M424561 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種嵌入式戶外電信箱體監控裝置，旨 在提供一種尤適用於箱門開關管制之監控系統主機結 構’具有可動態建立連線功能。 【先前技術】 戶外電彳§箱體設施為固網電信營運商的核心基礎設 把在整個通信網路中扮演著極為重要的作用。由於市話 父接相、光纜交接箱等均建於戶外，以往僅進行傳統門禁 上鎖s理方式係採用人力來管理因此經常造成電信箱體 X施被破壞及遭到非法竊聽集團撬開路邊的電信交接 相，接上電話線竊聽，但無法在第一時間得知以進行預防。 基於這種情況’利用現代技術和手段來管理戶外電信 相體，在热人現場值守的情況下，能迅速發現和排除故 早就又得非《必要。為保障客戶權益以及增加維運效 開發戶外電k箱體監控裝置，進行戶外電信箱體即時 監控’以防止歹徒刻意破壞及竊聽。 【新型内容】 本創作的目的在於提供一種戶外電信箱體監控裝 置’使其應用在戶外電信箱體監控系統之訊息傳送，以其 特有之可動態同時建立多路連線功能達到動態連線目標 進仃戶外電信箱體監控，取代以往習用傳統門禁上鎖管理 M424561 方式。 進行戶外電信箱體即時監控當須傳送監控訊息時才 建立連線傳送完畢可立即切斷連線，進而節省系統大量資 源增加系統穩定度及效能》 種尤適用於戶外電信箱 有鑑於此，本創作即在提供_ 記錄使用人、箱體狀態資 體監控系統進行箱門開關管制 訊蒐集與告警回報之戶外電信箱體監控裝置，為其主要目 的者。 為達上述目的，本創作戶外電信箱體監控裝置其機殼 内部建構有中央處理器、記憶體單元、至少—網路介面 (Ethernet Port)、複數個串列通訊埠（Seriai p〇rt);並且進 一步整合戶外電信箱體監控裝置作業系統及監控程式以 及非接觸式感應監控程式。 俾可供與讀卡機、門控開關、箱門控制模組，以及遠 端監控主機聯結，以供維護使用人員之識別及箱門啟閉紀 錄e理’以及搭配電子鎖進行箱門之自動化開關。尤其可 透過遠端監控主機及增加軟體或類似設備強化監控系 統或擴充系統規模、強化維護人員使用記錄管理資料 庫，以及進一步與人事系統相整合。 【實施方式】 本創作之特點’可參閱本案圖式及實施例之詳細說明 而獲得清楚地瞭解。 M424561 *-. -- 如圖一所示，本創作之戶外電信箱體監控裝置302 係包括有： 一機殼100,為一體積約10x8cm大小之金屬殼體； 一 DC動力輸入源（DC Power lnput)u i，為供應戶外 電信箱體監控裝置302電源之模組； 一組數個裝配孔115,供機殼100之安裝固定於相關 結構主體之使用； • 中央處理器（NetMCU) 101，建構於該機般1〇〇内 部，其可以為32bit ARM7或ARM9微處理器或類似效能 之微處理器； 一 έ己憶體單元（FLASH(BOOTROM))1〇2，建構於該機 殼100内部，其儲存戶外電信箱體監控裝置3 02之 Firmware ; 一記憶體單元（SDRAM) 103,建構於該機殼1〇〇内 φ 部’其為戶外電信箱體監控裝置302 Firmware運行之 buffer ； 一記憶體單元（IIC EEPROM)105，供戶外電信箱體監 控裝置3 02儲存系統參數； 硬體週邊介面建構於該機殼1 〇〇内，其係包括有： 一網路介面為硬體週邊介面（ETHERNET PHY) 104及 (RJ45)106構成，為供Ethernet傳送資料訊息； 一組複數個串列通訊埠硬體週邊介面（Serial RS-232) 5 M424561 11 Ο，為與箱體控制模組306連接之傳送資料之介面； 一硬體週邊介面（GPIO)介面112,供外電信箱體監控 裝置302括充功能用； 一個硬體週邊介面（USB)介面113，供系統除錯以及 下載 Firmware ； 一列乙太網路控制 LED(Ethernet Control LED)l〇7， 其為展示Ethernet傳送狀態； 一個 CPU 狀態指示 LED(LED for CPU Status) 108、 其為展示CPU狀態； 一個LCD顯示器（LCD Display)l〇9，其為展示系統 裝置狀態； 一串列週邊介面硬體週邊介面（SPI)l丨4，為傳輸功能 介面； 其中網路介面硬體週邊介面（ETHERNET PHY)l 〇4及 (RJ45)106可以為10/1 OOM之乙太網路介面，該複數個串 列通訊埠硬體週邊介面（Serial RS-232)110為4個RS-232 串列通訊崞。 如圖二’一戶外電信箱體監控裝置軟體2〇〇，儲存於 該機殼100内部之記憶體單元（FLASH(BC)C)T r〇m)) 102，其係包括有： 一驅動程式（DRIVER)模組201 ’其包括有網路介面 硬體週邊介面（ETHERNET PHY) 104、記憶體單元（nc M424561 EEPROM)105 '串列通訊埠硬體週邊介面（Serial RS_232)110及硬體週邊介面（USB)介面113等驅動程式； 一核心（KERNEL)作業系統模組202，可為Nucleus Kerne卜Linux Kernel 2·6χ或其它嵌入式作業系統； 一 NET 網路模組 203 ’ 可為 Nucleus Net、Linux Net 或其它Net模組； 一監控程式模組204，為處理監控資料傳送機制，包 • 括串列通訊埠硬體週邊介面（Serial RS-232)1 10以及網路 介面硬體週邊介面（ETHERNET PHY)104及（RJ45)106資 料收，送； 一 WEB模組205，為提供遠端戶外電信箱體監控裝 置302參數設定及Firmware更新。 如圖三所示，本創作之戶外電信箱體監控裝置之使用 配置參考圖包括有： 擊 一箱體控制模組3 0 6，設置於戶外電信箱體内，包含 旎區分各種箱體狀態之被動元件電子電路、箱體狀態感知 電路、微控制器電路、電動.門鎖、電動鎖控制電路及非接 觸式智慧卡刷卡電路。 一讀卡機304，採用非接觸式智慧卡刷卡機制，利用 RFID射頻訊號及電磁感應特性，透過識別證卡片之標藏 辨識即可迅速開啟箱體，可將使用人之ID紀錄於資料庫 中，方便曰後查證工作。另外，微控制器電路為負責對外 7 M424561 通。R寅料蒐集、箱體狀態判斷、刷卡驗證、資料暫存及 流程管制等。 一電動門鎖305，透過箱體控制模組3〇6内電動鎖控 制電路及非接觸式智慧卡刷卡電路控制進行啟閉。 戶外電信箱體監控裝置3 02，傳送蒐集之資料、箱 體狀態判斷及刷卡驗證監控等訊息經由hUB 3〇1及 Internet至遠端監控主機3〇〇，遠端監控人員也可由監控 主機300經由Internet、HUB 3〇1及戶外電信箱體監控裝 置3 02傳送監控指令訊息給箱體控制模組3〇6進行監控任 務。 本創作所提供之戶外電信箱體監控裝置，與以往習用 技術相互比較時，更具備下列優點： 本創作的技術特點在於具有雙向動態傳遞監控訊息 功能’結纟高效率的硬體# CPU以及週邊傳輸介面以及 内部real time裝置系統軟體。 其主要功效在於其可由監控端或被監控端任—端當 須傳遞訊息時發起建立連線，不用時可立即切斷連線系 統不必一直連線佔用連線資源，當在監控大量電信箱體設 備時’將可大量節省系統資源增加效能，且可依使用需求 從Web管理設定模組修改及設定所需參數達到彈性使用 目的。 綜上所述，本創作提供-較佳可行之戶外電信箱體監 控裝置結構，麦依法接^ * 鈥王新型專利之申請；本 内容及技術特點P捃-L j F <技術 不上，然而熟悉本項技術之人士仍 可能基於本創作之揭 入士仍 各種不背離本案創作精神之 替換及修飾。因此，本創栳+ y 月砰之 旬作之保護範圍應不限於實施例所 揭示者，而應包括各種 不责離本創作之替換及修飾，並為 以下之申請專利範圍所涵蓋。 【圖式簡單說明】 細說明 請參閱以下有關本創作一較佳實施例之之& 及其附圖。 體架構 圖一係為本創作之戶外電信箱體監控裝置硬 圖， 圖二係為本創作之戶外電信箱體監控裝置軟體架構 圖；以及 圖三係為本創作戶外電信箱體監控裝置之使用配置 參考圖。 【主要元件符號說明】 1 〇〇 機殼 101 中央處理器（NetMCU) 1 02 記憶體單元（FLASH(BOOT ROM)) 1〇3 記憶體單元（SDRAM) 104 硬體週邊介面（ETHERNET PHY) 105 記憶體單元（IIC EEPROM) 9 M424561 106 硬體週邊介面（RJ45) 107 乙太網路控制 LED(Ethernet Control LED) 108 CPU 狀態指示 LED(LED for CPU Status) 109 LCD 顯示器（LCD Display) 110 硬體週邊介面（Serial RS-232) 111 DC 動力輸入源（DC Power Input) 112 硬體週邊介面（GPIO介面） 113 硬體週邊介面（USB介面） 1 1 4 硬體週邊介面（SPI) 115 裝配孔 200 戶外電信箱體監控裝置軟體 201 驅動程式（DRIVER)模組 202 核心（KERNEL)作業系統模組 203 NET網路模組 204 監控程式模組 205 WEB模組 300 監控主機M424561 V. New description: [New technical field] This is a kind of embedded outdoor telecommunication box monitoring device, which aims to provide a monitoring system host structure that is especially suitable for the control of the door switch. Features. [Prior Art] Outdoor power 彳 box facilities are the core infrastructure of fixed-line telecom operators and play an extremely important role in the entire communication network. Since the city's father-in-law and cable transfer boxes are all built outdoors, in the past, only traditional access control locks were handled by manpower, which often caused the destruction of the telecom cabinet X and the illegal eavesdropping group. The telecommunications handover phase was connected to the telephone line to eavesdrop, but it was not known at the first time for prevention. Based on this situation, the use of modern technology and means to manage the outdoor telecommunications phase, in the case of the on-site duty of the hot people, can be quickly discovered and eliminated, so long ago it is not necessary. In order to protect the rights and interests of customers and increase the efficiency of the development of outdoor electric k-box monitoring devices, the outdoor telecommunication box is monitored immediately to prevent gangsters from deliberately destroying and eavesdropping. [New content] The purpose of this creation is to provide an outdoor telecommunication box monitoring device that enables the application of information transmission in the outdoor telecommunication box monitoring system, and its unique dynamic and simultaneous multi-connection function to achieve dynamic connection target. Into the outdoor telecommunication box monitoring, replacing the traditional way of using traditional access control lock management M424561. Instant monitoring of the outdoor telecommunication box When the monitoring message is transmitted, the connection can be disconnected immediately, and the connection can be cut off immediately, thereby saving a lot of resources of the system and increasing system stability and performance. This is especially applicable to outdoor telecommunication boxes. The creation is to provide the _ record user, the box state body monitoring system for the box door switch control information collection and alarm return of the outdoor telecommunication box monitoring device, for its main purpose. In order to achieve the above purpose, the outdoor telecommunication box monitoring device of the present invention has a central processing unit, a memory unit, at least an Ethernet port, and a plurality of serial communication devices (Seriai p〇rt); It further integrates the outdoor telecommunication box monitoring device operating system and monitoring program as well as the non-contact sensing monitoring program.俾Can be connected with card reader, door switch, door control module, and remote monitoring host for maintenance personnel identification and door opening and closing records and automation with the electronic lock switch. In particular, remote monitoring hosts and software or similar devices can be used to enhance the monitoring system or expand the system, strengthen the maintenance personnel's use of the records management database, and further integrate with the personnel system. [Embodiment] The characteristics of the present invention can be clearly understood by referring to the detailed description of the drawings and the embodiments. M424561 *-. -- As shown in Figure 1, the outdoor telecommunication box monitoring device 302 of the present invention comprises: a casing 100, which is a metal casing having a volume of about 10 x 8 cm; a DC power input source (DC Power) Lnput)ui is a module for supplying power to the outdoor telecommunication box monitoring device 302; a plurality of assembly holes 115 for mounting and fixing the casing 100 to the relevant structural body; • Central Processing Unit (NetMCU) 101, construction Inside the machine, it can be a 32-bit ARM7 or ARM9 microprocessor or a similar microprocessor; a FLASH (BOOTROM) 1〇2 is built inside the casing 100. The storage unit of the outdoor telecommunication box monitoring device 301; a memory unit (SDRAM) 103, which is constructed in the casing 〇〇 φ ′′, which is a buffer for the operation of the outdoor telecommunication box monitoring device 302 Firmware; The memory unit (IIC EEPROM) 105 is provided for the outdoor telecommunication box monitoring device 3 02 to store system parameters; the hardware peripheral interface is built in the casing 1 , and the system includes: a network interface is a hardware peripheral interface (ETHERNET PHY) 104 and (RJ 45) 106 is configured to transmit data information for Ethernet; a plurality of serial communication interfaces (Serial RS-232) 5 M424561 11 Ο, which is an interface for transmitting data connected to the box control module 306; A hardware peripheral interface (GPIO) interface 112 for external telecom cabinet monitoring device 302 for charging function; a hardware peripheral interface (USB) interface 113 for system debugging and downloading Firmware; a list of Ethernet control LEDs ( Ethernet Control LED) l〇7, which shows the Ethernet transmission status; a CPU status indicator LED (LED for CPU Status) 108, which is to show the CPU status; an LCD display (LCD Display) l〇9, which is a display system device State; a series of peripheral interface hardware peripheral interface (SPI) l丨4, is a transmission function interface; wherein the network interface hardware peripheral interface (ETHERNET PHY) l 〇 4 and (RJ45) 106 can be 10/1 OOM In the Ethernet interface, the serial serial communication interface (Serial RS-232) 110 is four RS-232 serial communication ports. As shown in FIG. 2, an outdoor telecommunication box monitoring device software 2, a memory unit (FLASH(BC)C)T r〇m)) 102 stored in the casing 100, includes: a driver (DRIVER) module 201' includes a network interface hardware peripheral interface (ETHERNET PHY) 104, a memory unit (nc M424561 EEPROM) 105 'serial communication hardware peripheral interface (Serial RS_232) 110 and hardware peripherals Driver for interface (USB) interface 113; a core (KERNEL) operating system module 202, which can be Nucleus Kerne Linux Kernel 2·6χ or other embedded operating system; a NET network module 203 ' can be Nucleus Net , Linux Net or other Net module; a monitoring program module 204 for processing the monitoring data transmission mechanism, including a serial communication interface (Serial RS-232) 1 10 and a network interface hardware peripheral interface (ETHERNET PHY) 104 and (RJ45) 106 data receiving and sending; a WEB module 205, for providing remote outdoor telecom box monitoring device 302 parameter setting and firmware update. As shown in FIG. 3, the reference configuration diagram of the outdoor telecommunication box monitoring device of the present invention includes: striking a box control module 300, which is installed in the outdoor telecommunication box, and includes 旎 distinguishing various box states. Passive component electronic circuit, box state sensing circuit, microcontroller circuit, electric door lock, electric lock control circuit and non-contact smart card swiping circuit. A card reader 304 uses a non-contact smart card swiping mechanism to utilize the RFID radio frequency signal and electromagnetic induction characteristics to quickly open the box through the identification of the identification card, and the ID of the user can be recorded in the database. It is convenient for post-mortem verification work. In addition, the microcontroller circuit is responsible for the external 7 M424561. R data collection, box status judgment, card verification, data temporary storage and process control. An electric door lock 305 is opened and closed by the electric lock control circuit and the non-contact smart card swiping circuit control in the box control module 3〇6. The outdoor telecommunication box monitoring device 3 02 transmits the collected information, the box status judgment and the card verification monitoring information to the remote monitoring host 3 via the hUB 3〇1 and the Internet, and the remote monitoring personnel can also be monitored by the monitoring host 300. The Internet, HUB 3〇1 and the outdoor telecommunication box monitoring device 322 transmit monitoring command messages to the cabinet control module 3〇6 for monitoring tasks. The outdoor telecommunication box monitoring device provided by this creation has the following advantages when compared with the conventional technology: The technical feature of the creation is that it has a two-way dynamic transmission monitoring message function, which is a highly efficient hardware #CPU and its surroundings. The transmission interface and the internal real time device system software. Its main function is that it can be initiated by the monitoring terminal or the monitored terminal when the message needs to be transmitted. When not in use, the connection system can be cut off immediately without having to connect the connection resources. When monitoring a large number of telecommunication boxes When the device is used, it will save a lot of system resources and increase the performance, and can modify and set the required parameters from the Web management setting module according to the usage requirements to achieve flexible use. In summary, this creation provides a structure of a better and feasible outdoor telecommunication box monitoring device, and the application of the new patent of the 鈥王 ^ ; ;; this content and technical features P捃-L j F < However, those who are familiar with the technology may still be based on the creation of this creation, and the various alternatives and modifications of the creative spirit of the case. Therefore, the scope of protection of this 栳 栳 y 应 应 应 应 应 应 应 应 应 应 应 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 BRIEF DESCRIPTION OF THE DRAWINGS [Detailed Description of the Drawings] Please refer to the following & The body structure diagram is a hard map of the outdoor telecommunication box monitoring device of the creation, and FIG. 2 is the software architecture diagram of the outdoor telecommunication box monitoring device of the present creation; and FIG. 3 is the use of the outdoor telecommunication box monitoring device of the creation. Configure the reference map. [Main component symbol description] 1 〇〇 Enclosure 101 Central Processing Unit (NetMCU) 1 02 Memory Unit (FLASH (ROM)) 1〇3 Memory Unit (SDRAM) 104 Hardware Peripheral Interface (ETHERNET PHY) 105 Memory Body Unit (IIC EEPROM) 9 M424561 106 Hardware Peripheral Interface (RJ45) 107 Ethernet Control LED 108 CPU Status LED (LCD for CPU Status) 109 LCD Display 110 Hardware Peripheral Interface (Serial RS-232) 111 DC Power Input 112 Hardware Peripheral Interface (GPIO Interface) 113 Hardware Peripheral Interface (USB Interface) 1 1 4 Hardware Peripheral Interface (SPI) 115 Mounting Hole 200 Outdoor Telecom box monitoring device software 201 driver (DRIVER) module 202 core (KERNEL) operating system module 203 NET network module 204 monitoring program module 205 WEB module 300 monitoring host
301 HUB 302 戶外電信箱體監控裝置 303 戶外電信箱體 304 讀卡機 305 電動門鎖301 HUB 302 outdoor telecommunication box monitoring device 303 outdoor telecommunication box 304 card reader 305 electric door lock