五、新型說明： 【新型所屬之技術領域】 本創作係一種電力資料#隹 貝抖收集與控制實習箱，尤指一種V. New type description: 【New technology field】 This creation is a kind of power data#隹Beam collection and control practice box, especially a kind
便於攜帶的可攜式電力資料此.也L 刀貝科收集與控制實習箱。 【先前技術】 現有電器產品多是透過其電源線上的插頭連接至牆上 的插座以取得雷诉，e n k __ ’、使用者欲控制電器產品的開啟或關閉 需由設於電器產品上的開關進行切換，又欲檢視電器產品 …耗的電力時 &需於插座處安裝電力監控裝置才能清 楚知道該電器產品消耗的電力，實有不便之處。 因此，如我國新型專利權第M412541號「嵌壁式電 源g理插座J ’係於牆上的插座内設有一殼體，該殼體包 含有-連接座、一通訊機構、一控制機構、一開關機構與 一電力檢測機構’其中’該連接座以及通訊機構是分別連 接至電力線，通訊機構使用一電力線通訊協定而可透過 電力線進行通訊，該電力檢測機構用以偵測連接至連接座 之負載消耗的電力，該控制機構分別與通訊機構以及開關 機構B連接，控制機構依據一預設之插座管理資料以對連 接座執行控制，並且利用通訊機構而透過電力線傳送或接 收一控制指令至連接在電力線上的另一嵌壁式電源管理插 座’該開關機構是串聯在連接座與電力線之間，且與控制 機構連接’開關機構接收控制機構的控制而使連接座與電 力線之間為斷路或導通；利用外部的一遠端設備可對鼓壁 1V144U282 μ =源官理插座進行集中控制，且易於管理整個電力線佈 °又區域的用電以及方便取得各連接座之負載消耗的電力。 —不過現有的嵌壁式電源管理插座需分設且固定於原有 至内牆上各處的插座十，對於使用在教學及實驗環境的場 所亚不友善，主要是其採用固定的方式設置，不易移動、 不易進行大量高頻率的借用管理、不易快速佈建不同的遠Portable and portable power information for this. Also L knife and shell collection and control box. [Prior Art] Most of the existing electrical products are connected to the wall socket through the plug on the power cord to obtain the lightning complaint, enk __ ', the user wants to control the opening or closing of the electrical product to be carried out by the switch provided on the electrical product. Switching, and want to check the electrical products... When the power is consumed, it is necessary to install the power monitoring device at the outlet to know the power consumed by the electrical product, which is inconvenient. Therefore, as for the new type of patent right in China, No. M412541, the "embedded power supply socket J" is provided with a casing in the socket of the wall, the casing comprises a connection seat, a communication mechanism, a control mechanism, and a The switch mechanism and a power detecting mechanism 'where the connector and the communication mechanism are respectively connected to the power line, and the communication mechanism communicates through the power line using a power line communication protocol, and the power detecting mechanism is configured to detect the load connected to the connector The control unit is connected to the communication mechanism and the switch mechanism B. The control unit performs control on the connection base according to a preset socket management data, and transmits or receives a control command through the power line to the connection by using the communication mechanism. Another in-wall power management socket on the power line, the switch mechanism is connected in series between the connection base and the power line, and is connected to the control mechanism. The switch mechanism receives control of the control mechanism to open or conduct the connection between the connection base and the power line. Using a remote remote device, the drum wall 1V144U282 μ = source official socket Medium control, and easy to manage the entire power line and the power consumption of the area and the power consumption of the load of each connector. - However, the existing wall-mounted power management sockets need to be divided and fixed on the original to the inner wall. The socket 10 is not friendly to the place used in the teaching and experimental environment, mainly because it is set in a fixed way, it is not easy to move, it is not easy to carry out a lot of high-frequency borrowing management, and it is not easy to quickly build different distances.
端笔源官理網絡的問題，對於使用者的教育訓練' 上課、 =及開發應用系統或程式時造成極大困擾，需要花費相當 夕的時間在建立妥適的教育訓練及測試環境環。 【新型内容】 如前揭所述，現有嵌壁式電源管理插座具有不易移動 、不易進行大量高頻率的借用管理、不易快速佈建不同的 逖鳊電源管理網路的問題，對於使用於教學及實驗環境的 %所並不友善，因此本創作主要目的在提供一電力資料收 集與控制實習箱，藉由整合電源管理技術、遠端電源管理 技術及通信技術於一可攜式實習箱中，其具有方便移動、 谷易維濩以及可單獨或串接使用，便於模擬不同的遠端電 源管理情境’解決現有嵌壁式電源管理插座之不易移動、 不易進行大ΐ尚頻率的借用管理、不易快速佈建不同的遠 端電源管理網路的問題。 為達成前述目的所採取的主要技術手段係令前述電力 資料收集與控制實習箱包含有： 一可攜式的實習箱，其設有一電力線； 一個以上的電源管理模組，其設於可攜式的實習箱中 5 M440282 且與電力線連接’該電源管理模組連接有—個以卜 與-個以上的指…該電源管理模組用 上的插座 二貧料以及插座的電源控制’該指示燈用 杈組之電源控制狀態； 電源官理 -通信模組’其設於可攜式的實習箱中且 接，該通信模組具有-個以上的傳輸介面且與電=線連 組電連接，電源管理模組取得的電力f料由、理极 輸介面傳送至外部。 。板組的傳 利用前述元件組成的電力資料收集與控 =攜式的實習箱内設置通信模組以及電源管理 座連接有-負載以形成電源迴路， 行電源控制並取得負截消耗的電力資料再送二=進 6亥電力貢料包含有負載消耗的電壓、電流與用電度數、甬 力資料經由傳輸介面傳送至外部的-資:收； =狀態；，此可携式的實習箱方便在不同的場所= 使用者開發程式、收集電力資料、進行電力分析、並可: 隸制插座的開啟或_，具有方便移動、容易維護以2 :單獨使用或是透過電力線串.接多個實習箱擴充成— s理...罔路，便於模擬不同的遠端電源管理情境的優點 決現有嵌壁式電源管理插座之不易移動、不易進行大量言 頻率的借用管@、不㈣速佈建不同的遠端電源管理 的問題。 為 【實施方式】 M440282 關於本創作的~較佳實施例，請參閱ffi 1、2所示， 係於可攜式的實習箱’ 〇内設有一個以上的電源管理模 組20以及一通信模組30，其中， 、 該實習箱in® , 、相Ίυκ—中空箱體供容置電源管理模組2〇以 及通信模组3〇,其内設有-電力線11,該電力㈣的— 端是連接至外部電源。 m /電源g理模組2 〇係與電力線彳彳的另端連接，該電 源管理模組20與-個以上的插座21以及一個以上的指示 燈22電連接’該插座21可連接至一個以上的負載（圖中 未示）以形成電源迴路，該電源管理模組20包含有一 感測單兀201、一控制單元2〇2與一通信單元扣3，該控 制單元2。2分別與感測單元2。1以及通信單元2G3電連接 ，該感測單元201田，、，〜 連接 用乂取得插座21之電源迴路消耗的電 力資料且由通信單元m將該電力資料至通㈣組抑電 以及由控制單亓 9 η ο μ 711 2〇2接收訊號對插座21進行電源開關控 制’該指示燈22 iv > 立 用以彳日不電源管理模組20之電源控制狀 態，，¾、即插座21 & & 的七、電狀態；於本實施例中，該電泝營 理模組20係有複數個，以分別連接不同的電源迴路， =模組30係與電力線”的另端連接，該通信模 電二二輪介面I該傳輪介…過 取得的電力資Si 2〇電連接’電源管理模組2。 U傳信模組3〇的傳輸介面31經電力線 線通肅，。透=貫:例中，該傳輸介面31係-電力 傳輪至她 式以將電力資料經由電力線11 輸至外#的-管理模組（圖中未示）。 7 21、电源官理模、組20的控制單it 202接收訊號後可對插座 資進仃電源控制’並由感測單元2〇1取得負載消耗的電力 電p再由通信單元203將電力資料送至通信模組30，該 貝料包含有負載的電廢、電流與用電度數，通信 ^電力資料經由傳輸介面31傳送至外部的管理模組以 狀：?料收集及管理’該指示燈22係指示插座21的供電 l閱圖3、4所示，使用時係將一個實習箱，〇盥— 貧枓收集及管理模组4〇 一、 對點的電力資料… 線以進行點The problem of the end-source official network is extremely troublesome for the user's education and training, and the development of the application system or program. It takes quite a while to establish a proper education and testing environment. [New Content] As mentioned above, the existing in-wall power management socket has the problems of being difficult to move, difficult to perform a large amount of high-frequency borrowing management, and not easy to quickly build different power management networks, and is used for teaching and The % of the experimental environment is not friendly, so the main purpose of this creation is to provide a power data collection and control practice box, which integrates power management technology, remote power management technology and communication technology into a portable practice box. It is easy to move, easy to use, and can be used separately or in series, which is convenient for simulating different remote power management scenarios. It solves the problem that the existing embedded power management socket is not easy to move, it is difficult to carry out borrowing management of large frequency, and it is not easy to set up quickly. Different remote power management network issues. The main technical means adopted to achieve the above objectives is that the aforementioned power data collection and control practice box includes: a portable training box with a power line; and more than one power management module, which is provided in a portable type. 5 M440282 in the practice box and connected with the power line 'The power management module is connected with - and more than one finger... The power management module uses the socket and the power supply control of the socket. The power control state of the 杈 group; the power supply management-communication module' is arranged in the portable practice box, and the communication module has more than one transmission interface and is electrically connected with the electric=line connection, the power supply The power f material obtained by the management module is transmitted to the outside by the rational interface. . The transmission of the board group utilizes the power component data collection and control composed of the aforementioned components: the communication module and the power management socket in the portable training box are connected with a load to form a power supply loop, and the power supply control is performed and the power data of the negative cut consumption is obtained. The second=into 6 hai power tribute contains the voltage, current and power consumption of the load, and the power data is transmitted to the outside via the transmission interface: the state; the state; the portable training box is convenient in different Location = User develops programs, collects power data, conducts power analysis, and can: Open or _ Sockets, easy to move, easy to maintain 2: Use alone or through power line. Connect multiple booths to expand It is easy to simulate the advantages of different remote power management scenarios. The existing embedded power management sockets are difficult to move, and it is not easy to carry out a large number of borrowing tubes @, not (four) speed deployment different Remote power management issues. [Embodiment] M440282 For the preferred embodiment of the present creation, please refer to the ffi 1 and 2, which is provided with more than one power management module 20 and a communication module in the portable practice box. The group 30, wherein, the internship box in®, the phase Ίυ κ- hollow box is provided for the power management module 2〇, and the communication module 3〇, wherein the power line 11 is provided, and the end of the power (four) is Connect to an external power source. The m/power source module 2 is connected to the other end of the power line ,, and the power management module 20 is electrically connected to one or more sockets 21 and one or more indicator lights 22. The socket 21 can be connected to more than one The load (not shown) is used to form a power supply circuit. The power management module 20 includes a sensing unit 201, a control unit 2〇2 and a communication unit buckle 3. The control unit 2. 2 and the sensing unit respectively The unit 2.1.1 and the communication unit 2G3 are electrically connected. The sensing unit 201 is connected to the power supply data consumed by the power supply circuit of the outlet 21, and the communication unit m is used to suppress the power data to the (four) group. The power switch control is performed on the socket 21 by the control unit 9 η ο μ 711 2〇2. The indicator light 22 iv > is used for the power control state of the power management module 20, 3⁄4, that is, the socket In the present embodiment, the electric back-up management module 20 has a plurality of cables to connect different power circuits, and the module 30 is connected to the other end of the power line. , the communication mode electric two or two wheel interface I the transmission wheel ...the power supply Si 2〇 connection is connected to the power management module 2. The transmission interface 31 of the U-transmission module 3〇 is passed through the power line. In the example: the transmission interface 31-electricity Passing to her style to transfer the power data to the external management module (not shown) via the power line 11. 7 21, the power supply manager, the control list of the group 20, it 202 can receive the signal after the socket The power supply control 'and the power consumption p obtained by the sensing unit 2〇1 for the load consumption is sent by the communication unit 203 to the communication module 30, which contains the electric waste, current and power consumption of the load. The communication power data is transmitted to the external management module via the transmission interface 31 to collect and manage the material. The indicator light 22 indicates the power supply of the socket 21, as shown in Figs. 3 and 4, and an internship is used when used. Box, 〇盥 - barren collection and management module 4, one point of power data... line to point
^ 或電源控制，或是將多數個實習||彳Q 連接至一隹娃哭月白相10 袓40遠：…’再將集線器50與資料收集及管理模 ’㈣輪電力資㈣mm如圖4 傳=箱1。的通信模組3。包含有另一傳輸介面二 式二電二I:路通訊協定，透過有線或無線網路的方 :力貧料傳輸至外部的資料收集及管理模組扣。 疼^係為本創作之實習箱10的摔作裎 ::由使用者將負載連接至插座21(1〇1)， 及管理模組40傳迂&人$ φ .E & ;斗收术 力……、 營理模組2〇,要求傳送電 力貝科（叫，電源管理模組 傳：電 與用電度數的電力資料至資料“ ^有電壓、電流 ,抖至貢科收集及管理模組如㈠咖 者可由貧料收集及管理模組4〇分 )，並進行手動管理t 電力貧料（1 04 理模式㈣資龍式（1Q5)，自動管 棋式係由貝枓收集及管理模組4〇的 自動下達指令以餅许广0 4 . 电力e理事件排程 2n ,, . & 1進行電源控制，由電源管理r έ 20開啟或關閉插座21的電源（106) 、理杈組 )，手動管理模式係由 使用者手動下達指令’由電源f理模組2q開啟或關閉插座 的電源（1 07 )’電源管理模組2〇接收指令後即會開啟 或關閉插21座的電源（j 〇8)，同時指示燈22會對應插 座21的供電狀態而發亮或熄滅（1〇9)。 ^ 上述可知，藉此可攜式的電力資料收集與控制實習 箱方便在不同的場所訓練使用者開發程式、收集電力資料 τ電力刀析、並可遠端控制插座21的開啟或關閉，具 有方便移動、容易維護 '可單獨使用或是透過電力線”串 :多個實習箱10擴充成一電源管理網路，便於模擬不同的 退知電源官理情境的優點，解決現有嵌壁式電源管理插座 之不易知冑、不易進行大量高頻率的借用管理 '不易快速 佈建不同的遠端電源管理網絡的問題。 【圖式簡單說明】 圖1 ·係本創作一較佳實施例的電路方塊圖。 圖2 .係本創作一較佳實施例的立體圖。 ® 3 ‘係本創作-較佳實施例的使用示意圖（—） 圖4 ·係本創作一較佳實施例的使用示意圖（二） 圖5 ·係本創作一較佳實施例的流程圖。 11電力線 201感測單元 203通信單元 【主要元件符號說明】 10實習箱 20電源管理模組 2〇2控制單元 9 M440282 21插座 22指示燈 30通信模組 31、32傳輸介面 40資料收集及管理模組 50集線器 10^ or power control, or will be the majority of internships||彳Q connected to a 隹Wang crying white phase 10 袓40 far:...' then connect hub 50 with data collection and management module' (four) round power (four) mm as shown in Figure 4 = box 1. Communication module 3. It includes another transmission interface, two electric two I: road communication protocol, through the wired or wireless network side: the poor material is transmitted to the external data collection and management module buckle. The pain ^ is the fall of the practice box 10 of the creation: the user connects the load to the socket 21 (1〇1), and the management module 40 transmits the & people $ φ .E & Skills..., 2 modules of the management module, request to transmit power Beko (call, power management module transmission: electricity and electricity usage of power data to the data "^ have voltage, current, shake to Gonco collection and management Modules such as (a) coffee can be divided into poor material collection and management modules 4), and manually manage t power poor materials (1 04 management mode (four) Zilong type (1Q5), automatic control chess is collected by Beibei The automatic release command of the management module 4〇 is used to control the power supply, and the power management is performed by the power management r έ 20 to turn on or off the power of the socket 21 (106), The management mode is that the manual management mode is manually issued by the user. 'Power supply module 2q turns the power of the socket on or off (1 07)'. The power management module 2 will open or close the plug after receiving the command. The power supply (j 〇 8) of the seat, and the indicator light 22 will be turned on or off corresponding to the power supply state of the socket 21 (1〇9). As can be seen, the portable power data collection and control practice box facilitates training of user development programs, collection of power data, power analysis, and remote control of opening/closing of the outlet 21 in different places, and is convenient to move. Easy to maintain 'can be used alone or through power line string】: Multiple practice boxes 10 are expanded into a power management network, which is convenient for simulating the advantages of different power supply management situations, and solving the problem of existing embedded power management sockets.胄 It is not easy to carry out a lot of high-frequency borrowing management. It is not easy to quickly build different remote power management networks. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a circuit block diagram of a preferred embodiment of the present invention. Figure 2 is a perspective view of a preferred embodiment of the present invention. ® 3 _ This is a schematic diagram of the use of a preferred embodiment (-). FIG. 4 is a schematic diagram of the use of a preferred embodiment of the present invention. FIG. 11 power line 201 sensing unit 203 communication unit [main component symbol description] 10 practice box 20 power management module 2 〇 2 control unit 9 M440282 21 socket 22 indicator light 30 communication module 31, 32 transmission interface 40 data collection and management module Group 50 hub 10