M356356 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種承載結構，尤指-種用於資料存 取器之彈性承载結構。 【先前技術】 "電腦機箱係裝設有複數資料存取裝置，例如硬碟機、 ^碟機或是光碟機等，通常電腦機箱内部具有複數固定框 木用以固疋上述之資料存取裝置；上述的資料存取裝置 ，側貝j „又有複數定位螺孔，而該等固定框架上則有對應 該等定位螺孔的複數穿孔；而組卸資料存取裝置之方式係 將資料存取裝置裝入固定框架内，而定位螺孔與穿孔將會 相互對應，再利用複數螺絲穿過穿孔而鎖固於定位螺孔。 然而，此種資料存取裝置的固定方式由於必須從固定 框木之兩侧鎖入螺絲’所以在裝設的時候必須先將位於電 腦機箱兩側面的邊板抑下，再利用輔助工具如螺絲起子來 將螺絲鎖入或卸離，以組裝或卸下資料存取裝置；但此種 方式在實際使用上仍具有問題點存在，由於電腦機箱通常 =置於地面或是較為狹小之空間，所以必須將電腦機箱 至空間較大的地方才能將電腦機箱兩侧的邊板卸下以 2資料存取裝置的組却，相當耗費時間；再者，電腦機 相後方通常連接有許多電源線或是傳輪線，勢必要將其拆 p才能移動電腦機箱’如此將令使用者感到相當地不方 便。 3 M356356 究的課題 是以’如何改善前述之問題點，即成為本 J作人所研 【新型内容】 本創作之一目的，在於提供一種用於資料 性承載結構，藉由彈性拉勾與第二卡榫之㈣ == 用者無需藉助卫具組卸該彈性承載結構” ^使 及簡化纽卸步驟。 ’、、且卸時間以 為了達成上述之目的，本創作係提供—種 取=彈性承載結構，包括-框體、-彈性拉勾以= 邊Γ’該框體包含一底板及分別自該底板兩側延 伸的邊板，該底板成型有複數固定柱，該笔 件，該彈性拉勾自該等邊板延；，該彈性= ===::一卡榫:該第二卡榫自該等邊板的其 "4—卡榫與'纟第二卡榫分別位於該彈性拉 勾之兩相對應側。 。為I達成上述之目的，本創作係提供—種用於資料存 取器之祕承餘構’所述轉存取器設有複蚊位孔， 该彈性承載結構包括—框體、—彈性拉勾以及—第二卡 榫、，其中’該框體包含-底板及分別自該底板兩侧延伸的 —邊板》亥等邊板分別成型有穿設於所述定位孔内的複數 定位柱，該等邊板分職型有夹固於所述資料存取器的複 數夾掣構件’該^陳勾自料邊板延伸，該彈性拉勾之 外側面成型有ϋ榫’該第二卡榫自該等邊板的其中 4 M356356 L伸為第+榫與该第二卡榫分別位於該彈性拉勾 之兩相對應側。 為了達成上述之目的’本創作係提供一種用於資料存 之彈性承載結構，裝設於—電腦機箱内，所述資料存 有複數定位孔，該彈性承載結構包括一框體、一彈 自=以及一第二卡榫，其中’該框體包含-底板及分別 =板兩側延伸的—邊板，該等邊板分別成型有穿設於 ，二複數定位柱，該等邊板分別成型有複數爽 擎2 件包含—縱向夾掣條及相鄰於該縱向夾 嶋，該縱向输係嵌固於所述電腦機 向編則夹固於所述資料存取器，該彈性拉 :，該第二卡榫自該等邊板的其中之一延伸，該二： =第—卡榫分別位於該彈性拉勾之兩相對應側，該第一 掉及該第二卡榫係與所述電腦機箱卡掣。 =創作相較於先前技術所達成的功效在於，解 疋貝料存取裝置時使用螺絲鎖固的缺點，具有不需n :助工具、縮小組卸時所需要的空間、節省組裝時心 不三另外，夾f構件嵌固於所述電腦機箱内，同樣可達^ 氣借用輔助工具即可固定此承載裝置， 衝減震的效用，減緩資料存取器之 = Θ便用W以及減小其運轉時所產生的噪音。 【實施方式】 5 M356356 有關本創作之詳細說明及技術内容，配合圖式說明如 下，然而所附圖式僅提供參考與說明用，並非用來對本創 作加以限制者。 -月 > 閱第至—圖’係分別為本創作裝設於電腦機箱 之立體外觀圖、本創作與資料存取器之立體分解圖以及本 創作與資料存取n之立體組裝圖，本創作係提供—種用於 資料存取器之彈性承載結構，裝設於—電腦機箱_，所 述資料存取器50侧面及底面分別設有複數定位孔51，該彈 鲁性承載結構1包括-框體1〇、一彈性拉勾2〇以及一第二卡 榫30，其中： 電腦機箱60裝設有用以供彈性承載結構ι組卸的一固 定框架61 "匡體10包含一底板u以及分別自底_兩侧延 伸的-邊板12，邊板12係與底板叫互垂直，而邊板㈣ 底板11則圍設形成有-容置空間b，容置空間匕係供所述 資料存取器50容設。 鲁絲11成型有用以穿設於所述定位孔51㈣複數固定 $111 ’邊板12成型有用以穿餅所述定位孔51内的複數 定位柱121 ，而邊板12分別成型有複數夾掣構件丨22，夾 掣構件122係包含一縱向央擎條1221以及相鄰於縱向μ 、條1221的-橫向夹掣條1222，縱向夾擎條與橫向爽擎 條1222之間形成有一緩衝槽1223，當央擎構件122用以夹 掣固定時，緩衝槽！223係提供夾f構件122擠塵變形的空 間；彈性承載裝置1之材質係為塑膠，但不以此為限，所 以框體10可進行彈性形變，在資料存取器別置入容置空間 6 M356356 b時，係將邊板12稍微往外側扳動，當資料存取器5〇置入 容置空間b後，再放開邊板12以使定位柱121以及固定柱 111穿設於定位孔51内；當資料存取器5〇置入容置空間b 後，橫向夾掣條1222將會壓抵資料存取器5〇之側面，以將 資料存取益50固定；另外’底板u則成型有用以達到輕量 化以及增進散熱效果的複數穿孔123。 彈性拉勾係自邊板12延伸，彈性拉勾2〇之外側面成 型有與彈性拉勾20連動的一第一卡榫2Π ，將彈性拉勾2〇 •向外拉動時，彈性拉勾20將會產生彈性形變，而位於彈性 拉勾20外侧的第一卡榫211將會連著產生變形的彈性拉勾 20而向内移動，·進一步說明，彈性拉勾2〇包含分別與該等 邊板12延伸的二平直段21、分別延伸該二平直段Μ的二傾 斜段22以及連接該等傾斜段22的一弧形段23，藉由拉動該 弧形段23可使該等傾斜段22產生彈性形變。 而第一卡榫211之外型的截面係呈一直角三角形狀， φ 該第一卡榫211鄰近邊板12之一端係呈斜面狀，該第一卡 榫211鄰近於弧形段23之一端係與平直段21相互垂直。 第一卡榫30則自該等邊板12的其中之一延伸，第二卡 榫30包含與邊板12 一端連接的一片體31、凸伸自片體耵的 卡塊32以及凸伸自片體31末端的一扳勾33 ;扳勾犯係與 片體31相互垂直。 、卡塊犯之外型的截面係呈一直角三角形狀’卡塊犯鄰 近邊板12之一端係呈斜面狀，卡塊32鄰近於孤形段23之一 端係與平直段21相互垂直。 7 M356356 藉由彈性拉勾20與第二卡榫30之彈性形變，使第一卡 榫211與第二卡榫30卡固或分離所述電腦機箱6〇以完成彈 性承載結構1之組卸。 請參閱第四圖，係為第三圖沿剖面線4-4之剖視圖， 從本圖可看到，定位柱121係穿設於定位孔51内，而橫向 夾掣條1222係夾固資料存取器50，即壓抵資料存取器5〇的 側面。 請參閱第五及六圖’係分別為本創作與固定框架之立 ❿體分解圖以及立體組裝圖，固定框架61上開設有對應第一 卡榫211的複數貫通孔611以及對應卡塊32的複數貫通孔 611 ，而固定框架61上還成型對應縱向夾掣條1221的複數 定位環牆612，縱向夾掣條1221係嵌固於所述定位環牆 612 内。 ° '^參閱第七至九圖，係分別為第六圖沿剖面線7—7之 剖視作動狀態圖（一）、作動狀態圖（二）及作動狀態圖 •(二），第七圖為框體10固定於固定框架61之剖視圖，第 了卡榫2U係卡固於貫通孔611内，第二卡榫3〇之卡塊32 係卡固於貝通孔611内；請參考第八圖，要將框體卸下 固定框架61時，先拉動彈性拉勾2〇使其產生彈性形變，此 .時|第一卡榫211會因為彈性拉勾2〇之彈性形變而移位， 與貫通孔611㈣；接著，再扳動第二卡棒3〇之板勾泊使 片體31產生彈性形變，而卡塊32將會移位而與貫通孔犯 分離。 當第一卡榫211與貫通孔6U分離、第二卡榫3〇之卡 8 M356356 塊32與另—側的貫通孔611分離後，直接拉動彈性拉勾20 =㈣H)向外抽出固定框架61，如此’便完成裝設有資 料存取器50的彈性承載結構1與電腦機箱60的卸離；而要 將彈性承載結構！裝入固定框架61僅需將框體_入固定 框架61使第-卡榫211與第二卡榫別分別卡入貫通孔 即可。 T上所述胃知本創作之用於資料存取器之彈性承載 .、，構已具有產業利性、新穎性與進步性，又本創作 | =亦未曾見於同類產品及公開使用，完全符合新型專利申 凊要件，爰依專利法提出申請。 【圖式 第一圖 第二圖 第三圖 第四圖 第五圖 第六圖 第七圖 (—) 第八圖M356356 V. New description: [New technical field] This creation is about a kind of load-bearing structure, especially the elastic load-bearing structure used for data storage. [Prior Art] " Computer chassis is equipped with multiple data access devices, such as hard disk drives, CD players, or CD players. Usually, the computer chassis has a plurality of fixed frame woods for securing the above data access. The data access device has a plurality of positioning screw holes on the side of the data access device, and the plurality of positioning holes are arranged on the fixing frame, and the data access device is configured to unload the data access device. The access device is installed in the fixed frame, and the positioning screw hole and the through hole will correspond to each other, and then the plurality of screws are used to pass through the through hole to be locked in the positioning screw hole. However, the fixing method of the data access device must be fixed from Lock the screws on both sides of the frame wood. Therefore, when installing, you must first lower the side plates on both sides of the computer case, and then use auxiliary tools such as screwdrivers to lock or unload the screws to assemble or remove. Data access device; however, this method still has problems in practical use. Since the computer case is usually placed on the ground or in a relatively small space, the computer case must be empty. Larger places can remove the side boards on both sides of the computer case to the group of 2 data access devices, which is quite time consuming; in addition, there are usually many power lines or transmission lines connected to the rear of the computer machine. It will be quite inconvenient for the user to remove the p. This will make the user feel quite inconvenient. 3 M356356 The subject of the study is to 'how to improve the above problems, that is, to become the researcher of this J. [New content] The purpose is to provide a data-bearing structure, by means of a resilient pull hook and a second latch (4) == the user does not need to remove the elastic load-bearing structure by means of the guard set. ',, and unloading time in order to achieve the above purpose, the creation of the system provides - the type of elastic = load-bearing structure, including - frame, - elastic pull hook = side edge 'the frame contains a bottom plate and respectively from the bottom plate a side plate extending on both sides, the bottom plate is formed with a plurality of fixing columns, the pen piece, the elastic pull hook is extended from the side plates; the elasticity ====:: one card: the second card is from the The "4-click and the '纟 second click of the equilateral plate are respectively located on the corresponding sides of the elastic pull hook. . For the purpose of achieving the above, the present invention provides a secret device for the data accessor. The transfer device is provided with a mosquito bit hole, and the elastic load bearing structure includes a frame body and an elastic pull. a hook and a second card, wherein the frame comprises a bottom plate and a side plate extending from both sides of the bottom plate, and the edge plates are respectively formed with a plurality of positioning posts disposed in the positioning holes. The side plate type has a plurality of clamping members that are clamped to the data accessor. The ^ hook is extended from the material side plate, and the outer side of the elastic pull hook is formed with a second card. 4 M356356 L from the side panels extend to the corresponding side of the elastic hook and the second latch and the second latch respectively. In order to achieve the above purpose, the present invention provides an elastic load-bearing structure for data storage, which is installed in a computer case, and the data has a plurality of positioning holes, and the elastic load-bearing structure includes a frame body and a bomb. And a second cassette, wherein the frame comprises a bottom plate and a side plate respectively extending on both sides of the plate, wherein the side plates are respectively formed with a plurality of positioning columns, and the side plates are respectively formed with The plurality of components include: a longitudinal clamping strip adjacent to the longitudinal clip, the longitudinal transmission system being embedded in the computer machine and being clamped to the data accessor, the elastic pull: The second cassette extends from one of the side panels, and the second: = the first latch is located on each of the two opposite sides of the elastic pull hook, the first drop and the second latch are connected to the computer The chassis is stuck. The effect achieved by the creation compared to the prior art is that the disadvantage of using the screw to lock the beak access device is that it does not need n: the aid tool, the space required for the group unloading, and the saving of the assembly. In addition, the clip member is embedded in the computer case, and the same can be used to fix the carrying device, and the utility of the shock absorbing function is slowed down, the data access device is reduced, the squatting is used, and the squatting is reduced. The noise generated during its operation. [Embodiment] 5 M356356 The detailed description and technical contents of the present invention are as follows, but the drawings are only for reference and explanation, and are not intended to limit the creation. -月> Read the first-to-pictures are the three-dimensional appearance of the creation of the computer case, the three-dimensional exploded view of the creation and data accessor, and the three-dimensional assembly drawing of the creation and data access. The creation department provides an elastic bearing structure for the data access device, which is installed in the computer case_, and a plurality of positioning holes 51 are respectively arranged on the side and the bottom surface of the data accessor 50, and the elastic bearing structure 1 includes a frame 1〇, an elastic pull hook 2〇, and a second cassette 30, wherein: the computer case 60 is provided with a fixed frame for unloading the elastic load-bearing structure &; the body 10 includes a bottom plate u And a side plate 12 extending from the bottom side of the bottom plate, the side plate 12 is perpendicular to the bottom plate, and the side plate (4) bottom plate 11 is surrounded by a receiving space b, and the receiving space is provided for the data. The accessor 50 is accommodated. The wire 11 is shaped to be inserted through the positioning hole 51 (4) to fix the number of the '111' edge plate 12 to form a plurality of positioning posts 121 in the positioning hole 51, and the side plates 12 are respectively formed with a plurality of clamping members. 22, the clamping member 122 includes a longitudinal central bar 1221 and a transverse clamping strip 1222 adjacent to the longitudinal μ, the strip 1221, and a buffer groove 1223 is formed between the longitudinal clamping bar and the horizontal cooling bar 1222. The central engine member 122 is used to clamp the buffer when it is fixed! The 223 series provides a space for the dust deformation of the clip member 122. The material of the elastic carrier device 1 is plastic, but not limited thereto, so that the frame 10 can be elastically deformed and placed in the housing space in the data access device. 6 M356356 b, the side panel 12 is slightly pulled outward, and after the data access device 5 is placed into the accommodating space b, the side panel 12 is released to allow the positioning post 121 and the fixing post 111 to be positioned. After the data access device 5 is placed in the accommodating space b, the lateral splicing strip 1222 will be pressed against the side of the data access device 5 to fix the data access gain 50; Then, a plurality of through holes 123 which are useful for achieving weight reduction and enhancing heat dissipation are formed. The elastic pull hook is extended from the side panel 12, and the first side of the elastic pull hook 2 is formed with a first latch 2Π interlocking with the elastic pull hook 20, and the elastic pull hook 2〇 is pulled outward, the elastic pull hook 20 Elastic deformation will occur, and the first click 211 located outside the elastic pull hook 20 will move inwardly along with the deformed elastic pull hook 20. Further, the elastic pull hook 2 includes the respective sides The two straight straight sections 21 extending from the plate 12, the two inclined sections 22 respectively extending the two straight straight sections, and an arc-shaped section 23 connecting the inclined sections 22 can be tilted by pulling the curved section 23 Segment 22 produces an elastic deformation. The cross section of the first cassette 211 has a right-angled triangular shape, and the first latch 211 is inclined to be adjacent to one end of the side panel 12, and the first latch 211 is adjacent to one end of the curved section 23. The line and the straight section 21 are perpendicular to each other. The first cassette 30 extends from one of the side plates 12, and the second cassette 30 includes a piece 31 connected to one end of the side plate 12, a block 32 protruding from the sheet body, and a protruding piece A wrench 33 at the end of the body 31; the hook and the body 31 are perpendicular to each other. The cross-section of the card-shaped outer shape is in the shape of a right-angled triangle. The block end is adjacent to the side plate 12 and has a sloped shape. The block 32 is adjacent to one of the end portions of the orphan segment 23 and the straight portion 21 is perpendicular to each other. 7 M356356 The first card 211 and the second cassette 30 are locked or separated from the computer case 6 by the elastic deformation of the elastic hook 20 and the second cassette 30 to complete the assembly of the elastic bearing structure 1. Please refer to the fourth figure, which is a cross-sectional view along the section line 4-4 of the third figure. As can be seen from the figure, the positioning post 121 is disposed in the positioning hole 51, and the lateral clamping strip 1222 is clamped to the data storage. The picker 50 is pressed against the side of the data accessor 5〇. Please refer to the fifth and sixth figures respectively for the exploded view and the three-dimensional assembly diagram of the original and the fixed frame. The fixed frame 61 is provided with a plurality of through holes 611 corresponding to the first cassette 211 and corresponding blocks 32. A plurality of through holes 611 are formed, and a plurality of positioning ring walls 612 corresponding to the longitudinal clamping strips 1221 are formed on the fixing frame 61, and the longitudinal clamping strips 1221 are embedded in the positioning ring walls 612. ° '^ Refer to the seventh to ninth diagrams, which are respectively the sectional diagram of the sixth diagram along the section line 7-7. The actuation state diagram (1), the actuation state diagram (2) and the actuation state diagram (2), the seventh diagram For the frame 10 fixed to the fixed frame 61, the first card 2U is fastened in the through hole 611, and the second block 3 is clamped in the beacon hole 611; In the figure, when the frame is removed from the fixing frame 61, the elastic hook 2 is pulled first to cause elastic deformation, and the first card 211 is displaced due to the elastic deformation of the elastic hook 2〇, The through hole 611 (four); then, the plate of the second bar 3 is pulled to cause the sheet 31 to elastically deform, and the block 32 is displaced to be separated from the through hole. When the first cassette 211 is separated from the through hole 6U, and the card 8 M356356 block 32 of the second cassette 3 is separated from the other side through hole 611, the elastic pull hook 20 is directly pulled = (4) H) the fixing frame 61 is pulled out outward. Thus, the elastic load-bearing structure 1 equipped with the data accessor 50 and the computer case 60 are detached; and the elastic load-bearing structure is required! It is only necessary to insert the frame into the fixing frame 61 so that the first cassette 211 and the second card are respectively inserted into the through holes. The above-mentioned elastic carrier for the data accessor created by the stomach, the structure has industrial advantages, novelty and progress, and the creation | = has not been seen in similar products and public use, fully in line with The application for a new patent is filed in accordance with the Patent Law. [Picture first map second map third map fourth map fifth map sixth map seventh map (-) eighth map
圖 九三 第 C 簡單說明】 係本創作裝設於電腦機箱之立體外觀圖。 係本創作與資料存取器之立體分解圖。 係本創作與資料存取器之立體組裝圖。 係第二圖沿剖面線4—4之剖視圖。 係本創作與固定框架之立體分解圖。 係本創作與固定框架之立體組製圖。 係第六圖沿剖面線7_7之剖視作動狀態圖 〇 係第六圖沿剖面線7—7之剖視作動狀態圖 係第六圖沿剖面線7—7之剖視作動狀態圖 9 M356356Figure 九三 C Simple Description This is a three-dimensional appearance of the computer installed in the computer case. This is an exploded view of the creation and data accessor. It is a three-dimensional assembly diagram of the creation and data accessor. A cross-sectional view of the second figure along section line 4-4. An exploded view of the creation and the fixed frame. A three-dimensional group diagram of the creation and the fixed frame. Figure 6 is a cross-sectional view of the cross-sectional line 7_7. 〇 Figure 6 is a cross-sectional view of the cross-sectional line 7-7. Figure 6 is a cross-sectional view of the cross-sectional line 7-7.
【主要元件符號說明】 1 彈性承載結構 10 框體 11 底板 111 固定柱 12 邊板 121 定位柱 122 炎掣構件 1221 縱向夾掣條 1222 橫向夾掣條 1223 緩衝槽 123 穿孔 20 彈性拉勾 21 平直段 211 第一卡榫 22 傾斜段 23 孤形段 30 第二卡榫 31 片體 32 卡塊 33 扳勾 50 資料存取器 51 定位孔 b 容置空間 50 資料存取器 51 定位孔 60 電腦機箱 61 固定框架 611 卡固孔 612 定位環牆 b 容置空間 10[Main component symbol description] 1 Elastic load-bearing structure 10 Frame 11 Base plate 111 Fixing column 12 Side plate 121 Positioning post 122 Inflammatory member 1221 Longitudinal clamping strip 1222 Horizontal clamping strip 1223 Buffer groove 123 Perforation 20 Elastic pull hook 21 Straight Segment 211 first cassette 22 inclined section 23 orphan section 30 second cassette 31 sheet 32 block 33 wrench 50 data accessor 51 positioning hole b accommodation space 50 data accessor 51 positioning hole 60 computer case 61 fixing frame 611 fastening hole 612 positioning ring wall b accommodation space 10