M354788 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種散熱組件，特別是關於一種由數個 散熱鰭片所構成之散熱鰭片組。 【先前技術】 目刖習知之散熱鰭片組大致有並排串接式及環接式 -種形式的散熱鰭片組，以下各選—個習知技術敘述相關 缺點。 請參照第1圖所示，—種f知並排串接式之散熱鰭^ 組包含-片體3G ’該片體3G之二側經沖壓-折分卿j 二側牆部3卜該織部31之_形成有至少一迫合令 311，且對應該迫合件311之片體％頂面沖設有卡固孔％ 該卡固孔32係呈頂緣向底緣漸擴狀，該迫合件州係對肩 該卡固孔32亦呈頂緣向底輯紐。當錢者欲將該二影 熱鰭片相互結合時，因該一散熱鰭片之迫合件321底緣太 於另一散熱鰭片卡固孔32之頂緣，f以迫人之方式將該-散熱鰭片之迫合件321結合於另—散熱韓片卡固孔Μ，使 得該習用並排串接式之散熱‘鳍片組具有下列之缺點： 制^ ^制散細片組於各錄熱鰭片 :二裝時，需另外施力將該—散熱轉片之返合件迫入対 ; = 片卡固孔，使得該習用散_片組具有细 裝不便利之缺點。 二方，度不佳：因該習用散熱轉片之組裝方扉 k入之方式’容易使該習用散觸片之迫合件及另一習庚 M354788 $熱鰭片之卡固孔形變，進喊生鬆_現象，使得各該 習用散熱則無法穩_相互接合，而具有穩固度不佳之 缺點。M354788 V. New Description: [New Technology Field] This paper is about a heat dissipating component, especially a heat sink fin group composed of several heat dissipating fins. [Prior Art] It is known that the heat sink fin group has a side-by-side series and a ring type heat sink fin group, and the following various conventional techniques describe the related disadvantages. Please refer to FIG. 1 , a type of heat-dissipating fins of a side-by-side series-including a sheet body 3G 'the two sides of the sheet body 3G are stamped-folded and divided into two side wall portions 3 and the weaving portion 31 Forming at least one forced engagement command 311, and the top surface of the sheet body corresponding to the urging member 311 is punched with a fixing hole %. The fastening hole 32 is formed by a top edge toward the bottom edge, and the urging member is formed. The state has a top edge to the bottom of the card. When the money person wants to combine the two shadow heat fins with each other, since the bottom edge of the heat-dissipating fin 321 is too close to the top edge of the other heat-dissipating fin hole 32, f will be forced The heat-dissipating fins 321 are combined with the other-heat-dissipating heat sinking holes, so that the conventional side-by-side series heat sinking fin group has the following disadvantages: Recording fins: In the case of two installations, additional force is applied to force the return piece of the heat-dissipating fin into the 対; = the chip-retaining hole makes the conventional scatter-sheet group have the disadvantage of being inconvenient. The two sides, the degree is not good: because of the way of the assembly of the heat-dissipating fins, it is easy to make the habit of the conventional contact piece and the other of the H-Gen M354788 $ hot fins Shouting the loose _ phenomenon, so that the conventional heat dissipation is not stable _ mutual engagement, but has the disadvantage of poor stability.
又如中華民國證書第M26觀號「環接式散熱器之散 熱片扣合結構」專觀’揭示—種習知環接式之散熱鰭片 組’該散麟片包括-本體，縣叙上下兩侧分別連接 有一大摺邊，該大摺邊具有一扣合凸部、一靠合部及另一 小摺邊，該小摺邊X具有-扣合凹部及一插入凸部。當數 片散熱鰭>|相互扣合時，每—散熱鰭片之插人凸部扣入相 連接的另-散熱鰭>{之插人孔，並_扣合凸部和另一散 熱鰭片之扣合凹部緊密排列扣合成一封閉環狀，該習知^ 接式散熱鰭片組之係以凸部插入凹部之方式進行組合，使 得該習用之環接式散熱鰭片組具有組裝不便利之缺點。 該習知環接式散熱鰭片組於實際組裝時，係必須將一 散熱籍片之插入凸部對齊並扣入相連接的另一散熱鰭片之 插入孔，同時亦必須利用該扣合凸部和另一散熱鰭片之扣 合凹部緊密排列扣合成一封閉環狀，該習知環接式散熱鰭 片組之組裝過程需進行該插入凸部與該插入孔之扣合，及 該扣合凸部及扣合凹部兩種結合步驟，才可構成_密閉環 裝之環接式散熱鰭片組，使得該習知環接式散熱鰭片纪具 有組裝不便利之缺點。 【新型内容】 本創作係提供一種散熱‘鰭片組，以改善各習知散熱.讀 片組之組裝不便利、穩固度不佳及使用欲度不佳之缺點， M354788 為主要創作目的。 .為達到前述創作目的，本創作所翻之技術手段及藉 由該技術手段所能達到之功故包含有： x 曰 -種散熱鰭牌’其仙數個散熱鰭片結合構成，該 散熱鰭片包含-餘板及-結合部，該結合部係形成於該 散熱板之-端，該結合部之二側緣分別彎折形成一側於 部，其特徵在於該二·部之相向面係—貼合面，該二侧 ==設有向該貼合面凸出之一連結件，該連結件之頂 緣形成有-防脫部，且該結合部設有對齊該連結件之一穿 之防脫部係可折彎地輕易穿伸該另-散 ^曰片之穿孔’而不會破壞該穿孔之形狀 將該防脫部之折弯向該另一散熱 _對該另-散熱鰭片之側牆部產生一千進= 貼於該另一散埶_ μ賊力，進而緊 【實施方式】 _為=::二=其:目的、特徵及優點能更明顯 作詳細說明如下：·&佳實施例，並配合所附圖式， 請參照第2圖所示，士 係由數個散熱鰭片以 以乍較佳實施例之散熱錯片組 板10及一結合部2〇、、'，〜冓成’該散熱鰭片1包含一散熱 之一端，該結合邱2〇 〜合部20係形成於該散熱板1〇 穿孔23。 4二側牆部Μ、二連結件22及二 M354788 二侧牆 本;r咖例· 其係在結合部2G上定^。卩2G之二織分㈣折形成； ΟΛ 義出該側牆部21，並以該侧牆部21 相接處為彎折支點，將該側牆部21向上彎 二側彳牆°卩21與該結合部2G較佳係相互垂直，且該 於㈣回丨^相向面係皆為—貼合面21卜連接件22係設置 ^ 卩21上，且該二職部2丨之連結件22係交錯設 μ穿孔23係對齊該連接件22形成於該結合部2〇上。 該連接件22係向該貼合面211彎折凸出於該側牆21 之頂緣，該彎折處係形成一扣合部221，且該連結件22之 頂緣形成有-防脫部222,該防脫部222可為片狀或柱狀， 本創作之防脫部222較佳係設計為片狀；該防脫部222可 由該連接件22頂緣縱向、橫向或⑽度環繞延伸而形成， 本創作之防脫部222較佳係、由該連接件22頂緣橫向延伸而 形成；且該防脫部222係為可撓性材質，使得該防脫部222 可於本創作之各散熱鰭片1進行組合時進行彎折，以簡便 進行各散熱鰭片1之組裝。 該穿孔23係對齊該連結件22設置於該結合部2〇上， 該穿孔23之最大徑長係大於該連接件22之最大徑，又該 穿孔23之最大徑長係小於該防脫部222未彎折時之最大橫 向徑長。 請參照第4及5圖所示，本創作較佳實施例之各散熱 鰭片1於實際組合時，將該一散熱鰭片1之防脫部222朝 該貼合面211之方向進行彎折，使該防脫部222之最大徑 小於該另一散熱鰭片1之穿孔23，以將該連結件22滑順 M354788 簡易的穿伸該另一散熱鰭片1之穿孔23,且不會破壞該穿 孔23之形狀；並使該散熱鰭片1之扣合部221穩固扣結於 該另一散熱鰭片1之穿孔23上緣，再利用一工具（如推動 滑塊）由該散熱鰭片！之防脫部222之彎折處向該另—散 熱鰭片1之貼合面211推擠，進而使該散熱鰭片1之防脫 部222變形而緊貼於該另一散熱缝片1之貼合面211上； 另外，該二側牆部221之連結件22交錯設置的設計，可增 加該散熱鰭片1結合於另一散熱鰭片丨之穩固度，使得本 創作之散熱片1可緊密且穩固的結合於該另一散熱鰭片 1，以構成並排串接式之本創作散熱鰭片組。 請參照第6圖所示，本創作較散熱鰭片組，亦可依使 用需求，將該並排串接式之本創作散熱鰭片組的第一片散 熱鰭片1組合該最後一片散熱鰭片！，以構成環接式之散 熱鰭片組。本創作係藉由將各該散熱鰭片丨結合後所構成 之散熱鰭片組進行彎折，以使該第一片散熱鰭片丨之連結 件22滑順穿伸該最後一片散熱韓片1之穿孔23，再利用 -工具（如推動滑塊）由該第_片散熱鳍片丨之防脫部奶 之彎折處向該另一散熱鰭片丨之貼合面211推擠，使該第 -片散熱韓片1之防脫部222變形復原而不再彎折，進而 緊貼於該最後-片散熱鰭片i之貼合面211上，且該防脫 部222不再，彎折後之橫向徑長大於該穿孔13之橫向最大徑 長，使得本創作散_片1進行_組合成環接式散熱籍 片組時，各散鱗片1之防脫部222不會由各另散熱縛片曰 1之穿孔I3脫出’以穩固構成環接式之本創作散* 组。 如上所述，本創作係藉由前述散熱鰭片1之防脫0部222 M354788 的γ折彎特性，係可將該防脫部μ2彎折地簡易穿伸該另 '散熱則1之穿孔23 ’而無須另外施力將該散熱鰭片！ 迫入、纟。合於另一散熱鰭片1;且本創作係藉由該防脫部222 不再彎折後之橫向徑長大於該穿孔13之橫向最大徑長，使 付本創作之散熱鰭片1之防脫部222不會由另-散熱鰭片 之穿孔13脫出，以穩固構成本創作散熱鰭片組，而無須 進行額外的扣合步驟，使得本_之散熱鰭片組具有組裝 便利之功效；且’本創作之各散熱鰭片1相互組裝之過程， 不會破壞It f孔23之隸，即不會造成該穿孔23之形變， 進而可保持本創作之散熱鰭片組之結合結構之完整，不易 產生連接結職_現象，使得糊作具有提升連接結構 穩固性之功效。且，本創作之散熱縛片組可依使用需求， 組合成並排串接式散熱鰭#組或環接式散熱則組，而具 有使用欲度佳之優點。 雖然本創作已利用上述較佳實施例揭示，然其並非用 以限定本觸，任何熟習此技藝者在不麟賴作之精神 和範圍之内，相對上述實施例進行各種更動與修改仍屬本 創作所保護之技術範疇，因此本創作之保護範圍當視後附 之申請專利範圍所界定者為準。 【圖式簡單說明】 第1圖：本創作之習用散熱鰭片組之立體圖。 第2圖：本創作較佳實施例散熱鰭片組之立體圖。 第3圖：本創作較佳實施例散熱縛片之立體圖。 第4圖：本創作較佳實施例散熱鰭片組之立體剖視圖。 M354788 第5圖：本創作較佳實施例散熱鰭片組之立體側視圖。 第6圖：本創作另一實施例散熱鰭片組之立體圖。 【主要元件符號說明】 〔本創作〕 1 散熱鰭片 10散熱板 20 結合部 21 側牆部 211貼合面Another example is the Republic of China Certificate No. M26, "The Heatsink Fastening Structure of the Ring-type Radiator", the 'Disclosure--A Kind of Heat-Reducing Fin Blocks of the Known Rings'. The Scattered Tablets include - the body, the upper and lower sides of the county A large folding edge is respectively connected, and the large folding edge has a fastening convex portion, a engaging portion and another small folding edge, and the small folding edge X has a fastening concave portion and an insertion convex portion. When a plurality of heat-dissipating fins are engaged with each other, each of the fins of the heat-dissipating fins is buckled into the other-heat-dissipating fins of the heat-insulating fins, and the female protrusions and the other heat-dissipating portions The snap-fit recesses of the fins are closely arranged to form a closed loop, and the conventional heat-dissipating fin set is combined by the convex portion inserted into the concave portion, so that the conventional ring-shaped heat sink fin assembly has assembly. The disadvantage of inconvenience. In the actual assembly, the conventional heat-dissipating fin set must be aligned with the insertion protrusion of one heat-dissipating piece and buckled into the insertion hole of the other heat-dissipating fin connected, and the snap protrusion and the use of the fastening protrusion must also be utilized. The fastening recess of the other heat-dissipating fin is closely arranged to form a closed loop. The assembly process of the conventional heat-dissipating fin set requires the fastening of the insertion protrusion and the insertion hole, and the fastening protrusion and The two combination steps of the snap-in recess can form a ring-shaped heat sink fin set of the closed loop, so that the conventional loop-type heat sink fin has the disadvantage of being inconvenient to assemble. [New content] This creation department provides a heat-dissipation group to improve the heat dissipation of various conventional readers. The assembly of the reading group is not convenient, the stability is not good, and the use is not good. M354788 is the main purpose of creation. In order to achieve the above-mentioned creative purposes, the technical means and the advantages that can be achieved by the technical means include: x 曰-a kind of heat-dissipating fins, which are composed of several heat-dissipating fins, and the heat-dissipating fins The sheet includes a remaining plate and a joint portion, and the joint portion is formed at an end of the heat dissipation plate, and the two side edges of the joint portion are respectively bent to form a side portion, which is characterized in that the opposite faces of the two portions are - a mating surface, the two sides == provided with a connecting member protruding toward the mating surface, the top edge of the connecting member is formed with a retaining portion, and the joint portion is provided with one of the connecting members The anti-off part can be easily bent and stretched to extend the perforation of the other piece without breaking the shape of the perforation to bend the anti-off part toward the other heat_the other heat sink fin The side wall of the piece produces a thousand inward = attached to the other divergence _ μ thief force, and then tight [embodiment] _ is =:: two = its: purpose, characteristics and advantages can be more clearly described as follows: · & good embodiment, and with the drawing, please refer to Figure 2, the gentleman is made up of several heat sink fins The heat dissipating chip set 10 and a joint portion 2 〇 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , twenty three. 4 two side wall Μ, two joints 22 and two M 354788 two side wall; r ー example · It is fixed on the joint 2G.卩 2G two woven points (four) fold formation; ΟΛ the side wall portion 21 is defined, and the side wall portion 21 meets as a bending fulcrum, and the side wall portion 21 is bent upwards and the side wall Preferably, the joint portions 2G are perpendicular to each other, and the joint faces of the (4) 丨 丨 相 皆 贴 贴 贴 连接 连接 连接 连接 连接 连接 连接 连接 连接 连接 , , , , , , , , , , , , , , , , , , , , , , Interleaved μ through holes 23 are aligned with the connecting member 22 formed on the joint portion 2A. The connecting member 22 is bent and protruded from the abutting surface 211 to protrude from the top edge of the side wall 21. The bending portion forms a fastening portion 221, and the top edge of the connecting member 22 is formed with a retaining portion. 222, the retaining portion 222 can be in the form of a sheet or a column. The retaining portion 222 of the present invention is preferably designed in a sheet shape; the retaining portion 222 can be extended by the top edge of the connecting member 22 in the longitudinal direction, the lateral direction or (10) degrees. The detachment portion 222 of the present invention is preferably formed by extending from the top edge of the connecting member 22; and the retaining portion 222 is made of a flexible material, so that the retaining portion 222 can be created by the present invention. When the heat radiating fins 1 are combined, they are bent to facilitate assembly of the heat radiating fins 1 easily. The through hole 23 is disposed on the joint portion 2 , and the maximum diameter of the through hole 23 is greater than the maximum diameter of the connecting member 22 , and the maximum diameter of the through hole 23 is smaller than the retaining portion 222 . The maximum transverse path length when not bent. As shown in the fourth and fifth embodiments, the heat dissipating fins 1 of the preferred embodiment of the present invention are bent in the direction of the bonding surface 211 when the heat dissipating fins 1 are actually combined. The maximum diameter of the retaining portion 222 is smaller than the through hole 23 of the other heat dissipating fin 1 to smoothly slide the connecting member 22 through the M354788 to easily penetrate the through hole 23 of the other heat dissipating fin 1 without breaking. The shape of the through hole 23 is fixedly fastened to the upper edge of the through hole 23 of the other heat dissipation fin 1 by a tool (such as a push slider). ! The bending portion of the anti-drop portion 222 is pushed toward the bonding surface 211 of the other heat-dissipating fin 1 to deform the anti-drop portion 222 of the heat-dissipating fin 1 to be in close contact with the other heat-dissipating slit 1 In addition, the design of the connecting members 22 of the two side wall portions 221 is alternately arranged to increase the stability of the heat dissipating fins 1 combined with the other heat dissipating fins, so that the heat sink 1 of the present invention can be The heat sink fins 1 are tightly and firmly bonded to form a side-by-side series of heat sink fin sets. Please refer to FIG. 6 , the first heat dissipation fin 1 of the heat dissipation fin set of the side-by-side series can be combined with the heat dissipation fin group. ! To form a ring-shaped heat sink fin set. The present invention is formed by bending a heat dissipating fin group formed by combining the heat dissipating fins, so that the connecting fins 22 of the first fin fins are smoothly passed through the last piece of heat dissipating Korean film 1 a perforation 23, and a tool (such as a push slider) is pushed from the bending portion of the anti-offlet portion of the first fin fin to the bonding surface 211 of the other fin, so that The anti-detachment portion 222 of the first piece of heat-dissipating Korean film 1 is deformed and restored without being bent, and is then adhered to the bonding surface 211 of the last-piece heat-dissipating fin i, and the anti-off portion 222 is no longer bent. The lateral path length is greater than the lateral maximum path length of the perforation 13 so that when the stencil 1 is combined into a ring-type heat-dissipating group, the anti-off portion 222 of each scaly 1 is not dissipated by each other. The perforation I3 of the binding piece 脱1 is taken out to stabilize the ring-shaped type of the creation. As described above, the present invention is characterized in that the γ bending characteristic of the anti-off part 222 M354788 of the heat dissipating fin 1 can be easily bent through the anti-off part μ2. 'Without the need to apply additional force to the fins! Enforcement, embarrassment. Cooperating with another heat dissipating fin 1; and the creation of the heat dissipating fin 1 by the anti-offing portion 222 is not more than the lateral maximum diameter of the through hole 13 The detaching portion 222 is not detached from the through-hole 13 of the heat-dissipating fin to stably form the heat-dissipating fin group of the present invention, and does not require an additional fastening step, so that the heat-dissipating fin group has the effect of being convenient to assemble; Moreover, the process of assembling the heat dissipating fins 1 of the present invention does not damage the member of the It f hole 23, that is, the deformation of the through hole 23 is not caused, thereby maintaining the integrity of the combined structure of the heat dissipating fin set of the present invention. It is not easy to produce a connection and _ phenomenon, so that the paste has the effect of improving the stability of the connection structure. Moreover, the heat-dissipating die set of the present invention can be combined with the series-connected heat-dissipating fins group or the ring-connected heat-dissipating group according to the needs of use, and has the advantages of good use. Although the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention, and it is still within the spirit and scope of those skilled in the art to make various changes and modifications to the above embodiments. The technical scope of the protection is created, so the scope of protection of this creation is subject to the definition of the patent application scope attached. [Simple description of the figure] Figure 1: A perspective view of the conventional heat dissipation fin set of the creation. Figure 2 is a perspective view of a heat sink fin set of the preferred embodiment of the present invention. Fig. 3 is a perspective view of a heat dissipating die of the preferred embodiment of the present invention. Figure 4 is a perspective cross-sectional view of the heat sink fin set of the preferred embodiment of the present invention. M354788 Fig. 5: A perspective side view of a heat sink fin set of the preferred embodiment of the present invention. Figure 6 is a perspective view of another embodiment of the heat sink fin set of the present invention. [Main component symbol description] [This creation] 1 Heat sink fin 10 Heat sink 20 Joint part 21 Side wall part 211 Fitting surface
22連接件 221扣合部 •222防脫部 23 穿孔 〔習知〕 30片體 31侧牆部 311迫合件 32 卡固孔22 connector 221 fastening part • 222 anti-off part 23 perforation [conventional] 30 piece body 31 side wall part 311 forced part 32 card hole