4i4B54 A7 B7 五、發明說明（ 域 領 術 技 之 屬 所 明 發 進 件 組 子 電 機。 電造 之構 等裝 件構 元其 體及 導管 半熱 對散 Μ 型 用板 於之 關用 有卻 明冷 發效 本有 行 術 技 之 知 習 電 機 電 之 等 備 設 力 電 和 器 機 種 各 之 等 臞 電 人 個 在 載 裝 會 上 用度 使過 其度 於溫 由 之 ’ 件 件組 組子 子電 電 ’ ， 機 機電 電種 之此 等當 件 。 元熱 IIS 導之 半度 之程 器種 機某 子有 個在 Μ 載 來装 年此 近因 ο ί 短步 縮進 會化 亦型 命 小 II向 其朝 時器 同機 ’ 機 低電 降之 會表 能代 性 為 其等 ’ 腦 時電 升人 卻 冷件 之元 件子 s 子、 電槺 ， 電 機之 電卻 之冷 器要 機需 機對 電 視 SB 遍 BJ 0 受 發 開 之 術 技 件 姐 卻 冷 被 -n l n I n n I— I I n n n I * n l_ (請先閱讀背面之注意事項再^t本頁· 例 裝 在 即 亦 Γ 式 為冷 稱空 下， Μ 如 由度 經溫 , 之 等件 扇組 風卻 裝冷 安被 ， 止 體防 框來 之用 櫬冷# ^ ^ a機變^ Μ 0 ^ ^ « Η 件境 方 之 ^ 0 Ζ 4冷-S fr被體^ ^ 0 )«該該 J 載使 效或 有器 別熱 特散 器使 機是 機法 電方 之力 型有 大之 較來 比年 於近 對， 法外 方式 種冷 此空 。 之 升述 上上 度了 過除 之 . --線. 經濟部智慧財產局員工消f合作社印製 有散 。 有 散在 放存 熱間 使之 器件 熱組 散卻 該冷 由被 0 和 ， Η 件熱 組散 卻或 冷器 被熱 在散 接該 連在 等是 片況 熱情 散 的 該率密 對效有 扇卻備 風冷具 動之管 電層熱 Μ 1 散 是高該 術更。 技現管 之實熱 知 Κ 散 習藉該 之 ， 明 外風說 另送將 0 行面 管進下 熱 Η 熱 散 或 器 熱 散 部 洞 空 之 封 態 變 相 之 體器 流容 作之 動管 之熱 部散 洞成 空構 該在 在 。 容送 收輸 被之 用熱 利行 , 進 管來 熱用 散動 該移 在和 利 之 I 上 與 當 肋 Π8Π 移 熱 之 導 傳 熱 行 進 有 具 中 本紙張尺度適用令國國家標準（CNS)A4規格（210 X 297公釐） 4 4l48^^ a? ___B7 五、發明說明（2 ) 經濟部智慧財產局員工消費合作社印製 常 例近被器用部部部 之在方，力之流 年平狀冷 通為附有容，之熱外 側。下況重方回 近為形被 , 管之裝在熱片散到 熱側之情用上體 ，稱其之 時 熱端安，之熱在出 散熱側種利側流 外又用等 較散一 在}件散氣放 使吸熱瑄，熱作。狀管利件 比。之其。i!J組有蒸部 要到散在體散動象形熱管元 送小狀在片 卻装該洞。箱®)於。流於，現管散热體 輸很棒接熱 Μ 冷安後空部 位))作位))之圓之散導 熱成 Μ 連敗 被到然從熱所ί 側at動側at乾之型型半 之變。W 之PS之動。片散，動熱he之熱he變性板板與 生的作 用 Η 來移丨熱到行移吸 態吸 Ρ 之表。該積 產對動卻熱吸傳氣imj散動進的使OBI狀在to諝代視，面 所相之 ¥ 散厂 導蒸^由移_度以：^相 ，1(所了重等之 動動管 裝 傳其 '經熱連再可bo液是 W 生除到管廣 移移熱 <安稱熱， 量部動賵，^(成但^產，受熱寬 和熱散件近rs-aMM 熱熱移流、況㈣變 。«δ會K亦散 Μ 。 態之明組附乂經蒸 ^該吸熱作情^態側^11， 形管型易點 變導說熱之(>用行 L -從之動之SP變熱 U 足之熱板容優 相傳的發端份利進ri相式述之管 Μ 相吸^ 不管散平很其 之熱單使一 部 * 體 液方上態熱 ^ 由到 U 為熱之 ，Μ 為 體之簡，外之份流 _ 到種使狀散 U 經流 _ 變散狀管可觭 流中將明另件部作 回這要相之 U 側回tee側，形熱，接 作器面說其組壁動 的用著液式 B 熱用(tt熱外型散同件 動容下行在卻厚使 ί 度利為到力tea敗作況吸另板型不組 用該 進，冷之來份再， 回重(it在之情到 來面之卻 ;!1,-------裝 - - -----訂------I — 線 (請先閱讀背面之注意事項再%容本頁). 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） 5 4^4854 a7 _ B7五、發明說明（3 ) 經濟部智慧財產局煲工消費合作社印製 接流與是件方吸， 冷廣之亦 使 結用Α 時 件作面造組 一為側 被變度時 斜。 其有部 Μ 態 組動方構卻外作熱 有象程態 傾能 。備面少揆 卻使此裝冷另份散 載對種模 Κ 性 題具主至熱 冷著 * 構被之部為 裝使某熱 使卻 問部之 t 散 被為態之使側之作 ，型M散 即冷 之內對ill 鬼 與，模佳，上面份 步帶有部 ，持 知之面 Μ 頂 面時 熱最下在主部 進摘會頂。管維 習器相熱 成 主況敗，向裝之之 之到時在管熱的 之容互傳變 之情部中面安側面 化型用使熱散效 述在在S®, 廣之 底其主紮下主 型置使即 散型有 上，接 _ 用 寬管用。之熱其之 小定，求型板Μ服管連Ρ’ 使。 其熱使同方散Μ側 之從況要板供可 克熱成¾斜能 在散好相一將，上 等亦情此之提亦 來散置 ^ 傾性 以型最況其和時之 腦器之因態是時 用型設 使卻 可板M情使，式器II電機等。性的態 究板被1即冷 管用所之成面方熱。!1於子腦況之目模 研種， 則持 热使 * 管置主種散態 1 由電電情度之熱Π力一體 h -維 散在流熱配之這有模 來，型之程明散 Η 致供塊部墊的 型。回散管側用裝熱？ 年機小用種發部 # 等提熱固襯效 板點的之熱下採安散 W 近電在使某本頂 I 人Μ傳主置有 , 優簧狀散其。以部1，之是行持，為3^明可之和配奴 即其確形型在面，底 是件其進維此成 Μ 發現熱壁份可 亦為更管板觸主側成 但組尤斜以因 ，U 本發傳内部亦 觴體固將接之熱形[|3卻。傾可 用 Ϊ 果 Κ 之一 ， |·-----------裝--------訂---------線 <請先閱讀背面之注意事項再Κ本頁)- 本紙張尺度適用t國國家標準（CNS)A4規格（210 x297公釐） 6 經濟部智慧財產局員工消費合作社印製 414854 ΚΙ _Β7 五、發明說明（4 ) 本發明之板型散熱管根據上述之發現•本發明之板型散 熱管之第1態樣是一種板型散熱管，其特徵是具備有： (1) 密閉之容器*具備有相對之主商部A和主面部 (2) 至少為1個之傳熱塊體，用作傳熱之用，在上逑之容 器之内都，被設置成連接在上述主面部A之內壁和上述主 面部B之内壁之間： (3) 襯墊*被配置在上述容器之内部之傳熱塊體之至少 —部份；和 (4) 動作流體，被封入到上述之容器内。 本發明之板型散熱管之第2態樣是上述之主面部A和上述 之主面部B由平坦之板狀材料所形成。 本發明之板型散熱管之第3態漾是上逑之主面部A或上述 之主面部B之任何一個朝向上述容器之外方延伸*和具備 有至少為1個之凸部。 本發明之板型散熱管之第4態樣是上述之凸部以不同之 高度朝向上逑容器之外方延伸。 本發明之板型散熱管之第5態樣是上逑之凸部K相同之 高度朝向上述容器之外方延伸。 本發明之板型散熱管之第6態樣是上逑之傳熱塊體被設 置成連接到上述至少為1個之凸部之各個。 本發明之板型散熱管之第7態樣是上娃之傳熱塊體被設 置成連接到上述凸部之至少1個。 本發明之板型敗熱管之第8態樣是上述之傳熱塊體成為 圓柱形狀或方柱形狀，上逑之傳熱塊體利用金靥接合連接 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） 7 -I ,---I -----------訂 -----I I (請先閱讀背面之泫意事項再tk本頁V , 4B54 一 A7 _._ B7 五、發明說明（5 ) 在上述主面部A之内壁和上逑主面部B之内壁之間。 本發明之板型散熱管之第9態樣是上述之襯墊被設在上 述主面部A之内壁，上述主面部&之内壁•和上述傳熱塊體 之側壁之各個之至少1部份。 本發明之板型散熱管之第10態樣是上述之櫬墊被設在上 述主面部A之内壁和上述主面部B之内壁之任何一方之全面 本發明之板型散熱管之第〗1態樣是上逑之襯墊被設在上 述主面部A之内壁和上述主面部B之內壁之任何一方之全面 •和上述傳熱塊體之側壁之全面。 本發明之板型散熱管之第12態樣是上述之襯墊不設在全 面，在上述主面部A之內壁或上述主面部B之内壁，上迖i襯 塱被設置成在與上述傳熱塊體之側壁之連接部位被折曲。 本發明之板型散熱器之第13態樣是上逑之襯墊被設置成 與上述主面部A之内壁*上述主面部B之内壁*和上述傅熱 塊體之側壁之至少之一接觸或接合。 本發明之板型散熱器之第14態樣是上逑之襯墊被上逑傳 熱塊體之側面和上述凸部之内壁固定。 本發明之板型散熱器之第15態樣是在被設置成理接上述 傳熱塊體之上述凸部之外壁，安裝被泠卻組件。 本發明之板型散熱器之第16態樣是在上述主面部A之内 壁和上述主面部B之内壁之任何一方之外壁設有散熱片。 本發明之板型散熱器之第17態樣是一棰板型敗熱管之構 裝構造，其特激是用來將申請專利範圍第1至7項中任一項 之板型散熱管，相對的配置在構裝有被冷卻組件之基板· 本紙張尺度適用中國國家標準（CNS)A4規格（2W X 297公釐） 請 先 閱 讀 背 之 >ί 意 事 項 再 承ί ' r裘 頁 訂 經濟部智慧財產局員工消費合作社印製 A7 4148^4 _B7_ 五、發明說明（6 ) 在上述傳熱塊爝之位置之至少之一連接上逑之被冷卻組件。 [發明之實陁形態] 本發明之板型散熱管是即使成為頂部散熱模態時亦可K 維持儍良性能之板型散熱管。 本發明之板型敗熱管具備有下面所述之構件。亦即，具 備有：（1)密封之容器，具備有相對之主面部A和主面部B ，（2)至少為1個之傳熱塊體，在上述之容器之内部，被設 置成連接在上述之主面部A之内壁和上述之主面部B之内壁 之間*用來傳熱，（3)襯墊，至少被配置在上述容器之内 部之上述傳熱瑰體之一部份，和（4)動作流體，被封入到 上逑之容器内。 另外，在本發明之板型敗熱管中*主面部A和主面部B由 平坦之板狀材料形成。另外|在本發明之板型散熱管中， 主面部A和主面部B之其中之一朝向容器之外方延伸，亦可 Μ具備有至少為1個之凸部。在本發明之板型散熱管中， 上述之凸部亦可ΜΜ不同之高度朝商容器之外方延伸。另 外，在本發明之板型散熱管中，上述之凸部亦可Κ Μ相同 之高度朝向容器之外方延伸。 另外，在本發明之板型散熱管中•該至少為〗個之凸部 亦可Μ被設置成分別連接到傳熱塊體。 另外*在本發明之板型散熱管中，傳熱塊體形成圓柱形 狀或方柱形狀，傳熱瑰體亦可以利用金屬接合，連接在主 面部Α之内壁和主面部Β之内壁之間。 另外*在本發明之板型散熱管中，襯墊至少為傳熱塊體 ;式張尺度適用中國國家標ί (CNS)A4規格（210 X 297公釐1 9 一 — II Ί I----* 裝 ------f 訂------ - -線 (請先間讀背面之注意事項再&寫本頁)」 經濟部智慧財產局員Η消費合作社印製 4i4854 a7 _B7五、發明說明) 經濟部智慧財產局員工消費合作社印製 , 型SI3B襯一 是體 置之 被 述 型該 管 路壁板SP·何 而塊 設體M上 Μ 。 板使。熱 2 電 內之 中任 ，熱 墊塊 可 接A2U 之，一 散 J 刷 之明 管之 面傳 襯熱 亦 連 部U述板之型Ξ印 Μ 發 — 熱壁 全與 將傳 墊 成 面 上基少板板是 剖壁 置之 δ 本 g 散内 定在 是和 襯。置。主ΪΙ將之至之 h 設 在 型之 設墊 徵， 之定設件述gl是板之明 Η 假 ,◊ Α 板 w 不襯 特壁 述固被組上卜造基置發 W30 罾份部之 1。以使 其內 上壁在卻在 Μ 構件位本 U 板 部面明 面可· ，之 ，内Μ冷 Μ 裝組之明 π 基 一主發 全墊壁 中 Μ 中之可被可-5構卻體說 W 該 A 少在本 之襯内 管SS管部亦裝亦 I 之泠塊的 Μ 。 部至設在 壁，之 熱 。熱凸，安 - Μ 管被熱细 U 例 面之被。 惻中^。散主 。口散述中，中^0熱有傳詳1^實 主個更面 Α 之管ffit曲型1Β 型上管壁管 散裝有更if之 在各^全部3|熱^8折«_”«和熱外^_型{女^來以® 設之 15- 之 Η 塊散 被之 之 ΙΘ 散之敗 Μ 板在具用 Μ 構 被壁亦方主熱型15位明 AISS明側型部型 U 之置到圖用裝 好側墊一在傳板 1 部發部ιΐ發之板凸板部明配接附 Ϊ 構 最之襯何設和之 接本面Η本體之述之面發的連照»|其 , 體，住被，明 Α 連在主少在塊明上明主本對件參 W 和 份塊中之以面發部之，與至-熱發之發述，相組將Llj例 3E 部熟管壁可全本面壁外其之外傳本塊本上外管卻面11實 一 傳熱内更之在主側另使壁另述在熱在和另熱冷下圖之 之和散 之墊方 在之 成側 上 傳 壁 散被 。管 (請先閱讀背面之注意事項再填寫本頁). 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） 10 A7 414854 玉、發明說明（8 ) 基板等，在其上構裝有半導體元件等之被冷卻組件40。圖 中之符號3 1表示引線。 將板型散熱管1配置成為接合在被冷卻組件40之上面側 。被冷卻組件40和板型散熱管1除了直接接觸之情況外， 亦可Μ依照埔要經由傳熱滑脂等產生接觸。另外，依照情 況之不同，亦可Μ構建成Κ銲接等進行接合。用Μ構成板 型散熱管之容器10之材質並沒有特別之限制，當使用鋦材 料或鋁材料等之熱傳導性儍良之材質時，可Μ獾得具有儍 良之熱性能之板型散热管1。作為銅材料者可Μ使用JIS規 格C10 20，C1100等，作為鋁材料者，同樣的，可Κ使用 JIS規格 A1100，A3000系，A5000 系，和 A6000系等。 在板型散熱管1之空洞部13內適量的收容有圖中未顧示 之動作流體。該動作流體除了水之外可K使用代替烯酮， 氛，乙酵*两酮等。 另外，在空洞部13内具備有傅熱塊體11位於與被冷卻組 件40之連接到板型散熱管1之部份對應之位置。該傳熱塊 體11接合在與容器10之上俩和下側雙方之主面相當之部份 之空洞部13之内壁。該傳熱塊可Μ經由銲接或銅銲等進 行金雇接合在内壁。利用金屬接合使傳热塊體11接合在内 壁時，因為可Κ使該等之間之熱電姐減小所Κ是所希Μ者。 另外，在空洞部13具備有襯墊12。該襯墊12被配置成沿 著與容器10之上面部（容器10之上側之主面）相當之部份之 内壁，另外，該襯墊12，以使傳熱塊體11遊走之方式延伸 到與容器10之下部（容器10之下側之主面）相當之内壁，使 -11 : I .--I,----!-裝---— — — — — 訂--ml —--線 (請先閱讀背面之注意事項再^r本頁) 經濟部智慧財產局員工消t合作社印製 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） A7 B7 414854 五、發明說明（9 ) 其前端部接觸在該内壁。在顧〗所示之態樣之情況，傳熱 塊體11進行延伸，同時使襯墊12之前端部被折曲成為接觸 在與下面部相當之內壁。利用此種方式可K實現使襯墊12 和内壁成為熱電阻更小之連接狀態。另外，亦可K使襯墊 ]2之前端部以金屬接合在該内壁。假如採用金屬接合時， 可以使該等之間之熱電岨更進一層的減小。 然後·當被冷卻組件40之溫度上升時，該被冷卻組件40 之熱利用敗熱管之動作，傳達到板型散熱管1之上面側， 該熱經由敗熱片14放出到外部。如此一來可Μ實現被冷卻 組件40之泠卻。限於圖1所示之底部散熱模態*利用板型 散熱管〗內之圖中未顯示之動作流體之重力作用可Μ獲得 回流。但是，在板型散熱管1之情況，即使使其具有很大 之傾斜成為頂部散熱模態時，在本發明之板型散熱管，利 用襯墊12之毛细管作用，可Κ維持動作流體之回流。 尤其是因為襯墊12接觸或接合在安裝有被冷卻組件40之 側之内壁，所Μ可以使動作流體確實的囲流。另外，假如 使管心12接觸或接合在傳熱塊體11時，則可Κ使該回流更 加確實。特刖是在圖1之態樣之情況，因為傅熱塊體11被 配置在被冷卻組件40之連接位置，所以被冷卻組件40之熱 經由容器10直接傳達到傅熱塊體。傳達到該傳熱塊體之熱 在襯墊〗2遊走，回流來之動作流體（液相），在傳熱塊體之 側面之寬廣之面被冷卻。 下面將參照圖2，3用來說明本發明之其他實腌態樣。該 板型散熱管2具有容器20設有3個之凸部對應到經由引線31 本紙張尺度適用中國國家標準（CNS)A4規格（210^ 297公釐） .---：-------装--------訂---------線 (請先閱讀背面之注意事項再^¾本頁r 經濟部智慧財產局員工消費合作社印製 12 414854 B7 ___.---- ^發明説明（1〇) 冑裝在基板30之多個被冷卻組件41〜3(在該圖中顯示有3 _之被冷卻姐件）之高度。在此種態樣之情況，容器20由 闽之上側之容器構件201和下側之容器構件202之接合而肜 成。如圖所示，經由預先對容器構件202施加機壓加工等 用以形成3個之凸部。在容器20之内部之空洞部22適量的 收容有圖中未_示之動作流籲◊另外，在板型敗热管2之 上側之面安裝有散熱器50。該散熱器50可以使用由例如鋁 材·科製成之敗熟塊題等。 在一涸或多個凸部中之至少之一屆（在該圈之實例之情 況為全部之3個），於其内部配置傳熱塊體23〜25。另外’ 在空洞部22內具備有襯墊21，該襯墊接合在上側之内® * 和接觸或接合在沿著傳熱塊體23〜25之下俩之内壁之凸部 之底面ΰ該襯墊21亦可Μ進一步的接觸或接合在傳熱塊體 24 ° 經濟部智慧財產局員工消費合作社印製 襯墊21和下側之内壁之接觸方法，或使該等接合之方法 亦可Κ利用如同銅銲等之方法用來使該等進行金屬接合° 如圃2之態樣所示，當在容器20形成凸部，和在其内部配 置傳熱塊體23 * 24，25之形態之情況時，其有力之方法是 將襯墊21固定成為被包夾在該傳熱塊體23〜25和容器20之 間之方式。圖3是將傅熱塊髅24之近考擴大後之說明圖’ 圔中顯示襯墊21之固定狀態是使襯墊被包夾在傳熱塊體24 和構成凸部之部份之容器構件202之内壁之間》假如依此 方式固定襯墊21時，不需要其他之鋦挥等之工程’可以簡 易的使襯墊21和内壁，Μ及和傳熱塊體24之熱電阻減小的 -1 3 -紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） 補充 A7 B7 年月4 」I上. i 少· . 經濟部智慧財產局員工消費合作社印製 五、發明說明（ 11 ) a- 進 行 連 接 9 所 K 具有 實 用 性。 圖 2所示之板型散熱管2亦與上 述 之板 型散熱 管1 圖1)同 樣 的 * 可 在 頂 部散 熱 模 態維持 動 作流 體之回 流。 另外， 在 本 當 例 之 情 況 ，因 為 具 有與被 冷 卻組 件23〜 25之 高度對 tTfaf 懕 之 凸 部 所 Μ 可Μ 利 用 1個之板型散熱管用來因應高度 不 同 之 多 個 被 冷 卻組 件 之 冷卻構 造 為其 優點， 所Μ 具有實 用 性 0 [實施例] 實 施 例 1 t 使 用 厚 度 1 m ΒΙ之銅製之板材料 •製作成如圖1所示 之縱 1 OOffi ΐΒ X 横 7 0 m 厚6 m m 之 板型散 熱 管ϋ 將縱25 πι Π! X 横 2 5 m id X 高 4 m m之銅製之1個 之 傳 熱塊體 配置 在空洞 部内 之與被 冷 卻 組 件 連 接 之 位置 〇 傳 熱塊體 經 由銅 焊K金 屬结 合荏空 洞 部 之 上 下 之 内 壁。 然 後 如 圖 1所示， 在空洞部内之上面部之内壁之全體 區 域 傳 熱 塊 體 之側 面 之 全體區 域 ，和 與被冷 卻組 件接觸 之 空 洞 部 内 之 下 面部 之 部份， 配 署勘 目-1¾¾ 墊。然 後， 使空洞 部 内 減 壓 * 封 入 水作 為 動 作流體 0 使 作 為 被 冷 卻 組件 之 MPU (Mi cr 0 Pro c e s s i η g U η η :微 處 理 器 )經由傳熱滑脂接觸在依上述方式製成之板型散熱 管 0 使 該 板 型 散 熱管 離 開 水平面 > 具有 傾斜角 度的 使用， 不 會 產 生 變 乾 y 可Μ 獲 得 優良之 冷 卻性 能。 實 施 例 2 使 厚 11» ΙΠ之銅製之上板材料* ί ϋ具有以機壓加工形成之3 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） -14 -修正頁 A7 B7 414854 五、發明說明（12 ) 個凸部之厚Irani之銅製之下板材料接合，製成圖2所示之板 型散熱管之容器。該3個之凸部對應到被冷卻組件之高度 ，形成中央部較高，在兩側部相對變低之方式。依此方式 形成之容器為縱lOOmmX横70mroX幅6mm，包含凸部之幅度 是中央部之凸部為9mm*兩側之凸部為 將縱25mmX横25b)bX高度7ιηιη之銅製之1個傳熱塊體配置 在中央部之凸部内*將縱25ιββιΧ横25ramX高度6mra之銅製 之傳熱塊體配置在兩側之凸部内，利用銅嵙使傳熱塊體以 金屬結合在空洞部之上下之内壁。 另外，如圖2所示*在空洞部内之上面部之内壁之全體 區域，和傳熱塊體之側面之全體區域，配置襯墊。另外， 如圖3所示，利用凸部之内側壁和傳熱塊體用來包夾襯墊。 然後使空洞部内減壓，封入水作為動作流體。 使作為裨$卻組件之在基板上具備有不同高度之MPU經由 傳熱滑脂接觸在依上述方式製成之板型散熱管。使該板型 散熱管離開水平面，具有60度傾斜的使用，不會產生變乾 ，可以獲得優良之冷卻性能。 [發明之效果] 依照上述方式之本發明之板型散熱管時，可K提供即使 在頂部散熱模態亦可Μ維持優良性能之板型散熱管。因此 ，使用本發明之板型散熱管之構裝構造，洌如當在裝載有 所欲冷卻之半導體元件等之被冷卻組件之電機，電子機器 使用本發明之板型敗熱管時*即使在傾斜使用該機器之情 況形成頂部散熱之模態時，亦可維持優良之冷卻性能。 本紙張尺度適用令國國家標準（CNS)A4規格（210 X 297公釐） I I 1'-------裝-----11--訂 ----11--線 (請先閱讀背面之注意事項再t本頁) 經濟部智慧財產局員工消費合作社印製 15 414854 A7 五、發明說明（l3 ) [圖面之簡單說明] 圖1是說明圖，用來表示本發明之板型散熱管之實例。 圖2是說明圖，用來表示本發明之板型散熱管之實例。 圖3是第2之部份擴大說明圖。 [符號之說明] 1 .......板型散熱管 10 ......容器 11 ......傳熱塊體 12 ......襯墊 13 ......空润部 14 ......散熱片 30 ......基板 31 ......引線 40......被冷卻組件 2 .......板型散熱管4i4B54 A7 B7 V. Description of the invention (Domain collar technology belongs to the sub-group of the motor. The components and components of the electric construction structure and its semi-heated body are used to disperse the M-type plates. Obviously, it is effective to know the skills of electric motors, electric power equipment, and various types of electric machines. At the loading meeting, the electricians spent too much time on Wen Youzhi. Zizi Dian ', such as the mechanical and electrical types. Yuanyuan IIS is a half-degree range of the device type. A certain machine has a recent load in the M load. Ί Short step indentation will also shape Ming Xiao II to the same time machine with the same machine, the machine can be replaced by the machine with low power consumption. When the brain is powered up, the components of the cold parts, the electric cymbals, and the electric coolers of the electric machines need the necessary equipment. Machine-to-TV SB times BJ 0 Received the open technical skills but cold quilt -nln I nn I— II nnn I * n l_ (Please read the precautions on the back before ^ t this page For cold weighing in air, Μ If you are warming by degrees, The fan set is equipped with a cold quilt, and the body protection frame comes with a cold # ^ ^ a 机 变 ^ Μ 0 ^ ^ «Η The piece of the side ^ 0 ZE 4 cold-S fr quilt ^ ^ 0 ) «The J-loading effector or special thermal diffuser makes the machine is a powerful force type of the mechanical method. Compared with the recent years, the extra-legal method is cold and empty. As mentioned above It ’s gone.-Line. The employees of the Intellectual Property Bureau of the Ministry of Economic Affairs have printed and scattered the cooperatives. There are scattered heat storage devices to dissipate the heat of the device. Or the cooler is being heated, the connection is waiting, the situation is enthusiastic, the rate is dense, and the effective layer of the fan has a fan, but the air-cooled tube electric layer heat M 1 is higher than the technique. The heat knows how to disperse the heat, and Mingwaifeng said that he will send 0 rows of surface tubes into the heat pipe. The hole should be in the empty structure. The capacity to send, receive, and lose is used for heat and profit, and the tube is used to move and move. The move is on Heli I and the rib Π8Π The guide of heat transfer and heat transfer has Chinese paper standard applicable national standard (CNS) A4 specification (210 X 297 mm) 4 4l48 ^^ a? ___B7 V. Description of invention (2) Employees of Intellectual Property Bureau, Ministry of Economic Affairs Consumption cooperative printing routines are near to the side of the quilt, and the power-like flat-shaped cold-pass is attached with capacity and hot outside. Under the circumstances, the heavy square is shaped like a quilt, and the tube is installed on the hot sheet to dissipate it to the hot side. The upper body is called when it is hot, and the heat is used on the heat-dissipating side. } Pieces of air are released to make the heat sink and work hot. Shaped tube sharp parts ratio. Of it. The i! J group has a steaming part. To move the pictograph heat pipe element to the scattered body, send a small tablet, but install the hole. Box®) in. Flowing, the heat transfer of the current tube is very good, and it is connected to the heat. The cold and the back part of the cold)) position))) The heat dissipation of the circle becomes Μ. The losing streak is brought from the heat side to the side and to the side. change. W of PS. The function of heat dissipation and degeneration of plates and heat is to move the heat to the table of the state of absorption. The accumulated product is immovable, but the heat is imbibed and the air imj is scattered, so that the OBI shape is viewed on the basis of the ton, and the face is the same. The scattered plant is steamed ^ from the shift _ degree to: ^ phase, 1 Move the tube and install it's thermal connection, and the liquid is W. The heat is removed from the tube, and the heat is transferred to the tube. The amount of heat is measured. -aMM Thermal and thermal migration, changes in condition. «δ will K also disperse M. The state of the Ming group is steamed ^ the endothermic behavior ^ state side ^ 11, the shape of the tube type is easy to change the direction of the heat (> Use the line L-from the moving SP to heat U, the hot plate of the foot, and the best-in-class originator to the ri phase, the tube M to attract ^ regardless of the level of the hot sheet to make a * body fluid side up Heat ^ From U to heat, M to the body, and the external flow _ to a kind of U-shaped flow U-flow _ to change the shape of the tube can make the other parts of the Ming back to the U-side Back to the tee side, the shape of the heat, the connector surface said that its group wall is moved with the liquid type B heat (tt thermal shape with the same dynamic capacity, but the thickness is thick, so it ’s good for the tea. Do not use the type to enter, return to the cold, and return to it (it does not come when the feelings come;! 1, ---- --- Packing------- Order ------ I — Line (Please read the precautions on the back before% page this page). This paper size applies to China National Standard (CNS) A4 specifications (210 X 297 mm) 5 4 ^ 4854 a7 _ B7 V. Description of the invention (3) Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and the Consumer Cooperative Cooperative Association to print the current information, and Leng Guangzhi also used the A timepiece to make the face. The first group is the side slope and the time slope. The moving structure of the M group has external image thermal tilt energy. It has a small surface area, but it makes this package cold and separate. With the main to the cold and cold * The structure of the quilt is to pretend to be a hot messenger but the intersperse of the ministry is the state of the side. The type M is the cold and the ill is in the cold, and the model is good. The above steps With the part, the top of the knowing surface M, the heat is the lowest at the main part of the meeting. The tube maintenance device has become the main state of failure, and when it is installed, the heat content of the tube is transferred to each other. The central part of the Ministry of Emotion is used to make the heat dissipation effect described in the main part of the S®, the bottom of the main type is set to make the instant type, and the _ is used for the wide tube. The template M service tube is connected with P ′. The heat causes the Tongfang San M side to be plated for the Keke heat. The oblique energy can be dispersed one after the other, and the finest is also mentioned here. ^ The inclination is based on the most suitable brain device. The causal state is the time-use design, but it can be used for M, the type II motor, etc. The sexual state study board is 1 which is the surface heating of the cold pipe.! Then, holding the heat to make the * tube set the main species in the scattered state 1 is composed of the heat and power of the electricity and electricity, and the h-dimensional dispersion is in the flow and heat distribution. There is a model. Heated on the side of the return pipe? Nianji Xiaoyong Seeding Department # Waiting for heat and solid lining effect to pick up and dissipate under the heat of the board point W near electricity is to make a local I person M host host, excellent spring shape scattered it. With Department 1, it is the line holding, it is 3 ^ Ming Ke and the slave is its shape, and the bottom is its progression. It is found that the hot wall component can also be a tube plate that touches the main side. In particular, due to the obliqueness, the internal shape of the U book also has a hot shape [| 3 but. You can use one of the Ϊ Fruit K, | · ----------------------- Order --------- line < Please read the notes on the back first (Re-page this page)-This paper size is applicable to the national standard (CNS) A4 specification (210 x 297 mm). 6 Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and Consumer Cooperatives. 414854 ΚΒ _Β7 5. Description of the invention (4) The board of the invention Based on the above findings, the first aspect of the plate-type heat pipe of the present invention is a plate-type heat pipe, which is characterized by having: (1) a closed container * having the opposite main business department A and the main The face (2) has at least one heat transfer block for heat transfer, and is arranged in the upper container to be connected to the inner wall of the main surface A and the inner wall of the main surface B. Room: (3) The gasket * is arranged in at least part of the heat transfer block inside the above container; and (4) the working fluid is sealed in the above container. A second aspect of the plate-type heat sink of the present invention is that the above-mentioned main surface A and the above-mentioned main surface B are formed of a flat plate-like material. The third aspect of the plate-type heat pipe of the present invention is that either the main surface A of the upper side or the main surface B described above extends outward from the container * and is provided with at least one convex portion. In a fourth aspect of the plate-type heat pipe of the present invention, the above-mentioned convex portion extends toward the outside of the upper container at different heights. According to a fifth aspect of the plate-type heat pipe of the present invention, the convex portion K of the upper part extends to the outside of the container at the same height. In a sixth aspect of the plate-type heat pipe of the present invention, the upper heat transfer block is arranged to be connected to each of the above-mentioned at least one convex portion. In a seventh aspect of the plate-type heat pipe of the present invention, the heat transfer block of the upper baby is arranged to be connected to at least one of the convex portions. The eighth aspect of the plate-type heat-rejecting tube of the present invention is that the above-mentioned heat transfer block is in the shape of a cylinder or a square column, and the upper heat transfer block is connected by gold cymbals. Specifications (210 X 297 mm) 7 -I, --- I ----------- Order ----- II (Please read the notice on the back before tk page V, 4B54一 A7 _._ B7 V. Explanation of the invention (5) Between the inner wall of the main surface A and the inner wall of the upper main surface B. The ninth aspect of the plate-type heat pipe of the present invention is that the above-mentioned gasket is provided At least one part of each of the inner wall of the main surface A, the inner wall of the main surface & and the side wall of the heat transfer block. The tenth aspect of the plate-type heat pipe of the present invention is the quilt pad described above. According to the first aspect of the plate-type heat pipe of the present invention, which is provided on either of the inner wall of the main surface A and the inner wall of the main surface B, the gasket of the upper side is provided on the inner wall of the main surface A and the above. The overall surface of any one of the inner walls of the main surface portion B and the overall surface of the side wall of the above-mentioned heat transfer block. The twelfth aspect of the plate-type heat pipe of the present invention is the above-mentioned The gasket is not provided on the entire surface, and the upper lining i is arranged on the inner wall of the main surface A or the inner surface of the main surface B so as to be bent at a connection portion with the side wall of the heat transfer block. In a thirteenth aspect of the plate-type heat sink, the upper lining pad is arranged to be in contact with or joined to at least one of the inner wall of the main surface A * the inner wall of the main surface B * and the side wall of the thermal block. The fourteenth aspect of the plate radiator of the present invention is that the upper pad is fixed by the side surface of the upper heat transfer block and the inner wall of the convex portion. The fifteenth aspect of the plate radiator of the present invention is provided The outer wall of the convex part of the heat transfer block is connected in a logical manner, and a passive module is installed. The sixteenth aspect of the plate-type heat sink of the present invention is any one of the inner wall of the main surface A and the inner wall of the main surface B. A heat sink is provided on the outer wall of one side. The seventeenth aspect of the plate radiator of the present invention is a structure of a plate-type heat-rejecting tube, and its special purpose is to apply any of the items 1 to 7 in the scope of patent application. Item of the plate-type heat pipe, which is oppositely arranged on the substrate that contains the component to be cooled · This paper Applicable to China National Standard (CNS) A4 specifications (2W X 297 mm) Please read the back > ί Matters before accepting '裘 Ordering printed by the Intellectual Property Bureau of the Ministry of Economic Affairs, Consumer Consumption Cooperative, printed A7 4148 ^ 4 _B7_ V. Description of the invention (6) At least one of the positions of the heat transfer block 连接 is connected to the cooled component. [The actual form of the invention] The plate type heat pipe of the present invention is even when it is in the top heat dissipation mode. A plate-type heat pipe capable of maintaining good performance. The plate-type heat pipe of the present invention is provided with the components described below. That is, it is provided with: (1) a sealed container having opposite main face A and main face B, (2) at least one heat transfer block, which is arranged inside the container to be connected between the inner wall of the main surface A and the inner wall of the main surface B for heat transfer, (3) The gasket is at least a part of the heat transfer rosette arranged inside the container, and (4) the working fluid is sealed in the container of the upper case. In the plate-type heat-rejecting tube of the present invention, the * main surface A and the main surface B are formed of a flat plate-like material. In addition, in the plate-type heat pipe of the present invention, one of the main surface portion A and the main surface portion B extends outward from the container, and may include at least one convex portion. In the plate-type heat pipe of the present invention, the above-mentioned convex portions may also extend outside the commercial container at different heights. In addition, in the plate-type heat pipe of the present invention, the above-mentioned convex portion may extend toward the outside of the container at the same height. In addition, in the plate-type heat pipe of the present invention, the at least one convex portion may be provided to be connected to the heat transfer block, respectively. In addition, in the plate type heat pipe of the present invention, the heat transfer block is formed into a cylindrical shape or a square column shape, and the heat transfer rosette can also be connected by metal to connect the inner wall of the main surface A and the inner wall of the main surface B. In addition, in the plate type heat pipe of the present invention, the gasket is at least a heat transfer block; the type of scale is applicable to the Chinese National Standard (CNS) A4 specification (210 X 297 mm 1 9 1 — II Ί I --- -* Install ------ f Order --------line (please read the precautions on the back before writing this page) '' Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs and Consumer Cooperatives 4i4854 a7 _B7 V. Description of the invention) Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs, the type SI3B lining is the type of the pipe wall panel SP. Why is the block M on the body M? Make it. Heat 2 can be used within the electricity. The thermal pad can be connected to A2U. The surface of the tube with a brush of J brush can be used to transfer the heat. It is also connected with the shape of the U plate. The hot wall is all connected to the surface of the pad. The upper base plate is a δ Ben g powder with a cross-section and is set to be lining and lining. Home. The main part is to set h to the model design feature, and the set design description gl is 板 之 Η, ◊ Α w w is not lined with a special wall, and it is set on the base to make a hair W30. Of 1. In order to make the inner upper wall of the U-board part on the surface of the M component, the inner surface of the U-shaped cold-installed assembly of the main π base and the main hair can be constructed -5 However, it is said that W and A are less in the inner SS and the SS pipe part of the liner is also equipped with a block of I. Department to the wall, the heat. Thermally convex, An-M tube was thermally fine U-shaped quilt.恻 中 ^. Sanshou. In the oral discourse, the middle ^ 0 heat is transmitted in detail 1 ^ the main body is more Α tube wit curved type 1 Β upper tube wall tube bulk is more if each ^ all 3 | Hot ^ 20% off «_" «和 热 外 ^ _ 型 {女 ^ 来 以 ® set 15- Η 散 Sanwei of ΙΘ San ’s defeat Μ board in the quilt with M structure is also the main hot type 15 Ming AISS Ming side type Place the side pads on the U-map, and attach the attachments on the top of the plate to the convex part of the board. The attachments of the structure and the connection of the face and the body are described. Photo »| its, body, living quilt, Ming Α is connected to the master and the master on the block, and the main part of the master ’s pair of parts and the part of the facial part, and the statement of the -hot hair, the group will be Llj Example 3E The wall of the cooked pipe can be transmitted on the outside of the wall and the outside of the block. The upper tube and the outer tube are on the other side. The heat transfer is on the main side and the wall is described on the main side. He San's cushion is placed on the side of the wall. The tube (please read the precautions on the back before filling this page). This paper size is applicable to China National Standard (CNS) A4 (210 X 297 mm) 10 A7 414854 Jade, description of invention (8) substrate, etc. The cooled component 40 containing a semiconductor element or the like. The reference numeral 31 in the figure represents a lead wire. The plate-type heat dissipation tube 1 is arranged to be joined to the upper side of the cooled component 40. The cooled component 40 and the plate-type heat dissipation tube 1 are directly In addition to the case of contact, it is also possible to make contact according to the heat transfer grease and the like according to the situation. In addition, depending on the situation, it can also be constructed as a K welding and the like. The material of the container 10 constituting the plate-type heat pipe with M There is no particular limitation. When using a thermally conductive material such as rhenium or aluminum, a plate-type heat sink 1 having thermal performance can be obtained. As a copper material, JIS standard C10 20 can be used. For C1100, etc., as for aluminum materials, JIS standards A1100, A3000 series, A5000 series, and A6000 series can be used in the same way. An appropriate amount of the hollow section 13 of the plate-type heat pipe 1 is not shown in the figure. Acting fluid. In addition to water, the acting fluid can be used in place of ketene, ammonium, acetonitrile, dione, etc. In addition, a cavity block 13 is provided with a thermal block 11 which is located on a board connected to the module 40 to be cooled. Type heat pipe 1 The corresponding position of the part. The heat transfer block 11 is joined to the inner wall of the cavity portion 13 corresponding to the main surfaces of the upper and lower sides of the container 10. The heat transfer block can be welded or brazed. The inner wall is metal-bonded. When the heat transfer block 11 is joined to the inner wall by metal bonding, it is desirable because the thermal conductivity between these can be reduced. Also, the hollow portion 13 is provided with Gasket 12. The gasket 12 is arranged along an inner wall corresponding to the upper surface of the container 10 (the main surface on the upper side of the container 10), and the gasket 12 moves the heat transfer block 11 The method extends to the inner wall corresponding to the lower part of the container 10 (the main surface on the lower side of the container 10), so that -11: I .-- I, ----!-装 ----- — — — — order- -ml —-line (please read the precautions on the back before ^ r on this page) Printed by the staff of the Intellectual Property Bureau of the Ministry of Economic Affairs, this paper is printed in accordance with China National Standard (CNS) A4 (210 X 297 mm) A7 B7 414854 V. Description of the invention (9) The front end portion is in contact with the inner wall. In the case shown by Gu, the heat transfer block 11 is extended, and at the same time, the front end portion of the gasket 12 is bent into contact with the inner wall corresponding to the lower portion. In this way, it is possible to realize a connection state in which the gasket 12 and the inner wall have a smaller thermal resistance. Alternatively, the front end portion of the gasket 2 may be metal-bonded to the inner wall. If metal bonding is used, the thermoelectricity between these can be further reduced. Then, when the temperature of the cooled component 40 rises, the heat of the cooled component 40 is transmitted to the upper side of the plate-type heat dissipation tube 1 by the action of the heat loss tube, and the heat is released to the outside through the heat loss sheet 14. In this way, the cooling of the cooled component 40 can be realized. It is limited to the bottom heat dissipation mode shown in Figure 1. * The gravity effect of the working fluid not shown in the figure can be used to obtain backflow. However, in the case of the plate-type heat pipe 1, even if it has a large tilt to become the top heat dissipation mode, in the plate-type heat pipe of the present invention, the capillary action of the gasket 12 can be used to maintain the reflux of the working fluid. . In particular, since the gasket 12 contacts or engages the inner wall of the side on which the cooled component 40 is mounted, the flow of the working fluid can be surely performed. In addition, if the core 12 is brought into contact with or joined to the heat transfer block 11, the return flow can be more assured. This is particularly the case in FIG. 1, because the thermal block 11 is arranged at the connection position of the cooled component 40, so the heat of the cooled component 40 is directly transmitted to the thermal block through the container 10. The heat transferred to the heat transfer block travels on the pad 2 and the returned working fluid (liquid phase) is cooled on the wide side of the side of the heat transfer block. Next, referring to Figs. 2 and 3, other actual pickled states of the present invention will be described. The plate-type heat pipe 2 has a container 20 provided with three convex portions corresponding to the lead 31. The paper size is applicable to China National Standard (CNS) A4 (210 ^ 297 mm). ---: --- --Install -------- order --------- line (please read the precautions on the back first ^^ This page is printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economy 12 414854 B7 ___ .---- ^ Explanation of the invention (1〇) The heights of the plurality of cooled components 41 to 3 mounted on the base plate 30 (3_of the cooled components are shown in the figure). In this state In this case, the container 20 is formed by joining the container member 201 on the upper side and the container member 202 on the lower side. As shown in the figure, three convex portions are formed by applying mechanical processing to the container member 202 in advance. A suitable amount of motion flow not shown in the figure is accommodated in the hollow portion 22 inside the container 20. In addition, a heat sink 50 is mounted on the upper surface of the plate-type heat pipe 2. The heat sink 50 can be made of, for example, aluminum. Material, unsuccessful block questions made of materials, etc. At least one session in a stack or multiple projections (in the case of the circle, all three), the internal configuration of the Thermal block 23 to 25. In addition, a gasket 21 is provided in the hollow portion 22, and the gasket is bonded to the upper side ® * and is in contact with or bonded to the inner wall along both of the heat transfer blocks 23 to 25 The bottom surface of the convex part. The pad 21 can also be further contacted or joined with the heat transfer block 24 °. The contact method of the printed pad 21 and the inner wall of the lower side of the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs, or The method of joining can also be performed by using methods such as brazing and the like for metal joining. As shown in the state of the garden 2, when a convex portion is formed in the container 20, and a heat transfer block 23 is disposed inside the container * In the case of the shapes of 24 and 25, a powerful method is to fix the gasket 21 so as to be sandwiched between the heat transfer block 23 to 25 and the container 20. Fig. 3 is a diagram of the Fu heat block 24 The explanatory diagram after the recent examination is expanded. 'The fixed state of the gasket 21 is shown in the figure. The gasket is sandwiched between the heat transfer block 24 and the inner wall of the container member 202 constituting the convex part.' When the pad 21 is fixed, no other tedious work is required. 'The pad 21 and the inner wall can be easily made. Reduced thermal resistance of the heat transfer block 24-1 3-Paper size applies Chinese National Standard (CNS) A4 specification (210 X 297 mm) Supplement A7 B7 on April 4 "I on. I less.. Ministry of Economic Affairs wisdom Printed by the Consumer Cooperative of the Property Bureau. 5. Description of the invention (11) a- It is practical to connect 9 K. The plate heat pipe 2 shown in Figure 2 is also the same as the plate heat pipe 1 shown in Figure 1) * The top heat dissipation mode can maintain the backflow of the working fluid. In addition, in the case of this example, since the convex portion of tTfaf 与 corresponding to the height of the cooled component 23 to 25 can be used, one plate-type heat pipe can be used for cooling a plurality of cooled components with different heights. The structure has its advantages, so it has practicability. 0 [Example] Example 1 t Use a copper plate material with a thickness of 1 m Β1. Manufactured as shown in Figure 1 vertical 1 OOffi ΐΒ X horizontal 7 0 m thick 6 mm A plate-type heat pipe 纵 A 25 π Π! X horizontal 2 5 m id X 4 mm high copper heat transfer block is placed in the hollow part and connected to the cooled component. The heat transfer block passes through Brazed K metal combines the inner walls above and below the hollow part. Then, as shown in Figure 1, the entire area of the side of the heat transfer block in the entire area of the inner wall of the upper face in the hollow part, and the part of the lower face in the hollow part that is in contact with the cooled component. pad. Then, the inside of the cavity is decompressed * Water is sealed as the working fluid. MPU (Mi cr 0 Processi η g U η η: Microprocessor), which is a cooled component, is contacted via the heat transfer grease to make it as described above. Plate type heat pipe 0 This plate type heat pipe is separated from the horizontal plane > Use with an oblique angle, it will not dry out and can obtain excellent cooling performance. Example 2 A copper upper plate material with a thickness of 11 »ΙΠ * ϋ has 3 sheets formed by mechanical processing. The paper size is applicable to China National Standard (CNS) A4 (210 X 297 mm) -14-Correction page A7 B7 414854 V. Description of the invention (12) The copper lower plate material of the Irani with the thickness of the convex parts is joined to form a container of the plate-type heat pipe shown in FIG. 2. The three convex portions correspond to the height of the component to be cooled, forming a manner in which the central portion is higher and the two sides are relatively lower. The container formed in this way is 100mmX horizontal 70mroX 6mm in width, the width of the convex part is 9mm in the central part * the convex parts on both sides are 25mmX horizontal 25b) bX height 7 ιηη copper heat transfer The block is arranged in the convex part of the central part. * A copper heat transfer block with a length of 25ιββι × a cross of 25ramX and a height of 6mra is arranged in the convex parts on both sides. The copper block is used to bond the heat transfer block with the metal to the inner wall above and below the cavity. . In addition, as shown in FIG. 2, a gasket is disposed in the entire area of the inner wall of the upper surface portion in the hollow portion and the entire area of the side surface of the heat transfer block. In addition, as shown in FIG. 3, the inner wall of the convex portion and the heat transfer block are used to sandwich the gasket. Then, the inside of the cavity was decompressed, and water was sealed as a working fluid. As a beneficial component, MPUs having different heights on the substrate are brought into contact with the plate-type heat pipe made in the above-mentioned manner via heat transfer grease. The plate-type heat pipe is separated from the horizontal plane, and has a 60-degree inclined use, which does not dry out, and can obtain excellent cooling performance. [Effect of the Invention] When the plate-type heat pipe of the present invention according to the above-mentioned manner is used, it is possible to provide a plate-type heat pipe that can maintain excellent performance even in the top heat dissipation mode. Therefore, using the structure of the plate type heat pipe of the present invention, for example, when a motor to be cooled is mounted with a semiconductor component to be cooled, such as a semiconductor element, and the electronic device uses the plate type heat pipe of the present invention * even when tilted When using this machine, the top cooling mode can also maintain excellent cooling performance. This paper size is applicable to the national standard (CNS) A4 specification (210 X 297 mm) II 1 '--------------------------------- 11--line (please Read the notes on the back before printing this page) Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 15 414854 A7 V. Description of the invention (l3) [Simplified description of the drawing] Figure 1 is an explanatory diagram showing the invention An example of a plate-type heat pipe. Fig. 2 is an explanatory diagram showing an example of a plate-type heat pipe of the present invention. FIG. 3 is an enlarged explanatory view of the second part. [Explanation of symbols] 1 ....... plate type heat pipe 10 ...... container 11 ...... heat transfer block 12 ...... gasket 13 .... ..Empty part 14 ...... heat sink 30 ...... substrate 31 ...... lead 40 ...... cooled component 2 ...... type Heat pipe
; — — I -裝-------- 訂------- 線 (請先聞讀背面之注意Ϋ項再¥本頁V 經濟部智慧財產局員工消t合作社印製 20......容器 201 .....容器構件 202 .....容器構件 21 ......襯墊 22 ......空洞部 23 ......傳熱塊體 24 ......傅熱塊體 25 ......傳熱塊體 41......被冷卻組件 本紙張尺度適用中國國家標準（CNS)A4規格⑵〇χ 297公釐） -16 - 4Ί4854 A7 B7 五、發明說明（i4 2 4 件件 組組 卻卻器 冷冷熱 被被散 丨_-|丨丨J------裝·！ (請先閲讀背面之注意事項再填窝本頁} 經濟部智慧財產局員工消費合作社印製 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） 17; — — I -install -------- order ------- line (please read the note on the back first and then ¥ page V printed by the staff of the Intellectual Property Bureau of the Ministry of Economy 20 ... container 201 ..... container member 202 ..... container member 21 ... gasket 22 ... hollow portion 23 ... heat transfer Block 24 ...... Fu heat block 25 ...... Heat transfer block 41 ... The component to be cooled The paper size applies to the Chinese National Standard (CNS) A4 specification ⑵〇χ 297 Mm) -16-4Ί4854 A7 B7 V. Description of the invention (i4 2 4 pieces but the device is cold and hot and the heat is dissipated 丨 _- | 丨 丨 J ------ installed! (Please read the back first) Note for re-filling this page} Printed on the paper by the Consumers' Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs, the paper size applies to China National Standard (CNS) A4 (210 X 297 mm) 17