五、創作說明（】） 【技術領域】 本創作係關於一種鏡頭 及雷射指示之鏡頭模組。衩組尤其係關於一種可照明 【先前技術】 隨著多媒體技術的發展， 為廣大消費者青睞，在人 相機、攝影機越來越 化之同時，其不僅局二攝影機追求小型 能，人們希望可於照相 3 相、攝影功 功能如照明、雷射等功能從而；即設置其他 請參閱第一圖，習知f /、求新求變之心理。 筒11、複數鏡片12 (圖“示構通常包括-鏡 1 二；Γ:12收容於鏡筒11㈣，影像獲： 為一般數位相機用之為—般照相用之膠片，也可 丨佩用之衫像感測兀件（雷苻V. Creation Instructions ()) [Technical Field] This creation is about a lens and a laser pointer lens module. In particular, the group is about a kind of lighting. [Previous technology] With the development of multimedia technology, it is favored by consumers. As people's cameras and video cameras become more and more popular, their cameras are not only pursuing small-scale performance. Camera 3 phase, photography functions such as lighting, laser and other functions; that is, set other please refer to the first picture, learn f /, the spirit of innovation and change. Tube 11, multiple lenses 12 (Figure "The structure usually includes-mirror 1 2; Γ: 12 is housed in the lens barrel 11㈣, the image obtained: for general digital cameras-general photographic film, can also be used Shirt-like sensing element
Coupled Devlce，T «CCD，^ ^ ^ ^Coupled Devlce, T «CCD, ^ ^ ^ ^
Complementary Metal-〇xide ^emi h t 屬半導體 =:4 頭模紐10雖可用於操取物體影像，惟，- 旎早一用於成像系統。 +艿且惶 :種習知可用於對標示物進行明確標示之鏡 如公告於1 9 9 9年4 3 1 r夕a猶击 、衣置 4曰一 D冷專利第3 5 5 6 2 9號所揭示，其 = 水平、垂直線十字鏡頭裝置，該雷射水平、、 "7子兄碩裝置可用於成像且可用於標示物體，豆传 由-殼體内依序裝設電池、雷射二極體之驅動電路、雷身; M244451 五、創作說明（2) 一極體及凸鏡片所組成，該殼炉 今氺3 太# 多从®相對凸鏡片前端裝設一诵 认光孔之套蓋，於該凸鏡片盥奎 ^ 通 質製成之相互交錯柱面鏡Ά:設置有-透光性材 體發出之雷射光相互垂1，雷互：錯柱面鏡與雷射二極 凸鏡片聚焦之後，透過相互體發出之雷射光，經 光束由套盍之光孔射出照射於標 驭十子形 用於桿干―_ # 、/…、物。該種鏡頭裝置雖可 ί:: t，其不能用於擷取影像及照明。 操作方便之鏡頭模組實為：ί成像、照明、雷射指示且 【内容】 t ，創作之目的在於提供一種集 忐且操作方便之鏡頭模組。 兩…、月田射扣不功 於鏡ΐ:作係一種鏡f模組，其包括—鏡筒，一鏡片，置 鏡筒 ，分別與鏡同緊密配合，一影像獲取單元，位於 元:1 ，其中該鏡頭模組進一步包括一反射體、一發射單 兩邊反射體設置於鏡筒及影像獲取單元之間且可於垂直 -# 2連線方向移動一定距離，該發射單元設置於該反射 私動方向上，並與該反射體有一定間距。 浐言相車又習知技術，本創作鏡碩模組籍由於收容有鏡片之 =同與影像獲取單元之間設置一反射體，以及於該反射體 鏡^面—定間距處設置之發射單元，以利用鏡頭模組中之 =—匯聚而實現成像、照明、雷射指示等功能之切換。 [實施方法】 、 清茶照第二圖至第四圖，本創作鏡頭、模組2 〇包括一鏡 M244451 五、創作說明（3) ，21、複數鏡片22 (圖中僅示出一個）、梯形物24、發 一極體（Light Emitting Diode，簡稱LED ) 25、雷射只二 極體D1〇de，簡稱LD ) 26、影像獲取單元27。二 =2—2收容於鏡筒21内，梯形物24設置於鏡筒21與影像、兄 早兀27之間，發光二極體25及雷射二極體26 ^ 物24之兩側一定距離處。 於梯形 鏡筒21為圓筒狀，其包括二開口端川、212，開 上有一直徑較大之錐形槽213，以便由被攝物（圖鳊 不反射之光線入射至鏡筒2 1内之鏡片2 3上。 22為非球面鏡片，用於聚焦由被攝 收容於鏡筒21内，其外徑配合鏡筒21之内徑，且=白 之内圓週面（未標示）緊密配合。 。鏡同21 梯形物24為-透明光學玻璃材質製成，包括—頂面 —底面242及二側面243，於該頂面241及底面242之 ^^別鑛有紅外截止鍍膜⑴—⑶⑺…- 皮攝：反射之光線中之紅外線進入影像獲取ΐί 於正常拍攝時紅外線入射至影像獲取單元27上， 而產生噪點。二側面243皆為反 及雷射二極體26相對，用以將來自發刀光別二極 2:，並：Ϊ 一極體26之出射光束反射至鏡筒21内之鏡片 22，亚由其出射Q •^親乃 L影像獲取單元27為一CCD或CMOS影像感測元件用於 =部被攝物反射之光學影像訊號轉換為…二訊用號於， /、於梯形物24下方，其為一正方形薄片，固定於一框匕架Complementary Metal-〇xide ^ emi h t belongs to the semiconductor =: 4 Although the head mold button 10 can be used to manipulate the image of the object,-旎 early one is used for imaging systems. + 艿 and 种: a mirror that can be used to clearly mark the markers. For example, the announcement was published in 1999. 4 3 1 r Xi a slap, clothes set 4. One cold patent No. 3 5 5 6 2 9 No. revealed that its = horizontal and vertical line cross lens device, the laser horizontal, " 7 child brother device can be used for imaging and can be used to mark objects, Dou Chuan-sequentially installed batteries, lightning Drive circuit and thunder body of radio diode; M244451 V. Creation instructions (2) A polar body and a convex lens, this case furnace 3 氺 # Tai Cong ® is equipped with a light-recognition hole on the front of the convex lens The cover is made of the convex lens and the staggered cylindrical mirror made of quality. Ά: set-the laser light emitted by the transparent material body is perpendicular to each other, the laser mutual: the wrong cylindrical lens and the laser two After the polar lens is focused, the laser light emitted by the mutual body is emitted through the light hole of the sleeve through the light beam and irradiated on the standard Yu Deco for rod stem __ #, / ..., and so on. Although this kind of lens device can be used for: t, it cannot be used for capturing images and lighting. The lens module that is easy to operate is really: imaging, lighting, laser indication and [content] t, the purpose of creation is to provide a lens module that is easy to operate and easy to use. Two ..., Yuetian shooting buckle does not work for the mirror: It is a mirror f module, which includes-a lens barrel, a lens, a lens barrel, which are closely matched with the mirror, respectively, and an image acquisition unit, located at Yuan: 1 Wherein, the lens module further includes a reflector, a transmitting single-sided reflector on both sides of the lens barrel and the image acquisition unit, and can move a certain distance in the vertical-# 2 connection direction, the emitting unit is disposed on the reflective private In the moving direction and a certain distance from the reflector. It is said that the photo car is also familiar with the technology. Because the mirror lens module contains a lens, a reflector is arranged between the mirror and the image acquisition unit, and the emitting unit is arranged at a predetermined distance from the mirror surface of the reflector. In order to use the = -convergence in the lens module to realize the switching of imaging, lighting, laser indication and other functions. [Implementation method]. The second and fourth pictures of Qingcha, the creative lens and module 2 〇 include a mirror M244451 5. Creative instructions (3), 21, multiple lenses 22 (only one is shown in the figure), trapezoidal Object 24. Light Emitting Diode (LED) 25, Laser Diode D10 (LD) 26, and image acquisition unit 27. Two = 2-2 is contained in the lens barrel 21, and the trapezoidal object 24 is arranged between the lens barrel 21 and the image and the early brother 27. The light emitting diode 25 and the laser diode 26 ^ a certain distance on both sides of the object 24 Office. The trapezoidal lens barrel 21 is cylindrical and includes two open ends 212 and 212. A tapered groove 213 having a larger diameter is opened so that the light (not reflected by the object (Figure 鳊) enters the lens barrel 21). Lens 2 and 3. 22 is an aspherical lens, used for focusing and contained in the lens barrel 21 by the subject, and its outer diameter matches the inner diameter of the lens barrel 21, and the inner circumferential surface (not labeled) of white is closely fitted. Mirror with 21 The trapezoid 24 is made of transparent optical glass material, including-top surface-bottom surface 242 and two side surfaces 243, and there is an infrared cut-off coating on the top surface 241 and the bottom surface 242 ^ ^ 矿 红外 截止 ... Skin photo: The infrared rays in the reflected light enter the image acquisition unit. During normal shooting, the infrared rays are incident on the image acquisition unit 27, resulting in noise. The two sides 243 are opposite to the laser diode 26, and are used to send the light from the knife. Light-beam dipole 2: and: Ϊ The light beam emitted by the polar body 26 is reflected to the lens 22 in the lens barrel 21, and the light is emitted from the lens Q. The image acquisition unit 27 is a CCD or CMOS image sensor. The optical image signal used for the reflection of the subject is converted into ... Below the trapezoid 24, it is a square sheet fixed to a dagger frame
M244451 五 '創作說明（4) ^ (未標示），該影像獲取單元27可通 電路以傳輸訊號。 a略板佈設控制 組裝時，將鏡片22置於鏡筒21内，影 於鏡筒21之後部’梯形物24位於鏡筒。：：以7置 :者之間適當位置，以使由發光二極體25發射元” 简。内之複數鏡片22後能以散射光線射出 J線經鏡 體26經該梯形物24發射之光線經鏡筒21内之:射二極 能以平行光線射出，該梯形物24可在鏡筒 凡27之連線之垂直方向移動一定距 、獲取早 =極體26分別位於該梯卿之兩側且分 丄有m該發光二極體25及雷射二極體“ϊϊγ: 反佈δ又，制电路以連接外部電子裝置（圖未示·包 且：該二H子裝置之表面可設置二控制按紐（ΐ未 _ 4 泫一彳工制按鈕分別用以控制該發光二極體25、+ :極體26之接通及斷開，及控制梯形物24之於二位置= 以分別與發光二極體25及雷射二極體26之接通同牛夕 該鏡頭模組20可裂配於任何成像之外部電子掌 二托又取早兀27之間且三者於同一直線位置為最佳，發糸 之先、、泉A1、Α2經由鏡筒21内之鏡片22聚焦後，入射 旦=乐形物2 4 ’藉由梯形物2 4濾除其中之紅外於 -像；取單，上得到一該被攝物之影像。 取後於 π苓閱第三圖及第四圖，該鏡頭模組2 〇用於照明系統 第8頁 M244451 五、創作說明（5) 牯首先，開啟發光二極體2 5之控制按鈕，藉由該控制按 鈕使梯形物24向雷射二極體26方向移動一定位移，同時發 光一極體2 5處於接通狀態，此時發光二極體2 5發出強光 B1、B2，入射至梯形物24之一側面243，最後經由鏡筒21 ，鏡片2 2以平打光出射至外部物體從而達到照明之目的。 頭模，20作為雷射筆使用時，開啟雷射二極體26之控 私、鈕藉由抆制按鈕使梯形物2 4向雷射二極體2 5方向移 ;9:定位移，同時雷射二極體26處於接通狀態且發光二極 =氺=制按钮處於關閉狀態，此時藉纟雷射二極體發出 Λ ^ f〇 、C2，入射至梯形物24之另一側面243，最後徑 之Γ:。1之鏡片22、23出射至外部物體從而達到雷射指示 可鑛ί i: m之梯形物24之頂面241及底面242亦 請分別參閱第五圖、第心；（AR—coating)。 例，直中作為;5 Μ執^圖及弟七圖，本創作另一實施 /、中作為反射體之梯形物20由錐形體34祛代，兮於 模組30包括-鏡筒21 =料妝34日代，该鏡頭 巧、雷射二極體26及影單錐， 2、1内，錐形體24設置於鏡筒21與：像庐二各於鏡筒 光二極體2 5及雷射二極體2 6分 又早兀之間，發 一定距離處。 +稱位於錐形體2 4之兩侧 側面，其中 二極體26，該 錐：：34可由玻璃或金屬製成，其具 ，其中二二角形面八 /、 1 ~角形 . 1刀別正對發光二極體25及雷射 一 形面3 4 1分別為反射面，用以將來自 M244451 五、創作說明（6) 發光二極體25及雷射二極體26之入射光線反射至鏡筒2丨内 之鏡片2 2並由其出射。該鏡頭模組3 0擷取被攝物之影像 時，錐形體34可位於鄰近發光二極體25或雷射二極226 處’且該發光二極體2 5及雷射二極體2 6皆處於斷開狀声， 由被攝物反射之光線經由鏡筒2 1内之鏡片2 2聚焦後，^接 於影像獲取單元2 7 (最好為一普通照相用之膠片）上得到 一該被攝物之影像。該鏡頭模組3 0用於照明系 帝二 一 /土 m '、、U A W 射才日 不使用時，其原理同實施例一。 , 本創作鏡頭模組2〇之梯形物24、錐形體34亦可為豆— 形狀之反射體，惟，僅需使該反射體具二反射面即可匕 ，七光一極體25及雷射二極體26可同時設置於梯 或錐形體34之同一側，且於垂直於梯形 始弟形物24 方向上祐別欲罢、，+ 土且趴秭沿物24或錐形體34之 之一兔垃j 亚有一定間距，僅需於使用時，使兩者 射體平行移動一定門/田、一和2 6，惟，僅需將反 像、照明或雷射等二能或固定，亦可實現鏡頭模組之成 矣示上所述’本創作夕々人 利申請。惟，以上所述；5僅：型專利要件，麦依法提出專 熟悉本案技藝之人士，偟為本創作之較佳實施例，舉凡 飾或變化，皆應包含在棱依本案創作精神所作之等效修 ;以下之申請專利範圍内。 第10頁 M244451 圖式簡單說明 第 一 圖 係 習 知鏡頭 模組之示 意 圖； 第 二 圖 係 本 創作鏡 頭模組第 一 貫施例之 用 於 成 像 系統 之 示 意 圖 f 第 二 圖 係 本 創作鏡 頭模組第 一 實施例之 用 於 昭 卜、、 明 之示 意 圖 第 四 圖 係 本 創作鏡 頭模組第 — 貫施例之 用 於 雷 射 指示 之 示 意 圖 ， 第 五 圖 係 本 創作鏡. 頭模組之 第 二實施例 之 用 於 成 像系 統 之 示 意 圖； 第 六 圖 係 本 創作鏡. 頭模組第 一— 實施例之 用 於 昭 ^、、、 明 之示 意 圖 第 七 圖 係 本 創作鏡. 頭模組第 二 實施例之 用 於 雷 射 指示 之 示 意圖ε ) [ 主 要 元 件 符號說 明】 鏡 頭 模 組 20 ^ 30 鏡同 21 鏡 片 23 梯形物 24 發 光 二 極 體 25 雷射二極體 26 影 像 獲 取 tro 早 元 27 開口端 211 212 孔 洞 213 頂面 241 底 面 242 側面 243 錐 形 體 34 三角形面 341M244451 5 'Creation instructions (4) ^ (unlabeled), the image acquisition unit 27 can pass a circuit to transmit signals. a. Slight board layout control. When assembling, the lens 22 is placed in the lens barrel 21, and the shadow is on the rear part of the lens barrel 21. The trapezoid 24 is located on the lens barrel. ：: Set 7 to the appropriate position so that the light emitting diode 25 emits the element "Jane. After the multiple lenses 22 inside, it can emit the light from the J-ray through the lens 26 through the trapezoid 24 with scattered light. Through the lens barrel 21: the emitting diode can be emitted in parallel light, the trapezoid 24 can be moved a certain distance in the vertical direction of the connection of the lens barrel 27, and the early = polar body 26 is located on both sides of the ladder In addition, the light emitting diode 25 and the laser diode "丄 γ: anti-distribution δ, and a circuit to connect external electronic devices (not shown in the figure and package): The two H sub-devices can be provided with two The control button (ΐ 未 _ 4 泫 one work button is used to control the light-emitting diode 25, +: on and off of the pole 26, and control the two positions of the trapezoid 24 = = and respectively The light emitting diode 25 and the laser diode 26 are turned on. The lens module 20 can be split into any imaging external electronic palm bracket and taken between early 27 and three in the same straight position. The best, before the hairpin, springs A1, A2 are focused by the lens 22 in the lens barrel 21, and the incident beam is a musical object 2 4 ′ through a trapezoid 2 2 Filter out the infrared on-image; take the order to get an image of the subject. After taking the third and fourth images on the piling, the lens module 20 is used in the lighting system page 8 M244451 V. Creation instructions (5) 牯 First, turn on the control button of the light-emitting diode 25, and use the control button to move the trapezoid 24 to a certain direction in the direction of the laser diode 26, while the light-emitting diode 25 is at the same time. In the ON state, the light-emitting diodes 25 emit strong light B1, B2, and enter the side 243 of one of the trapezoids 24. Finally, through the lens barrel 21, the lens 22 emits flat light to an external object to achieve the purpose of lighting. Head mode, when 20 is used as a laser pen, the laser diode 26 is turned on and the button is controlled, and the trapezoid 24 is moved to the laser diode 25 by the button; 9: positioning shift, At the same time, the laser diode 26 is on and the light-emitting diode = 氺 = control button is off. At this time, the 纟 laser diode emits Λ ^ f0 and C2 and is incident on the other side of the trapezoid 24. 243, the last path of Γ: .1, the lenses 22 and 23 are shot to an external object to reach the laser indication. I: m For the top surface 241 and the bottom surface 242 of the trapezoid 24, please refer to the fifth figure and the second heart respectively; (AR-coating). For example, Zhizhong as an example; The trapezoid 20 as the reflector is replaced by the cone 34, and the module 30 includes-the lens barrel 21 = the makeup 34th generation, the lens Qiao, the laser diode 26 and the shadow cone, 2, In 1, the cone 24 is arranged between the lens barrel 21 and the lens barrel 2 and the light diode 25 and the laser diode 26 each 6 minutes away from the lens barrel, at a certain distance. 2 4 sides of both sides, including the diode 26, the cone :: 34 can be made of glass or metal, which has two dihedral faces eight /, 1 ~ angle. 1 knife is facing the light emitting diode 25 And laser-shaped surface 3 4 1 are reflective surfaces, respectively, used to reflect incident light from M244451 V. Creative Instructions (6) Light-emitting diode 25 and laser diode 26 to the lens inside the lens barrel 2 丨2 2 and shoot from it. When the lens module 30 captures an image of a subject, the cone 34 may be located adjacent to the light-emitting diode 25 or the laser diode 226 ', and the light-emitting diode 25 and the laser diode 2 6 Both are in a disconnected sound, and the light reflected by the subject is focused by the lens 2 2 in the lens barrel 21, and then connected to the image acquisition unit 27 (preferably a film for ordinary photography) to obtain a The image of the subject. This lens module 30 is used in the lighting system D21 / UmW, UAW, and when not in use, the principle is the same as that of the first embodiment. The trapezoid 24 and the cone 34 of this creative lens module 20 can also be bean-shaped reflectors. However, it is only necessary to make the reflector with two reflecting surfaces, seven light and one polar body 25 and laser. The diode 26 can be set on the same side of the ladder or the cone 34 at the same time, and in the direction perpendicular to the trapezoidal shape 24, please don't let it go. There is a certain distance between the slabs. You only need to move the projectiles of the two gates in parallel to a certain gate / field, one and two 6 when in use. However, you only need to enable or fix the two functions such as inverse image, lighting or laser. The realization of the lens module is shown in the above-mentioned "Creative Application for Human Resources". However, the above; 5 only: Type patent requirements, Mai Yifa proposes a person who is familiar with the skills of this case, and is a preferred embodiment of this creation. Any decoration or change should be included in the spirit of the creation of this case. Effect repair; within the scope of patent application below. The M244451 diagram on page 10 is a simple illustration. The first diagram is a schematic diagram of a conventional lens module. The second diagram is a schematic diagram of the first embodiment of the creative lens module for an imaging system. The second diagram is a creative lens module. The schematic diagram of the first embodiment of the first embodiment of the group is shown in Figure 4. The fourth diagram is the diagram of the lens module in this creative example. The fifth diagram is the diagram of the laser indicator in this embodiment. The second embodiment is a schematic diagram of an imaging system; the sixth diagram is a creative mirror. The first module is a schematic diagram of the embodiment for Zhao ,,, and Ming. The seventh diagram is a creative mirror. The second is a head module. Schematic diagram for laser indication of the embodiment ε) [Description of main component symbols] Lens module 20 ^ 30 Mirror with 21 Lens 23 Ladder 24 Light emitting diode 25 Laser diode 26 Image 34 triangular faces the side surface 241 bottom surface 242 tapered body 243 taken tro early 27-membered end surface of the opening 213 bore holes 341 211212
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