200921246 九、發明說明： 【發明所屬之技術領域】 本發明關於一種投影機之固定結構， 可檇式投影機之固定結構，可接合:，特別是關於一種 上。 σ 、他特定的支撐結構 【先前技術】 過去十幾年間，影像投影裝置隨著 。 以及新技術之開發而有許多重大的變 -衣私之决進 尺寸之大小、投影影像之品質以及所處理：：：：影機 這幾方面’皆有明顯的突破。在早期：像说號類型 二知式CRT的^瞒式投影方式，其雖有著—般 技術中解析度高、色彩飽和度佳以及 ， ._ .. T比度冋之優點，但 礙於傳統CRT需使用電子搶來激發螢光材質，1電： 體積難以縮小，故早期的影像投影機都料的笨重，—般 都只能在寬敞、具固定的投影機I設位置的空間中使用，又 像是大會議廳或是大型電影院等場所使用。 到了十幾年前，LCD技術開始蓬勃發展，以㈣技 術為基礎之影像投影方式也開始實用化。由於lcd投影 执使用之LCD投面板可用+導體制程技術加以微型 化，再加上其光源一般是採用超高壓水銀燈或氣體放電 燈，而非以體積龐大的電子搶來激發螢光物質，故lcd投 衫機擺脫CRT投影機體積先天上的限制，使得其體積越做 越小，且顯像品質不輸CRT投影機，故lCD投影機已逐 漸地取代傳統笨重的CRT投影機。 200921246 近年來’一種全新的 DLP (digital light processing,數 位光學處理）技術被開發出來應用在投影機上。DLP是德儀 TI開發出來的數位影像技術，為一種透過一或多個特殊的 DMD晶片（Digital micromirror display數位微鏡顯示晶片） 來產生影像的新型投影系統。該技術使用微機電制程在 DMD晶片中形成無數個超小型的反射鏡片，而入射光會被 這些反射鏡片反射而形成影像。DLp技術不僅能使投影影 像更為細緻，同時更能有效縮小投影機的體積與重量，達 到輕、薄、短、小的目的。除了 DLp技術之發明以及 技術之導入外，現今新型的投影機皆已採用LED作為其影 像光源來取代以往容易發熱的燈泡光源。由於led燈體積 小:不發熱、發光效率高，使得新型投影機之設計能擺脫 以往燈泡光源之束缚而在體積縮小方面有更進一步的突 破。 g目前的投影機已經正式進入了可檇式的時代。許多市 場上新推出投影機都只有—個巴掌的大小，可以讓使用者 幻妾帶著走，更有甚者，目前一些領導業者正在開發微型 投影機技術’並預定讓手機、、手料掌上型電子 置也具備微型投影功能。可預見地，之後會有更多: 的投影機在我們的周遭生活中應用。 二 如上所述 不僮於…以往的投影機由於體積過大且過於笨重而 :於:與：動，其多置於桌上或是固定在架空結構上 由广現在有越來越多的可檇式投影機(如迷你 以m投影機、微型投影機等）問世，—般使用者 200921246 對於投影機之應用也不再局限於 ==者善加利用可檇式投影機移動 二= =位，的場所處，例 是野外空曠處等。 外一场、小型密閉空間或 Φ 到要將投影機使用在上述無預設置放位置以及血 =7構之場所，吾人必須提供㈣可檇 =定與支擇裝置來讓投影機設置其上。于 = 檇式投影機之固定裝置，讓可携式投影機能 m’m架空設施的空間中進行投影。 【發明内容】 ^發明提出了一種投影機之固定結構，可用來與投影 ，接合而將其固定。可檇式投影機可藉由該固定裝置接人 t一般的雲台或腳架上，讓該投影機可以使用在無支撐； 構與架空結構之空間或地點使用。 :發明之固定裝置包含一個可容納可檇式投影機之腔 =，该腔體前端具有—開口可供可檇式投影機載入載出。 广口^附近有—卡榫，可於投影機載人投影機固裝 與該投影機底部前端一凹槽嵌合，將該投影機固定其中。 腔體的頂部具有—特定的開σ區域，可於投影機入後讓i ^的功能按鍵顯露出來為使用者所接觸。腔體後側亦且有 一開口區域，可讓投影機後侧上的各種的輸出人埠，如電 ，連接端、訊號輸入端、臟埠等琿露出以與外部裝置連 妾。固疋裝置的底面中心處有一矩形的塊狀凸起，該凸起 200921246 内具有-螺紋孔可讓整個 在另一昝^/ 衣罝蜎在一支撐結構上。 在另實知例中，投影機的底面中 & 紋孔，讓投影機古 免亦可5免置一螺 衣仅〜機可直接固定在支撐結 定裝置的媒介。 而不需經由固 本發明的優點之-為提供一 固定於其中。 忒置讓可檇式投影機 本發明之另一優點為提供一固 與其他傳統的可檇式裝置支置相定裝置可 組（如相機用雲台）接Γ，^架）或是功能性模 用在無支擇或架空結構的空間令並能調整:二=能使 角度。 此王具才又影之方位與 利」=之it佳實施例的描述，伴隨著圖式與附上之專 〇月求項，本發明的優點將愈加明顯。 【實施方式】 =圖-’其為本發明實施例中一可檇式投離 二檇式投影機固定裝置之示意圖。如圖所示，可h 才又影機固定裝置2為一殼體結構， π工 月:體3之尺寸被設計成能容納可檇式投影機】 5。固定裝置2的前端有一開口 4， 4 ·、 讓可檇式投影機i進人腔體3中，如圖中白色箭頭所=可 接合後的可檇式投影機i之鏡頭1〇會向外露出。開口、 附近的底面内壁上配置有一卡榫結構5，該卡棒結構 在可檇式投影機i完全進入腔體3後與其底面之凹 表不）嵌合’使可檇式投影機i固定在該固定裝置2之曰中。 200921246 在圖一中’固定裝置的頂面6上有配置一開口區域7，今 開口區域7之大小被設計成當可檇式投影機1被完全固 定在固定裝置2之中時，可讓使用者接觸該投影機丨上 的功能按鍵9 (如電源、螢幕放大縮小平移等基本功处 鍵）。固定裝置的後側亦有配置一開口區域8，該開口區 域8之大小被設計成當可檇式投影機1被完全固定在固° 定裝置2之中時，可檇式投影機丨後側上的輸出入埠（如 電源連接端、訊號輸入端、USB埠等）可自開口區域8露 出與纜線或外部裝置連接。 參照圖二，其為本發明實施例中可檇式投影機固定裝 置2之底面立體圖。在圖中，固定裝置2的底面u上有 -突起部位12自底面U的中心處向外延伸而出。該突起 部位12的末端為一呈方形的平面13，在平面的中心 處設置有一螺絲孔14延伸進入突起部位12之中。咳螺 絲孔Μ為英制UNC 1/4m見格，與一般相機底部上的 螺絲孔規格相同，故經由螺絲孔14，固定裝置2可以接 合在一般相機常用的腳架或雲臺上。 圖二為本發明實施例中—用來支撐投影機固定裝置 2之腳架15。如圖所示，腳架15含有了 一平臺.可提 供可携式裝置一固定位署 * y 4置。平堂16周圍連接三根支腳 1士7士形考工一支撐結構。平臺16上有一個螺絲18自平 堂中心處=上延伸而出。該螺絲18為英制UNC 1/4_20 之規&且接在平臺16上。透過螺絲μ斑圖二中 螺絲孔14之接合，投影機固定裝置2可接合固定在平臺 200921246 16之上。 圖四為本發明另—每 置之雲台。如圖所二二：來支撐投影機固定裝 '^口 19 的頂而 μ 士 . 20自該頂面中心處向 的貞面上有-個螺絲 W之規格且直接固定㈣絲2G為英制咖 二中螺絲孔14之接合，二:+上°透過螺、絲20與圖 拔入田—而 σ 又衫機固定裝置2可盘帶二iq 接合固疋。雲台19内部另配 ^ ^ ° 19 一縱向轉動機構22，可分別F、σ動機構21與 軸向轉動。一把手 圖中對應之黑色箭頭方向 *可丰⑴二 在雲* 19殼體的側面。使用 者可手持把手23來牽引轉動機構以與 ^ 台19上接人之#吳〜& 之轉動’使雲 妾口之波置月匕轉動到任何方位。雲 ， :二-：拾鎖機構24來固定轉動後之方二：配 的底部中央配置有—個英制職1/4，的^ = 示)’可將雲台19鎖在上述圖二中腳架15的平、臺16t 圖五為本發明實施例中投影機1、固定裝置2w =架15接合之示意圖。如圖所示，首 二200921246 IX. Description of the Invention: [Technical Field] The present invention relates to a fixed structure of a projector, which can be coupled to a fixed structure of a squat projector, in particular, to one type. σ, his specific support structure [Prior Art] Over the past decade, image projection devices have followed. As well as the development of new technologies, there are many major changes - the size of the clothing, the size of the projected image, and the quality of the projected image:::: The camera has obvious breakthroughs in these aspects. In the early days: like the type-type two-knowledge CRT's ^-type projection method, although it has the advantages of high resolution, good color saturation, and ._ .. T ratio, but it is traditional. CRT needs to use electronic robbing to stimulate the fluorescent material. 1 electricity: The volume is difficult to shrink, so the early image projectors are all cumbersome, and they can only be used in a spacious space with a fixed projector I. It is also used in places such as large conference halls or large cinemas. More than a decade ago, LCD technology began to flourish, and image projection methods based on (4) technology began to be put into practical use. Since the LCD panel used by the LCD projection can be miniaturized by the +conductor process technology, and the light source is generally an ultra-high pressure mercury lamp or a gas discharge lamp instead of a bulky electron to excite the fluorescent substance, lcd The pull-up machine gets rid of the congenital limitations of the CRT projector, making its volume smaller and smaller, and the quality of the image is not lost to the CRT projector, so the lCD projector has gradually replaced the traditional bulky CRT projector. 200921246 In recent years, a new DLP (digital light processing) technology has been developed for use on projectors. DLP is a digital imaging technology developed by TITI TI. It is a new projection system that produces images through one or more special DMD chips (Digital micromirror display digital micromirror display chips). This technology uses a microelectromechanical process to form an infinite number of ultra-small reflective lenses in a DMD wafer, and incident light is reflected by these reflective lenses to form an image. DLp technology not only makes the projected image more detailed, but also effectively reduces the size and weight of the projector to achieve light, thin, short and small. In addition to the invention of DLp technology and the introduction of technology, today's new projectors have adopted LEDs as their image light source to replace the light source that is prone to heat. Because the LED lamp is small in size: it does not generate heat and has high luminous efficiency, so that the design of the new projector can get rid of the constraint of the previous bulb light source and further break the volume reduction. g The current projector has officially entered the era of sturdy. Many new projectors on the market have only a slap in size, which allows users to take the illusion. What's more, some leaders are currently developing pico projector technology' and are planning to let mobile phones and hand palms The electronic display also has a miniature projection function. Predictably, there will be more: projectors that will be used in our daily lives. Secondly, as mentioned above, the projectors in the past are too bulky and too bulky: they are placed on the table or fixed on the overhead structure. Projector (such as mini with m projector, pico projector, etc.), the general user 200921246 is no longer limited to the application of the projector == use the portable projector to move the second == bit, At the place of the place, for example, the open space in the wild. Outside field, small confined space or Φ To use the projector in the above-mentioned no pre-set position and blood =7 configuration, we must provide (4) 檇 定 定 支 支 支 支 支 支 支 支 支 支 支 支 支 支 支 支 支 支 支 支 支 支 支 支 支 支 支 支 支 支 支 支 支The fixture of the = 檇 projector allows the portable projector to project in the space of the m'm overhead facility. SUMMARY OF THE INVENTION The invention proposes a fixed structure of a projector that can be used for projection and bonding to fix it. The squat projector can be connected to a general head or a tripod by the fixing device, so that the projector can be used in a space or place where there is no support; and an overhead structure. The invention's fixture comprises a cavity for accommodating a rectangular projector, and the front end of the cavity has an opening for loading and unloading by the collapsible projector. There is a card near the wide mouth ^, which can be fixed on the projector manned projector and a groove at the bottom of the bottom of the projector to fix the projector. The top of the cavity has a specific open sigma region, which allows the function keys of the i^ to be exposed to the user after the projector is inserted. The rear side of the cavity also has an open area for exposing various output ports on the rear side of the projector, such as electricity, connection terminals, signal input terminals, and internal organs, to the external device. The bottom of the bottom surface of the solid-state device has a rectangular block-like projection, and the projection 200921246 has a threaded hole for allowing the entire /// 罝蜎 to be supported on a support structure. In another embodiment, the & lining in the bottom surface of the projector allows the projector to be free from a screw. The machine can be directly fixed to the medium supporting the splicing device. It is not necessary to rely on the advantages of the invention - to provide a fix therein. Another advantage of the present invention is that it provides a solid and other conventional portable device support device (such as camera pan/tilt), or functional. The mold is used in a space with no choice or overhead structure and can be adjusted: two = can make the angle. The advantages of the present invention will become more apparent with the description of the preferred embodiment of the device and the accompanying drawings. [Embodiment] = Figure-' is a schematic diagram of a sturdy drop-off two-head projector fixing device in the embodiment of the present invention. As shown in the figure, the camera fixture 2 is a housing structure, and the size of the body 3 is designed to accommodate a convertible projector. The front end of the fixing device 2 has an opening 4, 4 · allowing the portable projector i to enter the human cavity 3, as shown by the white arrow in the figure = the lens of the collapsible projector i that can be engaged Exposed. The opening and the inner wall of the bottom surface of the bottom surface are provided with a latching structure 5, and the latching structure is fixed in the recessed surface of the bottom of the movable projector i after entering the cavity 3, so that the movable projector i is fixed at The fixing device 2 is in the middle. 200921246 In Fig. 1, the top surface 6 of the fixture is provided with an opening area 7, which is sized to be used when the detachable projector 1 is fully fixed in the fixture 2. Touch the function button 9 on the projector (such as power, screen zoom and zoom, etc.). The rear side of the fixture is also provided with an opening area 8 which is sized to be squatable when the detachable projector 1 is fully fixed in the fixture 2 The upper input port (such as the power connection terminal, the signal input terminal, the USB port, etc.) can be exposed from the opening area 8 to be connected to the cable or an external device. Referring to Figure 2, there is shown a bottom perspective view of a sturdy projector fixture 2 in accordance with an embodiment of the present invention. In the figure, the bottom surface u of the fixing device 2 has a projection portion 12 extending outward from the center of the bottom surface U. The end of the projection 12 is a square flat surface 13 having a screw hole 14 extending into the projection 12 at the center of the plane. Cough Thread The Thread Μ is an inch UNC 1/4m frame, which is the same as the screw hole on the bottom of the general camera. Therefore, via the screw hole 14, the fixture 2 can be attached to the tripod or head of a general camera. Figure 2 is a stand 15 for supporting the projector fixture 2 in accordance with an embodiment of the present invention. As shown, the stand 15 contains a platform. A portable device can be provided. Three legs are connected around the flat hall. One of the seven-story testers has a support structure. The platform 16 has a screw 18 extending from the center of the hall = up. The screw 18 is an inch UNC 1/4_20 gauge & and is attached to the platform 16. The projector fixture 2 can be engaged and fixed on the platform 200921246 16 through the engagement of the screw holes 14 in the screw pattern 2. Figure 4 shows another set of clouds in the present invention. As shown in Figure 2: to support the top of the projector's fixed mounting ^^19. 20 from the top of the top surface of the top surface has a screw W specifications and directly fixed (four) wire 2G for the British coffee The second screw hole 14 is engaged, two: + upper through the screw, the wire 20 and the drawing into the field - and the σ and the machine fixing device 2 can be used to carry the two iq joints. The inside of the pan/tilt 19 is additionally provided with a ^^° 19 longitudinal rotation mechanism 22, which can respectively rotate the F and σ moving mechanisms 21 with the axial direction. The first hand corresponds to the direction of the black arrow * can be abundance (1) two on the side of the cloud * 19 shell. The user can hold the handle 23 to pull the rotating mechanism to rotate with the 'Wo~&' on the table 19 to rotate the wave of the cloud to any position. Cloud, : 2 -: The lock mechanism 24 is fixed to rotate the second side: the bottom of the bottom is equipped with - 1/4 of the British occupation, ^ = show) 'You can lock the PTZ 19 in the above figure The flat and table 16t of the frame 15 is a schematic view of the projector 1 and the fixing device 2w = the frame 15 being joined in the embodiment of the present invention. As shown in the figure, the first two
先與其下方的腳架15接合，接著投影機固Μ置 I 方與該雲台19接合。當投影機固定裳置2固定在支 上後，投影機！會載人投影機固定裝置2之腔體中並牙固定， ί後使用者可以變換雲台19的角度或調整調整腳架15的 變可檇式投影機！之投射方位。另外，投影機固 疋裝置亦可不透過雲台19直接接合在腳架15上。 圖、斤示其為本發明另一貫施例中之投影機固定 結構。所述投影機25具有投影元件（未圖示）得將影像投影 200921246 機本Jn二特徵在於投衫機包含固定結構以利於將該投影 機本=於支撐結構之上，其中該固定結構設置於該 ϊ =的處’以利銜接該支撐結構。其中該固定構件 I包卜螺紋孔，與該支撐結構螺紋相匹配。在—實施例 中，支撐結構可為雲台或腳架之—部或全部。舉例而言， 的底部中心處有設置一個螺絲孔％，該螺絲孔 孔Μ】之規格，與一般相機底部上的螺絲 ㈣，故經由螺絲孔26，可攜式投影機％可以接 1-般相機常料支撐結構上，如圖三中的腳架Μ與圖 ^的雲台19。圖七為該投影機與腳架、雲台接合後的狀 盖“’、圖八’其為本發明另-實施例中-投影機固定結 構。如圖所示’此投影機固定結構包含—底座27，數個 爪狀活動件28透過彈簧樞軸29與底| =件的末端有-央持部3〇,在夹持期間可緊貼在投;; 機的上表面並提供抓持力。爪狀活動件28與底座27可 ::::置空來:納投影機。彈簧框軸29可提供爪狀 =件28 -夾持力以將投影機夾持固定。該投影機固定 #的底部具有—樞接部位（圖中未表示），類似圖二中之 凸起部位。該樞接部位的中心處設置有一螺絲孔延伸 入該拖接部位中。該螺絲孔為英制UNC 1/4_2〇之規格， 與-般相機底部上的螺絲孔規格相同，故經由該 孔：該投影機固定結構可以接合在一般相機用的腳架： 雲臺上。圖九為投影機固定在該投影機固定結構中之示 11 200921246 意圖。 ，二i之描述為本發明之特別實施例。須注意者，本實 施例僅用說明，在不遠北士Λ ^个1 延月本發明之精神與範疇的情況下， 凡该領域之熟習技蓺者 ^ .贫者對於其可能實行之許多變更與修 ，以t改與變更均被涵蓋于太# " 妁楚,.,、 蓋亍本發明之專利主張（claim)與 均的範疇内。 【圖式簡單說明】 圖一為本發明實施例中 定裝置之示意圖； 可檇式投影機與一投影機固 圖；圖為本發月實知例中投影機固定裝置之底面立體 聊架圖三為本發明實施例中—用來接合投影機固定裝置之 圖四即為本發明另一眚 置之雲台； 只知例中用來接合投影機固定裝 圖五為本發明貫施例中於旦/祕 腳架彼此接合之示意圖“機、固Μ置、雲台以及 圖/、為本發明另—實絲仏丨 0七為太… 之投影機固定結構； 圖七為本心明另—實施 接合之示意圖； 中“機、雲台、腳架彼此 圖八為本發明另一竇 力貫知例中之投影機固定结構； 圖九為本發明另一實施彻由风u疋、，0稱 ,.貫知例中投影機與固定裝置接合 之不意圖。 \κ文口 【主要元件符號說明】 200921246 1 可檇式投影機 2 投影機固定裝置 3 腔體 4 開口 5 卡榫 6 頂面 7 開口區域 8 開口區域 9 功能按鍵 10 鏡頭 11 底面 12 凸起部位 13 平面 14 螺絲孔 15 腳架 16 平臺 17 支腳 18 螺絲 19 雲台 20 螺絲 21 橫向轉動裝置 22 縱向轉動裝置 23 把手 栓鎖機構 13 24 200921246 25 螺紋孔 26 投影機 27 底座 28 爪狀活動件 29 彈簧樞軸 30 爽持部First, it is engaged with the understand 15 below, and then the projector is placed in engagement with the platform 19. When the projector is fixed and the stand 2 is fixed on the support, the projector! In the cavity of the manned projector fixture 2, the teeth are fixed, and the user can change the angle of the pan/tilt 19 or adjust the adjustable projector of the adjustment stand 15! The projected orientation. Further, the projector fixing device may be directly joined to the stand 15 without passing through the pan/tilt head 19. The figure shows that it is a projector fixing structure in another embodiment of the invention. The projector 25 has a projection element (not shown) for projecting the image of the camera. The second embodiment is characterized in that the shirting machine comprises a fixed structure to facilitate the projector to be mounted on the support structure, wherein the fixed structure is disposed on the support structure. The ϊ = 'where to facilitate the connection of the support structure. Wherein the fixing member I is covered with a threaded hole to match the thread of the supporting structure. In an embodiment, the support structure can be part or all of the gimbal or the stand. For example, at the bottom center, there is a screw hole %, the screw hole hole Μ], and the screw (4) on the bottom of the general camera, so the portable projector can be connected via the screw hole 26 The camera has a conventional support structure, such as the tripod 如图 in Figure 3 and the pan/tilt 19 in Figure 2. Figure 7 is the cover of the projector after being joined with the stand and the pan/tilt, and the figure 8 is the fixed structure of the projector in another embodiment of the invention. As shown in the figure, the projector fixed structure includes - The base 27, the plurality of claw-shaped movable members 28 pass through the spring pivot 29 and the end of the bottom member = a central portion 3 〇, which can be closely attached to the caster during the clamping; and provides the gripping force on the upper surface of the machine The claw-shaped movable member 28 and the base 27 can be:::: empty to: the projector. The spring frame shaft 29 can provide a claw shape = a member 28 - a clamping force to clamp the projector. The projector is fixed # The bottom has a pivotal portion (not shown), similar to the raised portion in Figure 2. A center of the pivoting portion is provided with a screw hole extending into the docking portion. The screw hole is an inch UNC 1/ The specification of 4_2〇 is the same as the screw hole on the bottom of the camera, so the projector fixing structure can be attached to the tripod for general camera: the pan/tilt. Figure 9 shows the projector fixed to the projection. The description of the machine is in the form of a special embodiment of the invention. In other words, this embodiment is for illustrative purposes only, and in the case of the spirit and scope of the present invention, it is not far from the spirit and scope of the present invention. And the repairs, the changes and changes are covered in the "#", ",", and the patent claims (claims) and the scope of the invention. [Simplified description of the drawings] Figure 1 is the implementation of the present invention The schematic diagram of the fixed device in the example; the solid image of the collapsible projector and the projector; the third embodiment of the projector fixture in the present embodiment is shown in the embodiment of the present invention. Figure 4 of the machine fixing device is another cloud platform of the present invention; only the fixed case for engaging the projector in the example is shown in Fig. 5 is a schematic diagram of the machine in the embodiment of the present invention. , solid state, cloud platform and map /, the other is the invention - the solid silk 仏丨 0 seven is too ... projector fixed structure; Figure VII is the heart of the other - the implementation of the joint schematic; in the "machine, PTZ , the tripods of each other, Figure 8 is a projection machine in another example of the sinus force of the present invention. Figure 9 is a schematic diagram of another embodiment of the present invention in which the projector and the fixing device are joined by a wind, a zero, a zero, and a known example. \κ文口 [Main component symbol description] 200921246 1 Projector 2 Projector Fixture 3 Cavity 4 Opening 5 Jam 6 Top 7 Opening Area 8 Opening Area 9 Function Button 10 Lens 11 Bottom 12 Raised Section 13 Plane 14 Screw Hole 15 Tripod 16 Platform 17 Feet 18 Screw 19 PTZ 20 Screw 21 Transverse rotation device 22 Longitudinal rotation device 23 Handle latch mechanism 13 24 200921246 25 Threaded hole 26 Projector 27 Base 28 Claw-like movable member 29 Spring pivot 30 Saturation