M309972 八、新型說明： 【新型所屬之技術領域】 本創作係揭露一種内視鏡裝及盆 於提供卡固連接;，、連接〜構，特別是關 u連接松組並傳輪影像信號之内視鏡裝置。 【先前技術】 目前，—般内視鏡裝置係為—條特製的 先將身體内部的構造顯示 道，亦可藉由手術建立孔====若無孔 腹部打洞’關節鏡需切開關節周圍皮膚等。查需在 魏裝置檢錢具侵襲㈣檢查方式，在内 =:ΐ 程中常會引起受檢者的不適，嚴重者甚至 =ii :，的器官柔軟又脆弱，稍-不慎就可能被 内視呪衣置_，故如何使内視鏡 -直是業界亟待克服之問題。 ▲有鑑於上述課題，本創作人基於諸多實務經驗與專題探 討，逐於本創作提出—種内視鏡裝置及其連接結構以作為前 述期望之實現方式與依據。 M309972 【新型内容】 別曰η目的ί提供一種内視鏡裝置及其連接結構，特 “整υ接==並傳輸影像信號’有效減小管路 光纖等成本較高之受檢者之不適’且不需使用如 取至露之内視鏡裝置，用於掘 s : r視鏡裝置包含有-光源模組、-取景 源模組可發出至；一光：：線及-連接結構。其中’光 學影像以產子=先學影像，光感測科則根據此光 有光感測元接結構主要由-連接模組及設 電路基板及料=成’其中，連接模組用以作為 傳輸電子訊號^/^料傳輸媒介，以供柔性排線接受並 平連接。 〜不裔，且連接模組與電路基板為垂直或水 組及:感：件1亥:景鏡頭更由-鏡座以支撐固定於光源模 膠合接著或卡、Ϊ。且1路基板和連接模組可以為一般的 腳及至少一卡^ _疋之=者。連接模組更具有複數個電性接 定柔性排線，以=，藉由卡固元件包覆電性接腳並卡合固 纪觀上、求^穩固地電性連接柔性排線。 側視型内視鏡举、， 内視鏡衣置了為直視型或 整體體積，因并 並了有效減小内視鏡裝置的管路直徑和 低，且操作及㈣t相m體㈣造成之*適制相對減 M309972 進入1新用新的光電和電子封裝技術，使内視鏡 靠和舒服等特點。22創作的内視鏡具有成本低、性能可 人人可以自備―主、於價格低廉’可以赛到可拋棄式或 容易成為傳染振的弊=長久以來’内視鏡無法完全消毒， 瞭解本術特徵及所達成之功效有更進-步之 之用，並一二i:=:r峨以為輔佐 【實施方式】 為讓本幻作之上述目的、特徵、和優 魄物及其連接結構，特舉=實ΐ 將以，元件符號加月如τ㊣中相同的元件 ^ ^ 11 貝鈿例之不意圖，第二圖係為本創作路 板傳輸電子訊號至連接模电 13上，再經柔性排線將影像的電子信號傳予一處理哭要^ 號處理後，在電腦或監視裝置之顯示器上 ::汛 包含電路基板11及連接模組13，其中，電4基板U ^有1 =凸，113之第-基板m及具有兩溝槽114之第板、有 ^组成，第二基板U2提供承載並電性連接内視 此光感測元件12可用於將光學影像轉換j 應之琶子訊號。連接模組13為電路基板u及上料性U 之訊號傳輸媒介，以供柔性排線接受並傳輸該電子訊號。再 M309972 Π4 TtVuAlTm 5 114,弟一基板iU &長條結構，其上端之兩凸緣ιΐ3 板；且有當弟；=112 ’方便進行焊接之製•。第-基 13具有第二電性接腳組(位於連接模 不連= 連接模組13以膠合或卡合方式，水平連接於第 1未^反）j ==上’藉此提供電性連接柔性:二= 变狄衣j而求。且連接模組13更可具有卡固元件，里用於包 iiC腳組並提供卡合岐柔性排線。藉由上述，、以 ^内1=^整體體積、方便料及降低成本等功效。 之較三圖，其係本創作所揭露之内視鏡裝置 線33,盆中，井调^先2件12、連接結構1及柔性排 32則藉由發出光束至外部，取景鏡頭 件d S 支撐固定於光源模組31及光感測元 感測元件收集物體的反射光以形成光學影像。光 學影像lir對靡^構1之電路基板11上，可根據光 水平連接電料=電子，。連接結構1之連接模組13 性端子及卡固柔性排線33之電 接，故柔性排元/ ^與柔性排'線33達成電性連 而由處理哭處理& 電子喊亚將其傳奸處理器，進 像，達到辅° ί醫；^的電子訊號後再提供予顯示器顯示影 體或有- 内視鏡，光源模組31包含有發光二極 極體者，用以產生光源，光感測元件12為電 M3 09972 :d (CCD)或互補式金屬氧化半導體(CMOS)之光電_ iC將影像由光學轉換成電子訊號，柔性排4二 '、，、另人^夫^硬複合板、排線、漆包線或一般電線所組合者。 露之ΪΪ芯Ϊ 例之側視圖，第五圖係為本創作所揭 “恭接:構較佳實施例之側視圖，第六圖係為本創^ 連接二 ΙΪίϊ構第四較佳實施例之側視圖。在第四圖中， 連接、4 4之電路基板41承載光感 及連接模組42為垂直連接，又，連接模組42之下端 j 421’其可供插入及卡固柔性排'線33 ’藉此，本連接結 冓通常製造成本較低、所佔體積小且組裝效率高，可； 1於提供醫療用途之直視型内視鏡中。在第五圖中，連接妹 構5之電路基板51側面設有光感測元件12，且，於電路^ ，51之另一侧面水平連接連接模組犯，光感測元件I〗及ς 接模組52位於電路基板51相對之兩側面，又連接模組52 ^下端具有一凹槽421，其可供插入及卡固柔性排線抑，藉 i ’本Ϊ接結構5可供運用於提供醫療_ 中。在第六®巾，連接結構6之電路基板61 _設有光感測 =件12，且’於電路基板61之同—侧面水平連接連接模組 b2，又，連接模組62之下端具有一凹槽421，其可供插入及 卡固柔性排線33,藉此，本連接結構6可供運用於提供醫療 用途之側視型内視鏡中。 、’、 壯再者，請麥閱第七圖，其係使用本創作所揭露之内視鏡 衣置之較佳貫施例之芩考圖，圖中，内視鏡裝置3末端連接 有處理器71，内視鏡裝置3前端可置入身體孔道中以擷取體 内之影像，再經由處理器71而與一電子裝置72、一顯示器 73或是處理器71所内建之顯示器74達成電性連接，藉此， 11 M309972 内視鏡裝置3可自電子裝置72、顯示哭 池取得工作電源，並由處理器71將影或自纟内建之電 處理後交由電子裝置72之顯示螢幕式3、曰电子訊號加以轉換 示。 次疋絲員示器73或74顯 以上所述僅為舉例性，而非為限制性 創作之精神與範疇，而對1進者。任何未脫離本 含於後附4請專·^仃之4效修改或變更，均應包 j圖式簡單說明】 P圖係本創作所揭露之連接結構第—較佳實施例之示意 圖；圖係本創作所揭露之連接結構第—較佳實施例之側視 楚— ^圖係本創作所揭露之内視鏡裝置之較佳實施例之爆炸 g四圖係本創作所揭露之連接結構第二較佳實施例之側視 路之連接結構第四較佳實施例之側視 圖； 第七 以及 圖 圖係本創作所揭露之連接結構第三較佳實施例之側視 ί六圖係本創作所揭 置之較佳實施例之 t圖係使用本倉 參考圖。 乍所揭露之内視鏡裝 12 M309972 【主要元件符號說明】 卜4、5及6 :連接結構； 11、41、51及61 ·•電路基板； 111 :第一基板； 112 :第二基板； 113 :凸緣； 114 :溝槽； 115 :第一電性接腳組； 12 :光感測元件； 13、42、52及62 :連接模組； 3:内視鏡裝置； 31 :光源模組； 32 :取景鏡頭； 321 :鏡座； 33 :柔性排線； 331 :電性端子； 421 :凹槽； 71 :處理器； 72 :電子裝置；以及 73及74 :顯示器。 13M309972 VIII. New description: [New technical field] This authorial system discloses an interior mirror mounting and basin for providing a fixed connection; and a connection to the structure, especially the connection between the loose group and the transmission image signal. Mirror device. [Prior Art] At present, the general endoscope device is a special one that first displays the structure inside the body, and can also establish a hole by surgery. ====If there is no hole in the abdomen, the arthroscopic need to cut the switch section Around the skin and so on. Investigate the need to inspect the money in the Wei device (4) inspection method, the internal =: ΐ often cause discomfort of the subject, serious even = ii:, the organ is soft and fragile, slightly - careless may be by internal vision How to make the endoscope - is a problem that the industry needs to overcome. ▲ In view of the above-mentioned issues, the creator has proposed a series of endoscope devices and their connection structures based on a number of practical experiences and topical explorations as the implementation and basis of the foregoing expectations. M309972 [New content] 提供 目的 ί ί 提供 提供 提供 提供 提供 提供 提供 提供 提供 内 内 内 内 内 内 内 内 内 内 内 内 内 内 内 内 内 内 内 内 内 内 内 内 内 内 内 内 内 内 内 内Moreover, it is not necessary to use an endoscope device such as a dew to be used for excavating s: the r-mirror device includes a light source module, and the framing source module can be sent to; a light:: wire and a connection structure. 'Optical image to the child = first learn the image, the light sensor is based on the light, the light sensor is connected to the main structure - the connection module and the circuit board and the material = into the ', the connection module is used as the transmission electron Signal ^ / ^ material transmission medium for flexible cable to accept and flat connection. ~ Afro, and the connection module and circuit substrate is vertical or water group and: Sense: piece 1 Hai: bokeh lens by - mirror seat The support is fixed to the light source mold and then glued to the card or the cymbal. The one-way substrate and the connection module can be a general foot and at least one card _ 疋 =. The connection module has a plurality of electrically connected flexible flexible lines. With =, the electrical pin is covered by the clamping element and the solid state is captured. The ground cable is connected to the flexible cable. The side view type mirror is lifted, and the endoscope is placed in a direct view or an overall volume, which effectively reduces the diameter and low diameter of the endoscope device and operates. And (4) t phase m body (four) caused by the * system is relatively reduced M309972 into a new use of new optoelectronic and electronic packaging technology, so that the endoscope is comfortable and comfortable. 22 created endoscope has low cost, performance can be everyone You can bring your own - the main, the low price, the game can be abandoned or easily become a contagion. = The lens has not been completely disinfected for a long time. It is more advanced to understand the characteristics of the technique and the effect achieved. Use, and one or two i:=:r峨 as an aid [Embodiment] In order to make the above-mentioned purpose, characteristics, and superior objects and their connection structure of this magical work, special = actual will be, the component symbol plus month The same element in the middle of τ ^ ^ 11 is not intended to be the case, the second picture is the transmission of the electronic signal to the connection mode 13 on the creative road board, and then the electronic signal of the image is transmitted to the process through the flexible cable. After the ^ number is processed, on the display of the computer or monitor:: The circuit substrate 11 and the connection module 13 are included, wherein the electric substrate U ^ has 1 = convex, the first substrate m of 113 and the first plate having two trenches 114, and the second substrate U2 provides carrying and electricity The optical connection component 12 can be used to convert the optical image into a dice signal. The connection module 13 is a signal transmission medium of the circuit substrate u and the loading U for receiving and transmitting the flexible cable. Electronic signal. M309972 Π4 TtVuAlTm 5 114, brother one substrate iU & strip structure, the upper end of the two flange ιΐ3 board; and there is a younger brother; = 1212 'convenient welding system. · The first base 13 has Two electrical pin sets (in the connection mode is not connected = the connection module 13 is glued or snapped, horizontally connected to the first un-reverse) j == upper ' thereby providing electrical connection flexibility: two = change I want to wear clothes. Moreover, the connection module 13 can further have a fastening component for the iiC leg set and provides a snap fit flexible cable. By the above, the internal volume of 1 = ^ overall volume, convenient materials and cost reduction. Compared with the three figures, it is the endoscope device line 33 disclosed in the present invention. In the basin, the well adjusts the first two pieces 12, the connecting structure 1 and the flexible row 32 to emit the light beam to the outside, and the framing lens piece d S The reflected light fixed to the light source module 31 and the light sensing element sensing component collects the object to form an optical image. The optical image lir is connected to the circuit substrate 11 of the structure 1 and can be connected to the electric material = electron according to the light level. The connection terminal 13 of the connection structure 1 and the electrical connection of the flexible flexible cable 33 are connected, so that the flexible row element / ^ and the flexible row '33 are electrically connected and processed by the crying & electronic shouting The processor, the image is advanced, and the electronic signal is supplied to the display to display the image or the endoscope. The light source module 31 includes the light-emitting diode to generate the light source. The sensing element 12 is an electric M3 09972:d (CCD) or a complementary metal oxide semiconductor (CMOS) photoelectric_iC converts an image into an electronic signal by optical, a flexible row 4', and another ^^^^ A combination of plates, cables, enameled wires or general wires. The side view of the example of the exemplified, the fifth figure is a side view of the present invention. The fourth embodiment is a fourth preferred embodiment of the present invention. In the fourth figure, the connection, the circuit board 41 of the connection 44 carries the light sense and the connection module 42 is vertically connected, and the lower end j 421' of the connection module 42 can be inserted and clamped into the flexible row. 'Line 33' By this, the connection knot is usually low in manufacturing cost, small in size, and high in assembly efficiency, and can be used in a direct-view type endoscope for medical use. In the fifth figure, the connection is made. The light sensing component 12 is disposed on the side of the circuit substrate 51 of the circuit 5, and the connection module is horizontally connected to the other side of the circuit ^51, and the light sensing component I and the splicing module 52 are located on the circuit substrate 51. The two sides, and the connecting module 52 ^ has a recess 421 at the lower end, which can be inserted and clamped to the flexible cable, and the i-connecting structure 5 can be used for providing medical treatment. The circuit substrate 61 of the connection structure 6 is provided with a light sensing member 12, and the same side surface of the circuit substrate 61 Connected to the connection module b2, and further, the lower end of the connection module 62 has a recess 421 for inserting and securing the flexible cable 33, whereby the connection structure 6 can be used for side view type for medical purposes. In the endoscope, ', and Zhuang, please read the seventh picture, which is the best example of the application of the endoscope lens disclosed in this creation. In the figure, the endoscope device A processor 71 is connected to the end of the end of the lens unit 3, and the front end of the endoscope device 3 can be inserted into the body cavity to capture the image of the body, and then connected to an electronic device 72, a display 73 or the processor 71 via the processor 71. The built-in display 74 is electrically connected, whereby the 11 M309972 endoscope device 3 can obtain the working power from the electronic device 72 and the display crying pool, and is processed by the processor 71 or the built-in electrical processing. The display screen of the electronic device 72 and the electronic signal of the cymbal are converted. The secondary stalker 73 or 74 is only exemplified, not for the spirit and scope of the restrictive creation, but for the 1st entry. Any 4 modifications or changes that are not included in this Attachment 4 are required to be included. BRIEF DESCRIPTION OF THE DRAWINGS P is a schematic diagram of a preferred embodiment of the connection structure disclosed in the present application; the connection structure disclosed in the present invention is a side view of the preferred embodiment of the present invention. The exploded view of the preferred embodiment of the disclosed endoscope device is a side view of a fourth preferred embodiment of the connection structure of the side view of the second preferred embodiment of the present invention; And the diagram of the third preferred embodiment of the connection structure disclosed in the present application. The t-picture of the preferred embodiment disclosed in the present application uses the reference frame of the warehouse. Mirror mounted 12 M309972 [Main component symbol description] Bu 4, 5 and 6: connection structure; 11, 41, 51 and 61 ·• circuit substrate; 111: first substrate; 112: second substrate; 113: flange; : trench; 115: first electrical pin set; 12: light sensing component; 13, 42, 52 and 62: connection module; 3: endoscope device; 31: light source module; 32: viewfinder lens ; 321 : mirror holder; 33: flexible cable; 331: electrical terminal; 421: groove; 71: processor; 72: electronic device; and 73 and 74: display. 13