M395088 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種監視器固定座，尤指一種可進行旋 轉角度微調之改良之監視器固定座。 【先前技術】 按’監視器的安裝能有效彌補保安或警衛人員在治安 死角及無法兼顧時段、地段同時巡視之不足，因此早已被 社會大眾普遍接受使用。監視器通常設置於一牆面或一特 疋物體表面上，例如一電線杆上，而為了將監視器的攝影 角度進行最佳化調整，通常需要藉由一個固定座來將監視 器間接固定於特定牆面上。 固定座一般皆包含一監視器固定面及一牆面固定面， 最簡單的固定座係於其製造過程中即把該監視器固定面與 該牆面固疋面之角度彎折完成，而此彎折角度是無法改變 的’如此-來雖然具有非常強的耐受力，不會因強風或外 力因素而改變監視器之攝影角度，但是由於其彎折角度無 法調整，因此若欲改變監視器之攝影角度時，尸、能重新製 造不同彎折角度之固定座，不僅費時費工，在使用上也非 常不具有彈性。 、；上述缺點，便有創作者提供了可調整角度之龄 為固疋座’請參照如第一圖所示，係一習知之可調整角度 之監視器固定座示意圖，該監視器固^座A係包含—第: 3 M395088 固定板A100及一第二固定板A2〇〇，該第一固定板Al〇〇 係用以將監視器固定座A固定於一壁面上，而該第二固定 板A200係供一監視器鎖設於其上，第一固定板Αι〇〇與第 —固定板A200之間藉由一螺絲A3〇〇之穿設而互相樞接， 並可藉由旋緊或旋鬆螺絲A300而調整第一固定板A1〇〇與 第一固定板A200之間的鬆緊度及角度，即可調整監視器之 攝影角度。然而，由於此二個固定板A1〇〇、A2〇〇之間係 藉由一螺絲A300之樞設，僅具有一個支點，因此當風力太 強或是外力碰撞時，很容易造成二個固定板A1〇〇、A2〇〇 之間角度的改變，使監視器的攝影角度改變。另外，由於 此種固定座A在進行角度之調整時，必須憑感覺慢慢微 調，才侍以將攝影角度調整至最佳，若是必須經常調整角 度，必定耗費非常多的時間。 有鑑於此，必須提供一種改良之監視器固定座，不僅 可將監視器穩固的固定，更易於進行角度之微調，使監視 器之攝影角度能達到最佳調整。 【新型内容】 故，有鑑於前述之問題與缺失，創作人以多年之經驗 H並發揮想像力與創造力’在不斷試作與修改之後， 始有本創作之一種改良之監視器固定座。 本創作之主要目的係提供一種改良之監視器固定座， 其可用以調整監視器之攝㈣度’使其在使用上具有非常 4 M395088 大之彈性。 本創作之另一目的係提供一種改良之監視器固定座， 藉由棘輪齒與棘輪擋板之相對配置，可用以快速並準確微 調二個雲台座之相對旋轉角纟’以減少調整時間，增加工 作效率。 於是，本創作係揭露一種改良之監視器固定座，其至 少包含：-第-雲台座，其包含：一第—固定板可用以 固定-監視器；二個第一樞接板’係連接於該第一固定板 之相對側邊，並且往同—方向平行延伸，其中，至少一第 樞接板3有弧形邊緣；複數個棘輪齒，係設置於其中 -第-樞接板之該弧形邊緣上；及二個第一球形樞接點， 係分別設置於二個第―樞接板上，並Μ弧形⑽之圓心 處；一第二雲台座，其包含：―第二固定板，彳用以將該 監視器承載座固定於一拉中札± 特疋物體之表面上；二個第二樞接 板係連接於該第二固定板之相對側邊，並且往同一方向 平行乙伸’及_個第二球形樞接點’係分別設置於二個第 樞接板上1¾ _個第二球形樞接點可分別與二個第—球 形插接點卡合，播笛 ^ ΓΪ- A*· 吏第一云〇座與第二雲台座互相樞接；二 個棘輪擋板，其分則4 . . ,Α 刀別包含.一樞接部，係用以將該棘輪擋 板樞接於其中-第二樞接板上；及—擋止部，可卡合於第 一雲台座之該複數個棘輪齒，以進行第—雲台座與第二雲 台座相對旋轉之微調；及二個復位元件，係㈣於二個# 5 M395088 輪擋板所處之該第二樞接板上，可提供復位彈力使二個棘 輪擋板與複數個棘輪齒保持卡合狀態。 【實施方式】 在下述内容中，茲分別以本創作一第一較佳實施例及 一第二較佳實施例之一種改良之監視器固定座對本創作之 結構改良及其功能做詳細之介紹。 請同時參照如第二圖、第三圖及第四圖所示，第二圖 係本創作該第一較佳實施例之一種改良之監視器固定座之 立體外觀圖示，第三圖係本創作第一較佳實施例之一種改 良之監視器固定座之前視圖，第四圖係本創作第一較佳實 施例之一種改良之監視器固定座以第一圖之切線B _ b之剖 視圖。該監視器固定座i係包含一第一雲台座11〇、一第 二雲台座120、二個棘輪擋板130以及二個復位元件14〇〇 該第一雲台座110係包含：一第一固定板ln，可用以 固定一監視器；二個第一樞接板112、113,係連接於該第 一固定板111之相對侧邊，並且往同一方向平行延伸，其 中，該二個第一樞接板112、113含有一弧形邊緣、 113a;複數個棘輪齒114,係設置於其中一第一樞接板ιΐ2 之該弧形邊緣112a上；及二個第一球形柩接點U5a、 115b，係分別設置於二個第一框接板112、113上，並位於 弧形邊緣112a、113a之圓心處。 該第二雲台座120係包含：一第二固定板121，可用 6 M395088 以將該監視器固定座1固定於一特定物體之表面上；二個 第二樞接板122、123,係連接於該第二固定板121之相對 側邊，並且往同一方向平行延伸；及二個第二球形樞接點 124a、124b，係分別設置於二個第二樞接板122、123上， 該二個第二球形樞接點124a、124b可分別與二個第一球形 - 樞接點115a、115b卡合，使第一雲台座110與第二雲台座 I20互相樞接。其中，該二個第一樞接板112、113上更分 ^ 別設有一弧形開槽116a、116b，而該二個第二樞接板122、 123上分別設有一限位元件125a' 125b，該限位元件125a、 125b可與該弧形開槽116a、116b結合並進行相對移動，以 限制該第一雲台座110與該第二雲台座12〇相對旋轉之角 度。此處之限位元件125a、125b係一螺絲組，其可直接穿 過弧形開槽116a、116b並鎖固於第二樞接板122、123上， 以簡化製造及安裝程序。以其中一限位元件l25a為例，該 ^ 螺絲組包括一六角螺絲125 1 a、一彈性墊片1252a、一平滑 墊片1253a以及一塑膠墊片1254a，該塑膠墊片1254a設置 於第一樞接板112與第二樞接板122之間，該彈性墊片 1252a以及該平滑墊片1253a係設置於該六角螺絲1251a 與第一樞接板112之間。 該二個棘輪擋板130係分別包含：一樞接部131，係 用以將該棘輪擋板130枢接於第二枢接板122上；及一擋 正部132，可卡合於第一雲台座no之該複數個棘輪齒 7 M395088 114’以進行第一雲台座11〇與第二雲台座i2〇相對旋轉之 微調。 該二個復位元件140係設置於二個棘輪擋板130所處 之該第二樞接板122上，可提供復位彈力使二個棘輪擋板 130與複數個棘輪齒114保持卡合狀態。其中，該二個復 位元件140係分別為一彈簧，藉由該彈簧之彈性，可提供 彈性恢復力給此二個棘輪擋板丨3〇。 接著請參照如第五圖所示，係本創作該第二較佳實施 例之一種改良之監視器固定座之立體外觀圖示。第二較佳 實施例之大部分結構與第一較佳實施例相同，不同之處在 於，第二較佳實施例之一監視器固定座2中，一第一雲台 座210上設有二個第一樞接孔215a，其係取代了第一較佳 實施例中的二個第一球形樞接點丨丨5a、1丨5b，該二個第一 極接孔215a’係分別設置於二個第一樞接板212、213上， 並位於弧形邊緣212a、213a之圓心處。相對應的，在第二 較佳實施例中，一第二雲台座22〇上設有二個第二柩接孔 224a ’其係取代了第一較佳實施例中的二個第二球形樞接 點124a、124b，並且該二個第二樞接孔224a係分別設置於 一個第一樞接板222、223上。該二個第一樞接孔215a與 該二個第二樞接孔224a可分別藉由—第一螺絲組25〇而進 行鎖合，使第一雲台座210與第二雲台座22〇互相樞接。 第一較佳實施例之結構可達成與第一較佳實施例相同 8 需求選擇使用第一較佳 固定座結構，皆可達到 之樞接功能，因此可依實際情況或 實施例或第一較佳實施例之監視器 相同目的。 在本創作第一較佳實施例與第_ j兴第一較佳實施例中，棘輪 齒與棘輪擋板之設計除了可用 了用以進行監視器固定座旋轉角 度之微調以外，更可增加第一 弟 座與第二雲台座之間的 結合力強度，避免因樞軸處 〜強度不足（例如第二較 佳實施例中的第一螺絲組鬆脫）㈣成第-雲台座與第二 雲台座之間的結合鬆脫，致 入l 祝的攝影範圍改變。 另外，在實際使用本創作箆一 W作弟較佳實施例與第二較佳 實施例之監視器固定座時， 町·）夏接旋轉第一雲台座而改變 其角度，而在旋轉篦—+ 轉第Κ «座時，棘輪擋板會敲擊棘輪齒 而發出聲響，並且每發出一 赞出個聲響即代表旋轉了一個固定 角度（例如4度），因士卜益士 & # U此藉由鉍轉時所發出的敲擊聲響次數 可直覺性的判斷旋轉自许 β 轉角度这疋非常便利及省時的方式， 可減少調整工時，增加工作效率。 經由上述實施例對本創作進行詳細之說明後，可以清 的了解本創作在結構與功能上之特色。本創作含有以下 優點： 本到作藉由棘輪齒與棘輪擋板之相對配置，可用以快速 並準確微調—個雲台座之相對旋轉角度，以減少調整工 時，増加工作效率。 9 M395088 2.本創作不僅藉由球形樞接點（或是樞接孔）使第一雲台 座與第二雲台座互相樞接’更藉由棘輪齒與棘輪擋板之 間的卡合’而增加第一雲台座與第二雲台座之間的結合 力強度’使監視器之設置更加穩固安全，亦不易受外力 而改變其攝影範圍。 以上所述之實施例僅係說明本創作之技術思想與特 點，其目的在使熟習此項技藝之人士能夠瞭解本創作之内 ^容並據以實施，當不能以之限定本創作之專利範圍，若依 本創作所揭露之精神作均等變化或修飾，仍應涵蓋在本創 作之專利範圍内。 創作人經過不斷的構想與修改，最終得到本創作之設 计，並且擁有上述之諸多優點，實為優良之創作，應符合 申請新型專利之要件’特提出申請，❼#審查委員能早 日賜與新型專利’以保障創作人之權益。 •【圖式簡單說明】 第圖 係一習知之可調整角度之監視器固定座示意 Γ5Π · 圃， 第圖係本創作-第一較佳實施例之一種改良之監視 器固定座之立體外觀圖示； 第圖係本創作該第一較佳實施例之一種改良之監視 器固定座之前視圖； 第四圖 係本創作笛_ > u + ―較佳實施例之一種改良之監視器 10 M395088 1252a 彈性墊片 1253a 平滑墊片 1254a 塑膠墊片 130 、 230 棘輪擋板 131 、 231 樞接部 132 ' 232 擋止部 140 、 240 復位元件 215a 第一樞接孔 224a 第二樞接孔 250 第一螺絲組 12M395088 V. New description: [New technical field] This creation is about a monitor mount, especially an improved monitor mount that can be used to fine-tune the rotation angle. [Prior Art] The installation of the 'monitor' can effectively compensate for the inadequacy of security guards or security personnel in the security corner and the inability to balance the time and location. Therefore, it has been widely accepted by the public. The monitor is usually disposed on a wall surface or a special object surface, such as a utility pole. In order to optimize the viewing angle of the monitor, it is usually necessary to indirectly fix the monitor to the monitor by a fixing seat. On a specific wall. The fixing base generally comprises a monitor fixing surface and a wall fixing surface, and the simplest fixing seat is bent in the manufacturing process, and the angle between the fixing surface of the monitor and the solid surface of the wall is bent. The bending angle is unchangeable. [This - although it has a very strong tolerance, it will not change the viewing angle of the monitor due to strong wind or external force, but if the bending angle cannot be adjusted, if you want to change the monitor At the angle of photography, the corpse can remanufacture the fixed seat with different bending angles, which is not only time-consuming and labor-intensive, but also very inflexible in use. The above shortcomings, there are creators who provide an adjustable angle for the age of the solid seat. Please refer to the figure as shown in the first figure, which is a schematic diagram of a monitor angle that can be adjusted at an angle. The A system includes: a 3: M395088 fixing plate A100 and a second fixing plate A2, the first fixing plate A1 is used for fixing the monitor fixing base A to a wall surface, and the second fixing plate The A200 is provided with a monitor lock thereon, and the first fixing plate Αι〇〇 and the first fixing plate A200 are pivotally connected to each other by a screw A3, and can be screwed or screwed. By adjusting the tightness and the angle between the first fixing plate A1〇〇 and the first fixing plate A200 by loosening the screw A300, the photographing angle of the monitor can be adjusted. However, since the two fixing plates A1〇〇 and A2〇〇 are pivoted by a screw A300 and have only one fulcrum, when the wind is too strong or an external force collides, it is easy to cause two fixing plates. The change in angle between A1〇〇 and A2〇〇 changes the angle of photography of the monitor. In addition, since the fixing base A needs to be finely adjusted according to the feeling when adjusting the angle, it is necessary to adjust the shooting angle to the optimum. If the angle must be adjusted frequently, it takes a lot of time. In view of this, an improved monitor mount must be provided to not only securely hold the monitor, but also to make it easier to fine-tune the angle of the monitor to achieve optimal adjustment of the viewing angle of the monitor. [New content] Therefore, in view of the above problems and deficiencies, the creator has years of experience and exerts imagination and creativity. After continuous trial and modification, there has been an improved monitor mount for this creation. The primary purpose of this creation is to provide an improved monitor mount that can be used to adjust the camera's (four) degrees to have a very large flexibility of 4 M395088 in use. Another object of the present invention is to provide an improved monitor mount, which can be used to quickly and accurately fine-tune the relative rotation angles of two pedestals to reduce the adjustment time and increase the relative arrangement of the ratchet teeth and the ratchet baffle. Work efficiency. Thus, the present invention discloses an improved monitor mount comprising at least: a - a pedestal comprising: a first fixed plate can be used for a fixed-monitor; two first pivotal plates are connected to The opposite sides of the first fixing plate extend parallel to the same direction, wherein at least one of the pivoting plates 3 has a curved edge; a plurality of ratchet teeth are disposed in the arc of the -th pivoting plate And a plurality of first spherical pivoting points respectively disposed on the two first pivotal plates and at the center of the arc (10); and a second cloud pedestal comprising: the second fixed plate , the cymbal is used to fix the monitor carrier on the surface of a pulling object; the two second pivoting plates are connected to opposite sides of the second fixing plate, and are parallel to the same direction. The extension 'and the second spherical pivot point' are respectively disposed on the two first pivoting plates 13⁄4 _ the second spherical pivoting points can be respectively engaged with the two first spherical insertion points, and the whistle is ^ - A*· 吏The first cloud sill and the second pedestal are pivoted to each other; two ratchet baffles, 4. The knives include: a pivoting portion for pivoting the ratchet baffle therein - the second pivoting plate; and - the blocking portion is engageable with the first pedestal a plurality of ratchet teeth for fine adjustment of the relative rotation of the first-stage pedestal and the second pedestal; and two resetting elements (4) on the second pivot board on which the two #5 M395088 wheel baffles are located The return spring force is provided to keep the two ratchet baffles engaged with the plurality of ratchet teeth. [Embodiment] In the following, a detailed improvement of the structure and function of the present invention will be described in detail by an improved monitor mount of a first preferred embodiment and a second preferred embodiment. Please refer to the second, third and fourth figures at the same time. The second figure is a three-dimensional appearance diagram of an improved monitor mount of the first preferred embodiment. A front view of an improved monitor mount of the first preferred embodiment is created, and a fourth view is a cross-sectional view of a modified monitor mount of the first preferred embodiment of the present invention taken along the tangent B_b of the first figure. The monitor mount i includes a first pan mount 11 , a second pan mount 120 , two ratchet baffles 130 , and two reset elements 14 . The first mount pedestal 110 includes: a first fix The plate ln can be used to fix a monitor; the two first pivoting plates 112 and 113 are connected to opposite sides of the first fixing plate 111 and extend in parallel in the same direction, wherein the two first pivots The connecting plates 112, 113 include a curved edge 113a; a plurality of ratchet teeth 114 are disposed on the curved edge 112a of one of the first pivoting plates ι2; and two first spherical contact points U5a, 115b They are respectively disposed on the two first frame plates 112, 113 and located at the center of the curved edges 112a, 113a. The second cloud platform 120 includes: a second fixing plate 121, which can be fixed on the surface of a specific object by 6 M395088; the two second pivot plates 122, 123 are connected to The opposite sides of the second fixing plate 121 extend in parallel in the same direction; and the two second ball pivoting points 124a and 124b are respectively disposed on the two second pivoting plates 122 and 123. The second spherical pivot points 124a, 124b can be respectively engaged with the two first spherical-pivot points 115a, 115b, so that the first cloud pedestal 110 and the second cloud pedestal I20 are pivotally connected to each other. The two first pivoting plates 112 and 113 are further provided with arcuate slots 116a and 116b, and the two second pivoting plates 122 and 123 are respectively provided with a limiting component 125a' 125b. The limiting elements 125a, 125b can be combined with the arcuate slots 116a, 116b and moved relative to each other to limit the angle of relative rotation of the first cloud pedestal 110 and the second cloud pedestal 12 。. The stop members 125a, 125b herein are a set of screws that can pass directly through the arcuate slots 116a, 116b and are secured to the second pivot plates 122, 123 to simplify manufacturing and installation procedures. Taking one of the limiting elements l25a as an example, the ^ screw set includes a hexagonal screw 125 1 a, an elastic spacer 1252a, a smoothing spacer 1253a, and a plastic spacer 1254a. The plastic spacer 1254a is disposed at the first Between the pivoting plate 112 and the second pivoting plate 122, the elastic spacer 1252a and the smoothing pad 1253a are disposed between the hexagonal screw 1251a and the first pivoting plate 112. The two ratchet baffles 130 respectively include: a pivoting portion 131 for pivoting the ratchet baffle 130 to the second pivoting plate 122; and a blocking portion 132 that is engageable with the first The plurality of ratchet teeth 7 M395088 114' of the cloud pedestal no are fine-tuned for the relative rotation of the first cloud pedestal 11 〇 and the second pedestal i2 。. The two resetting members 140 are disposed on the second pivoting plate 122 where the two ratchet baffles 130 are located, and can provide a return elastic force to keep the two ratchet baffles 130 engaged with the plurality of ratchet teeth 114. The two resetting elements 140 are respectively a spring, and the elastic recovery force of the spring provides an elastic restoring force to the two ratchet baffles. Next, referring to FIG. 5, a perspective view of an improved monitor mount of the second preferred embodiment is shown. Most of the structure of the second preferred embodiment is the same as that of the first preferred embodiment, except that in the monitor holder 2 of the second preferred embodiment, two first pedestals 210 are provided with two The first pivot hole 215a replaces the two first ball pivot points 丨丨5a, 1丨5b in the first preferred embodiment, and the two first pole holes 215a' are respectively disposed on the second The first pivoting plates 212, 213 are located at the center of the curved edges 212a, 213a. Correspondingly, in the second preferred embodiment, a second pedestal 22a is provided with a second splicing hole 224a' which replaces the two second spherical pivots in the first preferred embodiment. The contacts 124a, 124b, and the two second pivot holes 224a are respectively disposed on a first pivoting plate 222, 223. The two first pivot holes 215a and the two second pivot holes 224a can be respectively locked by the first screw set 25〇, so that the first cloud platform 210 and the second cloud platform 22 are mutually pivoted. Pick up. The structure of the first preferred embodiment can be the same as that of the first preferred embodiment. 8 The first preferred mounting structure is selected and the pivoting function can be achieved, so that the actual situation or the embodiment or the first comparison can be achieved. The monitor of the preferred embodiment has the same purpose. In the first preferred embodiment of the present invention and the first preferred embodiment of the present invention, the design of the ratchet teeth and the ratchet baffle can be increased in addition to the fine adjustment of the rotation angle of the monitor mount. The strength of the bond between the pedestal and the second pedestal avoids the lack of strength due to the pivot (for example, the first set of screws in the second preferred embodiment is loose) (4) into the first-cloud pedestal and the second cloud The combination between the pedestals is loose, and the range of photography that I have entered is changed. In addition, when the present invention is used in the preferred embodiment and the monitor holder of the second preferred embodiment, the town is rotated to change the angle of the first cloud pedestal in the summer, and is rotated. + When you turn to the third seat, the ratchet baffle will strike the ratchet teeth and make a sound, and each sounding a sound will represent a fixed angle (for example, 4 degrees), because of Shibishi &# U This is a very convenient and time-saving way to intuitively judge the rotation of the β-turn angle by the number of knocking sounds emitted during the turn, which can reduce the adjustment work time and increase the work efficiency. After detailed description of the creation through the above embodiment, the structure and function of the creation can be clearly understood. This creation has the following advantages: The relative configuration of the ratchet tooth and the ratchet baffle can be used to quickly and accurately fine-tune the relative rotation angle of a pedestal to reduce the adjustment man-hour and increase the working efficiency. 9 M395088 2. This creation not only pivots the first cloud pedestal and the second pedestal by the ball pivot point (or the pivot hole), but also by the engagement between the ratchet tooth and the ratchet baffle. Increasing the strength of the joint between the first cloud pedestal and the second cloud pedestal makes the setting of the monitor more stable and safe, and is also less susceptible to external forces to change its photographic range. The embodiments described above are merely illustrative of the technical ideas and features of the present invention, and the purpose thereof is to enable those skilled in the art to understand the contents of the present invention and implement them according to the scope of the patent. If it is changed or modified in accordance with the spirit of this creation, it should still be covered by the scope of this creation. After continuous imagining and revision, the creator finally got the design of this creation, and possessed many of the above advantages. It is a good creation, and should meet the requirements for applying for a new patent, and the application will be submitted as soon as possible. The new patent 'protects the rights of the creator. • [Simple description of the drawings] The figure is a conventional adjustable angle monitor mount Γ 5Π · 圃, the figure is a three-dimensional appearance of an improved monitor mount of the first preferred embodiment The figure is a front view of an improved monitor mount of the first preferred embodiment of the present invention; the fourth figure is a modified flute _ > u + - an improved monitor of the preferred embodiment 10 M395088 1252a elastic spacer 1253a smoothing pad 1254a plastic spacer 130, 230 ratchet baffle 131, 231 pivoting portion 132' 232 stop portion 140, 240 reset element 215a first pivot hole 224a second pivot hole 250 first Screw set 12