M335714 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種移動式硬碟抽取盒之自動裝卸襄 置，尤指一種直接按壓硬碟之外端面，便可使硬碟自抽取 .盒體中自動退出之裝卸裝置。 【先前技術】 按，一般傳統式應用於桌上型電腦或筆記型電腦之硬 ⑩碟裝卸裝置，主要係可以擴充電腦儲存的容量；參閲第八 圖所示，抽取盒100内部係安裝有硬碟A，抽取盒1〇〇旁側 之凹槽101内係安裝有推桿102,該推桿1〇2 一端係突出抽 取盒100外侧，推桿102另一端之結構形體，目前係有二 種型式最是被廣為運用，其中一種型式即如第九圖所示， 推桿102銜接一擺動桿1〇3,擺動桿1〇3 —端抵靠滑板104 後端；另一種型式即如第十圖所示，推桿1〇2另端之齒桿 1021與一齒輪105嚙接，該齒輪105又與其旁侧滑板1〇6 之齒桿1061相嚙接，該滑板104、106之上端面係可供硬 碟A擺置；當使用者欲拿取硬碟a時，係可如箭頭所示， 按壓推桿102,令推桿102向内位移，藉由擺動桿1〇3或齒 輪105所產生的反向力量進而推動硬碟A退出抽取盒1〇〇, ，以方便拿取硬碟A;然而上述習用的裝卸裝置，卻具^若干 •的缺點，兹--列舉如下： ’、 1、 不論第九圖之擺動桿式或第十圖之齒輪式裝卸裝置， 皆會在抽取盒1〇〇外觀上留有突出外觀的推桿1〇2， 並不利於生產裝箱作業。 2、 使用時，必須藉助使用者自身力量產生反向推動硬碟 5 M335714M335714 VIII, new description: [New technical field] This creation is about a mobile hard disk extraction box automatic loading and unloading device, especially a direct pressing of the outer surface of the hard disk, you can make the hard disk self-extraction. The loading and unloading device that automatically withdraws from the box. [Prior Art] Press, the traditional one is applied to the hard 10-disc loading and unloading device of a desktop computer or a notebook computer, which mainly expands the storage capacity of the computer; as shown in the eighth figure, the inside of the extraction box 100 is installed. The hard disk A, the recess 101 of the side of the extraction box 1 is mounted with a push rod 102. One end of the push rod 1〇2 protrudes from the outer side of the extraction box 100, and the other end of the push rod 102 has a structural shape. The type is most widely used, one of which is as shown in the ninth figure, the push rod 102 is connected to a swinging rod 1〇3, the end of the swinging rod 1〇3 is abutted against the rear end of the sliding plate 104; the other type is As shown in the tenth figure, the other end of the push rod 1〇2 is engaged with a gear 105, which in turn meshes with the rack 1061 of the side slide 1〇6, above the slide 104, 106. The end face can be placed on the hard disk A; when the user wants to take the hard disk a, the push rod 102 can be pressed as shown by the arrow to displace the push rod 102 inwardly, by swinging the lever 1〇3 or the gear The reverse force generated by 105 further pushes the hard disk A out of the extraction box 1 〇〇 to facilitate the taking of the hard disk A; The loading and unloading device has the disadvantages of several. It is listed as follows: ', 1. Regardless of the oscillating lever type of the ninth diagram or the gear loading and unloading device of the tenth figure, the appearance of the extraction box 1 留 will remain. The putter 1〇2 with outstanding appearance is not conducive to the production of packing operations. 2. When using, you must use the user's own power to generate a reverse drive hard disk. 5 M335714
A卸載的力量，容易造成移動時硬碟a在脫離抽取盒 100之行程受限，例如當推桿102推入1〇咖，則硬^ A即僅退出抽取盒100外侧10讓處。 3、 再者，第九圖所示之擺動桿式裝卸裝置，其推桿1〇2 作動行程須考量力臂長短所造成的移動間硬碟A退出 抽取盒100行程長度問題，此行程須按擺動桿1〇3施 力臂與受力臂長度比做計算，但因硬碟A底座尺寸為 目前桌上型機箱體抽取盒100所共用原1.44MB教榉拖 •的空間，致使擺動請長度設計空間受限= 於使用者的拿取。 4、 另，有些橫桿式裝卸裝置，在硬碟A置入時，必須讓 硬碟A先行突出抽取盒1〇〇外侧，造成電腦機殼外觀 上的突出，而不利於包裝運輸成本者。 本創作人有鑑於此，累積從事此行業多年之經驗乃 精心研究並再三測試改良’如今終於創作出一種新型之移 動硬碟抽取盒自動裝卸裝置’可以摒除習用產品缺點，以 響增進功效者。 【新型内容】 緣，，本創作之主要目的在於提供—種移動式硬碟抽 山息之冑裝卸裝置’主要係為一種可直接按廢硬碟之外 ::二使硬碟自行退出抽取盒之裝置，由於此褒置於 =取益外觀上並未有突出任何的推桿物件，因此較利 產裝箱作業，以節省包裝運輸成本者。 、 為了^讓*審查委員對本創作有更進一步的了解兹 佐以圖式詳細說明本創作如下·· 【實施方式】 6 M335714 請參閱第一圖所示，本創作僅須輕推硬碟A之外端面 A1，即可將硬碟a退出抽取盒10外；配合第二圖所示，抽 取盒10前侧係具有一穿孔11可供硬碟A插入抽取盒1〇 内，配合第三圖所示，抽取盒10内部係安裝有滑板2〇、推 板30、卡勾40及二彈簧50等裝卸裝置；抽取盒1〇底部具 有滑軌12可供滑板20底部之滑塊21滑動，滑板20中央 具卡板22可限位在抽取盒1〇之壓條13前侧，滑板2〇後 侧兩端並具擋板23可推動擋置硬碟A，擋板23後方兩侧部 位为別抵套於彈簧50 —端，滑板20後侧具二拖動勾24， 拖動勾24 —端具卡塊241以與推板30之定位凸點彈片33 卡接，其中一拖動勾24旁侧具一勾塊25，該勾塊25可與 卡勾40勾固，卡勾4〇 —端之柱孔41可供抽取盒10底部 之圓柱14穿置（如第四圖），推板3〇上之二橢圓形柱孔31 亦可供抽取盒10底部之直柱15穿置；另，推板3〇旁侧具 一推塊32可推動卡勾4〇 ; 、 參閱第四圖所示，裝卸裝置呈靜止狀態時，滑板2〇未 擠壓彈簧50，其勾塊25未勾置卡勾4〇。 參閱第五圖所示，當推動硬碟A及滑板20擠壓彈簧5〇 向内，此時滑板20之勾塊25將推動推板3〇之推塊32,利 用推塊32之推力推動卡勾40之凸塊42,卡勾4G則受力產 生旋轉傾斜的動作。如第六圖所示，由於受滑板別的推力 所致’ β板20之勾塊25即可勾固在卡勾4q前端的受勾部 位43，）卡4 40底端則受復位彈簧44的回復力量而回位； 此時’认於硬碟A尾端上的連接n係與位 上方的連接器相接通， 低尾 相關資料。 電胳主機即可正常讀取硬碟A上的 M335714 參閱第七圖所示，如欲退出硬碟A時，使用者僅須輕 推硬碟A之外端面A1並擠壓滑板20兩侧的彈簧50，使滑 板20推動推板30，推板30之推塊32並推動卡勾40之凸 塊42，使卡勾40產生旋轉運動，以鬆開滑板20之勾塊25 與卡勾40之受勾部位43，滑板20隨即受到後方兩侧彈簧 50的推力，因而可將滑板20及位於滑板20上之硬碟A同 ‘時推動產生位移；當滑板20抵達彈出預設的最後限位時， 滑板20上的拖動勾24即可拉回推板30上的定位凸點彈片 _ 33，使滑板20及硬碟A回復至如第四圖所示之最初位置， 並放鬆卡勾40復位，以靜待下回使用。 綜上所述，本創作移動式硬碟抽取盒之自動裝卸裝 置，係一種直接輕推硬碟之外端面，便可自行將硬碟退出 抽取盒之裝卸裝置，改良習用擺動桿式或齒輪式裝卸裝置 的缺點；其實用功效當無庸置疑，而本創作又從未公諸於 市或已見於其他刊物，實已符合專利法之規定，爰依法提 出專利申請之。 M335714 【圖式簡單說明】 第一圖：係本創作之外觀示意圖。 第二圖：係本創作機箱體内裝卸裝置之外觀示意圖。 第三圖··係本創作裝卸裝置之外觀結構示意圖。 第四圖：係本創作裝卸裝置靜置狀態之俯面示意圖。 第五圖：係本創作裝卸裝置移動硬碟抽取盒之俯面示意圖。 第六圖：係本創作裝卸裝置滑板上之勾塊與卡勾卡掣之俯 面示意圖。 鲁第七圖··係本創作裝卸裝置欲退出硬碟抽取盒之俯面示音 圖。 第八圖：係習用產品之外觀示意圖。 第九圖：係習用橫桿式裝卸裝置之結構示意圖。 第十圖·係習用另一種齒輪式裝卸裝置之結構示意圖。 【主要元件符號說明】 (10)抽取盒 (11)穿孔 (12)滑執 (13)壓條 (14)圓柱 (15)直柱 (20)滑板 (21)滑塊 (22)卡板 (23)擋板 (24)拖動勾 (241)卡塊 (25)勾塊 (30)推板 (31)柱孔 (32)推塊 (33)定位凸點彈片 (40)卡勾 (41)柱孔 (42)凸塊 (43)受勾部位 (44)復位彈簧 M335714 (50)彈簧 (101)凹槽 (1021)齒桿 (104)滑板 (106)滑板 (A)硬碟 (100)機箱體 (102) 推桿 (103) 擺動桿 (105)齒輪 (1061)齒桿 (A1)外端面The power of the A unloading is likely to cause the travel of the hard disk a to be separated from the extraction box 100 when the movement is restricted. For example, when the push rod 102 is pushed into the 1 coffee bean, the hard A A only exits the outside of the extraction box 100 for 10 places. 3. In addition, the oscillating lever type loading and unloading device shown in the ninth figure, the push rod 1〇2 actuation stroke must consider the length of the arm caused by the movement of the hard disk A to exit the extraction box 100 stroke length problem, the stroke must be pressed The swing lever 1〇3 force arm and the force arm length ratio are calculated, but because the size of the hard disk A base is the space of the original 1.44MB teaching and dragging unit shared by the desktop type chassis extraction box 100, the swing length is required. Limited design space = for the user to take. 4. In addition, some cross-bar loading and unloading devices must allow the hard disk A to protrude from the outer side of the casing 1 when the hard disk A is placed, which causes the appearance of the computer casing to protrude, which is not conducive to packaging and transportation costs. In view of this, the creators have accumulated years of experience in this industry and have carefully studied and repeatedly tested and improved. Nowadays, a new type of mobile hard disk extraction box automatic loading and unloading device has been created, which can eliminate the shortcomings of the conventional products and improve the efficacy. [New content] Edge, the main purpose of this creation is to provide a kind of mobile hard disk pumping mountain 胄 loading and unloading device 'mainly for one can directly press the hard disk outside:: two to make the hard disk exit the extraction box The device, because the 褒 placed on the = benefit appearance does not highlight any pusher objects, so it is more profitable to boxing operations to save packaging and transportation costs. In order to make the review committee have a better understanding of the creation, Zize elaborates on the creation as follows: [Embodiment] 6 M335714 Please refer to the first figure, this work only needs to push the hard disk A The outer end surface A1 can be used to remove the hard disk a from the outside of the extraction box 10; as shown in the second figure, the front side of the extraction box 10 has a through hole 11 for the hard disk A to be inserted into the extraction box 1 ,, in conjunction with the third figure. It is shown that the inside of the extraction box 10 is equipped with a loading and unloading device such as a sliding plate 2, a pushing plate 30, a hook 40 and two springs 50; the bottom of the drawing box 1 has a sliding rail 12 for sliding the slider 21 at the bottom of the sliding plate 20, and the sliding plate 20 The central card board 22 can be limited to the front side of the strip 13 of the extraction box 1 , and the rear end of the board 2 has a baffle 23 to push the hard disk A, and the rear sides of the baffle 23 are different. At the end of the spring 50, the rear side of the sliding plate 20 has two dragging hooks 24, and the dragging hooks 24 - end engaging blocks 241 are engaged with the positioning convex springs 33 of the push plate 30, wherein one of the dragging hooks 24 is adjacent to the side a hook block 25, the hook block 25 can be hooked with the hook 40, and the column hole 41 of the hook end of the hook can be worn by the cylinder 14 at the bottom of the drawing box 10 ( As shown in the fourth figure, the two elliptical column holes 31 on the push plate 3 are also available for the straight column 15 at the bottom of the extraction box 10; and the push plate 3 has a push block 32 on the side of the push plate to push the hook 4 、; Referring to the fourth figure, when the loading and unloading device is in a stationary state, the slider 2 does not press the spring 50, and the hook 25 does not hook the hook 4〇. Referring to the fifth figure, when pushing the hard disk A and the sliding plate 20 to press the spring 5〇 inward, the hook block 25 of the sliding plate 20 will push the pushing block 32 of the pushing plate 3, and push the card by the pushing force of the pushing block 32. The bump 42 of the hook 40 and the hook 4G are subjected to a motion of rotating and tilting. As shown in the sixth figure, the hook portion 25 of the β-plate 20 can be hooked to the hooked portion 43 at the front end of the hook 4q due to the thrust of the slider, and the bottom end of the card 4 40 is subjected to the return spring 44. Regain power and return to the position; at this time, 'the connection n on the end of the hard disk A is connected to the connector above the bit, and the low-end related data. The M335714 on the hard disk A can be read normally. Referring to the seventh figure, if you want to exit the hard disk A, the user only needs to gently push the end face A1 of the hard disk A and squeeze the sides of the sliding plate 20. The spring 50 causes the slide plate 20 to push the push plate 30, push the block 32 of the push plate 30 and push the protrusion 42 of the hook 40 to rotate the hook 40 to release the hook 25 and the hook 40 of the slide 20 With the hooked portion 43, the slide plate 20 is then subjected to the thrust of the springs 50 on the rear side, so that the slide plate 20 and the hard disk A on the slide plate 20 can be pushed and displaced when the slide plate 20 reaches the final limit of the pop-up preset. , the drag hook 24 on the skateboard 20 can pull back the positioning bump shrapnel _ 33 on the push plate 30, returning the slide plate 20 and the hard disk A to the initial position as shown in the fourth figure, and relaxing the hook 40 reset To wait for the next time to use. In summary, the automatic loading and unloading device of the mobile hard disk extraction box of the present invention is a loading and unloading device for directly pushing the hard disk out of the extraction box by directly pushing the outer end surface of the hard disk, and improving the conventional swinging rod type or gear type. The shortcomings of the loading and unloading device; its practical effect is undoubted, and this creation has never been disclosed to the city or has been seen in other publications, it has already met the provisions of the Patent Law, and has filed a patent application according to law. M335714 [Simple description of the diagram] The first picture: a schematic diagram of the appearance of the creation. The second picture shows the appearance of the loading and unloading device in the body of the notebook. The third figure is a schematic diagram of the appearance of the original loading and unloading device. The fourth picture is a schematic view of the elevation of the creative loading and unloading device. Fig. 5 is a schematic view showing the plane of the moving hard disk extraction box of the creative loading and unloading device. Figure 6 is a schematic view of the hook of the hook of the creative loading and unloading device and the hook of the hook. The seventh figure of Lu is the picture of the surface of the hard disk extraction box. Figure 8: Schematic diagram of the appearance of the product. Figure IX: Schematic diagram of the structure of the conventional crossbar loading and unloading device. Fig. 10 is a schematic view showing the structure of another gear type loading and unloading device. [Description of main component symbols] (10) Extraction box (11) Perforation (12) Slipper (13) Bead (14) Cylinder (15) Straight column (20) Slider (21) Slider (22) Card (23) Baffle (24) Drag hook (241) Block (25) Hook block (30) Push plate (31) Column hole (32) Push block (33) Positioning bump shrapnel (40) Hook (41) Column hole (42) Bump (43) Hooked part (44) Reset spring M335714 (50) Spring (101) Groove (1021) Boom (104) Slider (106) Slider (A) Hard disk (100) Case body ( 102) push rod (103) swing rod (105) gear (1061) tooth rod (A1) outer end surface