M359307 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種具啟動控制之膠囊内視鏡裴置，特 別是關於一種在其控制器中含有一電源控制單元之膠囊狀 賴型内視鏡裝置’使其用於攝取人體之㈣化道的影像 日守，具有節能省電，延長電池使用壽命之功能，進而更可 具有縮小該内視鏡裝置的體積，及便於縮裝而可降低成本 之功效，並可有效擷取整個消化道所有有效的影像。 【先前技術】 早在1 795年起，就有許多醫學先輩開始進行消化 的檢查。在檢查儀器較粗糖不便的情 消化道的前後二端作診窣，爾】= 只能針對 、名士 斤、爾後為了改善檢查的便利性， 遂有了内視鏡的構想及創作；檢查時，係利用一 = 食查的器官内，從冷光光源所傳送來 吕内部照亮，然後管子末端所鑲㈣光感受晶 1 件，類似以Dy或V8錄夢媸徭珩旦/你 兀 的將马傻值、„ '、… 衫像的晶片）就可以很清晰 曰〕财衫像祝5虎傳达回機i .轉換成與傻”" 裡的電腦將數位訊號 知裝置仍然有一大段的=顯:見出來。然而’上述之習 就要承受比較大的射。私將崎困難，病人也 隨著科技的進步，遂發展出 術，捨棄先前的有線傳輸 物…線遙測的技 述管形内視鏡的缺點。近年 ，貝11用方式上解決前 年更口為省電且微型化的光感受 3 M359307 二線發射裝置的創作’使得輕薄短小的膠囊内視鏡 ^ ，此膠囊内視鏡是指將攝影用的光感受晶片以及 冷光光源縮小到如同我們服用膠囊藥物一般大 内，其尺寸約只有llx26毫米的大小，裡面除了有為 光二極體(LED)之外，還有小電池、控制器和無： 電毛达态等；該一膠囊内視鏡每秒可以照2張相片，每一 -人檢查時間約為8小時，總共照了約5Q_張的照片 查時，將這個如同膠囊大小的内視鏡吞進肚子裡，在肚= 裡’膠囊内視鏡隨著腸子的螺動而前進，同時膠囊内視於 二己：身會每隔半秒閃亮一次，光閃亮時，光感受晶片： 可以感應到光照到器官的反射光線，而得到器官内部的影 像，並猎光感受晶片轉換成數位訊號，再以無線電方式將 訊號傳送到身體外部；另外，該一習知裝置需在受檢查者 的腹部裝設數個無線電接收天線，並將所接受到的訊號儲 存在了部攜帶型的接收器内以供轉換成影像使用。於是^膠 囊内視鏡將忠實的紀錄它在肚子裡所攝影到的一切書面， '從，道-直到小腸甚至到大腸，最後直到它電池沒^了， k者糞便從肛Η排出’結束整個檢查任務，如此病人在檢 查使用就相當方便而沒有管子伸入體内的痛苦。 然而，現有使用這種無線資料傳輸之膠囊内視鏡，需 要在8小時左右的時間中’不停的以無線來傳送影像，因 需要使高單價之高容量電池，並須使用低解析度的光感受 晶片，以便整個消化道之影像能被完整的擷取，因此益線 資料傳輸之膠囊内視鏡以串列方式，傳送所操取之影像， 4 M359307 如使用高解析度的光感受晶片，且每秒兩張之方式 非常快速的消耗電池，如此也會使得這 之膠囊内視鏡裝置不易推廣。 …線貝科傳輸 另外，由於記憶體製程的演進，已有大容 的記憶體研發出來，非常適合整合到膠囊内視鏡中，二取 代無線資料傳輸的方式，而為一種以記憶體儲存之膠囊内 視鏡的改良裝置隹，其也同樣面臨讀取光感受晶片及寫 •入冗憶體越頻繁，則越快速㈣耗f池容量㈣題。，、，， 另一方面’上述習知的膠囊内視鏡裝置，不論是以益 線電傳輸或以記憶體儲存訊號的方式，其仍還有一顆 尚待解決，、如：㈣知膠囊内視鏡裝置皆須有-磁簀開關， 由外部磁鐵控制此—磁簧開關來啟動膠囊内視鏡的電源， 但該一磁簀開關是非常佔體積而不易縮裝；另-問題則是 在科技的演進中，符合體積小、高功率的電源（電池 術是最慢也最難開發的，而該一内視鏡裝置是要吞入到人 體^所間制安全敎性高且體積小㈣池單元 在：樣的條件要求，小電池則有電量不足以應付長時間進 行攝影檢狀缺失；故上述之各㈣知膠㈣ ^ 有再研發改良的必要。 ’罝貫 創作人有鑑於上述習知膠囊内視鏡裝置的缺失 2究，並積個人從事該項事業製造與設計的多年經驗精 …又计出-種嶄新的具啟動控制之膠囊内視鏡裝置。 本創作之主要目的，旨在提供一種具啟動 内視鏡裝置，豆藉—啻、Ε 1 ，、精電源控制單元用來管理電池組的啟動 5 M359307 或關閉，以減少電池組 以及用來取代磁箐開關2力耗’延長裝置運作時間， 產，進而大幅降底成太盘裝置的體積’幫助縮裝生 在於習知技術操作時之方便性，決存 【新型内容】 電源使用時間短的問題。 置中:電、、也的’本創作之膠囊内視鏡特別在電子裝 控制器内建的1源㈣ί用電零件的文電端之間，係由 具有二個串聯的開關;：早::控制，該電源控制單元係 輸出，其還包含有一非接觸^制電池組的啟動及電源 膜St二=接觸式電性觸動感應器含-導電的薄 膠囊本體夕ί殼之合接觸’係藉偵測到人體接觸到 的第-個開二：的電性變化，以使電源控制單元 動感應器，用狀態(供電);另-方面… 丨啟狀態，開始供電疋：：：：該啟動第二個開關電路呈開 '鏡有位移的變化日士，在该移動感應器偵測不到勝囊内視 呈關閉狀態，源控制單元的第二個開關電路 如上；“供電’使裝置呈休眠狀態。 其他單元動\乍^動感應器偵测到位移時，控制器會致能 後之影像’·节 2取移動中影像，或擷取等距離移動 的變化時，^感係藉偵測到該膠囊内視鏡有位移 移動而換算出距：動感應器内建運算器’可由偵測兩點間 鴨動前進中，於—進而控制膠囊内視鏡在漫長的消化道 :设定的等距離時，由電源控制單元輸出訊 6 M359307 5虎到控制為，再由其控制發光二極體及光感受晶片運作而 掘取移動中影像，及後續的所有的資料處理動作，完成後 就自動將第二個開關電路呈關閉狀態，或禁能其他單元， 以減少電源損耗，等到下一個設定的等距離時，再重複上 述^啟動動作，使電源控制單元能有效控制電源的功耗， 月b有放擷取整個消化道所有有效的影像，尤其是使以 5己1思體儲存膠囊内視鏡所擷取影像的裝置，其所使用之記 憶體容量將可大幅減少， ° 積之功效。 而更顯出其旎減少耗能及縮小體 内視當使用者開啟外包裝而以手接觸到該膠囊 内視鏡外威日τ ’電性觸動威庫 使電源於制嚴开μ 感測到電性的變化而 使電源&制早凡的苐一個開關電路開啟， 内視鏡處於被移動的狀態，所以其 二膠： 電源控制單元的第二個開關電路開啟，電池=== 輪出以供膠囊内視鏡的各部組件運作。、、门有電▲ 又’當該膠囊内視鏡由口腔吞 •㈣而使其移動前進時，該 ^化遏中有 .使電源控制單元開啟電源，以會:程式的設定而 影記錄工作，再存入 :、由\订靖化道全程的攝 隱體單凡令或由益後 ，⑽一 出:另當該膠囊内視鏡在體内沒有移動時線=运早凡傳 因感測不到有位移現象 < 、〜移動感應器 輸出電位訊號以闕閉電==動距離，其將停止 而關閉電源以達到節省電:=:的卓二個開關電路，進 據上述’當本創作被吞進肚子後且在缚化道t有嘴動 M359307 前進時’其會有電源供應而 鏡沒有移動時就會立即關閉電源如果膠囊内視 上述，在本創作中的不加^ 即名電池的功耗。再如 在待機或在體内、力有移=應器皆為被動式的感應器，故 體積，且+ 了鈿小電池組的尺寸規格與 篮槓I了以電性觸動感應器取 所以非常適A_ 體積較大的磁頁開關， .助縮裝生產底：的膠囊本體_，也能幫 【實施方式】 為使貝審查委員對本創作之構造、裝置及並特徵 進一步的認識與瞭解，茲舉— 八、 更 圖式詳細說明如下 _佳的可行實施例並配合 閱第1及第3圖所示，一種具啟動控制之勝囊 ^視鏡灰置的電子裳置1〇，其係設於一小的橢圓柱膠囊本 -20之内’該膠囊本體2〇係由抗酸鹼材料製成，其前端 f之取像口為一透明光學圓頂2〇2，該電 控制謂電池組丨❶4、一發先二極體：一有： 感受晶片108及一記憶體單元11〇組成；其中，該控制 器102係用來連接各電子組件並控制各組件的運作；該電 池組104係用來提供該裝置之各電子組件運作時所需的電 源；該發光二極體106係連接到控制器1〇2，在有電源 導通時藉控制器102的控制，而可適時的以間歇性的方式 發出亮光；該光感受晶片1〇8係連接到控制器ι〇2，為 面型的光感應編碼器，藉反射的光線感應以產生景j 8 M359307 :的數位訊號輪出到控制器102;該記憶體單元ιι〇係 制器⑽，將由光感受晶片1〇8所產生的數位 二;二！：102轉存於該記憶體單元"〇中儲存， 便於再由該記憶體單元11 0中讀取使用。 可#^"述之裝置’其中的記憶體單元110在實施時亦 :土換為-個無線電發送單元112 (如第2圖所示），致可 傳到晶片108所產生的數位訊號經控制器102 f送單元112’以將訊號發射出去提供職 電源控制單元! Λ H至；;有4 —丨p隸制單元114，該 零件的受電端之間:=_各用電 :的：電路或其他等效電路，故圖中未示)，用來控制i 有二：啟動及電源輪出(二個開關電路同ON時電池組 有電流輸出，而至少1φ夕— '關機狀態而益電源功耗）.节^松路為_時電池組呈 …、冤源功耗），该電源控制單元 電性觸動感應器116及—移動感應器 貼人接：二116含一導電的薄臈軟板與膠囊本體20内殼 貼曰接觸，係措偵測到膠囊本體2〇外殼 ='控制單元…第一個開闕電路呈開啟二移而 氣應益118係藉偵測到該膠囊内 而使電源控制單元⑴的第 ㈣欠化# ’ 消州不到膠囊内視鏡有位移的變化 9 M359307 時，而使電源控制單元ι14的第二個開關電路呈關閉狀態。 如上述請再參閱第3圖所示，本案在之實施例中的 控制器102、光感受晶片108、電源控制單元114、電性 觸動感應器116及移動感應器118係設計成單晶片的型 態實施（亦可分別料成數個晶片而與控制器電性連接 之型態）；而光感受晶片1〇8係對應於透明光學圓頂⑽ 的一端，並在其二側向前設有發光二極體1〇6，以及在光 鲁感受晶片108與透明光學圓頂2〇2之間以一鏡座2〇4固設 有透鏡206;據以使光線由發光二極體⑽向透明光學^ 頂202的前方投射出去時，其照到物體的反射光再經透明 光學圓頂2G2及透鏡2〇6聚光投射至光感受晶#ι〇8的 感應區上，且經編碼產生數位訊號後傳到控制器 102,其後在由控制器102將訊號轉送到電池組】& 後端的記憶體單元儲存1 1 〇。 如上述之構造組合使用時，當使用者開啟外包裝而以 Φ手接觸到膠囊本體20,會使電性觸動感應器116產生盘感 測到電性的變化而使電源控制單元114的第—個開關電路 開啟，此時，因該膠囊内視鏡處於被移動的狀態，所以其 中的移動感應器118同時使電源控制單元114的第二個開 關電路開啟；此時，電池組1〇4即可有電流輸出以供膠二 内視鏡的各組件運作，執行攝影檢查的工作，再用非常高 的速度將攝取影像的寫入到記憶體單元112儲存或以2 電發送單元114傳送出來。 … 又，當該膠囊内視鏡由口腔吞入後，因消化道的續動 M359307 源㈣…纟進時’該移動感應11 118也就會持續的使電 數張少=114有電流輪出’以能持續進行每秒拍攝1到 張:像的檢查工作’再將所取得的影像訊號存入記憶體 視鏡在體内沒有；動另當該膠囊内 位移現象而停止輸:電位:Γ 118因感測不到有 電位Λ唬以關閉電源控制單元114的 —固：關電路’進而關閉電源以達到節省電池的功耗。 擷取算1雜°亥移動感應器118也具備測距離的功能，以便 二膠囊内！:之影像；該移動感應器118係藉摘測到 運算；中：位)移的變化時，或於該移動感應器内建-、（圖中未不），可由偵測兩點間移動而換算出距離， ^控制膠囊内視鏡在漫長的消化道螺動前進中，於:定 1〇2 1離時’才有訊號由電源控制單A 114傳到於制哭 1〇2’由其控制光感受晶片1〇 1控制- 後續的所有的資料處理動作就 中影像，及 呈關閉狀態，或禁能其他單元，：：就：弟二個開關電路 :广設定的等距_，再=上；：=動電=耗而=: I匁负政的衫像，如使用以記情 心 之影像，其所使用之記憶體單元===- —據上述，當本創作被吞進肚子後 減少。 刚進時，其會自動提供電源以執行攝影檢杳工=中有螺動 膠囊内視鏡在體内沒有移動時就會 閉如果該 池的電源功耗。再如上述，在本創 ^^源以節省電 的兩個感應器1丨6、 M359307 118皆為被動式的感應器’ 移動距離未到預定的等距離 + 、S、在體内沒有移動或 寸此離時的電源功 延長該電池組m的運作時 =都非吊低’致可 寸規格的電池組’且可用 =木：更小尺 大的各知〜開關’所以本創作之裝置改良 = 在這小體積的膠囊本體、口&破 +體20内使用，也能幫助縮裝生產以大 幅降底組裝成本。 1衣王座以大 本案如以上所揭露之實施例的勝囊内視鏡裝置，係 本創作諸多可行實施财㈣份實_，故本創作的申請 專利辄圍亚不受限於此，凡在不偏離本創作構思的條件下 ’所屬技術領域人員可瞭解的相似或等效變化例，均應被 包涵於本創作之專利權的範疇内。 綜上所述，本創作「具啟動控制之膠囊内視鏡裝置」 確實能達到方便操作使用’減少耗電及有助於縮裝之功效 ’又’本案申請前未有相同物品或技術公開使用；是以本 _案能符合新型專利之要件，爰依法提出新型專利的申請， 懇請貴審查委員能准予專利，實感德便。 12 M359307 【圖式簡單說明】 第1圖為本創作以記憶體單元儲存訊號的電路方 塊圖。 第2圖為本創作以無線電發送單元傳輸訊號到體 外主機的電路方塊圖。 第3圖為第1圖之實施例的立體剖示圖。 【主要元件符號說明】 電子裝置 - 10 控制器 102 電池組 104 發光二極體 106 光感受晶片 108 記憶體单元 110 無線電發送單元 112 電源控制單元 114 電性觸動感應器 116 移動感應器 118 膠囊本體 20 透明光學圓頂 202 鏡座 204 透鏡 206 主機 30 13M359307 V. New description: [New technical field] This creation is related to a capsule endoscope with start-up control, especially for a capsule-shaped internal view with a power control unit in its controller. The mirror device is used for ingesting the image of the human body (4), and has the functions of energy saving and power saving, prolonging the service life of the battery, and further reducing the volume of the endoscope device and facilitating the shrinking and reducing The cost of the effect, and can effectively capture all the effective images of the entire digestive tract. [Prior Art] As early as 795, many medical ancestors began digesting tests. In the examination of the instrument than the crude sugar inconvenient digestive tract before and after the end of the diagnosis, er] = can only be targeted, famous, and later in order to improve the convenience of inspection, with the vision and creation of endoscopy; inspection, It uses a = food inspection organ, which is transmitted from the cold light source to illuminate the interior of the light, and then the end of the tube is inlaid with (4) light-sensing crystals, similar to Dy or V8 recording dreams/your horses. Silly value, „ ', ... the image of the shirt) can be very clear 曰 财 像 像 祝 祝 祝 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 = Show: See you. However, the above-mentioned habits are subject to relatively large shots. Privately, it is difficult for patients to advance, and with the advancement of technology, patients have developed their skills and abandoned the previous wired transmissions... the shortcomings of line telemetry are the shortcomings of tubular endoscopes. In recent years, Bei 11 has used the way to solve the previous year's more energy-saving and miniaturized light perception. The creation of the 3 M359307 two-line launcher makes the light and short capsule endoscope ^, which is used for photography. The photoreceptor wafer and the luminescent light source are reduced to the size of the capsule drug we use. The size is only about llx26 mm. In addition to the photodiode (LED), there are small batteries, controllers and no: Mao Da state, etc.; the capsule endoscope can take 2 photos per second, each person check time is about 8 hours, a total of about 5Q_ sheets of photos are taken, this capsule-sized end view The mirror swallows into the belly, and in the belly = the capsule endoscope moves forward with the screw of the intestine, and the capsule looks inside the two: the body will shine once every half second, when the light shines, the light feels the wafer : It can sense the reflected light of the light to the organ, and obtain the image inside the organ, and the light-receiving chip is converted into a digital signal, and then the signal is transmitted to the outside of the body by radio; in addition, the conventional device needs to be inspected. A plurality of radio receiving antennas are installed in the abdomen, and the received signals are stored in a portable receiver for conversion into images. So ^ capsule endoscope will faithfully record everything it photographed in the belly, 'from, the road - until the small intestine or even to the large intestine, and finally until its battery is not finished, k the feces are discharged from the anus" end the whole Check the task, so the patient is very convenient to check and use without the pain of the tube sticking into the body. However, the existing capsule endoscopes using such wireless data transmission need to continuously transmit images wirelessly in about 8 hours, because of the need to make high-priced high-capacity batteries, and to use low-resolution The light senses the wafer so that the image of the entire digestive tract can be completely captured. Therefore, the capsule endoscope that transmits the data is transmitted in tandem to transmit the captured image. 4 M359307 If a high-resolution photoreceptor wafer is used And two ways per second consume the battery very quickly, which will make this capsule endoscope device difficult to promote. ... Line Beko transmission In addition, due to the evolution of the memory system, large-capacity memory has been developed, which is very suitable for integration into capsule endoscopes, two-way wireless data transmission, and a memory storage. The improved device of the capsule endoscope, which also faces the reading of the photoreceptive wafer and the more frequent the writing into the redundant body, the faster (four) the consumption of the pool capacity (four). On the other hand, the above-mentioned conventional capsule endoscope device still has a solution to be solved whether it is electrically transmitted by means of a wire or stored in a memory, such as: (4) The mirror device must have a magnetic switch, which is controlled by an external magnet to activate the power supply of the capsule endoscope, but the magnetic switch is very bulky and not easy to shrink; another problem is In the evolution of technology, it meets the small size and high power supply (battery is the slowest and most difficult to develop, and the endoscope device is to be swallowed into the human body.) The safety is high and the volume is small (4) The pool unit requires: the small battery has insufficient power to cope with the long-term lack of photographic inspection; therefore, each of the above (4) Zhijiao (4) ^ has the need for further research and development improvement. Knowing the lack of capsule endoscope device, and accumulating many years of experience in the manufacture and design of this business, it also counts a new type of capsule endoscope device with start-up control. The main purpose of this creation is to Providing a kind of The endoscope device, the bean borrowing, the 电源, Ε 1, the fine power control unit is used to manage the start of the battery pack 5 M359307 or off to reduce the battery pack and replace the magnetic switch 2 power consumption 'extension device operation time , production, and then greatly reduced the size of the Taipan device's help to shrink the convenience of the traditional technology operation, save the [new content] power supply time is short. Center: electricity, and also ' The capsule endoscope of the present invention is specially connected between the text terminals of the 1 source (four) ί electric parts built in the electronic device controller, and has two series switches;: early:: control, the power control unit outputs It also includes a non-contact battery pack start-up and power film St two = contact type electric touch sensor including - conductive thin capsule body ί 壳 之 contact contact 'by detecting the human body touched - Open two: electrical changes, so that the power control unit moves the sensor, with the state (power supply); another - aspect... 丨 start state, start the power supply ::::: start the second switch circuit is open' The mirror has a displacement change, the Japanese The motion sensor does not detect that the winch internal view is off, and the second switch circuit of the source control unit is as above; "power supply" causes the device to be in a sleep state. When other units move the sensor to detect the displacement, After the controller will enable the image '· section 2 to take the moving image, or to take the change of the equidistant movement, ^ sense is detected by the capsule endoscope with displacement movement and converted distance: dynamic sensor The built-in computing unit can detect the progress of the duck between two points, and then control the capsule endoscope in the long digestive tract: when the set is equidistant, the power control unit outputs the signal 6 M359307 5 Then, by controlling the operation of the light-emitting diode and the photo-sensing chip, the moving image is captured, and all subsequent data processing operations are completed, and the second switch circuit is automatically turned off after the completion, or other units are disabled. In order to reduce the power loss, wait until the next set equidistance, then repeat the above-mentioned ^ start action, so that the power control unit can effectively control the power consumption of the power supply, and the monthly b has all the effective images of the entire digestive tract. In particular, the device for capturing images from the endoscopes of the singular storage capsules can greatly reduce the memory capacity. It also shows that it reduces the energy consumption and reduces the internal view. When the user opens the outer package and touches the capsule endoscope with the hand, the wei τ 'electrical touch weiku makes the power supply open to the sense of vibration. The electrical change causes the power supply & system to open a switch circuit, the endoscope is in a state of being moved, so the second glue: the second switch circuit of the power control unit is turned on, the battery === round out For the various components of the capsule endoscope to operate. ,, the door has electricity ▲ and 'When the capsule endoscope is swallowed by the mouth (4) to move it forward, the ^ suppression is there. The power control unit is turned on, and the program will be set to record the work. And then deposit:, by the order of the Jinghua Road, the whole body of the hidden body of the single or the benefit of the benefits, (10) one out: another when the capsule endoscope does not move in the body line = transport early meaning Can not detect the displacement phenomenon <, ~ moving sensor output potential signal to 阙 closed == moving distance, it will stop and turn off the power to save electricity: =: the two switch circuits, according to the above After the creation is swallowed into the stomach and there is a mouth in the binding channel M359307, when it advances, it will immediately turn off the power when the mirror does not move. If the capsule is inside, the name is not added in this creation. Battery power consumption. If you are in the standby or in the body, the force is shifting = the sensor is a passive sensor, so the size, and the size of the small battery pack and the basket I have been electrically touched, so it is very suitable. A_ Large-sized magnetic page switch, shrink-proof production base: Capsule body _, can also help [Embodiment] In order to enable the Beck Review Committee to further understand and understand the structure, device and features of this creation, — VIII. More detailed description of the following _ good feasible embodiment and together with the first and third figures, a kind of electronic shovel with a start-up control A small elliptical column capsule is within the scope of the present invention. The capsule body 2 is made of an acid-resistant and alkali-resistant material, and the front end f of the capsule is a transparent optical dome 2〇2, which is called a battery pack. ❶4, a first diode: one is: a memory chip 108 and a memory unit 11〇; wherein the controller 102 is used to connect the electronic components and control the operation of each component; the battery pack 104 is used To provide the power required for the operation of the electronic components of the device; The photodiode 106 is connected to the controller 1〇2, and is controlled by the controller 102 when the power is turned on, and can emit light in an intermittent manner in a timely manner; the photoreceptor wafer is connected to the controller ι 〇2, a face-type light-sensing encoder, by means of reflected light sensing to generate a digital signal of the scene J 8 M359307: to the controller 102; the memory unit ιι〇 (10), will be photo-sensing wafer 1 〇8 produces the number two; two! : 102 is stored in the memory unit "〇, and is conveniently read and used by the memory unit 110. The memory unit 110 of the device can be implemented in the same manner as the radio transmitting unit 112 (shown in FIG. 2), so that the digital signal generated by the wafer 108 can be transmitted to the chip 108. The controller 102 f sends the unit 112' to transmit the signal to provide the service power control unit! Λ H to;; 4 - 丨p the slave unit 114, between the power receiving ends of the parts: = _ each power: Circuit or other equivalent circuit, not shown in the figure), used to control i have two: start and power supply (the two switch circuits are ON when the battery pack has current output, and at least 1φ 夕 - 'off state and benefit Power consumption). When the battery is _, the battery pack is ..., the power consumption of the battery, the power control unit is electrically activated by the sensor 116 and the moving sensor is attached: the second 116 contains a conductive thin raft The soft board is in contact with the inner shell of the capsule body 20, and the capsule body 2 is detected. The outer casing = 'control unit... the first opening circuit is opened and the second is moved, and the gas is taken as 118. And the power supply control unit (1) of the (four) under-reduction # ' 消州 less than the capsule endoscope has a displacement change 9 M359307 At this time, the second switching circuit of the power control unit ι14 is turned off. As shown in FIG. 3, the controller 102, the photoreceptive chip 108, the power control unit 114, the electrical touch sensor 116, and the motion sensor 118 in the embodiment are designed as a single chip. State implementation (may also be formed into several wafers and electrically connected to the controller); and the photoreceptive wafer 1〇8 corresponds to one end of the transparent optical dome (10) and is provided with illumination on both sides thereof. The diode 1 is 6 and a lens 206 is fixed between the photoreceptor wafer 108 and the transparent optical dome 2〇2 by a mirror holder 2〇4; accordingly, the light is transmitted from the light emitting diode (10) to the transparent optical ^ When the front of the top 202 is projected, the reflected light that is incident on the object is then focused by the transparent optical dome 2G2 and the lens 2〇6 onto the sensing area of the optical sensing crystal #ι〇8, and encoded to generate a digital signal. It is passed to the controller 102, and then the signal is transferred to the battery pack by the controller 102. The memory unit at the back end stores 1 1 〇. When the above-mentioned configuration is used in combination, when the user opens the outer package and touches the capsule body 20 with Φ, the electrical touch sensor 116 generates a disk sensing electrical change and causes the power control unit 114 to be - The switch circuit is turned on. At this time, since the capsule endoscope is in a moved state, the moving sensor 118 therein simultaneously turns on the second switch circuit of the power control unit 114; at this time, the battery pack 1〇4 There may be a current output for each component of the glue endoscope to perform a photo inspection, and then the captured image is written to the memory unit 112 for storage at a very high speed or transmitted by the 2-electron transmitting unit 114. ... Also, when the capsule endoscope is swallowed by the mouth, due to the continued movement of the digestive tract M359307 source (four)... when the movement is in progress, the movement sensor 11 118 will continue to make the number of electricity less = 114 has a current round 'With the ability to continue shooting 1 to 1 per second: the inspection work of the image', the image signal obtained is stored in the memory mirror in the body; the movement is stopped when the capsule is displaced: potential: Γ 118 is unable to sense the potential Λ唬 to turn off the power-off control unit 114 to turn off the power supply to turn off the power supply to save battery power consumption. The calculation of 1 miscellaneous ° mobile sensor 118 also has the function of measuring distance, so that two capsules! The image of the movement sensor 118 is detected by the operation of the measurement; when the change of the bit shift is performed, or when the movement sensor is built-in, (not shown in the figure), the movement between the two points can be detected. Calculate the distance, ^ control the capsule endoscope in the long digestive tract screw forward, at: 1 〇 2 1 away from the time when the signal is transmitted from the power control unit A 114 to the system of crying 1〇2' Control photoreceptor chip 1〇1 control - all subsequent data processing actions are in the middle of the image, and are in the off state, or disable other units, :::: brother two switch circuits: wide set of equidistance _, then = On;:=Electricity = consumption and =: I 匁 政 的 的 , , , , , , , , , , , , 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如After the reduction. When it first enters, it will automatically supply power to perform the photo inspection. = There is a screw in the capsule. When the capsule endoscope does not move in the body, it will close if the power consumption of the battery. As mentioned above, the two sensors 1丨6 and M359307 118, which are used to save electricity, are passive sensors. The moving distance is not up to the predetermined equidistance +, S, and there is no movement or inch in the body. When the power supply of the time-out is extended, the operation of the battery pack m is not lowered, and the battery pack of the size can be lowered and the available: = wood: a smaller size of the known ~ switch 'so the device of the creation is improved = The use of this small volume capsule body, mouth & break + body 20 can also help shrink production to significantly reduce the cost of assembly. 1 The clothing of the King's seat in the big case, as disclosed in the above example, the winning capsule endoscope device is a lot of feasible implementation of this creation (four), so the application for the creation of the patent is not limited to this, where Similar or equivalent variations that may be understood by those skilled in the art without departing from the scope of the present invention are included in the scope of the patent of the present invention. In summary, the creation of the capsule endoscope device with start-up control can achieve convenient operation and use of 'reduce power consumption and help shrink the package'. 'There is no same item or technology public use before the application. This is the case that the _ case can meet the requirements of the new patent, and the application for a new type of patent is filed according to law, and you are requested to grant the patent to the examiner. 12 M359307 [Simple description of the diagram] Figure 1 is a block diagram of the circuit for storing signals in the memory unit. Figure 2 is a block diagram of the circuit in which the radio transmission unit transmits signals to the external host. Fig. 3 is a perspective cross-sectional view showing the embodiment of Fig. 1. [Main component symbol description] Electronic device - 10 Controller 102 Battery pack 104 Light-emitting diode 106 Photoreceptive wafer 108 Memory unit 110 Radio transmitting unit 112 Power control unit 114 Electrically-touched sensor 116 Moving sensor 118 Capsule body 20 Transparent optical dome 202 mirror holder 204 lens 206 host 30 13