M311038 片45回復對應到攝影機鏡頭位置，而可直接攝取彩色影像 者。又’如上述之構造，亦可改變紅外線濾光片44及曰光 濾光片45的設置位置，配合變更光敏電阻之控制型態，使 其感應到環境光線充足時會導通電磁鐵組43的電流，以將 该濾光片支架41拉起，可用日光濾光片45攝取彩色影像。 如上述之習知構造，由於其中的濾光片支架41及電磁 鐵組43的動作行程很大，移動所需的空間大，以及該濾光 片支杀41在濾光片滑座42内上下移位時，易生故障，或產 生角度傾斜卡死之情形，導致在使用的品質上較不穩定； 同時該電磁鐵組43的耗電也較大，成本高，組裝不易等缺 失，故對該一習知構造仍有再研究改良的必要。 【新型内容】 〃们作人有鑑於上述習知攝影機之濾光片啟動機 構;_、其ΐ使用時易故障’穩定性差’不易組裝及電磁鐵 的成本南之缺失；爰精心研究，並積個人從事該產品之 計=製造的多年經驗’終研發設計出—種嶄新的「攝影 之濾光鏡總成」。 構ιίϋ作主要目的在提供—種攝影機之濾、光鏡總成，： 間早，組裝方便’不易故障，穩定性高之遽光鏡總」 本創作次一目的在提供_ . 種攝影機之濾光鏡總成，4 包、載、、且為動力，而可降低成本者。 為達上述之，目的，本創作攝影 要構造包括有一上殼體 f 木Η電動機係設置於上、下殼f M311038 之内’藉該電動機的轉動而使該濾光片 ，置者；其特徵在：該上、下殼體可相對組合成一= 奋又有一相對應的鏡頭满！ &彳 . 頭禎n查广 與 達 以及在下殼體之鏡 頭視_與馬達座之間.凸設有一短轴；該濾光片框架係呈手 方形而併設有二個鏡框，在該二個鏡框内分設有-紅外^ 濾光=及-曰光濾光片，該遽光片框架中間的一側向上向 $延設有-曲柄’該曲柄底部具有—轴孔及在其懸空端具 軸:動機係為—微型擺動馬達’該電動機的轉 °又 此，在该擺臂前端具有一向上延伸之撥桿。 _據上述組合時，係以濾光片框架的轴孔樞裝在下殼體 的短轴上’該電動機係固定在下殼體短軸_側的馬達座 内，並使該電動機擺臂上之撥桿與遽光片框架曲柄上的長 孔相組合，最後以上殼體蓋合固定，完成組裝。如上述之 結構組合後，該濾、光片框架係重力自然處於下定位位置，. 當猎-光敏電阻的控制*使該電動機輸人電流啟動時，該 電動機上之擺臂會向下偏擺，進而帶動濾光片框架以其抽 立為中1%上迴轉’使其中之紅外線濾、光片對應到殼體的 叙頭視窗位置’而可接受紅外線光以攝取夜間影像；反之， 該電動機將釋放動力而藉遽光片框架的重力返回原位，使 濾光片框架上的日光濾光片對應到鏡頭視窗位置，而可利 用一般可見光（日光）攝取彩色的影像，達到自動選用紅 外線濾光片或曰光濾光片之使用功效。 【實施方式】 、為使貴審查委員對本創作之構造、裝置及其特徵有更 進一步的認識與了解，茲舉其可行實施例並配合圖式詳細 M311038 說明如下： 請茶閱第1及第2圖所示，本創作「攝影機之濾光鏡 總成」主要構造包括有一上殼體丨丨、一下殼體12、一濾光 片框架13及一電動機14所組成；該濾光片框架13與電動 機14係設置於上、下殼體之内，藉該電動機14的轉動而 使該濾光片框架13隨之擺動切換位置者；其特徵在··該上 殼體11與下殼體12可相對組合成一體，各設有一相對應 的鏡頭視窗111、121與一馬達座112、122，以及在該下 殼體12之鏡頭視窗121與馬達座丨22之間凸設有一短轴 123 ;該濾光片框架13係呈長方形而併排設置有二個鏡框 13卜132 ’在該二個鏡框131、132内分設有一紅外線濾光 片13 3及日光;慮光片13 4 ’且在該濾光片框架13中間的 一侧邊向上向外延設有一曲柄135，該曲柄135底部具有 一軸孔136及在其懸空端具有一長孔137 ;該電動機14係 為一微型擺動（伺服）馬達，該電動機14的轉轴上設有一 擺臂141，在該擺臂141前端具有一向上延伸之撥桿142。 據上述組合時，係以瀘光片框架丨3的軸孔i 36樞裝在 下殼體12的短轴123上，該電動機14係固定在下殼體12 之紐轴123 —側的馬達座122内，並使該電動機擺臂141 上之撥杯142與濾光片框架曲柄135上的長孔相組 合，最後以上殼體11蓋合固定，即完成組裝。 另外，如上述之構造實施時，其中在該下殼體12内側 可以短軸123為中心而環設有一弧形凸肋124;組合使用 時可藉該凸肋124支撐濾光片框架13，使其盥下殼體12 的接觸面減少而降低磨擦力，使其動作更順暢。 M311038 如上述之結構組合後’該濾光片框架13係重力自然處 於下定位位置，即如第2及第3圖上方之日光濾光片134 對應到鏡頭視窗111、121位置的狀態；藉一光敏電阻去感 應該攝影機之環境光線的強度，進而控制通過該電動機14 之電流的啟動或關閉’當光敏電阻所感測到的環境光線不 足時’笔ml啟動’ s亥電動機14上之擺臂141會向下偏擺， 進而f動濾、光片框架13以其軸孔13 6為中心逆時鍾迴轉一 個角度，使處於該濾光片框架13下方（或稱左侧）之紅外 線濾光片133對應到殼體的鏡頭視窗121位置（如第3圖 中假想線所示位置）’而可接受紅外線光以攝取夜間影像； 反之，该電動機將釋放動力而藉濾光片框架13本身的重力 自動返回原位’使濾光片框架13上的日錢光片⑼回復 對應到鏡頭視窗121(111)位置，而利用該日光據光片134 濾除-些可見光（日光）而攝取彩色的影像，達到自動 用紅外線濾光片133或日光濾光片134之使用功效。 如上所述，本創作組裝使用時，係以短軸122盘軸 136為支點作小角度的迴轉擺動，以及該濾光片框架 :皮包覆在上、下殼體11與12之内，因此，其組合後使用 較穩定’不易故障;又，其所需的動力較小，且不佔4用 而組裝使用’且可節省習知電磁鐵組之成本，二:右 效提昇该一產品之實用性與進步性。 匕有 叮以上所揭露之實施例的形狀、構造，係本創作諸， 可仃貫施例中之-，故本創作的申請專利範圍夕 此’凡在不偏離本創作構思的條件下，各元件可用所，於 術領域人員瞭解的相似或等同元件來替換。 氧技 M311038 到品質穩定述不「攝影機之濾光鏡總成」確實能達 案之構造在提出專利2及即省成本之功效，且本 本宰之構、“ϋ未見於刊物或公開使用；是以 【圖式型專利要件’麦依法提出專利申請。 =1圖爲本創作之一實施例的立體分解圖。 第2圖爲本創作之組合立體圖。 =3圖為本創作中的濾光片框架動作示意圖。 第4圖為習知結構的立體分解圖。 【主要元件符號說明】 上殼體 11 濾光片框架 13 鏡頭視窗111 、121 短幸由 123 紅外線濾光片 133 曲柄 135 長孑L 137 撥桿 142 濾光片支架 41 電磁鐵組 43 及曰光濾光片 45 線圈 431 下殼體 12 電動機 14 馬達座 112 、 122 鏡框 131 > 132 曰光濾光片 134 軸孔 136 擺臂 141 凸肋 124 濾光片滑座 42 紅外線濾光片 44 鏡框 411 、 412 鐵芯 432 10M311038 The film 45 responds to the position of the camera lens, and can directly capture color images. Further, as in the above configuration, the arrangement positions of the infrared filter 44 and the calender filter 45 can be changed, and the control mode of the photoresistor can be changed to induce the energization of the magnet group 43 when the ambient light is sufficient. A current is drawn to pull up the filter holder 41, and the color filter 45 can be used to take a color image. According to the conventional configuration described above, since the movement strokes of the filter holder 41 and the electromagnet group 43 are large, the space required for the movement is large, and the filter killing 41 is up and down in the filter slider 42. When shifting, it is prone to failure, or the angle is tilted and stuck, resulting in unstable quality in use; at the same time, the electromagnet group 43 consumes a large amount of power, has high cost, and is difficult to assemble, etc., so This conventional structure still has the need for further research and improvement. [New content] Let's take a look at the filter activation mechanism of the above-mentioned conventional camera; _, its easy-to-failure 'difference in stability' is difficult to assemble and the cost of electromagnet is lacking in the south; Personally engaged in the product of the product = years of experience in manufacturing 'final research and development design - a new "photography filter assembly". The main purpose of the construction is to provide a filter and light mirror assembly for the camera. It is easy to assemble, and it is easy to assemble. It is not easy to fault, and the stability is high. The purpose of this creation is to provide _. Light mirror assembly, 4 packs, load, and power, can reduce costs. In order to achieve the above, the present invention is constructed to include an upper casing f. The raft motor is disposed in the upper and lower casings f M311038. The filter is placed by the rotation of the motor; In: the upper and lower casings can be combined into one = Fen and there is a corresponding lens full! &彳. The head 祯n check the wide and reach and between the lens of the lower casing _ and the motor seat. A short axis is convex; the filter frame is hand-squared and has two frames, in the second The inside of the frame is divided into an infrared ^ filter = and - a twilight filter, and the middle side of the tweezing frame is upwardly oriented with a - crank 'the bottom of the crank has a shaft hole and a floating end thereof With the shaft: the motive is - the micro-oscillating motor 'the rotation of the motor, and the front end of the swing arm has an upwardly extending lever. According to the above combination, the shaft hole of the filter frame is pivotally mounted on the short shaft of the lower casing. The motor is fixed in the motor seat of the short shaft_side of the lower casing, and the motor is placed on the swing arm. The rod is combined with the long hole on the crank of the calender frame, and finally the upper casing is closed and fixed to complete the assembly. After the combination of the above structures, the gravity of the filter and the light frame frame is naturally in the lower positioning position. When the control of the hunting-photoresist* causes the input current of the motor to start, the swing arm of the motor will be deflected downward. And driving the filter frame to take up 1% of the upper turn 'to make the infrared filter, the light piece corresponds to the head window position of the casing' and receive infrared light to capture the nighttime image; otherwise, the motor The power will be released and returned to the original position by the gravity of the diaphragm frame, so that the daylight filter on the filter frame corresponds to the position of the lens window, and the general visible light (daylight) can be used to capture the color image, thereby automatically selecting the infrared filter. The efficacy of light or twilight filters. [Embodiment] In order to enable your review committee to have a better understanding and understanding of the structure, device and features of this creation, the following is a description of the possible examples and the detailed description of M311038: Please read the first and second As shown, the main structure of the "filter filter assembly of the camera" comprises an upper casing 一下, a lower casing 12, a filter frame 13 and an electric motor 14; the filter frame 13 and The motor 14 is disposed in the upper and lower casings, and the filter frame 13 is swung by the rotation of the motor 14 to switch positions; the upper casing 11 and the lower casing 12 are A plurality of corresponding lens frames 111 and 121 and a motor seat 112 and 122 are respectively disposed, and a short axis 123 is protruded between the lens window 121 and the motor base 22 of the lower casing 12; The filter frame 13 is rectangular and is arranged side by side with two frames 13 132'. In the two frames 131, 132, an infrared filter 13 3 and sunlight are arranged; the light-receiving piece 13 4 ' is in the filter One side of the middle of the light sheet frame 13 is extended upward a crank 135 having a shaft hole 136 at the bottom and a long hole 137 at the hanging end thereof; the motor 14 is a micro-swing (servo) motor, and the motor 14 has a swing arm 141 on the rotating shaft. The front end of the swing arm 141 has an upwardly extending lever 142. According to the above combination, the shaft hole i 36 of the calender frame 丨3 is pivotally mounted on the short shaft 123 of the lower casing 12, and the motor 14 is fixed to the motor base 122 on the side of the shaft 123 of the lower casing 12. And the dial cup 142 on the motor swing arm 141 is combined with the long hole in the filter frame crank 135, and finally the upper casing 11 is closed and fixed, that is, the assembly is completed. In addition, when the configuration is as described above, an arcuate rib 124 is disposed around the short shaft 123 at the inner side of the lower casing 12; when used in combination, the filter frame 13 can be supported by the rib 124. The contact surface of the underarm casing 12 is reduced to reduce the frictional force and make the movement smoother. M311038 After the combination of the above structures, the filter frame 13 is naturally in the lower positioning position, that is, the state in which the daylight filters 134 above the second and third figures correspond to the positions of the lens windows 111 and 121; The photoresistor senses the intensity of the ambient light of the camera, thereby controlling the activation or shutdown of the current through the motor 14. 'When the ambient light sensed by the photoresistor is insufficient, the pen ml starts the swing arm 141 on the motor 14 The yaw is downwardly deflected, and the optical filter frame 13 is rotated counterclockwise by an angle about the shaft hole 13 6 to make the infrared filter 133 under the filter frame 13 (or the left side). Corresponding to the position of the lens window 121 of the housing (as indicated by the imaginary line in Fig. 3), infrared light can be received to capture the nighttime image; otherwise, the motor will release the power and automatically pass the gravity of the filter frame 13 itself. Returning to the home position 'returns the daylight film (9) on the filter frame 13 to the position of the lens window 121 (111), and uses the daylight source 134 to filter out some visible light (daylight) to take color Images, to automatically with an infrared filter using the filter 133 or 134 the effect of sunlight. As described above, the present assembly is used in a small angle of pivoting with the short shaft 122 of the disk shaft 136 as a fulcrum, and the filter frame: the skin is covered in the upper and lower casings 11 and 12, The combination is more stable after use, which is not easy to be faulted; in addition, the required power is small, and it is not used for assembly, and the cost of the conventional electromagnet group can be saved. Second, the right product is improved. Practicality and progress. The shape and structure of the embodiment disclosed above are the same as those of the present invention, and therefore, the scope of the patent application of the present creation is not limited to the conditions of the present creation. The components may be replaced by similar or equivalent components known to those skilled in the art. Oxygen M311038 to the quality of the stability of the "camera filter assembly" can indeed achieve the structure of the patent 2 and the cost-saving effect, and the structure of the book, "ϋ is not seen in the publication or public use; The patent application is filed in accordance with [Graphic Patent Requirements]. =1 Figure is an exploded perspective view of one embodiment of the creation. Figure 2 is a combined perspective view of the creation. =3 is the filter in the creation. Fig. 4 is an exploded perspective view of the conventional structure. [Main component symbol description] Upper housing 11 Filter frame 13 Lens window 111, 121 Short fortunately by 123 Infrared filter 133 Crank 135 Long 孑L 137 lever 142 filter holder 41 electromagnet group 43 and calender filter 45 coil 431 lower case 12 motor 14 motor block 112, 122 frame 131 > 132 calender filter 134 shaft hole 136 swing arm 141 Rib 124 filter slide 42 infrared filter 44 frame 411, 412 core 432 10