M350749 八、新型說明： 【新型所屬之技術領域】 本創作係有關大樓監視系統裝置，尤指一種整合大樓 各項裝置及服務的系統裝置。 【先前技術】 現代化的住宅’除了注重結構、設備、服務、管理四 個基本要素外，並需為未來之住戶用心思索其日常生活的 舒適性、安全性與便利性’所以現今建商在設備規劃與購 置方面’都將考量未來之可擴充性與相容性。為了滿足上 述各項需求，並符合未來人類e-life的生活環境方式， 對於現代化的社區大樓是刻不容緩之事。 其按，一般住宅大樓僅以警衛對於住宅内監控管理，而 管理上常會有所遺漏，不時有住戶遭到闖空門的情況，可 見住豕的t全性最需要得到’但缺乏系統化的整合管理， 對於管理上難以做到完善，對於上述問題虽有待於改善。 因此’本鮮想齡或至少減輕先前技術所遭遇的問 【新型内容】 上述缺2作^欲解決之技綱題在於針對現有技術存在的 上摘失，提供-種大齡雜監衫祕置。 種大樓多功能監控系統裝置，其包括有：一中央監 M350749 控:心，具有顯示單元，並可供監控及操作；一大樓自動 化單元’係與該中央監控中心連接，該大樓自動化單元能 夠將各項設備的狀況的數據資料傳送回該中央監控中心； 文全自動化單元，係與該中央監控中心連接，該安全自 動化單元係管制大樓的進出，且隨時錄影監控大樓内各重 要區域；一通訊自動化單元，係與該中央監控中心連接， 該通訊自動化單元係將相關線路配置統一架構，以方便維 護；一資訊系統整合單元，係與該中央監控中心連接，該 資訊系統整合單元係供使用各公共資源及公佈相關訊息。 其他目的、優點和本創作的新顆特性將從以下詳細的 插述與相關的附圖更加顯明。 【實施方式】 有關本創作所採用之技術、手段及其功效，兹舉一較 佳實施例並配合圖式詳述如後，此僅供說明之用，在專利 申請上並不受此種結構之限制。 參照圖一，為本創作大樓多功能監控系統裝置之方塊 圖，本創作具有一中央監控中心1，該中央監控中心i連 捿一大樓自動化單元10、一安全自動化單元20、通訊自動 化單元30、一資訊系統整合單元40及一家庭自動化單元 50，該中央監控中心1所收集到的資料會顯示在一顯示單 元2上，其中： 參照圖二’大樓自動化單元10為大樓内各項設備的 集中管理並加以監視及控制各項設備的使用狀態，大樓自 M350749 * 動化單元10主要包括有一照明系統11、電力系統12、給 排水系統13、消防系統14、空調系統15及游泳池系統16, 這些設備的各項資訊都會藉由一傳輸單元17將設備狀態 傳回中央監控中心1進行集中監控。 參照圖三’照明系統Η具有數個照明設備m，照明 設備111係由一處理單元H2根據環境的變化來對這些照 明設備111作控制，而處理單元112實際控制照明設備in 係依據一感測單元113所感測到的訊號來啟動這些照明設 ® 備111，其中該感測單元113包含有影像感測器或溫度感 測器，影像感測器可以對於現場先控制照明，而溫度感測 . 器是利用紅外線溫度偵測以自動點滅照明設備Hi。另外 、 處理單元112還可由一排程單元114來控制，排程單元114 此夠彈性規劃照明時程，特別是對各區域的尖峰時段開啟 照明設備111以供住戶使用。 參照圖四，電力系統12具有數電力設備121、一處理 鲁/ 單元122、一偵測單元123、一顯示單元124，該處理單元 122連接該偵測單元123,以取得各電力設備121的設備狀 況，並分析帛電度S，處理單幻22亦會接收中央監控資 料並進行分析，當分析後發現為異常狀況時會啟動警報單 疋自動顯示目前設備狀況’其中這些電力設備包括緊急發 電開關盤、市電t電盤、太陽能控制盤及自動切換開關 (ATS) ° 參照圖五，給排水系統13具有給排水設備13卜處理 單元132、偵測單元133、警報單元m及排程單元135， M350749 該處理單元132係依據偵測單元133可以測得各給排水設 備131的運轉狀況及水位，當水位過高或過低時處理單元 132便會啟動警報單元134告警，且偵測單元133偵測到 有人開啟水箱蓋時，處理單元132便會啟動警報單元134 產生一水箱蓋已被開啟的警報訊號，該給排水設備131係 分做上水、中水及下水等相關泵設備。 參照圖六，消防系統14具有一消防設備141、一處理 單元142、一偵測單元143、一排程單元144及一警報單元 145’該偵測單元143係偵測消防設備141運轉狀況和水位 高度’該處理單元142係連接該偵測單元143將消防設備 141的偵測值與設定好的進行判斷該偵測值是否異常，所 以消防系統14能夠監控消防設備141各類泵的狀態，且水 位及泡沫過高或過低時啟動警報單元145發出聲響，該處 理單元142亦連接排程單元144,以自動產生消防設備141 的維護通知，當消防設備141偵測到發生異常，，發出告 警音響及連接停止風機，以停止送排風設備防止災情蔓 延，其中消防設備包括有消防泵、灑水泵、連結泵、泡洙 泵及排煙機。 參照圖七，空調系統15具有一空調設備15ι、一處理 單兀152、一偵測單元153及一排程單元154，該偵測單元 153係感測空氣的品質及實施的溫度，該處理單元152係 連接偵測單元153將感測到的空氣品質及實施溫度與設定 好的數值進行判斷空氣品質的好壞及溫度的高低，以控制 空調設備151運轉雜況達到設定好的线品質及實施溫 M350749 簡單而且障礙少，為了使網路品質提升設有客戶頻寛管理 功能’能夠保持個體戶的高速上網樂趣。 整合式配線系統33係將語音、數據整合為單一線材， 可輕易改變宅内出線匣所提供的服務種類。 該電話網路系統34係依電信總局規定採用標準技術 規範施工’不僅障礙少而且雄修容易。 有線電視水平配線系統35係將各住戶配線箱佈放電 纜至各樓層電信結線箱與主幹線銜接，保持每一住戶的收 訊品質。 參照圖十五，資訊系統整合單元4〇具有一網際網路 41、内部網路42、告警平台43及社區網站44，係架構完 整大樓資訊給各住戶使用，並可以直接連線完成部份作業。 該網際網路（Internet)41係提供多功能會議室及社 區無線上網的功能》 該内部網路（Intranet)42係連接大樓内各重要系統 伺服器，且預留線路至各區域及各戶，且能夠進行大樓弱 電監控系統的使用，並設計有良好的防火牆，防止外部駭 客入侵" 該告警平台43係夠監控各系統主機，發生狀況時亦 會發出簡訊通知故障事故。 該社區網站44係為方便各住戶能夠快速得到各項相 關訊息所架設，社區網站44上具有社區活動看板、訊息交 流、相關開會訊息、社區介紹、住戶專屬功能及瓦斯填表 等服務社區内的住戶。 12 M350749 圖十一為本創作影像監控系統的方塊圖。 圖十二為本創作人行門禁系統的方塊圖。 圖十三為本創作車行管理系統的方塊圖。 圖十四為本創作通訊自動化單元的示意圖。 圖十五為本創作資訊系統整合單元的示意圖。 圖十六為本創作家庭自動化單元的示意圖。 圖十七為本創作家庭設備自動化系統的方塊圖。 【主要元件符號說明】 1 中央監控中心 2 顯示單元 10 大樓自動化單元 11 照明系統 111 照明設備 112 處理單元 113 感測單元 114 排程單元 12 電力系統 121 電力設備 122 處理單元 123 偵測單元 124 顯示單元 13 給排水系統 131 給排水設備 132 處i單元 133 偵測單元 134 警報單元 135 排程單元 14 消防系統 141 消防設備 142 處理單元 143 偵測單元 144 排程單元 145 警報單元 15 空調系統 151 空調設備 152 處理單元 153 偵測單元 154 排程單元 15 M350749 16 游泳池系統 162 處理單元 164 影像攝取單元 20 安全自動化單元 211 保全對講總機 2121影像擷取器 2131視訊顯示器 214 無線副機 216 數位廚房全能機 221 處理單元 223控制單元 225 感測單元 227 遠端控制系統 231 虹膜感測器 233 處理單元 235 控制單元 241 影像擷取器 243 紅外線感應器 245 資料庫 25 公共保全系統 27 傳輸單元 30 通訊自動化單元 32 網路系統 34 電話網路系統 游泳池設備 感測單元 傳輸單元 保全影視對講系統 門前對講機 住戶對講機 控制單元 浴室專用機 影像監控系統 攝影機 顯示單元 儲存單元 人行門禁系統 1C卡感應器 資料庫 車行管理系統 長距離感應器 處理單元 控制單元 緊急求救系統 電話總機系統 整合式配線系統 有線電視水平配線系統 M350749 40 資訊系統整合單元 41 網際網路 42 内部網路 43 告警平台 44 社區網站 50 家庭自動化單元 51 家庭設備自動化系統 511 智慧型家庭主機 512 家庭設備 513 遠端控制單元 514 網際網路 515 手機 52 多功能金融話機 53 家庭電話總機M350749 VIII. New description: [New technical field] This creation is about building monitoring system devices, especially a system device that integrates various devices and services of the building. [Prior Art] In addition to focusing on the four basic elements of structure, equipment, service, and management, modern residential houses need to think about the comfort, safety, and convenience of their daily lives for future residents. Both planning and acquisition will consider the future scalability and compatibility. In order to meet the above needs and to meet the future living environment of human e-life, it is imperative for modern community buildings. According to the general residential building, only the guards use the monitoring and management of the house. However, there are often some omissions in the management. From time to time, there are cases where the tenants are subjected to the emptying door. It can be seen that the fullness of the living is most needed to be obtained. Integrated management, it is difficult to improve management, although the above problems need to be improved. Therefore, the fresh-aged age or at least alleviate the problems encountered in the prior art. [New content] The above-mentioned technical problem of the lack of 2 is to solve the problem of the prior art, and to provide an old-fashioned miscellaneous shirt. The building multi-function monitoring system device comprises: a central supervisor M350749 control: heart, with display unit, and can be monitored and operated; a building automation unit is connected with the central monitoring center, the building automation unit can The data of the status of each equipment is transmitted back to the central monitoring center; the full automation unit is connected to the central monitoring center, which controls the entrance and exit of the building and monitors and monitors important areas of the building at any time; The automation unit is connected to the central monitoring center, and the communication automation unit has a unified structure for the relevant lines to facilitate maintenance; an information system integration unit is connected with the central monitoring center, and the information system integration unit is used for each Public resources and announcement of relevant information. Other objects, advantages, and novel features of the present invention will become more apparent from the following detailed description and the accompanying drawings. [Embodiment] The techniques, means and functions of the present invention are described in detail with reference to the accompanying drawings, which are for illustrative purposes only, and are not subject to such structures in patent applications. The limit. Referring to FIG. 1 , a block diagram of a multi-function monitoring system device of the creation building, the creation has a central monitoring center 1 , which is connected to a building automation unit 10 , a safety automation unit 20 , and a communication automation unit 30 . An information system integration unit 40 and a home automation unit 50, the data collected by the central monitoring center 1 is displayed on a display unit 2, wherein: Referring to Figure 2, the building automation unit 10 is a collection of various devices in the building. Management and monitoring and control of the use status of various devices, the building from M350749 * The mobilization unit 10 mainly comprises a lighting system 11, a power system 12, a water supply and drainage system 13, a fire protection system 14, an air conditioning system 15 and a swimming pool system 16, these devices Each piece of information is transmitted to the central monitoring center 1 for centralized monitoring by a transmission unit 17. Referring to FIG. 3, the illumination system has a plurality of illumination devices m. The illumination device 111 controls the illumination devices 111 according to changes in the environment by a processing unit H2, and the processing unit 112 actually controls the illumination devices in accordance with a sensing device. The signal sensed by the unit 113 activates the illumination device 111. The sensing unit 113 includes an image sensor or a temperature sensor, and the image sensor can control the illumination for the scene first, and the temperature sensing. The device uses infrared temperature detection to automatically extinguish the lighting device Hi. In addition, the processing unit 112 can also be controlled by a scheduling unit 114, which is flexible enough to plan the lighting schedule, in particular, to turn on the lighting device 111 for the residents to use during the peak period of each region. Referring to FIG. 4, the power system 12 has a plurality of power devices 121, a processing unit/unit 122, a detecting unit 123, and a display unit 124. The processing unit 122 is connected to the detecting unit 123 to obtain the devices of the power devices 121. The situation, and analysis of the power S, the processing of the single magic 22 will also receive the central monitoring data and analysis, when the analysis found that the abnormal situation will start the alarm list, automatically display the current equipment status 'where these power equipment including emergency power switch Disk, mains t electric disk, solar control panel and automatic switch (ATS) ° Referring to Figure 5, the water supply and drainage system 13 has a water supply and drainage device 13 processing unit 132, a detection unit 133, an alarm unit m and a scheduling unit 135, M350749 The processing unit 132 can detect the operating condition and the water level of each water supply and drainage device 131 according to the detecting unit 133. When the water level is too high or too low, the processing unit 132 activates the alarm of the alarm unit 134, and the detecting unit 133 detects that the person has detected When the water tank cover is opened, the processing unit 132 activates the alarm unit 134 to generate an alarm signal that the water tank cover has been opened, and the water supply and drainage device 131 Divided to Sheung Shui, water and sewage pumps and other related equipment. Referring to FIG. 6, the fire protection system 14 has a fire fighting device 141, a processing unit 142, a detecting unit 143, a scheduling unit 144, and an alarm unit 145'. The detecting unit 143 detects the operating condition and water level of the fire fighting device 141. The height of the processing unit 142 is connected to the detecting unit 143 to determine whether the detected value is abnormal by detecting the detected value of the fire fighting device 141, so that the fire fighting system 14 can monitor the state of each type of pump of the fire fighting device 141, and When the water level and the foam are too high or too low, the activation alarm unit 145 emits an alarm. The processing unit 142 is also connected to the scheduling unit 144 to automatically generate a maintenance notification of the fire protection device 141. When the fire protection device 141 detects an abnormality, an alarm is issued. The sound and connection stop the fan to stop the supply of air exhaust equipment to prevent the spread of the disaster. The fire-fighting equipment includes a fire pump, a sprinkler pump, a connection pump, a bubble pump and a smoke exhauster. Referring to FIG. 7 , the air conditioning system 15 has an air conditioning device 15 , a processing unit 152 , a detecting unit 153 , and a scheduling unit 154 . The detecting unit 153 senses the quality of the air and the implemented temperature. The 152 series connection detecting unit 153 determines the air quality and the temperature of the sensed air quality and the implemented temperature, and controls the air quality of the air conditioner 151 to achieve the set line quality and implementation. The temperature M350749 is simple and has few obstacles. In order to improve the quality of the network, it has the frequency management function of the customer's ability to maintain the high-speed Internet fun of the self-employed. The integrated wiring system 33 integrates voice and data into a single wire, which can easily change the type of service provided by the home outlet. The telephone network system 34 is constructed in accordance with the standards of the General Administration of Telecommunications using standard technical specifications, which are not only less obstructive but also easier to repair. The cable TV horizontal wiring system 35 connects the household distribution box discharge cables to the telecommunications junction boxes of each floor to connect with the main lines to maintain the reception quality of each household. Referring to FIG. 15, the information system integration unit 4 has an Internet 41, an internal network 42, an alarm platform 43, and a community website 44. The complete building information is used for each household, and can be directly connected to complete some operations. . The Internet 41 provides multi-functional conference rooms and community wireless Internet access. The Intranet 42 connects all important system servers in the building and reserves lines to all areas and households. It can also be used in the building's weak electricity monitoring system, and is designed with a good firewall to prevent external hackers from invading. The alarm platform 43 is capable of monitoring each system host, and will also send a short message to notify the fault when the situation occurs. The community website 44 is designed to facilitate the rapid establishment of various related information, and the community website 44 has community activity billboards, message exchanges, related meeting messages, community introductions, household-specific functions, and gas filling forms. Residents. 12 M350749 Figure 11 is a block diagram of the creative image monitoring system. Figure 12 is a block diagram of the author's access control system. Figure 13 is a block diagram of the creative vehicle management system. Figure 14 is a schematic diagram of the authoring communication automation unit. Figure 15 is a schematic diagram of the integration unit of the creation information system. Figure 16 is a schematic diagram of the author's home automation unit. Figure 17 is a block diagram of the authoring home automation system. [Main component symbol description] 1 Central monitoring center 2 Display unit 10 Building automation unit 11 Lighting system 111 Lighting device 112 Processing unit 113 Sensing unit 114 Scheduling unit 12 Power system 121 Power device 122 Processing unit 123 Detection unit 124 Display unit 13 Water supply and drainage system 131 Water supply and drainage equipment 132 i unit 133 detection unit 134 alarm unit 135 scheduling unit 14 fire protection system 141 fire protection equipment 142 processing unit 143 detection unit 144 scheduling unit 145 alarm unit 15 air conditioning system 151 air conditioning equipment 152 processing unit 153 Detection unit 154 Scheduling unit 15 M350749 16 Swimming pool system 162 Processing unit 164 Image capturing unit 20 Safety automation unit 211 Security intercom 2121 Image capturing device 2131 Video display 214 Wireless auxiliary machine 216 Digital kitchen versatile machine 221 Processing unit 223 Control unit 225 Sensing unit 227 Remote control system 231 Iris sensor 233 Processing unit 235 Control unit 241 Image picker 243 Infrared sensor 245 Data bank 25 Public security system 27 Transmission unit 30 Communication from Unit 32 Network System 34 Telephone Network System Swimming Pool Equipment Sensing Unit Transmission Unit Security Video Intercom System Door Front Interphone Household Interphone Control Unit Bathroom Dedicated Camera Image Monitoring System Camera Display Unit Storage Unit Pedestrian Access System 1C Card Sensor Library Line Management System Long Distance Sensor Processing Unit Control Unit Emergency System System Switchboard System Integrated Distribution System Cable TV Horizontal Distribution System M350749 40 Information System Integration Unit 41 Internet 42 Internal Network 43 Alarm Platform 44 Community Website 50 Home Automation Unit 51 Home Appliance Automation System 511 Smart Home Host 512 Home Device 513 Remote Control Unit 514 Internet 515 Mobile Phone 52 Multi-Function Financial Phone 53 Home Telephone Switchboard