M284956 八、新型說明： 【新型所屬之技術領域】 本創作係-棚示卡之散熱裝置，其係—種可配合不同規格顯示卡，而隨 該等顯示卡之微處理器或高功率電子元件之位置改變，而調整散熱座位置之散 熱裝置’以節省製造成本，且可使散熱座對準微處理器或高功率電子元件，以 - 增加散熱效果者。 ·· - 【先前技術】 • 按，現今電腦愈來愈講w彡像魏下，不但《域之微處理ϋ之速度愈 來愈快，姆配合之齡卡之處理速度也錄愈_，為應付如此複雜之功能， 往往顯示卡上皆必須安裝處理高神之微處職，如此，顯示卡之散熱問題也 成為一個迫切需要解決之問題。 請參照第1圖所示，其為台灣專利第93221004號專利案，其為一種散熱裝 置，其圖面揭財-顯示卡⑽，鋪示卡⑽-側上安裝有—散熱座·，該 散熱座200上設有複數個散熱縛片21〇，且該等散熱縛片21〇中埋置有一風扇 _ 220，且該散熱座200 -側接設有一風管23〇，該風管23〇係與風扇22〇相對， 如此在使用時，雖可藉由風扇220將外界之冷空氣吸入散熱座2〇()令，再藉由 風管230排出，但因該裝置係為固定式，且風管23〇並未延伸至電腦機殼邊緣 上，所以，常會發生所產生之熱仍滯留在機殼内部，在使用上非常不理想。 請參照第2圖所示，其為台灣專利第942〇〇587號專利案，其揭露有一顯示 卡300，泫顯不卡300 —側設有一平板31〇，該平板310係可固定在電腦機殼上 (圖中未示）’且δ亥平板31〇上開設有一開口 3Π，另，該顯示卡300在微處理器 320上設有一由底板與罩體組成之風管33()，該風管33〇 一端設有風口，該風口 5 M284956 • 並與開口 311相對，且該風管33〇上設有一散熱座340，該散熱座340係對準微 • 處理器320，而在散熱座34〇 一側則設有一風扇350，該風扇350係在風管330 中’且該風管33〇在鄰近風扇350之邊緣上設有開槽331，此種裝置構造在使用 時’雖可藉由平板310上之開口 311，將外界之氣流導入或排出，使熱不致滯留 顯不卡300週邊，但因該風管330係固定，且風口一定要緊鄰開口 311，而不同 、廠商或不同規格之顯示卡，其微處理器設置之位置並不會相同，因此，無法配 •合不同顯示卡之微處理器32〇位置，改變其風管33〇中之散熱座34〇位置，必 鲁須針對不同規格之顯示卡製造配合之散熱裝置，不但浪費成本，且在使用上也 非常麻須’再者，因該風管33〇係直接貼置在微處理器32〇上，且該風管33() 之面積超過微處理器32〇，所以，如微處理器32〇週邊之電子元件高度高於微處 理器320之高度，則容易發生毀損之情形。 【新型内容】 創作說明： 為改進上述習用裝置構造之各種缺點，創作人經過長久努力研究與實驗， 鲁終於開發設計出本創作之顯示卡之散熱裝置。 本創作之一目的，在提供一種顯示卡之散熱裝置，該裝置上設有一殼體， ^又體上⑧有-底板’該底板具有導熱效果，且該底板上設有—散熱座，且該 底板上蓋合有-罩體，該罩體一端之面上設有開口，該開口恰與安裝在底板上 之八扇相對且。亥罩體另一端設有一沿水平方向且向内縮合之延伸部，該延伸 壯套口有-内呈中空狀之滑套，該滑套可在延伸部上前後移動，且該滑套另 一端鎖合在-固定件上，該固定件係固定在電腦機殼上，以令使用時，可視顯 示卡之微處理器所在位置而調整殼體所在位置，使殼體上之散熱鋪準微處理 M284956 ™再將雖m定在顯不卡上’如此，不但可節省製造成本，且可增加散熱效 果。 本創作之另-目的，在提供—種顯示卡之散絲置，其底板下設有一散熱 體’雜熱II係與散熱座相對，且該散熱體之高度隨需要改變 ’如此一來，不 但可將散熱體置於微處理器上，以增加散熱效果，且可使殼體與微處理器保持 定距離，而避免微處理器周遭之電子元件遭到壓毀。 • 本_之再—目的，在提供—種顯示卡之散熱裝置，其S1定件上設有-滑 •槽，以調整滑套之左右位置。 【實施方式】 本創作係-種顯示卡之散熱裝置，請參閱第3、4圖所示，該裝置上設有一 殼體10，該殼體10上設有-底板u，該底板u係由導熱材料製成，於本實施 例為鋼，且該底板11上設有一散熱座12，該散熱座12上設有複數個直立之鰭 片m，且該散熱座12旁設有一風扇13，於本實施例為一渦流型風扇，而該底 板11於風扇13相對位置上設有-開口 lu，以供風扇13進氣用（如第5圖所 鲁不>，且該底板11週邊設有一根以上之支柱llz，以使殼體1〇固定於顯示卡4〇 上，又，該底板11下設有一散熱體15，於本實施例為銅柱，該散熱體15之高 度可隨需要而改變。 另，該底板11上蓋合有一罩體14，該罩體14在與風扇13相對一端設有一 開口 14卜以供風扇13進氣用（如第4圖所示，且該罩體14在遠離與風扇以之 一端設有向外延伸且向内縮合之延伸部142，該延伸部142端緣係呈開放狀，而 底板11於該延伸部142相對處之形狀亦配合形成一中空框體。 再者，該罩體14之延伸部142上與之緊配合之滑套2〇，於本實施例為一内 M284956 主中空狀之框體，該滑套2〇係由兩相對之蓋體21互相卡扣而成，該等蓋體21 分別設有卡扣211及嵌槽212，且該滑套20兩側分別設有一凸耳22，該等凸耳 22中分別設有螺母23，且該滑套20遠離殼體10之另一端接設有一固定件3〇， 於本實施麟平板’制餅30上設有散航3卜且制餅30在散熱孔31 兩側分別設有-滑槽32，該等滑槽32中穿套有-螺桿33，該螺桿33可鎖合在 滑套20之螺母23中，使固定件3〇與滑套2〇結合在一起。 使用時’先將固定件30固定在電職殼邊緣上，使該固定件3〇緊鄰在一 .顯示卡40旁’同時，可鬆動螺桿33在滑槽32内左右移動，使滑套2〇隨之移 動’再將殼體10之延伸部142在滑套2〇中前後移動，使殼體1〇靠近或遠離滑 套20 ’以使殼體10上之散熱座12可對準顯示卡4〇上之微處理器，而使殼體 1〇上之散熱座12可隨顯示卡微處理器位置之不同，而改變其位置，以節省成本， 並使散熱體15直接貼靠在微處理||上’―來可增加散熱效果，二來可藉由散熱 體15增加殼體10與微處理器間之距離，而能避免壓靠到在微處理器週叙電、 子元件，再藉由支柱112及扣片113之扣合，而固定在顯示卡4〇上(如第6圖 ^所示），如此-來，可藉由開口 lu、⑷使氣流進入罩體14中，再藉由風扇a 吹向散熱座12，並經由固定件30之散熱孔31流至外界。 綜上所述，本創作在物品、形狀、構造、裝置上屬首先創作，且可改良習 用技術之各種缺點，在使用上能增進功效，合於實用，充分符合新型專利將， 實為一理想之創作。 【圖式簡單說明】 第1圖：為習知裝置之示意圖一。 第2圖：為習知裝置之示意圖二。 8 M284956 第3圖：為本創作之立體示意圖。 第4圖：為本創作與顯示卡之立體分解示意圖。 第5圖：為本創作另一實施例與顯示卡之立體分解示意圖。 第6圖：為本創作又一實施例與顯示卡之立體分解示意圖。 【主要元件符號說明】M284956 VIII. New Description: [New Technology Field] This creation department - the heat sink of the shed card, which can be used with different specifications of the display card, and the microprocessor or high-power electronic components of the display card The position is changed, and the heat sink of the heat sink position is adjusted to save manufacturing cost, and the heat sink can be aligned with the microprocessor or high-power electronic components to increase the heat dissipation effect. ·· - [Prior Art] • Press, nowadays computers are more and more talked about like Wei, not only the speed of the micro-processing of the domain is getting faster and faster, but the processing speed of the age-matching card is also recorded. To cope with such complicated functions, it is often necessary to install and handle the high-defense tasks on the display card. Thus, the heat dissipation problem of the display card has become an urgent problem to be solved. Please refer to FIG. 1 , which is a patent of Taiwan Patent No. 93221004, which is a heat dissipating device, the surface of which is exposed to the display card (10), and the display card (10) is mounted on the side with a heat sink. A plurality of heat dissipation tabs 21 are disposed on the base 200, and a fan _220 is embedded in the heat dissipation tabs 21, and a heat pipe 230 is flanked by a heat pipe In contrast to the fan 22, when used, the cold air of the outside can be sucked into the heat sink 2 by the fan 220, and then discharged through the duct 230, but the device is fixed and winded. The tube 23〇 does not extend to the edge of the computer casing, so often the heat generated is still trapped inside the casing, which is highly undesirable in use. Please refer to FIG. 2, which is a patent of Taiwan Patent No. 942〇〇587, which discloses a display card 300, which is provided with a flat plate 31 on the side of the card 300, and the flat plate 310 can be fixed on the computer machine. An opening (3) is formed in the casing (not shown) and an opening 3 is formed on the slab 31. The display card 300 is provided on the microprocessor 320 with a duct 33 () composed of a bottom plate and a cover. One end of the tube 33 is provided with a tuyere, the air outlet 5 M284956 is opposite to the opening 311, and the air duct 33 is provided with a heat sink 340, which is aligned with the micro processor 320, and the heat sink One side of the 34 设有 is provided with a fan 350, which is in the air duct 330' and the air duct 33 is provided with a slot 331 on the edge adjacent to the fan 350. This device is constructed in use, although it can be borrowed The airflow from the outside is introduced or discharged by the opening 311 on the flat plate 310, so that the heat does not stay in the periphery of the card 300, but the air duct 330 is fixed, and the air outlet must be adjacent to the opening 311, and different, manufacturers or different specifications The display card of the display card does not have the same location, so With the 32-inch position of the microprocessor of the different display cards, changing the position of the heat sink 34 in the air duct 33〇, it is necessary to manufacture a heat sink for the display cards of different specifications, which is not only costly, but also It is also very numb in use. Again, since the duct 33 is directly attached to the microprocessor 32, and the area of the duct 33() exceeds the microprocessor 32, it is, for example, a microprocessor. When the height of the electronic components around 32〇 is higher than the height of the microprocessor 320, it is prone to damage. [New Content] Creation Description: In order to improve the various shortcomings of the above-mentioned conventional device construction, the creator has been working hard to research and experiment, and Lu finally developed and designed the heat dissipation device of the display card of the creation. One of the purposes of the present invention is to provide a heat sink for a display card, the device is provided with a casing, and the upper body has a bottom plate. The bottom plate has a heat conducting effect, and the bottom plate is provided with a heat sink. The bottom plate is covered with a cover body, and an opening is provided on one end of the cover body, the opening being opposite to the eight fans mounted on the bottom plate. The other end of the hood is provided with an extending portion in the horizontal direction and inwardly condensing, and the extending sleeve has a hollow sliding sleeve which can move back and forth on the extending portion, and the other end of the sliding sleeve The lock is fixed on the fixing member, and the fixing member is fixed on the computer casing, so that the position of the casing is adjusted according to the position of the microprocessor of the visual display card during use, so that the heat dissipation on the casing is micro-processed. M284956 TM will be set on the display card, so it not only saves manufacturing costs, but also increases heat dissipation. Another purpose of this creation is to provide a kind of floating card for the display card, and a heat sink under the bottom plate is provided with a heat sink II, which is opposite to the heat sink, and the height of the heat sink is changed as needed. The heat sink can be placed on the microprocessor to increase heat dissipation and keep the housing at a fixed distance from the microprocessor without the electronic components surrounding the microprocessor being crushed. • The purpose of this _ is to provide a heat sink for the display card. The S1 is provided with a sliding slot to adjust the left and right position of the sliding sleeve. [Embodiment] The present invention is a heat sink for a display card, as shown in Figures 3 and 4, the device is provided with a casing 10, and the casing 10 is provided with a bottom plate u, which is composed of The heat-dissipating material is made of steel, and the bottom plate 11 is provided with a heat-dissipating block 12, and the heat-dissipating block 12 is provided with a plurality of upright fins m, and a fan 13 is disposed beside the heat-dissipating block 12 In this embodiment, a vortex fan is disposed, and the bottom plate 11 is provided with an opening lu at a relative position of the fan 13 for the air intake of the fan 13 (as shown in FIG. 5), and a periphery of the bottom plate 11 is provided. The struts 11z above the roots are used to fix the casing 1 to the display card 4, and a heat sink 15 is disposed under the bottom plate 11. In this embodiment, the height of the heat sink 15 can be as needed. In addition, the bottom plate 11 is covered with a cover body 14 , and the cover body 14 is provided with an opening 14 at the opposite end of the fan 13 for the air intake of the fan 13 (as shown in FIG. 4 , and the cover body 14 is An extension portion 142 extending outwardly and inwardly condensed from one end of the fan is provided, and the end portion of the extension portion 142 is open. The shape of the bottom plate 11 at the opposite side of the extending portion 142 is also matched to form a hollow frame. Further, the sliding portion 2 of the extending portion 142 of the cover body 14 is tightly fitted with the sliding sleeve 2, which is an inner M284956 in this embodiment. a main hollow frame, the sliding sleeve 2 is formed by two opposite covers 21, and the cover 21 is respectively provided with a buckle 211 and a slot 212, and the two sides of the sleeve 20 are respectively A lug 22 is disposed, and the nut 23 is respectively disposed in the lug 22, and the sliding sleeve 20 is connected to the other end of the housing 10 to be provided with a fixing member 3〇. The slats 3 and the cake 30 are respectively provided with a sliding groove 32 on both sides of the heat dissipation hole 31, and the sliding groove 32 is sleeved with a screw 33, and the screw 33 can be locked in the nut 23 of the sliding sleeve 20, The fixing member 3〇 is combined with the sliding sleeve 2〇. In use, the fixing member 30 is first fixed on the edge of the electric housing, so that the fixing member 3 is adjacent to the side of the display card 40, and the screw can be loosened at the same time. 33 moves left and right in the chute 32 to move the sliding sleeve 2〇, and then moves the extension portion 142 of the housing 10 back and forth in the sliding sleeve 2〇 to close or away the housing 1 The sleeve 20' is such that the heat sink 12 on the housing 10 can be aligned with the microprocessor on the display card 4, and the heat sink 12 on the housing 1 can be changed depending on the position of the display card microprocessor. The position is saved to save the cost, and the heat sink 15 is directly placed on the micro processing|| to increase the heat dissipation effect, and the distance between the housing 10 and the microprocessor can be increased by the heat sink 15, and It can be prevented from being pressed against the microprocessor and the sub-components, and then fastened by the fastening of the pillars 112 and the clasps 113, and fixed on the display card 4 (as shown in Fig. 6), thus - The airflow enters the cover body 14 through the openings lu, (4), is blown toward the heat sink 12 by the fan a, and flows to the outside through the heat dissipation holes 31 of the fixing member 30. In summary, this creation is the first creation in the article, shape, structure, and device, and can improve various shortcomings of the conventional technology. It can improve the efficiency in use, is practical, and fully conforms to the new patent, which is an ideal. Creation. [Simple description of the figure] Fig. 1 is a schematic diagram of a conventional device. Figure 2: Schematic 2 of the conventional device. 8 M284956 Fig. 3: A three-dimensional diagram of the creation. Figure 4: Schematic diagram of the three-dimensional decomposition of the creation and display card. Figure 5 is a perspective exploded view of another embodiment of the present invention and a display card. Figure 6 is a perspective exploded view of another embodiment of the present invention and a display card. [Main component symbol description]
殼體 10 底板 11 開口 111 支柱 112 扣片 113 散熱座 12 縛片 121 風扇 13 罩體 14 開口 141 延伸部 142 散熱體 15 滑套 20 蓋體 21 卡扣 211 欲槽 212 凸耳 22 9 M284956 螺母 23 固定件 30 散熱孔 31 滑槽 32 螺桿 33 顯示卡 40Housing 10 Base plate 11 Opening 111 Pillar 112 Clasp 113 Heat sink 12 Baffle 121 Fan 13 Cover 14 Opening 141 Extension 142 Heat sink 15 Sliding sleeve 20 Cover 21 Buckle 211 Slot 212 Lug 22 9 M284956 Nut 23 Fixing member 30 Cooling hole 31 Chute 32 Screw 33 Display card 40