M442011 五、新型說明： 【新型所屬之技術領域】 本創作係為一種網路攝影機機殼，由一種具有散熱效 果的網路攝影機機殼。 【先前技術】 凊參照圖5及圖6所示，係為目前常見的一種固定式 •網路攝影機，其機殼係包含有： 一设體4 0 ’係於其後側形成有一固定螺孔41 ;及 一固定支架50’係具有一固定螺桿51 ;其中該固定螺 桿51係螺設至該固定螺孔41内。 由上述結構可知，該殼體40係透過該固定螺孔41與 該固定螺桿51螺設結構，進而設置於該固定支架5〇之上； 並且該殼體40係用以提供一容置空間給予供使用者操作之 電路系統42固定於其内。 • 然而，由於既有的固定式網路攝影機機殼於實際應用 上係令該電路系統42固定在該殼體4〇内部，並讓使用者 透過其殼體40上的複數旋鈕操作該電路系統42,而使其能 正常運作；因此’若該電路系統42因運作時間過長而產： 有過熱現象時’則容易因該電路系統42係被該殼體仂所 包覆，進而導致有散熱不良的現象；故有必要針對此現象 提供更好的解決方案。 【新型内容】 3 M442011 有鑑於上述既有的固定式網路攝影機機殼無法有效率 的進行散熱；故本創作主要目的提供—種具有散熱效果的 網路攝影機機殼。 欲達上述目的所使用的主要技術手段係令該具有散熱 效果的網路攝影機機殼，其包含有： 一设體，係於其後側形成有一固定穿孔； 一散熱板，係設置於該殼體内部，且對應該殼體之固 定穿孔形成有-金屬柱’且該金屬柱係穿設至該固定穿孔 内；其中該金屬柱係對應該固定穿孔於其一側形成有一金 屬螺槽；及 一金屬支架，係具有一金屬螺桿；其中該金屬螺桿係 穿設該固定穿孔並螺設至該金屬螺槽内。 由上述結構可知，由於本創作之金屬支架係螺設至該 散熱板上，且於實際應用時，係令前述電路系統固定至該 殼體内部，並抵靠至該散熱板上；因此，前述的電路系統 係可利用該散熱板與該金屬支架進行散熱，而不需另外使 用大體積的散熱器，當前述電路系統因運作時間過長而使 其溫度逐漸升高時，則可透過該散熱板將熱能傳遞至該金 屬支架上，並由於該機殼外部之金屬支架透過空氣傳導及 對流進行散熱’藉此逹到散熱效果。 【實施方式】 請參照圖1及圖2所示’係為本創作具有散熱效果的 網路攝影機，其機殼係包含有： 一殼體1 0 ’係於其後側形成有一固定穿孔11 ;於本實 M442011 施例中，該殼體1〇係包含有一前外殼12及一後外殼13; 且該後外殼13前側係具有一開口向前之容置槽14,並令該 前外殼12朝著該容置槽14方向蓋合於該後外殼13上；其 中上述固定穿孔11係形成於該後外殼1 3後側，並連通至 該容置槽14;又該後外殼13之頂面及底面係形成有複數通 氣孔1 5 ; 一散熱板20’係設置於該殼體1〇内部，且對應該殼體 10之固疋穿孔11於其一側形成有一金屬柱21，且該金屬 柱21係穿設至該固定穿孔11内；其中該金屬柱21係對應 該固疋穿孔11形成有一金屬螺槽22 ;於本實施例中，該散 熱板20相對於形成有該金屬柱21 —侧的另一側係設置有 一導熱墊23;再者，該散熱板2〇亦可相對於形成有該金屬 柱21 —側的另一側係塗抹有散熱膏，·及 金屬支架30’係具有一金屬螺桿31 ;其中該金屬螺 桿31係穿設該固定穿孔彳彳並螺設至該金屬螺槽22内丨於 本實施例中’該金屬支架3〇係包含有： 緩衝塾3 2 ’係抵靠至該殼體1 〇的後側，並且對應該 固定穿孔11形成有一緩衝穿孔33 ;其中該緩衝穿孔33係 令該金屬螺桿31貫穿於其中； 一垂直桿體34’係於其頂端係形成有一調整槽35，且 該調整槽35之開口係延伸至該垂直桿體34的一側；其中 該調整槽35係令該金屬螺桿31滑設於其中，並自該垂直 桿體34 —側之調整槽35開口穿出； 一鎖固桿36,係穿設至相對於形成有該調整槽35開口 之垂直桿體34 -側之另-側，且該鎖固桿36係抵緊該金 5 M442011 屬螺桿31 ;及 一底座37,係設置於該垂直桿體34之底端。 由上述結構可知，本創作於使用時係令一可供使用者 操作之電路系統24固定至該殼體10内部，並且令該電路 系統24向後抵緊該散熱板20 ;又同時令該金屬支架30係 螺叹至該散熱板20上；因此，當該電路系統24的溫度因 操作而逐漸升高時，其熱能係可透過該散熱棉23及散熱板 20傳導至該金屬支架30上；且又由於該金屬支架3〇係曝 =於空氣之中，因此該金屬支架30係可藉由空氣傳導及對 流進行散熱，藉此達到散熱效果。 再者，由於該電路系統24係利用該散熱板2〇與該金 屬支架30進行散熱’因此不需另外使用大體積的散熱器裝 設置該電路系統24上，.故能再進一步減少製造成本。 【圖式簡單說明】 圖1.本創作具有散熱效果的網路攝影機機殼之立體 觀圖β 圖2 :本創作之立體分解圖。 圖3 :本創作側視之局部剖面圖。 圖4 :本創作前視之部分分解圖。 圖5··既有固定式網路攝影機機殼之局部剖面圖。 圖6:既有固定式網路攝影機機殼之部分分解圖。 【主要元件符號說明】 M442011 10 殼體 11 固 定穿孔 12 前外殼 13 後 外殼 14 容置槽 15 通 氣孔 20 散熱板 21 金 屬柱 22 金屬螺槽 23 導 熱墊 24 電路系統 30 金 屬支架 31 金屬螺桿 32 緩 衝墊 33 缓衝穿孔 34 垂 直桿體 35 調整槽 36 鎖 固桿 37 底座 40 殼 體 41 固定螺孔 42 電 路系統 50 固定支架 51 固 定螺桿M442011 V. New Description: [New Technology Field] This creation is a network camera case with a network camera case with heat dissipation effect. [Prior Art] Referring to FIG. 5 and FIG. 6, it is a conventional fixed-type network camera, and the casing includes: a housing 40' is formed with a fixing screw hole on the rear side thereof. And a fixing bracket 50' has a fixing screw 51; wherein the fixing screw 51 is screwed into the fixing screw hole 41. It can be seen from the above structure that the housing 40 is screwed through the fixing screw hole 41 and the fixing screw 51, and is disposed on the fixing bracket 5〇; and the housing 40 is used to provide an accommodation space for giving A circuit system 42 for user operation is secured therein. • However, since the existing fixed network camera housing is used in practice, the circuit system 42 is fixed inside the housing 4 and allows the user to operate the circuit through a plurality of knobs on the housing 40 thereof. 42, so that it can operate normally; therefore, if the circuit system 42 is produced due to excessive operation time: when there is overheating, it is easy for the circuit system 42 to be covered by the casing, thereby causing heat dissipation. Bad phenomenon; it is necessary to provide a better solution to this phenomenon. [New Content] 3 M442011 In view of the fact that the existing fixed network camera case cannot efficiently dissipate heat, the main purpose of this creation is to provide a network camera case with heat dissipation effect. The main technical means for achieving the above purpose is to provide the heat-dissipating network camera casing, comprising: an installation body having a fixed perforation formed on a rear side thereof; a heat dissipation plate disposed on the casing Inside the body, and corresponding to the fixed perforation of the casing, a metal post is formed and the metal post is inserted into the fixed perforation; wherein the metal post is fixed to be perforated to form a metal groove on one side thereof; A metal bracket has a metal screw; wherein the metal screw passes through the fixing through hole and is screwed into the metal screw groove. It can be seen from the above structure that since the metal bracket of the present invention is screwed to the heat dissipation plate, and in practical application, the foregoing circuit system is fixed to the inside of the housing and abuts against the heat dissipation plate; therefore, the foregoing The circuit system can use the heat sink to dissipate heat with the metal bracket without using a large-sized heat sink. When the circuit system is heated for a long time due to excessive operation time, the heat dissipation can be performed. The board transfers thermal energy to the metal bracket, and the heat dissipation effect is achieved by the heat dissipation of the metal bracket outside the casing through air conduction and convection. [Embodiment] Please refer to FIG. 1 and FIG. 2 as a network camera having a heat dissipation effect, and the casing includes: a casing 10' is formed with a fixed through hole 11 at a rear side thereof; In the embodiment of the present invention, the housing 1 includes a front outer casing 12 and a rear outer casing 13; and the front side of the rear outer casing 13 has an opening accommodating groove 14 and the front outer casing 12 is facing The accommodating groove 14 is disposed on the rear casing 13; wherein the fixing hole 11 is formed on the rear side of the rear casing 13 and communicates with the accommodating groove 14; and the top surface of the rear casing 13 and The bottom surface is formed with a plurality of vent holes 15; a heat dissipation plate 20' is disposed inside the casing 1b, and a solid column 11 corresponding to the casing 10 is formed with a metal pillar 21 on one side thereof, and the metal pillar 21 is inserted into the fixed through hole 11; wherein the metal post 21 is formed with a metal groove 22 corresponding to the fixed through hole 11; in the embodiment, the heat sink 20 is opposite to the side on which the metal post 21 is formed. The other side is provided with a thermal pad 23; further, the heat sink 2 can also be formed with respect to the gold The other side of the column 21 is coated with a heat dissipating paste, and the metal bracket 30' has a metal screw 31; wherein the metal screw 31 is threaded through the fixing perforation and screwed into the metal screw groove 22. In the present embodiment, the metal bracket 3 includes: a buffer 塾 3 2 ′ is abutted against the rear side of the housing 1 ,, and a buffer hole 33 is formed corresponding to the fixed hole 11; wherein the buffer hole is formed 33 is such that the metal screw 31 is inserted therein; a vertical rod 34' is formed with an adjustment groove 35 at the top end thereof, and the opening of the adjustment groove 35 extends to one side of the vertical rod 34; wherein the adjustment The groove 35 is configured such that the metal screw 31 is slidably disposed therein, and is opened through the adjusting groove 35 of the vertical rod body 34; a locking rod 36 is disposed to open relative to the opening formed with the adjusting groove 35. The vertical rod body 34 is on the other side of the side, and the locking rod 36 is abutted against the gold 5 M442011 spline 31; and a base 37 is disposed at the bottom end of the vertical rod body 34. It can be seen from the above structure that the present invention is used to fix a user-operable circuit system 24 to the inside of the casing 10, and to make the circuit system 24 abut against the heat sink 20; The 30 series slams onto the heat sink 20; therefore, when the temperature of the circuit system 24 is gradually increased due to operation, the thermal energy can be transmitted to the metal bracket 30 through the heat dissipating cotton 23 and the heat sink 20; Moreover, since the metal bracket 3 is exposed to the air, the metal bracket 30 can dissipate heat by air conduction and convection, thereby achieving a heat dissipation effect. Moreover, since the circuit system 24 uses the heat sink 2 and the metal holder 30 to dissipate heat, it is not necessary to additionally use a large-sized heat sink to mount the circuit system 24, so that the manufacturing cost can be further reduced. [Simple description of the diagram] Figure 1. Stereogram of the network camera case with heat dissipation effect. Figure 2: An exploded view of the creation. Figure 3: A partial cross-sectional view of the side view of the present creation. Figure 4: A partial exploded view of the front view of the creation. Figure 5.·A partial cross-sectional view of a fixed network camera housing. Figure 6: A partially exploded view of a fixed network camera housing. [Main component symbol description] M442011 10 Housing 11 Fixed perforation 12 Front housing 13 Rear housing 14 accommodating groove 15 Vent hole 20 Heat sink 21 Metal post 22 Metal screw groove 23 Thermal pad 24 Circuit system 30 Metal bracket 31 Metal screw 32 Buffer Pad 33 Buffered perforation 34 Vertical rod 35 Adjustment groove 36 Locking rod 37 Base 40 Housing 41 Fixing screw hole 42 Circuit system 50 Fixing bracket 51 Fixing screw