M441275 五、新型說明： 【新型所屬之技術領域】 本創作係關於-種網路資料儲存技術，特別是指一種能夠 與路燈或監視器等常態取電裝置整合，藉以形成一個隨音 (Ad-hOC)網路，並提供雲端齡服務的分散式無線網路資料儲 存糸統。 【先前技術】 隨著電腦科技以及網際網路的快速發展，藉由網際網路提 供的新形態雲端服務技術服務也日益增加；其中，雲端儲存服 務因為可提供使用者經由網際網輯遠端舰器主機所提供 的空間存放㈣’進而突破本地端硬體儲存空_限制，並增 加檔案的可攜性，因此更與人們的生活密不可分。 新形恶的雲端服務系統大多係藉由多台伺服器主機及硬 體儲存設備所組成，以期能夠提供更多、更快的服務與功能； 相對的，其電力供應分配與各伺服器主機及各硬體儲存設備之 間的貧料傳輸問題也隨之而來；因此，類似由多台伺服器主機 及硬體儲存設備所建置域的雲端服務线，乡採用將所有飼 服器主機及硬體儲存設備集中管理之方式建置，並且在系統建 置初期’多已將必需的電力、資料傳送電線路配置完成，以供 符合實際運作之需求。 如此之做法必需具備有相當規模的硬體設施空間，方得以 谷納所有的主機及所有_體儲存設備，不但增加系统 建置地點之限制，同時為顧慮到日後設備之擴充性，亦必須在 系統建置初期即耗費大量建置成本。再者，隨著網路上的服務 愈來愈多樣化，造成人們對於網路的依賴性亦日糾加。為能 滿足人們需要隨時隨地能無線上網的需求，政府或網路業者均 會在外架設諸多基地台，以作為上之—_(HQt ζ。⑹。 由於，現今已有諸多文獻涉及到無_路拓樸的形成方 因此’本賴作人在長駿人_及道路監視器等相關產 業的研發過財，特職類似f要常態職供電的公共工程設 備（以下統山稱常態取電裝置）與無線網路技術進行整合，進而設 1出—種_的分散式無線網路龍儲存㈣，使得類似的常. 電裝置除具備原始運作功能之外，尚能結合熱點功能，甚 夠模組化生產相關元件’再視需求進行搭配組合，以相 :積極之手段，解決習知雲端服務系統的問題。 【新型内容】 臣……^此本創作之主S目的即在提供一種能夠與路燈或 :視=常態取電裝置整合，藉以形成—個隨意㈤如)網 卫提i、S顺存服務的分散式無線網路資料儲存系統。 係於ί:艺Γ，本創作之分散式無線網路資料儲存系統 又有至少一伺服器主機，於數個預定地點，分別設 —常態取電裝置供作為—個節點基站（Base Statl〇n)，: ivmi275 —常態取電裝置係可與其它至少一個常態取電裝置進行無線 連接，且相互傳輸通訊信號，以共同形成一個隨意網路（即M441275 V. New description: [New technical field] This creation is about a kind of network data storage technology, especially one that can be integrated with a normal electric device such as a street lamp or a monitor to form a sound (Ad- hOC) network, and distributed wireless network data storage system for cloud age services. [Prior Art] With the rapid development of computer technology and the Internet, the new form of cloud service technology services provided by the Internet is also increasing; among them, the cloud storage service can provide users with a remote ship via the Internet. The space provided by the host computer (4) 'in turn through the local end hardware storage space _ restrictions, and increase the portability of the file, so it is more inseparable from people's lives. Most of the new cloud service systems are composed of multiple server hosts and hardware storage devices, in order to provide more and faster services and functions. In contrast, their power supply allocation and server host and The problem of poor material transmission between hardware storage devices has also followed; therefore, similar to the cloud service line built by multiple server hosts and hardware storage devices, the township adopts all the feeders and The hardware storage device is built in a centralized manner, and in the initial stage of system construction, the necessary power and data transmission lines have been configured to meet the actual operation requirements. In this way, it is necessary to have a considerable amount of hardware facilities, so that all the hosts and all the storage devices of the Valley can not only increase the limitation of the system construction location, but also worry about the expansion of the equipment in the future. In the initial stage of system construction, a lot of construction costs are incurred. Moreover, as the services on the Internet become more diverse, the dependence on the Internet is increasing. In order to meet the needs of people who need wireless Internet access anytime and anywhere, the government or the Internet industry will set up many base stations outside, as the above--(HQt ζ. (6). Because there are many documents related to no roads today. Therefore, the formation of the topology is based on the research and development of the related industries in the Changjun people and road monitors, and the special duties are similar to the public engineering equipment that is normally used for power supply (the following is called the normal power take-off device). Integrate with wireless network technology, and then set up a kind of distributed wireless network dragon storage (4), which makes similar electrical devices not only have the original operational functions, but also can combine hotspot functions, and even enough modules. The production-related components' re-visiting needs to be combined with each other to solve the problem of the conventional cloud service system. [New content] Chen... This is the main purpose of this creation, which is to provide a kind of street lamp. Or: Depending on the normal state of the power device integration, to form a random (five), such as) network security to mention i, S storage services distributed wireless network data storage system. In ί: geisha, the decentralized wireless network data storage system of the present invention has at least one server host, and at each predetermined place, respectively, a normal power take-off device is provided as a node base station (Base Statl〇n ),: ivmi275 — The normal power take-off device can be wirelessly connected to other at least one normal power take-off device and transmit communication signals to each other to form a random network (ie
Ad-hoc網路），使能直接或間接連接上伺服器主機；其中各 苇態取電裝置係包括有：一功能運作模組，可在接收到額定+ 流的的情況下執行預設的原始運作功能；一電源控制模组，供 連接外部電源，並常態將外部電源轉換成額定直流電；一網路 模組，與電源控制模組電氣連接，供常態接收電源控制模 組傳來的額定直流電，並以無線通訊方式連接至伺服器主機或 鄰近的其它網路通訊模組進行網路資料封包傳輸；一資料管理 模組，與電源控制模組及網路通訊模組電氣連接，供常態接收 電源控__來的額定直流電，且包含相互電氣連接的—第 —微處理單元、-第一儲存單元、一資料儲存裁體，由第—微 處理單元依據第-儲存單元中_體，對f料儲存載體進行二 料寫入或讀取。 貝 △利用上述結構特徵，可獲致一種能夠與路燈或監視器等常 ^取電裝置整合，藉以職—倾4(Ad—纟叫，並由飼^ 為主機或使用者之電子裝置透過無線網路傳輪的方式，對應至 少-常態取電裝置進行資料之讀寫/存取，達到分散式雲; 存目的之分散式無線網路資料儲存系統。 而" 依據上述主要結構特徵，所述各常_裝謝的功能 運作核組，係進一步包括有至少一能夠 Ή T M 〜丄 ㈣在接㈣敏直流電的 N况下，產生預定光源的發光單元。 5 M441275 依據上述主要結構特徵，所述各常· ^ '4± , i置* f的功月匕 運作杈，.，且^達—步包括有至少—能舜在接 情況下，揭取數位影像訊號的監視器。 、&㈣的 運：：V:特徵，所述各常態取電裝置當中的功能 ,卜兄下押㈣y匕括有至少—能夠在接收到額定直流電的 (月況下’嫩數位影像簡彳m及至少— 到頭定直流電的情況下，產生預定光源的發光單元^ 依據上述主要結構特徵，所述各常態 電源控制糢組電氣連接的 & d又與 接外部電源。^田雜顧組，透過雷擊保護模組連 〜依據上述主要結構特徵，所述各常態取電裝置當中的資料 官理模組另電性連接有—供 Y 、’ 別模組。 '十@里拉組位址的身份識 護模組’透過雷擊保護模組連 氧性連接有一供識別資料管理 電：有 接外4電源；該資料管理模組另 拉組位址的身份識別模組。 應插置於SIM卡 扞描Γ述身份識職組係由—sim卡插槽及對 插槽中的SIM卡組成。 通訊單-、取電心當中的網路通訊模組，且包含一無線 無線_第―顺理單元及—乙太網路㈣傳輸單元；該 ’、、、、.〜⑹細無線通訊方式，連接至舰ϋ主機、鄰近的 6 媒線通说單tl或其它電子裝置，並能接收伺服器主機傳來之一 遇端控制峨；鮮二微處理單元係與無線通訊單元及資料管 理拉組之第-微纽單7C電氣連接，供接收資料管理模組傳來 的说號’ ϋΜ由無線通訊單元傳送至伺服器主機、鄰近的無線 通訊單it或其它電子裝置’且能接收無線通訊單元傳來的訊 號’亚傳送至資料管理模組；該乙太網路資料傳輸單元係與第 -微處理單TL電氣連接’且能接收伺服器主機、鄰近的無線通 讯單元或其它電子裝置傳來之乙太晴封包，並依序透過第二 微處理單7L及無線通訊單元傳送出去，或傳送至資料管理模 組。 上述網路通訊模組之無線通訊單元與第二微處理單元之 間，尚包括一帶通濾波單元，使得第二微處理單元將資料管理 模組的訊號，經由帶通濾波單元傳送至無線通訊單元，及接收 無線通訊單元經由帶通濾波單元傳來之遠端控制訊號，且使網 路通訊模組接收特定之一通訊頻道傳來之網路訊號。 上述網路通訊模組尚包括一與第二微處理單元電氣連接 的第二儲存單元’供儲存所屬的常態取電裝置自身之隨意網路 作業系統的資料。 所述各常態取電裝置當中的功能運作模組，係進一步包括 有至少一能夠在接收到額定直流電的情況下，產生預定光源的 啦光單元’以及一環境偵測單元；該網路通訊模組，且包含— 無線通訊單元、一控制訊號溝通單元、一第二微處理單元及— M441275 =太網_傳輪單元；_控制模 早疋、—電源控制單元、—第三微處理單元及3:電源轉換 =:巧__單元係將外界傳來的郝 麵衫卿送至麵 功月匕運作模組、網路通訊模組'資料管理楛έ之各早兀、 元係與電賴單元相梅接；鄕轉源控制單 源控制單元及環境偵測單元相電氣連二:二，別與電 訊號至電源控制單元，以控制電源控制單元制 亚施接收環境偵測單元傳來之環境_ μ里， 測單元係分別與電源控制單元 y電流俄 雷$、金枝、 ^先早兀及第三微處理單元相 二，以侧電源控制單7^出且傳送至發光單元之直流 並轉換成-電壓/電流_訊號，且傳送至第三微處理 使第三微處理單元能據以調整電源控制單元輸出之直流 電置，該控制訊號溝通單元係與第三微處理單元電氣 =收第三微處理單元傳來之環境偵測訊號與電璧/電流偵測訊 該無_訊單⑽以無線通訊方式，連接至伺服器主機、 鄰近的無線通訊單元或其它電子裝置，並能接收伺服器主機傳 =之1端控制訊號；該第二微處理單元係與無線通訊單元及 資料！理模組之第—彳越理單元電氣連接，供接收資料管理模 組傳來的訊號’並經由無線通訊單元傳送至伺服器主機、鄰近 的無線通訊單元或其它電子裝置，且能接收無線通訊單元傳來 的訊號，並傳送至資料管理模組；該乙太網路資料傳輸單元係 8 275 與第二微處理單元電氣連接，且能接收伺服器主機、鄰近的無 線通訊早兀或其它電子裝置傳來之乙太網路封包，並依序透過 第二微處理單元及無線通訊單元傳送出去，或傳送至資料管理 模組；該第二微處理單元且與控制訊號溝通單元電氣連接，且 能接收控輸號溝通單元傳來之環境_錢與電壓/電流镇 測訊號’並經由無線通訊單元傳送至伺服器主機，或接收益線 通齡凡傳來之遠端控制訊號’並經由控制訊號溝通單元傳送 至第二微處理單元，以使第三微處理單元能據以產生電量控制 心虎’邊乙太網路資料傳輪單元係與第二微處理單元 接，且能接彳_器域、鄰近的無_訊單元或其它= 置:來:乙太網路封包’並依序透過第二微處理單元及:二 況早兀傳运出去’或傳送至資料管理模組。 上述網路通訊模組之無線通訊單元與第二 間，尚包括-帶通纽單元，使料二辑理單元將資== 核組的《’由帶通遽、波單元傳送至無線通訊單元 無線通账經由帶爾單概之遠 路通訊模組接收特定之-通訊頻道傳來之網路訊號:且使網 上述網路通訊模組尚包括一與第二微處理單元電 的第順單心供儲存所屬的常態取電裝置自身之^妾 作業糸統的貧料；以及，該電源控制模組尚包括〜網路 元，該第三儲存單元係與第三 ，存單 屬的常態取電裝置自身之電源控制模組的接，〜 【實施方式】 為便貴審查委纽對本_目6 做更進-步之⑽與瞭解，以下依 τ •徵及其功效， 適於本創叙實财式並配合圖·叫哺之細手段，列舉 請參閱第-圖本創作之分散式無線崎 用配置參相、第二圖本創作巾各常驗電裝 2統使 構方塊示意圖所示，本創作之分散 、土本，，且成架 式热，，泉網路資料儲存系統係 於系統端設有至卜钢機3Q，於數個預定㈣，分別 設有一常態取電裝14Q供作為—個節點基站（Base Stat副），任-常態取f裝置㈣'可與其它至少—個常能取 電裝置40或鄰近之電子裝置2Q進行無線連接，且相互傳輸通 訊信號’以共同形成一個隨意網路（即Ad_h〇c網路），使能直 接或間接雜上錬！I主機3G，甚至能直接或間接連接網際 、.·罔路10中的其他網路伺服器，各常態取電裝置係包括有： —功旎運作模組41、一電源控制模組42、一網路通訊模組43， 以及一資料管理模組44 ;其中： 該功能運作模組41，可在接收到額定電流的的情況下執 行預設的原始運作功能；本創作中所指的常態取電裝置，泛指 —般設於室内或戶外之與預定供電系統連接，供常態取得電 源’但並非一定必需要常態運作的裝置或設施；尤指一般路燈 或監視器等道路照明裝置或公共安全設施；例如，各常態取電 裝置以路燈形態呈現時，當中的功能運作模組，係進一步包括 M441275 現 有至ί 一能夠在接收龍定直流電的情況下’產生預定光源的 發光單元；#各常態取電裝置以監視ϋ縣呈現時，當中的功 能1作模組’係進—步包括有至少—能夠在接收_定直流電 的情況下’取數位影像減的監視m各常態取電裝 置當中的功能運作模组，係進—步包括有至少—能夠在接收到 額定直流電的情況τ，娜齡影像訊制監啦，以及至少 一能夠在触到額定直流電的軌τ，產生預定光源的發料 几，使各#態取電裝置㈣以具触明功私監视器形鮮呈 Τ目η 干該電源控制模組42，係供連接外㈣源，並常態將外部 2源轉換成败直流電，以進—步提供功能運作模組Μ、網 通物組43及資料管理模組44運作所需之電力。 網路通訊模組43，係與電源控制模組42電氣連接，供 :===：:椒—= 内建之網Γ 1㈣，_電子裝置 爾通輪組）進行網路資料封包傳輸。 么該資料管理模組44，係與電源控制模域及網 ，電氣連接，供常態_源_組 二且包含相互電氣連接的—第一微處理單元你—、= 據=42二資料儲存載體443，由第—微處理單元^ _早讀中_，對資料儲存載443體進行資料乂 2或⑶'取’於實施時，各常態取電裝置⑺當中的資料儲存 月且443，係以具有魔大儲存容量的硬碟為佳β 二、丨上’ 上4結構賊，可紐-種錢與路燈或監 為寺常態取電裝置4G整合，藉以形成—個隨意(A(Hloc)網 I由彳⑽器主機3Q或使用者之電子裝置⑼透過無線網路 =的方式，對應至少—f態取電裝置4G進行資料之讀寫/ :達到分散式雲猶存目的之分散式無線網路資料儲存系 統0 本創作之分散式無_路資存系統，於實施時，所述 各常態取電裝置4〇俜 ^ 了㈣二騎料設有—與電源控制模 Μ連接的雷擊保護模組45，透過雷擊保護模組巧連 外K源；該雷擊保護模組45係可内建有一將正向雷擊所 士生之大綠進行放電的放魏護元件（圖略），使#遭遇雷擊 日^可將大電流购丨至地端，藉以有效魏雷擊所產生的 ’避免常態取電裝置4〇内部電路遭遭雷擊毀損，以相 更為積極之手段維護儲存資料完整性。 再者，各常態取電裝置40當中的資料管理模組从可如第 :圖所示另電性連接有—供朗_理模組私位址的身份 =核組444 ’·該身份識別模組抱係可以由—別卡插槽及 置^插置湖卡插槽中的SIM卡組成。當然，各常態取電裝 模組：與電源控制模組42電氣連接的雷擊保護 透過田擊保賴組45連接外部電源，·以及，於該資 料S理模組44内另電性連接有一供識別資料管理輪且私位址 的身份識別模組444。 請同時配合參照第-圖及第五圖所示，本創作於實施時， 各常態取電裝置4G當中的網路通賴組43，且包含—無線通 訊單元43卜-第二微處理單元432及—乙太網路資料傳輸單 凡433 ;該無線通訊單元431係，以無線通訊方心連接至饲服 器主機30、鄰近的無線通訊單元或其它電子袭£ 2〇，並能接 • 收伺服器主機3〇傳來之一遠端控制訊號。 该第二微處理單元432係與無線通訊單元43丨及資料管理 模組44之第-微處理單元441電氣連接，供接收資料管理模 組44傳來的訊號’並經由無線通訊單元431傳送至词服器主 機30、鄰近的無線通訊單元或其它電子裝^ 2〇，且能接收益 線通訊單元431傳來的訊號，並傳送至資料管理模組私；該 乙太網路資料傳輸單元433係與第二微處理單元概電氣連 籲接’且此接收伺服器主機30、鄰近的無線通訊單元或其它電 子瓜置20傳來之乙太網路封包，並依序透過第二微處理單元 432及無線通訊單元431傳送出去，或傳送至資料管理模㈣。 於上述第五圖所示之結構形態下，所述網路通訊模組43 之無線通訊單元431與第二微處理單元4犯之間，尚包括—帶 通濾波單元434，使得第二微處理單元4犯將資料管理模組仏 的訊號’經由帶通遽波單元434傳送至無線通訊單元431，及 接收無線通訊單元431經由帶通據波單元434傳來之遠端控制 M441275 訊號’且使網路通訊模組43接收待定之—通訊頻道傳來之網 路訊號；以及’該網路通賴組43尚包括—與第二微處理單 7L 432甩氣連接的第二儲存單元435，供儲存所屬的常態取電 裝置40自身之隨意網路作業系統的資料。Ad-hoc network) enables direct or indirect connection to the server host; each of the state-of-the-art power-receiving devices includes: a function operation module that can perform presets upon receiving the rated + flow Original operation function; a power control module for connecting external power supply, and normalizing external power to rated DC; a network module, electrically connected to the power control module, for the normal receiving power control module DC power, and wirelessly connected to the server host or other network communication modules for network data packet transmission; a data management module, electrically connected with the power control module and the network communication module, for normal Receiving the rated DC power from the power control __, and including the first-micro processing unit, the first storage unit, and the data storage body electrically connected to each other, and the first micro processing unit is based on the _ body in the first storage unit. The material storage carrier is subjected to two-material writing or reading. With the above structural features, Bayer can obtain a kind of integration with the streetlights or monitors, etc., by means of the job-dip 4 (Ad-squeaking, and the electronic device of the host or user through the wireless network) The way of passing the wheel, corresponding to at least the normal power take-off device for reading, writing, and accessing data, to achieve a decentralized cloud; the purpose of the distributed wireless network data storage system. And according to the above main structural features, Each of the functioning core groups of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Each of the constant ^ ^ 4 ± , i set * f of the power of the month 杈 operation, ,, and ^ 达 - step includes at least - can pick up the digital video signal monitor in the case of the connection., & (4) The operation::V: characteristics, the functions of the normal power take-off devices, the brothers are forced to (4) y 匕 include at least - can receive the rated DC power (in the case of the month, the tender digital image is simple and at least - In the case of a fixed direct current, The light-emitting unit that generates the predetermined light source ^ according to the above-mentioned main structural features, the normal power supply control module is electrically connected to the & d and is connected to the external power source. ^田杂顾组, connected through the lightning protection module ~ according to the above main structure The data processing official module of each of the normal power take-off devices is electrically connected to the Y and the other modules. The identification module of the '10@拉拉组 address' is connected through the lightning protection module. Oxygen connection has a data for identification data management: there is 4 power supply for external connection; the data management module also pulls the identification module of the group address. It should be inserted into the SIM card to describe the identity of the identification group. The card slot and the SIM card in the pair of slots. The communication list - the network communication module in the core, and includes a wireless wireless _---the logical unit and the Ethernet (four) transmission unit; ',,,,. ~ (6) fine wireless communication mode, connected to the ship's mainframe, adjacent 6 media line through the single tl or other electronic devices, and can receive one of the server host transmission control; Micro processing unit and wireless communication unit and The material management pull group's first-micro-single 7C electrical connection, for the receiving data management module to send the title ' ϋΜ transmitted by the wireless communication unit to the server host, the adjacent wireless communication unit it or other electronic devices' Receiving the signal transmitted from the wireless communication unit to the data management module; the Ethernet data transmission unit is electrically connected to the first-micro processing single TL' and can receive the server host, the adjacent wireless communication unit or the like The Ethernet packet from the electronic device is transmitted through the second microprocessor 7L and the wireless communication unit, or transmitted to the data management module. The wireless communication unit and the second microprocessor of the network communication module Between the units, a band pass filtering unit is further included, so that the second micro processing unit transmits the signal of the data management module to the wireless communication unit via the band pass filtering unit, and the receiving wireless communication unit transmits the signal through the band pass filtering unit. The terminal controls the signal, and causes the network communication module to receive the network signal transmitted by the specific one of the communication channels. The network communication module further includes a second storage unit electrically coupled to the second microprocessor unit for storing data of the random network operating system of the associated normal power take-off device. The functional operation module of each of the normal power-collecting devices further includes at least one light-emitting unit capable of generating a predetermined light source when receiving the rated direct current, and an environment detecting unit; the network communication module Group, and includes - a wireless communication unit, a control signal communication unit, a second micro processing unit, and - M441275 = Ethernet _ transmission unit; _ control mode early, - power control unit, - third microprocessor unit and 3: Power conversion =: Qiao __ unit is the outside of the Hao face shirt sent to the face of the power of the month operating module, network communication module 'data management 楛έ 各 元 元 元 元 元 元 元 元 元 元Unit phase connection; 鄕 source control single source control unit and environment detection unit phase electrical connection two: two, not with the signal to the power control unit, to control the power control unit system Ashi receiving environment detection unit In the environment _ μ, the measuring unit is respectively connected with the power control unit y current, the ray current, the golden branch, the first early 兀 and the third micro-processing unit, and is outputted to the direct current power control unit and transmitted to the direct current of the light-emitting unit. Convert to - voltage /current_signal, and transmitted to the third micro-processing to enable the third micro-processing unit to adjust the DC power output of the power control unit, the control signal communication unit and the third micro-processing unit are electrically connected to the third micro-processing unit The environmental detection signal and the electric current/current detection signal are not connected to the server host, the adjacent wireless communication unit or other electronic devices, and can receive the server host transmission by wireless communication. One end control signal; the second micro processing unit is connected with wireless communication unit and data! The first module of the module is the electrical connection of the unit, which is used to receive the signal from the data management module and is transmitted to the server host, the adjacent wireless communication unit or other electronic device via the wireless communication unit, and can receive wireless communication. The signal from the unit is transmitted to the data management module; the Ethernet data transmission unit 8 275 is electrically connected to the second microprocessor unit and can receive the server host, adjacent wireless communication, or other electronic The Ethernet packet sent by the device is sequentially transmitted through the second micro processing unit and the wireless communication unit, or transmitted to the data management module; the second micro processing unit is electrically connected to the control signal communication unit, and It can receive the environment_money and voltage/current townbeat signal transmitted by the control and communication unit and transmit it to the server host via the wireless communication unit, or receive the remote control signal transmitted from the link. The signal communication unit is transmitted to the second micro processing unit, so that the third micro processing unit can generate the power control function. The unit is connected to the second micro processing unit, and can be connected to the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Transported early or transferred to the data management module. The wireless communication unit and the second room of the above network communication module further include a band-passing unit, so that the material of the second group is transferred to the wireless communication unit by the band-passing unit. The wireless billing receives the network signal transmitted by the specific communication channel via the remote communication module: and the network communication module of the network further includes a first and second heart of the second microprocessor unit. The storage device of the normal state of the power-collecting device itself is stored; and the power control module further includes a network element, the third storage unit and the third, the normal power-collecting device of the storage list The connection of its own power control module, ~ [Embodiment] For the sake of your review, the committee will make a more advanced step (10) and understanding, the following depends on the τ • its function, suitable for this creation And with the diagram and the means of feeding, please refer to the decentralized wireless configuration configuration of the first-picture creation, and the second picture of the custom-made electric equipment. Decentralized creation, earthwork, and framed heat, spring network The data storage system is provided at the system end to the steel machine 3Q, in a number of predetermined (four), respectively, a normal power take-off 14Q is provided as a node base station (Base Stat vice), any - normal f device (four) ' Wirelessly connecting with at least one of the conventional power-receiving devices 40 or the adjacent electronic device 2Q, and transmitting the communication signals to each other to form a random network (ie, Ad_h〇c network), enabling direct or indirect miscellaneous ! I host 3G, even directly or indirectly connected to other network servers in the Internet, .. 10, each normal power take-off device includes: - power operation module 41, a power control module 42, one The network communication module 43 and a data management module 44; wherein: the function operation module 41 can perform a preset original operation function when receiving the rated current; the normal state referred to in the creation An electrical device, generally referred to as indoor or outdoor, connected to a predetermined power supply system for normal power supply, but does not necessarily require normal operation of the device or facility; especially road lighting or public safety such as street lights or monitors. a facility; for example, when the normal power take-off device is presented in the form of a street light, the functional operation module further includes a light-emitting unit that can generate a predetermined light source in the case of receiving the DC power of the M441275; When the power take-off device is used to monitor the appearance of the county, the function 1 is used as a module, and the step includes, at least, the ability to take a digital image when receiving the DC power. The monitoring function of the normal operation of the power-receiving device in the normal state, the step-by-step includes at least - the ability to receive the rated DC power τ, the Nao video surveillance, and at least one can touch the rated The rail τ of the direct current generates a predetermined number of light sources, so that each of the #-state power taking devices (4) is in the form of a touch-sensitive power monitor, and the power control module 42 is connected to the external (four) source. And the normal state converts the external 2 source into a failed DC power to further provide the power required for the functional operation module 网, the Netcom object group 43 and the data management module 44 to operate. The network communication module 43 is electrically connected to the power control module 42 for: ===:: pepper-= built-in network Γ 1 (four), _ electronic device ertong wheel group) for network data packet transmission. The data management module 44 is electrically connected to the power control mode domain and the network, and is used for the normal state_source_group 2 and includes electrical interconnections with each other - the first micro processing unit you -, = data = 42 data storage carrier 443, by the first micro-processing unit ^ _ early reading _, the data storage 443 body data 乂 2 or (3) 'take' in the implementation, the data of each normal power-taking device (7) is stored in the month and 443, A hard disk with a large storage capacity is a good beta 2, a squat on the top 4 structural thief, a New Zealand-type money and a street lamp or a normal power supply device 4G integrated in the temple, thereby forming a random (A (Hloc) network I 彳 (10) host 3Q or the user's electronic device (9) through the wireless network = way, corresponding to at least - f state power-collecting device 4G for reading and writing data /: distributed wireless network to achieve the purpose of decentralized cloud Road data storage system 0 This distributed decentralized non-road storage system, in the implementation, the normal power take-off device 4〇俜^ (4) two riding materials are provided - lightning protection module connected with the power control module Group 45, through the lightning protection module, the external K source; the lightning protection module 45 There is a built-in Wei protection component that discharges the green of the forward lightning striker (figure), so that the # encounter lightning strike day ^ can buy large currents to the ground, so as to avoid the effective Wei Lei strike The internal circuit of the normal power take-off device is damaged by lightning, and the integrity of the stored data is maintained by a more active means. Furthermore, the data management module of each normal power take-off device 40 can be as shown in the figure: The electrical connection has the identity of the private address of the lang module = the core group 444 '· The identity recognition module can be composed of - the card slot and the SIM card inserted in the lake card slot Of course, each of the normal power take-off modules: the lightning strike protection electrically connected to the power control module 42 is connected to the external power source through the field hitting protection group 45, and the other is electrically connected to the data processing module 44. The identification module 444 for identifying the data management wheel and the private address. Please also refer to the first and fifth figures. When the creation is implemented, the network access group 43 of each normal power take-off device 4G And including - wireless communication unit 43 - second micro processing unit 432 And - the Ethernet data transmission unit 433; the wireless communication unit 431 is connected to the feeder host 30, the adjacent wireless communication unit or other electronic attack by the wireless communication center, and can receive and receive The remote control signal is transmitted from the server host 3. The second micro processing unit 432 is electrically connected to the wireless communication unit 43 and the first-micro processing unit 441 of the data management module 44 for receiving the data management module. The transmitted signal '44 is transmitted to the word processor host 30, the adjacent wireless communication unit or other electronic device via the wireless communication unit 431, and can receive the signal from the benefit line communication unit 431 and transmit the data to the data. The management module is private; the Ethernet data transmission unit 433 is connected to the second micro processing unit and the receiving server host 30, the adjacent wireless communication unit or other electronic device 20 The network packet is transmitted and transmitted through the second micro processing unit 432 and the wireless communication unit 431 in sequence, or to the data management module (4). In the configuration shown in the fifth figure, the wireless communication unit 431 of the network communication module 43 and the second micro processing unit 4 also include a band pass filtering unit 434, so that the second micro processing The unit 4 commits the signal of the data management module to the wireless communication unit 431 via the bandpass chopper unit 434, and the remote control M441275 signal transmitted by the receiving wireless communication unit 431 via the bandpass data unit 434. The network communication module 43 receives the network signal transmitted from the communication channel to be determined; and the network access group 43 further includes a second storage unit 435 connected to the second micro processing unit 7L 432. The data of the random network operating system of the own normal power take-off device 40 is stored.
另外在各常⑮取電裝置叫燈形態呈現時，制時配合 參照第-圖及第六圖所示，當中的功能運作模細&除包括有 至一成触接收卿、定直流電的情況下，產生縱光源的發 "單元411之外，並可配合设置—環境偵測單元412 ;該網路 、“、、’’ 43且包έ 一然線通汛單元431、一控制訊號溝通j -436帛_祕處理單元433及一乙太網路資料傳輸單; 434 ’邊電源控制模組42，且包含一電源轉換單元“卜一 1 源控制早tl似、-第三微處理單元423及—電壓/電流偵$ 早元424。In addition, when the regular 15 power-receiving devices are in the form of lights, the timing of the system is as shown in the first and sixth figures, and the functional operation mode is included in the case of including the one-touch receiver and the fixed DC power. In addition, the vertical light source is generated outside the unit 411, and can be configured in conjunction with the environment detecting unit 412; the network, ",," 43 and the packet communication unit 431, a control signal communication j - 436 帛 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 423 and - voltage / current detection $ early 424.
、其中，該電源轉換單元421係'將外界傳來的外部電源轉換 成败直流電，且將_直流電分別傳送至電源控制模組，42 ^各單元、功能運作模組41、網路通訊模組必、資料管理模 組44 ·’該電源控制單元422係與電源轉換單元42丨相電氣連 接:該第三微處理單元423分別與電源控制單元422及環境债 二早元412相電氣連接’且能傳送—電量控制訊號至電源控制 學元422 ’以控制電源控制單元极輪出之直流電量，妙接 收環境偵測單元412傳來之環境偵測崎。 匕 。玄電流俄測單元424係'分別與電源控制單元' 14 發光單元411及第三微處理單元423相電氣連接，叫 控制單元422輪出且傳送至發光單元411之直流電量 軋逑接，以偵測電源 之直流電量，並轉換The power conversion unit 421 is configured to convert the external power source sent from the outside into a power failure circuit, and transmit the _ direct current power to the power control module, 42 ^ each unit, the function operation module 41, and the network communication module must The data management module 44 is electrically connected to the power conversion unit 42. The third micro processing unit 423 is electrically connected to the power control unit 422 and the environmental bond two early 412, respectively. The transmission-electricity control signal to the power control element 422' controls the DC power discharged from the power control unit, and the environment is detected by the environment detecting unit 412. Oh. The sinusoidal current measuring unit 424 is electrically connected to the power control unit 14 and the third micro processing unit 423, respectively, and the control unit 422 rotates and transmits the DC power to the illuminating unit 411 to detect Measure the DC power of the power supply and convert
同樣的，該無線通訊單元431係以無線通訊方式，連接至 伺服益主機30、鄰近的無線通訊單元或其它電子裝置刈，並 能接收飼職主機3G #來之-遠端控制訊號；該第二微處理 單元432係與無線通訊單元431及資料管理模組料之第一微 處理單7t蚊連接’供接收資料管理模組44傳來的訊號，並 經由無線通訊單元431傳送至伺服器主機3〇、鄰近的無線通 訊單元或其它電子裝置20，且能接收無線通訊單元431傳來 的訊號’並傳送至資料管理模組44。 同樣的’該乙太網路資料傳輸單元433係與第二微處理單 元432電氣連接，且能接收伺服器主機3〇、鄰近的無線通訊 早兀或其它電子裝置20傳來之乙太網路封包，並依序透過第 二微處理單元432及無線通訊單元431傳送出去，或傳送至資 料管理模組44。 該第二微處理單元432且與控制訊號溝通單元獨電氣連 接’且錢故控制訊號溝通單元436傳來之環境偵測訊號與電 M441275 壓/電流偵測訊號，並經由無線通訊單元431傳送至伺服哭主 機30，或接收無線通訊單元傳來之遠端控制峨，並經由控 制訊號溝通單元436傳送至第三微處理單元423，以使第三微 處理單元423能據以產生電量控制訊號。 同樣的’該乙太網路資料傳輸單元433係與第二微處理單 元432電氣連接，且能接收伺服器主機3〇、鄰近的無線通訊 單元或其它電子裝置2G傳來之乙太網_包，並依序透過第Similarly, the wireless communication unit 431 is connected to the servo server 30, the adjacent wireless communication unit or other electronic device by wireless communication, and can receive the remote control signal of the job host 3G#; The second micro processing unit 432 is connected to the wireless communication unit 431 and the first micro processing unit 7t mosquito of the data management module to transmit the signal transmitted by the data management module 44, and is transmitted to the server host via the wireless communication unit 431. 3. The adjacent wireless communication unit or other electronic device 20 can receive the signal transmitted from the wireless communication unit 431 and transmit it to the data management module 44. Similarly, the Ethernet data transmission unit 433 is electrically connected to the second micro processing unit 432, and can receive the server host 3, the adjacent wireless communication, or the other electronic device 20. The packets are transmitted to the second micro processing unit 432 and the wireless communication unit 431 in sequence, or to the data management module 44. The second micro processing unit 432 is electrically connected to the control signal communication unit, and the environmental detection signal and the electric M441275 voltage/current detection signal transmitted from the control signal communication unit 436 are transmitted to the control unit via the wireless communication unit 431. The server cries the host 30, or receives the remote control port transmitted from the wireless communication unit, and transmits it to the third micro processing unit 423 via the control signal communication unit 436, so that the third micro processing unit 423 can generate the power control signal accordingly. The same 'the Ethernet data transmission unit 433 is electrically connected to the second micro processing unit 432, and can receive the server host 3, the adjacent wireless communication unit or other electronic device 2G. And in order
二微處理單元432及無線通訊單元431傳送出去或傳送至資 料管理模組44。 ' 、 在上揭第六圖所示之結構形 、 、 -心I w衣;見谓測單元‘π可The second micro processing unit 432 and the wireless communication unit 431 are transmitted or transmitted to the data management module 44. ', in the above figure, the structure shown in Figure 6, - I I clothing; see the measurement unit ‘π can
為光感應器或溫度感應器...等，其能偵測出外界的環境因素 (如：亮度、氣溫...等），並轉換成對應之—環境翻訊號； 如此’當陰天或雨天時，僅管仍未到夜晚的時間，但外界的京 度不足後，該常態取電裝置4G便能依據環境伽❿㈣ =發先早⑽而發出光亮，此外，當夏天時，若外界的溫 度過南，則該常態取電裝置4〇尚能適當地降低發光單元4ΐι •度’以減少熱能的產生，有效延長發光單元4ΐι的使用壽 管理人員除了能待在键器主機3q的所在 二二:常態取電裝置4〇(路燈、 吊己二，置撕路燈）的位置’並使用電子裝置…如： 。土竭、行動電話、平板電腦、個人數位助理器…等） 16 透過常態取電裝置40的連結，而連線至伺服器主機洲，鈔 2所有常態取電裝置40的運作情況。此外，藉由該乙太網路 二料傳輸早足433的設計，每—個常態取電裝置撕路燈)均 =夠:為一個熱點設備，令—般民眾能透過各種電子裝置如 了無線上網，除了能有效利用剩餘頻寬外，尚能大幅降低政 ^企業綠熱闕設備支出，及減㈣ 佔用之空間。 纟同樣的纟上揭第，、圖所不之結構形態下，該網路通訊模 f 43之無線通訊單元431與第二微處理單元概之間，尚包 ^帶通齡單元434，使得第二财理單元灌管理 p 44的訊號，經由帶通遑波單元傳送至無線通訊單元 、」’及接收無線通訊單元431經由帶通渡波單元似傳來之 p控制峨’且使網路通訊模組43接收特定之—通訊頻道 广來之網路訊號；以及’該網路通訊模組幻尚包括一第二儲 =兀435 ’該第二儲存單元435係與第二微處理單元鋭電 ^接’供鍺存所屬的常態取電裝置4q自身之隨意網路作業 ^統的資料(如：㈣傳輸路徑規則、網路位置⑽、驅動程 =·等）；當然，該電源控制模組42尚包括一第三儲存單元 ’该弟二儲存單元425係與第三微處理單元似，供儲存 斤屬常態取電裝置40自身之電源控制模組42的資料。 本㈣之”料讀鱗資料儲n統係能達 成下列功效： 1. 透過分散儲存的方式，降低雲端儲存系統之設置空間。 2. 透過無線網路傳輸之储存方式，降低雲端儲存系 本。 〜夏战 3. 可大幅提升雲端儲存系統之擴充性。 4. 將各常態取電裝置，作為熱點設備制有效運用頻寬。 ^藉由將熱點魏與常態取電裝置之整合，使政府或企業亦可 思用戶的見頻上網而求’快速架設熱點設備，避免常態取電裝 置上因額外組裝太多的設備’而破壞了城市美觀，大幅提高空' 間規劃的方便性。 6.有助於網路㈣儲存系統之模組化設計，有效增加業者在生 產上的便利性。 以上所述，僅係本創作之較佳實施例，惟，本創作所主張 之權利翻，並不條概，按城_項減人士，依縣 創作所揭露之技術内容，可輕易思及之等效變化，均應屬不脫 離本創作之保護範疇。 M441275 【圖式簡單說明】 第一圖：本創作之分散式無線網路資料儲存系統使用配置參 考圖。 第二圖：本創作中各常態取電裝置之基本組成架構方塊示意 圖。 第三圖：本創作第二實施例之各常態取電裝置組成架構方塊 示意圖。 第四圖：本創作第三實施例之各常態取電裝置組成架構方塊 示意圖。 第五圖：本創作第四實施例之各常態取電裝置組成架構方塊 示意圖。 第六圖：本創作第五實施例之各常態取電裝置組成架構方塊 示意圖。 【主要元件符號說明】 10網際網路 20電子裝置 30伺服器主機 40常態取電裝置 41功能運作模組 411發光單元 412環境偵測單元 M441275 42電源控制模組 421電源轉換單元 422電源控制單元 423第三微處理單元 424電壓/電流偵測單元 425第三儲存單元 43網路通訊模組 431無線通訊單元 432第二微處理單元 433乙太網路資料傳輸單元 434帶通濾波單元 435第二儲存單元 436控制訊號溝通單元 44資料管理模組 441第一微處理單元 442第一儲存單元 443資料儲存載體 444身份識別模組 45雷擊保護模組 20It is a light sensor or a temperature sensor, etc., which can detect external environmental factors (such as brightness, temperature, etc.) and convert it into a corresponding environment-environment number; On a rainy day, although it is still not in the night, but the outside power is insufficient, the normal power-collecting device 4G can emit light according to the environment gamma (4) = early (10), in addition, when the summer, if the outside world If the temperature is too high, the normal power-collecting device 4 can properly reduce the light-emitting unit 4ΐι·degree' to reduce the generation of heat energy, and effectively extend the use of the light-emitting unit 4ΐ. In addition to being able to stay in the key host 3q Two: Normal position power take-off device 4 〇 (street light, hanging two, set the position of the tearing street light) and use electronic devices... such as: Exhaustion, mobile phone, tablet, personal digital assistant, etc.) 16 Through the connection of the normal power take-off device 40, and connected to the server host continent, the banknote 2 operates in the normal state of the power take-off device 40. In addition, with the design of the early foot 433 of the Ethernet 2 material transmission, the tearing light of each normal power take-off device is enough: for a hotspot device, the general public can access the Internet through various electronic devices. In addition to the effective use of the remaining bandwidth, it can significantly reduce the expenditure of the green and hot equipment of the government, and reduce the space occupied by (4).纟 纟 纟 , , , , , , , , , , , , , , , , , , , , , , , 网路 网路 网路 网路 网路 网路 网路 网路 网路 网路 网路 网路 网路 网路 无线 无线 无线 无线 无线 无线 无线 无线The second financial unit manages the signal of p 44, and transmits it to the wireless communication unit via the band-pass chopper unit, and the 'received wireless communication unit 431 transmits the p control via the band-passing wave unit and makes the network communication mode The group 43 receives the specific network signal of the communication channel; and the network communication module includes a second storage unit 兀 435. The second storage unit 435 is connected to the second micro processing unit. Connect to the data of the random network operation system of the normal power-collecting device 4q to which the memory belongs (for example, (4) transmission path rule, network location (10), driving process, etc.); of course, the power control module 42 The third storage unit 425 is similar to the third micro processing unit for storing the data of the power control module 42 of the normal power take-off device 40 itself. The (4) material reading scale data storage system can achieve the following effects: 1. Reduce the setting space of the cloud storage system through distributed storage. 2. Reduce the cloud storage system through the storage method of wireless network transmission. ~ Xia Zhan 3. Can greatly enhance the scalability of the cloud storage system. 4. Use the normal power take-off device as a hotspot device system to effectively use the bandwidth. ^ By integrating the hot spot Wei with the normal power take-off device, the government or Enterprises can also think about the user's frequency of access to the Internet and seek to 'quickly set up hotspot equipment, avoiding the extra equipment being assembled on the normal power take-off device', which will destroy the beauty of the city and greatly improve the convenience of the plan. Helping the modular design of the network (4) storage system, effectively increasing the convenience of the manufacturer in production. The above is only the preferred embodiment of the creation, but the rights claimed by the creation are not In general, according to the city _ project reduction person, the technical content exposed by Yixian Creation Institute, can easily think of the equivalent change, should be without the protection scope of this creation. M441275 [Simple diagram description] Figure: The configuration reference diagram of the decentralized wireless network data storage system of this creation. The second figure: the basic block diagram of the basic components of the normal power take-off device in this creation. The third figure: the normal state of the second embodiment of the present creation Schematic diagram of the structure of the power-receiving device. FIG. 4 is a block diagram showing the structure of the normal power-collecting devices of the third embodiment of the present invention. Figure 6 is a block diagram showing the structure of each normal power-taking device in the fifth embodiment of the present invention. [Main component symbol description] 10 Internet 20 electronic device 30 server host 40 normal power take-off device 41 function operation module 411 light Unit 412 environment detecting unit M441275 42 power control module 421 power converting unit 422 power control unit 423 third micro processing unit 424 voltage / current detecting unit 425 third storage unit 43 network communication module 431 wireless communication unit 432 Two micro processing unit 433 Ethernet data transmission unit 434 band pass filtering unit 435 second storage unit 436 control Signal communication means 44 of the first data management module 441 micro processing unit 442 first storage unit 443 storing data carrier identification module 444 lightning protection module 20 45