200910830 九、發明說明： 【發明所屬之技術領域】 本發明是有關於-種建築物内之無線網路偵測鱼於 制方法’尤指-種除可增加無線網路於連結時之信號可^ 度外，亦可使該無線網路節點達到容易安裳與檢修之^力^ 者。 【先前技術】 。按，一般習用建築物内之無線網路_與控制方法係 才木用偵測器移動量測無線電波之接受與否，之後再利用 同的位置標示方法，設定網路分枝節點之安裝，而此類方 法無法在位置標示前同時間多個點作安裝，況且傳统上 3 _灿、r〇Uter所裝置的⑽只是作為電源、網路 連線狀態的表示，根本無法達到本方法在安裝維修時的方 更性’也無法用視覺或聽覺制安裝動作是否正確完成， 因此^有損壞需要檢修時，維修人員廿# 或聽縈她林人貝亚無法迅速以視覺 別㈣的節點進行維修；又該無線網路偵測器 路分枝節點不體，均與實際要安裝的網 全缺代夺〜同。所以偵測器量測到的結果並不能 、代表A際安裝節點的正確性。 【發明内容】 口此本發明之主要目的係在於，除可增加無線網路 200910830 於，結時之信號可靠度外，亦可使該無線網路節點達到容 易女裂與檢修之功效。 為達上述之目的，本發明係—種建築物内之無線網路 ㈣與控制方法，係於—建築物中固定網路裝置之位置， 该網路裝置至少包含有閘道器、 „ ., 服扣及區域網路協調 =並將網路裝置設置於建築物之網路出口端，使間道哭 ”夕卜部網路供應裝置連結；之後再取㈣個無線網路節 點’以不規則分佈設置於建築物中，各無線網路節點係分 別具有一傳接單元、一顯示單元及—電源單元，且各益線 網路節點係與區域網路協㈣相互連結，而各無線網路節 點之間亦相互連結。 【實施方式】 請參閱『第一圖n所千，总士於 一九 $ α』所不係本發明之第-實施方式 不忍圖。如圖所示：本發明—種建築物内之無線網_ 测與控制方法’除可增加無線網路於連結時之信號可靠 度外，亦可達到容易安裝與檢修之功效，其至 列步驟： δ卜 步驟-：於-建築物1中固定網路裝置2之位置， 5亥網路裝置2至少包含有閘道哭9 Ί 域網路協調器23。 21、飼服器22及區 步驟二：並將網路裝置2設置於建築物丄之網路出 口端，使間道器21與外部網路供應裝置3以有線或無 200910830200910830 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to a method for detecting a wireless network in a building, in particular, a signal that increases the wireless network when connected. In addition, the wireless network node can also be easily installed and repaired. [Prior Art]. According to the wireless network in the conventional building _ and the control method, the wood detector detects the acceptance of the radio wave, and then uses the same location indication method to set the installation of the network branch node. However, such methods cannot be installed at multiple points in the same time before the position is marked. Moreover, the traditional (3) device installed by 3_can and r〇Uter is only used as a representation of the power supply and network connection status, and the method cannot be achieved at all. The squareness of maintenance can't be done correctly by visual or auditory installation. Therefore, if there is damage and need to be repaired, the maintenance personnel 廿# or listen to her Lin Beiya can not quickly repair with the node of the visual (4) Moreover, the wireless network detector circuit branching node is inconspicuous, and both of them are completely lacking with the actual network to be installed. Therefore, the result measured by the detector does not represent the correctness of the node installed in the A. SUMMARY OF THE INVENTION The main purpose of the present invention is to increase the reliability of the wireless network 200910830 at the time of the junction, and to enable the wireless network node to achieve the effect of easy splitting and overhauling. For the purposes described above, the present invention is a wireless network (four) and control method in a building, which is located at a location in a building where a network device is fixed, the network device including at least a gateway, „. Service buckle and regional network coordination = and set the network device to the network exit end of the building, so that the inter-channel crying "Embane network supply device connection; then take (four) wireless network nodes 'distributed irregularly Set in the building, each wireless network node has a transmission unit, a display unit and a power supply unit, and each of the benefit network nodes is connected with the regional network association (4), and each wireless network node They are also connected to each other. [Embodiment] Please refer to the "first figure n thousand, the total number of ninth $ α" is not the first embodiment of the present invention. As shown in the figure: the present invention - a wireless network in a building _ measurement and control method - in addition to increasing the signal reliability of the wireless network when connected, can also achieve the effect of easy installation and maintenance, the steps to the column : δ 卜 Step -: At the location of the fixed network device 2 in the building 1, the 5H network device 2 includes at least a gateway crying 9 Ί domain network coordinator 23. 21. Feeding device 22 and area Step 2: Set the network device 2 to the network outlet of the building, so that the intercommunicator 21 and the external network supply device 3 are wired or not.
線傳輸之方式相連結，宜φ兮力L A 為光纖卜相路供麵置3係可 ，'、、先纖、ADSL或相關之頻寬提供路徑。 步驟三：取複數個益線 設置於诸魅u '、’、、路即點4 ’以不規則分佈 〇〇 夂 ，各無線網路節點4係分別具有—傕 久命姑早兀4 2 —電源單元4 3，其中 各…、線網路即點4之傳接單元4丄 網路通訊協定，各蛊裱噸路P ，、 ’、、' ig ee之無線 ,τ …、泉、‘同路即點4之顯示單元4 2係可 =-或蜂.，而各线網路節財係可料所 線品質之量測參數，其中該量 、 里心數至少可為信號（SS)、 位議，率(叫連線品質指標叫 無線區網鮮ANID)之上限或下限 4係與區域網路協調哭2 3 η*…線、、輯即點 月扣」JM恶線傳輪之方式相互連 、-，。，而各無線網路節點4之間亦相互連結。 而當各無線纟轉節點4於實際運料，係可利用盆 顯不單元4 2 (如：LED或蜂鳴哭箄）水主 八 ^ ^ 巧。°寻）來表現出信號強度、 仏就錯誤率（Bit Error Rate)、網路頻道數、或連社穩 定度，而可即時知道哪些無線網路節點4作號強；;、 足，讓施工者能迅速做-補強。例如：受到建筚^中 :壁11之阻隔時，可以馬上設置另-無線網路節點4 進行補強。 而當任何—個無線網路節點4損壞報修時，祕人 員可以用視覺或聽覺方法’迅速判別該損壞的無線網路 200910830 節點4進行修護，如此，即可以用安裝無線網路節點4 的目標物件直接反映網路聯結的好壞情況，不需先以偵 測儀器檢驗後才做安裝或維修。 請參閱『第二圖』所示，係本發明之第二實施方式 示意圖。如圖所示：另本發明除上述用以補強無線網路 於連結時之信號強度之外，亦可利用各無線網路節點4 配合多數偵測單元5進行建築物1中空間環境之變化， 如：溫度、濕度、壓力…等環境變化，而當偵測單元5 進行相關之偵測之後，係由各無線網路節點4將各偵測 單元5所測得之異常狀態利用網路裝置2及外部網路供 應裝置3連結至管理中心6 (如：住戶之行動電話、警 衛室、警察局、保全中心…等），藉以即時得知建築物1 中空間環境變化之偵測，並進而下達指令信號透過網路 裝置2及外部網路供應裝置3回饋至控制單元51做一處 理。 請參閱『第三圖』所示，網路節點4、偵測單元5以及控制單 元51之相互關係分別以以下幾種狀態呈現，如第3A圖所示，偵測 單元5及控制單元51係設置於網路節點4中，而以一整個模組呈 現。如第3B圖所示，控制單元51係設置於偵測單元5中，而其與 網路節點4透過有線方式相連接。如第3C圖所示，偵測單元5、 控制單元51以及網路節點4分別獨立設置於建築物内，而偵測單 元分別透過有線方式與網路節點4及控制單元51相連接；而控制 200910830 导7G亦以有線方式與網路節點4及镇測單元5相連接。 方二所述，本發明建築物内之無線網路偵測#制 方法’除可增加⑽網路於連結時之信號可靠/外= 可使竭網路節點達到容易安裝與 使本發明之產生能更進步用 力政進而 需’確已符合發明專利申咬3 π合使用者之所 請。 相申4之要件，爰依法提出專利申 之較佳實施例而已，當 ，故，凡依本發明申請 之間單的等效變化與修 範圍内。 惟以上所述者，僅為本發明 不能以此限定本發明實施之範園 專利範圍及發明說明書内容所作 飾，皆應仍屬本發明專利涵蓋之 【圖式簡單說明】 —實施方式示意圖 二實施方式示意圖 第一圖，係本發明之第 第二圖，係本發明之第 【主要元件符號說明】 建築物1 牆壁1 1 網路裝置2 閘道器2 1 伺服器2 2 Q域網路協調器2 3 外部網路供應襞置3 200910830 無線網路節點4 傳接單元4 1 顯示單元4 2 電源單元4 3 偵測單元5 控制單元5 1 管理中心6The mode of line transmission is connected. It is better to use φ兮力L A for the fiber optic phase channel to provide 3 channels, ',, fiber, ADSL or related bandwidth to provide a path. Step 3: Take a plurality of benefit lines set in Zhumeiu ', ', and the road is 4' in an irregular distribution. Each wireless network node 4 has -傕久命姑早兀4 2 — The power supply unit 4 3, wherein each of the lines, the line network, the point 4, the communication unit 4, the network communication protocol, the wireless channels of each of the x ton roads P, ', ', ig ee, τ ..., spring, 'the same The display unit 4 2 of the road point 4 can be =- or bee., and each line network financial system can measure the quality of the line quality, wherein the quantity and the number of cores can be at least a signal (SS), Position, rate (called the connection quality indicator called wireless area network fresh ANID) upper or lower limit 4 series and regional network coordination cry 2 3 η * ... line, the series is the month buckle" JM bad line way Interconnected, -,. And each wireless network node 4 is also connected to each other. When the wireless switching node 4 is actually transporting the material, the basin can display the unit 4 (such as: LED or buzzing). °See) to show the signal strength, the Bit Error Rate, the number of network channels, or the stability of the company, and instantly know which wireless network nodes 4 are strong;;, feet, let construction Can do it quickly - reinforcement. For example, when the wall 11 is blocked, you can immediately set up another wireless network node 4 for reinforcement. When any wireless network node 4 is damaged for repair, the secret personnel can use the visual or audible method to quickly identify the damaged wireless network 200910830 node 4 for repair, so that the wireless network node 4 can be installed. The target object directly reflects the quality of the network connection, and does not need to be installed or repaired by the inspection instrument. Referring to the "second drawing", it is a schematic view of a second embodiment of the present invention. As shown in the figure: in addition to the above-mentioned signal strength for reinforcing the wireless network when connecting, the wireless network node 4 can cooperate with the majority of the detecting unit 5 to change the space environment in the building 1. For example, environmental changes such as temperature, humidity, pressure, etc., and after the detecting unit 5 performs the related detection, the wireless network node 4 uses the abnormal state measured by each detecting unit 5 to utilize the network device 2 And the external network supply device 3 is connected to the management center 6 (eg, the mobile phone of the resident, the guard room, the police station, the security center, etc.), so as to immediately detect the change of the space environment in the building 1, and then release The command signal is fed back to the control unit 51 through the network device 2 and the external network supply device 3 for processing. Referring to the third diagram, the relationship between the network node 4, the detecting unit 5, and the control unit 51 is respectively presented in the following states. As shown in FIG. 3A, the detecting unit 5 and the control unit 51 are It is set in the network node 4 and presented in an entire module. As shown in Fig. 3B, the control unit 51 is disposed in the detecting unit 5, and is connected to the network node 4 by wire. As shown in FIG. 3C, the detecting unit 5, the control unit 51, and the network node 4 are separately disposed in the building, and the detecting unit is respectively connected to the network node 4 and the control unit 51 by wire; 200910830 The 7G is also connected to the network node 4 and the metrology unit 5 in a wired manner. As described in the second aspect, the wireless network detection method in the building of the present invention can increase (10) the reliability of the signal when the network is connected/outer = the network node can be easily installed and the invention can be generated. Being able to make more progress and use the power and then need to 'have met the requirements of the invention patent. In accordance with the requirements of Phase 4, the preferred embodiment of the patent application is filed according to law, and therefore, the equivalent variation and repair range between the applications according to the present invention. However, the above description is only for the purpose of the present invention, which is not limited to the scope of the patent scope and the description of the invention described in the present invention, and should still be covered by the patent of the present invention. MODE FOR CARRYING OUT THE INVENTION The first figure is the second figure of the present invention, which is the first part of the present invention. [Main component symbol description] Building 1 Wall 1 1 Network device 2 Gateway 2 1 Server 2 2 Q domain network coordination 2 2 external network supply device 3 200910830 wireless network node 4 transmission unit 4 1 display unit 4 2 power unit 4 3 detection unit 5 control unit 5 1 management center 6