M324872 八、新型說明： :【新型所屬之技術領域】 • 本創作係有關於一種記憶卡固定方面之技術領域 者，尤指一種可防止記憶卡由電腦主機脫落之記憶卡载座 者0 【先前技術】 近年來由於電腦科技之快速發展，所以使得很多繁複 的工作皆被自動化設備所取代，而目前自動化設備通常係 使用一種可方便插接及攜帶之記憶卡作為其資料儲存及傳 輸之介質（目前係以容量最大之CF卡為主流）。 請芩閱第七圖所示，係可看出一般習知的電腦主機 (4)係由一底座（4〇)及一殼體（41)組成一機殼， 於該底座（4 0 )上組裝有一主機板（4 2 )，以及於該主 機板（4 2 )上具有一記憶卡槽座（4 3 )，於該殼體（4 1 )上具有一插槽（4 1 〇 ) ’該記憶卡槽座（4 3 )係兩 側各具有一導桿（4 3 0 )延伸至該插槽（4丄〇 )，使記 憶卡（5 )由該插槽（4工〇 )插入時，可藉由該兩導桿 (4 3 ◦)的導引而使該記憶卡（5 ) _端面的插接孔（5 〇)正確的套接於該記憶卡槽座（4 3 )之端子（4 3工） 然而，由於該習知記憶卡槽座（43)之兩導桿（4 j f具有導引該記憶卡（5)之作H㈣㈣卡 插接於該記憶卡槽座（4 3 )時，只能依靠該插接 5 M324872 孔（50)對端子（43丄）之套夾來達到結合固定之目 的’而且又因為該記憶卡（5)插接於該記憶卡槽座（4 3)時，該插槽（41 〇)仍係為開放狀，所以當該電腦 域（4)受到震動時，該記‘时（5)便很容易由該記 才曰座（4 3 )上滑脫’❿導致該電腦主機（4 )當機 或…、法運作之^形，尤其是當該電腦主機（4 )組裝於移 動式自動化設備（如炮車、裝f車· ··等）或工作時會 產生震動之機械上時，該記憶卡（5 )更是易因震動而二 【新型内容】 本創作之主要目的係在於提供—種可防止記憶卡由電 腦主機滑脫之記憶卡載座者。 具體而言，該記憶卡載座主要係供承載該記憶卡以防 止其由電腦主機中滑脫者，其中該記憶卡係具有一第一端 •面、-第二端面、一第三端面及一第四端面，該第一、二 -端面係位於該記憶卡的兩平行相對側，該第三、四端面係 f於5亥㊉憶上的另兩平行相對側，該電腦主機包括有一機 殼及一記憶卡槽座，該機殼係具有一插槽及至少一螺孔， 該記憶卡槽座係設於該機殼中，其特徵在於該記憶卡載座 係可插入該插槽，其結構包括一座片、二扣片、一連接片 及固疋片，該座片係頂面供該記憶卡置設於上，該座片 具有一第—侧邊、-第二側邊、—第三側邊及-第四侧 邊，δ亥第-、一側邊係平行相對，該第三、四側邊係平行 6 M324872 相對忒兩扣片係垂直設於該座片的裳 ^ ^ ^ ^ /丛月的弟一侧邊，可供該記 f思卡的弟一鳊面頂抵，並使該印 ^ ^ ^ ^ ^ ^ I便a °己怳卡的第一端面可插設於 该3己{思卡槽座中，該遠接Η後 運接片係垂直設於該座片的第二侧 邊’可么、彡亥§己憶體的第-诚而苔4 以山+ * 知面頂抵，該連接片具有兩喪片 由兩&垂直延伸至該座片的第三、四侧邊，且與該座片呈 垂直狀可供分別夹於該記憶卡的第三、四端面，該固定片 係結合於該連接片之一側面， J囬I具有至少一個穿孔可分別 供一螺絲穿過而螺鎖於該機殼之螺孔上。 山如此’該記憶卡便可藉由置放於該座片上，並被該兩 队片兩扣片及連接片卡制於内，然後可再利用螺絲將該 固定片鎖固定機殼上，進而便 、 迟叫便可防止该記憶卡由該記憶卡 槽座中滑脫而影響該電腦主機的運作。 另外、亥固定片又具有一凸片傾斜凸伸於U，使可 方便使用者⑽力將該$憶卡載座輕易的由插槽抽出，以達 到使用方便之目的。 【實施方式】 一明 > 閱第、—圖所不，係為本創作所述記憶卡載座 的第-實施例’其主要係應用於一電腦主冑（丄）上供承 載及固定記憶卡（2 )以防止其由電腦主機⑴中滑脫 者。 該電腦主機（1)，係包括一機殼（1〇)、一主機板 (1 1 )及，己卡槽座（工2 )，其中該機殼（工〇 )係 -有底座（13)及一殼體（14)，該殼體（14)係 7 M324872 蓋設於該底座（1 3)上，該殼體（i 4)之一侧壁係具 •有一插槽（1 4 0 )及兩螺孔（i 4丄），該兩螺孔（丄4 ' 1 )係为別位於該插槽（1 4 0 )的兩侧，該主機板（1 1 )係組裝於該底座（i 3 )上，該記憶卡槽座（i 2 ) 係設於該主機板（1 1 )上。 • 该圮憶卡（2 )，係具有一第一端面（2 〇 )、一第二 、端面（2 1 )、一第三端面（2 2 )及一第四端面（2 3 )， _该第一端面（2 0 )係可供與該記憶卡槽座（丄2 )結合， 该第二端面（2 1 )係位於該第一端面（2 〇 )的相對侧， 且並與該第一端面（20)平行，該第三端面（22)與 第四端面（2 3 )係分別位於該第一端面（2 〇 )與第二 端面（2 1 )的相鄰垂直侧邊，且該第三端面（2 2 )與 第四端面（2 3 )係相互平行，在本實施例中該記憶卡（2 ) 係為C F卡。 该兄憶卡載座（3 )係可插入該插槽（1 4 〇 )，其 鲁結構包括一座片（3〇)、二扣片（31)、一連接片（3 ，2)及一固定片（33)，其中： 該座片（3 0 )，係頂面供該記憶卡（2 )置放於上， 该座片（3 0 )具有一第一侧邊（3 〇 〇 )、一第二侧邊 (3 〇 1 )、一第三側邊（3 〇 2 )及一第四側邊（3 〇 3 該第一側邊（3 0 〇 )與第二側（3 〇 1 )邊係平 行相對，該第三侧邊（3 〇 2 )與第四侧邊（3 〇 3 )係 平行相對； 該兩扣片（3 1 )，係設於該座片（3 〇 )之第一側 8 M324872 邊（30〇)，且盘該庙 ^ ^片（3 〇 )呈垂直狀，並可供該 的第-端面/卜端面（2 Q )頂抵，且使該記憶卡（2 ) 广3二 凸露出插接部可供㈣於該記憶卡槽 厓I丄z )中； 邊3 2)’係設於該座片（3 0)之第二侧 (32)係且古且與叆座片（3〇)呈垂直狀’該連接片 係具有兩嵌片（ 3 2 0 )及兩導塊（321)， :兩嵌片（ 3 2 0 )係由該連接片（32)之兩端分別垂 座S(3 〇)的第三側邊（3 〇 2)及第四側 遭（303)，且盥續庙tj 。 一Θ厓片（3 0 )呈垂直狀可供分別夾 於及:己憶卡（2)的第三端面（22)及第四端面（2 ”， j兩導塊（3 2 1 )係設於該連接片（3 2 )的内側面， 母一導塊（321)係具有—導引面（3 2 2 )及一頂抵 面（3 2 3 )，該導引面（3 2 2 )係位於上側邊且呈一 斜面，可供導引該記憶卡（2)<第二端面（21)向下 位移至頂抵面（3 2 3 )’該頂抵面（3 2 3 )係延伸自 該導引面（3 2 2 )下侧且並與該座片（3 〇 )呈垂直狀， 可供頂抵於該記憶卡（2 )的第二端面（2 2 ); 該固定片（3 3 )，係結合於該連接片（3 2 )的外 側面，且該固定片（3 3 )具有兩延伸部（3 3 〇 )、二 牙孔（331)及一凸片（332)，該兩延伸部（33 〇 )係分別位於兩側且凸出該座片（3 〇 )之第三侧邊（3 0 2)及第四侧邊（3 〇 3 )—長度，該兩穿孔（3 3 1 ) 係分別設於該延伸部（3 3 0 )可供一螺絲（3 3 3 )穿 9 M324872 設而螺鎖於螺孔（1 4 1 )，該凸片（3 3 2 )係傾斜凸 : 伸於下側邊。 • 而在上述實施例中該座片（30)、兩扣片（3 1) 及連接片（3 2 )係由一片體一體沖壓成型 請配合參閱第三圖所示，當該記憶卡（2 )置放於該 _座片（30)上並由該殼體（14)之插槽（140)插 設入至該記憶卡槽座（1 2 )時，該固定片（3 3 )便會 春蓋設於該殼體（1 4 )之插槽（1 4 0 )外側，同時該固 定片（3 3 )的兩延伸部（3 3 0 )便會貼靠於該殼體（1 4 )外側面，並使該兩穿孔（3 3 1 )對正該兩螺孔（1 4 1 )，如此便可利用螺絲（3 3 3 )穿過該穿孔（3 3 1 ) 而螺鎖於该殼體（1 4 )的螺孔（1 4 1 )中，以防止該 記憶卡（2 )由該記憶卡槽座（1 2 )上滑脫，藉此以降 低當機的機會。 反之’當螺鎖該固定片（3 3 )之螺絲（3 3 3 )被 ⑩旋出後，則使用者便可利用該固定片（3 3 )上之凸片（3 • 3 2 )輕易的將該記憶卡載座（3 )連同其上之記憶卡（2 ) 由該插槽（140)中取出，而且由於該凸片（332) 係具有一傾斜角度，因此係可方便使用者施力，而使得該 記憶卡（2 )之拔取更為方便及省力。 ^睛芩閱第四圖所示係為本創作之第二實施例，其結構 係與第貝施例大致相同，而差別在於該第二實施例之座 片（30)上係具有一貫通上、下之通孔（3〇4)，以 提供散熱之用，而且並可節省材料。當然該座片（3 0 ) M324872 上亦可設有複數個通孔（3 〇 4 )此不再加以贅述。 晴翏閱第五圖所示係為本創作之第三實施例，其結構 係與第一實施例大致相同，而差別在於該第三實施例之座 片（30)係具有兩缺槽（3〇5)，該兩缺槽（305) 係$別貫通至第三侧邊（3 〇 2 )及第四侧邊（3 〇 3 )， 以提供散熱之用，而且並可節省材料。當然該座片（3 〇 ) 上亦可設有三個、四個甚致更多個的缺槽（3 〇 5 )此不 再加以贅述。 〃 U月參閱第八圖所不係為本創作之第四實施例，其結構 :與第-實施例大致相同’而差別在於該第四實施例之固 疋片3 )的凸片（3 3 2 )係傾斜凸伸於上侧邊。 綜上所述，由於本創作具有上述優點及實用價值，而 產品中均未見有類似之產品或發表故已符合新型 專利之申請要件，乃爰依法提出申請。M324872 VIII. New description: : [New technical field] • This creative system is about a technical field of memory card fixing, especially a memory card carrier that can prevent the memory card from falling off by the computer. Technology] In recent years, due to the rapid development of computer technology, many complicated tasks have been replaced by automation equipment. Currently, automation equipment usually uses a memory card that can be easily plugged and carried as a medium for data storage and transmission ( Currently, the CF card with the largest capacity is the mainstream. Please refer to the seventh figure. It can be seen that the conventional computer mainframe (4) consists of a base (4〇) and a casing (41), and a casing is formed on the base (40). A motherboard (42) is assembled, and a memory card slot (43) is provided on the motherboard (42), and a slot (4 1 〇) is provided on the housing (4 1 ) The memory card slot (4 3 ) has a guide bar (4 3 0 ) extending to the slot (4丄〇) on both sides, so that when the memory card (5) is inserted by the slot (4 work), The insertion hole (5 〇) of the memory card (5) _ end face can be properly sleeved at the terminal of the memory card slot (43) by guiding the two guiding rods (4 3 ◦) ( 4 3) However, since the two guide rods of the conventional memory card slot (43) have the H (four) (four) card for guiding the memory card (5) to be inserted into the memory card slot (4 3 ) , can only rely on the plug of 5 M324872 hole (50) to the terminal (43丄) to achieve the purpose of bonding and fixing, and because the memory card (5) is plugged into the memory card slot (4 3) When the slot (41 〇) is still open, so when When the brain domain (4) is shaken, the time (5) is easily slipped off by the squatting seat (4 3 ), causing the computer host (4) to crash or operate. Shape, especially when the computer main unit (4) is assembled in a mobile automation device (such as a gun car, a car, etc.) or a machine that generates vibration when working, the memory card (5) is easier. Due to vibration 2 [new content] The main purpose of this creation is to provide a memory card carrier that can prevent the memory card from slipping off from the host computer. Specifically, the memory card carrier is mainly used to carry the memory card. In order to prevent it from being slipped by the computer main body, wherein the memory card has a first end face, a second end face, a third end face and a fourth end face, the first and second end faces are located in the memory Two parallel opposite sides of the card, the third and fourth end faces are on the other two parallel opposite sides of the 5th, and the computer main body comprises a casing and a memory card slot, the casing has a slot And at least one screw hole, the memory card slot is disposed in the casing, and is characterized by the The card carrier can be inserted into the slot, and the structure comprises a piece, a second piece, a connecting piece and a solid piece. The top surface of the piece is provided for the memory card to be placed thereon, the piece has a first- The side, the second side, the third side, and the fourth side, the δ hai - and the one side are parallel, and the third and fourth sides are parallel. 6 M324872 Vertically placed on the side of the seat of the ^ ^ ^ ^ / Cong Yue, the younger brother of the card can be smashed, and the print ^ ^ ^ ^ ^ ^ I will a ° The first end face of the 恍 card can be inserted in the 3 { {思卡 slot, the remote Η rear transport piece is vertically disposed on the second side of the seat piece. The body's first-honest and the moss 4 is offset by the mountain + *, and the connecting piece has two pieces extending perpendicularly from the two & to the third and fourth sides of the seat piece, and is perpendicular to the seat piece The clips are respectively attached to the third and fourth end faces of the memory card, and the fixing piece is coupled to one side of the connecting piece, and the J back I has at least one perforation for respectively passing through a screw and screwed to the casing. On the screw hole. The mountain can be placed on the seat piece by the two pieces and the connecting piece of the two pieces, and then the fixing piece can be locked and fixed on the casing by using a screw. The late call can prevent the memory card from slipping off the memory card slot and affect the operation of the computer host. In addition, the Hai fixed piece has a protruding piece which is obliquely protruded from the U, so that the user can easily pull the $Yi card carrier from the slot for the purpose of convenient use. [Embodiment] The first embodiment of the memory card carrier of the present invention is mainly applied to a computer mainframe (丄) for carrying and fixed memory. Card (2) to prevent it from being slipped by the computer main unit (1). The computer mainframe (1) comprises a casing (1〇), a main board (1 1 ) and a card slot (work 2), wherein the casing (work) has a base (13) And a casing (14), the casing (14) is attached to the base (13), and one side wall of the casing (i4) has a slot (1400) And two screw holes (i 4 1), the two screw holes (丄 4 ' 1 ) are located on both sides of the slot (1 4 0 ), and the motherboard (1 1 ) is assembled on the base (i 3) The memory card slot (i 2 ) is attached to the motherboard (11). The memory card (2) has a first end face (2 〇), a second end face (2 1 ), a third end face (2 2 ) and a fourth end face (23). The first end face (20) is coupled to the memory card slot (丄2), the second end face (2 1 ) is located on an opposite side of the first end face (2 〇), and is coupled to the first The end surface (20) is parallel, and the third end surface (22) and the fourth end surface (23) are respectively located on adjacent vertical sides of the first end surface (2 〇) and the second end surface (2 1 ), and the The three end faces (2 2 ) and the fourth end faces (23) are parallel to each other, and in the present embodiment, the memory card (2) is a CF card. The brother memory card carrier (3) can be inserted into the slot (1 4 〇), and the rib structure includes a piece (3 〇), two buckle pieces (31), a connecting piece (3, 2) and a fixing. a piece (33), wherein: the seat piece (30) is a top surface for the memory card (2) to be placed thereon, the seat piece (30) having a first side (3 〇〇), a a second side (3 〇 1 ), a third side (3 〇 2 ) and a fourth side (3 〇 3 the first side (30 〇) and the second side (3 〇 1) side Parallelly opposite, the third side (3 〇 2 ) is parallel to the fourth side (3 〇 3 ); the two cleats (3 1 ) are first disposed on the seat piece (3 〇) Side 8 M324872 side (30〇), and the temple ^ ^ piece (3 〇) is vertical, and the first end face / face end face (2 Q) can be abutted, and the memory card (2) The wide 3 2 convex exposed portion is available for (4) in the memory card slot I 丄 z ); the edge 3 2) ' is disposed on the second side (32) of the seat piece (30) and is ancient and The sill piece (3 〇) is vertical. The connecting piece has two panels (3 2 0 ) and two guiding blocks (321). The two panels (3 2 0) are Both ends of the connecting piece (32) of each seat hanging S (3 billion) of the third side (3 square 2) and the fourth side was (303), and wash the temple continued tj. A cliff piece (30) is vertical and can be respectively clamped to and: the third end face (22) and the fourth end face (2" of the recall card (2), j two guide blocks (3 2 1) On the inner side surface of the connecting piece (32), the mother-guide block (321) has a guiding surface (3 2 2 ) and a top abutting surface (3 2 3 ), and the guiding surface (3 2 2 ) Is located on the upper side and has a slope for guiding the memory card (2) < the second end surface (21) is displaced downward to the top abutment surface (3 2 3 ) 'the top abutment surface (3 2 3 ) Extending from the lower side of the guiding surface (3 2 2 ) and perpendicular to the seat piece (3 〇), for supporting the second end surface (2 2 ) of the memory card (2); the fixing The sheet (3 3 ) is bonded to the outer side surface of the connecting piece (3 2 ), and the fixing piece (3 3 ) has two extending portions (3 3 〇), two teeth (331) and a protruding piece (332). The two extensions (33 〇) are respectively located on both sides and protrude from the third side (3 0 2) and the fourth side (3 〇 3) of the seat piece (3 —) - the length The perforations (3 3 1 ) are respectively disposed on the extension portion (3 3 0 ) for a screw (3 3 3 ) to be worn through the 9 M324872 and screwed to the screw hole ( 1 4 1 ), the tab (3 3 2 ) is inclined convex: extending to the lower side. • In the above embodiment, the seat piece (30), the two cleats (3 1) and the connecting piece (3 2 ) ) is integrally stamped and formed by a piece of body. Please refer to the third figure. When the memory card (2) is placed on the pedestal (30) and inserted into the slot (140) of the housing (14) When the memory card slot (1 2 ) is set, the fixing piece (3 3 ) is springly disposed outside the slot (1 4 0 ) of the housing (1 4 ), and the fixing piece (3) The two extensions (3 3 0 ) of 3) will abut against the outer side of the casing (1 4 ), and the two perforations (3 3 1 ) are aligned with the two screw holes (1 4 1 ), thus The screw (3 3 3 ) can be screwed into the screw hole (1 4 1 ) of the housing (1 4 ) through the through hole (3 3 1 ) to prevent the memory card (2) from being used by the memory card The seat (12) slides off, thereby reducing the chance of crashing. Conversely, when the screw (3 3 3) of the fixing piece (3 3) is screwed out by 10, the user can use The tab (3 • 3 2 ) on the fixing piece (3 3 ) easily attaches the memory card holder (3) thereto The memory card (2) is taken out from the slot (140), and since the tab (332) has an inclined angle, it is convenient for the user to apply force, and the memory card (2) is extracted more. Convenient and labor-saving. The fourth figure shown in the fourth figure is the second embodiment of the creation, and its structure is substantially the same as that of the first embodiment, but the difference is that the seat piece (30) of the second embodiment is attached. It has a through hole (3〇4) that penetrates the upper and lower sides to provide heat dissipation and saves material. Of course, the seat piece (30) M324872 can also be provided with a plurality of through holes (3 〇 4), which will not be described again. The fifth embodiment of the present invention is the third embodiment of the present invention, and its structure is substantially the same as that of the first embodiment, with the difference that the seat piece (30) of the third embodiment has two missing slots (3). 〇5), the two notches (305) are connected to the third side (3 〇 2) and the fourth side (3 〇 3) to provide heat dissipation and save material. Of course, there are three or four even more vacancies (3 〇 5) on the seat piece (3 〇 ), which will not be described again. 〃 U month refers to the fourth embodiment of the present invention, which is not the same as the first embodiment, and has a structure similar to that of the first embodiment, and differs in the tab of the solid sheet 3 of the fourth embodiment (3 3 ) 2) The system is inclined to protrude from the upper side. To sum up, as this creation has the above advantages and practical value, and there is no similar product in the product or the publication has met the application requirements of the new patent, it is submitted according to law.
11 M324872 【圖式簡單說明】 第一圖，係本創作第一實施例之立體分解圖。 第二圖’係本創作第一實施例之立體放大圖。 第二圖，係本創作第一實施例之動作示意圖。 第四圖，係本創作第二實施例之立體放大圖。 第五圖，係本創作第三實施例之立體放大圖。 f六圖，係本創作第四實施例之立體放大圖。 ^圖係早期§己憶卡之固定裝置的立體分解圖。 (1 0 )機殼 (1 2)記憶卡槽座 (14)殼體 (1 4 1 )螺孔 (2〇)第一端面 (22)第三端面 (3 〇 )座片 (3 〇 1 )第二側邊 (3 〇 3 )第四側邊 (3 〇 5 )缺槽 (3 2 )連接片 (3 2 1 )導塊 (3 2 3 )頂抵面 【主要元件符號說明】 (1 )電腦主機 (1 1)主機板 (1 3 )底座 (1 4 0)插槽 (2 )記憶卡 _ (21)第二端面 - (2 3 )第四端面 (3 )記憶卡载座 (3 0 〇 )第一侧邊 (3 〇 2 )第三侧邊 (3 0 4 )通孔 (31)扣片 (3 2 〇 )嵌片 (322)導引面 12 M324872 ^ ( 3 3 )固定片 :(3 3 1 )穿孔 _ ( 3 3 3 )螺絲 (4 )電腦主機 (4 1 )殼體 (4 2 )主機板 (4 3 0 )導桿 ‘ （5 )記憶卡 (3 3 0 )延伸部 (3 3 2 )凸片 (4 0 )底座 (4 1 0 )插槽 (4 3 )記憶卡槽座 (4 3 1 )端子 (5 0 )插接孔 1311 M324872 [Simple description of the drawings] The first figure is an exploded perspective view of the first embodiment of the present creation. The second figure is a perspective enlarged view of the first embodiment of the present creation. The second figure is a schematic diagram of the action of the first embodiment of the present creation. The fourth figure is a perspective enlarged view of the second embodiment of the present creation. The fifth drawing is a perspective enlarged view of the third embodiment of the present creation. f is a three-dimensional enlarged view of the fourth embodiment of the present creation. ^The figure is an exploded view of the fixture of the early § recall card. (1 0 ) Case (1 2) Memory card slot (14) Housing (1 4 1 ) Screw hole (2〇) First end face (22) Third end face (3 〇) Seat piece (3 〇 1 ) Second side (3 〇 3 ) Fourth side (3 〇 5 ) Missing groove (3 2 ) Connecting piece (3 2 1 ) Guide block (3 2 3 ) Abutting surface [Main component symbol description] (1) Computer main unit (1 1) main board (1 3) base (1 4 0) slot (2) memory card _ (21) second end face - (2 3) fourth end face (3) memory card carrier (3 0 〇) First side (3 〇 2) Third side (3 0 4 ) Through hole (31) Clasp (3 2 〇) Insert (322) Guide surface 12 M324872 ^ ( 3 3 ) Fixing piece: (3 3 1 ) Piercing _ ( 3 3 3 ) Screw (4 ) Computer main unit (4 1 ) Housing (4 2 ) Main board (4 3 0 ) Guide rod ' (5 ) Memory card (3 3 0 ) Extension (3 3 2 ) Tab (4 0 ) Base (4 1 0 ) Slot (4 3 ) Memory card slot (4 3 1 ) Terminal (5 0 ) Insert hole 13