M263549 八、新型說明： 【新型所屬之技術領域】 本創作係關於-種記憶體之散熱風扇固定座，尤指— 種設置於電腦主機内部之記惰體上古 =體上方，並提供散熱風扇組 接，、上，藉以構成-散熱裝置，以直接對記憶體施以散熱 作用之固定座設計。 【先前技術】 目前常見之電腦主機内部概包括有中央處理器、主機 板、硬碟、記憶體、各式介面卡、電源供應器……等構件 ^一般電腦主機之外殼通常設有連接電源供應器的散執 =，該散熱風扇於作動時，可有效降低電腦主機 =件運作時所產生之高溫，以避免前述構件於運作時因過 響其卫作效能或造成燒毀等情事，另專司運算處理之 中ίί:器上方’或是主機板等構件上亦設置如散熱風扇 月―片4散熱裝置，用以直接對該構件施以散熱作用 ’進而提供更佳的散熱效果。 前述電腦主機外殼上之勒埶涵戶 熱扇，雖可間接提供内部 式時戶Γ放熱效果’然現今電腦本身執行相關應用程 :關 而處理之資料量係相當龐大，故電腦主機内部 fL構件^速運算處理下，對於散熱要求亦相對提高， ’目別相關業者僅於如中央處理器、主機板或特 腦主Γ:加散熱裝置，對於記憶體而言，仍是單純依靠電 外殼上之散熱風扇施以間接散熱作用，而-般⑭ &要功能係作為提供運算資料或相關程式的暫存管理“ M263549 於電腦主機實際運算過程中，係不斷重覆進行存取資料之 動作’且現今記憶體之料容量及存取速度係大幅提升， 其運作過程中所產生的溫度相對提高，故記憶體所需之散 熱要求亦會相對增加，因此，前述電腦主機外殼之散熱風 j所能提供的間接散熱效果仍有所不足，導致電腦主機於 實際運作過程中，未能達到更穩定的運作狀態。 【新型内容】 因此，為改善習知電腦主機外殼之散熱風扇提供予記 憶體間接散熱效果不足的缺點，本創作者乃研發設計出一 種「記憶體之散熱風扇固定座」，希藉此設計，可配合散 熱風扇直接裝設於記憶體上方，用以對記憶體直接施以散 熱作用，提供記憶體更佳的散熱效果，為其主要之創作目 的。 為達到前述創作目#，本創作所運用的技術手段係在 於提供-種記憶體之散熱風扇固定座，其主要包括有组接 件及設於該組接件上方之座體，該組接件底部形成可纟且接 於記憶體端緣之卡接槽，且座體提供散熱風扇組接其上。 所述之記憶體之散熱風扇固定座，其座體具有供散熱 風扇組接之定位部，定位部形成一個（含）以上之相鄰併 排的框體，框體内側延伸出支撐片，支撐片上設有定位孔 所述之記憶體之散熱風扇固定座，其座體之框體 體。 ”、、 所述之記憶體之散熱風扇固定座，其座 篮具有供散熱 M263549 風扇組接之定位部，定 干間隔相對之延伸臂，=於組接件頂端分別朝上形成若 持空間，該延伸臂分二：部具有一個（含）以上之夹 呈間隔相對之抵制片4間延伸出與組接件頂端 風扇高度。· ’抵制片與組接件頂端距離對應散熱 體之散熱風扇固定座，其組接件二側分別 叹有連通至卡接槽的定位孔。 猎由上述結構之組合，該固定座之定 風扇組接其上，其卡接槽設計則用以使固定座可直接= 於§己憶體端緣，故可利用組 古々膝诚从 ^ 口心’丄上之散熱風扇對下 =憶體施以直接散熱作用，以有效降低記憶體運作時所 產生之南溫，令電腦主機之運作更為穩定。 【實施方式】 為使貴審查委員可續實了解本創作之結構設計及 匕㈣目的與功效，以下兹舉出數個具體實施例，並配 0圖式詳細說明如下： 料閱第-圖及第二圖所示，本創作記憶體之散熱風 扇固疋座主要係包括有一長條狀之組接件（ι〇)，以及 設置於該組接件（i 0 )上方之座體（2 〇 )，該組接件 (10)及座體（20)彼此之間可相互㈣妾或一體成形 ’且組接件（10)底部形成卡接槽（1〇) (1 0 )長度可對應記憶體長度、大於、 曰 八於、小於記憶體長度 ，或其它可供記憶體上方端緣卡設其中的任何型態，另卡 接槽長度大於記憶體時，其組接件（1〇)二側 M263549 分別設有連通至卡接槽（l 1 )的定位孔f 、丄2)，例如 螺孔、穿孔……等，該座體（2 〇 )則报士似 υ ^幻形成供散熱風扇組 接其上的定位部（2 1 )，其中，本創作间— # — _ 4別彳下固定座依其座體 (2 0 )之定位部（2 1 )設計型態的不π | 土〜岡不冋，概可區分為 以下數種實施方式： 再請參閱第一圖及第二圖所示，該座體（2〇)之定 位部（2 1 )形成一個（含）以上之框體（2丄丄），框 體（2 1 1 )為數個以上時，可呈相鄰併排之設置狀態， 其框體（2 1 1 )彳為任何適合散熱風扇組接其上之幾何 形狀，在此較佳實施例中，該框體（2 i i )係為方形型 體，且框體（2 1 1 )内側各角隅位置延伸出若干支樓片 (211a) ’各支撐片（211a)上設有定位 lib)。 “ 稭此 #配合參閱第 2 1 (3 的貫 (3 中， 1 ) 元件 於框 風扇 )上 )可提供散熱風扇（3 〇 )具有對應框體（2 穿通孔（川，於： 0 )分別設置於定位部 且各散熱風扇（3 〇 ) 之支揮片（211a) (3 2)穿過散熱風扇 體（2 1 1 )的定位孔 (3 0 )可組接於定位 圖所示，該固定座之定位部（ 0 )裝設其上，且該散熱風扇 11)之定位孔（211b) 裝使用時’可以數個散熱風扇 (21)之各框體（211) 底面係直接抵放於框體（2 1 上，並以如螺絲······等之鎖固 (30)之通孔（31)鎖固 (21 lb)中，藉使各散熱 部（21)之各框體（2ijl M263549 請參閱第五圖及第^ 部（21)可於組接/所示，該座體（2 0)之定位 隔相對之延伸臂（2 ( 1 〇 )頂端分別朝上形成若干間 一個（含）以上之 2 )，藉使該定位部（2 1 )具有 212)分別朝向各’且其延伸臂（ 件（1 0 )頂端呈、I間（2 1 2 a )延伸出與組接 抵制片（2l2b)對之數抵制片（2"b)，該 對應散熱風扇（3 Q f部，組接# ( 1 ◦)頂端之距離係 — 」的向度。 糟此，請配合參閱第七 2 1 )可提供散熱風 圖斤不，该固定座之定位部（ ，可以數個散埶風戶：q 〇 )裝設其上，於組裝使用時 夹持空間（Γ;、Γ 0)分別置入定位部…）各 接抵靠組接件（]:’且各散熱風扇（3 ◦)底面直 w,, ◦)頂端，並利用前述支撐臂f 9 Ί 9 )之各抵制片（2 ] 9、八 ^^(212M263549 8. Description of the new type: [Technical field to which the new type belongs] This creation is about a kind of memory cooling fan holder, especially-a kind of inert body set above the computer inside the computer main body and providing a cooling fan unit Connected, upper, and used to form a heat sink device, which is a fixed seat design that directly applies heat to the memory. [Previous technology] At present, common computer hosts generally include a central processing unit, a motherboard, a hard disk, a memory, various interface cards, a power supply, and other components. When the cooling fan operates, the cooling fan can effectively reduce the high temperature generated during the operation of the computer mainframe, to avoid the aforementioned components being too loud during their operation or causing burns, etc. In the calculation process, a component such as a cooling fan or a plate 4 cooling device is also provided on the top of the device or on the motherboard and other components to provide a direct cooling effect on the component to provide better heat dissipation. The above-mentioned thermal fan on the mainframe of the host computer can indirectly provide the internal heat dissipation effect of the current user. However, today the computer itself executes related applications: the amount of data processed is quite large, so the internal fL component of the host computer ^ Under the speed calculation processing, the requirements for heat dissipation are also relatively increased. 'The relevant industry players only focus on such as central processing units, motherboards or special brains. Γ: Adding a heat dissipation device, for the memory, it is still simply relying on the electrical enclosure. The cooling fan implements indirect heat dissipation, and the general function is to provide temporary storage management of computing data or related programs. "M263549 continuously repeats the operation of accessing data during the actual computing process of the computer host." In addition, the memory capacity and access speed of memory are greatly increased, and the temperature generated during its operation is relatively increased. Therefore, the heat dissipation requirements of the memory are also increased. Therefore, the heat dissipation wind The indirect heat dissipation effect that can be provided is still insufficient, resulting in the host computer failing to achieve a more stable operating state in the actual operation process. [New content] Therefore, in order to improve the shortcomings of the indirect heat dissipation effect provided by the cooling fan of the conventional computer mainframe to the memory, the creator has developed a "memory cooling fan holder", and hopes to take this design, It can be installed directly above the memory with a cooling fan to directly dissipate heat from the memory to provide better heat dissipation for the memory, which is its main creative purpose. In order to achieve the above-mentioned creation goal #, the technical means used in this creation is to provide a kind of memory cooling fan holder, which mainly includes an assembly and a seat provided above the assembly, and the assembly A latching slot is formed at the bottom and can be connected to the end edge of the memory, and a cooling fan assembly is provided on the base to connect to it. The heat dissipation fan fixing base of the memory has a positioning portion for the cooling fan assembly, the positioning portion forms one or more adjacent side-by-side frames, and a support piece extends inside the frame, and the support piece is on the support piece. The cooling fan fixing seat of the memory body provided with the positioning hole and the frame body of the seat body are provided. "、、 The memory fan fixing seat of the memory, the seat basket has a positioning part for the heat dissipation M263549 fan assembly, the extension arm opposite to the fixed space, = the top of the assembly piece faces upward to form a holding space, The extension arm is divided into two: the part has more than one (including) clips spaced apart from each other and the resistance piece 4 extends to the top fan height of the assembly. · 'The distance between the resistance piece and the top of the assembly is fixed to the cooling fan of the heat sink. There are positioning holes on the two sides of the connecting piece of the socket, which are connected to the clamping groove. The combination of the above structure is used to connect the fixed fan of the fixed seat, and the design of the clamping groove is used to make the fixed seat Direct = At the end of the body of 忆 memory, so you can use the cooling fan on the upper part of the mouth of the ancient group 々 口 心 '丄 to direct the lower = memory body to exert direct heat dissipation to effectively reduce the south of the memory operation. The temperature makes the operation of the computer mainframe more stable. [Implementation Modes] In order to allow your review committee to continue to understand the structure design and purpose and effect of this creation, here are a few specific examples, with 0 drawings Detailed description of the formula such as Bottom: As shown in the first and second figures, the cooling fan holder of the creative memory mainly includes a long connecting piece (ι〇) and a set (i 0) ) Above the base body (20), the assembly piece (10) and the base body (20) can be mutually or integrally formed with each other ', and the bottom of the assembly piece (10) forms a clamping groove (10) (1 0) The length can correspond to the length of the memory, greater than, less than eight, less than the length of the memory, or any other type that can be set in the upper edge of the memory. When the length of the card slot is longer than the memory, Positioning holes f, 丄 2), such as screw holes, perforations, etc., are connected to the two sides M263549 of the connecting piece (10), respectively, and the seat (2 〇) is reported It seems that the positioning part (2 1) for the cooling fan assembly to be formed is magically formed, in which, the creative room — # — _ 4 Do not press the positioning part (2 1) of the lower fixing seat according to its seat body (2 0) The design type of π | 土 ～ 〜 不 冋 can be divided into the following several embodiments: Please refer to the first and second figures, the positioning part of the base (2〇) ( 2 1) Forming one or more frames (2 丄 丄). When there are more than two frames (2 1 1), they can be arranged adjacent to each other. The frames (2 1 1) 彳 are any Suitable for the geometric shape of the cooling fan assembly. In this preferred embodiment, the frame body (2 ii) is a square body, and a number of branches extend from the corners of the frame body (2 1 1). Piece (211a) 'Each supporting piece (211a) is provided with a positioning lib). "This ## See also section 2 1 (3 of the 3 (3, 1) components on the frame fan)) can provide a cooling fan (3 〇) There are corresponding frames (2 through holes (Chuan, at: 0) respectively provided in the positioning portion and the supporting pieces (211a) (3 2) of each cooling fan (3 0) pass through the cooling fan body (2 1 1 The positioning holes (3 0) of the bracket can be assembled as shown in the positioning diagram. The positioning portion (0) of the fixing base is mounted on it, and the positioning holes (211b) of the cooling fan 11) can be used when installed. The bottom surface of each frame body (211) of the cooling fan (21) is directly abutted on the frame body (2 1) and locked by the through hole (31) of the locking (30) such as a screw ... (21 lb) If each frame (2ijl M263549 of each heat-dissipating part (21) please refer to the fifth figure and part ^ (21) can be assembled / shown, the positioning body of the seat (20) is opposite to the extension arm ( 2 (1 〇) with the tops facing upwards to form a number of one (inclusive) 2 or more), so that the positioning portion (2 1) has 212) facing each 'and the ends of its extension arms (piece (1 0) are, I (2 1 2 a) extends out of the number of resisting pieces (2 &b; b) of the pair of resisting pieces (2l2b). The distance between the tops of the corresponding cooling fans (3 Q f part, # # 1 ◦) is — "". Worse, please refer to No. 7 2) The heat dissipation wind diagram can be provided, and the positioning part of the fixed seat (, can be several scattered wind households: q 〇) is installed on it to clamp the space during assembly and use (Γ ;, Γ 0) are respectively placed in the positioning portions ...) each abuts the assembly (): 'and the bottom surface of each cooling fan (3 ◦) is straight w ,, ◦), and the aforementioned support arm f 9 Ί is used 9) of each boy (2) 9, ^^ (212
Tf . & ± 2 )刀別抵設於各散熱風扇（^ η ) 頂面，精使各散熱風扇（3〇)可 ：（30) 21)之久十4七火狩u疋於定位部（ )之各夹持空間（2 1 2 b )卜 請配合參閱第四圖及第八圖所示，前述 同實施$ fmj 劍作各種不 於主機板（4 〇 )之奸粬由& 機内口P插吕又 U )之插槽中的記憶體（5 0 )上^無岭 使用時，係利用組接件（10)之卡卞：於貝際 直接將該^座卡設定位於記憶體（5 設計， ❿、緣’例如記 ㈣接件（1 = ’且亦可利用二螺絲（60)分別螺接 、、、且接件（1 〇 )二側之定位孔 柏印忤辦，C： Z J T ’用以旋緊迫 0)二側，使該固定座可更穩固的組接於記 M263549 憶體（5 Ο ) h , χτ y 夕— 組接件（ίο)與吃化 之疋位方式，亦可於組接件（土 〇 隐體（5 0 ) 於記憶體（5 〇 )二側的固定-側底緣設置可卡設 ··.··等，同樣可達到令組接件（工〇例如：卡鈞、扣片 兩者之間更穩固組接的效果，藉此，4:憶體（5〇) 體（20)定位部（2 田、，且接於固定座之座 腦主機的電源供瘅…、風扇（3 〇)連接電 旋轉作動所產生之°亥月丈熱風扇（30) )，提供一直接且爭古^ μ 下方之記憶體（5 0 ,^ ^ 要更有效的散熱作用，以確眚眼/二 (5 〇 )運作時所& μ f 貫降低記憶體 由以上的說明可知，本創作 設計特點在於· ±通〃 心體之放熱風扇固定座 、 主要係利用其座體（9 η彳—^ 1 )提供散熱風扇Μ。（2 〇)之定位部（2 )之卡接槽（i η 其上’並以組接件（1◦ 設置於記憶體（5:Γ:方用以將該固定座（10)直接 散熱風扇（3 〇 )糾方’進而以定位部（2 1 )上之 ，因此，記^ Γ記憶體（50)施以直接散熱作用 時所產生之：、θ 〇)於電腦主機運算過程中’其運作 為穩定，其;Π效降低’令電腦主機於實際運作時更 Γ ^ , 唯為相當優異之設計。 【圖式簡單說明】 第 ^圖係本創作第一實施例之立體外觀圖。 ^ 一圖係、本創作第一實施例之前側視圖。 ^ 圖係本創作第一實施例組接散熱風扇之示意圖。 弟四ϋ係本創作第一實施例之使用狀態參考圖。 M263549 第五圖係本創作第二實施例之立體外觀圖。 第六圖係本創作第二實施例之前側視圖。 第七圖係本創作第二實施例組接散熱風扇之示意圖。 第八圖係本創作第二實施例之使用狀態參考圖。 【主要元件符號說明】 (1 0 )組接件 （1 1 )卡接槽 (12)定位孔 （20)座體 (2 1 )定位部 （2 1 1 )框體 (211a)支撐片 （211b)定位孔 (2 1 2 )延伸臂 （2 1 2 a )夾持空間 (2 1 2 b )抵制片 （3 0 )散熱風扇 (3 1 )通孔 （3 2 )鎖固元件 (4 0 )主機板 （5 0 )記憶體 (6 0 )螺絲 9Tf. &Amp; ± 2) The knife is abutted on the top surface of each cooling fan (^ η), so that each cooling fan (3〇) can be: (30) 21) For a long time, ten seventy seven fire fighters are in the positioning part Each holding space of () (2 1 2 b) Please refer to Figures 4 and 8 for cooperation. The aforementioned implementation of the $ fmj sword is used for various types of rape that are not on the main board (4 〇). When plugging into the memory (50) in the slot of the P port, you can use the card of the assembly (10): directly set the card in the memory at Beiji (5 design, ❿, rim 'such as the ㈣ joints (1 =' and can also be screwed with two screws (60), respectively, and the positioning hole Bai Yin printed on the two sides of the joint (1 〇), C: ZJT 'It is used to tightly press 0) on both sides, so that the fixed base can be more firmly connected to the memory M263549 memory (5 Ο) h, χτ y xi — the way of assembly (ίο) and the way of eating, also It can be fixed on the two sides of the assembly (the soil hidden body (50)) on the two sides of the memory (50)-the side bottom edge can be set. For example: between card Jun and clasp The effect of more stable assembly, by which, 4: memory body (50) body (20) positioning part (2 fields, and connected to the power supply of the host computer of the fixed seat ..., fan (30) connection The electric rotating fan (30) produced by the electric rotating operation provides a direct and ancient memory ^ μ below the memory (50, ^ ^ to more effectively dissipate heat in order to confirm the eye / two (5 〇) The & μ f consistently reduced memory during operation. As can be seen from the above description, the characteristics of this creative design are: ± through the heat sink of the heart body, mainly using its seat body (9 η 彳 — ^ 1) A cooling fan M. (20) is provided with a snap-in slot (i η thereon) of the positioning part (2) and is set in the memory (5: Γ: square for the fixed seat ( 10) The direct cooling fan (3 0) corrects the square and further uses the positioning portion (2 1). Therefore, write ^ Γ memory (50) when the direct cooling effect is applied :, θ 〇) on the host computer In the calculation process, 'its operation is stable, its; Π efficiency is reduced' makes the computer mainframe more Γ ^ in actual operation, but it is a very excellent design. [Schematic simple Ming] Figure ^ is a three-dimensional appearance of the first embodiment of this creation. ^ Figure is a side view before the first embodiment of this creation. ^ The diagram is a schematic diagram of a cooling fan connected to the first embodiment of this creation. This is the reference drawing of the first embodiment of this creation. M263549 The fifth image is the three-dimensional appearance of the second embodiment of this creation. The sixth image is a side view before the second embodiment of this creation. The seventh image is this creation The second embodiment is a schematic diagram of a cooling fan. The eighth diagram is a reference diagram of the use state of the second embodiment of the present invention. [Description of main component symbols] (1 0) Assembly piece (1 1) Snap groove (12) Positioning hole (20) Base body (2 1) Positioning part (2 1 1) Frame body (211a) Support piece (211b ) Positioning hole (2 1 2) Extension arm (2 1 2 a) Clamping space (2 1 2 b) Resisting piece (3 0) Cooling fan (3 1) Through hole (3 2) Locking element (4 0) Motherboard (50) memory (60) screws 9