M419128 五、新型說明： 【新型所屬之技術領域】 一種電力網安全監控設備，尤指可收集電器用品之用電資 訊’並將用㈣崎送至雲麟置，讓使用者可#由雲端襄置取 得電器用品用電資訊之監控設備。 【先前技術】 按，在「節能減碳、保護地球」的概念下，導引我們思考如 _ 何#約家庭用電。然而實行節能措施後，都需等待-段時間，當 收到電力公司之帳單後，才可以驗證成效，且生活上的用電量也 會隨著季節岐變’因錄單所呈現_容，並沒麵法在最短 時間内，提供我們改善用電習慣的建議。 是以，有必要讓使用者可隨時監控用電狀況，而可即時改變 用電習慣’以達到節能減碳。 【新型内容】 • 本創作之主要目的在於，讓使用者可隨時察知用電情形，並 可將用電情形储存、物統計，藉此改善用電習慣，達到節約用 電之目的。 為達上述目的，本創作電力網安全監控設備設置有資訊傳輸 裝置以及監縣置’資赠齡置係設置有微處理H，微處理器 連接有第—無線魏發射H威網路橋接器，且網路橋接器為透 過網際網路連接至雲端褒置，而監控裝置係設置有監控器，監控 w連接有電連接器以及第二無線接收發射器，而電連接器連接有 3 外部電源，當電利品連接電連接H使科，監控料會持續監 控電器用品之用電資訊，並透過第二無線接收發射器傳送至= 傳輸裝置’使㈣資訊透_關路傳送至雲端I置，讓使用者 可藉由雲端裝置取得電器用品之用電資訊。 【實施方式】 請參閱第-®以及第二圖所示，由圖中可清楚看出，本創作 電力網安全監控設備設置有資訊傳輸裝置i以及—喊—纟且以上 之監控裝置2，其中： 該資訊傳輸裝置1係設置有—微處理器u，微處理器u連接 有-第-無線接收發射H 12以及—網路橋接器13，且網路橋接器 13為透過網際網路3連接至雲端裝置4。 該監控裝置2係設置有監控器21，監控器21連接有一電連接 器22，以及一第二無線接收發射器23 ’而電連接器22連接有外 部電源5。 如第二圖所示’該監控裝置2為分別裝設於建築物7需使用 電器用品6處，或是直接連接於物7内之插座或配電箱，由 插座處連接至外部電源5。當使用者將電器用品6連接呈電連接器 22時’外部電源5所提供之電力即會供應至電器用品6，且電器 用。〇 6於使用日夺’監控器21為會持續^^貞測以及記錄電器用品6之 使用時間及耗電量，並將所收制之電力使用資訊由第二無線接 收發射器23傳送至資訊傳輸裝置i之第一無線接收發射器12，且 第一無線接收發射器12於收到電力使用資訊後為會交由微處理器 M419128 11 ’使微處理H u藉由麟橋接器13所連通之網際網路3,將電 力使用資轉送至雲端裝置4，讓朗者可藉纟雲端裝置4取得電 器用品6之用電資訊。 該裝置4可為基礎設施服務（iaas)，如伺服器 (Servers)、網路設施(Netw〇rk equipment)或資料中心，利用基 礎設施服務儲存並統計出電H用品6之用電資訊，讓使用者可由 通訊裝置，如電腦、個人行動助理(pDA)或智慧型手機，取得基礎 馨 e又施服務所統計出電器用品6之用電資訊。該雲端裝置4亦可為 軟體服務（SaaS)，軟體服務為儲存於使用者通訊裝置内之應用程 式，藉由通訊裝置連接至網際網路3取得資訊傳輸裝置1所發出 之電器用品6用電資訊，並加以儲存以及統計。 請參閱第二圖以及第三圖所示，由圖中可清楚看出，本創作 監控裝置2所設置之電連接器22内為設置有開關221，而監控器 21為可控制開關221之導通以及斷路狀態，藉此，可讓使用者透 _ 過雲端裝置4發出控制開關221導通或斷路狀態之訊號，經由資 訊傳輸裝置1傳送至監控裝置2 ’使監控器21依照控制訊號切換 開關221之導通以及斷路狀態，進而讓開關221切斷外部電源5， 以停止供應電力至電器用品6，或是控制電力供應至電器用品6。 再者，第一無線接收發射器12與第二無線接收發射器23為利用 射頻（RF)訊號形成無線通訊網路，尤其是可使用4 3 3MH z， 利用改變傳輸訊號中的載波的波長、振幅、頻率，進而使資訊傳 輸裝置1於接收電器用品6之用電資訊時，可分辨出不同電器用 5 之用電資5fl ’以及複數監控裝置2所連接之電器用品 ^讓=訊傳輸妓丨將電器用品6之用電資訊傳送至雲端裝置4 ^端裝置4即可得知監控裝置2數量，以及監控展置2所連 器用品6數量，並可分別統計各電器用品6之用電資訊。 龄睛參閱第四圖所示，由圖中可清楚看出，本創作監控裝置2 ^監控器21連接有—偏上之電連接器22，俾使監控器η可同 日·收集多個電器用品6之電力使用資訊，以及藉由各電連接器μ 所設置之開關221控制電器用品6之使用。 是以’本創作為可隨岐㈣電狀況，讓使用者可即時改變 用電習慣’其主要_技術在於，湘監控裝置2連接電器用品 6 ’使監控裝置2之監控器21可隨時監控電器用品6之用電量: 及使用時間’ _過資贿輸裝置1傳送至雲端裝置4，讓使用者 可藉由雲端裝置4即時取得電器用品6之用電資訊，可以隨時察 知用電狀況’並可顧綠況儲存、定期統計，且可讓使用者比 較現在與财_電_，藉狀善用電㈣，翻節約用電之 目的0 再者’本創作資訊傳輸裝置i與監控裝置2為藉由無線方式 傳輸資訊，以省卻使用者於安裝時所需之配線工程，且監控裝置 為視使用者戶斤使用之電器用品6數量以及地點的不同，增減監 控裝置2之數量，讓S訊傳輸裝置丨可多點連通監控裝置2進行 用電資訊傳輸，以及電器用品6之测，而更方便使用者使用。 【圖式簡單說明】 M419128 第一圖係為本創作第一較佳實施例之方塊圖。 第二圖係為本創作第一較佳實施例之使用示意圖。 第三圖係為本創作第二較佳實施例之方塊圖。 第四圖係為本創作第三較佳實施例之方塊圖。 【主要元件符號說明】 1、 資訊傳輸裝置 11、微處理器 • 12、第一無線接收發射器 13、網路橋接器 2、 監控裝置 21、 監控器 22、 電連接器 ；221、開關 23、 第二無線接收發射器 • 3、網際網路 4、 雲端裝置 5、 外部電源 6、 電器用品 7、 建築物M419128 V. New description: [New technical field] A power network security monitoring equipment, especially the information on the electricity that can be collected for electrical appliances' will be used (four) sent to Yunlin, so that users can be set by the cloud Obtain monitoring equipment for electrical information on electrical appliances. [Prior Art] According to the concept of "energy saving, carbon reduction, and protection of the earth", we will guide us to think about _## about household electricity. However, after implementing the energy-saving measures, it is necessary to wait for a period of time. After receiving the bill from the power company, the results can be verified, and the electricity consumption in the life will change with the seasons. And there is no way to provide us with suggestions for improving the habit of using electricity in the shortest possible time. Therefore, it is necessary for the user to monitor the power usage status at any time, and the power usage habit can be changed immediately to achieve energy saving and carbon reduction. [New Content] • The main purpose of this creation is to allow users to check the power usage situation at any time, and to store and collect statistics on electricity usage, thereby improving the habit of using electricity and saving electricity. In order to achieve the above objectives, the creation of the power grid security monitoring equipment is provided with an information transmission device, and the county of the county is provided with a microprocessor H, and the microprocessor is connected with a first-wire Wei Wei launch H-wei network bridge, and The network bridge is connected to the cloud device through the Internet, and the monitoring device is provided with a monitor, the monitoring w is connected with the electrical connector and the second wireless receiving transmitter, and the electrical connector is connected with 3 external power supply, when The electrical equipment is connected to the electrical connection H, and the monitoring material will continuously monitor the electricity consumption information of the electrical appliances, and transmit it to the = transmission device through the second wireless receiving transmitter to enable (4) information transmission to the cloud I, so that The user can obtain the power information of the electrical appliances through the cloud device. [Embodiment] Please refer to the -® and the second figure. As can be clearly seen from the figure, the creation of the power grid security monitoring device is provided with an information transmission device i and a shouting device and the above monitoring device 2, wherein: The information transmission device 1 is provided with a microprocessor u, a microprocessor u is connected with a -th wireless reception transmission H 12 and a network bridge 13, and the network bridge 13 is connected to the Internet 3 Cloud device 4. The monitoring device 2 is provided with a monitor 21, which is connected to an electrical connector 22, and a second wireless receiving transmitter 23' to which the external connector 5 is connected. As shown in the second figure, the monitoring device 2 is installed in the building 7 to be used in the electrical appliance 6 or directly connected to the socket or distribution box in the object 7, and is connected to the external power source 5 from the socket. When the user connects the electrical appliance 6 to the electrical connector 22, the power supplied by the external power source 5 is supplied to the electrical appliance 6, and is used for the appliance. 〇6 in the use of the day's monitor 21 will continue to test and record the use time and power consumption of the electrical appliances 6, and the collected power usage information is transmitted from the second wireless receiving transmitter 23 to the information The first wireless receiving transmitter 12 of the transmission device i, and the first wireless receiving transmitter 12, after receiving the power usage information, is handed over to the microprocessor M419128 11 ' to enable the microprocessor H u to be connected by the lining bridge 13 The Internet 3 transfers the power usage to the cloud device 4, so that the Langer can obtain the power information of the electrical appliance 6 by using the cloud device 4. The device 4 can be an infrastructure service (iaas), such as a server (Servers), a network facility (Netw〇rk equipment) or a data center, and uses infrastructure services to store and count the power consumption information of the power supply device 6 The user can obtain the electricity information of the electrical appliance 6 by the communication device, such as a computer, a personal mobile assistant (pDA) or a smart phone. The cloud device 4 can also be a software service (SaaS). The software service is an application stored in the user communication device, and the communication device is connected to the Internet 3 to obtain the electrical appliance 6 issued by the information transmission device 1. Information, and storage and statistics. Referring to the second and third figures, it can be clearly seen from the figure that the electrical connector 22 provided in the creation monitoring device 2 is provided with a switch 221, and the monitor 21 is a conductive switch 221. And the disconnection state, thereby allowing the user to send a signal to the state of the control switch 221 to be turned on or off by the cloud device 4, and transmitted to the monitoring device 2 via the information transmission device 1 to cause the monitor 21 to switch the switch 221 according to the control signal The conduction and disconnection states further cause the switch 221 to cut off the external power source 5 to stop supplying power to the electrical appliance 6, or to control the supply of power to the electrical appliance 6. Furthermore, the first wireless receiving transmitter 12 and the second wireless receiving transmitter 23 form a wireless communication network by using radio frequency (RF) signals, and in particular, can use 4 3 3 MHz to change the wavelength and amplitude of the carrier in the transmitted signal. And frequency, so that when the information transmission device 1 receives the power information of the electrical appliance 6, it can distinguish the electricity used by the different electrical appliances 5f' and the electrical appliances connected to the plurality of monitoring devices 2 to let the transmission The power information of the electrical appliance 6 is transmitted to the cloud device 4 terminal device 4 to know the number of the monitoring device 2, and to monitor the number of the device 6 connected to the exhibition 2, and can separately count the electricity information of each electrical appliance 6 . Referring to the fourth figure, it can be clearly seen from the figure that the artificial monitoring device 2 ^ monitor 21 is connected with the electrical connector 22 on the upper side, so that the monitor η can collect the plurality of electrical appliances on the same day. The power usage information of 6 and the use of the switch 221 provided by each electrical connector μ control the use of the electrical appliance 6. It is based on the fact that 'this creation is optional (4), so that users can change the electricity habits instantly. 'The main technology is that Xiang monitoring device 2 connects electrical appliances 6 ' so that the monitor 21 of the monitoring device 2 can monitor the electrical appliances at any time. The power consumption of the product 6: and the use time ' _ excessive bribe transmission device 1 is transmitted to the cloud device 4, so that the user can immediately obtain the electricity information of the electrical appliance 6 through the cloud device 4, and can always know the power usage status. It can also be stored in green conditions, regularly counted, and allows users to compare current and financial _ electricity _, use the power to use electricity (four), turn the purpose of saving electricity 0, then 'this creative information transmission device i and monitoring device 2 In order to transmit information by wireless means, the wiring work required by the user during installation is saved, and the monitoring device increases or decreases the number of monitoring devices 2 according to the number and location of the electrical appliances 6 used by the user. The S-signal transmission device can be connected to the monitoring device 2 for electrical information transmission, and the electrical appliance 6 is measured, which is more convenient for the user to use. BRIEF DESCRIPTION OF THE DRAWINGS M419128 The first figure is a block diagram of the first preferred embodiment of the creation. The second figure is a schematic diagram of the use of the first preferred embodiment of the present invention. The third figure is a block diagram of the second preferred embodiment of the present creation. The fourth figure is a block diagram of the third preferred embodiment of the present creation. [Description of main component symbols] 1. Information transmission device 11, microprocessor 12, first wireless receiving transmitter 13, network bridge 2, monitoring device 21, monitor 22, electrical connector; 221, switch 23, Second wireless receiver transmitter • 3, Internet 4, cloud device 5, external power supply 6, electrical appliances 7, building