TWM634927U - built-in medical magnifier - Google Patents

Abstract

一種嵌入式醫用放大鏡，包含一眼鏡單元、一放大單元，及一第一調整單元，該眼鏡單元包括二彼此連接的鏡框、二分別與該二鏡框連接的支撐架，及二設置於該鏡框的鏡片，該放大單元包括二分別設置於該二鏡片的放大鏡組，該第一調整單元包括二分別設置於該二鏡框與該二支撐架之間的角度樞轉結構，該二角度樞轉結構可使該二鏡框以同一個軸心相對該二支撐架樞轉，可以提供使用者調整該二放大鏡組的角度，避免該使用者以低頭的姿勢使用該嵌入式醫用放大鏡。An embedded medical magnifying glass, comprising a spectacle unit, a magnifying unit, and a first adjustment unit, the spectacle unit comprising two mirror frames connected to each other, two support frames respectively connected to the two spectacle frames, and two frames arranged on the spectacle frame lens, the magnifying unit includes two magnifying lens groups respectively arranged on the two lenses, the first adjustment unit includes two angle pivoting structures respectively arranged between the two mirror frames and the two supporting frames, the two angle pivoting structures The two spectacle frames can be pivoted relative to the two supporting frames with the same axis, and the angle of the two magnifying glass groups can be adjusted by the user, so as to prevent the user from using the embedded medical magnifying glass in a bowed posture.

Description

嵌入式醫用放大鏡built-in medical magnifier

本新型是有關於一種醫用放大鏡，尤其是一種嵌入式醫用放大鏡。The present invention relates to a medical magnifying glass, in particular to an embedded medical magnifying glass.

由於人類的視力有所極限，醫生的視力也不例外，因此對於患者在臨床上的病徵或任何部位的外觀所能看到的外觀與細部結構有所限制，因此在醫療領域中，醫生常常會使用頭戴式手術放大鏡來放大其視野，透過能將影像放大的光學輔助器材，為患者進行各種醫療、手術或相關病情診斷上之運用，有助各種醫療行為的進行。Due to the limit of human eyesight, doctors' eyesight is no exception, so the appearance and detailed structure that can be seen by the patient's clinical symptoms or the appearance of any part are limited, so in the medical field, doctors often Use the head-mounted surgical magnifier to enlarge its field of vision, and use the optical auxiliary equipment that can magnify the image to perform various medical treatment, surgery or related disease diagnosis for patients, which is helpful for various medical behaviors.

請參閱圖1，為目前常用的頭戴式手術放大鏡1，該頭戴式手術放大鏡1包括眼鏡11，及二設置在該眼鏡11的放大模組12，其中，該二放大模組12分別固定在該眼鏡11的鏡片上，使用者（包括醫生）配戴該頭戴式手術放大鏡1後可以清楚看到微小的目標物，以為患者進行各種精密的醫療行為，但是該二固定在鏡片上的放大模組12具有無法調整角度的問題。Please refer to Fig. 1, it is a head-mounted surgical magnifier 1 commonly used at present. On the lenses of the glasses 11, users (including doctors) can clearly see tiny objects after wearing the head-mounted surgical magnifier 1, so as to carry out various precise medical actions for patients, but the two lenses fixed on the lenses The enlargement module 12 has the problem that the angle cannot be adjusted.

請參閱圖2，相關的研究報告建議，人類的身體長時間低頭的角度不可以超過20度，可以保護頸部和上背部的肌肉，如果低頭的角度大於40度並且每彎曲5度時，頭部就會多承受5磅的壓力，通常手術中的患者21是躺臥於手術台上以接受使用者22的治療，造成使用者22具有長時間低頭進行手術的問題，並且脖子的傾斜遠超過專家建議的20度，長時間維持頭部的彎曲會造成頸部和上背部的受傷，因此頸部和上背部不舒服是需長時間低頭從事專業職能人員的痛苦。Please refer to Figure 2. Related research reports suggest that the human body should not bow its head at an angle exceeding 20 degrees for a long time, which can protect the muscles of the neck and upper back. Usually, the patient 21 during the operation is lying on the operating table to receive the treatment of the user 22, causing the user 22 to have the problem of bowing his head for a long time to perform the operation, and the tilt of the neck is far more than Experts recommend 20 degrees. Keeping the head bent for a long time will cause neck and upper back injuries. Therefore, discomfort in the neck and upper back is a pain for those who need to bow their heads for a long time to engage in professional functions.

雖然頭戴式手術放大鏡可以放大使用者的在視野，但實際使用時仍具有下列缺點：Although the head-mounted surgical magnifier can enlarge the user's field of vision, it still has the following disadvantages in actual use:

一、無法避免肌肉的受傷： 上述頭戴式手術放大鏡是一種固定在眼鏡鏡片上的技術，屬於一種個人專用的頭戴式放大設備，因此必須依據使用者頭部的結構及雙眼的瞳距進行訂做，其眼鏡及放大鏡都屬固定結構，位置及角度都不可以再次調整，並且實際使用時，使用者針對躺姿或臥姿的患者進行治療時仍必須處於長時間低頭的姿勢，造成使用者的頸部和上背部的肌肉多少都會發生受傷的情況。 1. Unavoidable muscle injuries: The above-mentioned head-mounted surgical magnifier is a technology fixed on the spectacle lens, which is a kind of personal head-mounted magnifying device, so it must be customized according to the structure of the user's head and the interpupillary distance of the eyes. The glasses and magnifiers They are all fixed structures, and the position and angle cannot be adjusted again. In actual use, the user must still keep his head down for a long time when treating patients in the lying or prone position, causing the user's neck and upper back Muscles are injured more or less.

二、無法提供多人使用： 一般頭戴式手術放大鏡的眼鏡結構是固定的，因此設置兩個鏡片上的放大鏡模組，其左右的位置並不可以隨意調整的，因此早期的頭戴式手術放大鏡無法配合不同使用者的瞳距進行調整，只能專屬個人使用，而具有無法提供多人使用的缺點。 2. It cannot be used by multiple people: Generally, the glasses structure of the head-mounted surgical magnifier is fixed, so the left and right positions of the magnifying glass modules on the two lenses cannot be adjusted at will, so the early head-mounted surgical magnifiers cannot match the pupils of different users. Adjusting the distance can only be used exclusively by individuals, but has the disadvantage that it cannot be used by multiple people.

三、無法提供照明： 牙醫師在進行口腔治療時，由於一般的病人，其口腔的開口範圍有所限制，無法將開口張的很大，造成進入口腔內部的光線量並不足夠而產生昏暗的狀況，當牙醫配戴該頭戴式手術放大鏡時無法有效補充口腔內部的光線，進而產生視線不佳的狀況。 3. Unable to provide lighting: When a dentist performs oral treatment, the opening range of the mouth of the general patient is limited, and the mouth cannot be opened very wide, resulting in insufficient light entering the oral cavity and resulting in a dim situation. When the dentist wears The head-mounted surgical magnifying glass cannot effectively supplement the light inside the oral cavity, resulting in poor vision.

四、無法進行錄影： 一般的頭戴式手術放大鏡上並沒有設置錄影機，無法對使用者的治療過程或手術過程進行影像的記錄，如果要在眼鏡上要裝設設錄影機，電力的來源或是影像檔案的傳輸技術及儲存技術，都是必須進一步解決的問題。 4. Unable to record: The general head-mounted surgical magnifying glass is not equipped with a video recorder, which cannot record the image of the user's treatment process or operation process. If a video recorder is to be installed on the glasses, the source of power or the transmission of image files Technology and storage technology are issues that must be further resolved.

因此，如何在提供放大視野的基礎上，改善使用者低頭的問題，並且可以補充足夠的照明至所觀察之目標物，還可以進行影像的錄製，是相關技術人員亟需努力的目標。Therefore, on the basis of providing a magnified field of view, how to improve the problem of the user bowing his head, and how to add sufficient illumination to the observed object and record the image is an urgent goal for the relevant technical personnel.

有鑑於此，本新型之目的是在提供一種嵌入式醫用放大鏡，可以避免使用者以低頭的姿勢使用該嵌入式醫用放大鏡。In view of this, the purpose of the present invention is to provide an embedded medical magnifying glass, which can prevent users from using the embedded medical magnifying glass in a posture of bowing their heads.

該眼鏡單元包括二彼此連接的鏡框、二分別與該二鏡框連接的支撐架，及二設置於該鏡框的鏡片。The spectacle unit includes two spectacle frames connected to each other, two support frames respectively connected to the two spectacle frames, and two lenses arranged on the spectacle frames.

該放大單元包括二分別設置於該二鏡片的放大鏡組。The magnifying unit includes two magnifying lens groups respectively arranged on the two lenses.

該第一調整單元包括二分別設置於該二鏡框與該二支撐架之間的角度樞轉結構，該二角度樞轉結構可使該二鏡框以同一個軸心相對該二支撐架樞轉。The first adjustment unit includes two angle pivoting structures respectively arranged between the two mirror frames and the two supporting frames, and the two angle pivoting structures can make the two mirror frames pivot relative to the two supporting frames with the same axis.

本新型的又一技術手段，是在於上述之每一角度樞轉結構具有一設置於該支撐架的設置部，及一設置於該鏡框的軸桿，該軸桿設置於該設置部，該二軸桿對準該二鏡框的旋轉軸心。Yet another technical means of the present invention is that each of the above-mentioned angle pivoting structures has a setting part arranged on the support frame, and a shaft rod arranged on the mirror frame, the shaft rod is arranged on the setting part, and the two The shaft rods are aligned with the rotation axes of the two mirror frames.

本新型的另一技術手段，是在於上述之該嵌入式醫用放大鏡更包含一第二調整單元，該第二調整單元包括一設置於該二鏡框之間的間距調整結構，該間距調整結構用於調整該二鏡框的間隔距離。Another technical means of the present invention is that the above-mentioned embedded medical magnifying glass further includes a second adjustment unit, and the second adjustment unit includes a distance adjustment structure arranged between the two mirror frames, and the distance adjustment structure is used for Used to adjust the distance between the two mirror frames.

本新型的再一技術手段，是在於上述之該間距調整結構具有一設置於其中之一鏡框上的滑軌、一設置於另一鏡框上的滑塊，及一設置於該滑軌及該滑塊之間的固定件，該滑軌與該滑塊相互套接並可相互滑動，該固定件用於固定該滑軌與該滑塊的相對位置。Another technical means of the present invention is that the above-mentioned distance adjustment structure has a slide rail arranged on one of the picture frames, a slide block arranged on the other picture frame, and a slide rail arranged on the slide rail and the slide rail. The fixing part between the blocks, the sliding rail and the sliding block are mutually nested and can slide mutually, and the fixing part is used for fixing the relative position of the sliding rail and the sliding block.

本新型的又一技術手段，是在於上述之該第二調整單元包括二設置於該鏡框的橫移調整旋鈕，該二橫移調整旋鈕分別調整該二鏡片的橫移位置。Yet another technical means of the present invention is that the above-mentioned second adjustment unit includes two lateral movement adjustment knobs arranged on the mirror frame, and the two lateral movement adjustment knobs respectively adjust the lateral movement positions of the two lenses.

本新型的另一技術手段，是在於上述之該嵌入式醫用放大鏡更包含一照明單元，該照明單元包括一設置於該鏡框的照明模組，及一設置於該鏡框的攝影模組。Another technical means of the present invention is that the above-mentioned embedded medical magnifying glass further includes a lighting unit, and the lighting unit includes a lighting module arranged on the mirror frame, and a photographing module arranged on the mirror frame.

本新型的再一技術手段，是在於上述之該嵌入式醫用放大鏡更包含一照明單元，該照明單元包括一可分離地設置於該鏡框的組合座體，及一與該組合座體樞接的照明模組。Another technical means of the present model is that the above-mentioned embedded medical magnifying glass further includes a lighting unit, and the lighting unit includes a combination base body detachably arranged on the mirror frame, and a combination base body pivotally connected to the combination base body. lighting module.

本新型的又一技術手段，是在於上述之該照明單元更包括一與該照明模組樞接的濾鏡模組，該濾鏡模組用於過濾該照明模組發出的光線。Yet another technical measure of the present invention is that the above-mentioned lighting unit further includes a filter module pivotally connected with the lighting module, and the filter module is used to filter the light emitted by the lighting module.

本新型的另一技術手段，是在於上述之該照明單元更包括一與該照明模組連接的攝影模組，該攝影模組的攝影方向與該照明模組的光線照射方向一致。Another technical means of the present invention is that the above-mentioned lighting unit further includes a camera module connected to the lighting module, and the shooting direction of the camera module is consistent with the light irradiation direction of the lighting module.

本新型的再一技術手段，是在於上述之該照明單元更包括一與該組合座體連接的電力供應模組、一設置於該照明模組與該電力供應模組之間的磁吸模組，及一設置於該照明模組與該電力供應模組之間的接觸電極模組。Yet another technical means of the present model is that the above-mentioned lighting unit further includes a power supply module connected to the combined seat body, a magnetic attraction module arranged between the lighting module and the power supply module , and a contact electrode module arranged between the lighting module and the power supply module.

本新型之有益功效在於，該二角度樞轉結構可使該二鏡框以同一個軸心相對該二支撐架樞轉，以提供使用者依據觀看目標物的方位進行該二鏡框之旋轉角度的調整，使用者可以不必低頭就可以觀看位置較低的目標物。The beneficial effect of the present invention is that the two-angle pivoting structure can make the two mirror frames pivot relative to the two supporting frames with the same axis, so as to provide users with the ability to adjust the rotation angles of the two mirror frames according to the orientation of the viewing object , the user can watch the lower target without looking down.

有關本新型之相關申請專利特色與技術內容，在以下配合參考圖式之六個較佳實施例的詳細說明中，將可清楚地呈現。在進行詳細說明前應注意的是，類似的元件是以相同的編號來做表示。The features and technical contents of the relevant patent applications of the present invention will be clearly presented in the following detailed descriptions of the six preferred embodiments with reference to the drawings. Before proceeding with the detailed description, it should be noted that like elements are denoted by the same reference numerals.

參閱圖3及圖4，為本新型一種嵌入式醫用放大鏡之一第一較佳實施例，該嵌入式醫用放大鏡包含一眼鏡單元3、一放大單元4，及一第一調整單元5，該嵌入式醫用放大鏡是配置於一使用者22的頭部。Referring to Fig. 3 and Fig. 4, it is a first preferred embodiment of a kind of embedded medical magnifying glass of the present invention, and this embedded medical magnifying glass comprises a glasses unit 3, a magnifying unit 4, and a first adjustment unit 5, The embedded medical magnifying glass is arranged on the head of a user 22 .

該眼鏡單元3包括二彼此連接的鏡框31、二分別與該二鏡框31連接的支撐架32，及二設置於該鏡框31的鏡片33，該二鏡片33被固定在該二鏡框31中，該二支撐架32由該二鏡框31側邊向後延伸，該二支撐架32可以固定在該使用者22的耳朵上，藉此將該二鏡框31的位置固定在該使用者22的鼻樑上，實際實施時，該二支撐架32可以為頭帶結構，或使用其他的支撐結構，不應以此為限。The glasses unit 3 includes two frames 31 connected to each other, two support frames 32 respectively connected to the two frames 31, and two lenses 33 arranged on the frames 31, the two lenses 33 are fixed in the frames 31, the The two support frames 32 extend backward from the sides of the two spectacle frames 31, and the two support frames 32 can be fixed on the ears of the user 22, thereby fixing the position of the two spectacle frames 31 on the bridge of the nose of the user 22. In practice, the two support frames 32 can be a headband structure, or use other support structures, which should not be limited thereto.

該放大單元4包括二分別設置於該二鏡片33的放大鏡組41，其中，該二放大鏡組41是分別嵌入該二鏡片33中，主要的目的是使該二放大鏡組41可以接近該使用者22的雙眼，提供該使用者22可以更清楚地觀看目標物的微小外觀結構。The magnifying unit 4 includes two magnifying lens groups 41 respectively arranged on the two lenses 33, wherein the two magnifying lens groups 41 are respectively embedded in the two lenses 33, and the main purpose is to make the two magnifying lens groups 41 close to the user 22 The eyes provide the user 22 with a tiny appearance structure that can see the target more clearly.

該第一調整單元5包括二分別設置於該二鏡框31與該二支撐架32之間的角度樞轉結構51，該二角度樞轉結構51主要的目的是使該二鏡框31以同一個軸心相對該二支撐架32樞轉，於該第一較佳實施例中，每一角度樞轉結構51具有一設置於該支撐架32的設置部511、一設置於該鏡框31的軸桿512，及一可將該軸桿512固定在該設置部511的鎖固件513，該設置部511為設置於該該支撐架32一端的穿孔或凹槽，該軸桿512設置於該設置部511中，而該二軸桿512的位置對準該二鏡框31的旋轉軸心，以使該二鏡框31達成以同一個旋轉軸心相對該二支撐架32旋轉，實際實施時，該第一調整單元5可以使用其他的角度樞轉結構51，例如可以設置可驅動軸心轉動的旋轉馬達，或是使用齒輪接合結構來調整該二鏡框31的旋轉角度，不應以本較佳實施例的舉例為限。The first adjustment unit 5 includes two angle pivoting structures 51 respectively arranged between the two mirror frames 31 and the two supporting frames 32. The main purpose of the two angle pivoting structures 51 is to make the two mirror frames 31 rotate on the same axis The center pivots relative to the two supporting frames 32. In the first preferred embodiment, each angle pivoting structure 51 has a setting part 511 arranged on the supporting frame 32, and a shaft rod 512 arranged on the mirror frame 31. , and a locking member 513 that can fix the shaft 512 on the setting part 511, the setting part 511 is a perforation or groove arranged at one end of the support frame 32, and the shaft 512 is set in the setting part 511 , and the position of the two shafts 512 is aligned with the rotation axis of the second mirror frame 31, so that the second mirror frame 31 can rotate relative to the two support frames 32 with the same rotation axis. In actual implementation, the first adjustment unit 5. Other angle pivoting structures 51 can be used, for example, a rotary motor that can drive the axis to rotate can be provided, or a gear joint structure can be used to adjust the rotation angle of the two mirror frames 31, which should not be taken as an example in this preferred embodiment limit.

值得一提的是，該第一調整單元5之角度樞轉結構51的旋轉技術有別一般眼鏡之鏡架的收合旋轉結構，一般眼鏡的收合旋轉結構是將左右兩個支撐鏡架分別以兩個旋轉轉軸相對鏡框31進行旋轉，藉此達成該兩個支撐鏡架的收合動作或展開動作，但是本新型中使用的角度樞轉結構51是驅動該二鏡框31以同一個轉軸進行旋轉，該二支撐架32並無法相對該二鏡框31進行收合或展開的動作，但是卻可以在該二支撐架32位置不變的狀況下調整該二鏡框31的角度，藉此調整設置於該二鏡片33上之二放大鏡組41的旋轉角度，主要的目的是能夠改變該使用者22的視線方向，並且進一步將位置較低之目標物的視線調整至接近水平的視線，可以提供使用者22不需要低頭就可以透過該二放大鏡組41清楚觀看目標物。It is worth mentioning that the rotation technology of the angle pivoting structure 51 of the first adjustment unit 5 is different from the folding and rotating structure of the frame of the general glasses. The folding and rotating structure of the general glasses is to separate the left and right supporting frames Rotate relative to the mirror frame 31 with two rotating shafts, so as to achieve the folding action or unfolding action of the two supporting mirror frames, but the angle pivot structure 51 used in the present model is to drive the two mirror frames 31 with the same rotating shaft Rotate, the two support frames 32 can not be folded or unfolded relative to the two picture frames 31, but the angle of the two picture frames 31 can be adjusted under the condition that the positions of the two support frames 32 remain unchanged, thereby adjusting the The main purpose of the rotation angles of the two magnifying glass groups 41 on the two lenses 33 is to change the line of sight of the user 22, and further adjust the line of sight of the lower target object to a line of sight close to the level, which can provide the user with 22, the target object can be viewed clearly through the two magnifying lens groups 41 without bowing the head.

請參閱圖5，為本新型一種嵌入式醫用放大鏡之一第二較佳實施例，該第二較佳實施例與該第一較佳實施例大致相同，相同之處於此不再詳述，不同之處在於，該嵌入式醫用放大鏡更包含一第二調整單元6。Please refer to Fig. 5, which is a second preferred embodiment of a new type of embedded medical magnifying glass, the second preferred embodiment is substantially the same as the first preferred embodiment, and the same will not be described in detail here, The difference is that the embedded medical magnifier further includes a second adjustment unit 6 .

該第二調整單元6包括一設置於該二鏡框31之間的間距調整結構61，該間距調整結構61用於調整該二鏡框31的間隔距離，於該第二較佳實施例中，該間距調整結構61具有一設置於其中之一鏡框31上的滑軌611、一設置於另一鏡框31上的滑塊612，及一設置於該滑軌611及該滑塊612之間的固定件613，該滑軌611與該滑塊612相互套接並可相互滑動，該固定件613用於固定該滑軌611與該滑塊612的相對位置。The second adjustment unit 6 includes a distance adjustment structure 61 arranged between the two mirror frames 31, and the distance adjustment structure 61 is used to adjust the distance between the two mirror frames 31. In the second preferred embodiment, the distance The adjustment structure 61 has a slide rail 611 arranged on one of the mirror frames 31, a slide block 612 arranged on the other mirror frame 31, and a fixing member 613 arranged between the slide rail 611 and the slide block 612 , the sliding rail 611 and the sliding block 612 are nested and slidable with each other, and the fixing member 613 is used to fix the relative position of the sliding rail 611 and the sliding block 612 .

其中，位於左側鏡框31的上方設置有具有一方形穿孔的正方體，所述方形穿孔為該滑軌611，而位於右側鏡框31的上方則橫向設置一方型橫桿，所述方型橫桿為該滑塊612，該滑塊612可在該滑軌611中移動，藉此調整左側鏡框31及左側鏡框31的間隔距離，而該左側鏡框31上方的正方體上設置有一緊固螺絲，該緊固螺絲為該固定件613，該固定件613可以鎖設該滑塊612，以固定該滑塊612在該滑軌611中的位置，實際實施時，該間距調整結構61可以使用其他調整間隔距離的技術，不應以此為限。Wherein, a cube with a square perforation is arranged above the left side mirror frame 31, and the square perforation is the slide rail 611; Slide block 612, this slide block 612 can move in this slide rail 611, thereby adjusts the interval distance of left side picture frame 31 and left side picture frame 31, and the cube above this left side picture frame 31 is provided with a fastening screw, and this fastening screw For the fixing member 613, the fixing member 613 can lock the slider 612 to fix the position of the slider 612 in the slide rail 611. In actual implementation, the spacing adjustment structure 61 can use other techniques for adjusting the spacing distance , should not be limited to this.

由於不同使用者22的瞳距並不相同，當該二放大鏡組41的間距與使用者22的瞳距不同時，使用者22的瞳孔就無法對準放大鏡組41，而產生無法從該二放大鏡組41看到目標物的情況，因此，該第二調整單元6可以提供調整該二鏡框31的間距，藉此調整設置於該二鏡片33上之二放大鏡組41的間距，以提供使用者22可以將該二放大鏡組41的間距與瞳孔距離相同，讓使用者22的雙眼可以透過該二放大鏡組41清楚看到目標物。Because the interpupillary distances of different users 22 are not the same, when the distance between the two magnifying glass groups 41 is different from the interpupillary distance of the user 22, the pupils of the user 22 cannot be aligned with the magnifying glass group 41, and cannot be viewed from the two magnifying glass groups. The group 41 sees the situation of the target object, therefore, the second adjustment unit 6 can provide to adjust the distance between the two mirror frames 31, thereby adjusting the distance between the two magnifying glass groups 41 arranged on the two lenses 33, to provide the user 22 The distance between the two magnifying lens sets 41 can be the same as the interpupillary distance, so that the user 22 can clearly see the target through the two magnifying lens sets 41 .

值得一提的是，由於該第二調整單元6可以提供使用者22自行調整該二放大鏡組41的間距，因此該嵌入式醫用放大鏡不需要使用訂做的方式，買來就可以自行調整並快速使用，除此之外，該嵌入式醫用放大鏡更可以提供不同的使用者22使用，只需要利用該第二調整單元6就可以調整該二放大鏡組41的間距，使用上非常方便。It is worth mentioning that since the second adjustment unit 6 can allow the user 22 to adjust the distance between the two magnifying glass groups 41, the embedded medical magnifying glass does not need to be customized, and can be adjusted by itself after purchase. Quick to use. In addition, the embedded medical magnifier can be used by different users 22. Only the second adjustment unit 6 can be used to adjust the distance between the two magnifier groups 41, which is very convenient to use.

請參閱圖6，為本新型一種嵌入式醫用放大鏡之一第三較佳實施例，該第三較佳實施例與該第二較佳實施例大致相同，相同之處於此不再詳述，不同之處在於，該第二調整單元6包括二設置於該二鏡框31的橫移調整旋鈕62，該二橫移調整旋鈕62分別調整該二鏡片33的橫移位置。Please refer to Fig. 6, which is a third preferred embodiment of a new type of embedded medical magnifying glass, the third preferred embodiment is substantially the same as the second preferred embodiment, and the same will not be described in detail here. The difference is that the second adjustment unit 6 includes two lateral movement adjustment knobs 62 disposed on the second mirror frame 31 , and the two lateral movement adjustment knobs 62 respectively adjust the lateral movement positions of the two lenses 33 .

其中，該眼鏡單元3更包括二分別設置於該二支撐架32上的折合結構34，該二折合結構34為一般眼鏡上的樞轉結構，該二折合結構34可以使該二支撐架32相對該二鏡框31樞轉，以方便該嵌入式醫用放大鏡進行收納。Wherein, the glasses unit 3 further includes two folding structures 34 respectively arranged on the two supporting frames 32. The two folding structures 34 are pivoting structures on general glasses, and the two folding structures 34 can make the two supporting frames 32 face each other. The two mirror frames 31 pivot to facilitate the storage of the embedded medical magnifier.

分別設置於該二鏡框31的橫移調整旋鈕62，是與該二鏡片33連接，可以分別將該二鏡片33的位置左右橫移，以使設置於該二鏡片3的放大鏡組41可以左右橫移，藉此可提供使用者22分別進行調整，值得一提的是，有一些使用者22的左右瞳孔與鼻樑中心線的距離差異很大，如該第二較佳實施例的間距調整結構61在進行瞳距調整時，會發生該二放大鏡組41無法對準該使用者22瞳孔的狀況，因此於該第三較佳實施例中，該二橫移調整旋鈕62可以分別將該二鏡片33的位置左右橫移，以使該二放大鏡組41可以對準該使用者22的兩個瞳孔。The traverse adjustment knobs 62 respectively arranged on the two mirror frames 31 are connected with the two mirrors 33, and the positions of the two mirrors 33 can be moved left and right respectively, so that the magnifying glass group 41 arranged on the two mirrors 3 can be left and right. It is worth mentioning that the distances between the left and right pupils of some users 22 and the center line of the bridge of the nose are very different, such as the distance adjustment structure 61 of the second preferred embodiment When adjusting the interpupillary distance, the situation that the two magnifying glass groups 41 cannot be aligned with the pupils of the user 22 will occur. Therefore, in the third preferred embodiment, the two traversing adjustment knobs 62 can separate the two lenses 33 The positions of the two magnifying glass groups 41 can be aligned with the two pupils of the user 22 .

請參閱圖7，為本新型一種嵌入式醫用放大鏡之一第四較佳實施例，該第四較佳實施例與該第二較佳實施例大致相同，相同之處於此不再詳述，不同之處在於，該二鏡片33可分別相對於該二鏡框31樞轉。Please refer to Fig. 7, which is a fourth preferred embodiment of a new type of embedded medical magnifying glass. The fourth preferred embodiment is substantially the same as the second preferred embodiment, and the same will not be described in detail here. The difference is that the two lenses 33 can pivot relative to the two mirror frames 31 respectively.

較佳地，該二鏡框31與該二鏡片33之間分別設置有一樞轉結構（圖式未示出），以時該二鏡片33可以分別相對該二鏡框31向上掀起，由於設置於該二鏡框31與該二鏡片33之間樞轉結構為一般的轉動結構，也非本案的重點，於此不再詳加贅述。Preferably, a pivoting structure (not shown in the drawing) is provided between the two mirror frames 31 and the two mirror lenses 33, so that the two mirror lenses 33 can be lifted up relative to the second mirror frames 31 respectively. The pivoting structure between the mirror frame 31 and the two mirrors 33 is a general rotating structure, which is not the focus of this case, and will not be described in detail here.

由於該二放大鏡組41是將目標物的視線放大，因此該使用者22必須卸下該嵌入式醫用放大鏡才能看清楚附近的環境，該二鏡片33可分別相對該二鏡框31向上掀起，以帶動該二放大鏡組41向上掀起，該使用者22就不需要將該嵌入式醫用放大鏡摘下，直接以雙眼查看該使用者22周遭的環境。Since the two magnifying glass groups 41 magnify the sight line of the target object, the user 22 must remove the embedded medical magnifying glass to see the surrounding environment clearly. Drive the two magnifying glass groups 41 to lift up, the user 22 does not need to take off the embedded medical magnifying glass, and directly checks the environment around the user 22 with both eyes.

請參閱圖8及圖9，為本新型一種嵌入式醫用放大鏡之一第五較佳實施例，該第五較佳實施例與該第一較佳實施例大致相同，相同之處於此不再詳述，不同之處在於，該嵌入式醫用放大鏡更包含一照明單元7。Please refer to Fig. 8 and Fig. 9, it is a fifth preferred embodiment of a kind of embedded medical magnifying glass of the present invention, the fifth preferred embodiment is substantially the same as the first preferred embodiment, the same is no longer here In detail, the difference is that the embedded medical magnifier further includes an illumination unit 7 .

該照明單元7包括一可分離地設置於該鏡框31的組合座體71、一與該組合座體71樞接的照明模組72、一與該照明模組72樞接的濾鏡模組73、一與該組合座體71連接的電力供應模組74、一設置於該照明模組72與該電力供應模組74之間的磁吸模組75，及一設置於該照明模組72與該電力供應模組74之間的接觸電極模組76。The lighting unit 7 includes a combination base 71 detachably arranged on the mirror frame 31 , a lighting module 72 pivotally connected to the combination base 71 , a filter module 73 pivotally connected to the lighting module 72 , a power supply module 74 connected to the combination base 71, a magnetic attraction module 75 arranged between the lighting module 72 and the power supply module 74, and a magnetic attraction module 75 arranged between the lighting module 72 and the power supply module 74 Contact electrode modules 76 between the power supply modules 74 .

於該第五較佳實施例，該組合座體71組合於該鏡框31的上方，該組合座體71上設有磁吸體，該鏡框31頂面設有定位凹槽及磁吸體，以使該組合座體71與該鏡框31可分離地磁吸在一起，實際實施時，該組合座體71可以設置於該鏡框31的其他位置，例如該組合座體71的設置位置可以組合於該鏡框31的前方，或是使用夾具夾住該二鏡片33，不應以此為限。In the fifth preferred embodiment, the combined base body 71 is combined on the top of the picture frame 31, the combined base body 71 is provided with a magnetic attractor, and the top surface of the picture frame 31 is provided with a positioning groove and a magnetic attractor, so as to The combination base body 71 and the picture frame 31 are magnetically attracted together detachably. In actual implementation, the combination base body 71 can be arranged at other positions of the picture frame 31. For example, the installation position of the combination base body 71 can be combined with the picture frame 31, or using a clamp to clamp the two lenses 33, should not be limited thereto.

該照明模組72可以相對該組合座體71樞轉，以提供使用者22調整該照明模組72的發光方向，可以讓該照明模組72的發光方向朝著目標物，使目標物具有足夠的光線讓使用者22透過該二放大鏡組41觀看樞接，該濾鏡模組73為設置於框架中的濾鏡，框架可以帶動濾鏡相對該照明模組72樞轉，該濾鏡模組73用於過濾該照明模組72發出的光線，牙科醫生在進行牙齒治療時會使用光固化樹脂材料，光固化樹脂在光線的照射下會產生硬化反應，而光線的波長或強弱會影響光固化樹脂的硬化時間，而在牙醫生進行牙體塑形時並不希望所使用的光固化樹脂很快的硬化，所以會利用該濾鏡模組73減緩光固化樹脂的硬化時間，舉例來說，所使用之光固化樹脂的特性是會對短波光線反應而產生固化時，該濾鏡模組73就可以選用過濾短波光線的濾鏡，讓照射在光固化樹脂上的光線的只有長波光線，藉此減緩光固化樹脂的硬化時間。The lighting module 72 can pivot relative to the assembly base 71 to provide the user 22 to adjust the light emitting direction of the lighting module 72. The light of the light allows the user 22 to watch the pivot connection through the two magnifying glass groups 41. The filter module 73 is a filter installed in the frame, and the frame can drive the filter to pivot relative to the lighting module 72. The filter module 73 is used to filter the light emitted by the lighting module 72. Dentists will use light-curable resin materials during dental treatment. The light-curable resin will harden under the irradiation of light, and the wavelength or intensity of light will affect the light-cured resin. The hardening time of the resin, and the dentist does not want the light-curable resin used to harden quickly when performing tooth shaping, so the filter module 73 will be used to slow down the hardening time of the light-curable resin. For example, The characteristic of the photocurable resin used is that when it will react to shortwave light and be cured, the filter module 73 can select a filter for filtering shortwave light, so that only longwave light is irradiated on the photocurable resin. This slows down the hardening time of the light curable resin.

於該第五較佳實施例中，設置於該組合座體71上的磁吸模組75為兩個間隔設置的磁吸體，設置於該組合座體71上的接觸電極模組76為複數設置於該兩個磁吸體中間的導電電極，而設置於該電力供應模組74上的磁吸模組75及接觸電極模組76的位置，是與設置於該組合座體71上的磁吸模組75及接觸電極模組76對應設置，以使該電力供應模組74利用該磁吸模組75組合在該組合座體71上時可以藉由該接觸電極模組76傳輸電源，實際實施時，該磁吸模組75及該接觸電極模組76可以使用其他組合或電連接的技術，不應以此為限。In the fifth preferred embodiment, the magnetic attraction module 75 arranged on the combined seat body 71 is two magnetic attractors arranged at intervals, and the contact electrode modules 76 arranged on the combined seat body 71 are plural The conductive electrodes arranged in the middle of the two magnetic attractors, and the positions of the magnetic attraction module 75 and the contact electrode module 76 arranged on the power supply module 74 are the same as those arranged on the magnetic assembly seat 71. The suction module 75 and the contact electrode module 76 are correspondingly arranged so that the power supply module 74 can transmit power through the contact electrode module 76 when it is assembled on the combined base body 71 by using the magnetic suction module 75. During implementation, the magnetic attraction module 75 and the contact electrode module 76 can use other combination or electrical connection techniques, which should not be limited thereto.

其中，該電力供應模組74為具有蓄電池的供電電路，當該電力供應模組74中儲存的電力耗盡時，該磁吸模組75及該接觸電極模組76可以提供該電力供應模組74進行快速的更換，有助使用者22的工作不會中斷。Wherein, the power supply module 74 is a power supply circuit with a storage battery. When the power stored in the power supply module 74 is exhausted, the magnetic attraction module 75 and the contact electrode module 76 can provide the power supply module 74 is changed quickly, helps the work of user 22 not to be interrupted.

請參閱圖10，為本新型一種嵌入式醫用放大鏡之一第六較佳實施例，該第六較佳實施例與該第五較佳實施例大致相同，相同之處於此不再詳述，不同之處在於，該照明單元7更包括一與該照明模組72連接的攝影模組77。Please refer to Fig. 10, which is a sixth preferred embodiment of a new type of embedded medical magnifying glass. The sixth preferred embodiment is roughly the same as the fifth preferred embodiment, and the same will not be described in detail here. The difference is that the lighting unit 7 further includes a camera module 77 connected to the lighting module 72 .

較佳地，該攝影模組77設置於該照明模組72中，可以藉由該接觸電極模組76取得該電力供應模組74的電力，實際實施時，該攝影模組77可以掛設於該照明模組72上或是以其他方式進行設置，不應以此為限，其中，該攝影模組77上的攝影鏡頭是對準目標物，用於儲存該二放大鏡組41所看到的影像，可以記錄醫療或手術的過程，並進一步提供往後的教學，或其他使用。Preferably, the camera module 77 is arranged in the lighting module 72, and the power of the power supply module 74 can be obtained through the contact electrode module 76. In actual implementation, the camera module 77 can be hung on the On the lighting module 72 or in other ways, it should not be limited thereto. Wherein, the photographic lens on the photographic module 77 is aimed at the target object, and is used to store what the two magnifying glass groups 41 see. Images can record medical or surgical procedures and provide further teaching or other uses.

除此之外，該攝影模組77中可以設置無線傳輸電路，以將該攝影模組77拍攝的影像傳輸至一儲存裝置（圖式未示出）中，較佳地，該無線傳輸電路可以設置於該攝影模組77中，所述儲存裝置可以為智慧型手機裝置或其他可以儲存資料的裝置，並使用藍芽或WIFI進行無線資料的傳輸，實際實施時，該無線傳輸電路可以設置於該電力供應模組74中，並使用其他無線傳輸技術，不應以此為限。In addition, a wireless transmission circuit can be set in the camera module 77 to transmit the image captured by the camera module 77 to a storage device (not shown in the drawing). Preferably, the wireless transmission circuit can Set in the camera module 77, the storage device can be a smart phone device or other devices that can store data, and use bluetooth or WIFI to transmit wireless data. In actual implementation, the wireless transmission circuit can be set in The power supply module 74 uses other wireless transmission technologies, but should not be limited thereto.

值得一提的是，實際實施時，該照明單元7之照明模組72、攝影模組77，及電力供應模組74可以直接設置於該鏡框31中，不需要再於該鏡框31上設置該組合座體71，不應以本較佳實施例的舉例為限，除此之外，該照明模組72的表面設有開關元件，開關元件可以控制該照明模組72開啟及關閉，較佳地，開關元件可以使用觸碰式開關，實際實施時，開關元件可以使用其他的電子開關元件，不應以此為限。另外，該攝影模組77資訊連接一操控模組（圖式未示出），該操控模組為一種行動通訊裝置，實際實施時，該操控模組可以為其他的電腦裝置或遙控器，不應以此為限，其中，該攝影模組77上設置有一顯示視窗及一調整視窗，該攝影模組77執行應用程式（APP）時，該顯示視窗可以顯示該攝影模組77所拍攝的畫面，該調整視窗可提供一操作者操作，以調整該攝影模組77的設定參數，舉例來說，可以調整該攝影模組77的焦距參數、光圈參數、快門參數、感光度參數（ISO）、放大倍數參數等，可提供該操作者取得最佳的攝影畫質It is worth mentioning that, during actual implementation, the lighting module 72, the camera module 77, and the power supply module 74 of the lighting unit 7 can be directly arranged in the mirror frame 31, and the mirror frame 31 does not need to be provided with the The combination seat body 71 should not be limited to the example of this preferred embodiment. In addition, the surface of the lighting module 72 is provided with a switch element, and the switch element can control the opening and closing of the lighting module 72. Preferably Specifically, the switch element can be a touch switch, and in actual implementation, the switch element can use other electronic switch elements, which should not be limited thereto. In addition, the camera module 77 is informationally connected to a control module (not shown in the drawing), and the control module is a mobile communication device. In actual implementation, the control module can be other computer devices or remote controllers. It should be limited to this, wherein, the camera module 77 is provided with a display window and an adjustment window, when the camera module 77 executes the application program (APP), the display window can display the picture taken by the camera module 77 , the adjustment window can provide an operator operation to adjust the setting parameters of the camera module 77, for example, the focal length parameter, aperture parameter, shutter parameter, sensitivity parameter (ISO), Magnification parameters, etc., can provide the operator with the best photographic quality

由上述說明可知，本新型一種嵌入式醫用放大鏡確實具有下列功效：As can be seen from the above description, a new type of embedded medical magnifying glass does have the following effects:

一、可以保護肌肉： 該第一調整單元5之二角度樞轉結構51可以提供使用者22微調該二放大鏡組41的角度，以使該使用者22以正常姿式觀看低處位置的目標物，不會長時間維持低頭的姿勢，避免頸部和上背部的肌肉發生受傷的狀況。 1. Can protect muscles: The two angle pivoting structures 51 of the first adjustment unit 5 can provide the user 22 to fine-tune the angles of the two magnifying lens groups 41, so that the user 22 can view the target at a low position in a normal posture without keeping the head down for a long time. position to avoid injury to the muscles of the neck and upper back.

二、可提供多人使用： 由於該第二調整單元6可以提供使用者22自行調整該二放大鏡組41的間距，因此該嵌入式醫用放大鏡不需要使用訂做的方式，買來就可以自行調整並快速使用，除此之外，該嵌入式醫用放大鏡更可以提供不同的使用者22使用，只需要利用該第二調整單元6就可以調整該二放大鏡組41的間距，使用上非常方便。 2. It can be used by multiple people: Since the second adjustment unit 6 can provide the user 22 to adjust the distance between the two magnifying glass groups 41, the embedded medical magnifying glass does not need to be made to order, and can be adjusted and used quickly after purchase. In addition, the embedded medical magnifying glass can be used by different users 22, and the distance between the two magnifying glass groups 41 can be adjusted only by using the second adjusting unit 6, which is very convenient to use.

三、可以提供暗處的照明： 設置於該鏡框31上的照明單元7具有可攜帶式的電力供應模組74，可以提供該照明模組72足夠的電力，並輸出照明照射目標物的光線，讓使用者22可以順利利用該二放大鏡組41觀看目標物，除此之外，該濾鏡模組73還可以過濾該照明模組72發出的光線，藉此觀察出特定的物品。 3. It can provide lighting in dark places: The lighting unit 7 arranged on the mirror frame 31 has a portable power supply module 74, which can provide enough power for the lighting module 72 and output light for illuminating the target object, so that the user 22 can use the two modules smoothly. The magnifying glass group 41 observes the target object. In addition, the filter module 73 can also filter the light emitted by the lighting module 72, thereby observing a specific object.

四、可以進行影像的記錄： 由於設置於該照明模組72上的攝影模組77，其拍攝方向是對準該照明模組72發出光線的方向，也就是使用者22藉由該二放大鏡組41觀看目標物的方向，因此該攝影模組77具有可以錄製使用者22視野的有益功效。 4. Video recording is possible: Because the photography module 77 that is arranged on this lighting module 72, its photographing direction is to align with the direction that this lighting module 72 emits the light, that is, the direction that the user 22 watches the target object through the two magnifying lens groups 41, therefore The camera module 77 has the beneficial effect of being able to record the visual field of the user 22 .

綜上所述，設置於該二鏡框31與該二支撐架32之間的角度樞轉結構51可以提供使用者22調整該二放大鏡組41的角度，該第二調整單元6可提供使用者22自行調整該二放大鏡組41的間距以提供不同使用者22使用，該照明模組72可以提供目標物足夠的觀察光線，該攝影模組77可以拍攝目標物的影像，故確實可以達成本新型之目的。To sum up, the angle pivoting structure 51 provided between the two mirror frames 31 and the two supporting frames 32 can provide the user 22 to adjust the angle of the two magnifying glass groups 41, and the second adjustment unit 6 can provide the user 22 Self-adjust the distance between the two magnifying glass groups 41 to provide different users 22 to use, the lighting module 72 can provide enough observation light for the target object, and the camera module 77 can take images of the target object, so it can indeed achieve the purpose of the present invention. Purpose.

惟以上所述者，僅為本新型之六個較佳實施例而已，當不能以此限定本新型實施之範圍，即大凡依本新型申請專利範圍及新型說明內容所作之簡單的等效變化與修飾，皆仍屬本新型專利涵蓋之範圍內。But the above are only six preferred embodiments of the present invention, and should not limit the scope of implementation of the present invention with this, that is, all simple equivalent changes and Modifications all still belong to the scope covered by the patent for this model.

1:頭戴式手術放大鏡 11:眼鏡 12:放大模組 21:患者 22:使用者 3:眼鏡單元 31:鏡框 32:支撐架 33:鏡片 34:折合結構 4:放大單元 41:放大鏡組 5:第一調整單元 51:角度樞轉結構 511:設置部 512:軸桿 513:鎖固件 6:第二調整單元 61:間距調整結構 611:滑軌 612:滑塊 613:固定件 62:橫移調整旋鈕 7:照明單元 71:組合座體 72:照明模組 73:濾鏡模組 74:電力供應模組 75:磁吸模組 76:接觸電極模組 77:攝影模組1: Head-mounted surgical magnifier 11: Glasses 12: Magnification module 21: Patient 22: User 3: glasses unit 31: Mirror frame 32: support frame 33: Lens 34:Fold structure 4: Amplifying unit 41:Magnifying glass group 5: The first adjustment unit 51: Angle pivot structure 511: Setup Department 512: shaft 513: lock piece 6: The second adjustment unit 61: Spacing adjustment structure 611: slide rail 612: slider 613:Fixer 62: Traversing adjustment knob 7: Lighting unit 71: Combined seat body 72: Lighting module 73:Filter module 74: Power supply module 75:Magnetic suction module 76: Contact electrode module 77: Photography module

圖1是一立體示意圖，說明一種現行使用的頭戴式手術放大鏡； 圖2是一使用示意圖，說明使用者以低頭的姿勢為病患治療的態樣； 圖3是一立體示意圖，為本新型一種嵌入式醫用放大鏡之一第一較佳實施例，說明設置有一第一調整單元之嵌入式醫用放大鏡的立體外觀； 圖4是一分解示意圖，說明於該第一較佳實施例中，該第一調整單元的分解結構；及 圖5是一立體示意圖，為本新型一種嵌入式醫用放大鏡之一第二較佳實施例，說明設置有一第二調整單元之嵌入式醫用放大鏡的立體外觀； 圖6是一立體示意圖，為本新型一種嵌入式醫用放大鏡之一第三較佳實施例，說明設置有二橫移調整旋鈕的嵌入式醫用放大鏡； 圖7是一立體示意圖，為本新型一種嵌入式醫用放大鏡之一第四較佳實施例，說明一種鏡片可相對鏡框上掀的嵌入式醫用放大鏡； 圖8是一立體示意圖，為本新型一種嵌入式醫用放大鏡之一第五較佳實施例，說明設置有一照明單元之嵌入式醫用放大鏡的立體外觀； 圖9是一分解示意圖，說明於該第五較佳實施例中，將一電力供應模組與一組合座體分離的立體外觀；及 圖10是一側視示意圖，為本新型一種嵌入式醫用放大鏡之一第六較佳實施例，說明設置有一攝影模組之嵌入式醫用放大鏡的立體外觀。 Fig. 1 is a three-dimensional schematic view illustrating a currently used head-mounted surgical magnifying glass; Fig. 2 is a schematic view illustrating how the user treats the patient with the head bowed; Fig. 3 is a three-dimensional schematic diagram, which is one of the first preferred embodiments of a new type of embedded medical magnifier, illustrating the three-dimensional appearance of the embedded medical magnifier provided with a first adjustment unit; Fig. 4 is an exploded schematic diagram illustrating the exploded structure of the first adjustment unit in the first preferred embodiment; and Fig. 5 is a three-dimensional schematic diagram, which is a second preferred embodiment of a new type of embedded medical magnifier, illustrating the three-dimensional appearance of the embedded medical magnifier provided with a second adjustment unit; Fig. 6 is a three-dimensional schematic diagram, which is one of the third preferred embodiments of a new type of embedded medical magnifying glass, illustrating the embedded medical magnifying glass provided with two traverse adjustment knobs; Fig. 7 is a three-dimensional schematic diagram, which is one of the fourth preferred embodiments of a new type of embedded medical magnifying glass, illustrating an embedded medical magnifying glass whose lens can be lifted up relative to the frame; Fig. 8 is a three-dimensional schematic diagram, which is one of the fifth preferred embodiments of a new type of embedded medical magnifying glass, illustrating the three-dimensional appearance of the embedded medical magnifying glass provided with a lighting unit; Fig. 9 is an exploded schematic diagram illustrating the three-dimensional appearance of a power supply module separated from a combined base in the fifth preferred embodiment; and Fig. 10 is a schematic side view, which is one of the sixth preferred embodiments of an embedded medical magnifying glass of the present invention, illustrating the three-dimensional appearance of the embedded medical magnifying glass provided with a camera module.

3:眼鏡單元 3: glasses unit

31:鏡框 31: Mirror frame

32:支撐架 32: support frame

33:鏡片 33: Lens

4:放大單元 4: Amplifying unit

41:放大鏡組 41:Magnifying glass group

5:第一調整單元 5: The first adjustment unit

51:角度樞轉結構 51: Angle pivot structure

Claims (10)

一種嵌入式醫用放大鏡，包含： 一眼鏡單元，包括二彼此連接的鏡框、二分別與該二鏡框連接的支撐架，及二設置於該鏡框的鏡片； 一放大單元，包括二分別設置於該二鏡片的放大鏡組；及 一第一調整單元，包括二分別設置於該二鏡框與該二支撐架之間的角度樞轉結構，該二角度樞轉結構可使該二鏡框以同一個軸心相對該二支撐架樞轉。 An embedded medical magnifying glass, comprising: A spectacle unit, including two spectacle frames connected to each other, two support frames respectively connected to the two spectacle frames, and two lenses arranged on the spectacle frames; A magnifying unit, including two magnifying lens groups respectively arranged on the two lenses; and A first adjustment unit, including two angle pivoting structures respectively arranged between the two mirror frames and the two supporting frames, the two angle pivoting structures can make the two mirror frames pivot relative to the two supporting frames with the same axis . 如請求項1所述嵌入式醫用放大鏡，其中，每一角度樞轉結構具有一設置於該支撐架的設置部，及一設置於該鏡框的軸桿，該軸桿設置於該設置部，該二軸桿對準該二鏡框的旋轉軸心。The embedded medical magnifying glass as described in claim 1, wherein each angle pivoting structure has a setting part set on the support frame, and a shaft set on the frame, the shaft set on the setting part, The two axle rods are aligned with the rotation axes of the two mirror frames. 如請求項1所述嵌入式醫用放大鏡，更包含一第二調整單元，該第二調整單元包括一設置於該二鏡框之間的間距調整結構，該間距調整結構用於調整該二鏡框的間隔距離。The embedded medical magnifying glass as described in claim 1 further includes a second adjustment unit, the second adjustment unit includes a distance adjustment structure arranged between the two mirror frames, and the distance adjustment structure is used to adjust the distance between the two mirror frames separation distance. 如請求項3所述嵌入式醫用放大鏡，其中，該間距調整結構具有一設置於其中之一鏡框上的滑軌、一設置於另一鏡框上的滑塊，及一設置於該滑軌及該滑塊之間的固定件，該滑軌與該滑塊相互套接並可相互滑動，該固定件用於固定該滑軌與該滑塊的相對位置。The embedded medical magnifying glass as described in claim item 3, wherein, the distance adjustment structure has a slide rail arranged on one of the mirror frames, a slide block arranged on the other mirror frame, and a slide rail arranged on the slide rail and The fixing part between the sliding blocks, the sliding rail and the sliding block are mutually socketed and can slide mutually, and the fixing part is used for fixing the relative position of the sliding rail and the sliding block. 如請求項4所述嵌入式醫用放大鏡，其中，該第二調整單元包括二設置於該鏡框的橫移調整旋鈕，該二橫移調整旋鈕分別調整該二鏡片的橫移位置。The embedded medical magnifying glass according to claim 4, wherein the second adjustment unit includes two lateral movement adjustment knobs arranged on the mirror frame, and the two lateral movement adjustment knobs respectively adjust the lateral movement positions of the two lenses. 如請求項1所述嵌入式醫用放大鏡，更包含一照明單元，該照明單元包括一設置於該鏡框的照明模組，及一設置於該鏡框的攝影模組。The embedded medical magnifying glass as described in claim 1 further includes a lighting unit, and the lighting unit includes a lighting module arranged on the mirror frame, and a camera module arranged on the mirror frame. 如請求項1所述嵌入式醫用放大鏡，更包含一照明單元，該照明單元包括一可分離地設置於該鏡框的組合座體，及一與該組合座體樞接的照明模組。The embedded medical magnifying glass as described in claim 1 further includes a lighting unit, the lighting unit includes a combined base body detachably arranged on the mirror frame, and a lighting module pivotally connected to the combined base body. 如請求項7所述嵌入式醫用放大鏡，其中，該照明單元更包括一與該照明模組樞接的濾鏡模組，該濾鏡模組用於過濾該照明模組發出的光線。The embedded medical magnifier as described in claim 7, wherein the lighting unit further includes a filter module pivotally connected to the lighting module, and the filter module is used to filter the light emitted by the lighting module. 如請求項7所述嵌入式醫用放大鏡，其中，該照明單元更包括一與該照明模組連接的攝影模組，該攝影模組的攝影方向與該照明模組的光線照射方向一致。The embedded medical magnifying glass as described in Claim 7, wherein the lighting unit further includes a camera module connected to the lighting module, and the shooting direction of the camera module is consistent with the light irradiation direction of the lighting module. 如請求項7所述嵌入式醫用放大鏡，其中，該照明單元更包括一與該組合座體連接的電力供應模組、一設置於該照明模組與該電力供應模組之間的磁吸模組，及一設置於該照明模組與該電力供應模組之間的接觸電極模組。The embedded medical magnifying glass as described in claim 7, wherein the lighting unit further includes a power supply module connected to the combined seat body, a magnetic attraction arranged between the lighting module and the power supply module module, and a contact electrode module arranged between the lighting module and the power supply module.

Images