M240612 捌、新型說明 【新型所屬之技術領域】 本創作係爲一種散熱器扣具，主要係可令扣具於散 熱器上達到確實的定位功效，並可達到防摔亦不會脫落 的目的。 【先前技術】 按，目前電腦已相當的普及，無論是上班族或學生均 需要倚賴電腦，以電腦的文書處理能力與軟體功能來完 成預定的工作。 於電腦內部之電路板上所設的CPU (中央處理單元） 產生的高熱，此高熱是造成積體電路元件於運作時速度 減緩，甚至會發生損壞的問題所在，爲了解決上述問題， 一般會於電腦內部的積體電路上設置散熱器及散熱風 扇，可提供電腦內部積體電路的散熱之用。 習用的散熱器，必需藉由扣具扣合於散熱器上，才可 令散熱器對中央處理單元具有適當的散熱功效，但是， 由於一般於散熱器上所使用的扣具，該扣具的扣持力量 並不足夠，容易因扣持力不足而發生不當掉落的問題， 尤其當散熱器及扣具因使用不慎而掉落地面時，極容易 發生相互脫落的問題，甚至會造成損壞，實有加以改善 的必要。 【新型內容】 本創作者有鑑於前述習用結構於實際使用上仍然有其 5 M240612 缺點存在而予以重新設計，主要係設計一種散熱器扣具。 本創作人之主要目的係爲提供一種散熱器扣具，主要 係以一扣具可達到良好的扣合功效，並可達到防摔不脫落 的目的。 爲了可達到前述的創作目的，本創作所運用的技術手 段係在於提供一種散熱器扣具，係於電腦內部所設的電 路板上設置框架，其上於相對側形成數凸塊，電路板上 並位於框架內設CPU (中央處理單元），其上設一散熱 器，可藉一扣具的一端勾住框架一側的凸塊上，扣具中 段可扣持於散熱器上，扣具另端形成略呈S形的扣勾， 可藉偏心塊由水平撥動爲垂直後，令偏心塊下部的扣片 與框架另側的凸塊扣合，並令扣勾可確實壓掣於凸塊上 固定，可達到確實的定位功效，並可達到防摔不易發生 脫落的目的。 【實施方式】 本創作係一種散熱器扣具，請參閱第一、二、三圖中 所示，包括有： 於一部電腦內部設置有一片電路板（1 0 )，於電路 板（1 0 )上設有一呈矩形的框架（2 0 )，於框架（2 0 )上的相對側形成數塊凸塊（2 1 )，於該電路板（1 ◦)上並位於框架（2 0 )內部設有CPU (中央處理單 元）（30); 於CPU (中央處理單元）（3 0)上及框架（2 0) 內側設有一散熱器（4 0 )，於散熱器（4 0 )上形成 6 M240612 一扣槽（4 1 ); 一扣具（5 Ο )，係可扣合於散熱器（4 Ο )及框架 (2 0 )的凸塊（2 1 )上’該扣具（5 0 )由側視觀 之係呈Π形，其一端形成扣孔（5 1 )可供扣合於框架 (2 0 ) —側的凸塊（2 1 )上，扣具（5 0 )於中段 處形成下凹部（5 2 )，該下凹部（5 2 )係可壓掣於 扣槽（4 1 )上，於扣具（5 0 )另端形成呈s形的扣 勾（5 3 ); 一由側視觀之呈三角形的偏心塊（6 0 )，係設置於 扣具（5 0 )上，於偏心塊（6 0 )的偏心位置朝下樞 設一連桿（6 1)，該連桿（6 1)係可穿過扣具（5 0)並與一扣片（6 2)連接，於扣片（6 2)上形成 數個供與框架（2 0 )上所設適當之凸塊（2 1 )扣合 的扣孔（6 3 )。 以上述結構的組合後於使用時，於本創作中最主要的 創作目的係在於·可藉扣具（5 0 )的一1端勾住框架（2 0 ) —側的凸塊（2 1 )處，扣具（5 0 )中段處可扣 持於散熱器（4 0 )的扣槽（4 1 )上，扣具（5 〇 ) 另_的扣勾（5 3 ) ’可藉偏心塊（6 〇 )由水平撥動 爲垂直後（如弟二圖至弟四圖中所不的態樣），令偏心 塊（6 0 )可供將扣具（5 0 )下壓，令偏心塊（6 〇 ) 下邰扣片（6 2)上的扣孔（6 3)與框架（2 0)另 側的凸塊（2 1 )扣合，並可令呈s形的扣勾（5 3 ) 可以確實的下壓壓掣於一凸塊（2 1 )上固定，故可具 M240612 備有良好的定位功效，並可達到防摔與不會脫落的目的， 本創作實爲一種創新且實用的創作。 【圖式簡單說明】 (一）圖式部份： 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。 第三圖係本創作之扣具於未扣合於散熱器及框架上的結 合剖視圖。 第四圖係本創作之扣具於已扣合於散熱器及框架上的結 合剖視圖。 (二）元件代表符號·· (1 0 )電路板 (2〇）框架 （2 1 )凸塊 (3 0 ) CPU (中央處理單元） (4 0 )散熱器 (5 0 )扣具 (5 2 )下凹部 (6 0 )偏心塊 (6 2 )扣片 (4 1 )扣槽 (5 1 )扣孔 (5 3 )扣勾 (6 1 )連桿 (6 3 )扣孔M240612 新型 Description of the new type [Technical field of the new type] This creation is a type of radiator fastener, which is mainly used to make the fastener achieve a precise positioning effect on the radiator, and it can also prevent falling and not fall off. [Previous technology] According to the current, computers have become quite popular. Whether office workers or students need to rely on computers, the computer's word processing capabilities and software functions to complete the scheduled work. The high heat generated by the CPU (Central Processing Unit) set on the circuit board inside the computer. This high heat is the problem that causes the integrated circuit components to slow down and even cause damage during operation. In order to solve the above problems, it is generally used in A heat sink and a cooling fan are arranged on the integrated circuit in the computer, which can provide heat dissipation for the integrated circuit in the computer. The conventional heat sink must be fastened to the heat sink with a buckle to make the heat sink have a proper heat dissipation effect on the central processing unit. However, due to the buckle generally used on the heat sink, the The holding force is not enough, and it is easy to cause improper dropping due to insufficient holding force. Especially when the radiator and the buckle are dropped on the ground due to careless use, it is very easy to fall off each other and even cause damage. It is necessary to improve it. [New content] In view of the fact that the aforementioned conventional structure still has its shortcomings in actual use, it has been redesigned, mainly for the design of a radiator fastener. The main purpose of the creator is to provide a heat sink buckle, which mainly uses a buckle to achieve a good buckling effect, and to prevent falling and not falling off. In order to achieve the aforementioned creative purpose, the technical means used in this creation is to provide a heat sink fastener, which is provided with a frame on a circuit board provided inside the computer, and a plurality of bumps are formed on the opposite side of the circuit board. A CPU (Central Processing Unit) is located in the frame, and a heat sink is provided on the frame. One end of the buckle can be used to catch the bump on one side of the frame. The middle section of the buckle can be held on the heat sink. A slightly S-shaped hook is formed at the end. After the eccentric block is turned from horizontal to vertical, the buckle on the lower part of the eccentric block is engaged with the projection on the other side of the frame, and the hook can be firmly pressed on the projection. The upper fixing can achieve the exact positioning effect, and can achieve the purpose of preventing falling from falling easily. [Embodiment] This creation is a kind of radiator buckle, please refer to the first, second and third figures, including: a circuit board (1 0) is arranged inside a computer, and the circuit board (1 0 ) Is provided with a rectangular frame (20), a plurality of bumps (2 1) are formed on opposite sides of the frame (20), and the circuit board (1 ◦) is located inside the frame (2 0). A CPU (Central Processing Unit) (30) is provided; a heat sink (4 0) is provided on the CPU (Central Processing Unit) (30) and the inside of the frame (20), and 6 is formed on the radiator (40) M240612 One buckle slot (4 1); One buckle (5 Ο), which can be fastened to the bump (2 1) of the radiator (4 Ο) and the frame (2 0) 'The buckle (5 0) The system is Π-shaped from a side view, and a buckle hole (5 1) is formed at one end for buckling on the frame (2 0) -side convex block (2 1), and a buckle (50) is formed at the middle section. A lower recess (5 2), which can be pressed on the buckle groove (4 1) to form an s-shaped buckle (5 3) on the other end of the buckle (50); Side view of a triangular eccentric block (60), which is set on the buckle On (50), a link (61) is pivotally arranged downward at the eccentric position of the eccentric block (60), and the link (61) can pass through the fastener (50) and be connected with a cleat. (6 2) connection, forming a plurality of buckle holes (6 3) on the buckle piece (6 2) for fastening with appropriate projections (2 1) provided on the frame (2 0). After the combination of the above structures is used, the main creative purpose in this creation is to use one end of the buckle (50) to hook the frame (20) to the side bump (21). At the middle of the buckle (50), the buckle (4 1) of the radiator (40) can be buckled, and the buckle (50) of the buckle (50) can be borrowed by the eccentric block ( 6 〇) After turning from horizontal to vertical (as in the second figure to fourth figure), the eccentric block (60) can be used to press the buckle (50) to make the eccentric block ( 6 〇) The buckle hole (6 3) on the chin clip (6 2) is engaged with the projection (2 1) on the other side of the frame (20), and the buckle (5 3) in the shape of an s It can be firmly pressed and fixed on a bump (2 1), so it can have a good positioning effect of M240612, and can achieve the purpose of preventing drop and not falling off. This creation is really an innovative and practical creation. [Schematic description] (I) Schematic part: The first figure is the three-dimensional appearance of this creation. The second picture is a three-dimensional exploded view of this creation. The third picture is a combined cross-sectional view of the buckle of this creation that is not fastened to the radiator and the frame. The fourth picture is a combined cross-sectional view of the buckle of this creation that has been fastened to the radiator and the frame. (2) Symbols of components ... (1 0) Circuit board (20) Frame (2 1) Bump (3 0) CPU (Central Processing Unit) (4 0) Heat sink (5 0) Fastener (5 2 ) Lower recess (6 0) Eccentric block (6 2) Buckle (4 1) Buckle groove (5 1) Buckle hole (5 3) Buckle hook (6 1) Link rod (6 3) Buckle hole