M338372 整件（95)的位置，使該内調整件（ v動調整該光圈調整 =編焦距調整機構。由於前述的發明，巧妙地利用磁 ^目互吸引的原理，讓使用者無須打開該殼體（91)即可調 正先圈或焦距，因此使精密的攝影機光機模組(92)受到該 殼華)的完整保護，讓前述創作得以適合安裝於室外。M338372 The position of the whole piece (95) makes the inner adjustment piece (the movement adjustment of the aperture = the focal length adjustment mechanism. Thanks to the aforementioned invention, the principle of mutual attraction of the magnets is skillfully utilized, so that the user does not need to open the case The body (91) can adjust the first circle or the focal length, so that the precision camera optomechanical module (92) is completely protected by the shell, so that the above creation is suitable for installation outdoors.
然而’前述的殼體(91)僅能適用於尺寸固定的攝影機 、“拉組（92)’因為當前述該殼體（91)安裝-徑圍尺寸較 大的攝影機光機模組(92)時，由於該内調整件(93)的尺寸 固定，使該㈣㈣（93)安裝於㈣影機光機餘（92)時， 其自由端容易碰撞該殼體（91)之内部表面，導致無法順利 轉動該内調整件（93);反之，當以該前述殼體（91)安裝一 徑圍尺寸相對較小的攝影機光機模組（92)時，其將使該内 凋t件（93)自由端的磁鐵與該磁控調整件（95)之磁性體的 ^離增長而降低其間的磁吸能力，讓使用者控制該磁控調 件（95)日守，可能無法順利透過磁吸能力帶動該内調整件 (93) 〇 另外’由於該磁控調整件（95)僅能沿著該穿槽（942)移 動’故該發明的焦距以及光圈的調整範圍因此受到限制， 係為該發明另一個較為美中不足的地方。 【新型内容】 為了解決前述之可室外防水的監視攝影機之該内調整 件尺寸固定致使其無法應用於尺寸不同的攝影機光機模 組’以及光圈、焦距之調整範圍受到限制的問題，本創作 5 M338372 係提供長度尺寸可以改變的内調整件以及一可360度旋 轉的調整環套設於監視攝影機殼之外部，以達到提升適應 性安I效能及擴大調整光圈、焦距範圍的目的。 本創作提供一種磁控式監視攝影機，其包含： 一本體’其包含： 一殼體，其為一中空筒體，其包含： 一主體段； 一套接段，其軸向且一體連接於該主體段； 以及 一卡制面’其表面環狀設於該殼體於該主體 段以及該套接段之間； _ 攝影機光機模組，其固定置於該殼體的内部， 其包含—鏡頭，該鏡頭置於該套接段内；以及 一 一個以上的内調整件，其為一可調整長度的桿 體，其—第一端固定於該鏡頭，其一第二端固定設有一磁 性體；以及 一鏡頭前蓋組，其包含： 一鏡頭前蓋’其固定接合於該套接段之一端；以 及 、 ^ 個以上的外調整環，其可轉動套設於該套接段 、_玄卡制面與该鏡頭前蓋之間，其表面固定設一外磁 性體並該外磁性體與該内調整件的磁性體磁性相吸。 严/、 4磁控式監視攝影機包含一個以上的調整套 銥’其活動套接於該套接段，並卡制於該鏡頭前蓋與該卡 M338372 制面之間。 進一步地，該内調整件包含一螺鎖段以及一螺俨 螺鎖段設於該内調整件的第一端，該螺帽活丄^，該 鎖段。 “於該螺 進一步地，該内調整件包含一套環，該套環呈弧片狀， 且該内調整件以該螺鎖段貫穿螺設於該套環表面。大 本創作提供一種用於磁控式監視攝影機的一内調敕 件’其為一可調整長度的桿體，其H包含一螺鎖/ 其一弟一端固定設有一磁性體。 藉此，本創作具有如下優點： 1·由於該内調整件的長度可調整，使多種不同尺 攝影機光機模組均彳安裳於相同尺寸的殼體β。 的 2. 亥外调整環呈環狀因此可對該套接段最高可達36〇 之旋轉’如此，嵌設於該外調整環的外磁性體得以磁力吸 二内調整件的磁性體而可調整該鏡頭的光圈或焦距達到任 意位置。 W透過迖用一個寬度適當的調整套環套設於該本體 面人4鏡碩4盍組之間，改變該鏡頭前蓋組與該本 體之間^置關係，藉以加長總體長度，冑該本體内部及 :亥鏡頭刖盍組得以容納長度較長的攝影機光機模組，達到 適應連接多種不同尺寸的攝影機光機模組之目白勺，以增加 使用、組裝便利以及節省製作成本的效果。 【實施方式】 7 M338372 請參考第一圖以及第二圖，其本創作之磁控式監視攝 影機之較佳實施例，其包含一本體（10)—保護上蓋（3〇)、 一鏡頭前蓋組（40)以及一個以上之調整套環（5〇)。 該本體（10)包含一殼體（12)、一攝影機光機模組（16)以 及一個以上的内調整件（18)，該殼體（12)可成任意外形， 本較佳實施例之殼體（10)為中空圓筒體，其包含一主體段 (1 22)以及一軸向一體連接於該主體段（彳22)之套接段 (124)，其中，該套接段（124)與該主體段（122)之間形成一 卡制面（126)。本較佳實施例之套接段〇 24)之厚度較該主 體段（1 22)略薄，而二者之間的落差即形成一環形之該卡制 面（126) 〇 該攝影機光機模組（1 6)係固定設於該殼體（1 〇)内部， 使其一鏡頭（1 62)軸向設於該殼體（1 〇)内並與該套接段（彳24) 的位置對應。 該内調整件（18)係為一可調整長度的桿體，其一端固 疋於该鏡頭（1 62)外部表面之一光圈調整機構或一焦距調整 機構，該内調整件（18)之另一端徑向朝該殼體（1〇)内部延 伸並於其自由端處固定嵌設有一磁性體（1 82)。本較佳實施 例包含兩個内調整件（1 8)分別套設固定於該光圈調整環及 該焦距調整環表面，且每一内調整件（彳8)包含一外管以及 一緊配插設於該外管的内管，透過調整該内管與該外管的 位置關係，達到調整長度的目的。其中，該内調整件（1 8) 係可螺合固定於該鏡頭（1 62)之光圈調整機構或焦距調整機 構的表面，或者，亦可以套設鎖合的方式固定於該鏡頭（1 62) 8 M338372 表面。如第二圖、第三A圖以及第三B圖所示，本較佳實 靶例之其中之一個該内調整件（1 8)之一端設有一螺鎖段 (183)以及一活動套設於該螺鎖段（183)之螺帽（184)，該内 调整件（18)以該螺鎖段（183)螺鎖穿入該鏡頭（162)之光圈 凋整機構或焦距調整機構的表面後，調整該螺帽〇 M)之位 置使該螺帽（184)迫緊該鏡頭（162)之表面，讓該内調整件 (18)可以穩固固定於該鏡頭（162)之表面。另外，本較佳實 施例之另一個該内調整件（18)之一端則可設有一套環 (185) ’孩套裱（185)為與該鏡頭（162)之光圈調整機構或焦 距调整機構的表面對應之一半弧狀片體，其可以鎖合、緊 配套合或黏合固定於該鏡頭（1 62)之光圈調整機構或焦距調 整機構的表面。 忒保濩上盍（30)為一弧形片狀板體，其一内凹弧面與 該本體（10)外形對應，且其螺鎖與該本體（1〇)之表面，: 作為保護該本體（10)内部安裝的該攝影機光機模組的 電路結構以及產生增加攝影影像對比度的效果。 該鏡頭前蓋組（40)與該套接段（14)之外徑對應並套合 於其上，其包含一個α ±的外調整環（41)以及一鏡頭前蓋 (42)。該外調整環（41)與該套接段（124)對應並活動套設於 该套接段（124)，且其表面嵌設一外磁性體（412)。本較佳 貝施力包含兩個外調整環（4彳）分別與兩個該内調整件（18) 對應，且每一該外磁性體⑷2)與其中之一磁*體（182)相 互吸引，如此，當該外調整環（41)對該套接環（124)轉動時， 该内调整件（18)受到磁力吸引而轉動該鏡頭（162)的光圈調 9 M338372 整機構或該焦距調整機構而改變該鏡頭（162)的光圈及焦 距。 忒鏡頭岫盍（42)套合固定於該套接段（124)之一端以將 。亥外凋整％ (41)卡至於該卡制面（16)及該鏡頭前蓋（42)之 間。 , 該凋整套環（50)係為與該套接段（1 24)之外徑對應之一 •裱狀體，其可活動套設於該套接段（124)上，並夾制於該鏡 頭刖盍（42)與該卡制面（16)之間。使用者可以依據該攝影 枝光铷模組（1 6)的長度，選擇寬度適中的調整套環（5〇)， 而使該本體（10)、該調整套環（5〇)及該鏡頭前蓋組0⑴所包 s的内部空間與該攝影機光機模組（1 6)的長度對應，讓多 數種不同長度尺寸的攝影機光機模組（1 6 )，僅需透過選擇 適。的凋整套環（50)或套接複數個調整套環（5〇)後，均可 以裒叹於相同尺寸的本體（1〇)内。當該本體内部的攝 影機光機模組（16)尺寸變大時，使用者可由原本寬度較小 φ的凋t套環（50)置換為寬度較大的調整套環（50)，使該本 版（1〇)、该鏡頭丽蓋組（40)以及該調整套環（5〇)的總體長度 文長，達到容納總長度較長的攝影機光機模組〇㈨的目的。 請參考第三A圖、第三B圖以及第四圖，由於該内調 整件（18)之長度係為可調，因此，當本創作採用徑圍較大 的攝影機光機模組（16)時，使用者得以透過微調該内調整 件（18)之總體長度，讓該磁性體（182)與該殼體（彳2)维持一 間距並與該外磁性體（412)形成適當的磁力吸引狀態，而嚷 該外調整環（41)對該殼體（12)轉動時，該外磁性體（4彳2)得 M338372 以吸引該磁性體（182)而帶動該内調整件（1 8)轉動，達到調 正該鏡頭（162)的光圈及/或焦距的目的。 另外，本創作亦可以僅採用長度可調整的内調整件（1 8) 並搭配不同結構設計的該外磁性體（4彳2)達到其位置調整的 目的。如第五圖所示’其係為該内調整件（18)搭配;_外調 整片體組（41Α)而可達到調整内調整件（18)位1的目的。里 中’該外調整片體組（41Α)呈弧片片大並且其兩端鎖合於該套 接段（14)表面，#包含兩個穿槽⑷1Α)以及兩個活動插設 於該穿槽（411Α)的外調整件（412Α)，每一穿槽（"Μ)之長 度方向平行於該本體（10)的徑圍方向且與該内調整件⑽ 的位置對應；每一外調整件⑷2Α)表面固定嵌設一磁性 體。使肖時，當外調整件（412Α)沿該穿槽⑷1Α)移動時， 即可透過磁吸力帶動該内調整件（18)改變位置，達到調敕 光圈、焦距的目的。 °正 鲁 【圖式簡單說明】 第一圖為本創作較佳實施例之立體圖。 第一圖為本創作較佳實施例之局部分解圖。 第一 Α圖為本創作較佳實施例之第一使用示意圖。 第一 Β圖為本創作較佳實施例之第二使用示意圖。 $四圖為本創作較佳實施例之第三使用示意圖。 第五圖為本創作之另一實施例之局部分解圖。 圖為既有之一可室外防水的監視攝影機戶ϊ、 解圖。 \ W砟分 11 M338372 第六B圖為該可室外防水的監視攝影機之使用示意 圖。 【主要元件符號說明】 (10)本體 (12)殼體 (122)主體段 (124)套接段 (126)卡制面 (16)攝影機光機模組 (162)鏡頭 (18)内調整件 (182) 磁性體 (183) 螺鎖段 (184) 螺帽 (185) 套環 (20)固定架 (30)保護上蓋 (40) 鏡頭前蓋組 (41) 外調整環 (41 2)外磁性體 (42) 鏡頭前蓋 (41 A)外調整片體組 (411A)穿槽 12 M338372 (412A)外調整件 (50)調整套環 (91) 殼體 (92) 攝影機光機模組 (93) 内調整件 (94) 調整座 (942)穿槽 (95μ兹控調整件However, the aforementioned housing (91) can only be applied to a fixed-size camera, "pull group (92)" because when the housing (91) is mounted, a camera optical module (92) having a large diameter is installed. When the size of the inner adjusting member (93) is fixed, when the (four) (four) (93) is mounted on the (four) camera optomechanical (92), the free end thereof easily collides with the inner surface of the casing (91), resulting in failure Smoothly rotating the inner adjustment member (93); conversely, when a camera illuminator module (92) having a relatively small diameter is mounted on the housing (91), it will cause the inner splicing member (93) The magnet of the free end and the magnetic body of the magnetron adjusting member (95) are increased to reduce the magnetic attraction between them, so that the user can control the magnetic control member (95), and the magnetic permeability may not be smoothly passed. Driving the inner adjustment member (93) and additionally 'because the magnetron adjustment member (95) can only move along the through groove (942)', the focal length of the invention and the adjustment range of the aperture are thus limited, and the invention is Another place that is more beautiful than the US. [New content] In order to solve the aforementioned outdoor waterproofing The size of the inner adjustment member of the surveillance camera is such that it cannot be applied to the camera optomechanical module of different sizes, and the adjustment range of the aperture and the focal length is limited. The 5 M338372 is provided with an internal adjustment member whose length can be changed and A 360-degree rotating adjustment ring is sleeved on the outside of the surveillance camera casing to achieve the purpose of improving the fitness performance and expanding the aperture and focal length range. The present invention provides a magnetic control surveillance camera, which comprises: The body includes: a casing, which is a hollow cylinder, comprising: a body segment; a set of joints axially and integrally connected to the body segment; and a card surface having a surface annular design Between the body segment and the socket segment; _ camera optomechanical module, fixedly disposed inside the casing, comprising a lens, the lens is placed in the socket segment; and a More than one inner adjustment member, which is an adjustable length rod body, wherein the first end is fixed to the lens, a second end is fixedly provided with a magnetic body, and a lens front cover The method includes: a lens front cover 'which is fixedly coupled to one end of the socket section; and, more than one outer adjustment ring rotatably sleeved on the socket section, the _ 玄 card surface and the front of the lens Between the covers, an outer magnetic body is fixed on the surface thereof, and the outer magnetic body is magnetically attracted to the magnetic body of the inner adjusting member. The strict/, 4 magnetic-controlled surveillance camera includes more than one adjustment sleeve 其The socket is clamped between the front cover of the lens and the surface of the card M338372. Further, the inner adjustment member includes a screw lock segment and a threaded screw segment is disposed on the inner adjustment member At one end, the nut is active, the lock segment. "In the screw, the inner adjustment member comprises a ring, the collar is in the form of a curved piece, and the inner adjustment member penetrates the screw with the screw Located on the surface of the collar. The present invention provides an inner tuning member for a magnetically controlled surveillance camera, which is an adjustable length lever body, the H of which includes a screw lock/one of which is fixedly provided with a magnetic body. Therefore, the present invention has the following advantages: 1. Since the length of the inner adjusting member can be adjusted, a plurality of different camera optomechanical modules are uniformly mounted on the casing β of the same size. 2. The outer adjustment ring is annular so that the sleeve can be rotated up to 36 inches. Thus, the outer magnetic body embedded in the outer adjustment ring can magnetically absorb the magnetic body of the inner adjustment member. Adjust the aperture or focal length of the lens to any position. W is placed between the body cover and the body by using an adjustment collar of appropriate width, and the relationship between the front cover group and the body is changed, thereby lengthening the overall length. The internal and the photographic lens group can accommodate the long-length camera optomechanical module, which can meet the requirements of connecting a variety of different sized camera optomechanics modules to increase the use, assembly convenience and save production cost. [Embodiment] 7 M338372 Please refer to the first figure and the second figure. The preferred embodiment of the magnetic monitoring camera of the present invention comprises a body (10) - a protective cover (3 〇), a lens front cover Group (40) and more than one adjustment collar (5〇). The main body (10) comprises a casing (12), a camera optomechanical module (16) and one or more inner adjusting members (18). The casing (12) can be in any shape, in the preferred embodiment. The housing (10) is a hollow cylindrical body comprising a main body section (1 22) and a socket section (124) integrally connected to the main body section (彳22), wherein the sleeve section (124) A carding surface (126) is formed between the body segment (122). The thickness of the sleeve segment 24) of the preferred embodiment is slightly thinner than the body segment (1 22), and the difference between the two forms a circular engagement surface (126). The camera optical model The group (16) is fixedly disposed inside the casing (1 〇) such that a lens (1 62) is axially disposed in the casing (1 〇) and is positioned with the splicing section (彳24) correspond. The inner adjusting member (18) is an adjustable length rod body, one end of which is fixed to one of the outer surface of the lens (1 62), a diaphragm adjusting mechanism or a focal length adjusting mechanism, and the inner adjusting member (18) is another One end extends radially toward the inside of the housing (1〇) and is fixedly embedded with a magnetic body (1 82) at its free end. The preferred embodiment includes two inner adjusting members (18) respectively sleeved and fixed to the aperture adjusting ring and the focal length adjusting ring surface, and each inner adjusting member (彳8) includes an outer tube and a tight fitting The inner tube disposed in the outer tube adjusts the positional relationship between the inner tube and the outer tube to achieve the purpose of adjusting the length. Wherein, the inner adjusting member (18) can be screwed and fixed to the surface of the aperture adjusting mechanism or the focal length adjusting mechanism of the lens (1 62), or can be fixed to the lens by a locking manner (1 62) ) 8 M338372 Surface. As shown in FIG. 2, FIG. 3A and FIG. 3B, one of the inner adjustment members (18) of the preferred embodiment has a screw-on section (183) and a movable sleeve. In the nut (184) of the screw lock (183), the inner adjusting member (18) is screwed into the surface of the aperture removing mechanism or the focal length adjusting mechanism of the lens (162) by the screw locking portion (183). Thereafter, the position of the nut 〇M) is adjusted such that the nut (184) is pressed against the surface of the lens (162) so that the inner adjusting member (18) can be firmly fixed to the surface of the lens (162). In addition, one end of the other inner adjusting member (18) of the preferred embodiment may be provided with a set of rings (185) 'children's sleeves (185) for the aperture adjustment mechanism or the focal length adjusting mechanism of the lens (162). The surface corresponds to a semi-arc-shaped sheet which can be locked, tightly fitted or bonded to the surface of the aperture adjustment mechanism or the focus adjustment mechanism of the lens (1 62). The upper cymbal (30) is an arc-shaped sheet-like plate body, and a concave curved surface corresponding to the shape of the body (10), and the screw lock and the surface of the body (1 〇): as protection The circuit structure of the camera optomechanical module mounted inside the body (10) and the effect of increasing the contrast of the photographic image. The lens front cover group (40) corresponds to and fits over the outer diameter of the socket portion (14), and includes an α± outer adjustment ring (41) and a lens front cover (42). The outer adjusting ring (41) corresponds to the socket portion (124) and is sleeved on the socket portion (124), and an outer magnetic body (412) is embedded on the surface. The preferred bead force includes two outer adjustment rings (4彳) corresponding to the two inner adjustment members (18), and each of the outer magnetic bodies (4) 2) and one of the magnetic bodies (182) are attracted to each other. Thus, when the outer adjusting ring (41) rotates the socket ring (124), the inner adjusting member (18) is magnetically attracted to rotate the aperture of the lens (162). 9 M338372 or the focal length adjustment The mechanism changes the aperture and focal length of the lens (162). The 忒 lens 岫盍 (42) is sleeved and fixed to one end of the ferrule (124) to be. The outer deficiencies (41) are between the card face (16) and the lens front cover (42). The fulcrum ring (50) is one of the ridges corresponding to the outer diameter of the ferrule (1 24), and is movably sleeved on the ferrule (124) and sandwiched between Between the lens 刖盍 (42) and the card surface (16). The user can select an adjustment collar (5〇) of a moderate width according to the length of the photographic beam module (16), and the body (10), the adjustment collar (5〇) and the lens front cover The internal space of the package s(1) corresponds to the length of the camera optomechanical module (16), so that most of the camera optomechanical modules (16) of different lengths need only be selected. After the complete set of rings (50) or a plurality of adjustment collars (5 inches) can be sighed in the same size body (1 inch). When the size of the camera optomechanical module (16) inside the main body becomes larger, the user can replace the slinger ring (50) with a smaller width φ with a larger adjusting collar (50), so that the original The overall length of the version (1〇), the lens Ligai group (40) and the adjustment collar (5〇) is the purpose of accommodating the camera optomechanical module (9) with a long total length. Please refer to the third A diagram, the third B diagram and the fourth diagram. Since the length of the inner adjustment member (18) is adjustable, when this creation uses a camera optical module with a large diameter (16) The user can finely adjust the overall length of the inner adjustment member (18) to maintain a distance between the magnetic body (182) and the housing (彳2) and form an appropriate magnetic attraction with the outer magnetic body (412). a state, and when the outer adjustment ring (41) rotates the housing (12), the outer magnetic body (4彳2) obtains M338372 to attract the magnetic body (182) to drive the inner adjustment member (18) Rotate to achieve the purpose of adjusting the aperture and/or focal length of the lens (162). In addition, this creation can also achieve the position adjustment by using only the length adjustable inner adjustment member (1 8) and the outer magnetic body (4彳2) of different structural design. As shown in the fifth figure, the internal adjustment member (18) is collocated; the external adjustment unit (41 Α) is used to adjust the position of the inner adjustment member (18). In the middle, the outer adjustment piece set (41Α) has a large arc piece and its two ends are locked to the surface of the socket part (14), #includes two slots (4) 1Α) and two activities are inserted in the thread. The outer adjustment member (412Α) of the groove (411Α), the length direction of each groove ("Μ) is parallel to the diameter direction of the body (10) and corresponds to the position of the inner adjustment member (10); each outer adjustment A magnetic body is fixedly mounted on the surface of the piece (4) 2Α). When the outer adjustment member (412Α) is moved along the through slot (4)1Α), the inner adjusting member (18) can be changed in position by magnetic attraction to achieve the purpose of adjusting the aperture and the focal length. °正鲁 [Simple description of the drawings] The first figure is a perspective view of a preferred embodiment of the creation. The first figure is a partial exploded view of a preferred embodiment of the present invention. The first diagram is a first schematic diagram of the preferred embodiment of the present invention. The first diagram is a schematic diagram of the second use of the preferred embodiment of the present invention. $四图 is a schematic diagram of the third use of the preferred embodiment of the present invention. The fifth figure is a partial exploded view of another embodiment of the creation. The picture shows one of the surveillance cameras that can be waterproofed outdoors. \ W砟分 11 M338372 Figure 6B is a schematic diagram of the use of this outdoor waterproof surveillance camera. [Description of main component symbols] (10) Main body (12) Housing (122) Main body section (124) Socket section (126) Carding surface (16) Camera optomechanical module (162) Lens (18) internal adjustment piece (182) Magnetic body (183) Screw lock segment (184) Nut (185) Collar (20) Mounting bracket (30) Protective cover (40) Lens front cover group (41) External adjustment ring (41 2) External magnetic Body (42) Lens front cover (41 A) Outer adjustment piece set (411A) through slot 12 M338372 (412A) Outer adjustment piece (50) Adjustment collar (91) Housing (92) Camera optomechanical module (93 ) Inner adjustment member (94) Adjusting seat (942) through slot (95μz control adjustment member)