1296748 九、發明說明： 【發明所屬之技術領域】 本發明有關一種儲存裝置之固定結構，尤其是應用於電腦等 電子設備的殼體上，用以切換固定不同尺寸之儲存裝置的固定結 【先前技術】1296748 IX. Description of the Invention: [Technical Field] The present invention relates to a fixed structure of a storage device, particularly to a housing of an electronic device such as a computer, for switching and fixing a fixed junction of a storage device of different sizes. technology】
現今是貧訊多媒體的時代，無庸置疑地電腦對現在的人類而 言幾乎已成為生活與卫作中的必需品之一，無論mil(server)、 作站(workstation)桌上型電腦(如企丨叩c〇mpUter)或筆記型電腦 (portableCompu㈣’甚至工業用電腦(in—⑺一㈣，在一般Today is the era of poor multimedia. Undoubtedly, computers have become one of the necessities of life and security for today's human beings, regardless of mil (server), workstation (desktop) (such as enterprises)叩c〇mpUter) or notebook computer (portableCompu (four)' even industrial computer (in-(7) one (four), in general
人生活與工作之中，電腦漸漸成為不可或缺的重要工具。 更茱(hardware disk)、軟碟(fl〇ppy 碰)及光碟機(cd r〇m drive)等儲雜置為電财可缺处元件，因此f知電職殼皆配 置有-儲存裝置座。第—_示為f知儲存裝置座與儲存裝置之 組裝示意圖。請參照第一圖，儲存裝置座7〇之侧壁具有多個自側 壁之前緣_延伸之條朗σ 72，以衫侧定孔％。儲存裝置 50之嫩亦具有對應於條狀開口 72之第一螺絲孔^，以及對應 於固疋孔74之第_螺絲孔54。藉由儲存裝置錢之側壁的滑執 76，儲存裝置5〇可組裝至儲存裝置座7()㈣時，配置於第一 螺絲孔52之獅6〇亦會猶條朗〜之末端。 之後，再將另—螺絲⑻穿定孔％而螺合於第二螺絲孔 6 1296748 54内’以限制儲存敍5G在水平方向之移動。 内，有方如式雖可將儲存裝置50穩固組設於儲存裝置座70 仁疋仍有如下不足··由於該儲存 咖第二輪 2在水付向之軸，铺糾，會_定孔74的=^= 致該儲存裝置50無法精確組設在預定的位置。寸、差岭 閉的^決_題，業界多在儲魏置座％之侧壁上開設一封 日4開槽的長度與儲存裝置側邊的螺絲孔的間距大致相 靠，歧設於儲存裝置側壁兩端的螺絲分別與開槽的兩端抵 =此以限制該儲存裝置水平方向的移動。但此輕方式仍有如 同情刊尺寸猶縣置，需_同尺寸的開槽， 守而⑦置不同的儲存裝置座，是以增加了製造與组裝的困 、，…、法因應客戶不同的配置需求。 以 有繁於此’實有必要開發—種可糊共 固定不同財级縣置賴絲構。 f置座 【發明内容】 6本發明的目的就是在提供_種可利用制的儲存裝置座，以 口疋不同尺寸之儲存裝置的固定結構。 ^成上述目的，本發明儲綠置之固定結構應用於電腦等 、：又備的〃又體上，該殼體内組設有—框體，該框體内設有至少 儲存裂置座，用以收容該儲存裝置，且雜體侧壁上設有與該 1296748 儲存裝置麟狀财，該儲雜置錄於儲雜置針後，夢 由螺絲穿過該通槽’並鎖_儲存裝置—側的螺孔中並且該框 _設置通·趣—側設有—抵餅，雜擋件設有相互錯合 的第-抵接部與第二抵接部’以與鄰近&域件、不同尺寸的儲 存裝置的_分職持’如是可令獨尺寸之儲存敍在垂直與 水平方向定位。 相較於習知技術，本發明藉由在框體設置通槽的側壁一侧設 有-抵撞件，通過該抵檔件的第—與第二抵接部的切換，以令該 通槽遠離抵獅的-端與第—與第二抵接部—端之卿成不同距 離，以與尺寸不同的儲存裝置側面兩端的螺孔間_離相對應， 從而固定不同尺寸的儲存裝置。 為使對本發明的目的、構造特徵及其功能有進一步的瞭解， 茲配合圖示詳細說明如下： 【實施方式】 以下將以硬碟機(hardware disk drive)與軟碟機(fl〇卯y出呔 drive)為例進打說明本發明的構思，減該項領域之人士易於理 解，該構思亦可完全應用於其它不同尺寸的儲存裝置上。 明參閱第一與第三圖所示，為本發明應用於電腦上，以固定 更碟機(hardware disk drive)與軟碟機(floppy disk drive)的立體圖， 其中设體10内形成一收容空間100，用以收容電路板及電源供應 裔等電子裝置（未圖示），該殼體1〇在收容空間1〇〇的一角設置 1296748 一框體π ’該框體η設有至少—儲存裝置座1U，用以收容儲存 裝置在本實婦·】中，該殼體10的前擋板⑼上設有與該儲存震 置座⑴對應且連通的開口 102，當儲存裝置組設於儲存裝置座 111中後’儲存裝置之-端通過開口 1()21出，以便於使时插入 或置放軟碟（未圖示）。另’該框體n的侧壁iig上開設有與儲 存裝置座m對應並與該儲存裝置座⑴内部連通的通槽m，如 修是儲存裝置組設於儲存裝置座1U内時，藉由一螺絲穿過該通 槽m ’而與儲存裝置一側設置的螺孔相鎖合，以限制該儲存裝置 • 在垂直方向上的位移。 • · 為令_存裝置在水平方向上充分定位，赚健相對殼體 _ 10的前檔板101開口 102位移，該框體u在設置通槽112的側壁 110上^又置有抵擔件12，該抵擔件12設於遠離殼體的前槽板 101開口 102的一側，且該抵播件12呈板狀，包括第一抵接部121 參與第二抵接部122，且第一抵接部121設於第二抵接部122 一側， 並相對第二抵接部122向前播板1〇1開口 1〇2方向凸出，如此， 在組設尺寸較大的儲存裝置，如硬碟機3時，令第二抵接部122 跨叹於通槽112上’如此苐二抵接部122與通槽112鄰近開口 1〇2 的一端之間的距離，正好與硬碟機3側邊兩端螺孔3〇 (第四圖所 不）之間的距離相當，如此令與該二螺孔3〇鎖合的螺絲15分別 與通槽112的-端及第二抵接部122抵靠，從而限制硬碟機3在 水平方向的位移，從而將硬碟機3穩固組設於儲存裝置座⑴内。 1296748 同理’如第二圖所示’在組設尺寸較小的儲存裝置，如軟碟機2 時，令第一抵接部121跨設於通槽112上，如此第一抵接部121 與通槽112鄰近開口 102的一端之間的距離，正好與軟碟機2側 邊兩端螺孔20 (第四圖所示）之間的距蘇相當，如此令與該二螺 孔20鎖合的螺絲15分別與通槽112的一端及第一抵接部121抵 罪’從而限制軟碟機2在水平方向的位移，從而將軟碟機2穩固 組設於儲存裝置座111内。 請參閱第四圖所示，為本發明儲存裝置之固定結構應用之立 體分解圖，其中框體11的側壁110在通槽U2遠離前槽板的 開口 102的一側設有第一、第二及第三擋板113、11:4、115，該第 二擋板115從側壁11〇的端緣彎折出，且其自由端向前檔板1〇1 的開口 102方向彎折，而第一與第二擋板113、114則從侧壁u〇 一體衝出，與第三播板115相對並間隔一定距離，且均向第三擋 板115方向延伸出，如此第一、第二及第三擋板ι13、114、115 圍設成收容抵擔件12的夾持槽117。另，該第三播板115中部貫 穿開設有一止位槽116,以與該抵擋件12—側的止位片125配合， 從而令第一抵接部121與第二抵接部丨22安裝在預定的位置。 該抵擔件12呈板狀，組設於上述的夾持槽H7内，並與側壁 110相貼靠，包括設於中部的第一抵接部121，該第一抵接部m 一側設有第二抵接部122,而第一抵接部121另一侧設有一翼片 123 ’與第二抵接部122相對，在本實施例中，該第一抵接部121 1296748 相對第二抵接部122向前檔板101開口 i〇2方向凸出。 又，該抵擋件12的一側凸出設有與第三擋板115的止位槽iπ 配合的止位片125，通過止位片125與止位槽116兩侧緣的抵靠， 而令第一與第二抵接部12卜122組設於％定的位置。另，為便於 移動該抵擂件12，該抵擋件12的本體部120中部設有一致動片 124’該致動片124從本體部120 —體衝出，並與本體部12〇垂直， 如此便於使用者施力於致動片124而移動該抵擔件12。 組裝時，令該抵擋件12組設於夾持槽内，該抵擋件 的一側與第三擋板115抵靠，且第三擋板115的止位片125收容 在止位槽116内，而該抵擋件12的翼片123與第二杈接部122的 側緣與第-驗113抵靠，而第-抵接部121賴緣與第二撞板 114抵靠，如此將該抵擋件12組設在該夾持槽117内。 復請參閱第二圖，在組裝尺寸較大的硬碟機3時，先將硬碟 機3插入儲存裝置座⑴内，然後先將一螺絲15與該硬碟機3鄰 近開口 102 -側的螺孔30鎖合，然後再施力於致動片以，令該 抵播件的止位片124與第三擔板U5的止位槽ιΐ6上端緣抵 靠，如此令第二抵接部122跨設於通槽112上如此再將一螺緣 鎖合於硬碟機3鄰近抵擋片12的螺孔3〇中並且令該螺絲μ 與第二抵接部122的端緣抵靠，而鄰近開口 102的螺絲15與通槽 112的對應端抵靠’如齡該硬碟機3在水平方向得以定位，從而 將該硬碟機3穩固組設於儲存裝置座lu内。 11 1296748 復請參閱第三圖，在組裝尺寸較小的軟碟機2時，先將軟碟 機2插入儲存裝置座111内，然後先將一螺絲15與該軟碟機2鄰 近開口 102 —側的螺孔2〇鎖合，然後再施力於致動片124，令該 抵擔件12的止位片124與第三德板Il5的止位槽116下端緣抵 靠，如此令第一抵接部丨21跨設於通槽112上，如此再將一螺絲 15鎖合於軟碟機2鄰近抵檔片12的螺孔2〇中，並且令該螺絲15 • 與第一抵接部⑵的端緣抵靠，而鄰近開口 1〇2的螺絲15與通槽 112的對應端抵靠，如此令該軟碟機2在水平方向得以定位，從而 ‘ 將該軟碟機2穩固組設於儲存裝置座in内。 - 相較於習知技術，本發明藉由在框體11設置通’槽112的側壁 110 —側設有一抵擋件12，通過該抵檔件12的第一與第二抵接部 121、122的切換，以便該通槽112遠離抵檔件12的一端，與第一 與第二抵接部121、122 —端之間形成不同距離，以與尺寸不同的 ❿儲存裝置側面兩端的螺孔間的距離相對應，從而固定不同尺寸的 儲存裝置。 綜上所述，本發明符合發明專利之要件，爰依法提出專利申 请。惟，以上所述者僅為本發明之較佳實施例，舉凡熟悉本發明 ，術之人士’在爰依本發明精神所做之均等修飾或變化，皆應涵 蓋於以下之申請專利範圍内。 【圖式簡單說明】 第-圖為習知儲存裝置座與儲存裝置之組裝示意圖。 12 1296748 第二圖為本發明儲存裝置之固定結構應用之立體圖。 第三圖為本發明儲存裝置之固定結構應用之另一立體圖。 第四圖為本發明儲存裝置之固定結構應用之立體分解圖。 【主要元件符號說明】 一' 殼體 10 收容空間 100 前擔板 101 開口 102 框體 11 側壁 110 儲存裝置座 111 通槽 112 第一檔板 113 第二擔板 114 第三擋板 115 止位槽 116 夾持槽 117 抵擋件 12 本體部 120 第一抵接部 121 第二抵接部 122 13 1296748 翼片 123 致動片 124 止位片 125In people's lives and work, computers are becoming an indispensable tool. More memory (hardware disk), floppy disk (fl〇ppy touch) and optical disk drive (cd r〇m drive) and other storage and storage of electricity can be missing components, so the knowledge of the power shell are equipped with - storage device seat . The first is shown as a schematic diagram of the assembly of the storage device holder and the storage device. Referring to the first figure, the side wall of the storage device holder 7 has a plurality of strips _ 72 from the leading edge of the side wall to the side of the shirt. The storage device 50 also has a first screw hole corresponding to the strip opening 72 and a first screw hole 54 corresponding to the fixing hole 74. By the sliding handle 76 of the side wall of the storage device, when the storage device 5 can be assembled to the storage device holder 7 () (4), the lion 6 disposed in the first screw hole 52 will also be at the end of the yoke. Then, the other screw (8) is threaded through the hole % and screwed into the second screw hole 6 1296748 54 to limit the movement of the storage 5G in the horizontal direction. Although there is a square type, although the storage device 50 can be stably set in the storage device holder 70, there are still the following disadvantages: Since the second round 2 of the storage coffee is on the axis of the water supply, the correction is made, and the hole is fixed. The =^= of 74 causes the storage device 50 to be accurately assembled at a predetermined position. In the case of inch and bad ridges, the industry has set up a length of 4 slots on the side wall of the storage room, and the distance between the screw holes on the side of the storage device is roughly the same. The screws at the ends of the side wall of the device respectively abut against the ends of the slot to limit the movement of the storage device in the horizontal direction. However, this light method still has the same size as the magazine, and it needs to be sagged with the same size, and the 7 different storage device holders are used to increase the manufacturing and assembly, and the method is different for customers. Configuration requirements. In order to develop it, it is necessary to develop a variety of counties. F SETTING [Explanation] 6 The object of the present invention is to provide a storage device holder that can be used to port a fixed structure of a storage device of different sizes. For the above purpose, the fixed structure of the green storage device of the present invention is applied to a computer and the like, and is further provided with a frame body, and the frame body is provided with at least a storage split seat. The utility model is used for accommodating the storage device, and the side wall of the hybrid body is provided with the 1296748 storage device, and the storage is recorded by the storage needle, and the dream is passed through the through slot and the lock_storage device is In the screw hole of the side, and the frame is disposed on the side, the side is provided with abutting cake, and the miscellaneous member is provided with a first abutting portion and a second abutting portion that are mutually misaligned to be adjacent to the & The different sizes of storage devices can be used to locate the storage of the single size in the vertical and horizontal directions. Compared with the prior art, the present invention provides a through-clamping member on the side of the side wall of the frame through which the through-groove is provided, and the first and second abutting portions of the resisting member are switched to make the through-groove The distance between the end of the lion and the second end of the yoke is at a different distance from the end of the storage device, and the storage device of different sizes is fixed. In order to further understand the object, structural features and functions of the present invention, the following detailed description will be given with reference to the following drawings: [Embodiment] The following will be a hard disk drive (hardware disk drive) and a floppy disk drive (fl〇卯y呔 drive) Illustrate the concept of the present invention, which is easily understood by those skilled in the art, and the concept can be fully applied to other storage devices of different sizes. Referring to the first and third figures, the present invention is applied to a computer to fix a perspective view of a hard disk drive and a floppy disk drive, wherein a housing space is formed in the body 10. 100, for accommodating an electronic device (not shown) such as a circuit board and a power supply, the housing 1 is disposed at a corner of the receiving space 1 12 1296748 a frame π 'the frame η is provided with at least a storage device a seat 1U for accommodating the storage device, wherein the front baffle (9) of the casing 10 is provided with an opening 102 corresponding to the storage vibrating seat (1), and the storage device is assembled in the storage device The rear end of the storage device 111 is opened through the opening 1 () 21 so as to insert or place a floppy disk (not shown). Further, the side wall iig of the frame n is provided with a through groove m corresponding to the storage device seat m and communicating with the inside of the storage device seat (1), for example, when the storage device is assembled in the storage device holder 1U, A screw passes through the through slot m' and is engaged with a screw hole provided on one side of the storage device to limit the displacement of the storage device in the vertical direction. • In order to fully position the storage device in the horizontal direction, the profit is displaced relative to the opening 102 of the front flap 101 of the housing _ 10, and the frame u is placed on the side wall 110 of the through slot 112 The receiving member 12 is disposed on a side of the opening 102 of the front slot plate 101 of the housing, and the receiving member 12 has a plate shape, and the first abutting portion 121 participates in the second abutting portion 122, and An abutting portion 121 is disposed on a side of the second abutting portion 122 and protrudes from the second abutting portion 122 in the direction of the opening 1〇2 of the front panel 1,1, so that a storage device having a larger size is assembled. For example, when the hard disk drive 3 is used, the second abutting portion 122 is slid across the slot 112 such that the distance between the second abutting portion 122 and the one end of the through slot 112 adjacent to the opening 1〇2 is exactly the same as that of the hard disk. The distance between the screw holes 3〇 at the two ends of the machine 3 (not shown in the fourth figure) is equivalent, so that the screws 15 that are engaged with the two screw holes 3 are respectively abutted with the end and the second end of the through slot 112. The portion 122 abuts, thereby restricting the displacement of the hard disk drive 3 in the horizontal direction, thereby stably assembling the hard disk drive 3 in the storage device holder (1). 1296748 Similarly, as shown in the second figure, when the storage device having a small size, such as the floppy disk drive 2, is disposed, the first abutting portion 121 is spanned on the through slot 112, such that the first abutting portion 121 The distance from the end of the opening 112 adjacent to the opening 102 is exactly the same as the distance between the screw holes 20 (shown in the fourth figure) at the two ends of the floppy disk drive 2, so that the two screw holes 20 are locked. The screw 15 is sinned against the one end of the through groove 112 and the first abutting portion 121, thereby restricting the displacement of the floppy disk drive 2 in the horizontal direction, thereby stably arranging the floppy disk drive 2 in the storage device holder 111. Referring to FIG. 4, an exploded perspective view of the fixed structure of the storage device of the present invention, wherein the side wall 110 of the frame 11 is provided with first and second sides on a side of the opening U2 away from the opening 102 of the front slot plate. And the third baffle 113, 11: 4, 115, the second baffle 115 is bent from the end edge of the side wall 11〇, and its free end is bent in the direction of the opening 102 of the front baffle 1〇1, and the The first and second baffles 113 and 114 are integrally punched out from the side wall u, are opposite to the third playing plate 115 and spaced apart from each other, and both extend toward the third baffle 115, so that the first and second And the third flaps ι 13 , 114 , 115 surround the holding grooves 117 of the receiving member 12 . In addition, a stop groove 116 is defined in the middle of the third playing plate 115 to cooperate with the stop piece 125 on the side of the resisting member 12, so that the first abutting portion 121 and the second abutting portion 22 are mounted on the second abutting portion 121. The scheduled location. The receiving member 12 is formed in a plate shape, and is disposed in the clamping groove H7 and abuts against the side wall 110, and includes a first abutting portion 121 disposed at a middle portion, and the first abutting portion m is disposed on one side The second abutting portion 122 is disposed on the other side of the first abutting portion 121. The first abutting portion 121 1296748 is opposite to the second portion. The abutting portion 122 protrudes in the direction of the opening i 〇 2 of the front baffle 101. Moreover, one side of the resisting member 12 is provided with a stop piece 125 that cooperates with the stop groove iπ of the third baffle 115, and the stop piece 125 abuts against the two side edges of the stop groove 116. The first and second abutting portions 12 are disposed at a predetermined position. In addition, in order to facilitate the movement of the abutting member 12, a central portion of the body portion 120 of the abutting member 12 is provided with a movable piece 124'. The actuating piece 124 is punched out from the body portion 120 and perpendicular to the body portion 12, The user is forced to apply force to the actuation piece 124 to move the abutment member 12. When the assembly is assembled, the resisting member 12 is disposed in the clamping groove. One side of the resisting member abuts against the third baffle 115, and the stop piece 125 of the third baffle 115 is received in the stopping groove 116. The side edge of the flap 123 of the abutting member 12 and the second splicing portion 122 abuts the first inspection 113, and the yoke of the first abutting portion 121 abuts against the second striker 114, so that the resisting member 12 sets are provided in the holding groove 117. Referring to the second figure, when assembling the hard disk drive 3 with a larger size, the hard disk drive 3 is first inserted into the storage device holder (1), and then a screw 15 and the hard disk drive 3 are adjacent to the opening 102 side. The screw hole 30 is locked, and then the force is applied to the actuating piece so that the stop piece 124 of the abutting member abuts against the upper end edge of the stop groove ι 6 of the third platen U5, so that the second abutting portion 122 The screw is disposed on the through slot 112 so as to be locked in the screw hole 3 of the hard disk drive 3 adjacent to the resisting piece 12, and the screw μ is abutted against the end edge of the second abutting portion 122, and adjacent thereto. The screw 15 of the opening 102 abuts against the corresponding end of the through slot 112. The hard disk drive 3 is positioned in the horizontal direction, so that the hard disk drive 3 is stably assembled in the storage device base lu. 11 1296748 Referring to the third figure, when assembling the floppy disk drive 2 with a smaller size, the floppy disk drive 2 is first inserted into the storage device base 111, and then a screw 15 is firstly connected to the floppy disk drive 2 adjacent to the opening 102. The screw hole 2 of the side is locked, and then the force is applied to the actuating piece 124, so that the stop piece 124 of the receiving member 12 abuts against the lower end edge of the stop groove 116 of the third board I15, thus making the first The abutting portion 21 is spanned on the through slot 112, so that a screw 15 is locked in the screw hole 2 of the floppy disk drive 2 adjacent to the abutting piece 12, and the screw 15 is connected to the first abutting portion. The end edge of (2) abuts, and the screw 15 adjacent to the opening 1〇2 abuts the corresponding end of the through slot 112, so that the floppy disk drive 2 is positioned in the horizontal direction, thereby 'stabilizing the floppy disk drive 2 In the storage device seat in. The present invention is provided with a resisting member 12 on the side of the side wall 110 of the casing 11 through which the through-groove 112 is disposed, through the first and second abutting portions 121, 122 of the abutting member 12, as compared with the prior art. Switching so that the through slot 112 is away from one end of the abutting member 12, and forming a different distance from the ends of the first and second abutting portions 121, 122 to be different from the screw holes between the two ends of the side of the storage device The distance corresponds to each other to fix different sizes of storage devices. In summary, the present invention complies with the requirements of the invention patent, and proposes a patent application according to law. However, the above description is only the preferred embodiment of the present invention, and all modifications or variations made by those skilled in the art to the present invention are intended to be within the scope of the following claims. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a schematic view of the assembly of a conventional storage device holder and a storage device. 12 1296748 The second figure is a perspective view of the application of the fixed structure of the storage device of the present invention. The third figure is another perspective view of the application of the fixed structure of the storage device of the present invention. The fourth figure is an exploded perspective view of the application of the fixed structure of the storage device of the present invention. [Main component symbol description] A 'Shell 10 accommodating space 100 Front plate 101 Opening 102 Frame 11 Side wall 110 Storage device seat 111 Passing groove 112 First baffle 113 Second plate 114 Third baffle 115 Stop groove 116 Clamping groove 117 Resisting member 12 Main body portion 120 First abutting portion 121 Second abutting portion 122 13 1296748 Flap 123 Actuating piece 124 Stop piece 125
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