等語音，或者可以播放特殊音頻來指示故障的類型。當然，本實施例並不限制一個告警訊號只會以一種語系發出語音。於一個例子中，網路平台3還可以基於於瀏覽介面30設定的國別或自訂語系(例如中文、英文、日文等)，於瀏覽介面30中選擇性地播放對應各種語系的語音。In one example, the working status information of the electronic device 12a may also include alarm information. The alarm information may be used to remind the electronic device 12a of overheating, abnormal output, or other various faults, etc., which is not limited in this embodiment. In practice, when the electronic device 12a fails, the network platform 3 can play an alarm sound corresponding to the alarm information in the browsing interface 30. For example, when the electronic device 12a is overheated, the browsing interface 30 can play a voice such as "The electronic device 12a is overheated." , or special audio can be played to indicate the type of fault. Of course, this embodiment does not limit an alarm signal to be sounded in only one language. In one example, the network platform 3 can also selectively play voices corresponding to various languages in the browsing interface 30 based on the country or custom language (such as Chinese, English, Japanese, etc.) set in the browsing interface 30 .

值得一提的是，本實施例的設備圖樣32a也有可能於一定時間進行更新，例如電子設備12a維修或硬體升級之後，設備圖樣32a可以更新到電子設備12a最新的外觀形狀。或者，設備圖樣32a可以反映電子設備12a最即時的外觀形狀，例如前述電子設備12a發生故障時，實體的電子設備12a可以亮起某一個指示故障的燈號。此時，由於網路平台3可以收到告警資訊，實務上有可能主動於瀏覽介面30中更新設備圖樣32a，並讓設備圖樣32a也顯示出對應的故障的燈號。也就是說，網路平台3可以讓設備圖樣32a模擬電子設備32a即時外觀，讓工程師有可能在瀏覽介面20中近似於直接看到電子設備12a的現場狀況。It is worth mentioning that the device pattern 32a in this embodiment may also be updated at a certain time. For example, after the electronic device 12a is repaired or the hardware is upgraded, the device pattern 32a may be updated to the latest appearance shape of the electronic device 12a. Alternatively, the device pattern 32a may reflect the most immediate appearance of the electronic device 12a. For example, when the aforementioned electronic device 12a fails, the physical electronic device 12a may light up a certain light indicating the failure. At this time, since the network platform 3 can receive the alarm information, it is actually possible to actively update the device pattern 32a in the browsing interface 30, and have the device pattern 32a also display the corresponding fault light signal. In other words, the network platform 3 can allow the device pattern 32a to simulate the real-time appearance of the electronic device 32a, making it possible for engineers to directly see the on-site status of the electronic device 12a in the browsing interface 20.

為了方便說明本發明的電子設備監控方法，請一併參閱圖1、圖2與圖4，圖4係繪示依據本發明一實施例之電子設備監控方法的步驟流程圖。如圖所示，本發明的電子設備監控方法用於監控機櫃10中的多個電子設備12a~12e，電子設備12a~12e中定義有主電子設備(例如前述舉例的電子設備12c)與至少一個從電子設備(例如前述舉例的電子設備12a~12b、電子設備12d~12e)。於步驟S40中，由主電子設備取得每一個電子設備的座標資訊與附加資訊。於步驟S42中，依據每一個電子設備的座標資訊與附加資訊，由主電子設備產生顯示位置對應表。接著，於步驟S44中，由主電子設備即時依據顯示位置對應表產生條碼圖案14，條碼圖案14用以指示監控網址與多個顯示參數。接著，於步驟S46中，由行動裝置讀取條碼圖案14，以連線至監控網址的瀏覽介面20。並且，於步驟S48中，由瀏覽介面20依據所述多個顯示參數顯示對應每一個電子設備(電子設備12a~12e)的設備圖樣22a~22e。本實施例關於電子設備監控方法的步驟均可以見於前述實施例，本實施例在此不予贅述。In order to facilitate the description of the electronic equipment monitoring method of the present invention, please refer to FIG. 1 , FIG. 2 and FIG. 4 together. FIG. 4 is a step flow chart of the electronic equipment monitoring method according to an embodiment of the present invention. As shown in the figure, the electronic equipment monitoring method of the present invention is used to monitor multiple electronic equipment 12a~12e in the cabinet 10. The electronic equipment 12a~12e defines a main electronic equipment (such as the aforementioned electronic equipment 12c) and at least one From the electronic device (such as the electronic devices 12a to 12b and the electronic devices 12d to 12e described above). In step S40, the coordinate information and additional information of each electronic device are obtained from the master electronic device. In step S42, a display position correspondence table is generated by the master electronic device based on the coordinate information and additional information of each electronic device. Next, in step S44, the main electronic device generates a barcode pattern 14 in real time according to the display position correspondence table. The barcode pattern 14 is used to indicate the monitoring website address and multiple display parameters. Next, in step S46, the barcode pattern 14 is read by the mobile device to connect to the browsing interface 20 of the monitoring website. Furthermore, in step S48, the browsing interface 20 displays device patterns 22a to 22e corresponding to each electronic device (electronic devices 12a to 12e) according to the plurality of display parameters. The steps of the electronic device monitoring method in this embodiment can be seen in the previous embodiments, and will not be described in detail here.

1:測試系統 10:機櫃 12a~12e:電子設備 14:條碼圖案 2:網路平台 20:瀏覽介面 22a~22e:設備圖樣 24a~24e:顯示位置 3:網路平台 30:瀏覽介面 32a~32e:設備圖樣 34:控制面板圖樣 340:工作狀態資訊區塊 342:輸入區塊 36:輸入列 38:按鍵圖樣 S40~S48:步驟流程 1: Test system 10: Cabinet 12a~12e: Electronic equipment 14: Barcode pattern 2:Online platform 20: Browse interface 22a~22e: Equipment drawings 24a~24e: Display position 3:Online platform 30: Browse interface 32a~32e: Equipment drawings 34:Control panel pattern 340: Working status information block 342:Input block 36:Input column 38:Button pattern S40~S48: step process

圖1係繪示本發明一實施例之電子設備監控方法可以應用的測試系統方塊圖。FIG. 1 is a block diagram of a test system to which the electronic equipment monitoring method according to an embodiment of the present invention can be applied.

圖2係繪示本發明一實施例之電子設備監控方法於瀏覽介面中的示意圖。FIG. 2 is a schematic diagram illustrating an electronic device monitoring method in a browsing interface according to an embodiment of the present invention.

圖3係繪示本發明另一實施例之電子設備監控方法於瀏覽介面中的示意圖。FIG. 3 is a schematic diagram illustrating an electronic device monitoring method in a browsing interface according to another embodiment of the present invention.

圖4係繪示依據本發明一實施例之電子設備監控方法的步驟流程圖。FIG. 4 is a flow chart illustrating a step flow chart of an electronic device monitoring method according to an embodiment of the present invention.

無without

S40~S48:步驟流程 S40~S48: step process

Claims

一種電子設備監控方法，用於監控一機櫃中的多個電子設備，該些電子設備定義有一主電子設備與至少一從電子設備，所述電子設備監控方法包含：由該主電子設備取得每一該電子設備的一座標資訊與一附加資訊；依據每一該電子設備的該座標資訊與該附加資訊，由該主電子設備產生一顯示位置對應表；由該主電子設備即時依據該顯示位置對應表產生一條碼圖案，該條碼圖案用以指示一監控網址與多個顯示參數；由一行動裝置讀取該條碼圖案，以連線至該監控網址的一瀏覽介面；以及由該瀏覽介面依據該些顯示參數顯示對應每一該電子設備的一設備圖樣；其中於由該主電子設備取得每一該電子設備的該座標資訊與該附加資訊的步驟中，包含：由該主電子設備廣播一定位要求；以及每一該從電子設備依據該定位要求，反饋該座標資訊與該附加資訊給該主電子設備。 An electronic equipment monitoring method is used to monitor multiple electronic equipment in a cabinet. The electronic equipment defines a master electronic equipment and at least one slave electronic equipment. The electronic equipment monitoring method includes: obtaining each electronic equipment from the main electronic equipment. A coordinate information and an additional information of the electronic device; based on the coordinate information and the additional information of each electronic device, the main electronic device generates a display position correspondence table; the main electronic device instantly corresponds according to the display position The table generates a barcode pattern, the barcode pattern is used to indicate a monitoring website and a plurality of display parameters; the barcode pattern is read by a mobile device to connect to a browsing interface of the monitoring website; and the browsing interface according to the These display parameters display a device pattern corresponding to each electronic device; wherein the step of obtaining the coordinate information and the additional information of each electronic device by the main electronic device includes: broadcasting a position by the main electronic device request; and each slave electronic device feeds back the coordinate information and additional information to the master electronic device according to the positioning request.

如請求項1所述之電子設備監控方法，其中每一該電子設備的該座標資訊係記錄每一該電子設備於該機櫃中的一實體位置順序，或者記錄每一該電子設備於該機櫃中的一接線順序。 The electronic equipment monitoring method as described in claim 1, wherein the coordinate information of each electronic equipment records a physical location sequence of each electronic equipment in the cabinet, or records each electronic equipment in the cabinet a wiring sequence.

如請求項2所述之電子設備監控方法，其中每一該電子設備的該附加資訊係記錄每一該電子設備的一連線位址。 The electronic device monitoring method as described in claim 2, wherein the additional information of each electronic device records a connection address of each electronic device.

如請求項3所述之電子設備監控方法，其中該瀏覽介面依據每一該電子設備的該連線位址，連線至每一該電子設備，以取得對應該些電子設備的多個設備圖樣。 The electronic device monitoring method as described in claim 3, wherein the browsing interface connects to each electronic device according to the connection address of each electronic device to obtain multiple device patterns corresponding to the electronic devices. .

如請求項4所述之電子設備監控方法，其中每一該電子設備的該設備圖樣顯示於該瀏覽介面中的排列順序，相同於該實體位置順序或該接線順序。 The electronic equipment monitoring method as described in claim 4, wherein the order in which the equipment patterns of each electronic equipment are displayed in the browsing interface is the same as the physical location order or the wiring order.

如請求項1所述之電子設備監控方法，其中顯示於該瀏覽介面中的每一該設備圖樣連結該設備圖樣對應的該電子設備的一連線位址。 The electronic device monitoring method as described in claim 1, wherein each device pattern displayed in the browsing interface is linked to a connection address of the electronic device corresponding to the device pattern.

如請求項6所述之電子設備監控方法，更包含：於瀏覽介面中選取其中一該設備圖樣時，遠端連接該設備圖樣對應的該電子設備。 The electronic device monitoring method described in claim 6 further includes: when selecting one of the device images in the browsing interface, remotely connecting to the electronic device corresponding to the device image.

如請求項7所述之電子設備監控方法，其中於遠端連接該設備圖樣對應的該電子設備的步驟中，包含：取得該設備圖樣對應的該電子設備的一工作狀態資訊；以及將該工作狀態資訊顯示於該瀏覽介面中。 The electronic equipment monitoring method as described in claim 7, wherein the step of remotely connecting the electronic equipment corresponding to the equipment pattern includes: obtaining a working status information of the electronic equipment corresponding to the equipment pattern; and Status information is displayed in this browser interface.

如請求項7所述之電子設備監控方法，其中該瀏覽介面更用以接收一操作指令，該操作指令用以控制被選取的該設備圖樣對應的該電子設備。 The electronic device monitoring method of claim 7, wherein the browsing interface is further used to receive an operation command, and the operation command is used to control the electronic device corresponding to the selected device pattern.