1276859 九、發明說明： 、【發明所屬之技術領域】 ，本發明係有關於-種量測治具，尤其是有關於一種可 用以測量鏡片之偏芯距離之量測治具。 【先前技術】 所謂鏡片偏芯距離之量測’是指將鏡片（lens)放在 二i i透過電子顯微鏡（以下簡稱顯微鏡）觀看。顯微 會有一記號’旋轉鏡片日夺，可將鏡片對準記號，即可 得知鏡片之偏芯距離（單位通常是「秒」）。 現代的電子產品應用鏡片之情形十分普遍，尤 品一(？如照相手機），其所需的鏡片就 以手去U妒Η統一 Ϊ鏡片偏芯距離的量測都是使用者 疋轉鏡片。通常，鏡片偏芯的距離單位是「1276859 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a measuring instrument, and more particularly to a measuring tool which can be used to measure the eccentric distance of a lens. [Prior Art] The measurement of the eccentricity of the lens means that the lens is placed on the electron microscope (hereinafter referred to as a microscope). The microscopy will have a mark 'rotating lens', and the lens can be aligned with the mark to know the eccentric distance of the lens (the unit is usually "seconds"). The use of lenses in modern electronic products is very common. For example, the first lens (such as a camera phone) requires the lens to be unified by hand. The measurement of the eccentric distance of the lens is the user's lens. Usually, the distance unit of the eccentricity of the lens is "
也就是鏡片旋轉一周為36〇度，一度6〇分，—分6〇ς」， 然而’料旋轉鏡片容㈣成鏡片的職 ^ =距往往大於數度），所以傳統偏芯距= s測亚不精準。 、 【發明内容】 鑑於先前技術之不足，本發明乃提供一種、旦产 之偏芯距離之量測治具。本發明的主要》、1置鏡片 I«的在於可 得量測鏡片之偏芯距離更為精確，進而可順利地^使 一個製程「對焦的投解動作」，也就是經由铲U行下 5 啤鱿片看影像 1276859 疋否清晰 本^明提供之量測治具包含了 底座。該轉動椹彼目士 了有轉動構件與固定 了牙透過這個第一中空軸心 中王軸心，光線 在凹槽中。該固定麻广1± _里，、偏芯之鏡片被置放 ^ ^ U疋底座具有支撐部盘箓- 動：件係可置放在固定底座之上，並：：中二轴心’轉 相接觸，透過轉動構件與以底座之撐部之周緣 使得轉動構収位在固定底座之上。U之接觸，可 較佳者’該轉動構件係實質略 件之凹槽係位在轉動構件之成圓枉體，且轉動構 ^ 千之上表面，以供放置鏡片。 件定位在固定底座之上時，第-中空軸心 軸線，藉由你田^“ 線先線可穿透過此一光 稽由使用者旋轉轉動構件， 兀 沿著此光軸線旋轉，以達成測 ：動構件固定地 4里銳月之偏芯距離。 本發明之固定底座之支撐邻 可使轉動構件加以定位，達？二支撐轉動構件，並 著光軸線旋轉。其中，該支轉動構件固定地沿 螺絲、銲錫、或甚至黏膠等）固定：：由固定件（例如 ^ , ^ Φ ^ ^ . 口疋在固定底座之上。或 亥支撐部亦可與固定底座係—體成形。 質略成&例中’ 支撐部之—實施態樣係具有實 以達成一構件，並===座觸之 6 1276859 該支撐部之另一實施態樣係包括兩個支撐柱，每個 支撐枉係分別與轉動構件相接觸，以達成支撐轉動構 件’並使轉動構件定位在固定底座之上。 在較佳實施例中，轉動構件進一步包含至少一溝 槽’且溝槽係自凹槽向外延伸。 ❿ 本發明之量測治具係可應用在一顯微鏡上，透過顯 =鏡，大量測。顯微鏡可具有導光裝置與平台，其中的 ‘光展置上有一記號，該量測治具係可放置在平a上、， Ϊ片由旋葬轉動構件可使得導光裝置之記‘ 二係二上 量鏡片之偏芯距離。這個顯微鏡的平 二，水平面略呈一特定夾角，因此轉動構件 兮“斜產 滑力’以接觸該支撐部，並使得 该轉動構件定位在該固定底座之上。 使付 【實施方式】 為讓本發明之上述和其他目 明顯易懂，下文特舉出較 和優點能更 作詳細說明如下。牛出“^例’並配合所附圖式， 請參考圖1，本發明提供 片1 0之偏芯距離，該量、列 里/J /口 /、可用以量測鏡 户 发里挪冶具】白入女Μ主 定底座30。ίϋ定底座30立3有轉動構件20與固 有支撐部31與第二中空軸心 7 1276859 32。轉動構件20則是包含有凹槽21與第一中空軸心22。 欲畺測偏芯之鏡片1 〇則是被置放在凹槽21中。針對不门 尺寸的鏡片1 0，凹槽21的尺寸亦可隨之變化，—般說 來，鏡片1 0的尺寸可從1 0到丨〇 0，較常使用的是8必二 本發明之實施例中，轉動構件2〇係實質略成圓柱 體，凹槽21是位在轉動構件2〇之上表面2〇a。欲量測鏡 片時，使用者可先將鏡片10放到轉動構件20的凹= 21，再將該轉動構件2〇置放在固定底座3〇之上，使轉動 構件20之圓柱表面2〇1)與支撐部31之周緣相接觸。 構件20與固定底座30之支撐部31之接觸，可使得該 構件20定位在固定底座3〇之上。 當轉動構件20被定位在固定底座3〇之上時，固 座:。之支揮部31係支撐著轉動構件20，並件 2〇力二定位。此時第一中空軸心22與第二中空轴心3籌2: 、、，軸線L·，第一中空軸心22係與凹槽21緊鄰，因 ::使侍光線沿著光軸線L穿透過該2卜 轉動構件2。（如圖2所示的箭頭方向姻由使： f動構件20穩定地沿著此光軸線L旋轉，以達成測旦 擦’本較佳實施例之轉動構;二二：貝 硬度實質約略58度之銅材(例如達到 本發明之支標部31係用以支撑轉動構件20並加以 8 1276859 定位之，在較佳實施例中，該支撐部31之一實施態樣係 具有實質略成V形的兩延伸壁311、312，如圖2所示，轉 動構件20係分別與兩延伸壁311、31 2接觸，以達成支撐 轉動構件20，並使轉動構件20定位在固定底座3〇之上。 本發明之量測治具Γ之另一實施例，請參考圖3， 该支撐部31，之另一實施態樣係包括兩個支撐柱3丨3、 314，每個支撐柱31 3或314係分別與轉動構件2〇相接 觸，以達成支撐轉動構件20，並使轉動構件2〇定位在固 定底座30之上。 —在士較佳實施例中，該支撐部31或31，係可藉由固 疋件固疋f固定底座3〇之上，例如利用螺絲50作為固定 件，須注意者，本發明之固定件並不限於螺絲5〇，亦可 以利用像是銲錫連接或甚至黏膠等將支撐部3丨固That is, the lens rotates 36 degrees a week, once 6 〇 points, - 6 〇ς", but the 'rotation lens capacity (four) into the lens is often greater than a few degrees), so the traditional eccentricity = s Asian is not accurate. SUMMARY OF THE INVENTION In view of the deficiencies of the prior art, the present invention provides a measuring instrument for measuring the eccentric distance of the eccentricity. The main feature of the present invention and the lens I« are that the eccentricity of the available lens is more accurate, and the smoothing of a process can be smoothly performed, that is, the shovel U Beer slice to see the image 1276859 疋 No clear This ^ Ming provides the measurement fixture contains the base. The rotation of the gaze has a rotating member and a fixed tooth passing through the central axis of the first hollow shaft, and the light is in the groove. The fixed 麻广1± _ 里, the eccentric lens is placed ^ ^ U 疋 base has a support portion 箓 - moving: the part can be placed on the fixed base, and:: the second axis of the 'turn In contact with each other, the rotating structure is positioned above the fixed base through the periphery of the rotating member and the support portion of the base. The contact of U may be preferred. The rotating member is substantially a recessed portion of the rotating member, and is rotated to form an upper surface for the lens to be placed. When the piece is positioned on the fixed base, the axis of the first hollow axis is rotated by the user through the axis of the wire. : The eccentric distance of the moving member fixedly 4 in the sharp moon. The supporting base of the fixed base of the present invention can position the rotating member to reach the second supporting rotating member and rotate the optical axis. The rotating member is fixedly fixed. Fix along the screw, solder, or even the glue:: by the fixing member (such as ^, ^ Φ ^ ^. The mouth is placed on the fixed base. Or the support of the sea can also be formed with the fixed base. In the example of 'supporting part', the embodiment of the supporting part has a real component, and === the seat of the contact 6 1276859. Another embodiment of the supporting portion includes two supporting columns, each supporting 枉Separatingly with the rotating member to achieve support of the rotating member 'and positioning the rotating member on the fixed base. In a preferred embodiment, the rotating member further includes at least one groove 'and the groove is outward from the groove Extension. ❿ 本The measuring instrument can be applied to a microscope and can be measured by a large number of mirrors. The microscope can have a light guiding device and a platform, wherein the 'lighting display has a mark, and the measuring device can be placed on the microscope. On the flat a, the cymbal is rotated by the rotating member to make the light guide device's eccentric distance of the lens. The second plane of the microscope, the horizontal plane is slightly at a specific angle, so the rotating member 兮Producing a sliding force' to contact the support portion and positioning the rotating member on the fixed base. Embodiments In order to make the above and other aspects of the present invention clear and easy to understand, the following advantages and advantages are More specifically, the following is a description of the following example: Referring to Figure 1, the present invention provides the eccentric distance of the sheet 10, the amount, the column / J / port /, can be used to measure The mirror is sent to the female 】 】 】 白 白 白 白 白 白 底座 底座 底座 底座 底座 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 21 and the first hollow axis 22. The mirror for the eccentricity The sheet 1 is placed in the recess 21. For the lens 10 of the size of the door, the size of the recess 21 can also vary, and in general, the size of the lens 10 can range from 10 to 丨. 〇0, 8 is more commonly used. In the embodiment of the invention, the rotating member 2 is substantially cylindrical, and the groove 21 is located on the surface 2〇a of the rotating member 2。. The user can first place the lens 10 on the concave member of the rotating member 20, and then place the rotating member 2 on the fixed base 3〇, so that the cylindrical surface of the rotating member 20 is 2〇1) and the supporting portion. The periphery of 31 is in contact. The contact of the member 20 with the support portion 31 of the fixed base 30 allows the member 20 to be positioned above the fixed base 3〇. When the rotating member 20 is positioned above the fixed base 3〇, the seat: The support portion 31 supports the rotating member 20, and the member 2 is positioned two times. At this time, the first hollow axis 22 and the second hollow axis 3 are 2, and the axis L·, the first hollow axis 22 is in close proximity to the groove 21, because: the ray is worn along the optical axis L The member 2 is rotated through the two. (The direction of the arrow shown in Fig. 2 is such that the f-moving member 20 is stably rotated along the optical axis L to achieve the rotation of the preferred embodiment; the second: the shell hardness is approximately 58 The copper material (for example, the branch portion 31 of the present invention is used to support the rotating member 20 and is positioned by 8 1276859. In the preferred embodiment, one of the supporting portions 31 has a substantially V-shaped embodiment. Two extending walls 311, 312, as shown in Fig. 2, the rotating member 20 is in contact with the two extending walls 311, 31 2, respectively, to support the rotating member 20, and the rotating member 20 is positioned above the fixed base 3 Another embodiment of the measuring device of the present invention, please refer to FIG. 3, another embodiment of the supporting portion 31 includes two supporting columns 3丨3, 314, each supporting column 31 3 or The 314 is respectively in contact with the rotating member 2 to achieve the supporting rotating member 20, and the rotating member 2 is positioned on the fixed base 30. In the preferred embodiment, the supporting portion 31 or 31 is Fixing the base 3〇 by the fixing member f, for example, using the screw 50 as a fixing member, It should be noted that the fixing member of the present invention is not limited to the screw 5〇, and the support portion 3 may be shackled by using a solder joint or even a glue.
Si::3。。。或者，該支軸亦可與固定底-係- 要蔣H的鏡片呢塑膠鏡片，因此在製作的過程是需 要將數個相連的鏡片裁剪成一個：:而 經過裁剪的鏡片10容易合 兄片10然而， 施例中，轉動構件20進二 I , *此，在較佳實 干進一步包含至少一溝揭 係自凹槽21向外延伸。該溝槽23之作用就是曰在於^曰 片10之毛邊11所產生的干涉。丨用^在於減少鏡 明芩考圖4，本發明之量 一顯微鏡4上，透滿％ ^ ^ ^ ^ 係可應用在 頌镟叙4放大測量鏡片10之偏芯距 1276859 離二典型的顯微鏡4係具有導光裝置41與平台42，舉例 ’該導光裝置41可以是位在平台42内的折射鏡。此 ，f本較佳實施例中，這個顯微鏡的平台42係與水平 =呈-特定夾角Θ ’因此轉動構件2G可藉由該特定夾 之傾斜產生下滑力，以接觸支撐部“或“，，並使 传轉動構件20定位在固定底座3〇之上。 如圖4所示，顯微鏡4之平台42之一端會設有光源 ’ ^線（如圖4的虛線箭頭方向）從平台 口透：量：治具…，之第一中空轴心21與第二 :::心.為了測量鏡片10,使用者可在導光裝置41 且二記Ϊ2圖示），例如十字形的記號。將量測治 “…或圖3所：)二V光= 周整轉動構件20 Η 1Λ “ 』便¥先裝置41之記號對準該鏡 片10，猎此達成測量鏡片10之偏芯距離。 因：，藉由本發明所提供之量測治具⑷’測量鏡 片10之偏芯距離’可固定地旋轉轉動構件2〇， 10可穩固地在顯微鏡2上旋轉 片1。之偏芯距離更為精讀，進而可順利 程「對焦的投解動作」。 個衣 發明已以較佳實施例揭露如上，然其並非用 :疋2明’任何熟習此技藝者，在不脫 精神和範圍内’當可作些許之更動與潤飾，因此丄2 之保護範圍當視後附之W專利範圍所界定者為準: 10 1276859 【圖式簡單說明】 圖1係本創作之立體分解示意圖。 圖2係依據圖1組合之後，顯示其上視圖。 圖3係本發明之另一實施例之上視圖。 圖4係將圖2之組合之後的量測治具放置到顯微鏡，顯 示其側視圖。 【主要元件符號說明】 1、Γ 、量測治具 10、鏡片 2 0、轉動構件 21、凹槽 31、支撐部 L、光軸線 20b、轉動構件之圓柱表面 313、314、支撐柱 50、螺絲 42、平台 4、顯微鏡 11、鏡片之毛邊 30、固定底座 22、 第一中空軸心 32、第二中空軸心 2〇a、轉動構件之上表面 311、312、延伸壁 23、 溝槽 41、導光裝置 I、光源 11Si::3. . . Alternatively, the fulcrum can also be used with a fixed-bottom-to-Jiang H lens plastic lens, so the process of manufacturing requires cutting a plurality of connected lenses into one: and the cut lens 10 is easy to fit the film. 10 However, in the embodiment, the rotating member 20 is advanced, and this further comprises at least one groove extending outward from the groove 21 in the preferred solid. The effect of the groove 23 is to cause interference by the burr 11 of the sheet 10.丨 ^ 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 在于 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少 减少The 4 series has a light guiding device 41 and a platform 42. For example, the light guiding device 41 may be a refractive mirror positioned in the platform 42. Thus, in the preferred embodiment, the stage 42 of the microscope is horizontally-specifically angled Θ' so that the rotating member 2G can generate a sliding force by the inclination of the specific clip to contact the support portion "or", The transfer rotating member 20 is positioned above the fixed base 3〇. As shown in FIG. 4, one end of the platform 42 of the microscope 4 is provided with a light source '^ line (in the direction of the dotted arrow of FIG. 4) from the platform mouth: the amount: the fixture..., the first hollow axis 21 and the second ::: Heart. In order to measure the lens 10, the user can be in the light guiding device 41 and the second is shown in Fig. 2), for example, a cross-shaped mark. The measurement of the measurement "... or Fig. 3:) two V light = the entire rotation member 20 Η 1 Λ " 』 The symbol of the first device 41 is aligned with the lens 10, and the eccentric distance of the measuring lens 10 is achieved. Because the measuring member (4)' provided by the present invention measures the eccentric distance of the lens 10', the rotating member 2'' can be fixedly rotated, and the sheet 1 can be stably rotated on the microscope 2. The eccentricity distance is more intensive, and the "focusing action" can be performed smoothly. The invention has been disclosed above in the preferred embodiment, but it is not used: 疋2 明 'Anyone who is familiar with the art, can make some changes and refinements in the spirit and scope, so the scope of protection of 丄2 It is subject to the definition of the scope of the patent attached to the following: 10 1276859 [Simple description of the diagram] Figure 1 is a three-dimensional exploded view of the creation. Figure 2 shows the top view after combining according to Figure 1. Figure 3 is a top plan view of another embodiment of the present invention. Fig. 4 is a view showing the measurement jig after the combination of Fig. 2 is placed on a microscope to show a side view thereof. [Description of main component symbols] 1. 、, measuring jig 10, lens 20, rotating member 21, groove 31, support portion L, optical axis 20b, cylindrical surfaces 313, 314 of rotating member, support column 50, screw 42. The platform 4, the microscope 11, the burr 30 of the lens, the fixed base 22, the first hollow shaft 32, the second hollow shaft 2〇a, the upper surfaces 311, 312 of the rotating member, the extension wall 23, the groove 41, Light guiding device I, light source 11