M392637 五、新型說明： 【新型所屬之技術領域】 本創作主要猶關於-種檢耳鏡H種可攜式且内建 螢幕之檢耳鏡。 【先前技術】 . 多赠路連接至大型顯示11上細示4Φ，賴大型顯示 _ H有著畫面大、她察4面等優點，亦有著難以攜帶移動、佔 工間等缺點存在’因此祕人貞進行視料，必讎制病患到 達顯示器至配置場所方能進行診斷，並非是搬運該些内視鏡之 醫療儀H核妨_，錢順殊航賴於外地診 察如刖往災區或是疫區等等，則必須耗費人力物力來搬運該 ϋ療儀器’造成移動上的不便，而搬運時間如過長又容易耽 誤到患者的就诊時機，且在搬運時醫療儀器亦有碰撞損壞的風 • 險。 ’ 又中華民國新型專利第娜3293號揭露-種「可攜式泛 察0視鏡」係可解決上述問題，但在使用上仍有 二許問題存在，例如第M36地號所揭露的内視鏡，其顯示 並無法隨著使用者之需求來轉動，即麵示器是為一固定角 度並固疋於㈣鏡上，在操作納視鏡時，醫療人員必須要藉 *移動自己的身體方能達到最佳觀察的角度，如此_來在使用 上相當的不方便。 3 M392637 因此’如何提供一種便於攜帶 '螢幕可旋轉且易於操作之 耳鼻喉科用的内視鏡來協助醫療人員視診，實為現在急於解決 的課題。 【新型内容】 本創作之主要目的在於提供一種可攜式檢耳鏡，藉此設計 解決前述之習用内視鏡不方便使用的問題。 為達前揭目的，本創作提供一種可攜式檢耳鏡，該檢耳鏡 具一手持部、-觀察部[連接部，該手持部上設有複數個功 能按鈕，該檢耳鏡包括： 一發光模組，係裴設於該觀察部内，且包含至少一發光元 件，用以產生光線照明前方； 一顯示模組，係裝設於該連接部上； -影像感賴組’健設於峨察勒，無顯示模組相 連接，可傳送影像訊號至該顯示模組顯示； 一焦距調顏組’減郷像感賴控制調整該 影像感測模組之焦距； -溫度感賴組，棘設於魏察部頂部麵，用該溫度 感測模組對測者作溫度測量，產生—溫度量測結果； -影像處理模組，係與該影像感職組相連接，可將該影 像訊賴駭-f彡讀案，或齡練_該影像訊 號； 4 M392637 -儲存模組’可触郷像㈣及該溫度量測結果； ^系統處理模組，係與該影像處理模組、該儲存模組及該 溫度感測模組相連接’並依據該些功能按紐執行—錄影功能、 -拍照功能…播放功能、—溫度顯示功能或—焦距調整匕功 能；以及 -電源模組’係裝設於該手持勒，與上述各模組相 並提供電力。 本創作提供之可攜式檢耳鏡，其中該連接部係環繞該手持 部並可相對該手持部旋轉，並設有一與該顯示模組電性連接之 接收埠，該顯示模組具有一與該接收埠連接之輸出埠，且該輸 出埠與該触埠分稱公·態之_連接軒，令該顯=模 組於連接後可於該手持部上旋動。 本創作提供之可攜式檢耳鏡，其更包括該顯示模組具有一 轉動部’該轉動部係將該顯示模組_支承成可叫目對於該輸 出璋轉動。 本創作藉崎射赋檢耳鏡之料，祕人貞在使用時 只需手持該檢耳鏡之手持部，將檢耳鏡之觀察部朝向欲診察之 耳、鼻或喉朗，絲勒之發光歡可提供獅光源，使該 影像感測触可取得耳、鼻或喉朗之輝，並透過該顯示^ 組來直細補影像’令醫療人員可錄㈣的轉到耳鼻 或喉腔内敝況，並且細稍組可雜醫療人貞之需求來旋 轉至所需角度位置’增加便利性，而本創作更提供錄影功能、 5 M392637 拍照功能和播放功能，並具有儲存空間可儲存該些與片昭 片，可作為病麵細，此外，本_如朗於=耳_ 更具備量罐溫之功能。由於本_係採取柄、易攜帶使 用、具有可轉動之小型顯示器及具備錄影、軸、播放、田产 顯示、焦闕麵咖性，令醫療人員得吻易攜帶本^ 可攜式_鏡至各場所轉使用’並可錄影拍照製成病歷，不 僅可加速醫療診察的效率，亦可增加轉時的方便性。M392637 V. New description: [New technical field] This creation is mainly about the H-type portable otoscope with built-in and built-in screen. [Prior Art] . Multi-gifting connection to large display 11 shows 4Φ, Lai large display _ H has the advantages of large screen, she has 4 sides, etc. It also has the disadvantages of being difficult to carry mobile, occupying the workplace, etc.贞 视 视 , , , , , , , , , 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达 到达In the epidemic area, etc., it is necessary to use manpower and resources to carry the therapeutic equipment. This causes inconvenience to the movement, and the handling time is too long and it is easy to delay the patient's visit timing, and the medical instrument also has the wind of collision damage during transportation. • Risk. 'The Republic of China's new patent No. 3293 discloses that the "portable pan-view 0 mirror" can solve the above problems, but there are still two problems in use, such as the endoscope disclosed in the M36. The mirror, its display does not rotate with the user's needs, that is, the facet is fixed at a fixed angle and fixed on the (four) mirror. When operating the mirror, the medical personnel must borrow * to move their body. It is possible to achieve the best observation angle, so it is quite inconvenient to use. 3 M392637 Therefore, it is an urgent problem to solve the problem of how to provide an endoscope for the otolaryngology that is easy to carry and that is easy to operate. [New content] The main purpose of this creation is to provide a portable otoscope to solve the problem of the inconvenient use of the aforementioned conventional endoscope. In order to achieve the above, the present invention provides a portable otoscope, which has a hand-held portion, an observation portion [connecting portion, and a plurality of function buttons are disposed on the handheld portion, the otoscope includes: An illumination module is disposed in the observation portion and includes at least one light-emitting component for generating light to illuminate the front side; a display module is mounted on the connection portion; - the image sensing group is set in峨察勒, no display module is connected, can transmit image signal to the display module display; a focal length adjustment group 'minus image sense control adjusts the focal length of the image sensing module; - temperature sense group, The thorn is set on the top surface of the Weicha part, and the temperature sensing module is used for temperature measurement of the tester to generate a temperature measurement result; - the image processing module is connected with the image sensory group, and the image can be connected讯骇骇-f彡 reading, or aging _ the image signal; 4 M392637 - storage module 'touchable image (4) and the temperature measurement results; ^ system processing module, and the image processing module, The storage module and the temperature sensing module are connected to each other and based on the work The button can be executed - the video function, the camera function, the playback function, the temperature display function or the - focus adjustment function, and the - power module is mounted on the handheld unit to provide power with the above modules. The portable otoscope provided by the present invention, wherein the connecting portion surrounds the handheld portion and is rotatable relative to the handheld portion, and is provided with a receiving raft electrically connected to the display module, the display module having a The output 埠 is connected to the output 埠, and the output 埠 is connected to the 埠 公 , , , , , , , , , , , , , , , , , 。 。 。 。 。 。 。 。 。 。 。 。 。 The portable ear detector provided by the present invention further includes a rotating portion of the display module. The rotating portion supports the display module to rotate for the output. This creation borrows the material of the otoscope, and the secret person only needs to hold the hand-held part of the otoscope when using it, and the observation part of the otoscope is directed to the ear, nose or throat of the examination, and Luminous sensation can provide a lion light source, so that the image sensing touch can obtain the radiance of the ear, nose or throat, and through the display group to directly fill the image 'to enable medical personnel to record (4) to the ear, nose or throat The situation, and the fine group can be rotated to the desired angular position to increase the convenience, and the creation also provides video recording function, 5 M392637 camera function and playback function, and has storage space to store the The film shows that it can be used as a disease surface. In addition, this _ is as good as the ear _ more has the function of measuring the temperature of the can. Because this _ is a handle, easy to carry, has a small display that can be rotated, and has video, axis, playback, field display, and esoteric face, so that medical personnel can kiss and carry this portable _ mirror to each The use of the site can be used to make a medical record, which not only speeds up the efficiency of medical examinations, but also increases the convenience of transit.
有關本創作之麟、手段及其魏，轉難1施例並配 合圖式詳細說明於後。 【實施方式】 請參閱圖卜圖1係揭示本創作可攜式檢耳鏡之一較佳實 施例，該可攜式檢耳鏡1具一手持部i卜一觀察部12及一連 接部13，該手持部U係提供使用者握_，其上設有複數個 功能按紐28 ’該些功能按紐Μ係位於使用者握持後可以很輕# 易按壓的位置’舉例而言，功能按紐28可包括錄影按紐、拍t 照按紐、播放按赵、電源按紐、溫度顯示按紐、焦距調整按鈕 等等，本創作並不限定按鈕種類；觀察部12之一端具有一攝 像孔121 ;該可攜式檢耳鏡！包括：一發光模组2卜一顯示模 組22、一影像感測模組23、一影像處理模組％、一儲存模組 25、一系統處理模組26、一電源模組27、一焦距調整模組3〇 及-溫度感測模組31，請-併參閱圖2來了解整體架構，其 6 中： 該發光模組21，係裝設於該觀察部12内，且包含至少一 發光元件，用以產生光線來透過觀察部12之攝像孔121照明 前方，該發光元件可為一發光二極體(LED)或一有機發光二極 體(OLED)，係可選用白色LED或白色OLED來提供白色光源。 該顯示模組22，係裝設於該連接部13上，該顯示模組22 可為一液晶顯示器(LCD)、一有機發光二極體(0LED)顯示器、 一電漿顯示器或一陰極射線管(CRT)顯示器；該影像感測模組 23，係裝設於該觀察部12内，並透過觀察部12之攝像孔121 來取传於像產生影像訊號，該影像感測模組23與該顯示模組 22相連接，可傳送影像訊號至該顯示模組22顯示，該影像感 測模組23可為互補式金屬氧化半導體(CM〇s)或電荷耦合元 件(CCD)。 該影像處理模組24，係與該影像感測模組23相連接，可 將該影像訊號壓縮成一影像檔案，或將該影像檔案解壓縮為該 影像訊號，並可將影像作全面或局部放大顯示；該儲存模組 25係可儲存前述之影像檔案，該儲存模組25可為SD卡、 卡、MS卡、硬碟或可寫式光碟。 該焦距調整模組30，係耦接該影像感測模組23，用以控 制調整該影像感測模組23之焦距，該焦距調整模組3〇可為一 旋環式調整構件，可旋轉地裝設於觀察部12之前端，提供一 護人員以轉動的方式調整該影像感測模組23之焦距對焦；該 7 …'距調整模組30更可為―触，該按钮可躲魏按紐μ之 位置’利用觀的方式來輕f彡減職組23之焦距對焦； 田然，該焦距調整淑3G亦可自動對焦，以提供清晰晝面給 醫護人員進行診察。 該溫度感測模組31，係裝設於該觀察部12頂部前端，例 如係设置於觀察部12之攝像孔121周圍，在醫護人員進行耳 腔珍察時’該攝像孔121 t進入耳腔進行觀察來取得影像，在 此時可一併使用該溫度感測模組31進行作溫度測量，產生一 溫度量測結果’並可將此溫度量測結果儲存於儲存模組乃中。 該系統處理模組26，係與該影像處理模組24、該儲存模 、、且25及該狐度感測模組31相連接，並依據該些功能按紐28 執行一錄影功能、一拍照功能、一播放功能、一溫度顯示功能 或一焦距調整功能，該錄影功能或該拍照功能為使用該影像處 理模組24，將該影像訊號壓縮為該影像檔案，並儲存該影像 檔案於儲存模組25中，該播放功能為使用該影像處理模組 24，將該儲存模組25中的該影像檔案解壓縮為該影像訊號， 並使用該顯示模組22顯示該影像訊號，該溫度顯示功能係可 將儲存模組25中複數組之溫度量測結果作曲線式圖表顯 示或依照日期時間南低溫排列之群組顯示，或直接顯示該 溫度感測模組31產生之該溫度量測結果。 該電源模組28，係裝設於該手持部11内，與上述各模組 相連接並提供電力，該電池模組28可為乾電池或充電電池。 M3.92637 該可攜式檢耳則更包含一固定構件14， 該顯示模組22連接於連接 、固疋 可為卡爐、M w 位置’該固定構件14 σ、’麵示模組22與連接部13相連接 可利臟定構件14來固定絲模㈣之位置，攜 =為方便’欲使用時則先鬆脫該固定構件 來該顯示模組22即可轉動。 主本創作轉啊攜錢喊1之顿部u触醫療人員 ：ΓΙ.：ΓΙ：2^ 道中來進㈣察，在診察時藉由發光模組21上的 提供光源，使得影像感測模組23可取得 、 步產生影像訊號’並傳送該訊號至顯示 ：： =厂療人員可__輪餘22來轉，二= 廿牡爾仔模組25中，以供日後 腔道為耳，更可利用溫度感測模組 測，並可娜树她綱趙溫的量 模二接圖3與圖4，圖3為本創作-實施例的顯示 、、〜、連接邛連接示意圖與轉動示意圖，圖 1=二轉Γ意圖，、該連接部13係環繞該手持部11 ‘ 接收埠131❹_’並設有一與該顯示模組22電性連接之 ，而該顯示模組22具有—與該接收埠131連接之 輪出璋221，該輪出埠功與該接收谭⑶分別為公母型態之 9 M392637 圓柱連接端子，令該顯示模組22於連接後可於該手持呷工 旋動’該顯示模組22 *具有一轉動部222，該轉動部 將該顯示模組22樞轉支承成可以相對於該輸出棒功轉動糸 因此藉由該轉動部222、公母型態之圓柱連接端子的輪^ 221和接收埠131及可相對該手持部^旋轉之連接部η，可 提供顯示触22高達六個方向職射向，具有即高的活動 範圍’可依據醫療人S之需求來旋轉至所需肖度位i，增加便 利性。 上述實施例僅為說明本創作之原理及其功效，並非限制本 創作。因此習於此技術之人士對上述實施例進行修改及變化仍 不脫本創作之精神。本創作之_範圍應如後述之申請專利範 圍所列。The basics of the creation, the means and the Wei, the transfer of the 1 case and the accompanying drawings are explained in detail later. [Embodiment] Referring to FIG. 1 , a preferred embodiment of the portable ear detector is disclosed. The portable ear detector 1 has a hand-held portion, a viewing portion 12 and a connecting portion 13 . The hand-held U is provided with a user grip _, and a plurality of function buttons 28 are provided thereon. The function buttons are located at the user's grip and can be very light. [Easy to press position] For example, function The button 28 can include a video button, a t-photo button, a play button, a power button, a temperature display button, a focus adjustment button, etc., the creation does not limit the button type; one end of the observation unit 12 has a camera. Hole 121; the portable otoscope! The system includes: a light-emitting module 2, a display module 22, an image sensing module 23, an image processing module, a storage module 25, a system processing module 26, a power module 27, and a focal length. The adjustment module 3〇 and the temperature sensing module 31, please - and refer to FIG. 2 to understand the overall architecture, wherein: the illumination module 21 is mounted in the observation portion 12 and includes at least one illumination The component is used to generate light to illuminate the front through the imaging aperture 121 of the viewing unit 12, and the illuminating component can be a light emitting diode (LED) or an organic light emitting diode (OLED), and the white LED or the white OLED can be selected. To provide a white light source. The display module 22 is mounted on the connecting portion 13. The display module 22 can be a liquid crystal display (LCD), an organic light emitting diode (OLED) display, a plasma display or a cathode ray tube. (CRT) display; the image sensing module 23 is mounted in the observation unit 12, and is transmitted through the imaging hole 121 of the observation unit 12 to generate an image signal, and the image sensing module 23 is The display module 22 is connected to the display module 22 for transmitting image signals. The image sensing module 23 can be a complementary metal oxide semiconductor (CM〇s) or a charge coupled device (CCD). The image processing module 24 is connected to the image sensing module 23, and can compress the image signal into an image file, or decompress the image file into the image signal, and can fully or partially enlarge the image. The storage module 25 can store the aforementioned image file, and the storage module 25 can be an SD card, a card, an MS card, a hard disk or a writable optical disc. The focus adjustment module 30 is coupled to the image sensing module 23 for controlling the focal length of the image sensing module 23, and the focal length adjusting module 3 can be a rotating ring adjusting member and can be rotated. The grounding device is disposed at the front end of the observing portion 12, and provides a guard to adjust the focal length of the image sensing module 23 in a rotating manner; the 7...the distance adjusting module 30 can be a touch, and the button can hide Press the position of the button to use the method of view to reduce the focus of the focus group 23; Tian Ran, the focus adjustment 3G can also be automatically focused to provide a clear face to the medical staff for examination. The temperature sensing module 31 is mounted on the top end of the observation portion 12, for example, around the imaging hole 121 of the observation portion 12, and the imaging hole 121 t enters the ear cavity when the medical staff performs the ear cavity inspection. Observing to obtain an image, the temperature sensing module 31 can be used together for temperature measurement, and a temperature measurement result is generated, and the temperature measurement result can be stored in the storage module. The system processing module 26 is connected to the image processing module 24, the storage module, and the VR sensor module 31, and performs a video function and a photo according to the function buttons 28. a function, a play function, a temperature display function or a focus adjustment function, the video function or the photographing function is to use the image processing module 24, compress the image signal into the image file, and store the image file in the storage mode In the group 25, the playback function is to use the image processing module 24 to decompress the image file in the storage module 25 into the image signal, and display the image signal using the display module 22, the temperature display function. The temperature measurement result of the complex array in the storage module 25 can be displayed as a curve chart or displayed in groups according to the date and time of the south and low temperature, or the temperature measurement result generated by the temperature sensing module 31 can be directly displayed. The power module 28 is mounted in the handheld unit 11 and connected to the modules to provide power. The battery module 28 can be a dry battery or a rechargeable battery. M3.92637 The portable ear detector further comprises a fixing member 14, the display module 22 is connected to the connection, the fixing can be a card furnace, the Mw position 'the fixing member 14 σ, the face module 22 and The connecting portion 13 is connected to the position of the squeezing member 14 to fix the position of the wire mold (4), and it is convenient to carry it out. When the user wants to use it, the display module 22 can be rotated. The main creative creation, with the money, shouted 1 to the Ministry of Health, contacted the medical staff: ΓΙ.: ΓΙ: 2^ The road came in (4), during the examination, the light source module 21 provided the light source to make the image sensing module 23 can obtain, step to generate image signal 'and transmit the signal to display:: = factory staff can __ turn 22 to turn, two = 廿 尔 仔 模组 module 25, for the future cavity for the ear, more It can be measured by the temperature sensing module, and can be connected to FIG. 3 and FIG. 4, and FIG. 3 is a schematic diagram showing the connection, rotation, and connection of the display, the ~, the connection connection of the creation-embodiment, FIG. 1 is a second embodiment of the present invention. The connecting portion 13 is received around the handheld portion 11' and is electrically connected to the display module 22. The display module 22 has a receiving port. The 131-connected wheel exit 221, the wheel-out gong and the receiving tam (3) are respectively male-female type 9 M392637 cylindrical connecting terminals, so that the display module 22 can be rotated after the connection is completed. The display module 22* has a rotating portion 222, and the rotating portion pivotally supports the display module 22 so as to be opposite to the The rotation of the rod is performed, so that the display portion 22 can be provided up to six by the rotating portion 222, the wheel 221 of the male-female cylindrical connecting terminal, and the receiving port 131 and the connecting portion η which is rotatable relative to the hand portion Directional service direction, with a high range of activity 'can be rotated to the required degree i according to the needs of the medical person S, increasing convenience. The above embodiments are merely illustrative of the principles and functions of the present invention and are not intended to limit the present invention. Therefore, those skilled in the art can make modifications and changes to the above embodiments without departing from the spirit of the present invention. The scope of this creation shall be as listed in the patent application scope described later.
10 【圖式簡單說明】 圖1為本創作一實施例的 圖2為本創作-實施例的可：耳鏡整體示意圖，· 圖34太細：杳… 揭式檢耳鏡架構示意圖 為本到作f施例的顯示模組與連接部連接示意圖與 轉動示意圖； 圖4為本創作一實施例的連接部轉動示意圖 【主要元件符號說明】10 [Simple description of the drawings] FIG. 1 is a schematic view of the present embodiment of the present invention, which may be: an overall view of the otoscope, and FIG. 34 is too thin: 杳... The schematic diagram of the otoscope structure is FIG. 4 is a schematic diagram showing the connection of the display module and the connecting portion of the embodiment of the present invention; FIG. 4 is a schematic diagram showing the rotation of the connecting portion according to an embodiment of the present invention.
1 :可攜式檢耳鏡 11 :手持部 12 =觀察部 121 :攝像孔 13 :連接部 131 :接收埠 14 :固定構件 21 :發光模組 22 :顯示模組1 : Portable otoscope 11 : Hand-held part 12 = Observation part 121 : Camera hole 13 : Connection part 131 : Receiving 埠 14 : Fixing member 21 : Light-emitting module 22 : Display module
221 :輸出埠 222 I轉動部 23 :影像感測模組 24 .影像處理模組 25 ·儲存模組 26 :系統處理模組 27 :電源模組 28 :功能按鈕 3〇 :焦距調整模組 31 :溫度感測模組 11221 : output 埠 222 I rotating part 23 : image sensing module 24 . image processing module 25 · storage module 26 : system processing module 27 : power module 28 : function button 3 〇 : focus adjustment module 31 : Temperature sensing module 11