200921446 九、發明說明： 【發明所屬之技術領域】 本發明係關於牙戴式裝置，尤指—種即時監控環境、 可查詢遠端伺服器内的資料，及接收專家的影音訊號，令 使用者可順利完成工作的穿戴式裝置。 【先前技術】 f 按，現今社會的工作型態，人們顯少獨自完成設計、 製程、管理進度及檢查…等工作流程，而是將工作層面分 為官理導向與技術導向兩大部份，且就各該導向之内容細 ㈣許多環結（如：管理、製程及檢查...等），並依照各該 %結之職務内容，任用不同的人員去執行。 基於前述的原因，及為達成更高的工作效率，掌者依 分工方式’開發出許多電子裝置 印機及桌上型電腦…等)與移動 2裝置‘個人數位助麵、筆記型電腦及錄音筆... 子二:?□上，工方式之進行。然而’其中大多數的電 子f皆疋固定安裝在室内（辦公室或機房），而與在戶外 工作的使崎目隔—段雜，因此，若制者 子裝置時，往往需暫停目前的工作 電 等電子裝置的位置前，才能操作到該等電内置放該 用者耗餅多錢戶外與㈣兩地科間。、成使 又’使用者雖可隨身攜帶前述的移祕 使用者欲縣鄉鱗财置，且 、仁右 時，使用者勢必需要放下手中之工旦、 持有工具 /、才仔以操作該移動 200921446 終端裝置的各項魏，使得―些需要高度警戒（如： 盤問嫌犯）或需要詳細比對資料的使用者(如 ^ t員或監卫人員），需藉由其他人力的協助，或並 下手中的卫具後’才能操作該移祕端|置，如此 ^成操作上的不便，亦將直接影_特定°使用者 .呆全人員...等）之安全性，故，如何令使用 r 戶外時，而可操作或使用某些設置在室内的電子裝 置，將是業者亟欲解決的問題。 【發明内容】 置在室内或不在使用者身旁的電子裝置，並 「法戶外工作的使用者便利的操作方式，而無法 ，到輔助使用者工作的問題，發明人經過長久努力研究盘 貫驗，終於開發設計出本發明之監控環境、提供資料麵 及專家指導的穿戴式裝置，_藉由本發明之問世，= Τ 一種域紅作方式，並制者缺有料的進料 項工作。 本發明之第-目的，係提供—種監控環境 ^詢及專家指騎錢式裝置，㈣航裝置包括 杈組、一攝影模組、一感測模組(Sens0r)、_顯示模组 (D1Splay)、一收音模組、—播音模組、一儲存模組、一 無線模組及-巾央㈣池，其+料紐侧_可接 收各該模組所輸入之訊號’並根據使用者之操作（如按 鍵操作、語音操作…等）所選擇之功能（如：健存、顯示、 傳送···等），將各該訊號輸出至相對應的模組。當使用者需 200921446 查詢資料時，可利用該無線模組登入網路，而與遠端之一 舰器連接，並將由該伺服器所接收之資料顯示於該顯示 模組，供使用者查閱，#，該裝置可利用該感測模組 (Sensor )、收音模組及播音做接收使財所在環境的即 時資料’並透過該無線模組傳送至勤務中心的伺服器予以 儲存’又’職置將各種資料於該儲存模組内儲存，或自 該儲存模組内提取資料’並顯示於該顯示模組，如此，使 用者藉由該穿戴核置，即料綠下钟工具或暫停工 作’亦不f額外耗費時馳_務資料或_ 務，便=實行1作時，㈣透過各該模組所提供二= 以進仃柳連線、儲存或讀取職務資料、快速回報工作内 容或_工作環境，並㈣得啦作支援。 X之第二目的’係可提高使用者之危機處理能 式裝=務^ (如·警察、保全人員...等）穿著該穿戴 工、執仃勤務時’該無線模組會自動傳送—全軸星定 ⑽）訊號，傳送勤務人員目前人、時及地之訊息， :=無Ϊ模組與勤務中心連線之狀態，以供勤務人員 :〃收音及播音·接收命令細 =:人員保持聯繫，且該裝置會啟動攝影模心 存於該儲存模組内該值勤即時影像資料儲 、 或透過該無線模組登入遠端網路，將 =:時資料儲存於-饲服器内，如此，勤務中心人員 1 絡勤務人員，並掌_務人員的行蹤及目前狀 P勤務人M亦可在執行勤務時，-方时持搶或棍 200921446 以保持高度警戒，另一方面同時與勤務中心的人員聯絡’ =過網路查詢所需資料，故，可增加特定使用者(如: ，察、保全人員·.·等）工作之安全性。 本發明之第三目的，係可使工作流程透明化，當使用 ==式裳置執行工作時，透過攝影模組拍攝使用 、、/、物之即時影冑’並將當前即時影像，透過無線 舰器，贿驗人貞能透麟錬器觀看到 fP μ像，猎以瞭解細者目前駐作狀況。另，該即 7像可被儲存在_服_，雜監控人胃觸即時影 本刺之細目的，若伽者鱗…該制者可夢 目;= 顧:教學，該使用者利用攝影模組拍攝其 /』的_谷’並透線额傳送至遠_路，供遠 知學貝觀看’並可彻收音或播音模組進行講解， 2學員問^若使用者為學Μ，該使用者可透過無‘ 、、且傳送被攝純婦攝下麵晝面，並_收音及播音 組’接交遠端講師之指導，以完成目前之卫作，且該 用者皆可利用儲存模組儲存其側錄内容， 後Λ 範實錄，供其他學員觀看與學習。 為曰後的不 1 貴審查委員能對本發明目的、技術特徵及其功 效’做更進—步之認識與瞭解，_實施取 細說明如下： 八评 【實施方式】 本發明係-種監控環境、提供資料查詢及專家指導的 200921446 牙戴式裝置，請參閱第1圖所示，係包括一帽體、—電 源模組11、一攝影模組12、一感測模組13、一顯示模組 14、收音模組15、一播音模組16、一儲存模組η、— 無線模組18及一中央控制模組19，在本發明中，各該模 組分別具有下列之功能： • 卜電源她11 :當穿戴式裝置1被啟動後，該電源模組 11可提供各該模組所需電源，且可藉由外部的電源 , (如：太陽能蓄電板、電池或市電）補充電力； 2、 中央控制模組19 (如：微處理器）：可接收各該模組所 輸入之訊號，並根據使用者之操作（如：按鍵操作、語 音操作…等）所選擇之功能（如：儲存、顯示、傳送… 4) ’將各該訊號輸出至相對應的模組； 3、 無線模組18 (如：無線網卡、藍芽及行動電話..等）： 该無線模組18係可登人遠端之_網路，並與該網路内 的:遠端飼服器建立-資訊通道，又，該無線模組18 ◦ 可藉由通信網路與另一通信裝置相連線，並供使用者與 另使用者進行通話，亦可傳送一全球衛星定位訊號至 飼服器内’該全球衛星定位訊號並能被儲存在該飼服 器； 4、攝影模組12 (如：攝影鏡頭）：可拍攝使用者當前之即 ~影像’且將該即時影像轉換為一影像訊號，並根據使 用ί選擇之魏’騎錄影、拍照及更改鏡頭方向與焦 距等作業程序，並能透過該無線模組18，傳送該影像 喊到該遠端飼服器内予以儲存，而由該遠端伺服器將 200921446 該影像訊號儲存為另一影像訊號； 5、 感測模組13 (如：溫度計、濕度計、氣體感測器…等）： 測量使用者所在環境之溫度、濕度及空氣物質（如：油 氣、甲烷及氯氣…等）濃度，且將測量後之數值轉換為 一參數值訊號，並能透過該無線模組18，將該參數值 訊號傳送到該遠端伺服器内，並予以儲存為另一參數值 訊號； 6、 顯示模組14 (如：鏡片型顯示器）：可根據使用者選擇 之功能，分別顯示該攝影模組12當前之影像訊號、該 感測模組13所測量之參數值訊號，及該遠端伺服器内 儲存的另一影像訊號或另一參數值訊號…等； 7、 收音模組15 (如：麥克風）：可接收使用者或周遭環境 之聲音，且將其收取到的聲音轉換為一聲音訊號，並根 據使用者選擇，透過該無線模組18，將該聲音訊號傳 送到該遠端伺服器，並儲存在該遠端伺服器内作為另一 聲音訊號； 8、 播音模組16 (如：耳機）：可播放聲音訊號及錄音訊號； 及 9、 儲存模組π (如··記憶體、硬碟及磁帶…等）：儲存來 自该影像訊號、另一影像訊號、聲音訊號、另一聲音訊 號、參數值訊號及另一參數值訊號。 在本發明之一實施例，請參閱第丨及3圖所示，該穿戴 式裝置1係將各該模組整合於帽體1〇,其中該攝影模組12 與該顯不模組14連接，使得該顯示模組14能直接播放該 200921446 攝影模組12所擷取之晝面，供使 细17命益相λ 使用者觀看’另’該儲存模 、，且17與無線模組18分別皆斑續摄旦彡伊 、该攝衫杈組12、顯示模組 收曰权、、且15及播音模組16連接在一起，故，各該模 =訊號即可直接存入該儲存模組17内，各該模組亦可直 =或接收來自該無線模幻8之資料，又，該電源模組 11尚與-太陽能蓄電板20相連接，當該穿戴式裝置1被 該使用者啟動時，該電源模㈣係提供各該模組所需之工 作電力’並藉由該太陽能蓄電板20以補充電力，使該穿戴 ^褒置1形成-電力循環，並延長該穿戴式裝幻之使用 柃間。再者，該無線模組18會自動搜尋並接收外界的衛星 訊號，並對該衛星訊號進行處理，用以分析出目前該使用 ，之位置，再產生—全球魅定位訊號，並將該全球衛星 定位訊號傳送至監控中心的一遠端伺服器内，以供監控中 心的人員能掌握該使用者的人、時及地之資訊，並以此作 為工作時間之依據。 *若使用者為-工場監卫為例’請參閱第丨及4圖所示， 當該使用者在執行勤務’且欲調閱一設計圖時，使用者可 依下列的步驟，操作該穿戴式裝置卜以完成調閱該設計 圖的作業： (400)该使用者對該收音模組15發出對應操作的聲音， 令该收音模組15接收到對應的語音訊號，則該收 音模組15將該語音訊號傳送到該中央控制模組 19，該中央控制模組19對該語音訊號進行處理， 並執行對應的控制命令，使得該中央控制模組19 200921446 傳送對應該控制命令的一 14 > ^ 控制汛號至顯不模組 使用者:摆：莫組14顯示一主功能選單’以供該 者k擇该主功能選單上之選項. (401)當該使用者發 、’ 以师* 物祕該主功能選單的聲音，用 1 該主功錢單上之「顯示資料」選項時， 單則再出現「選擇顯示資料來源」的另 402 用者發出選擇遠端飼服器内之設計圖槽案的聲 由該收音模組15接收到對應的語音訊 ^、’_钟央控麵組19進行處理，用以 的登入命令，該中央控制模組19根據該 a h 4牙戴絲置1透過該無線模組18 :入，遠端網路’並經由該遠端網路，而與架構 而觀内的—監控中心之遠端祠服器連 線，網，由該遠端伺服器傳回-連線成功訊號’予 該無線模組18 ; (403) ^穿戴式裝置丨透過該無線模組18接收到該連線 成功訊號後，再發出―要求列表訊號，傾遠端伺 服-崎該遠端飼服器經由該遠端網路與無線模 組18傳回一槽案列表訊號，該無線模組18直接將 猶案列表訊號，再傳送至與其相連接之顯示模組 14上，該顯示模组14即對該職列表訊號進行處 並’、’、員不而自_表’用以供該使用者進行選取 12 200921446 (404 )當該使用者發出選擇該檔案列表中的—設計圖槽案 之聲音如，將由該收音模組15接收到對應的語音 訊號，並傳送到該中央控制模組19進行處理，用 以執行對應的開啟命令，明，該中央控纖組傳送 開啟訊5虎予該無線模組18，再由該無線模組Μ 接收該遠端飼服器發出的該設計圖檔案，並將該設 計圖檔案直接顯示於顯示模組14上，該使用者即 可依自己需求對該設計圖播案進行後續的處理（例 如.儲存、發送郵件…等功能）。 如此’當該使用者穿著該穿戴式裝置1執行勤務時，即 能-邊比對設制-邊施卫，柯緣下手巾卫具或暫停 工作，另行查閱設計圖，另，當使用者在實行工作時^ 即時透過各賴組所提供之魏，以進行遠端連線、儲存 或讀取職務資料，不需額外耗f時間檢閱職務資料或回辦 公室洽詢事務’並可快速回報讀内容或_卫作環境， 並即時得到工作支援。 在本發明之另一實施例中，請參閱第2及3圖所示，其 中"亥牙戴式裝置1係將攝影模組12、收音模組15、播音模 組16、無線模組18及中央控制模組19整合於該帽體w 上，另，该感測模組13、顯示模組14、儲存模組17係分 別與該無線模組18連接，若以使用者為一警察為例，當該 使用者啟動該電源模組U時，該無線模組18將經由該網 路與-通信終端21 (如：行動電話）連接，該無線模組18 會透過該通鱗端21與勤務中如-遠购服器進行連 13 200921446 線’且建立一可互相傳輸及接收資料之資訊通道，並自動 啟動影音記錄之功能，故，該攝影模組12及收音模組15 可將所擷取之當前影音，並轉換為相對應之影像訊號及聲 音訊號後，該影像訊號及聲音訊號經由無線模組18轉送到 5亥通彳§終端21，並經由該資訊通道傳送至勤務中心的飼服 器内’令勤務中心的人員能夠即時觀看該使用者之勤務情 形。又，該穿戴式裝置1在該通信終端21與網路間，建立 一通信通道，令該通信終端21保持該通信網路與勤務中心 的連線狀態’供該使用者可隨時利用該收音模組15與該播 音模組16，與勤務中心的人員通話，以提高該使用者在執 行勤務上的安全性。 在此特別一提者，上述該等實施例之功能操作並不僅侷 限於語音操作’使时亦可使科手操作之-觸碰面板22 j如第3圖所示）以傳送一控制命令予中央控制模組， 當該觸碰面板22被使用者觸碰後，會產生不同的觸控訊 號，該等觸控訊號被傳送至該中央控制模組19進行處理 後，該中央控制模組19即產生對應該等觸控訊號之命令訊 號’並將該等命令喊傳送至相對應的模組，用以執行對 應的各種命令’另，當其他人員料該使用者進行職務要 求（如：電子郵件、視訊及傳送檔案…等）時，可利用其 他電子農置發出與f進行之要求補應的要求訊號，予該 穿戴式裝置1，該無線模組18接收到不同的要求訊號，= 接將該等要求訊號轉送至該中央控制模組19，該中央控制 模组19即會娜該等要求峨產生補狀絲訊^並 14 200921446 直接顯示該等要求訊息於顯示模組14上，供使用者選擇是 否進行該等要求，再者’本發明在實際實施時，該電源模 組11、感測模組13、儲存模組π係可被分別整合於帽體 10上，供使用者使用。 按，以上所述，僅係本發明之較佳實施例，惟，本發 明所主張之權利範圍，並不侷限於此，按凡熟悉該項技藝 人士，依據本發明所揭露之技術内容，可輕易思及之等效 變化，均應屬不脫離本發明之保護範疇。 f 【圖式簡單說明】 第1圖所示乃穿戴式裝置之一實施例方塊圖； 第2圖所示乃穿戴式裝置之另一實施例方塊圖； 第3圖所示乃穿戴式裝置之示意圖；及 第4圖所示乃穿戴式裝置之一運作流程圖。 【主要元件符號說明】 穿戴式裝置 ...... 1 帽體 ......10 電源模、纟且 ..... 11 攝影模組 ·····* 1 c\ 感測握έ日 lc5 顯示模組 ......14 收音模組 ...... 15 播音模組 ......lfi 儲存模組 17 無線模組 A U ..….18 ......2Π 中央控制模組...... 19 太陽能蓄電板 通信終端 ...... 21 觸碰面板 ......22 15200921446 IX. Description of the invention: [Technical field of the invention] The present invention relates to a dental device, in particular to an instant monitoring environment, which can query data in a remote server, and receive audio and video signals of an expert, so that the user A wearable device that can successfully complete work. [Previous technology] f According to the current work style of society, people rarely complete the workflow of design, process, management progress and inspection, etc., but divide the work level into two parts: the official orientation and the technical orientation. And in the content of each of the guides (4) a lot of loops (such as: management, process and inspection, etc.), and according to the content of each of the % of the job, let a different person to perform. Based on the above reasons, and in order to achieve higher work efficiency, the palms have developed a number of electronic device printers and desktop computers, etc., and mobile 2 devices, personal digital assistants, notebook computers and recordings. Pen... Sub 2:? □ On, the way of work. However, most of the electronic f are fixedly installed indoors (office or computer room), and are separated from the outdoor work. Therefore, if the device is installed, it is often necessary to suspend the current working electricity. Before the location of the electronic device, it is possible to operate the built-in consumer to consume more money for outdoor use and (4) between the two departments. However, the user can carry the aforementioned secret users to the county township, and when the right is right, the user is bound to put down the work of the hand, holding the tool /, to operate the Mobile 200921446 terminal devices, such that some users who need high alert (such as: cross-examine suspects) or users who need detailed comparison data (such as ^ staff or guards) need to be assisted by other human resources, or And after the protector in the lower hand, you can operate the secret end | set, so the operation is inconvenient, it will also directly affect the safety of the user, the whole person, etc., so how When using r outdoor, it is a problem that the operator is trying to solve by operating or using some electronic devices that are set indoors. SUMMARY OF THE INVENTION The electronic device placed indoors or not beside the user, and "the method of convenient operation of the user working outdoors, but not the problem of assisting the user to work, the inventor has worked hard for a long time to study the test Finally, the wearable device for designing the monitoring environment, the data surface and the expert guidance of the present invention is finally developed, _ by the advent of the present invention, = Τ a domain red work mode, and the manufacturer lacks the material feed work. The first purpose is to provide a monitoring environment and the expert refers to the riding device. (4) The navigation device includes a group, a camera module, a sensing module (Sens0r), and a display module (D1Splay). a radio module, a broadcast module, a storage module, a wireless module, and a central (four) pool, the + button side _ can receive the signal input by each module ' and according to the user's operation ( For functions such as key operation, voice operation, etc. (such as: health, display, transmission, etc.), each signal is output to the corresponding module. When the user needs 200921446 to query the data, Use this wireless The group logs into the network and connects with one of the remote vessels, and displays the data received by the server on the display module for the user to consult, #, the device can utilize the sensing module (Sensor) And the audio module and the broadcaster are used to receive the real-time data of the environment in which the money is located and transmitted to the server of the service center through the wireless module for storage. The user also stores various data in the storage module, or from the storage module. The data is extracted from the storage module and displayed on the display module. Thus, if the user sets the device by the wearer, the green clock tool or the pause operation is not used. (when the implementation of 1 work, (4) through the two modules provided by the module = to join the Liulian line, store or read job information, quickly return work content or _ work environment, and (4) get support. X of the The purpose of the second purpose is to improve the user's crisis handling. The service ^ (such as · police, security personnel, etc.) when wearing the wearer, performing duties, the wireless module will automatically transmit - full-axis Set (10)) signal, transmit service personnel currently Time and place information, :=The status of the connection between the innocent module and the service center, for the service personnel: 〃 radio and broadcast · receiving command fine =: the person keeps in touch, and the device will start the photography model in the The real-time image data stored in the storage module or the remote network is accessed through the wireless module, and the data of the =: time is stored in the -feeding device, so that the service center personnel 1 network service personnel, and The whereabouts of the personnel and the current status of the service staff M can also be used during the execution of the service, and the time is to grab or stick to the 200921446 to maintain a high degree of alert, and on the other hand, to contact the staff of the service center. Therefore, the safety of the work of a specific user (eg, inspection, security personnel, etc.) can be increased. The third object of the present invention is to make the workflow transparent, when using the == style to perform work Through the camera module to shoot, use, /, the real-time impact of the object 'and the current real-time image, through the wireless ship, briber inspection, can see the fP μ image through the device, hunting to understand the current resident The situation. In addition, the 7-image can be stored in the _ service _, the miscellaneous monitoring of the human stomach touches the shadow of the instant thorn, if the gamma scale... the system can dream; = Gu: teaching, the user uses the photographic module Take a picture of its / _ 谷 谷 and pass the line to the far _ road for the distance to learn to watch the ' and can listen to the radio or broadcast module to explain, 2 students ask ^ if the user is a student, the user Through the absence of , and the transmission of the pure woman to take the picture below, and the _ radio and broadcast group 'take the guidance of the remote lecturer to complete the current security, and the user can use the storage module to store The content of the side is recorded, and the record is recorded for other students to watch and learn. For the sake of the future, the review committee can make a more advanced understanding and understanding of the purpose, technical features and efficacy of the present invention. The implementation details are as follows: Eight evaluations [embodiment] The present invention is a monitoring environment. The 200921446 dental device with data query and expert guidance, as shown in Figure 1, includes a cap, a power module 11, a camera module 12, a sensing module 13, and a display module. The group 14, the sound module 15, the sound module 16, a storage module η, the wireless module 18 and a central control module 19, in the present invention, each of the modules has the following functions: Power supply 11: When the wearable device 1 is activated, the power module 11 can supply power required for each module, and can be supplemented by an external power source (such as a solar energy storage panel, a battery or a utility); 2. The central control module 19 (eg, microprocessor): can receive the signals input by each module and select functions according to the user's operation (such as: button operation, voice operation, etc.) (eg: Save, display, transfer... 4) 'will The signal is output to the corresponding module; 3. The wireless module 18 (such as: wireless network card, Bluetooth and mobile phone, etc.): The wireless module 18 can be accessed by the remote network. In the network, the remote feeder establishes an information channel, and the wireless module 18 can be connected to another communication device through a communication network, and the user can talk to another user. A global satellite positioning signal can also be transmitted to the feeding device. The global satellite positioning signal can be stored in the feeding device. 4. The photography module 12 (eg, a photographic lens): the current user can be photographed~ The image 'converts the instant image into an image signal, and according to the use of ί, the selection of the program of video recording, photographing, and changing the lens direction and focal length, and transmitting the image through the wireless module 18 The remote feeding device stores the image signal, and the remote server stores the image signal of 200921446 as another image signal; 5. The sensing module 13 (eg, thermometer, hygrometer, gas sensor, etc.) : Measuring the temperature and humidity of the user's environment And the concentration of airborne substances (eg, oil, gas, methane, chlorine, etc.), and converting the measured value into a parameter value signal, and transmitting the parameter value signal to the remote servo through the wireless module 18 The device is stored as another parameter value signal; 6. The display module 14 (eg, a lens type display): the current image signal of the camera module 12 can be respectively displayed according to the function selected by the user, and the sensing is performed. The parameter value signal measured by the module 13 and another image signal or another parameter value signal stored in the remote server, etc.; 7. The radio module 15 (eg, microphone): can receive the user or the surrounding The sound of the environment, and the sound received by the sound is converted into an audio signal, and the audio signal is transmitted to the remote server through the wireless module 18 according to the user's selection, and stored in the remote server. As another audio signal; 8, broadcast module 16 (such as: headphones): can play audio signals and recording signals; and 9, storage module π (such as memory, hard disk and tape, etc.): storage Come The video signal, the other video signal, audio signal, another sound information number, the parameter value signal and the other signal parameters. In an embodiment of the present invention, as shown in FIGS. 3 and 3, the wearable device 1 integrates each of the modules into a cap body 1 , wherein the camera module 12 is connected to the display module 14 . The display module 14 can directly play the captured surface of the 200921446 photography module 12, so that the user can watch the 'other' of the storage module, and 17 and the wireless module 18 respectively All the modulo = signal and the broadcast module 16 are connected together, so that each mode = signal can be directly stored in the storage module. In the 17th, each module can also directly or receive the data from the wireless phantom 8 , and the power module 11 is still connected to the solar power storage board 20 when the wearable device 1 is activated by the user. The power module (4) provides the working power required for each module and supplements the power by the solar energy storage panel 20 to form a power cycle and extend the wearable Use the daytime. Moreover, the wireless module 18 automatically searches for and receives the satellite signal of the outside world, and processes the satellite signal to analyze the current location of the use, and then generate a global enchantment signal, and the global satellite The positioning signal is transmitted to a remote server of the monitoring center, so that the personnel of the monitoring center can grasp the information of the user, the time and the place, and use this as the basis for the working time. *If the user is - the factory supervisor as an example - please refer to the figures 4 and 4, when the user is performing the service' and wants to access a design, the user can operate the wear according to the following steps The device is configured to perform the operation of accessing the design: (400) the user sends a corresponding operation sound to the sound receiving module 15, and the sound receiving module 15 receives the corresponding voice signal, and the sound receiving module 15 The voice signal is transmitted to the central control module 19, and the central control module 19 processes the voice signal and executes a corresponding control command, so that the central control module 19 200921446 transmits a 14 > corresponding to the control command. ; ^ Control nickname to display module user: pendulum: Mo group 14 displays a main function menu 'for the person to choose the option on the main function menu. (401) When the user sends, 'Yes * The secret of the main function menu, when using the "display data" option on the main function bill, the other 402 users who select "display data source" will be selected to select the remote feeding device. The sound of the design trough case is determined by the radio mode 15 receiving the corresponding voice message, the '_clock control panel group 19 for processing, for the login command, the central control module 19 according to the ah 4 tooth set 1 through the wireless module 18: The remote network is connected to the remote server of the monitoring center via the remote network, and the network is returned by the remote server - the connection success signal is given to the remote network The wireless module 18; (403) ^ the wearable device receives the connection success signal through the wireless module 18, and then sends a "request list signal", and the remote servo-saki remote feed device passes the far The terminal network and the wireless module 18 transmit back a slot list signal, and the wireless module 18 directly transmits the still list signal to the display module 14 connected thereto, and the display module 14 The list signal is carried out and ', ', the member is not from the table _ for the user to select 12 200921446 (404) when the user sends a selection of the file list - the design of the sound of the case, will be The receiving module 15 receives the corresponding voice signal and transmits it to the central control module. The processing is performed to execute the corresponding open command. The central control fiber group transmits the open signal to the wireless module 18, and the wireless module 接收 receives the design of the remote feeding device. The file is displayed on the display module 14 directly, and the user can perform subsequent processing (for example, storing, sending mail, etc.) on the design map according to his own needs. Thus, when the user wears the wearable device 1 to perform the service, the user can perform the side-by-side comparison, and the side protects the handguards or suspend the work, and separately consults the design drawing. When you are working, you can use the Wei provided by each group to connect, store or read job information at a remote location. You don't need to spend extra time to review job information or go back to the office to consult the transaction' and quickly report the content. Or _ for the environment, and get immediate job support. In another embodiment of the present invention, please refer to FIGS. 2 and 3, wherein the "Hear-to-wear device 1 is a camera module 12, a radio module 15, a broadcast module 16, and a wireless module 18. The central control module 19 is integrated on the cap body w. The sensing module 13, the display module 14, and the storage module 17 are respectively connected to the wireless module 18, and the user is a police officer. For example, when the user activates the power module U, the wireless module 18 will be connected to the communication terminal 21 (eg, a mobile phone) via the network, and the wireless module 18 will pass through the channel end 21 In the service, the camera module 12 and the radio module 15 can be used to establish a communication channel for transmitting and receiving data to each other and automatically activate the video recording function. After the current video is captured and converted into the corresponding video signal and audio signal, the image signal and the audio signal are transmitted to the 5H 彳 terminal 21 via the wireless module 18, and transmitted to the service center via the information channel. Inside the feeding machine, the staff of the service center can watch it instantly. The service user shaped case. Moreover, the wearable device 1 establishes a communication channel between the communication terminal 21 and the network, so that the communication terminal 21 maintains the connection state of the communication network and the service center for the user to utilize the radio mode at any time. The group 15 and the broadcast module 16 talk to the personnel of the service center to improve the security of the user in performing the service. In particular, the functional operation of the above embodiments is not limited to the voice operation 'when the operator can operate the touch panel 22j as shown in FIG. 3 to transmit a control command. The central control module, when the touch panel 22 is touched by the user, generates different touch signals. After the touch signals are transmitted to the central control module 19 for processing, the central control module 19 That is, a command signal corresponding to the touch signal is generated and transmitted to the corresponding module for executing the corresponding commands. In addition, when other personnel expect the user to perform job requirements (eg, electronic In the case of e-mail, video, and transmission of files, etc., other electronic farms can use the request signal for replenishment with f, for the wearable device 1, the wireless module 18 receives different request signals, = The request signal is forwarded to the central control module 19, and the central control module 19 will request the complementary information to be generated and 14 200921446 directly display the request information on the display module 14 for user In the actual implementation, the power module 11, the sensing module 13, and the storage module π can be integrated on the cap 10 for use by the user. The above is only the preferred embodiment of the present invention, but the scope of the claims of the present invention is not limited thereto, and according to those skilled in the art, according to the technical content disclosed in the present invention, Equivalent changes that are easily considered are within the scope of protection of the invention. f [Simple description of the drawings] Fig. 1 is a block diagram showing an embodiment of a wearable device; Fig. 2 is a block diagram showing another embodiment of the wearable device; and Fig. 3 is a wearable device The schematic diagram; and Figure 4 is a flow chart of one of the wearable devices. [Description of main component symbols] Wearable device... 1 Cap...10 Power supply, 纟 and ..... 11 Photographic module·····* 1 c\ Sensing Grip lc5 display module...14 radio module... 15 broadcast module...lfi storage module 17 wireless module AU ......18 ... ...2Π Central Control Module... 19 Solar Power Panel Communication Terminal... 21 Touch Panel...22 15