M304671 八、新型說明： 【新型所屬之技術領域】 本創作係一種具攝影通訊功能之眼鏡，特別係指集攝 影、通訊、防盜及資料傳輸等功能於一身之眼鏡者。 【先前技術】 中華民國新型公告第M245435號專利「具無線通訊傳輸 之眼鏡」，其係於眼鏡之鏡架上結合一收發裝置，並設有 一電池，然而，使用時需外加一電源儲存於電池内，方可 進行傳輸作動，而且僅為聲音訊號傳遞與接收之作用，即 其功能係侷限在於聲音發送與接收，故實用性不佳。 【新型内容】 本創作係提供一種具攝影通訊功能之眼鏡，其係令眼 鏡設有微電腦單元，藉以微電腦單元將其聲音及影像訊息 進行讀取並執行，使其配戴者便利於查看選取資料及攝取 影像晝面，且透過辨識單元辨識判定，使其達到防盜作用。 本創作之具攝影通訊功能之眼鏡，係包含有： 鏡框，其係設有鏡片及鏡足； 微電腦單元，係設置於鏡框上； 控制單元，係設置於鏡框上，而連結於上述微電腦單 元； 辨識單元，係設置於鏡框上，而具有掃描功能並連結 於微電腦單元； 顯示單元，係設置於鏡框之鏡片上，且與微電腦單元 連結，並將其處理訊息顯示； M3 04671 攝像單元，係設置於鏡框上，且與微電腦單元連結， 並將其所攝影像傳遞至微電腦單元； 聲音單元，係設置於鏡足上，並連結於上述微電腦單 元； 電源單元，係設置於鏡框上，且與微電腦單元連結。 上述聲音單元係為骨傳導收音器。 上述電源單元係為一太陽能電池。 上述電源單元係為一溫差電池。 上述微電腦單元係具有處理器及記憶體。 上述控制單元係具有選擇器、按鈕、天線及攝像介面。 本創作具有下列之優點： 1 ·無需外加電源，不會有電源中斷之虞，可供長期使 用。 2. 可隨時攝像紀錄周圍景物，並提供資料之傳輸及接 收，同時可以進行聲音之播放。 3. 藉由辨識單元，可進行配戴者之辨識確認，進而達 到防盜作用。 【實施方式】 首先，如第一圖、第二圖所示，本創作係包含有： 鏡框（1)，其係設有二鏡片（11)，又分別向後延伸設有 二鏡足（12)。 微電腦單元（2)，係設置於鏡架（1)之二鏡足（12)内 侧，其具有處理器（21)、記憶體（22)〔圖中未示〕。 控制單元（3)，其係設置於鏡足（12)之前端，並連結於 M304671 微電腦單元（2)，其具有選擇器（31)、按鈕（32)、天線（33) 及攝像介面（34)，該選擇器（31)係選擇對應於記憶體（22) 所儲存資料，並藉由按鈕（32)將其選取資料傳送於處理器 (21)，使其處理器（21)將資料進行讀取並執行，透過天線 (33)將其資料傳送而出或接收外部訊息，且攝像介面（34) 〔圖中未示〕係供給影像傳輸。 辨識單元（4)，係設置於鏡框（1)内侧，其具有掃描功 能並連結於微電腦單元（2)，經由掃描將配戴者眼睛瞳孔之 * 特徵存取於微電腦單元（2)之記憶體（22)内。 顯示單元（5)，附著於鏡片（11)上，且與微電腦單元（2) 連結，經由處理器（21)將處理訊息傳送並顯示於鏡片 ’ （11)，藉以方便眼睛觀看。 攝像單元（6)，係連接於鏡框（1)外侧，且與微電腦單 元（2)連結，並將其所攝影像傳遞至微電腦單元（2)，藉以 利用記憶體（22)將其影像儲存或由攝像介面（34)將其所攝 籲影像傳輸而出。 聲音單元（7)，其係設置於鏡足（12)上，並連結於上述 微電腦單元（2)，其係為骨傳導收音器，可供貼附於配戴者 之耳部，將接收聲音之傳遞。 - 電源單元（8)，係設置於鏡框（1)或鏡足（12)上任一位 ^ 置，且與微電腦單元（2)連結，其係為一太陽能電池吸收光 線並轉換為電能〔或係為溫差電池吸收體溫並轉換為電 能〕，以供給微電腦單元（2)作動所需之電源。 當配戴眼鏡時，如第二圖所示，可透過辨識單元（4)將 M3 04671 配戴者的瞳孔特徵傳遞於微電腦單元（2)，而處理器（21)將 其所掃描到的瞳孔與原先預設之瞳孔進行比對，此時，若 • 配戴者非同一人時，則微電腦單元（2)將停止作動，再由辨 識單元（4)進行比對直到相符合為止；如果配戴者係為同— 人時，該微電腦單元（2)則進行後續作動，藉此，透過顯示 單元（5)將其微電腦單元（2)之記憶體（22)所存取資料顯示 於鏡片（11)上，以供配戴者藉以觀看鏡片（11)上所顯示之 φ 資料，並由控制單元（3)之選擇器（31)進行選取不同資料， 透過按鈕（32)將其所選取之資料傳遞於處理器（21)，利用 處理器（21)進行資料讀取並執行傳送，並可藉由天線（33) 將其訊息發送出去，同時，並可經由天線（33)將其外部訊 息接收傳遞於微電腦單元（2)内，另，透過攝像單元（6)將 配戴者所看見之周圍影像傳遞於微電腦單元（2)， 並紀錄加 以存取於記憶體（22)内或顯示於鏡片（丨丨）上，又，再藉由 攝像介面（34)將其影像連結傳輸於外部電腦内，同時，經 ♦由聲㈢單元⑺將其音訊傳遞播放於配戴者耳部周緣，使其 所輸出之聲音不受環境影響干擾，而可順利收聽，此外， 透過電源單70 (8)〔太陽能電池或溫差電池〕以供應作動 時所需之電力。 【圖式簡單說明】 第一圖係本創作之立體圖。 第二圖係本創作眼鏡之電路方塊圖。 【主要元件符號說明】 (1)鏡框 (11)鏡片 8 M3 04671 (12) 鏡足 (2) 微電腦單元 (21) 處理器 (22) 記憶體 (3) 控制單元 (31) 選擇器 (32) 按紐 (33) 天線 (34) 攝像介面 (4) 辨識單元 (5) 顯示單元 (6) 攝像單元 (7) 聲音單元 (8) 電源單元M304671 VIII. New description: [New technical field] This creation is a kind of glasses with photographic communication function, especially for those who combine the functions of photography, communication, anti-theft and data transmission. [Prior Art] The Republic of China New Publication No. M245435 "glasses with wireless communication transmission" is attached to a frame of glasses and combined with a transceiver device, and is provided with a battery. However, when used, a power source is required to be stored in the battery. In the meantime, the transmission can be performed, and it is only the function of the transmission and reception of the voice signal, that is, its function is limited to the sound transmission and reception, so the utility is not good. [New Content] This creation provides a kind of glasses with photographic communication function, which enables the glasses to have a microcomputer unit, so that the microcomputer unit can read and execute its sound and image information, so that the wearer can conveniently view the selected data. And taking in the image surface, and identifying and judging through the identification unit to achieve the anti-theft effect. The photographic communication function glasses of the present invention include: a frame, which is provided with a lens and a mirror foot; a microcomputer unit is disposed on the frame; and a control unit is disposed on the frame and connected to the microcomputer unit; The identification unit is disposed on the frame and has a scanning function and is connected to the microcomputer unit; the display unit is disposed on the lens of the frame and is connected with the microcomputer unit, and processes the message display; M3 04671 camera unit, system setting On the frame, and connected to the microcomputer unit, and transfer the photographic image to the microcomputer unit; the sound unit is disposed on the mirror foot and connected to the microcomputer unit; the power unit is disposed on the frame and the microcomputer Unit link. The above sound unit is a bone conduction sound receiver. The power supply unit is a solar battery. The power supply unit is a temperature difference battery. The above microcomputer unit has a processor and a memory. The above control unit has a selector, a button, an antenna, and a camera interface. This creation has the following advantages: 1 • No external power supply is required, and there is no power interruption, which can be used for a long time. 2. You can record and record the surrounding scenery at any time, and provide the transmission and reception of the data, as well as the sound playback. 3. With the identification unit, the identification of the wearer can be confirmed, and the anti-theft effect can be achieved. [Embodiment] First, as shown in the first figure and the second figure, the present invention includes: a frame (1) provided with two lenses (11), and respectively extended backwards with two mirror feet (12) . The microcomputer unit (2) is disposed on the inner side of the mirror foot (12) of the frame (1), and has a processor (21) and a memory (22) (not shown). The control unit (3) is disposed at the front end of the mirror foot (12) and is coupled to the M304671 microcomputer unit (2) having a selector (31), a button (32), an antenna (33), and a camera interface (34). The selector (31) selects the data corresponding to the memory (22), and transmits the selected data to the processor (21) via the button (32), causing the processor (21) to carry the data. Read and execute, transmit and receive external data through the antenna (33), and the camera interface (34) (not shown) is for image transmission. The identification unit (4) is disposed inside the frame (1), has a scanning function and is connected to the microcomputer unit (2), and accesses the characteristics of the wearer's eye pupil through the scanning to the memory of the microcomputer unit (2) (22) inside. The display unit (5) is attached to the lens (11) and coupled to the microcomputer unit (2). The processing message is transmitted and displayed on the lens '11' via the processor (21) for convenient eye viewing. The camera unit (6) is connected to the outside of the frame (1) and connected to the microcomputer unit (2), and transmits the captured image to the microcomputer unit (2), thereby storing the image by using the memory (22) or The camera image is transmitted by the camera interface (34). a sound unit (7) is disposed on the mirror foot (12) and coupled to the microcomputer unit (2), which is a bone conduction sound receiver for attaching to the wearer's ear and receiving sound Pass. - The power unit (8) is placed on either the frame (1) or the mirror foot (12) and is connected to the microcomputer unit (2), which is a solar cell that absorbs light and converts it into electrical energy. The temperature difference battery absorbs body temperature and converts it into electric energy] to supply the power required for the microcomputer unit (2) to operate. When wearing glasses, as shown in the second figure, the pupil feature of the M3 04671 wearer can be transmitted to the microcomputer unit (2) through the identification unit (4), and the processor (21) scans the pupil Compare with the original preset pupil. At this time, if the wearer is not the same person, the microcomputer unit (2) will stop working, and then the identification unit (4) will compare until it matches; When the wearer is the same person, the microcomputer unit (2) performs subsequent operations, whereby the data accessed by the memory (22) of the microcomputer unit (2) is displayed on the lens through the display unit (5) ( 11), for the wearer to view the φ data displayed on the lens (11), and the selector (31) of the control unit (3) selects different materials, and selects the selected data through the button (32). The data is transmitted to the processor (21), the processor (21) is used for data reading and transmission, and the message is transmitted by the antenna (33), and the external message can be sent via the antenna (33). Receiving and transmitting in the microcomputer unit (2), and through the camera Element (6) transmits the surrounding image seen by the wearer to the microcomputer unit (2), and records and accesses it in the memory (22) or on the lens (丨丨), and then through the camera interface. (34) The image is transmitted and transmitted to the external computer. At the same time, the audio is transmitted to the periphery of the wearer's ear by the sound (3) unit (7), so that the sound output is not interfered by the environment, and can be smoothly Listen, in addition, through the power supply unit 70 (8) [solar battery or thermoelectric battery] to supply the power required for the operation. [Simple description of the diagram] The first picture is a perspective view of the creation. The second picture is a circuit block diagram of the original glasses. [Description of main component symbols] (1) Frame (11) Lens 8 M3 04671 (12) Mirror foot (2) Microcomputer unit (21) Processor (22) Memory (3) Control unit (31) Selector (32) Button (33) Antenna (34) Camera interface (4) Identification unit (5) Display unit (6) Camera unit (7) Sound unit (8) Power unit