M363601 八、新型說明： 【新型所屬之技術領域】 ' 本創作係有關一種操作機構，特別是指一種影像擷取裴置之變焦用之操作 機構。 【先前技術】 . 隨著科技的不斷進步，相機也隨之演進為數碼紀錄型態，並且成為一個日 常生活上相當普及的電子產品。而為了更符合人性化使壯•求，數位相機 鲁所具備的功能更是不斷日新月異，變焦則是其中之一項功能，因此設於相機上 便於直覺性操作的變焦裝置，就此因應而生。 -般相機的供使用者操控魏之機構大題分為兩種，拉近（_⑷、 拉遠(_ out)兩變焦鍵分立之形式；以及旋轉式切換之方式，其中兩變焦鍵 分立形式之相機，必須在組裝過程中準確地預估變焦鍵於電路板上位置以免後 續組裝外部按鍵時錯位而造成機體的損傷，然而如此一來將造成製程上的負擔 且仍難以避免錯位現象發生。 ° • 現今相機採用旋轉式切換變焦之機構主要包含-供使用者扳轉且轴接於相 機殼體之魏鍵、設於械電路板上的微動關、以及結合於聽鍵與相機間 '軸接機構的扭簧，使用者扳轉該變焦鍵時同時驅動微動開關以控制焦距之遠 近’而使驗放手後扭簧可藉其彈性使變焦_旋_壯位置，社述提及 之元件均可涵蓋於變焦鍵之下，因此殼體於模造時只需預留變焦鍵之孔位即 可，相較於以往兩變焦鍵分立形式之相機所造成之製程上困擾，具有旋轉式變 .焦機構的相機可避免此種缺點。另夕卜，相機具有旋轉式切換之變焦機構者可將 變焦鍵與快Η鍵做整合，如此—來可進__步節省相機機殼表面的使用空間。 6 M363601 對位方面的困擾’然而必須使用 雖然旋轉式之變域構可避免組裝過程中 微動開關卻造成了相機成本的高服。 «於蔓焦鍵及相機機體之軸接機構亦造釘整體麟過 雜，亦使得組裝過程甚為繁複。 已成為現今 有鑑於此，如何研發出一種新的技藝以克服習知技術之缺失， 亟待解決之課題。 【新型内容】M363601 VIII. New description: [New technical field] 'This creation is related to an operating mechanism, especially an operating mechanism for zooming the image capturing device. [Prior Art] With the continuous advancement of technology, the camera has evolved into a digital record type and has become an electronic product that is quite popular in daily life. In order to be more user-friendly and demanding, the functions of the digital camera Lu are constantly changing. The zoom is one of the functions, so the zoom device that is easy to operate intuitively on the camera is born. -The camera is designed for users to control Wei's body. There are two types of problems: zooming in (_(4), zooming out (_out) two zoom buttons in separate form; and rotating switching, in which two zoom buttons are discrete The camera must accurately estimate the position of the zoom button on the board during assembly to avoid damage to the body caused by misalignment of the external button. However, this will cause a burden on the process and it is still difficult to avoid misalignment. • Today's cameras use a rotary-switching zoom mechanism that mainly includes a Wei button for the user to pivot and a shaft to the camera housing, a micro-switch on the mechanical circuit board, and a shaft between the camera and the camera. The torsion spring of the connecting mechanism, when the user turns the zoom button, the micro switch is driven at the same time to control the distance of the focal length, and the torsion spring can be used to adjust the zoom to the position of the zooming spring. It can be covered under the zoom button, so the housing only needs to reserve the hole of the zoom button when molding, which is more troublesome than the process caused by the camera of the two separate zoom buttons. The camera of the focal mechanism can avoid this disadvantage. In addition, the zoom mechanism of the camera can be integrated with the zoom button and the quick key, so that the camera can be used to save the surface of the camera case. Space. 6 M363601 The problem of alignment is 'although it must be used. Although the rotating variable domain structure can avoid the micro-switches in the assembly process, it will result in high cost of the camera. «The shaft connection mechanism of the man-focus key and the camera body is also made. The whole process of nailing is too complicated, and the assembly process is very complicated. Nowadays, in view of this, how to develop a new skill to overcome the lack of conventional technology and urgently solve the problem. [New content]
本創作之-目的錢供—觀_讀作機構， 置之組裝成本。 其可降低所屬影像操取裝 其可簡化所屬影像擷取 本創作之另-目的在提供—種魏取操作機構 裝置之組裝工序。 本創作之再-目的在提供—種魏狀操作機構，其可簡化所屬影像掏取 裝置的機構複雜度。 為達上述及其他目的，本創作提供一種變焦用之操作機構，設於一影像掏 取裝置，該影像錄裝置之殼體包括有—中蓋，該魏機構包含：—組設二， 其係-體設於該影像擷《置之中蓋上，該組設台至少設有—作動穿槽二變 焦鍵，至少包括-紐設於缝設台且可相對該組設台橫向轉動之本體、及一凸 叹於該本體細且穿設出該作動穿槽之作練，該作轉底端並对推動部； -功能切換電路板，其係位於該中蓋下方且具有―第—銲塾區與—第二鲜塾 區’·以及-訊號切換件，其包含固設賊第―、第二料區間之該電路板上之 固定片、及由該固定片兩端分別延伸而出之一第—與一第二彈性臂，該第一、 -彈性臂分別設有料設於制定片且彼此相對之接觸部、及由該接觸部延伸 7 M363601 且末端接近於該第一、二銲墊區上方之觸發部，其中’該第一、二彈性臂之兩 接觸部間形成供一套設該推動部且略窄於該推動部之區域，該推動桿係隨著該 變焦鍵相對該組設台轉動而令該推動部選擇性地推動該第一、二彈性臂之接觸 部，進而連動該第一、二彈性臂之觸發部末端觸發該第一或第二銲墊區。 相較於習知技術利用微動開關作焦距調整所造成之高成本缺點，本創作變 焦用之操作機構於功能切換電路板上只需設置兩銲墊區，所需成本甚低。 相較於習知技術利用扭簧作變焦鍵旋轉後回復之彈力所造成機構的複雜及 製程的繁複’本辦魏狀操作機構雜魏切換電路板上設置—訊號切換 彈片，且在該變焦鍵底面設有—作動桿即可，其組裝工序相較裝設扭簧所需者 甚為精簡，且組裝完成後之整體機構亦較為精簡。 另外’相較於習知技術兩魏鍵分立之控觀紐術於組裝過程中有對位 上的困擾’本創作變焦用之操作機構其整體可涵蓋於該變焦鍵下方，且該變焦 鍵底面之作祕射以-大約15度之水平傾斜肖度將其底端之推動部套設於該 兩彈性臂之簡部構狀區域中，藉由該兩狀雜，該作祕之推動部 傾斜的角度可讀錢制公差，_如習知技術組裝時必紐碰位置估計 至幾近完全正確。 兹為使貴審查委員對本創作之結構特徵及所達成之功效更有進一步之瞭 ，說明如後。 【實施方式】 請一併參閱第1圖、第2圖與第 一 、第3圖，其係各為本創作之立體示意圖、元 件分解示意圖與側面剖視圖。如 斤不，本創作變焦用之操作機構12，係設於 一影像擷取裝置10，此影像擷取農 罝川之/V又體14包括有一中蓋16，此變焦用 8 M363601 之操作機構12包含-組設纟18，錢—體餅帽16上，組設纟i8至少設有 • 一作動賴2G '複數鎌補22、數㈣為第二敎凹設職％，組設台 18中央設有一大空心軸柱26。 本創作魏狀操作機構12復包含-魏鍵28，其至少包括—組設於組設 台18且可相對組設台18橫向轉動且側邊凸設有—操作凸部3〇林體犯、及一 凸設於本體32底側且穿設出作動穿槽20之作動桿34，作動桿34底端並設有推 動部36，本體32底面更包含有複數個可滑動地勾制於限位槽22之卡勾犯與數 籲個對應第二滑接部24之第-滑接部4〇，其係由突伸出變焦鍵沈之本體犯底面 之滑塊所構成’此外.，變焦鍵28之本體32中央設有對應大空心轴柱％之小空 心軸柱42，以轴接於組設台μ。 此外’上述之作動穿槽2〇係一寬於作動桿34且對應變焦鍵28之轉動 軸心之弧形槽。 本創作U用之操作機構12復包含一功能切換電路板Μ，其係位於中蓋 16下方且具有-第-銲墊區46與—第二銲塾區仙，且第一銲墊區46與第二: 墊區間48設有複數固定孔5〇。 本創作變焦用之操作機構12復包含一訊號切換件52,其包含固設於第一、 第^墊區純間之電路板44上之固·、及由固定片Μ兩端分別延伸 第—與—第二彈性臂56，，固以54底部凸設有複數個對應固定孔 5〇之固伽，第―、二彈性臂56、58分別設有彎折設於収片54且彼此 相對之_ 62、及__2延伸且末離近於第…二_麵 方之觸發部64，其中，筮 48上 ㈣度之水平傾斜肖度套I推Γ时56、58之兩接綱62間形成供一以大 叹推動4 36且略窄於推動部36之錐形區域66，作動 9 M363601 桿34之推動部3 ^ 為略寬於錐形區域66的6部。 凊再一併參閱第4圖 . 、第4a圖與第4b圖，其係本創作之變焦用之操作機 傅乍動示意圖。如 从 ,T不精由推動操作凸部30帶動本體32相對組設台18橫 向轉動時’推動桿3 糸隨者k焦鍵28相對組設台18轉動而令推動部36選擇 性地推動第_、二 一 ’ 56、58之接觸部62，進而連動第一、二彈性臂56、 為第Μ末端觸發第—或第二銲墊區46'48，達成訊號導通。此外，因The purpose of this creation - the purpose of money supply - view _ reading institutions, set the assembly cost. It can reduce the associated image manipulation device and can simplify the image capture of the image. The other purpose of the present invention is to provide an assembly process for the device. The re-creation of the present invention aims to provide a Wei-like operating mechanism that simplifies the complexity of the mechanism of the image capturing device to which it belongs. In order to achieve the above and other objects, the present invention provides an operating mechanism for zooming, which is provided in an image capturing device, the housing of the image recording device includes a middle cover, and the mechanical mechanism comprises: a set of two, - the body is disposed on the image 撷 "the middle cover, the set of at least one set - the actuating slot two zoom keys, at least includes - a body disposed on the sewing table and rotatable relative to the set of the table, And sighing the body to be thin and piercing the working slot, the bottom end and the pushing portion; the function switching circuit board is located below the middle cover and has a "first" a zone and a second fresh sputum zone '· and a signal switching component, comprising: a fixing piece on the circuit board of the thief first and second material sections, and one of extending from the two ends of the fixing piece And a second elastic arm, wherein the first elastic arm is respectively provided with a contact portion which is disposed on the defining piece and opposite to each other, and extends from the contact portion by 7 M363601 and the end is close to the first and second pad regions The triggering portion above, wherein the two contact portions of the first and second elastic arms are shaped Providing a set of the pushing portion and slightly narrower than the pushing portion, the pushing rod is configured to selectively push the first and second elastic arms to contact with the zoom button relative to the set of tables And the end of the triggering portion of the first and second elastic arms is coupled to trigger the first or second pad region. Compared with the high cost disadvantages caused by the prior art using the micro switch as the focus adjustment, the operating mechanism for the variable zooming operation only needs to set two pad areas on the function switching circuit board, and the cost is very low. Compared with the conventional technology, the torsion spring is used as the elastic force of the zoom key after the rotation of the zoom key, and the complexity of the mechanism and the complexity of the process are complicated. The present-style Wei-like operating mechanism is arranged on the switch board, and the signal is switched, and the zoom button is used. The bottom surface is provided with an actuating rod, and the assembly process is much simpler than that required to install the torsion spring, and the overall mechanism after assembly is also relatively simple. In addition, compared with the conventional technology, the two-button separation control has a problem in the assembly process. The operating mechanism of the zoom can be covered under the zoom key as a whole, and the bottom surface of the zoom key The secret shot is set at a horizontal tilting angle of about 15 degrees, and the pushing portion at the bottom end thereof is sleeved in the simple configuration region of the two elastic arms, and by the two-shaped miscellaneous, the secret pushing portion is inclined The angle can be read by the tolerance of the money, _ such as the assembly of the known technology when the position is estimated to be almost completely correct. In order to make your review board further on the structural features and achievements of this creation, the explanation is as follows. [Embodiment] Please refer to Fig. 1, Fig. 2, and Fig. 1 and Fig. 3 together for each of the three-dimensional schematic diagrams, the exploded view of the components, and the side sectional view. If the lens is not used, the operating mechanism 12 for zooming is set in an image capturing device 10, and the image capturing machine/V-body 14 includes a middle cover 16, and the operating mechanism of the zoom 8 M363601 12 includes - set 纟 18, money - body cake cap 16 , set 纟 i8 at least • one act 2G 'complex 镰 fill 22, number (four) for the second 敎 concave set up %, set the stage 18 central A large hollow shaft column 26 is provided. The present Wei-shaped operating mechanism 12 further includes a Wei-key 28, which at least includes a group disposed on the assembly stage 18 and laterally rotatable relative to the assembly stage 18 and laterally convexly-operating the convex portion 3 And an actuating rod 34 protruding from the bottom side of the body 32 and passing through the movable through slot 20, the bottom end of the actuating rod 34 is provided with a pushing portion 36, and the bottom surface of the body 32 further comprises a plurality of slidably hooked to the limit position. The hook of the slot 22 and the first sliding portion 4 of the second sliding portion 24 are formed by a slider protruding from the bottom of the zoom key, and the zoom button is formed. The center of the body 32 of 28 is provided with a small hollow shaft column 42 corresponding to a large hollow shaft column, and is axially connected to the assembly stage μ. Further, the above-mentioned movable through groove 2 is an arcuate groove wider than the actuating lever 34 and corresponding to the rotational axis of the zoom key 28. The operating mechanism 12 for the present U includes a function switching circuit board Μ which is located below the middle cover 16 and has a -th pad region 46 and a second pad region, and the first pad region 46 and Second: The pad section 48 is provided with a plurality of fixing holes 5〇. The operating mechanism 12 for zooming in the present invention further includes a signal switching member 52, which comprises a solid plate fixed on the circuit board 44 of the first and the first pad region, and extending from the two ends of the fixed piece 第 respectively. And the second elastic arm 56, the bottom of the fixing 54 is convexly provided with a plurality of fixing holes corresponding to the fixing holes 5, and the first and second elastic arms 56 and 58 are respectively provided with bending portions disposed on the receiving piece 54 and opposed to each other. _ 62, and __2 extend and end from the triggering portion 64 of the second ... surface, wherein the horizontal tilting of the 四 48 is formed between the two joints 62 of 56 and 58 For a large sway pushing 4 36 and slightly narrower than the tapered region 66 of the pushing portion 36, the pushing portion 3 ^ of the rod M 34 is slightly wider than the tapered portion 66.凊 Refer to Figure 4, Figure 4a and Figure 4b together, which is a schematic diagram of the operation of the zooming machine. For example, when the T is not pushed by the driving convex portion 30 to drive the main body 32 to rotate laterally relative to the assembly table 18, the push lever 3 糸 the k focus button 28 rotates relative to the assembly table 18 to cause the push portion 36 to selectively push the _ The contact portion 62 of the two '56, 58, and then the first and second elastic arms 56, the second end of the first or second pad region 46'48, to achieve signal conduction. In addition, due to
‘、‘、/ 難# 56、58形變後’會產生恢復原狀態之彈力，因此會施力於 作動^ 34 ’細把鍵28細林正中位置。 另外，如第2 R Af - θ -j- θ听不’/、有旋轉式切換之變焦機構者可將變焦鍵28與快門 °如此來可進一步節省影像擷取裝置10表面的使用空間。 习本創作之變焦用之操作機構於功能切換電路板上只需設置兩辉塾區，相較 ;技術彻微朗關健賴整所需成本甚低。此外，她於習知技術利 用扭簧作魏鍵旋轉後回復之彈力所造成機構的複雜及製程的繁複，本創作變 ‘、、、用之操作機構係於魏切換電路板上設置—訊號切換彈片，且在該變焦鍵底 面設有—觸脚可，其她裝設姆所需者甚為關，且組裝完成 後之整體機構亦較為精簡。 另外’相較於習知技術兩魏鍵分立之控制魏技術於組裝過程巾有對位 上的困擾’本創作變焦用之操作機構其整體可涵蓋於該變焦鍵下方，且該變焦 鍵底面之作動;^係可H大約15度之水平傾斜肖度將其底端之推動部套設於該 兩彈性臂之接卿構成之區財，藉由該兩雜臂之賴，該作動桿之推動部 傾斜的角度可容許有些許的公差’轉如習知技術組裝時必須將按鍵位置估計 至幾近完全正確。 M3 63 601 唯以上所述者，僅為本創作之較佳實施例而已，並非用來限定本創作實施 之範圍。故即凡依本創作申請範圍所述之特徵及精神所為之均等變化或修飾， 均應包括於本創作之申請專利範圍内。 【圖式簡單說明】 第1圖係為本創作之立體示意圖。 _ 第2圖係為本創作之元件分解示意圖。 第3圖係為本創作之側面剖視圖。 φ 第4圖係本創作之變焦裝置的作動示意圖。 第4a圖係第4圖之局部放大示意圖。 第4b圖係第4圖之局部放大示意圖。 【主要元件符號說明】 10影像擷取裝置 12操作機構 14殼體 • 16中蓋 18組設台 _ 20作動穿槽 22限位槽 24凹設滑槽 26大空心軸柱 28變焦鍵 30操作凸部 11 M363601 32本體 34作動桿 36推動部 38卡勾 40第一滑接部 42小空心軸柱 44功能切換電路板 • 46第一銲墊區 48第二銲墊區 50固定孔 52訊號切換件 54固定片 56第一彈性臂 58第二彈性臂 # 60固定接腳 62接觸部 64觸發部 66錐形區域 68快門鍵‘, ‘, 、 难# 56, 58 after deformation will produce the elastic force to restore the original state, so it will exert force on the action of the 34 ’ fine key 28 fine forest center position. Further, if the second R Af - θ - j - θ is not heard, the zoom mechanism 28 and the shutter can be used to further reduce the use space of the surface of the image capturing device 10. The operating mechanism for zooming in the creation of the textbook only needs to set up two illuminating zones on the function switching circuit board, compared with the technology. The cost of the technology is very low. In addition, she used the torsion spring as the elastic force of the spring after the rotation of the torsion spring to make the complexity of the mechanism and the complexity of the process. The operation mechanism of the creation changed to ', and the operating mechanism was set on the Wei switch circuit board - signal switching The shrapnel is provided with a foot-feel on the bottom surface of the zoom key, and the other is required to be installed, and the overall mechanism after assembly is also relatively simple. In addition, compared with the conventional technology, the two Wei key separation control Wei technology has troubles in the alignment process of the assembly process. The operation mechanism of the present zoom can be covered under the zoom key as a whole, and the bottom surface of the zoom key Actuating; ^ can be H about 15 degrees of horizontal tilting degree, the bottom of the push part is set in the two elastic arms of the junction of the composition of the financial, by the two arms, the action of the lever The angle of inclination of the part can tolerate a slight tolerance'. As in the prior art, the position of the button must be estimated to be almost exactly correct. M3 63 601 is only the preferred embodiment of the present invention and is not intended to limit the scope of the present invention. Therefore, any change or modification of the characteristics and spirit described in the scope of this application shall be included in the scope of the patent application for this creation. [Simple description of the figure] The first picture is a three-dimensional diagram of the creation. _ Figure 2 is a schematic diagram of the component decomposition of this creation. Figure 3 is a side cross-sectional view of the creation. φ Fig. 4 is a schematic diagram of the operation of the zoom device of the present invention. Figure 4a is a partially enlarged schematic view of Figure 4. Figure 4b is a partially enlarged schematic view of Figure 4. [Main component symbol description] 10 image capture device 12 operating mechanism 14 housing • 16 middle cover 18 set up table _ 20 actuated slot 22 limit slot 24 recessed chute 26 large hollow shaft column 28 zoom button 30 operation convex Part 11 M363601 32 body 34 actuating rod 36 pushing part 38 hook 40 first sliding part 42 small hollow shaft column 44 function switching circuit board • 46 first pad area 48 second pad area 50 fixing hole 52 signal switching part 54 fixing piece 56 first elastic arm 58 second elastic arm # 60 fixed pin 62 contact portion 64 trigger portion 66 tapered region 68 shutter button