^63268 六、發明說明： 【發明所屬之技術領域】 本創作為一種攝影機及紅外線發光二極體調整裝置， 係以攝影機組件下方的弧形延伸段配合殼體内部的弧形凹 台調整角度，而殼體之凸伸段則可保護攝影機組件並達到 防止紅外線發光二極體干擾之功能。 • 【先前技術】 利用監視器的設置，可達到遏止犯罪及影像蒐證的功 月b因此L視器所安裝的位置和攝錄影像的性能便顯得格 外重要，以習用技術而言，監視器不僅可多角度調整，亦 可配合紅外線發光二極體於夜間或光源不足的空間進行錄 影，然監視器内部之攝影機鏡頭、旋轉裝置和其他電子元 件皆屬於低強度的精密零件，一經外力撞擊，極有可能受 ♦至Ή貝壞，凊參閱第八圖及第九圖所示，為避免紅外線發光 二極體5在監視器玻璃7或透明塑膠材料所產生的折射干擾 攝影機鏡頭6，習用的監視器攝影機鏡頭6通常緊貼於監視 器玻璃7或透明塑膠材料，讓紅外線發光二極體5啟動時不 會影響攝影機鏡頭6,也因為攝影機鏡頭6緊貼於監視器破 璃7或透明塑膠材料，當玻璃7或透明塑膠材料受到敲擊時 ，攝影機鏡頭6亦會承受此外力衝擊，造成損壞，又因習用 技術係將紅外線發光二極體5環繞於攝影機鏡頭6，另一習 3 1363268 用技術是將紅外線發光二極體5觸影機鏡頭6分置於不同 殼體，但仍係將紅外線發光二極體5採環狀I置，此種紅外 線發光二極體5都為環狀裝置，因光線射角之原因，因此在 光範圍内中央位置之亮度常較邊緣之亮度強很多形同_ 央有過度曝光的結果’故於顯示器上觀察影像時，邊緣及 角洛之影像較容易模糊’而難以辨識；此外習用的監視器^63268 VI. Description of the Invention: [Technical Field of the Invention] The present invention is a camera and an infrared light-emitting diode adjusting device, which adopts an arc-shaped extending section under the camera assembly to adjust an angle with an arc-shaped concave table inside the casing. The convex section of the housing protects the camera components and prevents the interference of the infrared light-emitting diodes. • [Prior Art] With the settings of the monitor, it is possible to achieve the power of crime prevention and image search. Therefore, the position of the L viewer and the performance of the recorded image are particularly important. In terms of conventional technology, the monitor Not only can be adjusted at multiple angles, but also with infrared light-emitting diodes for recording at night or in insufficient light source. However, the camera lens, rotating device and other electronic components inside the monitor are low-intensity precision parts. It is highly probable that it will be damaged by ♦ to mussels. For details, please refer to the eighth and ninth diagrams. In order to avoid the interference of the infrared light-emitting diodes 5 in the monitor glass 7 or the transparent plastic material, the camera lens 6 is used. The monitor camera lens 6 is usually attached to the monitor glass 7 or a transparent plastic material, so that the infrared light-emitting diode 5 does not affect the camera lens 6 when it is activated, and also because the camera lens 6 is closely attached to the monitor glass 7 or transparent plastic. Material, when the glass 7 or the transparent plastic material is struck, the camera lens 6 will also withstand the impact of the external force, causing damage, and The technical department surrounds the infrared light-emitting diode 5 around the camera lens 6. Another technique of 3 1363268 is to place the infrared light-emitting diode 5 photographic lens 6 in different housings, but still use infrared light-emitting diodes. The body 5 adopts the ring I, and the infrared light-emitting diodes 5 are all ring-shaped devices. Due to the angle of the light, the brightness of the central position in the light range is often much stronger than the brightness of the edge. The result of overexposure 'When viewing images on the display, the edges and corners of the image are more likely to be blurred' and difficult to recognize;
通常僅配合後方支撑架的雙軸向旋轉調整’攝影機鏡頭及 紅外線發光二極體係固定於前端無法調整’故難以適用所 有角度之需求’基於上述問題及缺陷，習用技術仍待進一 步之改良。 【發明内容】 有鑑於上述各種情況及問題之存在，創作人基於多年 從事相關行業之開發經驗且潛心鑽研，遂創作出更符合使 鲁用者f求的攝影機及紅外線發光二極體調整裝置。 本創作之攝影機及紅外線發光二極體調整裝置，殼體 之前平面為傾斜面，前方設有前蓋及強化玻璃’上方設有 上蓋，傾斜面中央設有凸伸段，凸伸段兩側設有一個以上 的、工外線發光二極體，殼體内部設有紙形凹台；攝影機組 件下方有弧形延伸段，對應於殼體内部的弧形凹台。 先前技術是以攝影機鏡頭緊貼於玻璃或透明塑膠材料 排除紅外線發光二極體的折射干擾，但因此種方式容易 4 Γ363268 使攝影機鏡頭遭到外力衝擊而損壞，故本創作係利用凸伸 段的认置’讓攝影機組件獨立設置於該空間，且未接觸強 化玻璃，藉由前蓋的強化玻璃緊貼於凸伸段溝槽的彈性膠 條’除了能防止紅外線發光二極體的折射干擾鏡頭組件的 攝衫外，亦可吸收部份衝擊力避免攝影機組件直接承受外 力衝擊而損壞；而攝影機組件下方的派形延伸段可對應於 /Λ體内邛的弧形凹台調整角&，配合鋁製的角度墊片可設 疋紅外線發光二極體的角度，進而提供監視器變化更多種 不同的攝影角度’因此本創作能適用更多樣的角度空間， 並兼具攝景> 機組件的保護和冑免紅外線發光二極體干擾的 功能。 【實施方式】 以下兹就本創作之結構功能，採較佳可行之實施例， 並配合圖式詳細說明於後’俾能增加對本創作整體結構之 瞭解；請參閱如第一圖〜第七圖中圖面所示，本創作為一 種攝影機及紅外線發光二極體調整裝置’其主要結構包含 殼體1、前蓋2、上蓋3、攝影機組件4、紅外線發光二極體5 ，其中： 請參照如第一圖及第二圖所示，殼體1之前平面為傾斜 面11 ’上方為開口，傾斜面11之中央設有凸伸段12，凸伸 段1 2兩側設有一個以上的紅外線發光二極體5，且殼體J内 5 Γ363268 部設有弧形凹台13 ;攝影機組件4下方設有弧形延伸段41 ’該弧形延伸段41係對應於殼體1内部的弧形凹台13，可沿 弧形凹台13調整攝影機組件4之角度，並使攝影機組件4定 位於凸伸段12所構成的空間，前蓋2及上蓋3則分別設置於 殼體1的前方及上方。 請參照如第三圖〜第七圖所示，為調整攝影機組件4至 適當角度，可將娘形延伸段41之螺絲鬆開，而後利用弧形 延伸段41及弧形凹台1 3的配合前後滑動調整攝影機組件4 的角度’至適當角度後再以螺絲旋緊固定；攝影機組件4 設定完成後’可將紅外線發光二極體5及傾斜面丨丨之間設置 角度墊片52，配合攝影機組件4的設定角度，可選用斜率不 同的角度墊片52設定紅外線發光二極體5的角度，並將二極 體罩蓋51嵌入於紅外線發光二極體5之上，而藉由二極體罩 蓋51的改變、替換可設定紅外線發光二極體5之光線遠近， 且不同光線遠近的二極體罩蓋51亦可相互搭配使用，讓紅 外線發光二極體5能發揮更高的效率；當攝影機組件4及紅 外線發光二極體5的角度設定完成後，可將前蓋2固定於殼 體前方’利用凸伸段12溝槽121内的彈性膠條1〇略高於凸伸 段1 2 ’使前蓋2内側的強化玻璃21能緊貼於凸伸段丨2溝槽 1 21内的彈性膠條1 〇 ’以吸收部份外力的衝擊，並防止紅外 線發光二極體5的折射，影響攝影機組件4的攝影功能，配 合監視器外側的調整裝置，本創作不僅能提供更多不同角 6 1363268 度的變化，藉由凸伸段12的設置，亦可避免攝影機組件4 犄又到...X外線發光二極體5的干擾並保護攝影機组件4 不會直接承受外力衝擊而損壞；惟、以上所述者，僅為本 較佳，、把範例，當不能以之作為限定本創作實施 之範圍，凡依本創作申嘈真夺丨—m 只知 ，仍庫屬“ D孝“&圍所作之均等變化或修飾 乃應屬本創作專利涵蓋之範圍内。 【圖式簡單說明】 第圖：為本創作結構之立體圖。 第一圖：為本創作結構之系統圖。 第二圖：為本創作結構之示意圖。 第四圖：為本創作結構之示意圖。 第五圖：為本創作結構之示意圖。 第六圖：為本創作結構之示意圖。 第七圖：為本創作結構之示意圖。 第八圖：為先前技術參考圖。 第九圖：為先前技術參考圖。 【主要元件符號說明】 21 3 4 41 5 51 52 強化玻璃 上蓋 攝影機組件 弧形延伸段 紅外線發光二極體 —•極體罩蓋 角度墊片 1 殼體 10 彈性膠條 11 傾斜面 12 凸伸段 121溝槽 13 弧形凹台 2 前蓋 先前技術元件符號 5 紅外線發光二極體 6 攝影機鏡頭 7 玻螭Usually, only the biaxial rotation adjustment of the rear support frame is adopted. The camera lens and the infrared light emitting diode system are fixed at the front end and cannot be adjusted. Therefore, it is difficult to apply the requirements of all angles. Based on the above problems and defects, the conventional technology is still to be further improved. SUMMARY OF THE INVENTION In view of the above various situations and problems, the creator has been working on the development of related industries for many years and has devoted himself to creating a camera and infrared light-emitting diode adjustment device that is more suitable for the use of the user. The camera of the present invention and the infrared light-emitting diode adjustment device have an inclined surface in front of the front surface, a front cover and a reinforced glass on the front side, and an upper cover on the upper side of the inclined surface, and two sides on the convex extension section. There is more than one external light-emitting diode, and a paper-shaped concave platform is arranged inside the casing; an arc-shaped extending section below the camera assembly corresponds to an arc-shaped concave platform inside the casing. The prior art is that the camera lens is closely attached to the glass or the transparent plastic material to eliminate the refraction interference of the infrared light-emitting diode, but the method is easy. 4 Γ 363268 causes the camera lens to be damaged by external force, so the author uses the protruding section. Recognize that 'the camera assembly is independently placed in this space, and the tempered glass is not in contact with the reinforced glass of the front cover, which is in close contact with the elastic strip of the groove of the protruding section, in addition to preventing the refraction of the infrared illuminating diode from interfering with the lens The outer part of the component can also absorb part of the impact force to prevent the camera assembly from directly damaging the external impact and damage; and the derivative extension below the camera assembly can correspond to the curved concave adjustment angle & The angle gasket made of aluminum can be set at the angle of the infrared light-emitting diode, which provides a variety of different angles of photography for the monitor's change. Therefore, this creation can be applied to more angular spaces and has both landscapes> The protection of the machine components and the function of eliminating the interference of the infrared light-emitting diodes. [Embodiment] The following is a detailed and feasible example of the structure and function of the creation, and the detailed description of the structure can be used to increase the understanding of the overall structure of the creation; please refer to the first figure to the seventh figure. As shown in the middle, the present invention is a camera and an infrared light-emitting diode adjustment device. The main structure includes a housing 1, a front cover 2, an upper cover 3, a camera assembly 4, and an infrared light-emitting diode 5, wherein: As shown in the first figure and the second figure, the front plane of the casing 1 is an opening above the inclined surface 11', the center of the inclined surface 11 is provided with a protruding section 12, and more than one infrared ray is provided on both sides of the protruding section 12. a light-emitting diode 5, and a curved recess 13 is provided in the casing 363268 in the casing J; an arc-shaped extension 41 is disposed under the camera assembly 4. The curved extension 41 corresponds to the arc inside the casing 1. The recess 13 can adjust the angle of the camera assembly 4 along the curved recess 13 and position the camera assembly 4 in the space formed by the protruding section 12, and the front cover 2 and the upper cover 3 are respectively disposed in front of the housing 1 and Above. Referring to the third to seventh figures, in order to adjust the camera assembly 4 to an appropriate angle, the screws of the female-shaped extension 41 can be loosened, and then the cooperation of the curved extension 41 and the curved recess 13 can be utilized. Slide the front and rear slides to adjust the angle of the camera unit 4 to the appropriate angle and then screw it tightly. After the camera unit 4 is set, the angle washer 52 can be placed between the infrared light-emitting diode 5 and the inclined surface. For setting the angle of the component 4, the angle of the infrared light-emitting diode 5 can be set by using the angle spacer 52 having a different slope, and the diode cover 51 is embedded on the infrared light-emitting diode 5, and the diode is used. The change or replacement of the cover 51 can set the light of the infrared light-emitting diode 5 to be far and near, and the diode cover 51 with different light distances can also be used together, so that the infrared light-emitting diode 5 can exert higher efficiency; After the angles of the camera assembly 4 and the infrared illuminating diode 5 are set, the front cover 2 can be fixed to the front of the housing. The elastic strip 1 in the groove 121 of the protruding section 12 is slightly higher than the protruding section 1 2 'Make front cover 2 The side tempered glass 21 can be closely attached to the elastic strip 1 〇 ' in the groove 1 21 of the protruding section 以2 to absorb the impact of the external force and prevent the refraction of the infrared illuminating diode 5, affecting the camera assembly 4. The photographic function, combined with the adjustment device on the outside of the monitor, not only provides more variation of the different angles of 6 1363268 degrees, but also avoids the camera assembly 4 and the X-rays by the setting of the protrusions 12 The interference of the diode 5 and the protection of the camera assembly 4 are not directly damaged by external impact; however, the above is only preferred, and the examples are not limited to the scope of the implementation of the present invention. According to this creation, the application is true. m Only know that the equivalent changes or modifications made by the library are “D filial” and should be within the scope of this creation patent. [Simple description of the diagram] The first picture: a perspective view of the creation structure. The first picture: the system diagram of the creation structure. The second picture: a schematic diagram of the creation structure. The fourth picture: a schematic diagram of the creation structure. The fifth picture: a schematic diagram of the creation structure. Figure 6: Schematic diagram of the creation structure. The seventh picture: a schematic diagram of the creation structure. Figure 8: is a prior art reference picture. Figure IX: is a prior art reference map. [Main component symbol description] 21 3 4 41 5 51 52 tempered glass upper cover camera assembly curved extension infrared illuminating diode - • polar body cover angle gasket 1 housing 10 elastic rubber strip 11 inclined surface 12 convex section 121 groove 13 curved recessed table 2 front cover prior art component symbol 5 infrared light emitting diode 6 camera lens 7 glass