1302819 九、發明說明： 【發明所屬之技術領域】 尤指一 .應用於熱抽換(hot 本案係有關於一種散熱模組， swap)之快速插拔散熱模組。 【先前技術】 口 ^統上，風扇係多半被用來作哉 口口取多只會用到一個散熱風扇，但置。而一般之電器產 一般電器來得高，需要更多的散_^统的散熱要求往往比 熱量散逸出去，_採用較Μ散^才^分㈣統所產生的 度，例如，當其中-個散熱風紐障時，增加祕的穩定 散熱效率來賴敎系統賴之魏。可料提高其他風扇之 目前高階系統通常會使用熱抽換的風扇 :遇=扇故障，能夠線上操作以更換新扇， 特別需要關此設計。 純祕_服斋即 =達_難之目的’目前已有許多觀計方式之散麵 ί、尚Γ圖，其為一種習用之散熱模組，一散熱風扇11 k複數1々線13所連接出之端子12插人於―系統框架上的端 座而與系統電連接，以傳輸系統之信號或電源於該散熱風扇， 以供，運作之需。當複數個風扇用於高階系統時，如第〃1B圖所 示，每個風扇插入於系統框架14中，並透過端子插入於系挤內的 端子座而與系統作電連接。 ^ 然而，此方式會造成端子線過多且理線不易，甚至於所使用 的零件太多而排列太密的情況下，當扇葉轉動時會容易將被排線 捲入其中。此外，當其中一個散熱模組故障時，較不易拆卸和更 新。 因此’如何在有限空間下設計出一種快速插拔散熱模組以提 供給使用者及系統設計者更方便的使用及設計’則為目前所極欲 1302819 解決之問題 介並創作鑣^知技術之缺失，乃經悉心試驗與研 =簡精神’終創作出本案『散熱模組』。以下為本 【發明内容】 速插拔^熱模2目白勺在於提供—種可應用於熱抽換(hot swap)之快 本案之另一目的在於提供一種快速插 達到最佳之散熱功效，完全不會受到系高度 快速目#繼—織_㈣卸及更新之 利用ίί 21—目的在於提供—種快速插拔散熱模組，其充分 熱風扇的原有尺寸及其所佔空間。 曰政 子"ttid的在於提供—種快速插拔散熱模組，其將端 情形，以省去理之方形外框之一角落，而無導線外露之 = 康本案之構想’該散熱模組包括 tr灵日固，於外框上之孔；—岭元件，安裝於該外m 並盘接於视；以及—端子結構’容置於該111定元件上， 內；，、i if I置作電連接，當該散熱模組插人於該系統之框架 模組=系於該系統内之-端子座’使得該散熱 -導散歸置較佳為—赠式風扇。該散錄置係藉由 或子結構形成電連接，而該導線容置於該外框上。 端子結精由一焊接方式或複數個接點或接腳而與該 ~T3 ^年月1302819 IX. Description of the invention: [Technical field to which the invention pertains] In particular, it is applied to a hot-swappable heat-dissipating module for hot-swapping (hot). [Prior Art] On the system, most of the fan system is used for the mouth. Only a cooling fan is used, but it is set. In general, electrical appliances are generally high in electrical equipment, and more heat dissipation is required. The heat dissipation requirements are often more than the heat dissipation. _ The use of Μ ^ 才 ^ ^ ^ ^ (4) system generated by the degree, for example, when one of them When the wind is in the barrier, increase the stability of the cooling heat efficiency to rely on the system. It is expected that other fans will be used. Currently, high-end systems usually use hot-swappable fans: In case of fan failure, it can be operated online to replace a new fan, especially in this design. The secret of _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The terminal 12 is inserted into the end socket on the system frame to be electrically connected to the system to transmit the signal or power of the system to the cooling fan for operation and operation. When a plurality of fans are used in the high-order system, as shown in Fig. 1B, each fan is inserted into the system frame 14 and is electrically connected to the system through a terminal inserted into the terminal block in the squeezing. ^ However, this method will cause too many terminal lines and easy wiring. Even if the parts used are too many and arranged too densely, it will be easy to get the cable into the blade when it is rotated. In addition, when one of the thermal modules fails, it is less likely to be disassembled and updated. Therefore, 'how to design a quick-swap heat-dissipation module in a limited space to provide users and system designers with more convenient use and design' is the solution to the problem that is currently being solved by 1302819. The lack of, after careful testing and research = simple spirit 'final creation of the case "heat module." The following is the content of the invention. The quick insertion and removal of the hot mold 2 is to provide a kind of hot swap that can be applied to the hot swap. Another purpose of the present invention is to provide a quick insertion to achieve the best heat dissipation effect, completely Will not be subject to the height of the line #继—weave _ (four) unloading and updating the use of ίί 21 - the purpose is to provide a kind of quick-swap cooling module, which is full of the original size of the hot fan and its space.曰政子"ttid is to provide a kind of quick-swapping heat-dissipating module, which will end the situation, so as to save one corner of the square frame, and no wire exposed = Kang Ben's concept' Tr Lingri solid, the hole on the outer frame; the ridge component, installed on the outer m and connected to the view; and - the terminal structure 'accepted on the 111 fixed component, inside; i, I if Electrical connection, when the heat dissipation module is inserted into the frame module of the system = the terminal block in the system makes the heat dissipation-distribution placement better - a gift fan. The scatter is formed by an electrical connection to a substructure that is received on the outer frame. The terminal junction is made by a soldering method or a plurality of contacts or pins and the ~T3 ^ year
第093119395號專利說明書修正頁 (無劃線版） 96年ό月Amendment page to patent specification No. 093119395 (no underlined version) 96 years of the month
立之片开固= 構：為一體射出成型或由兩片獨 固定ί :、塑膠或絕緣材料所製成。該 外框上。1 卡扣对、$、核_^喊於該散熱裝置之 因贴耳具有彈性，以可拆卸之枝伟於該外柜 处槿此可於該固定元件上開設—開孔槽，用以容置該端子 ^外。構埋人於該固定元件之中而未突出於該外框 上。該子結構的接腳末端與該凸緣位於同-平面 定於該黏合、螺合、鉚接或扣合方式而容置且固 内，it:: ϊϊ於提供一種散熱模組’可熱插拔於-系統 第一扣人徠·政”、、衣置，具有一外框和複數個形成於該外框上之 夕卜框之二Lr:端子結構’電連接於該雜裝置和埋設於該 子：㈣端子結構賴插接於該系統内之-端 ϊ散與扣合件之相互扣接而組裝ί 為孔以及g。 ㈣，其中鄕—扣合件及第二扣合件分別 組裝複數個該散熱模組以串聯或並聯之排列方式 本案得藉由下列圖式及詳細說明，俾得一更深入之了解。 7The opening of the piece = construction: for one shot molding or by two pieces of unique ί:, plastic or insulating material. On the outer frame. 1 Snap pair, $, _ _ ^ shouted in the heat sink because the ear is flexible, with a detachable branch at the outer cabinet, which can be opened on the fixing element - for the hole Set the terminal ^ outside. The person is embedded in the fixing member without protruding from the outer frame. The pin end of the substructure is located in the same plane as the flange, and is fixed and fixed in the manner of bonding, screwing, riveting or snapping. It:: providing a heat dissipating module 'hot swappable The first system of the system is provided with an outer frame and a plurality of Lr: terminal structures formed on the outer frame. The terminal structure is electrically connected to the device and embedded in the device. Sub-(4) The terminal structure is connected to the end of the system and is fastened to the fastening member and assembled into a hole and a g. (4), wherein the 鄕-fastening member and the second fastening member are respectively assembled into a plurality The heat dissipation modules are arranged in series or in parallel. This case can be obtained through a detailed description of the following drawings and detailed descriptions.
6月7 修(更)正替換頁 第093119395號專利說明書修正頁 (無劃線版） 96年6月 1302819 【實施方式】 散熱統框架内。該 ϋ—側邊，並與該散熱裝置作電連接，當該散熱 ϊΐΐϋ架内’該端子結構可直接插接於該系統内 之i子座」使侍該散熱模組與該系統可形成電連接。 解圖5圖一 Ϊ為t案散熱模組之一較佳實施例的立體分 括二^埶ϋ、t略未圖示）。在此較佳實施例中，該散熱模組包 5之夕1右一件52以及一端子結構53，該散熱風扇 512(^觀-4 料凸緣511，而於凸緣上具有複數個孔 於系ili殼I 利制者藉由螺絲而將該散熱風扇固定 釘卡卜框51側邊並以螺絲、鉚 卡卡槽與卡鉤雜何熟習此技藝者所熟知的 係置於^ C甬、ϋ合於該散熱風扇之外框上。該固定元件52 空^ 卜圍與兩相鄰凸緣511之騎定義出的 K件^直接以式^亥年固定^件52的兩·有凸耳似(或稱第二 利用外框上的空間，而方式不僅可充分 量。該固定元件52較佳為ϋΐΐ ί熱ΐ扇的尺寸及出入風 Ϊίΐ) 冓成，所组成之材料可以為金屬或絕緣材料(如 固定丨tf合、螺合、鉚接或扣合方式而容置且 ^ίΐ：ί«：Γ5 ：^4' 該端目所示之散_組組合後的立翻，其中 該S忒i中的而接未，1可與凸緣511位於同一平面上或埋入於 統之框架内，該端子4 1302819 ^的插孔内(圖未示），使得該散 與系統形成電連接。 '、、、'、’’可猎由該端子結構53而 在應用時，尤其是用於高階 2B圖所示之熱抽換散熱模組，以^二服器日寺，可將複數個第 統中’在細運針如遇群 之朗方尤组裝於系 更換新的風扇，而無須關掉系統或^2；^能夠線上操作以 使系統運作更具持續性。 < y 9 一他風扇的運轉，因此可 利用到速插拔散熱模組，可充分 高度為85毫米，則可以使用8〇、4 若系統之内部 該端子結構設計於散熱風細側計基礎，將 模組插入於系統之框架内時，該^3„組，當該散熱 之端子座，使得該^^熱模組：』：〒，插接於系統内 以傳輸系統之信號或電源予該子結構與糸統作電連接， 當然’根據本案之;^想，該端子具有熱抽換之功能。 位置，整體應用完全不會受s絲於該散熱模組之側邊 有效利用空間以達到最佳之散相度或厚度的影響’而能 想，置於系統内之福數個赤ί；ζ力效。此外，根據本案之設計構 散熱〒组讀作，㈣、統獅更換稱之散熱風扇或 然皆不脫如附申料^ 任紐思而為諸般修飾， 【圖式簡單說明】 第1Α圖為習用之散熱模組的立體圖。 之散熱模㈣且裝於系統框架内之情形。 第2Β 欠ΐ拉組之—較佳實施例的爆炸立體圖。 弟2Β圖為弟2Α圖所示之散^?模組的组合立體圖。 1302819 【主要元件符號說明】 11 :散熱風扇 13 ·導線 5 :散熱風扇 511 :凸緣 52 :固定元件 522 :凸耳 513 :圓筒狀通道 12 :端子 14 :系統框架 51 :外框 512 :複數個孔 521 :開孔槽 53 :端子結構June 7 Repair (more) replacement page No. 093119395 Patent Specification Revision Page (no underlined version) June 1996 1302819 [Embodiment] Inside the heat dissipation frame. The ϋ-side is electrically connected to the heat dissipating device, and the terminal structure can be directly inserted into the sub-seat of the system in the heat-dissipating truss, so that the heat-dissipating module and the system can form electricity connection. FIG. 5 is a perspective view of a preferred embodiment of the heat dissipation module of the t case, which is divided into two dimensions, t is not shown. In the preferred embodiment, the heat dissipation module package 5 has a right side 52 and a terminal structure 53. The heat dissipation fan 512 has a plurality of holes on the flange. The system of the ili shell I is fixed by the screw to fix the side of the heat-dissipating fan to the side of the frame 51 and is placed on the side of the screw, the rivet card slot and the hook, which are familiar to those skilled in the art. Fitted on the outer frame of the heat dissipating fan. The fixing member 52 is hollowed out and the K pieces defined by the riding of the two adjacent flanges 511 are directly attached to the two lugs of the type 52 It may be said that the second space utilizes the space on the outer frame, and the method is not only sufficient. The fixing member 52 is preferably ϋΐΐ ΐ ΐ 的 的 及 及 及 及 及 及 , , , , , , , , , , , , , , Insulating material (such as fixed 丨tf, screwing, riveting or snapping and accommodating and ^ίΐ: ί«: Γ5 :^4' The end of the _ group combination of the end turned, where the S忒i is not connected, 1 can be located on the same plane as the flange 511 or embedded in the frame of the terminal, the terminal 4 1302819 ^ in the jack (not shown), The electrical connection is formed with the system. ',,, ', '' can be hunted by the terminal structure 53 and used in the application, especially for the hot-swappable heat-dissipating module shown in the high-order 2B diagram. The temple can be used to replace a new fan in a plurality of squadrons. In the case of a fine needle, it is not necessary to turn off the system or ^2; ^ can operate online to make the system more sustainable. < y 9 The operation of his fan can be used to quickly insert and remove the heat-dissipating module, and the height can be 85 mm, then 8 〇, 4 can be used. If the internal structure of the system is designed, the heat-dissipating wind side meter is designed. Basically, when the module is inserted into the frame of the system, the ^3„ group, when the heat dissipation terminal block, enables the ^^ thermal module: 』: 〒, plugged into the system to transmit the signal or power of the system The substructure is electrically connected to the cymbal, of course, according to the present case; ^, the terminal has the function of hot swapping. The position, the overall application is completely free from the effective use of the s wire on the side of the heat dissipation module. In order to achieve the best effect of the degree of dispersion or thickness In addition, the number of blessings in the system is 赤 ζ ζ 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外Various modifications, [Simplified description of the drawings] The first drawing is a perspective view of a conventional heat dissipation module. The heat dissipation module (4) is mounted in the system frame. The second embodiment is an exploded perspective view of the preferred embodiment. Brother 2 is a combined perspective view of the module shown in the figure 2: 1302819 [Description of main components] 11: cooling fan 13 • wire 5: cooling fan 511: flange 52: fixing element 522: lug 513 : Cylindrical channel 12 : Terminal 14 : System frame 51 : Outer frame 512 : Multiple holes 521 : Opening groove 53 : Terminal structure