1303969 九、發明說明： 【發明所屬之技術領域】 本發明涉及—籀位# & κ扣 鳟 種保濩裝置，特別係一種用於保 屢政熱斋之熱傳介»之保護裝置。 【先前技術】 面加；St:子元件散熱領域，通常在電子元件表 出，為使散？Λ’：便將其所產生…^ 介面H 與電子元件表面緊密接觸從而減小 一 ”、、且▲業者通常在散熱器與電子元件之間塗佈 得；：ΐ 1乂好粘性和較高熱傳導率之熱傳介質，使 > ^:I二發熱電子元件表面接觸更加緊密，從而 ί曰強熱傳導效果。 j 由於熱傳介質係一種膏狀易污染性化學 物貝，田此士 一、、 有必要對熱傳介質進行保護，如圖1所 二t塗佈有熱傳介質之散熱器基座底部套設〆帽 呆護裝該基座底冑*塗佈熱傳介質之 板保護農置之凸臺上，該保護裝置藉由其側 做小了二邊、f散熱器基座卡制固定，該保護裝置若 # ^ 造成保護裝置與散熱器基座之間連接過 緊或無法裝配，保護裝置若做大 = 介質保護P w 幻易造成熱傳 質保護農置容易掉落，再者保 接：動’熱傳介 傳介質面積，佔用空間較大，材料置也：積遠大於熱 I浪費。 (s 6 1303969 【發明内容】 本發明提供一種連接牢固、結構緊湊之熱傳介 質保護裝置。 本發明係一種熱傳介質保護裝置，該熱傳介質 塗附於一散熱器上，該保護裝置包括一保護蓋和一 連接帶，該保護蓋形成一内凹保護空間並罩設於熱 傳介質上方，該連接帶與保護蓋連接，並環繞於該 散熱器之至少三個面上而與散熱器連接，從而將保 護蓋固定於散熱器上，該連接帶與保護蓋共同形成 一封閉環圍設在散熱器周圍表面。 本發明之熱傳介質保護裝置藉由連接帶固定 在散熱器表面，連接方式簡單、牢固，且保護蓋結 構簡單，並可根據熱傳介質在散熱器上所塗佈之面 積設計保護盖之尺寸’可有效節約材料’該熱傳介 質保護裝置之裝配和拆除都很方便。 下面參照附圖結合實施例對本發明作進一步 說明。 【實施方式】 圖2所示係本發明之實施例一，一熱傳介質保 護裝置10包括一保護蓋100和一粘貼在保護蓋100 上之連接帶120,該保護蓋100形成一保護空間102 保護塗抹在散熱器200上之熱傳介質300。 保護蓋100可由具有彈性形變之材料製成，其 1303969 包括一頂壁104及由頂壁i〇4邊緣垂直彎折延伸而 圍成之侧壁10 6，該頂壁1 〇 4及侧壁10 6形成一内 凹之保瘦空間1 〇 2。連接帶12 0係一連續之長形 帶，其包括一外表面122和一内表面124，該内表 面124為粘貼面，連接帶120 —端設有一撕除部 126 ° 散熱器200具有一基座202，該基座202具有 一用以與發熱電子元件（圖未示）接觸之導熱面 204，與導熱面204相反一表面垂直延伸出複數散 熱片210，該等散熱片210具有二相對侧壁212和 一頂部214。 請同時參閱圖2、圖3及圖4，熱傳介質300 塗佈於散熱器200之基座202之導熱面204中央， 保護蓋100置於導熱面204上並藉由其保護空間 102罩設熱傳介質300,連接帶120沿與散熱器200 之侧壁21 2相垂直之方向以内表面124中段部分粘 貼在保護蓋100之頂壁1〇4中間，該内表面124其 餘部分沿著散熱器200表面對稱貼附在其導熱面 204、侧壁212和散熱片210之頂部214上，在頂 部214中央處連接帶12〇首尾兩端相連並相互粘 合’以形成一封閉環圍繞在散熱器2〇〇 ·和保護蓋 100表面’從而將保護蓋100固定在散熱器200上。 藉由撕除部126將連接帶120兩端撕開，進而可方 便地將保護蓋100從散熱器2〇〇上拆除。 .1303969 圖5和圖6為本發明熱傳介質保護裝置實施例 二，該保護裝置20與實施例一中之保護裝置i〇不 同之處在於，實施例一中連接帶12〇係一連續連接 帶’而實施例二中之連接帶12〇,由二連接帶粘連而 成’且連接帶120,之長度較連接帶120短，相較實 把例’連接帶1 2 0 ’未連續枯貼保護蓋頂壁1 〇 $ 而係由連接帶120,中二連接帶各藉由其一端内表 面124’枯貼在頂壁1〇4兩端，並各藉由其另一端内 表面124’相互粘合形成一半封閉環貼附在散熱器 200表面周圍。 圖7所示為本發明熱傳介質保護裝置實施例 三，在實施例三中，其保護裝置30與實施例一之 保護裝置10不同之處在於，連接帶150取代了實 施例一之連接帶120，該連接帶150係硬質材料， 例如硬質塑膠，其具有一内表面H4，連接帶150 藉由内表面154與保護蓋1〇〇粘合在一起，連接帶 150兩端各具有一卡鈎152，該卡鈎152用以卡扣 在設置於散熱器400二侧壁412上之溝槽414中， 如此使得熱傳介質保護裝置30與散熱器400結合 以保護塗佈在基座402上之熱傳介質300。 圖8所示為本發明熱傳介質保護裝置實施例 四，該實施例與實施例三不同之處在於，保護裝置 3(V取代了保護裝置30,即連接帶352從保護蓋350 之側壁3 5 4上一體延伸而出。 •1303969 圖9為本發明熱傳介質保護裝置之 五，在實施例五中，其保護裝置5〇與實施 保護裝置10不同之處在於，連接帶取 接帶120，該連接帶16〇具有一内表面164 帶160藉由内表面164與保護蓋ι〇〇粘合在 連接帶160 —端設有一短銷；[66，用以與連接 另一端設置之衩數通孔162之一穿套，以配 尺寸大小之散熱器。 圖10所示為本發明熱傳介質保護裝置 六，該實施例與實施例五不同之處在於，保 5 0 ’取代了保漢裝置5 0 ’即連接帶5 5 2從保護 之側壁5 5 4上一體延伸而出。 综上所述’本發明之熱傳介質保護裝置 由採用不同實施例之連接帶120、120，、150 160、552，從而將保護蓋穩固地固定在散熱 且該保護盡結構緊凑’ 4占用空間小。 綜上所述’本發明符合發明專利要件， 提出專利申請。惟，以上該者僅為本發明之 施例，舉凡热悉本案技藝之人士，在麦依本 神所作之等效修飾或變化，皆應涵蓋於以下 專利範圍内。 【圖式簡單說明】 圖1係現有技術中一散熱器熱傳介質 置立體分解示意圖。 實施例 例一之 代了連 ，連接 _ 一起， 帶160 合不同 實施例 護裝置 蓋550 10藉 〜352、 器上， 爰依法 較佳實 發明精 之申請 保護裝 10 •1303969 圖2係本發明實施例一之熱傳介質保護裝置 及散熱器立體分解示意圖。 圖3係圖2之組合示意圖。 圖4係圖3另一視角示意圖。 圖5係本發明實施例二之熱傳介質保護裝置 組合示意圖。 圖6係本發明實施例二之熱傳介質保護裝置 及散熱器組合示意圖。 圖7係本發明實施例三之熱傳介質保護裝置 及散熱器分解示意圖。 圖8係本發明實施例四之熱傳介質保護裝置 及散熱器分解示意圖。 圖9係本發明實施例五之熱傳介質保護裝置 及散熱器分解示意圖。 圖10係本發明實施例六之熱傳介質保護裝置 及散熱器分解示意圖。 【主要元件符號說明】 保 護 裝 置 10 保 護 蓋 100 保 護 空 間 102 頂 壁 104 側 壁 106 連 接 帶 120,120 外 表 面 122 内 表 面 124,124 撕 除 部 126 連 接 帶 150 卡 钩 152 内 表 面 154 11 ,1303969 連 接 帶 160 通 孔 162 内 表 面 164 短 銷 166 保 護 裝 置 20 散 熱 器 200 基 座 202 導 熱 面 204 散 熱 片 210 侧 壁 212 頂 部 214 保 護 裝置 30,30 熱 傳 介 質 300 保 護 蓋 350 連 接 帶 352 側 壁 354 散 熱 器 400 基 座 402 側 壁 412 沟 槽 414 保 護 裝 置 50,5(V 保 護 蓋 550 連 接 帶 552 侧 壁 554 121303969 IX. Description of the Invention: [Technical Field] The present invention relates to a ######## 。 鳟 濩 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 [Prior Art] Surface addition; St: Sub-component heat dissipation field, usually expressed in electronic components, to make it scattered? Λ ': It will produce the ... ^ interface H in close contact with the surface of the electronic component to reduce one", and ▲ industry usually between the heat sink and electronic components; ΐ 1 乂 good viscosity and higher The thermal conductivity of the heat transfer medium makes the surface contact of the >^:I heat-generating electronic component more tight, thereby enhancing the heat conduction effect. j Since the heat transfer medium is a paste-like and easily polluting chemical, the rice is one. It is necessary to protect the heat transfer medium. As shown in Figure 1, the bottom of the heat sink base coated with the heat transfer medium is provided with a cap and a protective cover. On the boss, the protection device is fixed by the two sides of the side, and the heat sink base is fixed. If the protection device is #^, the connection between the protection device and the heat sink base is too tight or cannot be assembled. If the protection device is large = media protection P w illusion is easy to cause heat mass transfer protection, the farmer is easy to drop, and then securely: move the 'heat transfer media area, occupy a large space, the material is also set: the product is much larger than Heat I was wasted. (s 6 1303969 [Invention content] This issue The invention provides a heat transfer medium protection device which is firmly connected and compact. The invention is a heat transfer medium protection device, which is coated on a heat sink, the protection device comprises a protective cover and a connecting belt, the protection The cover forms a concave protection space and is disposed above the heat transfer medium, and the connection belt is connected to the protective cover and surrounds at least three sides of the heat sink to be connected with the heat sink, thereby fixing the protective cover to the heat sink The connecting strip and the protective cover together form a closed loop around the surface of the heat sink. The heat transfer medium protection device of the present invention is fixed on the surface of the heat sink by the connecting belt, the connection mode is simple and firm, and the protective cover has a simple structure. The size of the protective cover can be designed according to the area of the heat transfer medium coated on the heat sink. The material can be effectively saved. The assembly and removal of the heat transfer medium protection device are convenient. The present invention will be described below with reference to the accompanying drawings. [Embodiment] FIG. 2 is a first embodiment of the present invention, and a heat transfer medium protection device 10 includes a protective cover 10. 0 and a connecting strip 120 attached to the protective cover 100, the protective cover 100 forms a protective space 102 to protect the heat transfer medium 300 applied to the heat sink 200. The protective cover 100 can be made of a material having elastic deformation, 1303969 The utility model comprises a top wall 104 and a side wall 106 which is vertically bent and extended by the edge of the top wall i〇4. The top wall 1〇4 and the side wall 106 form a concave and thin space 1〇2. The strip has a continuous elongate strip comprising an outer surface 122 and an inner surface 124. The inner surface 124 is an adhesive surface. The connecting strip 120 has a tearing portion 126 at the end. The heat sink 200 has a base. 202. The susceptor 202 has a heat conducting surface 204 for contacting a heat generating electronic component (not shown). A surface opposite to the heat conducting surface 204 extends perpendicularly from the plurality of heat sinks 210. The heat sink 210 has two opposite sidewalls. 212 and a top 214. Referring to FIG. 2, FIG. 3 and FIG. 4, the heat transfer medium 300 is applied to the center of the heat conducting surface 204 of the base 202 of the heat sink 200, and the protective cover 100 is placed on the heat conducting surface 204 and covered by the protective space 102. The heat transfer medium 300, the connecting strip 120 is adhered in the direction perpendicular to the side wall 21 2 of the heat sink 200, and the middle portion of the inner surface 124 is pasted in the middle of the top wall 1〇4 of the protective cover 100, and the remaining portion of the inner surface 124 is along the heat sink. 200 surface symmetry is attached to the heat conducting surface 204, the side wall 212 and the top 214 of the heat sink 210. At the center of the top 214, the connecting strip 12 is connected at both ends and bonded to each other to form a closed loop around the heat sink. The cover 100 is protected from the surface of the cover 100 to fix the protective cover 100 to the heat sink 200. The ends of the connecting strip 120 are torn by the tearing portion 126, so that the protective cover 100 can be easily removed from the heat sink 2〇〇. .1303969 FIG. 5 and FIG. 6 are the second embodiment of the heat transfer medium protection device of the present invention. The protection device 20 is different from the protection device in the first embodiment in that the connection belt 12 is connected in a continuous manner in the first embodiment. The belt of the belt of the second embodiment is 12", and the two belts are adhered to each other and the connecting belt 120 is shorter than the connecting belt 120. Compared with the real example, the connecting belt 1 2 0 is not continuously pasted. The top wall 1 of the protective cover is connected by the connecting belt 120, and the two connecting strips are respectively adhered to the ends of the top wall 1〇4 by the inner surface 124' of one end thereof, and each of the inner surfaces 124' of the other end is mutually The bond forms a half closed loop attached to the surface of the heat sink 200. FIG. 7 shows a third embodiment of the heat transfer medium protection device of the present invention. In the third embodiment, the protection device 30 is different from the protection device 10 of the first embodiment in that the connection belt 150 replaces the connection belt of the first embodiment. 120. The connecting strip 150 is a hard material, such as a hard plastic, having an inner surface H4. The connecting strip 150 is bonded to the protective cover 1 by an inner surface 154, and each end of the connecting strip 150 has a hook. 152, the hook 152 is used to be fastened in the groove 414 disposed on the two sidewalls 412 of the heat sink 400, so that the heat transfer medium protection device 30 is combined with the heat sink 400 to protect the coating on the base 402. Heat transfer medium 300. FIG. 8 shows a fourth embodiment of the heat transfer medium protection device of the present invention, which is different from the third embodiment in that the protection device 3 (V replaces the protection device 30, that is, the connection belt 352 from the side wall 3 of the protective cover 350 5 is extended integrally. • 1303969 FIG. 9 is a fifth embodiment of the heat transfer medium protection device of the present invention. In the fifth embodiment, the protection device 5 is different from the protection device 10 in that the connection tape take-up tape 120 is The connecting strip 16 has an inner surface 164. The strip 160 is bonded to the protective cover by the inner surface 164 and is provided with a short pin at the end of the connecting strip 160; [66, for connecting with the other end of the connecting end One of the through holes 162 is sleeved to fit the size of the heat sink. Figure 10 shows the heat transfer medium protection device of the present invention. The difference between this embodiment and the fifth embodiment is that the protection 5 0 ' replaces Bao Han The device 50', that is, the connecting belt 552 extends integrally from the protective side wall 555. In summary, the heat transfer medium protecting device of the present invention is connected by the connecting belts 120, 120, 150 of different embodiments. 160, 552, so that the protective cover is firmly fixed to the heat sink and The protection is as compact as possible. 4 The occupied space is small. In summary, the present invention meets the patent requirements of the invention and proposes a patent application. However, the above is only a case of the present invention, and those who are familiar with the skill of the present invention are in the wheat. The equivalent modifications or variations made by the present invention are to be included in the following patents. [Simplified Schematic] FIG. 1 is a schematic exploded view of a heat transfer medium of a heat sink in the prior art. Connected, together, with 160 different embodiments of the protective device cover 550 10 borrowed ~ 352, on the device, according to the law, according to the law, the application of the protective device 10 • 1303969 FIG. 2 is a heat transfer medium according to the first embodiment of the present invention Figure 3 is a schematic view of the combination of Figure 2. Figure 4 is a schematic view of the heat transfer medium protection device of the second embodiment of the present invention. Figure 6 is a schematic view of the present invention. FIG. 7 is a schematic diagram of the heat transfer medium protection device and the heat sink according to the third embodiment of the present invention. FIG. 8 is a schematic diagram of the heat transfer medium protection device and the heat sink. FIG. 9 is a schematic diagram of the heat transfer medium protection device and the heat sink according to the fifth embodiment of the present invention. FIG. 10 is a heat transfer medium protection device according to Embodiment 6 of the present invention. Schematic diagram of the heat sink. [Main component symbol description] Protection device 10 Protective cover 100 Protective space 102 Top wall 104 Side wall 106 Connecting strip 120, 120 Outer surface 122 Inner surface 124, 124 Peeling portion 126 Connecting strip 150 Hook 152 Inner surface 154 11 , 1303969 Connecting strip 160 Through hole 162 Inner surface 164 Short pin 166 Protection device 20 Heat sink 200 Base 202 Thermally conductive surface 204 Heat sink 210 Side wall 212 Top 214 Protection device 30, 30 Heat transfer medium 300 Protective cover 350 Connection strip 352 Side wall 354 Heat sink 400 base 402 side wall 412 groove 414 protection device 50, 5 (V protective cover 550 connection belt 552 side wall 554 12