M320024 ' » 八、新型說明： 【新型所屬之技術領域】 一本創作係有關於一種監視器’更詳而言之，特別是指 種li視器支架與外殼體之結構設計者。 【先前技術】 按，傳統密封式之監視器防護罩，不外乎是由銘擠变 -: 由拉出-筒狀形殼體，再於前後兩端封設出一具視窗之前 及後板’以將攝影器具封設於殼體中，然，當欲組裝 4中之攝影β具或需維修檢測時，則必需將攝影器具由 一侧軸向堆人殼體中再鎖固前板及後板，反之，進行拆卸 =必需將t後板卸下再推出攝影器具，在組裝及拆裝 -2十分不便；因此有業者設計出—種由—上殼體與下殼 τ對鎖之封閉型罩體，再藉由一支架組架設定位，其 =殼體之㈣邊上—定要配合防水條設計才不會使罩 ^進人，又該防水條若是域*正確像是設計在下殼 釀 ’會因氣㈣素產生變形，密封效果必定大打折扣 I谷易使雨水滲入。 产變Γ者’傳統之監視器支架’水平向與垂直向之方向角 ς’，’ ’大都係藉由二螺栓（垂直向與水平向）來調結控 :又常因配置的不當會容易因監視器本身的重量使盘支 架鎖結之螺帽產生鬆動而下垂，因此實有加以改良之必要。 Μ甚ί創作人乃有馨於上述之缺失，所以就從事監視器相 思改Γ的多年產鎖經驗，且針對目前存在的相闕問題，深 ^ "的方法，在經過多次改良與測試後，終於創造出一 M320024 種監視器支架與殼體結構。 【新型内容】 緣是，本創作之主要目的即在於提供一種牢固且又防 水性佳之監視器支架與外殼體結構。 為了達到上述目的，本創作所提出之一種監視器支架 與外喊體結構，係包括一支架座、一轉頭芯、一轉頭、二 ，栓、「上殼體與-下殼體；其中支架座—端係配合轉頭 芯與轉頭供由上、下殼體組成之外殼體調節位置與角度， 主要係在轉頭芯上形成出垂直向套蓋及橫向套蓋^別ς支 :座及轉頭套合’並由二螺栓鎖固定位，又其中之橫向套 盍開口端設斜σ邊，而轉頭之樞接座上與其對應套合之圓 凹槽則形成外擴狀之槽邊，且供其相互鎖結之第二螺检係 設於面向監視器之左側邊，可防止監視器支架與外殼體鎖 固後不致產生鬆動，再者，由於在上殼體罩蓋底端設有内 具喪溝之擴邊覆套在下殼鮮邊上，錢溝巾又設有防水 條夾置；藉此，可進—步提供監視器外㈣具更佳之 功效者。 而藉由上述構件之組成，即可利用調節第一螺 到垂直向套蓋與支架座樞套座之鬆緊度，以調整監視器之 水平向角度，又該轉頭芯藉由其橫向樞套與轉頭連社時， 由於橫向樞套斜傾狀套口與轉頭之樞接座圓凹槽係i為對 2之Γ邊接觸’故#由第"螺栓鎖結時，由於斜切抵觸 作用，會使橫向樞套於圓凹射愈鎖愈 第二螺栓係設於面向監視器之左側為正螺牙，：言 M320024 面向監視器之左侧採順時鐘方向為鎖固方向，故監視器固 定座不會因下垂之重力而與轉頭芯鬆馳，反之會產生更為 緊固之鎖固，再者，由於在上殼體罩蓋底端設嵌溝供防水 條嵌設，且下殼體之套接邊恰套入至内嵌設有防水條之上 设體罩蓋邊内，故可確保殼體内不會產生渗水現象者。 【實施方式】 首先，清參閱第一、二圖本創作之監視器支架與外殼 _體結構，主要包括一支架座1〇、一轉頭芯2〇、一轉頭 30、二螺栓40、50、一上殼體60與一下殼體γ〇; 其中： 該支架座1 0，係設有一固定端1 1與一連結端1 2 -，其中連結端1 2係設有具中心穿孔1 3 〇之樞套1 3與 轉頭芯2 0結合，於本實施例中該連結端i 2係為一缺口 邊’而該樞套1 3係位於該缺口邊之連結端1 2上，且該 樞套1 3之中心穿孔可設於一心軸χ 3丄中，又中心穿孔 % 1 3 〇之樞套1 3外端緣係形成為較大徑之沉孔端口 1 3 0 a ; 該轉頭芯2 0，係具一垂直向套蓋2 1而於外端部凸 伸出一橫向樞套2 2，其中垂直向套蓋2 1恰套合於支架 座1 0連結端1 2之樞套1 2上，中央處並設有一可供埋 設螺帽4 1之六角端口中心孔2 1 〇，而該橫向樞套2 2 之一側開口端外緣套口 2 2 0係設成較小徑且略向内傾之 斜傾狀，且在該橫向樞套2 2之中央處亦設有一可供埋設 螺帽5 1之六角端口中心孔2 2 1 ; M320024 該轉頭3 Ο，其上端係設有一承座3 1與下殼體7 〇 鎖接，而該承座3 1下方則形成出一樞接座3 2與轉頭芯 2 0之橫向樞套2 2樞接，而為使樞接座3 2與橫向樞套 2 2在套合後可位於承座3 i中間，該柩接座3 2係偏設 於承座3 1—邊供轉頭芯2 0之橫向枢套2 2套合連結， 又該樞接座3 2供橫向樞套2 2相套合之一端係設有一圓 -凹槽320’該®凹槽32Q之槽邊係設成對應橫向梅套 ^ 22斜傾狀套口220之外擴狀，且於槽底邊處再向内延 伸出環溝3 2 1容橫向樞套2 2斜傾狀套口 2 2 0伸入並 預留位移空間，又該樞接座3 2之圓凹槽3 2 0外端中心 -處設有一較大徑端口之穿孔3 2 2供一螺栓5 〇穿設而與 - 橫向樞套2 2鎖結； 該二螺栓4 〇、50，其中第一螺栓4〇係供支架座 1 0之樞套1 2與轉頭芯2 0之垂直向套蓋2 1相套合時 ，由支架座1 0底端向上鎖固於轉頭芯2 〇垂直向套蓋2 • 1中央處所埋設之螺帽4 1中固定，而第二螺栓5 〇係供 —轉頭3 0之柩接座3 2與轉頭芯2 0之橫向樞套2 2相互 套合時，由轉頭3 0樞接座3 2之左側端向橫向柩套2 2 中央處所埋設之螺帽5 1中鎖固； 該上殼體6 0係前端形成一供玻璃視窗6 1封設具鏤 空前板6 2之一體式罩蓋，罩蓋底端並設有内具嵌溝6 3 〇之擴邊63，並該嵌溝630恰可覆套於下殼體7〇之 套接邊7 1上，又嵌溝6 3 0中可嵌置—防水條8 〇者； 該下殼體7 0，係形成出有與上殼體6 〇相互套合之 M320024 弇接遷（l，其底端係可供轉頭3 〇之鎖固連結。 以上為本創作各構件的構造、位置及其相互連接關係 之概述，接著，再將本創作各組件之動作及其所預期達成 之功效陳述如後： 凊再參閱第三〜五圖，本創作主要係藉由轉頭芯2 〇 之垂直向套蓋2 1與橫向樞套2 2分別供支架座1 〇與轉 頭3 0連結樞轉，其中垂直向套蓋21與支架座10之樞 套座1 2套合後再經第一螺栓4 0穿設鎖固後，可防止轉 頭芯2 0轉動’藉此，即可利用調節第—螺栓4 〇而達到 垂直向套蓋2 1與支架座1 0樞套座1 2之鬆緊度，以調 f監視器之水平向角度（如第七圖所示）；又該轉頭芯2 〇 藉由其橫向樞套2 2與轉頭3 ◦連結時，由於橫向樞套2 2斜傾狀套口 2 2 0與轉頭3 0之樞接座3 2圓凹槽3 2 ◦係π又為對應狀之斜邊接觸，故當由第二螺栓$ 〇鎖結 日寸，由於斜切抵觸作用，會使橫向枢套2 2於圓凹槽3 2 〇中愈鎖愈緊迫雄、合，藉此，即可利用調節第二螺栓5 〇 而達到橫向樞套2 2與轉頭3 0樞接座3 2之鬆緊度，以 調整監視器之上下角度者（如第八圖所示）；另，由於第二 螺拴5 〇係設於面向監視器之左侧，且為正螺牙，換言之 即在面向監視器之左侧採順時鐘方向為鎖固方向，故轉頭 3 〇不會因备視器下垂之重力而與轉頭芯2 〇產生鬆動， 反=，更會由於與監視器下垂重力同向的關係令監視器與 支架完全不會產生下垂的鬆動現象；再者，由於在上殼體 6 〇罩蓋底端設有内具嵌溝6 3 〇之擴邊6 3覆套在下殼 M320024 體7 0之套接邊7 i ±，且料6 3 Q内又設有防水條8 〇夹置；藉此，可提供監視器外殼體具更佳之防水功效者 (如第六圖所示）。 ^ 綜上所述，本創作在同類產品中實有其極佳之進步實 用性，同時遍查國内外關於此類結構之技術資料，文獻中 亦未發現有㈣的構造存在在先，是以，本創作實已具備 新型專利要件，爰依法提出申請。 惟，以上所述者，僅係本創作之一較佳可行實施例而 已’故舉凡應用本創作說明#及中請專利·所為之等效 尨構變化，理應包含在本創作之專利範圍内。 【圖式簡單說明】 第一圖係本創作之立體外觀圖。 第二圖係本創作之立體分解圖。 第三圖係本創作之組合剖面示意圖。 第四圖係第三圖4 一 4之剖面示意圖。 第^圖係第四圖轉頭芯與轉頭之局部放大示意圖。 ，/、圖係第四圖上殼體與下殼體之局部放大示意圖。 第七圖係本創作調整水平方向之動作示意圖。 第八圖係本創作調整上下角度之動作示意圖。 主要元件符號說明】 1 0 支架座M320024 ' » Eight, new description: [New technical field] A creative department is about a kind of monitor' More specifically, especially the structural designer of the li-mirror bracket and the outer casing. [Prior Art] According to the traditional sealed monitor cover, it is nothing more than a squeezing change -: by pulling out the cylindrical casing, and then sealing the front and rear panels at the front and rear ends. 'In order to seal the photographic device in the housing, then when the photographic device in the 4 is to be assembled or the maintenance inspection is required, it is necessary to re-lock the photographic device from the axially stacked housing and the front plate. The rear plate, on the contrary, is disassembled = it is necessary to remove the t-back plate and then launch the photographic device, which is very inconvenient in assembly and disassembly-2; therefore, the manufacturer has designed the closure of the lock by the upper and lower casings The cover body is set by a bracket frame, which is on the side of the (four) side of the housing. The design of the waterproof strip is not required to make the cover into the person, and if the waterproof strip is the domain * the correct image is designed in the lower case. The brewing 'will be deformed by the gas (four), and the sealing effect will be greatly reduced. I Valley will make the rain infiltrate. The morphological changer 'traditional monitor bracket' horizontal and vertical direction angle ς ', ' ' mostly mostly by two bolts (vertical and horizontal) to adjust the control: often because of improper configuration will be easy Since the nut of the disc holder is loosened and sagging due to the weight of the monitor itself, it is necessary to improve it. Μ ί ί 创作 创作 创作 乃 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作After that, finally created a M320024 monitor bracket and housing structure. [New content] The main purpose of this creation is to provide a robust and water-resistant monitor stand and outer casing structure. In order to achieve the above object, a monitor stand and an external shouting structure proposed by the present invention include a stand base, a turn head core, a turn head, a second plug, and an "upper case and a lower case; The bracket seat-end is matched with the rotor core and the rotor for the outer casing to adjust the position and angle of the outer casing, and the main body is formed on the rotor core to form a vertical cover and a lateral cover. The seat and the rotor cover are combined and fixed by two bolts, and the open end of the transverse sleeve is provided with a slanting σ edge, and the circular groove of the pivoting seat of the rotating head is correspondingly formed into a flared shape. The side of the groove, and the second threading mechanism for locking each other is disposed on the left side of the monitor, which prevents the monitor bracket and the outer casing from being loosened after being locked, and further, due to the bottom of the upper casing cover The end is provided with an expanded edge covering the sulcus on the fresh side of the lower shell, and the money ditch towel is further provided with a waterproof strip sandwiching; thereby, it is possible to provide a better function outside the monitor (4). The composition of the above components can be adjusted by adjusting the first screw to the vertical cover and the bracket seat Tightness, to adjust the horizontal angle of the monitor, and the turret core is connected to the rotor by its lateral pivoting sleeve, due to the lateral pivoting sleeve and the pivoting socket of the rotor i is the contact between the two sides of the 2 'when the 'By the second' bolt, due to the chamfering effect, the lateral pivoting of the second concave bolt is set to the left side of the monitor. Positive screw,: M320024 The direction of the clock on the left side of the monitor is the locking direction, so the monitor mount will not loosen with the rotor core due to the gravity of the droop, and vice versa. Further, since the bottom of the upper casing cover is provided with a groove for the waterproof strip to be embedded, and the sleeve edge of the lower casing is just inserted into the side of the body cover which is embedded with the waterproof strip, Therefore, it can be ensured that there is no water seepage in the casing. [Embodiment] First, refer to the monitor bracket and the outer casing _ body structure of the first and second drawings, which mainly include a bracket seat 1 〇, a turret core 2〇, a rotor 30, two bolts 40, 50, an upper casing 60 and a lower casing γ〇; wherein: the bracket seat 1 0, a fixed end 1 1 and a connecting end 1 2 - are provided, wherein the connecting end 1 2 is provided with a pivoting sleeve 13 having a central perforation 13 〇 combined with the rotating core 20, in this embodiment The connecting end i 2 is a notched edge ' and the pivoting sleeve 13 is located at the connecting end 1 2 of the notched side, and the central perforation of the pivoting sleeve 13 can be disposed in a mandrel χ 3丄, and the center is perforated The outer end of the pivot sleeve 1 3 is formed as a counterbore port 1 3 0 a of a larger diameter; the rotor core 20 has a vertical sleeve cover 21 and is protruded at the outer end portion. A transverse pivot sleeve 2 2 is formed, wherein the vertical sleeve cover 2 1 fits snugly on the pivot sleeve 1 2 of the joint end 1 2 of the bracket seat 10 , and is provided at the center with a hexagonal port center for embedding the nut 4 1 The hole 2 1 〇, and one of the laterally open ends of the lateral pivot sleeve 2 2 is configured to have a smaller diameter and a slightly inclined inward inclination, and in the center of the lateral sleeve 2 2 There is also a hexagonal port central hole 2 2 1 for embedding the nut 5 1 ; M320024 The turret 3 Ο has a socket 3 1 and a lower casing 7 〇 interlocked at the upper end, and the socket 3 1 below forms a pivoting seat 3 2 and rotor The lateral pivot sleeve 22 of the 20 is pivoted, and the pivoting seat 32 and the lateral pivot sleeve 22 can be located in the middle of the socket 3 i after being sleeved, and the socket 3 2 is biased on the socket 3 1—the lateral pivoting sleeve 2 of the rotor core 20 is connected by a sleeve, and the pivoting seat 32 is provided for the lateral pivoting sleeve. One of the ends of the sleeve is provided with a circle-groove 320'. The groove side of the 32Q is arranged to expand outwardly corresponding to the horizontal plumbing sleeve 22, and the annular groove is further extended inwardly at the bottom edge of the groove. 3 2 Capacity lateral pivot sleeve 2 2 inclined sleeve The port 2 2 0 extends into and reserves the displacement space, and the center of the outer end of the circular groove 3 2 0 of the pivoting seat 3 2 is provided with a perforation of a larger diameter port 3 2 2 for a bolt 5 〇 And - the transverse pivot sleeve 2 2 lock; the two bolts 4 〇, 50, wherein the first bolt 4 供 is provided for the pivot sleeve 1 2 of the bracket seat 10 and the vertical sleeve cover 21 of the turret core 20 At the same time, the bottom end of the bracket seat 10 is locked upwardly to the rotor core 2 〇 vertical to the cover 2 2, and the central bolt is fixed in the nut 4 1 , and the second bolt 5 is supplied to the rotor 3 0 When the socket 3 2 and the lateral pivot sleeve 2 of the rotor core 20 are engaged with each other, the rotor 3 is The left end of the pivotal seat 3 2 is locked in the nut 5 1 embedded in the center of the lateral sleeve 2 2; the front end of the upper housing 60 is formed with a glass window 6 1 with a hollow front plate 6 2 A body cover, the bottom end of the cover is provided with a flared edge 63 with a recessed groove, and the recessed groove 630 can be overlaid on the sleeve edge 7 of the lower casing 7〇, and is embedded The groove 6 3 0 can be embedded - the waterproof strip 8 is smashed; the lower casing 70 is formed with M320024 弇 relocated with the upper casing 6 ( (l, the bottom end is available for rotation) The locking link of the head 3 〇. The above is an overview of the structure, location and interconnection of each component of the creation. Then, the actions of the components of the creation and the expected effects of the creation are as follows: 凊Review the third to fifth diagrams, this creation Mainly by the vertical cover 2 1 and the lateral pivot 2 2 of the rotor core 2 供, the bracket seat 1 〇 and the rotating head 30 are respectively pivoted, wherein the vertical cover 21 and the bracket 10 are pivoted. After the 12 sets of the seat are closed and then locked by the first bolt 40, the rotation of the rotor core 20 can be prevented. Thus, the vertical bolt cover 2 1 and the bracket can be achieved by adjusting the first bolt 4 〇. The tightness of the seat of the 0 0 pivoting seat is adjusted to the horizontal angle of the monitor (as shown in the seventh figure); and the turret core 2 〇 is rotated by the lateral sleeve 2 2 and the rotating head 3 ◦ When connecting, because the lateral pivot sleeve 2 2 obliquely inclined sleeve 2 2 0 and the pivot joint 3 2 of the rotating head 30 2 circular groove 3 2 ◦ π is the corresponding oblique edge contact, so when by the second Bolts 〇 〇 结 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The two bolts are 5 〇 to achieve the tightness of the lateral pivot sleeve 2 2 and the pivoting arm 30 pivot socket 3 2 to adjust the upper and lower angles of the monitor (as shown in the eighth figure); The 〇 system is located on the left side of the monitor and is a positive screw. In other words, the clockwise direction is the locking direction on the left side facing the monitor, so the turret 3 〇 does not cause the gravity of the sag of the standby device. And the turret core 2 〇 is loose, and vice versa, because of the same direction of gravity as the monitor sag, the monitor and the bracket do not cause sagging looseness at all; further, due to the upper casing 6 〇 cover The bottom end is provided with an expanded edge 6 3 having a recessed groove 6 3 , and is sleeved on the sleeve edge 7 i ± of the lower casing M320024 body 70, and a waterproof strip 8 is placed in the material 6 3 Q; It can provide better waterproof performance for the monitor housing (as shown in Figure 6). ^ In summary, this creation has its excellent progress and practicality in similar products, and at the same time, it has checked the technical information about such structures at home and abroad, and the structure of (4) has not been found in the literature. This creation has already possessed new types of patents and submitted applications in accordance with the law. However, the above-mentioned ones are only one of the preferred embodiments of the present invention, and the equivalent structural changes that have been applied to the present invention are included in the scope of the patent. [Simple description of the diagram] The first picture is a three-dimensional appearance of the creation. The second picture is a three-dimensional exploded view of the creation. The third picture is a schematic cross-sectional view of the creation. The fourth figure is a schematic cross-sectional view of the third figure 4-4. The figure is a partial enlarged view of the rotor core and the rotor head of the fourth figure. , /, the figure is a partial enlarged view of the upper and lower casings of the fourth figure. The seventh picture is a schematic diagram of the action of adjusting the horizontal direction of the creation. The eighth picture is a schematic diagram of the action of adjusting the upper and lower angles of this creation. Main component symbol description] 1 0 bracket
固定端 樞套 沉孔端口 12 連結端 13 0 中心穿孔 13 1 心軸 M320024Fixed end pivot sleeve sink port 12 connection end 13 0 center perforation 13 1 mandrel M320024
2 0 轉頭芯 2 1 垂直向套蓋 2 1 0 中心孔 2 2 橫向樞套 2 2 0 套口 2 2 1 中心孔 3 0 轉頭 3 1 承座 3 2 極接座 3 2 0 圓凹槽 3 2 1 環溝 3 2 2 穿孔 4 0 第一螺栓 4 1 螺帽 5 0 第二螺栓 5 1 螺帽 6 0 上殼體 6 1 玻璃視窗 6 2 前板 6 3 擴邊 6 3 0 嵌溝 7 0 下殼體 7 1 套接邊 8 0 防水條2 0 Rotor core 2 1 Vertical sleeve 2 1 0 Center hole 2 2 Lateral sleeve 2 2 0 Sleeve 2 2 1 Center hole 3 0 Rotor 3 1 Seat 3 2 Pole holder 3 2 0 Round groove 3 2 1 Ring groove 3 2 2 Perforation 4 0 First bolt 4 1 Nut 5 0 Second bolt 5 1 Nut 6 0 Upper housing 6 1 Glass window 6 2 Front plate 6 3 Expanded edge 6 3 0 Ditch 7 0 Lower housing 7 1 Socket edge 8 0 Waterproof strip