M355415 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種散熱裴置之設計，特別是關於一種移 動存儲散熱裝置。 【先前技術】 筆記型電腦因具有移動性以及佔用空間小等優勢，越來 越多的得到消費者的喜愛，同時，筆記型電腦為達到輕巧以 及佔用空間小目的通常捨去一些體積較大的裝置以及配 件’也因此，筆記型電腦的散熱底纟、以及筆記型電腦的外 接移動設備等傳統的筆記型電職屬配件，成為當筆記型電 腦需要增加功能時的首選設備，這些附屬配件當筆記型電腦 有需求時以外接的方式進行擴充或連接使用。 【新型内容】 本創作所欲解決之技術問題 然而，以上述所提及之筆記型電腦的散熱底座以及筆記 里電腦，其外接移動設備多為分體設計，這在用戶使用時㈣ 2 =性，_行多次連接，，現有的散熱底毅 有考慮到人體1學的設制理，通常頂面設計成水平狀，增 二吏用過程中的疲勞感，此外，現有的散熱底座 =體知用封閉設計，不利於電子器件以及筆記型電腦的散 且現有的筆記型電腦的外接存儲移動設備晶片多為單 M355415 一存儲介面，在熱拔插、以及存儲介面更換上都存在一定的 缺陷，因此，改進筆記型電腦外接附屬配件的結構組成，簡 化筆記型電腦外接附屬配件的構成，使其更趨於合理設計成 為當務之急。 緣此，本創作之目的即是提供一種移動存儲散熱裝置， 用以將筆記型電腦散熱的同時可外接移動存儲設備的裝置。 本創作解決問題之技術手段 本創作為解決習知技術之問題所採用之技術手段係以 一種移動存儲散熱裝置，其包括有一殼體，殼體包括有一頂 板，所述頂板開設有至少一通孔及至少一通槽，在所述殼體 之容置空間中對應通孔處裝設有散熱風扇。殼體更包括有一 側板，側板結合於所述頂板的兩側，所述侧板開設有一槽口 以及一連接器接頭，其中槽口處設置有一抽取架。一移動硬 碟模組裝設在所述殼體的容置空間，藉由所述抽取架經槽口 退出到所述殼體的容置空間外部。所述殼體進一步包括一第 一折疊部、一折疊轉軸以及一第二折疊部，所述第一折疊部 與所述第二折疊部可沿所述折疊轉軸轉動折疊；所述移動硬 碟模組裝設在所述第一折疊部與所述第二折疊部沿所述折 疊轉軸轉動折疊形成的殼體之容置空間内。所述移動硬碟模 組還包括一連接器，所述連接器裝設在所述容置空間内通過 所述連接器接頭與外部電子器件相連接。 本創作對照先前技術之功效 M355415 經由本創作所採用之技術手段，由於在殼體中設置了移 動硬碟模組’可以方便通過抽取架將硬體退出到所述殼體的 外部，便於更換或維修所述硬碟，方便了用戶的使用。 •另外’由於在一些實施例中，殼體採用折疊方式，其中 該殼體包括一第一折疊部、折疊轉軸以及第二折疊部，所述 第一折疊部與所述第二折疊部可沿所述折疊轉軸轉動折 疊，本創作折疊打開使用過程中增加了散熱面積，收折攜帶 的過耘中減小了體積。同時，由於電子器件裝設在所述第一 折&。卩與所述第二折疊部沿所述折疊轉軸轉動折疊形成的 合置空間内，減少移動筆記型電腦使用空間，簡化了附屬配 件的構成，降低了生產成本，方便了用戶的使用。 本創作所採用的具體實施例，將藉由以下之實施例及附 呈圖式作進一步之說明。 【實施方式】 參見第1 ®所示’其係顯示本創作第—實施例的立體示 意圖’用以顯示本創作閉合狀態。如圖所示，移動存儲散熱 裝置10G包括有-殼體1G，請同時參見第2圖，其係顯示本 創作第-實施例的立體示意圖，用簡示本創作展開狀態。 其中’所述殼體H)包括有2G及側板•所述頂板 20開設有至少-通孔22及至少—通槽％，在所述殼體1〇 之容置空間18對應所述通孔22處褒設有—散熱風扇％，當 筆記型電腦放置在頂板⑼平面上進行輯時，散熱風扇％ 可通過通孔22使筆記㈣腦周圍的空氣產生流動，從而達 M355415 腦散熱的作用，通槽24—方面有利於移動存 一月^，、、裝置刚内部因電子器件卫作而積聚熱量的擴散，另 2面有利於筆記㈣腦周圍的空氣絲，賴24開設的 :二，及開設的數量可根據電子器件以及筆記型電腦 產生熱量的多少進杆机宏 ^ 4〇 f；； D 4； 20 ^ ^ 中槽一處設置有 圖，3圖’其係顯示本創作第-實施例的立體示意 10it 〇 . 折義二 第一折叠部12、一折疊轉軸16以及-第二 所述第一折疊部12與所述第二折疊部14可沿所 述折豐轉軸16轉動折疊。 轉軸^^ =第，部12與第二折4部14可以折疊 置1〇〇為筆订旋轉，當需要使用移動存儲散熱裝 二折疊部散熱時，可將第—折疊部12與第 可以對其進行散使用^畢接t面’筆記型置放在其上就 存放或攜帶時，可二===裝置- 晶击# 4丄1 /： '口 P 12與第^一折®部14沿狀 i轉軸16進行折疊扣人 口折 值得說明的是，當口第t立到了節省空間的目的。 形成承接平面時，該承接^^ 12與第二折疊部U拆開 盥第二析蟲却 " 也可以看作是第一折疊部12 由於第—：：J4各自頂板2〇拼接組成，具有-定得斜度， 乐折疊部12盥第_ 丁欠 通孔-⑽wdH14各自頂板20均開設了 k僳砘增加了散熱風扇26的數量以 M355415 及散…的面積叫由於殼體ι〇採用了導熱快的紹材料， 使得筆主記型電腦得到了更好的散熱。 > 圖及第3圖’所述移動硬碟模組^裝 在斤述S田才斤且Dp 12與所述第二折叠部】4沿所述折疊轉 轴16轉動折成之殼體1〇的容置空間18内。所述移動 硬碟模組32藉由該抽取架料經該槽口料退出到所述容置 空間18的外部。 斤述移動硬碟模組32包括—連接器42，所述連接器42 ^設t所述容置空間18内通過所述連接器·接頭46與外部電 子器件相連接。 二:Γ碟模組32褒設在所述第-折叠部12與所述第 :折述折疊轉軸16轉動折疊形成的容置空間18 移動筆5己型電腦使用空間，同時將筆記型電 及筆記型電腦的外接移動設備兩個附属配 件玟備簡化成了一個設備 了用戶_[ ♦低了生產的成本，同時也方便 移動硬碟模組3 2 ϋ @ 4α & λ 32 ^ Ρ ,, ^ 過抽取杀48退出後，移動硬碟模組 32可更換不同種類的存儲 可以更換硬碟的操作，同時：Τ不用拆裝工具拆裝就 插，增加了使用的穩枝。移動硬碟模組32支援熱拔 46虚二==置18内的連接器42通過連接器接頭 對移動存儲設備的供電IV； 實現了筆記型電腦 伸田Λ Λ 电以及貝°孔的5買取，改進了結構，實際 用中，連接器接頭可以為USB接碩。 M355415 參見第4圖’其係顯示本創作第二實施例的立體示专、 圖。如圖所示，該移動存儲散熱裝置l〇〇a具體使用過程是. 將筆記型電腦置放於形態呈弧形的頂板20上，其中，頂板 2〇缉計的弧度可根據使用者在使用過程中的方便性，在模具 成型時以人體工學為考慮因素制定，同時，將筆記型電腦的 連接裝置與移動存儲散熱裝置1〇〇a的連接器42相連接，殼 體10内部的硬碟模組32與筆記型電腦獲得連接，值得說明 的疋更碟模組32的供電可直接通過移動存儲散熱裝置 100a外接電源獲得，也可由筆記型電腦直接供給，兩種方式 都可=滿足硬碟模組32的JL作需求。 20上電腦在工作的過程中，可同時打開裝設在頂板 …風扇26,由於增加了散熱風扇的數量，本實施 了更好扇，增加了散熱的面積，使得f記型電腦得到 ,巧抽^動硬碟模組32可更換不同種類的存儲介面，只需通 =Γ退出移動硬級组32並更換存儲介面，實現了 動硬碟模组32去插…外接硬碟的㈣’同時，該移 本實：:增加了使用的穩定性。 的同時也外接二多=储散熱裝置’使筆記型電腦散熱 的構成，增加了料^ °又備’間化了筆記型電腦附層配件 由:上之;it節約了縣^ 置確具產業上之利”值所提供之移動存儲散熱裝 件。惟以上之敘述僅為本創作^業已符合於專利之要 之較佳貫轭例說明，凡精於此 M355415 【圖式簡單說明】 用以顯示本 用以顯示本 用以顯示本 第1圖係顯示本創作第一實施例的立體示意圖 創作閉合狀態； 第2圖係顯示本創作第一實施例的立體示意圖 創作展開狀態；M355415 VIII. New Description: [New Technology Field] This creation is about the design of a heat sink, especially for a mobile storage heat sink. [Prior Art] Due to the advantages of mobility and small space, notebook computers are more and more popular among consumers. At the same time, notebook computers usually have some larger size for the purpose of lightness and small space. The devices and accessories', therefore, the traditional notebook-type electrical accessories such as the cooling bottom of the notebook computer and the external mobile device of the notebook computer become the preferred device when the notebook computer needs to add functions. Expand or connect when the notebook is in demand. [New content] The technical problem to be solved by this creative. However, in the above-mentioned notebook computer's cooling base and the notebook computer, the external mobile device is mostly split design, which is used by the user (4) 2 = sex , _ line multiple connections, the existing cooling bottom Yi has taken into account the design of the human body, usually the top surface is designed to be horizontal, increase the fatigue during the use of the process, in addition, the existing cooling base = body Knowing that the closed design is not conducive to electronic devices and laptops, the external storage mobile device chips of the existing notebook computers are mostly single M355415 one storage interface, which has certain defects in hot plugging and storage interface replacement. Therefore, it is imperative to improve the structure of the external accessories of the notebook computer and simplify the composition of the external accessory accessories of the notebook computer so that it is more rationally designed. Therefore, the purpose of this creation is to provide a mobile storage heat sink for externally attaching a mobile storage device while dissipating the notebook computer. The technical means for solving the problem of the present invention is a mobile storage heat dissipating device, which comprises a casing, the casing includes a top plate, and the top plate is provided with at least one through hole and At least one through slot is provided with a heat dissipation fan at a corresponding through hole in the accommodating space of the housing. The housing further includes a side plate coupled to both sides of the top plate, the side plate defines a notch and a connector joint, wherein the slot is provided with a ejector. A moving hard disk mold is assembled in the accommodating space of the casing, and the extracting frame is withdrawn through the notch to the outside of the accommodating space of the casing. The housing further includes a first folding portion, a folding rotating shaft and a second folding portion, and the first folding portion and the second folding portion are rotatably folded along the folding rotating shaft; The assembly is disposed in an accommodating space of the casing formed by the first folding portion and the second folding portion being rotatably folded along the folding rotating shaft. The mobile hard disk module further includes a connector, the connector being mounted in the accommodating space and connected to the external electronic device through the connector connector. Compared with the prior art, the M355415 has the technology of the present invention. Since the mobile hard disk module is disposed in the casing, it is convenient to withdraw the hardware to the outside of the casing through the extraction frame, which is convenient for replacement or The hard disk is repaired for the convenience of the user. • In addition, 'in some embodiments, the housing is in a folded manner, wherein the housing includes a first fold, a folding hinge, and a second fold, the first fold and the second fold being along The folding shaft is rotated and folded, and the heat dissipation area is increased during the folding and opening of the creation, and the volume is reduced in the over-carrying carried by the folding. At the same time, since the electronic device is mounted on the first fold & The 卩 and the second folding portion are rotatably folded along the folding shaft to reduce the use space of the notebook, simplify the structure of the accessory, reduce the production cost, and facilitate the use of the user. Specific embodiments of the present invention will be further illustrated by the following examples and the accompanying drawings. [Embodiment] Referring to Fig. 1 ', the stereoscopic illustration showing the first embodiment of the present invention is used to display the closed state of the present creation. As shown in the figure, the mobile storage heat dissipating device 10G includes a casing 1G. Please refer to Fig. 2 at the same time, which is a perspective view showing the first embodiment of the present invention. The 'the housing H' includes 2G and a side plate. The top plate 20 has at least a through hole 22 and at least a through groove. The receiving space 18 of the housing 1 corresponds to the through hole 22 . There is a cooling fan%. When the notebook computer is placed on the top plate (9) plane, the cooling fan% can make the air around the brain flow through the through hole 22, so as to achieve the function of the M355415 brain heat dissipation. The slot 24 is advantageous for the mobile storage in January, and the device has just accumulated internal heat dissipation due to the electronic device. The other two sides are good for taking notes (4) the air around the brain, and the second is opened: The number can be based on the amount of heat generated by the electronic device and the notebook computer. 4; D 4; 20 ^ ^ The middle slot is provided with a picture, and the 3 figure 'the system shows the creation of the first embodiment. The three-dimensional representation 10it . The first folding portion 12, the folding shaft 16 and the second folding portion 12 and the second folding portion 14 are rotatably foldable along the folding shaft 16. The rotating shaft ^^ = the first portion 12 and the second folding portion 14 can be folded and set to be a pen-spinning rotation. When it is required to use the mobile storage heat-dissipating two-folding portion to dissipate heat, the first-folding portion 12 can be paired with It is used for the use of the ^ t 面 ' 笔记 笔记 笔记 笔记 笔记 笔记 笔记 笔记 笔记 笔记 笔记 笔记 笔记 笔记 笔记 笔记 笔记 笔记 笔记 笔记 = = = = = = = = = = = = = = = = = = = = = = It is worthwhile to note that the folding hinges along the i-axis 16 are worthy of the purpose of saving space. When the receiving plane is formed, the receiving portion 12 and the second folding portion U are disassembled and the second folding portion is "can be regarded as the first folding portion 12, which is composed of the top sheets of the first:::J4, and has - Set the slope, the folding part 12 盥 _ 欠 通 through hole - (10) wdH14 each top plate 20 has opened k 僳砘 increased the number of cooling fans 26 to M355415 and the area of the ... called due to the housing ι The material with fast heat conduction makes the pen master computer get better heat dissipation. > FIG. 3 and FIG. 3 'the mobile hard disk module ^ is mounted on the casing 1 and the Dp 12 and the second folded portion 4 are rotated and folded along the folding shaft 16 The accommodating space 18 is inside. The moving hard disk module 32 exits to the outside of the accommodating space 18 through the slot material by the ejector material. The mobile hard disk module 32 includes a connector 42 that is connected to the external electronic device through the connector/connector 46 in the accommodating space 18. 2: The stencil module 32 is disposed on the first folding portion 12 and the accommodating space 18 formed by folding and folding the folding folding shaft 16 to move the pen 5 type computer using space, and simultaneously The external mobile device of the notebook computer has two accessory accessories that are simplified into one device for the user _[ ♦ low production cost, but also convenient to move the hard disk module 3 2 ϋ @ 4α & λ 32 ^ Ρ ,, ^ After the extraction and killing 48 exit, the mobile hard disk module 32 can replace different types of storage to replace the hard disk operation, and at the same time: Τ insert and disassemble without disassembly tools, increasing the stability of use. The mobile hard disk module 32 supports the hot-plug 46 virtual two == the connector 42 in the 18 is connected to the mobile storage device through the connector connector IV; realizes the notebook computer extension 伸 Λ 以及 and the 5 hole purchase The structure is improved, and in actual use, the connector connector can be connected to the USB. M355415 See Fig. 4' for a perspective view showing a second embodiment of the present creation. As shown in the figure, the specific operation process of the mobile storage heat dissipating device is: placing the notebook computer on the top plate 20 having a curved shape, wherein the curvature of the top plate 2 can be used according to the user. The convenience in the process is determined by ergonomic considerations during mold forming, and the connection device of the notebook computer is connected to the connector 42 of the mobile storage heat sink 1A, and the inside of the housing 10 is hard. The disc module 32 is connected with the notebook computer. It is worth noting that the power supply of the disc module 32 can be directly obtained by the external power supply of the mobile storage heat sink 100a, or can be directly supplied by the notebook computer, and both methods can be satisfied. The JL of the disc module 32 is required. 20 on the computer in the process of work, can be installed at the same time on the top plate ... fan 26, due to the increase in the number of cooling fans, the implementation of a better fan, increased heat dissipation area, so that f record computer get, smart pumping The hard disk module 32 can replace different types of storage interfaces, and only need to exit the mobile hard group 32 and replace the storage interface, thereby realizing the hard disk module 32 to insert the external hard disk (four)' at the same time, The shift:: Increased stability of use. At the same time, it is also connected to two more = storage heat sinks to make the notebook computer heat-dissipating composition, adding materials ^ ° and preparing the 'intermediate notebook's attached layer accessories from: on; it saves the county ^ set industry The mobile storage heat-dissipating device provided by the value of the above is only the description of the preferred yoke which has been in compliance with the patent, and is well-received in this M355415 [simple description of the drawing] The display is used to display the present invention for displaying the first embodiment of the present invention. The second diagram shows the stereoscopic schematic creation and expansion state of the first embodiment of the present creation;
第3圖係顯示本創作第一實施例的立體示意圖 創作半開狀態； 第4圖係顯示本創作第二實施例的立體示意圖 【主要元件符號說明】 100 ' 100a 散熱裝置 10 殼體 12 第一折疊部 14 第二折疊部 16 折疊轉軸 18 容置空間 20 頂板 22 通孔 24 通槽 26 散熱風扇 32 移動硬碟模組 ‘M355415 40 側板 42 連接器 44 槽口 46 連接器接頭 48 抽取架3 is a perspective view showing a half-opening state of the first embodiment of the present creation; FIG. 4 is a perspective view showing a second embodiment of the present invention [main element symbol description] 100 '100a heat sink 10 housing 12 first folding Part 14 Second folding part 16 Folding shaft 18 accommodating space 20 Top plate 22 Through hole 24 Passing groove 26 Cooling fan 32 Moving hard disk module 'M355415 40 Side plate 42 Connector 44 Notch 46 Connector joint 48 Extraction frame
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