M342013 八、新型說明： 【新型所屬之技術領域】 器之熱 本創作為關於散熱n之結構技術，尤指—種有關散熱 導管固定結構。 '' 【先前技術】 cpu(中央處理器)在運作時會產生高溫，料加以導出排散， 會無法達__工作魏，除了有可能導致賴之外， 至有可能會造成其自身或周邊組件的損傷。 在研究如何透過增加時脈、更精密的製程來提升cpu效能的同 =、’ CPU散熱的問題’也是業界必縣要解決的重要問題，以防止 尚溫造成效能無法提升的瓶頸。 由於一般單件式的散熱器（由單一銘擠型材所構成）礙於體 積、可配置空間以及風扇架設...等限制，其散熱效率已難以滿足 减能mi·熱需求，因此多件式的散絲逐_祕所採用。 片組103。 所謂多件式的散熱器，係以設置熱導管的手段來使散熱器的配 置空間產生變化，以使其較容易能獲得更多的散熱面積；如第工 圖及第2圖泰，係習知多件式散熱器之立料觀圖與立體剖視 圖，其包含了一個與CPU 106接抵的熱導基座101、若干嵌設於熱 導基座101的熱導管動及一與前述熱導管他銜接的散鱗 101與散熱鰭片 在多件式的散熱器中，熱導管102為熱導基座 M342013 組103之間重要的熱導橋梁，倘若熱導管1〇2的設置品質不良， 會使知熱導基座101的高溫無法傳導至散熱鱗片組⑽進行排 熱，如此一來，所呈現的散熱效果反而不如單件式的散熱器。 最常見的熱導管102固定結構，係在熱導基座1〇1的熱導平面 1〇4上汉置至少一個供熱導管1Q2炭入後定位的c形定位溝邮； 再加工日守’熱導管102係透過沖壓手段來迫入c形定位溝服中， -使㈣疋位溝105所提供的C形钳狀溝口能將熱導管1〇2予以央 • 持。 共二人，原本概呈圓形的熱導管102，會在對應於c形定位㈣ 溝口的位置呈現-被壓平的態樣；然而，為了使熱導f ι〇2不^ 相對於熱導平面101產生高低落差而影響將來熱導平面⑽與灯 1〇6一的接觸效果，在熱導管102戾入c形定位溝1〇5之後，還如 進v對熱平面1〇4進行銑创研磨（需透過、磨床··等加， 機^來進仃銑削研磨），以確保熱導平面與⑽⑽之間的 觸效果，實際實施時，於熱導平面綱與cpu⑽之間還 放熱貧，此為一般通識技術，不再贅述。 ' 形二105用102產生定位效果者乃為| 内壁輪廓為/在職_ 104進行_研料，G _狀和 很容易隨之損Γ"Τ，賴域生定倾果的纽定位面在研剌 形，是習社叙^財發生鮮管⑽粒料或鬆脫的情 M342013 【新型内容】 本創作之主要目的，係在提供一種熱導管固定結構，以解決先 前技術於熱導平面進行銑刨研磨時，熱導管容易發生定位效果不 良的問題。 為達上述目的，本創作熱導管固定結構係在一熱導基座的熱導 平面上設置至少一個供熱導管崁入後定位的定位溝，其中該定位 溝之兩側設有向溝内空·城熱導管_產生凹陷形變的 部。 ’、 ,虽熱v管兩侧產生凹陷形變而與迫緊部配合時，即可於定位讀 溝口以外的位絲使定位溝與熱導管之_成的有效定^畔 加；據此，即便熱導平面進行賴研磨時將定位溝溝口與熱導f 遭到大幅度的磨除，熱導管與定位溝之間仍能以兩側所形成的^ 效定位面積來維持其定位效果。 成的有 前述兩侧迫緊部可為相對設置，且隆起於定位溝溝深一半的位 設置麟内空間的斷面呈現一近似8字形的輪廊；此種 磨損二使埶部在熱導平面進行賴研磨時，不可能會被 、α吏…々官與的定位溝之間保持有良好的定位效果。 、,=著，前述兩側迫緊部可為相對設置而隆起於定位溝溝口者， 亚Μ起始於溝口而朝向溝内延伸的斜直面，而斜直 位溝溝深—半以上的位置；此種設置方式可使得迫紗S 面進行_研磨時，即赠 —'、、々千 導管與的枝溝之_位效果。▲以斜直面來提供熱 M342013 相較於先前技術，本創作在固定功效上，具有明顯優異之處， 尤其是在熱導平面進行研磨後，本創作仍射提供良好的固 定效果，熱導管與定位溝之間不會肋㈣彡響制的結構強度， 亚且可使熱導讀定的接合於鱗基座，發揮翻的熱導與支撐 效果。 【實施方式】M342013 VIII. New description: [New technical field] Thermal heat This creation is about the structural technology of heat dissipation, especially the heat-dissipating catheter fixed structure. ''[Previous technology] cpu (central processing unit) will generate high temperature during operation, and it will be exported and dissipated. It will not reach __ work Wei, except for the possibility of causing it, it may cause itself or its surroundings. Damage to the components. In the study of how to improve the CPU performance by increasing the clock and more precise processes, the problem of CPU cooling is also an important issue that the industry must solve to prevent the bottleneck caused by the temperature. Due to the limitation of the volume, configurable space and fan erection, the heat dissipation efficiency of the single-piece heat sink (consisting of a single squeezing profile) is difficult to meet the energy-reducing mi·heat demand, so the multi-piece The loose silk is used by the secret. Slice group 103. The so-called multi-piece heat sink uses a means of providing a heat pipe to change the arrangement space of the heat sink, so that it is easier to obtain more heat-dissipating area; as shown in the drawing and Figure 2, A schematic view and a perspective cross-sectional view of a multi-piece heat sink, comprising a heat conducting base 101 coupled to the CPU 106, a plurality of heat pipes embedded in the heat conducting base 101, and a heat pipe associated with the heat pipe The connected scaly chip 101 and the heat dissipating fin are in the multi-piece heat sink, and the heat pipe 102 is an important thermal guide bridge between the thermal conduction pedestal M342013 group 103, if the heat pipe 1 〇 2 is poor in quality, it will It is known that the high temperature of the heat conducting base 101 cannot be conducted to the heat radiating scale group (10) for heat removal, so that the heat dissipation effect is not as good as the one-piece heat sink. The most common heat pipe 102 fixing structure is a c-shaped positioning groove which is positioned on the heat guiding plane 1〇4 of the heat conducting base 1〇1 and placed at least one heat supply pipe 1Q2 after being charged; The heat pipe 102 is forced into the c-shaped positioning groove by means of pressing means, so that the C-shaped pinch groove provided by the (four) clamping groove 105 can hold the heat pipe 1〇2. A total of two, the originally circular heat pipe 102, will appear in a position corresponding to the c-shaped positioning (four) groove - flattened; however, in order to make the thermal conductivity f ι〇2 not relative to the thermal conductivity The plane 101 generates a height difference and affects the contact effect between the future heat conduction plane (10) and the lamp 1〇6. After the heat pipe 102 breaks into the c-shaped positioning groove 1〇5, the heat plane 1〇4 is also milled as in the v. Grinding (transmission, grinding machine, etc., machine ^ to 仃 milling), to ensure the contact between the thermal conduction plane and (10) (10), in actual implementation, between the thermal conductivity plane and cpu (10) is also hot, This is a general knowledge technology and will not be described again. ' Shape 2 105 with 102 to produce the positioning effect is | inner wall contour is / work _ 104 _ research material, G _ shape and it is easy to lose weight quot Τ 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖剌形, is a new tube (10) pellets or looseness of the Xishe. The main purpose of this creation is to provide a heat pipe fixing structure to solve the prior art milling on the heat guide plane. When planing and grinding, the heat pipe is prone to problems of poor positioning. In order to achieve the above object, the heat pipe fixing structure of the present invention is provided with at least one positioning groove positioned on the heat guiding plane of the heat conducting base, wherein the positioning groove is provided on both sides of the groove. • City heat pipe _ a part that produces a concave deformation. ', , even if the heat v tube has a concave deformation on both sides and cooperates with the pressing portion, the positional wire other than the reading groove can be positioned to effectively fix the positioning groove and the heat pipe; accordingly, even When the thermal conduction plane is used for polishing, the positioning groove and the heat guide f are greatly removed, and the positioning effect between the heat pipe and the positioning groove can be maintained by the effective positioning area formed on both sides. The two sides of the tensioning portion may be oppositely arranged, and the section of the inner space provided by the ridge of the positioning groove is half-shaped, and the section of the inner space of the lining presents an approximately 8-shaped circular porch; When the plane is polished, it is impossible to maintain a good positioning effect between the positioning groove and the positioning groove. ,, =, the two sides of the pressing portion can be oppositely arranged to bulge in the positioning groove mouth, the Aachen starts at the mouth of the groove and extends obliquely in the groove, and the oblique straight groove is deep - more than half of the position This kind of setting can make the s-side of the forced yarn S-grinding, that is, the effect of '-, 々 thousand conduits and the groove. ▲Providing heat with oblique face M342013 Compared with the prior art, this creation has obvious advantages in fixing effect, especially after grinding on the thermal guide plane, the creation still provides good fixing effect, heat pipe and heat pipe The structural strength between the positioning grooves is not ribbed (four), and the thermal conductivity can be read and joined to the scale base to exert the thermal conduction and support effect. [Embodiment]
以下依據糊作之技料段，列舉適於本_之實施方式並 配合圖式說明如後： 一實施例之實施部位 的熱導平面11上設 12。 請參閱第3圖及第4圖所#，係本創作第 示意圖及·^意目，其係在-鮮基座10 置至少-個供熱導；I； 2〇崁入後定位的定位溝 該定位溝12之兩側設有朝溝内空間突出的迫緊部13，前述兩 側迫緊部13為相對設置’且隆起於定位溝12溝深約以一半的位 為it而使疋位溝12溝内空間的斷面呈現—近似8字形的輪廊。 酋―第5圖所示，縣創作第―實施例之實施態樣示意圖，當供熱 導官20以沖壓手段沖入定位溝12時，熱導管2〇的兩側會產生凹 陷形變’熱導管20的外輪靡會抵緊於延迫緊部'13，此時定位溝 12與熱導官20之間係透過延迫緊部13與熱導管20兩側所形成的 對應形變而產生有效定位面。 當熱導平面11在進行後續的銑刨研磨時，由於定位溝12與熱 ' 之間的有效疋位面隱藏在定位溝12溝深約一半的位置， M342013 因此即便定位溝12之溝Π被磨損，其有蚊位面仍不會因銳猶 磨而減少，故使熱導管20與定位溝12之間不會鬆動而影響其間 的結構強度，並且可使熱導㈣穩定的接合於熱料座1〇，發揮 預期的熱導與支撐效果。 請參閱第6圖所示，係本創作第二實施例之剖視示意圖，其同 _在-鱗基座1()的熱導平面u上設置至少__熱導管2〇 崁入後定位的定位溝12。 、定位溝12之兩側設有向溝内空間隆起的迫緊部13，前述兩側 追緊部13為相對設置，且隆起於定位溝12溝口的位置，並形成 起始於溝口而朝向溝内延伸的斜直面131，而斜直面⑶止於定位 溝溝深一半以上的位置。 第7圖所示，係本創作第二實施例之實施態樣 導管如以沖壓手段沖入定位溝12時，會對應於迫緊部13產娜 艾’使得熱奸2〇 _的弧凸輪廓纽斜直面131咖陷成平坦 輪廓，此時定位溝12係透過兩側的斜直面131對熱導管2〇兩側 進行夾持而產生有效定位面。 當熱導平面11在進行後續的_研磨時’由於迫緊部13之斜 直面131朝溝内延伸，因此便定位_之溝口被磨損，定位溝12 =的斜直面则獅，仍可對熱導㈣的兩側進行夹持而 、、盖、足夠7熱導官20 &位的有效定位面，故使鮮管與定位 2之間不會齡^影響其間的結翻度，血可使轉管⑼ 穩定的接合於解顧1G，發__解與支撐效果。、In the following, according to the technical section of the paste, the embodiment suitable for the present embodiment is illustrated and the following description is given with reference to the following: The heat conducting plane 11 of the embodiment of the embodiment is provided with 12. Please refer to Figure 3 and Figure 4, which are the schematic diagrams of the creation and the meaning of the ^, which are at least one for the thermal conduction of the fresh base 10; I; 2 the positioning groove positioned after the insertion The two sides of the positioning groove 12 are provided with a pressing portion 13 protruding toward the inner space of the groove. The two side pressing portions 13 are oppositely disposed and protruded from the positioning groove 12 to have a depth of about half of the position. The section of the space inside the trench 12 presents a nearly 8-shaped circular gallery. The emirate-figure 5 shows a schematic diagram of the implementation of the first embodiment of the county. When the heating guide 20 rushes into the positioning groove 12 by means of punching, the two sides of the heat pipe 2 will have a concave deformation heat pipe. The outer rim of 20 will abut against the tensioning portion '13, and the effective deformation surface is formed between the positioning groove 12 and the heat guide 20 through the corresponding deformation formed by the tensioning portion 13 and the heat pipe 20 on both sides. . When the thermal guide plane 11 is subjected to subsequent milling and grinding, since the effective clamping surface between the positioning groove 12 and the heat 'is hidden in the groove depth of about half of the positioning groove 12, the M342013 is thus even if the groove of the positioning groove 12 is Wear, the mosquito surface is still not reduced due to sharp grinding, so the heat pipe 20 and the positioning groove 12 will not loosen to affect the structural strength between them, and the thermal conduction (four) can be stably joined to the hot material The seat is 1 〇, which exerts the expected thermal conductivity and support effect. Please refer to FIG. 6 , which is a cross-sectional view of the second embodiment of the present invention, which is disposed on the thermal conduction plane u of the scalar base 1 ( ) at least __ the heat pipe 2 is positioned after being inserted. Positioning groove 12. The two sides of the positioning groove 12 are provided with a pressing portion 13 which is raised toward the inner space of the groove. The two side fastening portions 13 are oppositely disposed, and are raised at a position of the groove of the positioning groove 12, and are formed to start at the groove and face the groove. The oblique straight surface 131 extends inside, and the oblique straight surface (3) terminates at a position more than half of the depth of the positioning groove. As shown in Fig. 7, the embodiment of the second embodiment of the present invention, when punched into the positioning groove 12 by punching, corresponds to the arcing contour of the pressing portion 13 The slanting face 131 is trapped in a flat profile. At this time, the positioning groove 12 is clamped on both sides of the heat pipe 2 through the inclined straight faces 131 on both sides to generate an effective positioning surface. When the heat conducting plane 11 is subjected to the subsequent grinding, the groove is worn due to the inclined straight surface 131 of the pressing portion 13, so that the groove of the positioning groove 12 is worn, and the lion is still facing the heat of the positioning groove 12 = The two sides of the guide (4) are clamped, and the cover is sufficient for the effective positioning surface of the heat guide 20 & the position between the fresh tube and the positioning 2 is not affected by the age, and the blood can be The turret (9) is stably joined to the 1G, __ solution and support effect. ,
特提出專利申請，並請貴審 M342013 藉由前述第一實施例與第二實施例之說明可知，本創作在定位 溝之兩侧設有向溝内空間隆起使熱導管兩侧產生凹陷形變的迫緊 部，能於熱導管兩側產生不同於習知技術的有效定位面，以避免 後續銑刨研磨加工時，產生熱導管20鬆動的問題。 因此，本創作所製出之熱導管固定裝置，具有更佳的穩固性， 因此使導熱的速率提高’啊結龍而不胃縣，是本創作之主 要優點。 本創作係為-特殊而新穎的設計，結構巾若將定位溝的形狀 以極微小的變化，但整個特徵係運用本創作的精神所在，僅係簡 早修飾或單_加_闕摘作之内容，而本發狀說明書及 圖式，皆為本創作之難可行實施之範例，但並非而拘限本 ^申，利關，故舉凡獅本創作制書及圖式内容所為The patent application is filed, and please refer to the description of the first embodiment and the second embodiment. The present invention is provided on both sides of the positioning groove to swell into the space inside the groove to cause concave deformation on both sides of the heat pipe. The pressing portion can produce an effective positioning surface different from the conventional technology on both sides of the heat pipe to avoid the problem that the heat pipe 20 is loosened during the subsequent milling and grinding process. Therefore, the heat pipe fixing device produced by the present invention has better stability, and thus the rate of heat conduction is improved. ah, Jielong County, is the main advantage of this creation. This creation is a special and novel design. If the shape of the groove is changed slightly, the whole feature is based on the spirit of the creation. It is only a simple decoration or a single _ _ _ 阙The content, and the present specification and drawings are examples of the difficult implementation of the creation, but it is not limited to the case, the application, and the content of the script.
η安。構又化’仍應均屬於本創作申請專利範圍内，合絲明； 又本案實I右吝I m每外 ^的利用價值，又未見於公開的類似構造應 用，讀合發明專利之申請要件， 查委員能早日辭專利為感。 10 M342013 【圖式簡單說明】 第1圖：習知多件式散熱器之立體外觀圖。 第2圖：習知多件式散熱器之立體剖視圖。 第3圖：本創作第一實施例之實施部位示意圖。 第4圖：本創作第一實施例之剖視示意圖1。 第5圖：本創作第一實施例之剖視示意圖2。 第6圖：本創作第二實施例之實施態樣示意圖1 第7圖：本創作第二實施例之實施態樣示意圖2 【主要元件符號說明】η安. The structure and the refinement 'should still belong to the scope of the patent application for this creation, and the silkworms; and the use value of the case I, the right side of the case, are not found in the similar structural application of the disclosure, and the application requirements for the invention patent , the committee members can resign the patent as soon as possible. 10 M342013 [Simple description of the diagram] Figure 1: The stereoscopic appearance of the conventional multi-piece radiator. Figure 2: A perspective cross-sectional view of a conventional multi-piece heat sink. Fig. 3 is a schematic view showing the implementation of the first embodiment of the present invention. Fig. 4 is a cross-sectional view showing the first embodiment of the present invention. Fig. 5 is a cross-sectional view showing the first embodiment of the present invention. Figure 6: Schematic diagram of the implementation of the second embodiment of the present invention. FIG. 7: Schematic diagram of the implementation of the second embodiment of the present invention [Description of main component symbols]
[本創作] 10熱導基座 11熱導平面 12定位溝 13迫緊部 131斜直面 20熱導管 [先前技術] 101熱導基座 102熱導管 103散熱鰭片組 104熱導平面 105 C形定位溝 106 CPU 11[This creation] 10 thermal conduction pedestal 11 thermal conduction plane 12 positioning groove 13 pressing portion 131 oblique straight surface 20 heat pipe [Prior Art] 101 thermal conduction pedestal 102 heat pipe 103 heat dissipation fin group 104 heat conduction plane 105 C shape Positioning groove 106 CPU 11