M400186 五、新型說明： 【新型所屬之技術領域】 一種硬碟固定架，用以承裝一硬碟裝置，並組設於 一電腦機殼中的相對應位置，本創作尤指一種可滿足使 用者對於硬碟裝置的數量需求，並達到有效利用電腦機 殼内部空間的硬碟固定架。M400186 V. New description: [New technical field] A hard disk holder for holding a hard disk device and set in a corresponding position in a computer case. This creation is especially suitable for use. For the number of hard disk devices, and to achieve a hard disk holder that effectively utilizes the internal space of the computer case.
【先前技術】 一般的電腦主機，其内部係由多種電子裝置所組構 而成，例如主機板、顯示卡、硬碟裝置等等，而硬碟裝 置係為儲存電子資料的重要電子裝置之一，在資訊爆炸 的時代裡’現代人無論在工作或生活上，都逐漸將其所 需的資訊電子&，因此，電子f料的數量—增加時可[Prior Art] A general computer mainframe is internally composed of a plurality of electronic devices, such as a motherboard, a display card, a hard disk device, etc., and the hard disk device is one of important electronic devices for storing electronic materials. In the era of information explosion, 'modern people gradually get the information they need, whether they are at work or in life. Therefore, the number of electronic materials can be increased.
供電子資料儲存的硬碟裝置即顯重要了，因此，一台電 腦主機内裝設的硬碟裝置數量，即相對隨著電子資料的 數量而增加；請參閱「第i圖」，圖中所示係為習知的電 腦機殼之立體外觀圖’如圖中所示的一習知的電腦機殼 10,在機殼内部係預先成型或組裝有數個組設槽1〇1，可 供以數個硬碟裝置u ;由本圖所示的電腦機殼可知， 其預先成型或組設的組設槽101，僅可供固定數量的硬碟 裝置11組設’藉此，使用者可在電腦機豸10内部所組 裝的硬碟裝置11數量即受到了限制；再者，由於組設槽 11係為模組化的構件’並直接成型或利用其他組構方式 組裝於《機叛10内部’當使用者組裝的硬碟裝置η 3 M400186 數量較少時，其剩餘的硬碟組設# 1〇1㈣態下 閒置狀態’並在常態下佔去電腦機殼iq内部的空間= 成電腦機殼1 〇内部介門从力路 +… ^ |二間的浪費，亦對電腦機殼1〇 的空氣對流產生影響 〇1 使1：細機设内部的空間無法有 達到最佳化的利用，妨 " 故，此種組设硬碟裝置的方式， 具有改善空間。 5The hard disk device for electronic data storage is of great importance. Therefore, the number of hard disk devices installed in a computer mainframe increases relative to the number of electronic data; please refer to "i", in the figure The display is a stereoscopic appearance of a conventional computer casing. A conventional computer casing 10 as shown in the figure is pre-formed or assembled with a plurality of grouping grooves 1〇1 in the casing. A plurality of hard disk devices u; as can be seen from the computer case shown in the figure, the pre-formed or assembled set of slots 101 can only be set up for a fixed number of hard disk devices 11 'by this, the user can be in the computer The number of hard disk devices 11 assembled inside the casing 10 is limited; in addition, since the grouping grooves 11 are modularized members' and directly formed or assembled by other structures in the "insurance 10 internal" When the number of hard disk devices η 3 M400186 assembled by the user is small, the remaining hard disk sets the idle state in the #1〇1 (four) state and occupy the space inside the computer case iq under normal state = into a computer case 1 〇Internal door from the force road +... ^ | Two wastes, also on the computer Shell air convection 1〇 make an impact 〇1 1: Fine space provided inside the machine has not to optimize the utilization of harm " so that such groups provided Drive apparatus embodiment has a room for improvement. 5
L新型円答JL new style answer J
有鑑於上述的問題’本創作者係以多年來從事相關 產品設計的經驗，針對電腦機殼與硬碟裝置之間的— 方式，進行相關的分析及研究，期能找出更適切的解決 方案’緣此，本創作主要的目的在於提供一種可依照使 用者需求來增加或減少硬碟裝置數量，藉以有效將電腦 機殼内部的空間利用達到最佳化的硬碟固定架。 為達上述目的，本創作之硬碟固定架，其主要係在In view of the above problems, the creator has been involved in the design of related products for many years, and has carried out relevant analysis and research on the way between the computer case and the hard disk device, so as to find a more suitable solution. For this reason, the main purpose of this creation is to provide a hard disk holder that can increase or decrease the number of hard disk devices according to user needs, thereby effectively optimizing the space utilization inside the computer case. In order to achieve the above objectives, the hard disk holder of the present invention is mainly
一承載座的兩側，分別成型有-對接部，在硬碟裂置盘 硬碟固定架完成固定後，使用者 另-硬碟固定架的兩側放置於兩對接部之間再利用螺 合的方式將兩硬碟固定架完成組合固定，並組設於一電 恥機成之中相對應的位置上，藉此，使用者可依據使用 需未自/增加或減少硬碟裝置的數量，並可達到有效利 用電腦機设内部空間之目的。 為使貴審查委員能清楚了解本創作之内容，僅以下 列說明搭配圖示，敬請參閱。 4 【實施方式】 請參閱「第2圖」，圊中所示係為本創作之立體外觀 圖’如圖中所示的硬碟固定架20，其主要係具有一承載 座2 01，此承載座2 01的平面上係可成型有複數個透孔 2011以增加散熱效用，且其兩側分別折彎成型一擋牆 (202、202’ ）’在兩擋牆（202、202’ ）平面上係成型有 數個螺孔2021及硬碟固定孔2022，且硬碟固定孔2022 係成型有一卡設部2023 ’再者’兩擋牆（202 ' 202’ ）的 上端’係向外延伸成型有一略呈L型的對接部203，並在 對接部203平面上，成型有一個以上的對接孔2031，且 兩對接部203之間的寬度，係略大於兩擋牆（2〇2、202，） 之間的寬度。 請參閱「第3圖」’圖中所示係為本創作之實施示意 圖（一）’本創作於實施時’係預先將圖中所示的一硬碟 裝置30放置於承載座201的平面上，並使硬碟裝置3〇 側邊的螺孔301相對應於硬碟固定孔2〇22，再將數個固 定件302穿過硬碟固定孔2022組設於螺孔301上，使硬 碟裝置30兩側的固定件302相對應卡設於硬碟固定孔 2022内，並順向從硬碟固定孔2〇22滑至末端的卡設部 2023，而固定件302因略具有彈性，故在常態下係會卡 設於卡設部2023中形成定位，使硬碟裝置3〇在常態下 固定於硬碟固定架20中，而硬碟固定架2〇與硬碟裝置 3〇完成固定組設之態樣，即如「第4圖」所示，圖中所 示係為本創作之組合完成示意圖。 請參閱「第5圖」，圖中所示係為本創作之實施示意 圖（二）’承上所述’本創作係可則堆疊的方式，進一 步將數個承載有硬碟裝置3〇的硬碟固定架2q進㈣叠 組設，如本圖中所示的硬碟固定架（2〇、2〇，），其兩者 組設時，係預先將硬碟固定帛2〇、底部置於硬碟固定 架20的兩對接# 203之間’並使硬碟固定$ 2〇，的兩側 的數個螺孔2 0 21 ’相對應於硬碟固定架2 〇兩側的對接孔 顯，再利用數支螺絲21穿設硬碟固^2()的對接孔 2031後，與硬碟固定架20’的螺孔2〇21完成螺合使 硬碟固定架20常態下堆疊且螺合固定於硬碟固定架2〇 的上方，又，其完成組設後，在兩硬碟固定架（、別，） 之間係會形成有一空隙D’可供以機殼内部的氣流流通， 以增加硬碟的散熱效果：再者，硬碟固定架2〇，亦可重 複上述方式與另一承載有硬碟裝置的硬碟固定架完成堆 疊組設’其方法同於上述組合方式，在此不於贅述，承 上所述，使用者可依據本身對於硬碟裝置3〇數量的需 求’將數個承載有硬碟裝置3 0的硬碟固定架2 〇進行堆 疊，並在堆疊後，自行組裝於一電腦機殼内相對應的位 置’使電腦機殼内部的空間可達到最佳化的配置及利用。 請參閱「第6圖」’圖中所示係為本創作之另一實施 例（一），如圖中所示的一架體22，其係在一底部221的 平面上，成型有數個透孔222，可供以增加散熱效用，且 在底部221的兩側，係分別彎祈成型有一第一擋牆223， M400186 - 而在第一擋牆223的平面上係成型有數個螺孔2231，又， - 第一擋牆223的上端，係彎折成型有一第二擋牆224,且 第二擋牆224的兩端，係分別延伸成型有一組設部2241; 再者，架體22係可進一步組設於硬碟固定架20,其組設 . 時，係預先將架體22的底部221置於硬碟固定架2〇的 兩擋牆（202 ' 202，）之間，並使架體22兩側的數個螺孔 2231，分別相對應於硬碟固定架2〇兩側的數個對接孔 鲁 2031，再利用數支螺絲21穿過對接孔2031與螺孔2231 完成螺合固定，使架體22常態下與硬碟固定架2〇形成 一體；再請搭配參照「第7圖」，圖中所示係為本創作之 貫細•例（）之實化示意圖，如圖中所示的一電腦機殼 - 31，在機殼的其中一側邊，係對應於架體22的各組設部 - 2241，分別成型有數個相對組設部3Π，可供架體22螺 合組設於機殼側邊，藉此，當架體22與承載有硬碟裝置 30的硬碟固定架20完成固定組設後，可直接組裝於電腦 • 機殼31側邊的相對組設部311，使架體22所組設的硬碟 固定架20常態下容置於電腦機殼31内部，供使用者可 依據電腦機殼31内部的容置空間大小，來搭配組設硬碟 裝置30。 ' 請參閱「第8圖」，圖中所示係為本創作之另一實施 例（二），如圖中所示的電腦機殼31，在機殼的内部底面 係預先成型或組設有兩底座312，在底座312的其中—側 . 係成型有數個螺孔3121，且兩底座312之間的距離，係 ’ 略小於硬碟固定架20兩側對接部203之間的距離，藉 7 M400186 此’兩底座312在甲態下係可卡設於兩對接部2 〇 3之間， - 並利用數支螺絲21穿設對接孔2031與底座312的螺孔 3121完成固定螺合，使硬碟固定架2〇常態下可固定於電 _ 腦機殼31内部。 . 請參閱「第9圖」，圖中所示係為本創作之另一實施 例（三），為充分利用機殼内部的空間，本創作所稱的架 體22，係可進一步在底部221成型有數個透孔22u，藉 ^ 由架體22的兩第一擋牆223之間係形成有一容置空間 2212，可供一體積較小的硬碟裝置32 (例如2 5吋規格 的硬碟）放置後，再利用數支螺絲21由底部221的下方 穿過透孔2211後，相對螺合於硬碟裝置32底部具有的 - 螺孔，使硬碟裝置32在常態下固定於架體22的容置空 - 間2212中。 如上所述本創作其據以實施後，藉由硬碟固定架 兩側所成型的對接部，可有效與另一硬碟固定架兩側的 • 螺孔完成螺合固定’使硬碟裝置可依使用者所需求的數 量自行堆叠，確實可達到提供—種可依照使用者需求來 • 增加或減少硬碟裝置數量，藉以有效將電腦機殼内部的 空間利用達到最佳化的硬碟固定架之目的。 唯以上所述者，僅為本創作之較佳之實施例而已， 並非用以限定本創作實施之範圍；任何熟習此技藝者， i 纟不脫離本創作之精神與範圍下所作之均等變化與修 ^ 飾，皆應涵蓋於本創作之專利範圍内。 ， 綜上所述，本創作之功效，係具有㈣之「產業可 8 M400186 利用性」、「新穎性」與「進步性」等專利要件；申請 爰依專利法之規定，向 鈞局提起新型專利之申請。 M400186 圖式簡單說明】 第1圖 第2圖 第3圖 第4圖 為習知的電腦機殼之立體外觀圖。 為本創作之立體外觀圖。 為本創作之實施示意圖（一）。 為本創作之組合完成示意圖。 第5 圖 ，為本創作之實施示意圖（ 二）。 第6 圖 ，為本創作之另 一實施例（ 一）。 第7 圖 ，為本創作之實施例（一） 之實施不意圖 第8 圖 ，為本創作之另 一實施例（ 二）。 第9 圖 ，為本創作之另 一實施例（三）。 主要元件符號說明】 10 電腦機殼 101 組設槽 11 硬碟裝置 20 硬碟固定架 20’ 硬碟固定架 201 承載座 202 擋牆 2011 透孔 202’ 擔牆 203 對接部 2021 螺孔 2031 對接孔 2022 硬碟固定孔 2023 卡設部 21 螺絲 22 架體 10 M400186 221 底部 222 透孔 2211 透孔 224 第二擋牆 2212 容置空間 2241 組設部 223 第一擋牆 2231 螺孔 30 硬碟裝置 301 螺孔 302 固定件 31 電腦機殼 312 底座 311 相對組設部 3121 螺孔 D 空隙 11Abutting portion is formed on both sides of a carrier, and after the hard disk fixing disk hard disk fixing frame is fixed, the two sides of the user's other hard disk fixing frame are placed between the two butting portions and then screwed together. The two hard disk holders are assembled and fixed in a corresponding position in a shame machine, whereby the user can increase/decrease or reduce the number of hard disk devices according to the use. It can also achieve the purpose of effectively utilizing the internal space of the computer. In order for your review board to have a clear understanding of the content of this creation, please refer to the following list for illustrations. 4 [Embodiment] Please refer to "Fig. 2", which is a three-dimensional appearance of the creation. The hard disk holder 20 shown in the figure mainly has a carrier 20, which carries A plurality of through holes 2011 may be formed on the plane of the seat 2 01 to increase the heat dissipation effect, and the two sides are respectively bent and formed into a retaining wall (202, 202')' on the plane of the two retaining walls (202, 202'). The plurality of screw holes 2021 and the hard disk fixing holes 2022 are formed, and the hard disk fixing holes 2022 are formed with a locking portion 2023. The upper end of the two retaining walls (202 '202') is outwardly formed and has a slight shape. The L-shaped abutting portion 203 is formed on the plane of the abutting portion 203, and more than one butting hole 2031 is formed, and the width between the two abutting portions 203 is slightly larger than the two retaining walls (2〇2, 202,). The width between the two. Please refer to "Fig. 3". The figure is a schematic diagram of the implementation of the creation. (1) 'This creation is implemented'. A hard disk device 30 shown in the figure is placed on the plane of the carrier 201 in advance. And the screw holes 301 of the side of the hard disk device 3 are corresponding to the hard disk fixing holes 2 〇 22, and then the plurality of fixing members 302 are disposed on the screw holes 301 through the hard disk fixing holes 2022 to make the hard disk device The fixing members 302 on both sides of the 30 are correspondingly disposed in the hard disk fixing holes 2022, and slide from the hard disk fixing holes 2〇22 to the locking portions 2023 at the ends, and the fixing member 302 is slightly elastic, so Normally, the system is positioned in the latching portion 2023 to form a positioning, so that the hard disk device 3 is fixed in the hard disk holder 20 in a normal state, and the hard disk holder 2 and the hard disk device 3 are fixedly assembled. In the same way, as shown in Figure 4, the figure shows the completion of the combination of the creation. Please refer to "figure 5", which is a schematic diagram of the implementation of this creation (2) 'contains the above', the creative system can be stacked, and further several hard drives carrying 3 hard drives The disc holder 2q is set in four (4) stacks, such as the hard disk holder (2〇, 2〇,) shown in the figure. When the two are assembled, the hard disk is fixed in the front and the bottom is placed. A plurality of screw holes 2 0 21 ' on both sides of the hard disk holder 2 are corresponding to the two sides of the hard disk holder 20, and the hard disk is fixed by $2, and the two holes on the two sides of the hard disk holder 2 are corresponding to each other. After the plurality of screws 21 are used to pass through the mating holes 2031 of the hard disk holder 2, the screw holes 2〇21 of the hard disk holder 20' are screwed together, so that the hard disk holder 20 is normally stacked and screwed. Above the hard disk holder 2 ,, and after the assembly is completed, a gap D' is formed between the two hard disk holders (and other parts) to allow airflow inside the casing to increase The heat dissipation effect of the hard disk: In addition, the hard disk holder is 2 〇, and the stacking group can be completed by repeating the above method and another hard disk holder carrying the hard disk device. 'The method is the same as the above combination, and will not be described here. As described above, the user can set several hard disk holders carrying the hard disk device 30 according to the demand for the number of hard disk devices. 2 〇 Stacking, and after stacking, self-assembling in a corresponding position in a computer case' enables the optimal space and space of the computer case. Please refer to "Fig. 6". The figure shows another embodiment (1) of the present invention. A frame 22 is shown in the figure, which is formed on a plane of the bottom 221 and is formed with a plurality of transparent shapes. The holes 222 are provided for increasing the heat dissipation effect, and on the two sides of the bottom portion 221, a first retaining wall 223, M400186 is formed, and a plurality of screw holes 2231 are formed on the plane of the first retaining wall 223. Further, the upper end of the first retaining wall 223 is formed with a second retaining wall 224, and the two ends of the second retaining wall 224 are respectively formed with a set of portions 2241; Further disposed in the hard disk holder 20, when the assembly is set, the bottom portion 221 of the frame body 22 is placed between the two retaining walls (202 '202,) of the hard disk holder 2〇, and the frame body is A plurality of screw holes 2231 on both sides of the 22 are respectively corresponding to the plurality of butting holes 2031 on both sides of the hard disk holder 2, and then the plurality of screws 21 are passed through the matching holes 2031 and the screw holes 2231 to be screwed and fixed. The frame body 22 is formed integrally with the hard disk holder 2〇 in the normal state; please refer to the "Fig. 7" together with the figure shown in the figure. A schematic diagram of the actualization of the example (), as shown in the figure, a computer casing - 31, on one side of the casing, corresponding to each assembly portion - 2241 of the frame 22, respectively formed with several relative groups The frame portion 3 is configured to be screwed to the side of the casing, whereby the frame body 22 and the hard disk holder 20 carrying the hard disk device 30 are fixedly assembled, and can be directly assembled to the computer. The opposite assembly portion 311 of the side of the casing 31 allows the hard disk holder 20 of the frame 22 to be normally placed inside the computer casing 31 for the user to accommodate according to the inside of the computer casing 31. The size of the space is matched with the hard disk device 30. 'Please refer to Figure 8, which is another embodiment (2) of the present invention. The computer case 31 shown in the figure is pre-formed or assembled on the inner bottom surface of the casing. The two bases 312 are formed with a plurality of screw holes 3121 in the middle side of the base 312, and the distance between the two bases 312 is slightly smaller than the distance between the two opposite sides of the hard disk holder 20, by 7 M400186 The two bases 312 can be clamped between the two butt joints 2 〇3 in the state of the bottom, and the plurality of screws 21 are used to pass through the screw holes 3121 of the base hole 203 and the base 312 to complete the screwing. The disc holder 2 can be fixed inside the electric brain case 31 in a normal state. Please refer to "Fig. 9", which is another embodiment (3) of this creation. In order to make full use of the space inside the casing, the frame 22 referred to in this creation can be further at the bottom 221 A plurality of through holes 22u are formed, and an accommodating space 2212 is formed between the two first retaining walls 223 of the frame body 22 for a small-sized hard disk device 32 (for example, a 25-inch hard disk) After being placed, the screw 21 is passed through the through hole 2211 from the bottom of the bottom portion 221, and is screwed to the screw hole provided at the bottom of the hard disk device 32, so that the hard disk device 32 is fixed to the frame 22 in a normal state. The space is accommodated - between 2212. After the implementation of the present invention, the mating portions formed on both sides of the hard disk holder can be effectively screwed to the screw holes on both sides of the other hard disk holder. Stacking according to the number of users' needs, it is indeed possible to provide a hard disk holder that can be used to optimize the space utilization inside the computer case by increasing or decreasing the number of hard disk devices according to user requirements. The purpose. The above is only the preferred embodiment of the present invention and is not intended to limit the scope of the present invention; any skilled person skilled in the art, i does not deviate from the equivalent changes and modifications made under the spirit and scope of the present creation. ^ Decorations should be covered by the scope of this creation patent. In summary, the effectiveness of this creation is in accordance with (4) the patent requirements of “Industry 8 M400186 Utilization”, “Newness” and “Progressiveness”; the application is filed in accordance with the provisions of the Patent Law. Patent application. M400186 Schematic description of the figure] Fig. 1 Fig. 2 Fig. 3 Fig. 4 is a three-dimensional appearance of a conventional computer case. A three-dimensional appearance of the creation. A schematic diagram of the implementation of this creation (1). A schematic diagram of the combination of the creations. Figure 5 is a schematic diagram of the implementation of the creation (2). Figure 6 is another embodiment (1) of the present creation. Fig. 7 is a view showing the implementation of the embodiment (I) of the present invention, which is not intended to be an eighth embodiment, and is another embodiment (2) of the present invention. Figure 9 is another embodiment (3) of the present creation. Main component symbol description] 10 Computer case 101 Set slot 11 Hard disk device 20 Hard disk holder 20' Hard disk holder 201 Carrier 202 Retaining wall 2011 Through hole 202' Wall 203 Butt joint 2021 Screw hole 2031 Counter hole 2022 Hard disk fixing hole 2023 Locating part 21 Screw 22 Frame body 10 M400186 221 Bottom 222 Through hole 2211 Through hole 224 Second retaining wall 2212 accommodating space 2241 Assembly part 223 First retaining wall 2231 Screw hole 30 Hard disk device 301 Screw hole 302 Fixing piece 31 Computer case 312 Base 311 Relative set part 3121 Screw hole D Space 11