M375688 五、新型說明： 【新型所屬之技術領域】 一種媒體儲雜’尤指可科儲存爾辟媒體之 【先前技術】 肌 按，隨著電子產品的推陳出新，如電腦、數仙機、數位攝 -影機…等’已成為人們生活中不可或缺之產品，然:而此類電子產 -品大多利用儲存媒體，作為資料之保存或交換使用，而目前使用 #量最大之儲存媒體為記憶卡以及光碟片，由於光碟片之體積較 大’因此在保存上比較不容易遺失，但記憶卡_體積較小，再 保存或使用時常常會遺失，且記憶卡於保存時必須收納於各體 内’而增加了保存㈣之制，也增加了盒體之成本，是以，要 如何可讓錢者贿低之絲以及較少之保存郎來保存儲存媒 體，並不易遺失，即為相關業者所亟欲研究發展之課題。 【新型内容】 本創作之主要目的乃在於，利用媒體儲存盒同時儲存光碟片 -以及記憶卡，以可降低使用者保存光碟片以及記憶卡所需之成 本，且體積較小之記憶卡與體積較大之光碟片同時儲存，可使記 憶卡不易遺失。 “為紅述目的’本創作之媒體儲存盒係設置有底座以及上 蓋，且上蓋-側邊為連接於底座一侧，使上蓋可翻掀或蓋合於底 座二而底座之内表面向上延設有定她，且内表面於定位柱外側 凸設有抵持部，並於底座之内表面為於抵持料側設置凸設有定 3 M375688 位部，且定位部之高度為低於抵持部之高度，而定位部具有複數 定位凸塊’並使複數定位凸塊界定出一定位空間。 【實施方式】 請參閱第一圖與第二圖所示，由圖中可清楚看出，本創作係 設置有媒體儲存盒1及複數定位部2，其中： 該媒體儲存盒1係設置有底座i i以及上蓋i 2，且上蓋工 '2之一側邊為連接於底座11一側，使上蓋i 2可翻掀或蓋合於 鲁底座11，而上蓋12於蓋合底座11時，其二者之間為會產生 谷置空間13，而底座11之内表面向上延設有定位柱丄丄工， 且内表面於定位柱111外側凸設有抵持部112，並於上蓋1 2之内表面於相對定位柱i i i外侧凸設有抵壓部i 2工。 該定位部2係於底座11之抵持部112外侧，由底座11 之内表面向上凸設，且定位部2之高度為低於抵持部χ丄2之高 度’而定位部2具有複數定位凸塊21，並使複數定位凸塊2丄 修-^出-定位空間22，而複數定位凸塊21為於其中一組相對 疋位凸塊21上緣，分別朝向定位空間2 2内延伸有定位凸緣2 11° 〜藉上，當使用者於使用媒體儲存盒1時，為先將記憶卡3置 疋位2之定位空間2 2内，而於記憶卡3置入定位空間2 2 時’記憶卡3為會推動定位部2之定位凸緣2丨i，俾使定位凸 塊2 1略騎性變形，且當記憶衫完全進人定位空間u後， i彈欧變形之々位凸塊2丄所設置的定位凸緣211為會失去抵 4 持，進而恢復至原位，使定位凸緣2 i i位於記憶卡3表面且 因複數定位凸塊21記憶卡3進入定位空間2 2後，記憶卡3周 緣為會受定位凸塊2 1限制，因此記針3可穩固的定位於定位 空間2 2内；續將光碟片4置入底座11，並使光碟片4之定位 孔41穿人底座1!之定位柱χi，而讓光碟片4底面底靠於 抵持部112表面，由於抵持部112之高度為高於定位部2， 所以光碟片4底面不會與定位部2以及定位空間2 2内所定位之 記憶卡3形成雜’造成光劍4絲面產生損傷，藉此，即可 使媒體儲存盒1同時儲存記憶卡3以及光碟片4。 凊參閱第二圖及第三圖所示，由圖中可清楚看出，本創作係 設置有媒體儲存盒1及複數定位部2，其中： 該媒體儲存盒1係設置有底座i i以及上蓋i 2，且上蓋工 2之-侧邊為連接於底座丄丄—侧，使上蓋丄2可翻掀或蓋合於 底座11，而上蓋12於蓋合底1i時，其二者之間為會產生容 置空間1 3，而底座1 1之内表面向上延設有歧柱i i丄，且 内表面於定位柱111外側凸設有抵持部112，並於上蓋12 之内表面於相對定位柱111外側凸設有抵壓部i 2工。 該定位部2係於上蓋12之抵壓部121外側，由上蓋12 之内表面向上凸設，且定位部2之高度為低於抵壓部i 2卫之高 度，而定位部2具有複數定位凸塊2!，並使複數定位凸塊2丄 界疋出—定位空間22，而複數定位凸塊21為於其中-組相對 定位凸塊21上緣，分別朝向定位空間2 2内延伸有定位凸緣2 藉上，當使用者於使用媒體儲存幻時，為將記憶卡3置入 ^12内表面所設置之定位部2的定位空間2 2内而光碟片 底座11，並使光碟片4之定位孔4!穿入底座工工之定 位柱111形成定位，如此，即可使媒體儲存盒工同時儲存記憶 卡3以及光碟片4,且因抵麼部121之高度為高於定位部/ .所以當上蓋12蓋合於底座:^時，抵壓部121為會抵墨於光 籲碟片4表面，而不會與定位部2以及定位空間2 2内所定位之記 憶卡3形成摩擦，造成光碟片4表面產生損傷。 請參閱第四圖所示，由圖中可清楚得知，該上蓋工2内表面 之抵壓β卩121外侧，以及底座1 1内表面之抵持部1 12外 側，分別設置有凸設有定位部2，俾使媒體儲存盒1可同時儲存 更多之記憶卡3。 再者’該記憶卡 SM(SmartMedia Card)-SSFDC PhysiealFbmat 會 Specification ' CF(CompactFlash Card)-AT ( Attachment Specif i cat ion)'MMC(MultiM6diaCard)_Multi Media Card System Specification ' SD(Secure Digital Memory Card)-SD MemoryCard Physical Layer Specif icat ion ' MS (Memory Stick Card)-Memory Stick Standard ForraatSpecifications…等 【圖式簡單說明】 第一圖係為本創作較佳實施例之立體外觀圖。 第二圖係為本創作定位部之局部剖視圖。 6 M375688 第三圖係為本創作再一較佳實施例之之立體外觀圖。 第四圖係為本創作又一較佳實施例之之立體外觀圖。 【主要元件符號說明】 ’ 1、媒體儲存盒 1 1、底座 111、定位柱 .112、抵持部 • 1 2、上蓋 121、抵壓部 13、容置空間 2、 定位部 21、定位凸塊 211、定位凸緣 %- 2 2、定位空間 3、 記憶卡 4、光碟片 41、定位孔 7M375688 V. New description: [New technology field] A kind of media storage, especially the science of Keke storage media. [Previous technology] Muscle press, with the innovation of electronic products, such as computer, digital machine, digital camera -Videophones, etc.' has become an indispensable product in people's lives. However, most of these electronic products use storage media as storage or exchange of data, and currently use the largest storage medium for memory. Cards and discs, because of the large size of the discs, are therefore not easy to lose in storage, but the memory card _ is small, often lost when stored or used, and the memory card must be stored in each body when it is saved. Internally, it has increased the system of preservation (4), and it has also increased the cost of the box. Therefore, how can the money holders save the money and save the storage media, and it is not easy to lose, that is, the relevant industry I want to study the subject of development. [New Content] The main purpose of this creation is to use the media storage box to simultaneously store the optical discs - and the memory card, so as to reduce the cost of the user to save the optical disc and the memory card, and the smaller memory card and volume Larger discs are stored at the same time, making the memory card less likely to be lost. The media storage box of the present invention is provided with a base and an upper cover, and the upper cover-side is connected to the side of the base, so that the upper cover can be turned over or covered on the base 2 and the inner surface of the base is extended upward. She is fixed, and the inner surface is convexly disposed on the outer side of the positioning post, and the inner surface of the base is provided with a fixed position of 3 M375688 on the inner side of the holding material, and the height of the positioning portion is lower than the resistance. The height of the portion, and the positioning portion has a plurality of positioning bumps ' and defines a positioning space for the plurality of positioning protrusions. [Embodiment] Please refer to the first figure and the second figure, as can be clearly seen from the figure, The creation department is provided with a media storage box 1 and a plurality of positioning portions 2, wherein: the media storage box 1 is provided with a base ii and an upper cover i 2, and one side of the upper cover '2 is connected to the side of the base 11 to make the upper cover The i 2 can be turned over or covered by the base 11 , and when the upper cover 12 is closed to the base 11 , a valley space 13 is formed therebetween, and the inner surface of the base 11 is extended with a positioning column. Working, and the inner surface is convexly disposed on the outer side of the positioning post 111, and the abutting portion 112 is disposed. The inner surface of the upper cover 12 is convexly disposed on the outer side of the opposite positioning post iii. The positioning portion 2 is attached to the outer side of the abutting portion 112 of the base 11 and protrudes upward from the inner surface of the base 11 and is positioned. The height of the portion 2 is lower than the height of the resisting portion '2, and the positioning portion 2 has a plurality of positioning projections 21, and the plurality of positioning projections 2 are repaired-positioned to the positioning space 22, and the plurality of positioning projections 21 are For the upper edge of one of the pair of relative clamping bumps 21, a positioning flange 2 is extended toward the positioning space 2 2 , respectively. When the user uses the media storage box 1 , the memory card 3 is first used. Placed in the positioning space 2 2 of the clamp 2, and when the memory card 3 is placed in the positioning space 2 2, the memory card 3 is the positioning flange 2丨i that will push the positioning portion 2, so that the positioning bump 2 1 is slightly riding Sexual deformation, and when the memory shirt completely enters the positioning space u, the positioning flange 211 provided by the clamping protrusion 2丄 of the i-shaped deformation is lost and can be restored to the original position, so that the positioning flange is obtained 2 ii is located on the surface of the memory card 3, and after the memory card 3 enters the positioning space 2 2 by the plurality of positioning bumps 21, the peripheral edge of the memory card 3 is subject to the positioning convex Block 2 1 is limited, so the needle 3 can be stably positioned in the positioning space 2 2; the optical disc 4 is placed in the base 11 and the positioning hole 41 of the optical disc 4 is placed on the positioning post χi of the base 1! The bottom surface of the optical disc 4 is placed against the surface of the resisting portion 112. Since the height of the resisting portion 112 is higher than the positioning portion 2, the bottom surface of the optical disc 4 is not aligned with the positioning portion 2 and the memory card positioned in the positioning space 22. 3 Forming Miscellaneous' causes damage to the surface of the lightsaber 4, thereby allowing the media storage case 1 to simultaneously store the memory card 3 and the optical disk 4. As shown in the second and third figures, it is clear from the figure It can be seen that the present invention is provided with a media storage box 1 and a plurality of positioning portions 2, wherein: the media storage box 1 is provided with a base ii and an upper cover i 2, and the side of the upper cover 2 is connected to the base 丄丄 - On the side, the upper cover 2 can be turned over or covered on the base 11, and when the upper cover 12 is closed on the bottom 1i, an accommodation space 13 is formed therebetween, and the inner surface of the base 11 is extended upward. The inner surface of the positioning post 111 is convexly provided with a resisting portion 112, and the inner surface of the upper cover 12 is opposite to the phase A pressing portion i is formed on the outer side of the positioning post 111. The positioning portion 2 is disposed outside the pressing portion 121 of the upper cover 12, and is protruded upward from the inner surface of the upper cover 12, and the height of the positioning portion 2 is lower than the height of the pressing portion i2, and the positioning portion 2 has a plurality of positioning positions. The bump 2!, and the plurality of positioning bumps 2 are bounded by the positioning space 22, and the plurality of positioning bumps 21 are located at the upper edge of the pair of relative positioning bumps 21, respectively extending toward the positioning space 2 2 The flange 2 is borrowed, and when the user uses the media to store the magic, the memory card 3 is placed in the positioning space 2 2 of the positioning portion 2 provided on the inner surface of the surface 12, and the optical disc base 11 is placed, and the optical disc 4 is placed. The positioning hole 4! is inserted into the positioning post 111 of the base worker to form a positioning, so that the media storage box can simultaneously store the memory card 3 and the optical disc 4, and the height of the abutting portion 121 is higher than the positioning portion/ Therefore, when the upper cover 12 is closed to the base: ^, the pressing portion 121 is in contact with the surface of the optical disc 4, and does not form friction with the positioning portion 2 and the memory card 3 positioned in the positioning space 2 2 . , causing damage to the surface of the optical disc 4. Referring to the fourth figure, it can be clearly seen from the figure that the outer side of the inner surface of the upper cover 2 is pressed against the outer side of the β 卩 121, and the outer side of the inner surface of the base 1 1 is provided with a convex portion. The positioning unit 2 enables the media storage box 1 to store more memory cards 3 at the same time. Furthermore, the memory card SM (SmartMedia Card)-SSFDC PhysiealFbmat Specification 'CF(CompactFlash Card)-AT (Attachment Specif I Cat ion)'MMC(MultiM6diaCard)_Multi Media Card System Specification 'SD(Secure Digital Memory Card)- SD MemoryCard Physical Layer Specif icat ion 'MS (Memory Stick Card)-Memory Stick Standard ForraatSpecifications...etc. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective view of a preferred embodiment of the present invention. The second figure is a partial cross-sectional view of the creation positioning unit. 6 M375688 The third figure is a three-dimensional appearance of a further preferred embodiment of the present invention. The fourth figure is a perspective view of another preferred embodiment of the present invention. [Description of main component symbols] '1. Media storage case 1 1. Base 111, positioning post .112, resisting part 1 2, upper cover 121, pressing part 13, accommodating space 2, positioning part 21, positioning protrusion 211, positioning flange % - 2 2, positioning space 3, memory card 4, optical disc 41, positioning hole 7