M286921 八、新型說明： 【新型所屬之技術領域】 本創作係有關於-種X散熱片之結合結構」，尤指一種使堆疊 型的複數散熱鰭片結合之結構。 【先前技術】 按’為使目前高發熱的電子零件（如：CPU)等能夠有效的散 熱’以維持電子零件在正常叫溫度下運行，通常仙—散熱器 貼連该電子零件，以幫助散熱，*目前使时轉型及壓禱型的 散熱器，但由於受_先加讀散熱面射限，不驗照不同電 子零件的發熱溫度去調整散熱面積，故，_—種事先將高傳導 熱薄片（如：金屬）預先成型’再令該等薄片平行間隔堆疊，以 調整增加散熱器的散熱面積。 上述如中華民國專利公報公告號第M245501揭示有_種組合 鰭片式散熱n ’係由—基座、直立於基絲面之複數平行排列之 放Μ、、”、'曰片及—卡合體組成。每一散熱鰭片之一邊緣彎折延伸—長 折邊’《折邊貼設於基座表面，其另—邊緣靠向兩側分別彎折 (伸崎邊’對應短折邊之本體適當位置設一通孔。該卡合體 兩立而刀別垂直向下延伸一止動片’該止動片内側分別形成—凸 點，該卡合體—側垂直向下延伸複數凸片，該等凸片可插入相鄰 散熱錯片之間隔，並使該凸點與散熱鰭片之通孔嵌合。 惟’上述習知在使用上有其問題存在，散熱，鰭片間的空間係 M286921 - 供流體流動，藉由流體以將散熱鰭片傳導的熱量帶走，幫助散熱， . 但是插入相鄰散熱鰭片間的複數凸片，在該散熱鰭片間的空間形 成阻擋，進而干擾散熱鰭#間的流體流動狀態，使的流體不易從 該空間的兩侧向外流出厂再者該卡合體的結構複雜亦即需要更多 材料來成形，進而增加製造成本。 緣是，有鑑於上述習用品所衍生的各項缺點，本案之創作人 遂竭其心智，以從事該行業多年之經驗，潛心研究加以創新改良， _ 終於成功研發完成本件「散熱片之結合結構」案，實為-具功效 增進之新型。 【新型内容】 s麦此’為有效解电上述之問題，本創作之主要目的乃係在 提供-種至少—卡觀設㈣應接合複絲—散觸片邊緣之 卩之又接β ’以令複數散熱韓片平行排列間隔固定。 1作另目的乃係在提供—料會影響相鄰兩散熱鯖片 a h卡接體’岭流動於兩#細片間之空間的流體不 日受到干擾，能輯的朝外流$。丨 j；：： 僅降低=再另目的乃在提供—種結構簡單，組裝方便，不 僅降低成本且操作料之散糾之結合結構。 種贿 政熱鰭片之至少一邊緣設有呈 M286921 與該散熱鰭片水平的至少一勾接部；及呈長條狀之至少一卡接 體，其對應上述勾接部處設有至少一受接部供該勾接部接合。 【實施方式】 本創作之上豸目的及其結構與功能上的特性，將依據所附圖 式之較佳實施例予以說明。 本創作提供-種「散熱片之結合結構」，請參閱第一至二圖所 不’係為本創作較佳實施例，其包含有複數散熱縛m ι〇...及至 少卡接體20 ’其中該複數散熱鰭片1〇, 1〇..·平行間隔登立，且 ，等每-散熱鰭片m·至少—邊緣開設有勾接部u，該勾接 部11在本較佳實施中分糊設於每—散_片1(UG,..兩相對 上、下邊緣，且該勾接泰u包含有一凹槽⑴，該凹槽m内設 有呈與該散熱If片10水平且往散_片1G邊緣延伸之兩相對針 體（pin) 112、112 ; 、/卡接體20係王長條狀，在本較佳實施例中該卡接體數 里係為四個且s別對應前述上、下兩邊緣之勾接部η之凹槽in， 其對應上述勾接部U，設有至少一受接部21，21，該受接部Μ，幻M286921 VIII. New description: [New technical field] This creation is about the combination of X heat sinks, especially a structure that combines stacked heat sink fins. [Prior Art] Press 'To enable efficient heat dissipation of electronic parts (such as CPU) that are currently hot) to maintain electronic parts operating at normal temperature, usually the radiator is attached to the electronic parts to help dissipate heat. *The current heat transfer and praying type of heat sink, but because of the _ first read the heat sink surface limit, do not test the heat temperature of different electronic parts to adjust the heat sink area, so _ - kind of high heat conduction in advance Sheets (eg, metal) are pre-formed' and the sheets are stacked in parallel to adjust the heat sink area of the heat sink. The above-mentioned publication of the Republic of China Patent Publication No. M245501 discloses that there is a combination of fin-type heat dissipation n'---------------------------------------------------------- The edge of each of the fins is bent and extended - the long hemming edge '" the hemming edge is attached to the surface of the base, and the other edge is bent to the sides, respectively (the sagging edge is corresponding to the body of the short flap) A through hole is formed at an appropriate position. The engaging body is standing upright and the knife extends vertically downwards. A stopping piece is formed on the inner side of the stopping piece, and the convex body is formed on the inner side of the locking piece. The engaging body is vertically extended downwardly to form a plurality of protruding pieces. The chip can be inserted into the interval of the adjacent heat-dissipating chip, and the bump is fitted into the through-hole of the heat-dissipating fin. However, the above-mentioned conventional problems have problems in use, heat dissipation, space between the fins M286921 - The fluid flows by the fluid to remove the heat conducted by the fins to help dissipate heat. However, the plurality of tabs inserted between the adjacent fins form a barrier between the fins and interfere with the fins. The fluid flow between them makes the fluid difficult The two sides of the space flow outward from the factory, and the structure of the card body is complicated, that is, more materials are needed for forming, thereby increasing the manufacturing cost. The reason is that, in view of the shortcomings derived from the above-mentioned articles, the creator of the case 遂I have tried my best to innovate and improve the experience of the industry for many years. _ I finally succeeded in research and development of the "heat sink combination structure" case, which is a new type with enhanced efficiency. [New content] s Mai this In order to effectively solve the above problems, the main purpose of this creation is to provide a kind of at least - card view (4) should be joined to the edge of the multifilament - contact lens and then connect to β ' to make the multiple heat dissipation Korean film parallel arrangement interval Fixed. 1 The purpose of the other is to provide a material that will affect the adjacent two heat-dissipating slabs. The ah-clamping body's flow in the space between the two #-pieces is disturbed, and the energy can be exaggerated. j;:: only reduce = another purpose is to provide a simple structure, easy to assemble, not only reduce the cost and the combination of the operation material. The at least one edge of the bribe hot fin is M286 At least one hooking portion of the horizontal surface of the heat dissipating fin; and at least one engaging body having a long strip shape, wherein at least one receiving portion is provided corresponding to the hooking portion for the hooking portion to be engaged. The purpose of this creation and its structural and functional characteristics will be explained in accordance with the preferred embodiment of the drawings. This creation provides a "combination structure of heat sinks", please refer to the first to second figures. A preferred embodiment of the present invention includes a plurality of heat dissipation members ι 〇 and at least a card body 20 ′ wherein the plurality of heat dissipation fins 1 〇, 1 〇..· , each of the heat-dissipating fins m· at least—the edge is provided with a hooking portion u, and the hooking portion 11 is separately disposed in each of the first and second sheets (UG, .. An edge, and the hooking unit comprises a recess (1), wherein the recess m is provided with two opposite pins 112, 112 extending horizontally from the heat-dissipating sheet 10 and extending toward the edge of the sheet 1G; The card connector 20 is a long strip of the king. In the preferred embodiment, the number of the latching bodies is four and the singular portion corresponds to the hooking portion of the upper and lower edges. The recess in, the hook portion which corresponds to the above-described U, is provided with at least one receiving portion 21, 21, the receiving portion [mu], magic
本幸乂仏貝知例中係為由卡接體2〇兩側往相對方向凹陷之至少兩 缺凹口。 A 將上述至少—卡接體2G分別往該等散熱鰭片1G，1G...之上下 兩邊緣之勾接部n之凹槽m卡設，並使凹槽iu内之兩相_ M286921 針月且（Pln) 112、112朝兩缺凹口（即受接部21，21)方向相對彎 折扣接（或夹鉗）於卡接體2〇之實心處，令該卡接體20成橫置 與該等每一散熱鰭片10，1接設，而由於每1_片HU0··· 1 口接於該等卡接體20之受接部21，U，使得每-散熱轉片10,10··· 行旦立的支樓力，俾令每一散熱鰭片1〇，1〇···成平行相鄰間隔定 位固定。 另外如第二、四圖所示，本較佳實施例所述勾接部11可開設 在複數每-散熱鰭片10,10···的兩相對左、右側邊，再令該等卡接 體20之又接指，21與該每一散熱轉片1〇, 1〇••之勾接部11連接 固定，亦可達相同效果。 又’如第五、六圖所示，上述兩種複數散熱鰭片結合型態， 可分別與一基座3〇連社，並逵桩古彳了田机从 〜其連接方式可用黏接或事先在基座30 匕口（無圖示）供複數散熱鰭片10,10..·嵌設等方法來實現。 另外如第七、八圖所示，上述第一種型態之勾係 設於複數每-賴⑼1G，H 糸僅開 又接初、21與該勾接部n結合，_每—散_ 1〇, 1〇 目對=上側之™邊緣係與—基部3G連結，亦可達上述相同效果。 =㈣第九、十騎示，針接體4G之受接部μ不 切述表現魏，亦可為貫穿卡接體4Q之至少—透孔，該透孔鱼 針接體40之兩邊緣有一間距411、4 。 兩相對的針體（Pin) 112、119插穿输^再々勾接部11之 U插牙5亥透孔（即受接部41)後朝 M286921 接體40之間距4il的實心處f折卡接，♦再者如第十-、十二圖 所該勾接部11的兩相對的針體112、H2亦可配合該呈透孔 Ux接。卩41 ’而成-與該透孔形狀相同的板體，利用該 板體412插穿該透孔（即受接部41)後，朝卡接體4()之實心處響 折卡接。 又’如第十二、十四圖示，所述之卡接體2Q、4Q，其對應兩 相¥政熱鰭片1〇, 10···間的位置處，設有貫穿該卡接體20、仙之 至少-通氣孔22、42，以令氣體可以由該通氣孔22、42進或出該 兩相鄰散熱鰭1G，10間，以利該氣流能順暢的流動。 另外前述勾接部11與受接部2卜41白勺連結處塗設有接著劑， 以令兩者更佳的堅固連結。 嗣，由上述之說明/本創作改善先前技術施行上所產生之問 題，本創作利用至少-與複數散細片••分離之卡接體2〇、 4〇與该等散熱縛片1〇, ；[〇···連結，以令複數散熱縛片1〇，1〇···能平 行間隔排姻定，且該卡接體2G、40 _構簡單以使容易與該等 政熱鰭片10, 10···連結，使得組裝方便增力口生產效能，且改善習知 板狀橫樑之複數凸片插入相鄰散熱鰭Θ間形成阻擋，進而干擾散 熱鰭片間的流體流動狀態，本創作的卡接體20、40因為沒有插入 兩相鄰散熱縛片間10, 1〇，不會干擾流動的流體，使流體能順暢的 朝外流動，況且該卡接體20、40對應相鄰兩散熱鰭片1〇，1〇間之 位置處更開設有通氣孔，令流體能更順暢的進出流動，進而將散 熱鰭片傳導之熱量往外帶出，而提升散熱效率。 M286921 綜上所述’本創作所提供之一種「散熱片之結合結構」， 合准予專利之要件’爰依法提出專利申請，析請惠予，每 為感禱。 . 只 惟以上所述者，僅係本創作之較佳可行之實施例而已，舉凡 利用本創作上述之方法、雜、構造、裝置所為之·，皆 含於本案之權利範圍内。 〜 【圖式簡單說明】 第一圖為本創作立體分解示意圖； 第二圖為本創作立體組合示意圖； 第三圖為本創作勾接·設在散鋪片兩蝴左右側邊緣之立 體分解示意圖；、、 第四圖為本創作勾接部開設在散熱轉片兩相對左右侧邊緣之立 體組合示意圖； 第囷為本創作複婁丈散熱鰭片與一基座連結之立體示意圖； 第/、0為本創作複數散熱鰭片與_基座連結之立體示意圖； 第七圖為本創作I種型態之複數散細片與—基座結合之立 體分解示意圖； 弟八圖為本創作另—種型態之複數散熱則與—基座結合之立 體組合示意圖； 第九圖為本創作另—悲樣X接部與自接部結合之立體分解示意 10 M286921 圖； 第十圖為本創作另—㈣受接部..與⑽特合之立體組合示意 圖； · 弟十圖為本_勾接部另—㈣與受接部結合之立體分解示 意圖，· 第十-圖為本解勾接部另—紐與受接部結合之立體組合示 意圖；In the case of the present invention, at least two notches are recessed from opposite sides of the card body 2〇. A. The at least the card body 2G is respectively inserted into the groove m of the hooking portion n of the upper and lower edges of the heat dissipating fins 1G, 1G, and the two phases in the groove iu _ M286921 pin And the (Pln) 112, 112 is oppositely bent (or clamped) in the direction of the two notches (ie, the receiving portions 21, 21) at the solid portion of the engaging body 2〇, so that the engaging body 20 is horizontal Each of the heat radiating fins 10, 1 is connected, and each of the heat sinking fins 10 is connected to the receiving portion 21, U of the card body 20 for each of the HU_1·1· ports. , 10··· The strength of the branch building, the order of each cooling fin 1〇, 1〇··· is fixed in parallel adjacent intervals. In addition, as shown in the second and fourth figures, the hooking portion 11 of the preferred embodiment can be opened on the opposite left and right sides of the plurality of heat-dissipating fins 10, 10···, and then the cards are connected. The body 20 is connected to the finger 21, and the hooking portion 11 of each of the heat-dissipating fins 1〇, 1〇•• is fixed and can achieve the same effect. Also, as shown in the fifth and sixth figures, the above two types of composite fins can be combined with a pedestal, and the 逵 彳 彳 彳 〜 其 其 其 其 其 其 其 其 其 其 其It is realized by a method in which a plurality of heat radiating fins 10, 10.., and the like are provided in advance at the base 30 (not shown). In addition, as shown in the seventh and eighth figures, the hook of the first type is set in the plural number (9) 1G, H 糸 is only opened and connected, and 21 is combined with the hooking part n, _ per_ _ 1 〇, 1 对 = = upper TM edge system and - base 3G connection, can also achieve the same effect as above. = (4) The ninth and tenth riding directions, the receiving portion μ of the needle-connecting body 4G does not describe the expression Wei, and may be at least the through-hole through the engaging body 4Q, and the two edges of the through-hole fish pin connector 40 have Spacing 411, 4 . The two opposite needles (Pin) 112, 119 are inserted into the U-inserted hole 5 (the receiving portion 41) of the hooking portion 11, and then the F-shaped card is placed at a distance of 4 il from the M286921 connector 40. In addition, as shown in the tenth and twelfth drawings, the opposite needle bodies 112 and H2 of the hooking portion 11 may be coupled to the through hole Ux. The plate body having the same shape as the through hole is inserted into the through hole (i.e., the receiving portion 41) by the plate body 412, and then snapped toward the solid portion of the engaging body 4 (). Further, as shown in the twelfth and fourteenth, the card body 2Q, 4Q, which is located at a position between the two-phase hot fins 1〇, 10···, is provided through the card body 20. At least the venting holes 22, 42 are such that gas can enter or exit the two adjacent heat-dissipating fins 1G, 10 from the venting holes 22, 42 to facilitate smooth flow of the airflow. Further, an adhesive is applied to the joint between the hooking portion 11 and the receiving portion 2, so that the two are more firmly connected.嗣, by the above description/this creation to improve the problems arising from the prior art implementation, the present creation utilizes at least a card body 2〇, 4〇 and the heat dissipation tabs separated from the plurality of loose pieces. ;[〇···linking, so that the plurality of heat-dissipating pieces 1〇, 1〇··· can be arranged in parallel, and the card body 2G, 40_ is simple to make it easy to be with the heat fins 10, 10···linking, so that the assembly is convenient for the production efficiency of the booster port, and the plurality of tabs of the conventional plate beam are improved to form a barrier between the adjacent fins, thereby interfering with the fluid flow state between the fins. Since the created card bodies 20 and 40 are not inserted between the two adjacent heat-dissipating plates 10, 1 , they do not interfere with the flowing fluid, so that the fluid can flow smoothly outward, and the card bodies 20 and 40 are adjacent to each other. The two fins are 1 〇, and a vent hole is opened at a position between the rafts, so that the fluid can flow in and out more smoothly, and the heat conducted by the fins can be taken out to improve the heat dissipation efficiency. M286921 In summary, the "combination structure of the heat sink" provided by this creation, the patent element is allowed to be patented, and the patent application is filed according to law, and each of them is prayed. It is to be understood that the above-mentioned methods, miscellaneous, constructions, and devices are all included in the scope of the present invention. ~ [Simple description of the schema] The first diagram is a schematic exploded view of the creation; the second diagram is a schematic diagram of the three-dimensional combination of the creation; the third diagram is a schematic exploded view of the left and right sides of the two sides of the scattered sheet. The fourth figure is a three-dimensional combination diagram of the opposite sides of the heat-dissipating fins of the creation hooking portion; the third is a three-dimensional schematic diagram of the connection between the cooling fins and a base of the creation of the scorpion; 0 is a three-dimensional schematic diagram of the creation of a plurality of heat-dissipating fins and a _base; the seventh figure is a three-dimensional exploded view of the combination of a plurality of fine-grained pieces and a pedestal of the type I created; The three-dimensional combination diagram of the multiple heat dissipation of the type and the base is combined; the ninth figure is a three-dimensional decomposition diagram of the M-series diagram of the combination of the X-join and the self-joining part of the creation; the tenth figure is another creation of the creation - (4) Schematic diagram of the three-dimensional combination of the joints.. and (10); · The tenth figure of the squad is the _ hooking part--the four-dimensional decomposition diagram of the joint with the receiving part, · The tenth - the figure is the hooking part of the solution Another-new and combined with the joint Combination schematic perspective;
弟十二圖為第卡接體上開設透氣孔之示意圖； 第十四圖麵二麵態卡接體上開設透氣孔之*細。 11勾接部 112針體 21受接部 30基座 41受接部 412板體 【主要元件符號說明】 1〇散熱鰭片 ill凹槽The twelve figures are schematic diagrams of the venting holes on the first card body; the fourteen-face two-face card body is provided with a venting hole. 11 hooking part 112 needle body 21 receiving part 30 base 41 receiving part 412 plate body [main component symbol description] 1〇 heat sink fin ill groove
20卡接體 22通氣孔 4〇卡接體 411間距 42通氣孔 1120 card connector 22 vent hole 4 〇 card connector 411 pitch 42 vent hole 11