M261967 八、新型說明： 【新型所屬之技術領域】 一種記憶體模組之保護裝置，尤指一種以一對上侧緣相 互扣合之護片包覆於記憶體外以保護晶片避免因碰撞或撞擊 而破裂之保護裝置。 【先前技術】 記憶體之構成，是在長條狀的印刷電路板兩側皆配置有 多數的晶片，該些晶片為避免碰撞或轉而破裂，故在外層 有以包覆之保械置。而該保護裝置如以金屬材 質製造及缓衝熱片使㈣熱材f，則可兼具保護及散熱之功 么匕 m ° ”士習知«保難置的兩翻是以螺絲或__之類的鎖緊 ^置予以組合，由於其組合較為_，而有-種以U型夾扣 t合方絲_保護裝置之設計。例如，中華民國新型專 j么告號侧！「記鐘散熱裝置」，就是—個最典型的例 I。其財適㈣上端設有扣接_扣接絲扣合兩散敎 1 ^其間以導_牌合記憶體。_，祕熱片外側 ；；=扣件，以夹扣件上的倒釣及散熱片上的扣孔，而可達 判圓疋之目的。 M261967 但，此種習知技術，由於散埶 的片狀，rfi^ ^ Η …、片上的扣接鉤是一同寬度 扣4c孔也疋略大於該片壯 扣合時兩μ e 片狀扣払鉤的方孔，使得在 才雨放熱片是报容易脫落的， 困難。尤| 而化成了黏合記憶體的 ^、，放熱片以扣接鉤及扣接 兩侧移動，進而合脫離所勺^ 疋，放熱片容易向 需將記憶體撕離重新貼合，多 =、占口錯决，必 、生將知壞記憶體晶片。 /、二人’習知技術的夾扣件是 釣及扣聽人，—曰0从 個間早的11型設計，以倒 σ 一、、且s後，夾扣件將报難再拆卸。 因此，為因應於大量生產及良率要求，針 體散熱裝置實奸料之鮮。 5&k 【新型内容】 有1於習知技術散熱片易脱落之問題，本創作提供了一 種記憶體模組之保護裝置，係包括—對可覆蓋記憶體之错 片’該對㈤相_側面設有膠片，且上側緣分別相對垂直 折出一剩及扣孔座。则之扣合片可伸入扣孔座之扣 孔内’使兩私上側緣形成扣合狀態以收容記憶體，並利用 膠片使其與記_貼合。而本創作主要改良，是在扣合片端 部至少-懈伸出—卡榫，而扣録之孔扣配合形成 的扣孔，在扣合片扣入扣孔時，卡榫會對寬度較小的扣孔开; M261967 進而方便裝配記 成止擋，而使扣合之兩護片不易分離脫落， 憶體，以增快生產速度。 本創作進—步在翻上提供辅殊設計的u型夹扣件， 該U型夾扣件之續端部兩卿顧π，_心_凸塊 配合，以增加扣持之防脫落設計。 曰 另外，本創作在U型夾扣件夾腳之端緣中間位置形成一 外突的段差部與翻凹槽底緣形成—間隙，以易起仅類的 扁平物伸入該間隙内，易於將U型夾扣件拆卸。 同時，本創作以具有卡榫之扣片為基礎，配合扣孔，以 設計出一系列不同形狀扣片及扣孔。例如卡榫會在扣片左或 右側，或者兩侧皆有；另外，亦可在扣片上開設剖溝等。但 这些變化，皆可達到扣片扣入扣孔後不易脫落之功效。 以下，將依據圖式所示之實施例而詳加說明本創作之結 構特徵及操作功效。 【實施方式】 請茶見第一圖及第二圖，本創作所提供的記憶體模組之 保護裝置，主要是由一對可覆蓋記憶體2 〇之護片1 〇所構 M261967 成。該對護 將記憶體2 片相對内侧面設有具緩_關膠片丨〇 1而可 0失4寸於翻，以保護記憶⑽g上的晶片。 扣孔緣，分別相對垂直折出-對扣片12及 失見第“係、可相對扣合的。為清楚顯示其結構，請 之部份放大，可知扣孔座13前緣下降而形成上 ΓΓ^131及132,且沿著㈣段_設有一扣 ”:段面13 2的〔形扣孔13樹大於上段面 孔1 3 31度，以形成兩段式扣孔。 另，扣片12前緣亦下降而形成上及下兩段面工2工及 122’下段面122形成扣合片。扣合片122端部至少 -側延伸出—卡榫123，使得前緣寬度約等於扣孔座下段 面㈢扣孔丄3 4之寬度，但大於扣孔座上段面扣孔丄3 3 之寬度；而扣合片！2 2在無卡榫丄2 3部份則其寬度小於 扣孔紅段面扣孔1 3 3的寬度。這樣的設計，可參見第四 Α圖及第四Β圖的組合動作圖，使得兩護片i〇在扣合時， 扣合片12 2及卡榫12 3係可_人扣孔座下段面〔形扣 孔13相，然後抵於口徑較小的扣孔座上段面扣孔^ 3 内，而不易滑出，參見第四B圖及第四c圖。 在扣片上段面121的S侧則形成有抵擋片i 24，在 M261967 組合時係抵擋於扣孔座之下段面2 3 2兩側上方，與扣合片 12 2形三個支點的穩固組合。 本創作在扣合片12 2前緣側設置有卡榫12 3，這將 使得兩瘦片1 〇在扣合後不易分離。在組合記憶體2 〇時，' 而可先將兩創1 Q組合成第五騎社相互関之形狀， 匕¥，將dk體2 0先黏合水平放置的護片，然後再將張開 的護片沿箭頭G1方向蓋下，由於卡榫工2 3提供的定位轉 轴作用，可以準確的使關的護片與記憶體2 〇之上側黏 合。顯然地，本創作之卡榫設計，將使得扣合後的護片不易 脫洛’而可達到快速組裝，增加生產效率，降低製造成本。 尤其，這樣的設計，使得記憶體組合較易對準，大幅減 少黏錯位置⑭需重撕開記鐘的問題，進而使得記憶體受 才貝機會大減。 在上列圖式中所示之實施例，其中卡榫丄2 3僅在扣合 片12 2—侧，然而也可以將卡榫設計在左或右侧，或者兩 铡皆有卡榫。 务見第六A圖所示，係為本創作之第一種變化設計，其 叹片4 0上的扣片4 2及扣孔座4 3與前述實施例略有不 M261967 同。扣孔座4 3形成上及下段面4 3丄及4 3 2，扣孔也分 成上段面扣孔4 3 3及下段面扣孔4 3 4。下段面扣孔4 3 4較上段面扣孔4 3 3寬的部份，僅在端_成—半圓形孔 4 3 5。該半圓形孔4 3 5之直#約略大於扣片4 2的厚 度。相對地，扣片4 2前緣亦下降而形成上及下兩段面4 2 1及42 2，下段面4 2 2形成扣合片。扣合片4 2 2端部 -侧延伸出-卡榫4 2 3，該卡榫4 2 3呈销狀。這樣的 没汁’主要是將下段面扣孔4 3 4較寬的半圓形孔4 3 5縮 小，而卡榫4 3 3在扣入扣孔後，更為不易脫落。 參見弟六B圖，這與第六A圖之實施例相同，其差別僅 在半圓形孔5 3 5及卡棒5 2 3設在另一側。 又如第六C圖所示，其中的變化是在扣合片6 2 2的兩 側皆設有卡榫6 2 3 ;相對地，下段面扣孔6 3 4的兩側皆 開設半圓形孔6 3 5。這樣的設計目的，令扣合片6 2 2更 具導向性的扣入下段面扣孔6 3 4内；且由於兩側皆有卡摔 6 2 3，扣合後更為牢固不易脫落。 參見第六D圖，係為第六C圖實施例的進一步變化。其 中扣片7 2中間開設了 一割溝7 2 4，而扣孔座7 2之扣孔 中間形成一寬度略小於剖溝7 2 4寬度的導片7 3 6。此一 10 M261967 變化設計，使得扣片7 2更具細_於解扣孔而扣合。 本創作之護>| 1 Q主要是為了保護記憶體上的晶片，避 免因碰撞或縣而破裂。如果，翻採用金屬材質且緩衝膠 片使用導熱材料，則同時可兼具保護晶片及_功效。 當然’本創作亦可在護片1〇外設置U型夾扣件3 〇， 參見第七圖及第人圖所示。兩翻1 〇之上側緣進-步以u '夾扣件3 〇之兩夾腳3 2與兩護片之外側面接觸而央持。 片10被U型夾扣件3 q夹持位置，形成與卩型夹扣件 ;1平面相同形狀之凹槽14。凹槽i 4可限制u型夾 开H二组裝後不會搖動。另在該凹槽1 4内形成與u 土夾扣件30相干涉的扣接結構。 $ 81所7F，扣接結構是在則1 〇的凹槽丄4上 冲塵出一個外突 干涉位置㈣ 5 ’而U型夹扣件夾腳3 i在相對 二，第個被沖製的凹陷3 2。凸點i 5的功能有 夾人1 ^點15為—斜坡使夾扣件3 0更好推入護片外 。 是藉由凸點與凹陷32相干涉而扣合固定。 力設3=—個重點’是在㈣失扣件3 0的增強扣持 夹扣件之夾腳31靠近端緣的兩側形成内縮的 M261967 缺口 3 3，而護片之凹槽i 4則相對於該缺口 3 3形成凸塊 16，以增加扣合強度。 另外為了使U型夾扣件3 〇在扣持後可以被開啟，在 γ型炎扣件夾腳3 1之端緣中_置，向外形成一突起的段 差部3 4 ’參見第九圖所示，該段差部3 4會與護片之凹槽 1 4底緣形。這—設計，是方便使用者以起子之 麵扁平物插人此-卩猶，而謂U型夾扣们q與護片工 0的夾持解除，以方便拆除保護裝置。 U型夹扣件3 0兩續3 1間的中間連接部3 5，在组 口 T疋位在。隻片1〇上側緣的兩承扣座κ之間下壓形成 的定位片18上，以__夹扣件3Q跨置齡。 【圖式簡單說明】 圖代表域摘叙—種實施例之外觀圖， 弟-圖代表第-圖所示實施例之分解圖， 第三圖代表第一圖所示實施例之部分放大圖， 細A圖及第四峨表扣娜孔座之組合動作圖 弟四C圖代表第四B圖中沿CC之剖面圖， f五圖代表本創作組合記憶體之示意圖， 弟八A圖至弟六D圖代表本創作不同的變化實施例， M261967 第七圖代表本創作之一種實施例之外觀圖，其中裝設有 u型夾扣件， 第八圖代表第七圖所示實施例之分解圖， 第九圖代表第七圖沿9 9之剖面放大圖。 【主要元件符號說明】M261967 8. Description of the new type: [Technical field to which the new type belongs] A protection device for a memory module, especially a kind of protective sheet that is fastened to each other by a pair of upper side edges that are fastened to each other to protect the chip from collision or impact. And rupture protection device. [Previous technology] The structure of the memory is that a large number of wafers are arranged on both sides of the long printed circuit board. To avoid collision or breakage, these wafers are protected by a cover on the outer layer. And if the protection device is made of metal material and buffers the heat material f, it can have both protection and heat dissipation. What is the skill of the «Shi" «guaranteed double turn is screw or __ Locking devices such as locks are combined, because the combination is more _, and there is a design of a U-shaped clip t square wire _ protection device. For example, the Republic of China's new-style patent j! "The heat sink" is a most typical example I. The upper part of its financial suit is provided with a buckle _ buckle thread to fasten two pieces of 敎 1 ^ in between to guide the card memory. _, The outside of the mysterious heat piece;; = fasteners, which can be used to judge the round cymbals by clamping the back fishing on the fasteners and the button holes on the heat sink. M261967 However, this conventional technique, because of the loose sheet shape, rfi ^ ^ Η…, the hooks on the sheet are buckled together with 4c holes, which is also slightly larger than the two μ e sheet-shaped buckles when the sheet is fastened The square holes of the hooks make it easy to fall off and difficult to release the heat sink. In particular, it becomes ^, which sticks to the memory, and the heat sink moves with the hooks and the two sides of the buckle, and then detaches from the spoon ^ 疋, the heat sink is easy to tear the memory away and reattach, more =, If you make a mistake, you will know bad memory chips. / 、 Two people ’s clips of the conventional technology are fishing and catching people, which is called 0 from the early 11-type design, and it will be difficult to disassemble the clips after s. Therefore, in order to meet the mass production and yield requirements, the needle body heat sink device is fresh. 5 & k [New content] There is a problem that the heat sink is easy to fall off in the conventional technology. This creation provides a memory module protection device, which includes-the wrong piece that can cover the memory 'The pair of phase_ A film is arranged on the side, and a left side and a buttonhole seat are respectively folded relatively vertically on the upper side edges. Then the buckle piece can be inserted into the buckle hole of the buckle seat 'so that the upper edges of the two privates form a buckled state to accommodate the memory, and the film is used to make it adhere to the memory. The main improvement of this creation is that the tenon at the end of the buckle piece is at least-stretched out-the tenon, and the buckle hole formed by the buckle of the buckle is formed. When the buckle piece is buckled into the buckle hole, the tenon will have a smaller width. The buttonhole is open; M261967 further facilitates assembly as a stop, so that the two protective pieces of the buckle are not easy to separate and fall off, so as to speed up the production speed. This creation further provides a u-shaped clip with a supplementary design on the flip. The continuous end of the U-shaped clip has two gu π and _ heart _ bumps to increase the anti-dropping design of holding. In addition, in this creation, an outwardly protruding step and a bottom edge of the turning groove are formed in the middle position of the end edge of the clip of the U-shaped fastener to form a gap, so that only flat objects that can easily rise into the gap are easy to Remove the U-clamp. At the same time, the creation is based on a buckle with a tenon and a buckle hole to design a series of buckle and buckle with different shapes. For example, the tenon can be on the left or right side of the cleat, or on both sides; in addition, a cut groove can be provided on the clasp. However, these changes can achieve the effect that the buckle is not easy to fall off after buckle into the buckle hole. In the following, the structural features and operating effects of this creation will be explained in detail based on the embodiments shown in the drawings. [Embodiment] Please see the first and second pictures for the tea. The protection device of the memory module provided by this creation is mainly composed of a pair of protective sheets 1 0 that can cover the memory 2 0 M261967. The pair of protective devices is provided with a retard film on the opposite inner side of the two pieces of memory so that it can be lost 4 inches to protect the chip on the memory chip. The edge of the buttonhole is folded out relatively vertically-the button 12 and the missing part can be relatively fastened. In order to clearly show the structure, please enlarge the part. It can be seen that the front edge of the buttonhole seat 13 is lowered and formed. ΓΓ ^ 131 and 132, and a buckle is provided along the segment_ ": The [shaped buckle hole 13 tree of the segment face 13 2 is larger than the upper face 1 3 31 degrees to form a two-step buckle hole. In addition, the leading edge of the buckle 12 is also lowered to form the upper and lower sections of the face piece 2 and the 122 'lower section face 122 to form the fastener piece. The end of the buckle piece 122 extends at least-side-the tenon 123, so that the width of the leading edge is approximately equal to the width of the lower face of the buttonhole seat ㈢ buttonhole 丄 3 4 but greater than the width of the upper face of the buttonhole seat 丄 3 3 ; And buckle! 2 2 The width of the non-mortise tenon joint 2 3 is smaller than the width of the buttonhole 1 3 3 of the buttonhole red segment surface. Such a design can refer to the combined action diagrams of Figures 4A and 4B, so that when the two protective pieces i0 are fastened, the fastener piece 12 2 and the tenon 12 3 can be _ the bottom surface of the buttonhole seat [13-shaped buttonholes, then abut on the buttonhole ^ 3 on the upper surface of the buttonhole seat with a smaller diameter, and it is not easy to slide out. See Figures 4B and 4c. A blocking piece i 24 is formed on the S side of the upper segment surface 121 of the cleat. When M261967 is assembled, it is a solid combination of the three supporting points of the bottom surface 2 3 2 of the bottom of the button hole seat and the clasp 12 2. . In this creation, a tenon 12 3 is provided on the front edge side of the fastening piece 12 2, which will make the two thin pieces 10 difficult to separate after fastening. When the memory 2 is combined, you can first combine the two wounds 1 Q into the shape of the fifth riding club. Dagger ¥, the dk body 20 is first glued to the horizontally placed protective sheet, and then the opened The protective sheet is covered under the direction of the arrow G1. Due to the positioning axis provided by the tenoner 23, the closed protective sheet can be accurately adhered to the upper side of the memory 2o. Obviously, the design of the tenon of this creation will make it difficult for the protective sheet to be released after buckling, and it can achieve rapid assembly, increase production efficiency, and reduce manufacturing costs. In particular, this design makes the memory combination easier to align, which greatly reduces the problem of sticky positions and the need to tear apart the clock, which in turn reduces the chance of memory receiving talents. In the embodiment shown in the figure above, the tenon mortises 23 are only on the side of the fastening piece 12 2. However, the tenon can also be designed on the left or right side, or both mortises can be tenoned. As shown in Figure 6A, this is the first variation of the design. The clasp 42 and the clasp 43 on the sigh 40 are slightly different from the previous embodiment M261967. The buttonhole seat 4 3 forms upper and lower section surfaces 4 3 丄 and 4 3 2, and the buttonholes are also divided into an upper section buttonhole 4 3 3 and a lower section buttonhole 4 3 4. The lower part of the buttonhole 4 3 4 is wider than the upper part of the buttonhole 4 3 3, only at the end-into a semi-circular hole 4 3 5. The straight # 4 of the semi-circular hole 4 3 5 is slightly larger than the thickness of the buckle 42. In contrast, the leading edge of the buckle 42 is also lowered to form upper and lower sections 4 2 1 and 42 2, and the lower section 4 2 2 forms a buckle. The end of the fastening piece 4 2 2-the side extends out-the tenon 4 2 3, the tenon 4 2 3 is pin-shaped. Such sap is mainly to reduce the wider semi-circular hole 4 3 5 of the lower part of the button hole 4 3 4, while the tenon 4 3 3 is more difficult to fall off after being inserted into the button hole. See FIG. 6B, which is the same as the embodiment in FIG. 6A, except that the semicircular hole 5 3 5 and the clamping rod 5 2 3 are provided on the other side. As shown in FIG. 6C, the change is that the tenon 6 2 3 is provided on both sides of the fastening piece 6 2 2; in contrast, the semi-circular sides of the lower surface 6 3 4 are provided with semicircles. Hole 6 3 5. This design purpose makes the buckling piece 6 2 2 more guided to buckle into the lower surface buckling hole 6 3 4; and because both sides have clips 6 2 3, it is more secure and not easy to fall off after buckling. See FIG. 6D, which is a further variation of the embodiment of FIG. 6C. A cut groove 7 2 4 is opened in the middle of the buckle 7 2, and a guide piece 7 3 6 having a width slightly smaller than that of the cut groove 7 2 4 is formed in the middle of the buckle of the buckle hole seat 7 2. The design of this 10 M261967 change makes the buckle 7 2 thinner than the buckle hole. The protection of this creation> | 1 Q is mainly to protect the chip on the memory from being broken by collision or prefecture. If the flip is made of a metal material and the buffer film uses a thermally conductive material, it can simultaneously protect the chip and the effect. Of course, in this creation, a U-shaped clip 3 can be set outside the protective sheet 10, as shown in the seventh figure and the second figure. The upper side edge of the double-folding 〇 is further advanced-the two clamping feet 32 of the u 'clamp member 30 are in contact with the outer sides of the two guards and are held in the center. The sheet 10 is clamped by the U-shaped clip 3 q to form a groove 14 having the same shape as the flat-shaped clip 1; The groove i 4 can restrict the u-clamp from swinging after assembly. In addition, a fastening structure that interferes with the u soil clip fastener 30 is formed in the groove 14. $ 81, 7F, the buckle structure is punched out of an interference position 丄 4 on the groove 10, and 5 ', and the U-shaped clip clamp foot 3i is the second, the first punched Depression 3 2. The function of the bump i 5 is to clamp the person 1 ^ point 15 is-the slope makes the clip 30 better to push out of the guard. It is fastened by the interference of the bump and the recess 32. The force setting 3 = a key point is to form an indented M261967 notch 3 3 on both sides of the clamping leg 31 of the reinforced holding clip of the lost fastener 30, and the groove i 4 of the cover A bump 16 is formed with respect to the notch 33 to increase the fastening strength. In addition, in order that the U-shaped clip fastener 30 can be opened after being held, it is placed in the end edge of the γ-shaped inflammation clip clip 31 to form a protruding step portion 3 4 ′. See FIG. 9 As shown, the difference portion 34 will be shaped like the bottom edge of the groove 14 of the protective sheet. This design is convenient for the user to insert this with a flat surface of a screwdriver. The U-clamps q and the guards 0 are released to facilitate the removal of the protective device. The middle connecting part 35 between the U-shaped clips 30 and two 31 is located at the group port T 疋. The positioning piece 18 formed by pressing down between the two receiving seats κ on the upper side edge of the sheet 10 only, spans the age with the __clamp 3Q. [Brief description of the figure] The figure represents a domain extract-an external view of an embodiment, the brother-figure represents an exploded view of the embodiment shown in the first figure, and the third figure represents a partially enlarged view of the embodiment shown in the first figure. Figure A and the combined action diagram of the fourth E watch buckle hole seat. Figure 4C represents the sectional view along CC in Figure 4B, and figure 5 represents the schematic diagram of the combined memory of this creation. Figure 6D represents different variant embodiments of this creation, M261967 Figure 7 represents the appearance of an embodiment of this creation, in which a u-shaped clip is installed, and Figure 8 represents the disassembly of the embodiment shown in Figure 7 The ninth figure represents an enlarged view of the seventh figure along the cross section of 99. [Description of main component symbols]
G1 護片蓋合的方向 S 間隙 10.........護片 10 1··.· ••…缓衝膠片 1 2.........扣片 12 1.........扣片的上段面 12 2.........扣片的下段面（扣合片） 12 3.........卡榫G1 Direction of cover cover S Clearance 10 ......... Shield 10 1 ···· •• ... Buffering film 1 2 ......... Buckle 12 1 .. ....... upper section of buckle 12 2 ......... lower section of buckle (clamping piece) 12 3 .........
12 4.........抵擋片 1 3.........# 口孑L座12 4 ......... Retainer 1 3 ......... # 口 孑 L 座
扣孔座上段面 扣孔座下段面 上段面扣孔 下段面匚形扣孔 凸點 13 M261967Upper section of buttonhole seat Lower section of buttonhole seat Upper buttonhole of upper face Lower buttonhole of sash-shaped buckle 13 M261967
16 .........凸塊 17 .........承扣座 18 .........定位片 2 0.........記憶體 3 0.........U型夾扣件 3 1.........夾腳 3 2.........凹陷16 ......... Bumper 17 ......... Bag holder 18 ......... Positioning piece 2 0 ......... Memory 3 0 ......... U-shaped clip 3 1 ......... Clamp feet 3 2 ......... Dent
3 3.........缺口 3 4.........段差部 3 5.........連接部 4 0.........護片 4 2.........扣片 4 42 1 •…… ..扣片上段面 4 2 2....... ..扣片下段面 4 2 3........ ..卡榫 .........扣孑L座 4 3 1 ···.··· ..扣孔座上段面 4 3 2……· ..扣孔座下段面 4 3 3 ........ 上段面扣孔 4 3 4........ ..下段面扣孔 4 3 5........ 1半圓形孔 5 2 3........ .卡榫3 3 ......... notch 3 4 ......... step difference 3 5 ......... connection 4 0 ......... Sheet 4 2 ......... Clapping 4 42 1 • …… .. Upper surface of the clasp 4 2 2 ....... .. Lower surface of the clasp 4 2 3 ..... ..... Tenon ......... L-shaped seat 4 3 1 ······· .. Upper section of buttonhole seat 4 3 2 …… · .. Lower section of buttonhole seat 4 3 3 ........ Upper face buttonhole 4 3 4 ........ .. Lower face buttonhole 4 3 5 ........ 1 Semi-circular hole 5 2 3 .........
14 M261967 7 2 5 3 5…… ....半圓形孔 6 2 2…… 6 2 3 …·· ....卡榫 6 3 4…… ,…下段面扣孔 6 3 5…… ....半圓形孔 …扣片 7 2 4…… ....剖溝 7 3 6…… ....導片14 M261967 7 2 5 3 5 …… ... Semi-circular hole 6 2 2 …… 6 2 3… · ... .... Semicircular hole ... Clip 7 2 4 ...... .... Slit groove 7 3 6 …… .... Guide
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