201133503 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種電子載體。更具體而言，本發明係關於一種 用來攜f小型快閃記憶卡（f丨ash-memory card)之皮夾尺寸載體。 【先前技術】 J、型快閃§己憶卡已經取代軟碟（f丨〇ppy disk)而廣泛地應用於資料 傳輪上決閃5己憶體晶片挟帶低價位及先進技術的優勢，使各種 不同外形的快閃記憶卡可擁有較大的記憶體容量，同時先進的晶 片封裝技術亦使快閃記憶卡有較小的尺寸。 快閃記憶體晶片可焊接於印刷電路板(printed_circuit b〇ard，ρ(：Β) 上或彈性裁體基座上再包覆塑膠外殼並露出金屬接點。當快閃記 憶卡插入域（如個人電腦、手機、數位相機或其他計算裝幻後， 企屬接點可接觸到連接端子。快馳制器可與快閃記憶體晶片集 成’或焊接於PCB板或彈性載體上的單獨晶片。快閃控制器接: 來自於主體匯流排傳至金屬接點的主機命令位址及資料，並傳 遞相應控制、位址及資料訊號至關記憶體晶片。 現在已有許多用於主機匯流排的協定，並發展標準以詳細規定 裝置的物理尺寸和主機匯流排協定。早期標準如壓縮閃存 (C〇mPaCt彻h，CF)就規定了又大又厚的裝置規格，到了較近期的 Γ如安全數位（WeD_耶及新力的記 Memory Stick)則顯著地縮小了裝置的厚度。 封裝技術和裝置結構進— 步的改善更縮小了快閃記 憶卡。一種 201133503 SD延伸產品-微型SD(micr〇SD)只有約十分美元硬幣的大小及厚 度（雖然微型SD是方形）而且更輕。而新力記憶棒的延伸產品-微型 記憶棒(Memory Stick MiCr〇(M2))亦為相近的大小及厚度。 第1圖呈現幾種先前技術的快閃記憶卡。SD卡36是安全數位 卡，具有沿著邊緣暴露出的一連串金屬接點14。當SD卡36插入 主機時，金屬接點14會與插孔接點接合。金屬接點M包括電源、 接地及其它訊號，如資料線、時鐘、命令及卡備測訊號。 5己憶棒38是雙重記憶棒(Mem〇ry Sdck Du〇)或專業雙重快閃記 隐卡（PRO Du。flash-mem()ry card)。SD 卡 36 及記憶棒 38 是中生 代產品並有較大的尺寸’長度約莫一英吋且厚度約2mm。 新世代產品包括微型記憶棒32(M2)及微型SD卡34。這些產品 皆大約只有早期產品（如SD卡36及記憶棒38)四分之一的大小。 i D卡34已縮小其厚度達僅僅imm，而微型記憶棒32厚度 為1.2mm。金屬接點16較小且在其插入期間，其他訊號連接之前， 金屬接點16的電源與接地具有較長的連接接點以連接電源和接 地。 第2圖明確標7F出較小快閃記憶卡的問題。微型SD卡34的極 J尺寸（如指甲的大小）使其比較大的記憶卡更有意外遺失的可能 1如果不注意的話，微型SD卡34可能從使用者的手中滑出或 疋穿過使用者皮夾的小洞。微型記憶棒32及微型卡34都很容 易遺失在工作中雜亂的桌面或是家中。 °人田然不希望遺失快閃記憶卡，不只是因為閃存裝置本身的 201133503 價錢。儲存於快閃記憶卡中的資料可能是極重要的資料。遺失此 等重要資料可能導致身分盜竊或被得知妥協的商業秘密。客戶的 位址或電話列表可能對競爭者來說是有用的。垃圾郵件發送者可 能利用某個他人遺失的快閃記憶卡中的電子郵件列表使得快閃 記憶卡的擁有人感到難堪。 微型SD卡34也許可以插入一個較大規格的轉接卡，如介於微 型SD卡34及SD卡36的轉接卡。然而，犯卡36依然稍嫌太小\ 在緊急情況時，吾人可藉由㈣卡尺切載體㈣帶汽車瑜匙於 皮夾中，而類似的載體也可以用於攜帶8〇卡36於皮夾中。然而， 微型快閃§己憶卡的多重標準使得多重標準的皮夾載體更受到需 要0 【發明内容】 現今最需要的就是一種適合放入吾人皮夾中的多重標準載體。 -種可以攜帶多種快閃記憶卡的多重標準載體是非常需要的。需 要一種尺寸相近於信用卡的多重標準載體，以放入吾人皮夾中放 置仏用卡的地方。需要一種可運輸微型快閃記憶卡的信用卡尺寸 載體，使微型快閃記憶卡在運輸時不會遺失。 本發明涉及一種先進的快閃記憶卡皮夾載體。下文可使本領域 中具有一般技術者均可做出及使用本發明所提供之技術特徵及其 所需條件。任何熟悉此技術者可輕易完成較佳實施態樣的變化修 改，且本文所定義出的規則可應用至其他實施態樣。因此，本發 明所闡釋的實施態樣特徵’並非用來㈣本發明的範•，本申請 發明的權利|a圍應以本文所主張原則及内容的最大保護範圍為依 6 201133503 據。 【實施方式】 第3圖呈現了移除頂蓋的多重標準快閃記憶卡载體。多重標準 =記憶卡《具有近似信时的長離及寬度dm)， ^這個尺烟咖时完全咖，愼大或略小於信 用卡，但依然可置人-般在皮夾中常見的信用卡塑膠套。 多重標準快閃記憶卡载體的厚 快閃記憶卡載體可許帶厚逵2 ^用卡為厂子’因此多重標準 戰體了W厚達2mm的快閃記憶卡。例如，多重標準 快閃記憶卡載體可能有3_4mm厚且依然可以置入皮夾。， 多重標準快閃記憶卡載體具有三個較大的槽％、％，和伯以及 四個較小的槽 44、44,、42 和 42,，| a + 時攜帶達7片快閃記憶 2載體含柱50夾置在底板7〇及頂板3〇(圖未示出）之間，載體 含柱5〇具有七個開口以形成槽46、46，、48、44 44,、42和心·。 SD卡槽46、46'均按昭_定尺+制从, 重/直堂雔^ , 接受犯卡36,同時雙 重/專業雙重鄉卡槽48按照—定尺寸製作以接受記憶棒卡 。夕重標準㈣記憶卡載體的-側邊可因此接受達三個較大快 閃記憶卡。 人沢 ^型奶卡槽44、44’均按照一定尺寸製作以接受微型犯卡34, 同時微型記憶棒卡_槽42、42，均按照—定尺寸製作以接受微型 5己憶棒卡32。多重標準快閃記憶卡载體可同時擴帶多達四個微型 讀棒卡。多重標準„記憶卡_略大難时的尺寸 防止因疏忽造成微小的微型SD卡34或微型記憶棒卡_遺失， 7 201133503 =其他信用卡、ID卡、家庭相片或其他模帶於皮失内的物 00起於使用者的皮夾内便利地運輸。 攜帶於多重鮮_記憶卡載體_快閃記憶卡若沒有扣緊仍 t可能滑出而遺失。祕夾^ 54形成於《脊柱上以扣緊所 W的快閃記憶卡。各彈性夾片54均具有彈性夾突出部％形成 於其上。彈性夹突出部56是一種適可嵌入微型SD卡34(第i圖） 一側缺口内的圓形延伸或突起。當微型犯卡34插人微型犯卡 槽44時’彈性夾片54變形並彈至—側以允許微型犯卡34的直 邊彖通過卩微型SD卡34的一側缺口對準彈性夹突出部 56二彈性夾片54將彈回至較少壓力或較少形㈣位置以鎖住彈性 夾突出部56於缺口内。因此微型SD卡34扣緊至多重標準快閃記 憶卡載體内。 一旦微型SD卡34插入微型SD卡槽44内，微型犯卡34可藉 由使用者以手指抓住微型抓握切緣66的微型8£)卡34並向外拉出 微里SD卡34而移除。當微型記憶棒卡32完全插入微型記憶棒(μ〗) 42時’微型記憶棒卡32亦具有可接受彈性夾突出部兄的缺 σ 〇 較大SD卡槽46、46,及雙重/專業雙重記憶棒卡槽48具有彈性 側邊62，形成於載體脊柱5〇的橢圓腔58周圍。當彈性側邊q 通過SD卡36或記憶棒卡38的直立側邊而向内變形，直到缺口對 準彈性炎突出# 56使彈性㈣62可彈回至較少形變位置後，彈 性夾突出部56移動至橢圓腔58内。因此80卡36及記憶棒卡38 了通過彈性夾犬出部5 6嵌入快閃記憶卡的缺口内而扣緊於多重標 201133503 準快閃記憶卡載體内。 SD卡36可藉由使用者以手指抓住較大抓握切緣64的犯卡36 亚向外拉出SD卡36而移除。記憶棒卡38可利用雙重/專業雙重 δ己憶棒卡槽48的較大抓握切緣64以類似手法將之移除。 蓋連接點52可為焊接點、膠接點、塑膠夾、_、插銷、定位 孔或其他機構，以連接載體脊柱5〇至底板7〇及/或頂板％(第$ 圖）。當絲70或頂才反3〇壓入載體脊柱5〇日寺，可利用超聲波焊 接以焊接蓋連接點52而形成緊密連結。 第从-C圖強調微型犯卡插人多重標準快閃記憶卡載體内的微 型SD卡槽的過程。帛4Α _中，微型SD卡％被推入載體脊柱 5〇(圖僅顯示部份）中的微型SD卡槽44，内。第4B圖中，當微型 SD卡34被進一步推入微型SD卡槽44，而通過彈性央突出部56， 從而沿著微型SD卡34的直立側邊滑動時，彈性夾片54朝一側邊 向外變形。第4C圖中，一旦微型81)卡34被進一步推入微型sd 卡槽44，微型SD卡34 —側邊的切口 28對準彈性夾突出部56， 以允許彈性夾突出部56彈入切口 28中。來自於彈性夾片54變形 的推擠力可將彈性夾突出部56鎖固於切口 28内。因此微型SD卡 34可藉由彈性夾片54及彈性夾突出部56而被扣緊於微型§1)卡 槽44'中。 可將彈性夾突出部56的側邊錐體化，以利使用者更容易將微型 SD卡34拉出微型SD卡槽44,。 第5圖是顯示微型槽的多重標準快閃記憶卡載體爆炸圖。在組 201133503 裝時，頂板30連接至載體脊柱50，但依然允許彈性央片54(第3 圖）移動。在多重標準快閃記憶卡載體的這一側可看見微型SD卡 槽44、44’及微型記憶棒(M2)卡槽42、42,。 第6圖是顯示較大槽的多重標準快閃記憶卡載體爆炸圖。在組 裝時，頂板30是連接至載體脊柱50，但依然允許彈性側邊62移 動在夕重&準快閃記憶卡載體的這一側可看見SD卡槽46、46' 及雙重/專業雙重記憶棒卡槽48。微型記憶棒(M2)卡槽42則在多 重標準快閃記憶卡載體的另一側。 由於記憶棒卡38的切口是淺的，因此雙重/專業雙重記憶棒卡槽 48的彈性側邊62上的彈性突出部56也是淺的，如第6圖所見。 其他在SD卡槽46、46,及微型記憶棒(M2)卡槽42的彈性夾突出部 56則更明顯。 第7圖更詳細地顯示載體脊柱。第7圖並未示出頂板3〇及底板 70,但頂板30及底板70藉由焊接至蓋連接點52而連結。當快閃 s己憶卡插入時，快閃記憶卡的直立側邊施加在彈性夾突出部56上 的力，將使彈性夾片54及彈性側邊62側向移動。彈性側邊62向 内移動至橢圓腔58内。 第8圖顯示具有微型抓握切緣的底板。底板7〇可為具有信用卡 長寬的塑膠片。當較大抓握切緣64形成於一側邊時，微型抓握切 緣66形成於對面的側邊，以允許使用者於移除微型sd卡μ、微 型記憶棒卡32、SD卡36或記憶棒卡38時更容易抓握抽出。 201133503 替代貫施方式 务明者可思考出數種其他實施方式，例如，可於底板7〇或頂板 30上印製或形成不同的標記或圖帛。可形成可書寫區域，以允許 使用者寫下資訊’如使用者的電話號碼以时重標準快閃記憶卡 載體遺失。亦可印刷廣告物件於載體上。指&針、放大鏡或usb 4置亦可加襄於載體上。如上所述的快閃記憶卡，更可攜帶其他 類似快閃記憶卡外型的裝置，例如WiFi卡裝置。 雖然則文僅提到具有兩個SD卡槽46、46，及一個雙重/專業雙重 記憶棒卡槽48的多重標準快閃記憶卡載體，但多重標準快閃記憶 卡載體可具有兩個或三個雙重/專業雙重記憶棒卡槽48，或不具有 雙重/專業雙重記憶棒卡槽48而具有三個SD卡槽46。相同地，微 型SD卡槽44及微型記憶棒（M2)卡槽42亦可替換為不同的組合或 排列方式。亦可將槽替換為用於其他種類快閃記憶卡的槽，例如 用於未來規格的快閃記憶卡。 雖然前文所述底板7G是與载體脊柱5G分開的—塊塑膠片，載 體脊柱5〇亦可與底板70為—體成形，如為單-模壓件，不過載 體脊柱50的彈性夾突出部56及彈性側邊幻必需是可動的且不可 連接至底板70，以允許彈性機構的移動。-雖然前文所述為利用塑 夥板’但載體脊柱50、底板7G及頂板3G可由不同種類的塑膠、 金屬或不同的組合所構成。透明塑膠可用於頂板3〇及/或底板7〇, 或亦可使用不透明塑膠。亦可加裝附加構件。多重標準快閃記憶 卡載體可設計為可滑入蓋十，或可具有可移動的蓋，或如出卡般 連接至掛繩上。 201133503 本發明的背景料可能包含有關树__或魏的背景資 :’而不是他人所料的先前技術。因此，在背景料包括 料並非申請人對先前技術的認可。 上述的任-優點及益處不—定應用至所有本發明的實施方式 中。當”手段（means)”這個詞出現於請求項元件時中請人# 所述元件列於美國法典(USC)編號35帛112條第6項的規定^ 手段、前會有稱號、單字或詞，在”手段”之前的稱號、 早字或詞意是簡化請求項元件的引用，而並非用以表達結構上的 限制。這種手段功能（means_plus_functi〇n)用語的請求項指的是不 僅僅涵蓋此處描述用以發揮魏及其結構等效的結騎述更涵 蓋等效結構。舉例說明，雖然釘子與螺絲具有不同的結構，但因 兩者皆發揮固定功能所以屬於等價結構。沒有使用，，手段，，這個 詞的請求項代表並非意指屬於美國法典編號35第112條第6項的 規定。信號一般為電子信號，但也可以是光纖線傳輸的光學信號。 以上本發明貫施方式的描述已充分顯示圖示及敍述的用途，但 並非用以窮盡或限制本發明所揭露的精確形式。按照上述描述可 產生許多修改及變化，因此不應以詳細實施方式來限制本發明的 範圍，而應以此處附隨之請求項來涵蓋本發明的範圍。 【圖式簡單說明】 第1圖係呈現數個先前技術的快閃記憶卡之示意圖； 第2圖係強調關於先前技術的較小快閃記憶卡問題之示意圖； 第3圖係呈現移除頂蓋之多重標準快閃記憶卡載體之示意圖； 12 201133503 第4A-4C圖係強調將微型SD卡插入多重標準快閃記憶卡載體 之微型SD卡槽之過程圖； 第5圖係微型槽之多重標準快閃記憶卡載體爆炸圖； 第6圖係較大槽之多重標準快閃記憶卡載體爆炸圖； 第7圖係更詳細呈現載體脊柱之示意圖；以及 第8圖係呈現設有微型抓握切緣的底板之示意圖。 【主要元件符號說明】 14 :金屬接點 16 :金屬接點 28 ··切口 30 :頂板 32 :微型記憶棒 34 :微型SD卡 36 : SD 卡 38 :記憶棒 42 :微型記憶棒槽 42’ ：微型記憶棒槽 44 :微型SD卡槽 44’ ：微型SD卡槽 46 : SD卡槽 46' : SD卡槽 48 :雙重/專業雙重記憶棒卡槽 50 :載體脊柱 52 :蓋連接點 54 :彈性夾片 56 :彈性夾突出部 58 :橢圓腔 62 :彈性側邊 64 :抓握切緣 70 :底板 66 :抓握切緣 13201133503 VI. Description of the Invention: [Technical Field to Which the Invention Is Ascribed] The present invention relates to an electronic carrier. More specifically, the present invention relates to a wallet size carrier for carrying a f-shutter-memory card. [Prior Art] J, type flash § 忆 忆 card has replaced the floppy disk (f丨〇ppy disk) and is widely used in the data transfer wheel to smash the 5 mn memory chip with low price and advanced technology advantages The flash memory card of various shapes can have a larger memory capacity, and the advanced chip packaging technology also enables the flash memory card to have a smaller size. The flash memory chip can be soldered to a printed circuit board (printed_circuit b〇ard, ρ(:Β) or an elastic trim base to cover the plastic case and expose the metal contacts. When the flash memory card is inserted into the domain (eg After a personal computer, cell phone, digital camera or other computing device, the contacts can be connected to the connection terminals. The fast-acting device can be integrated with the flash memory chip or soldered to a separate chip on the PCB or the elastic carrier. The flash controller is connected: the host command address and data from the main body bus to the metal contact, and the corresponding control, address and data signals are transmitted to the memory chip. There are many used for the host bus. Agreements and development of standards to specify the physical dimensions of the device and the host bus protocol. Early standards such as compact flash (C〇mPaCt, h, CF) stipulate large and thick device specifications, to the more recent security, such as security The digital (WeD_Yue and Sony's Memory Stick) significantly reduces the thickness of the device. The packaging technology and device structure further improved the flash memory card. A 201133503 SD extension The product - Micro SD (micr〇 SD) is only about the size and thickness of a ten-dollar coin (although the micro SD is square) and lighter. The new memory stick extension product - Memory Stick MiCr(M2) For similar sizes and thicknesses, several prior art flash memory cards are shown in Figure 1. The SD card 36 is a secure digital card having a series of metal contacts 14 exposed along the edges. When the SD card 36 is inserted into the host, The metal contacts 14 are joined to the jack contacts. The metal contacts M include power, ground and other signals such as data lines, clocks, commands, and card preparation signals. 5 Memories 38 are dual memory sticks (Mem〇ry Sdck Du〇) or professional double flash memory card (PRO Du. flash-mem () ry card). SD card 36 and memory stick 38 are Mesozoic products and have a larger size 'length about one inch and thickness about 2mm New generation products include micro memory stick 32 (M2) and micro SD card 34. These products are only about a quarter of the size of early products (such as SD card 36 and memory stick 38). i D card 34 has reduced its thickness. Up to imm, and the micro memory stick 32 has a thickness of 1.2mm. The contact 16 is small and during its insertion, before the other signals are connected, the power supply and ground of the metal contact 16 have a long connection point for connecting the power supply and the ground. Figure 2 clearly shows the smaller flash memory card. The problem is that the micro J card size of the micro SD card 34 (such as the size of the nail) makes it possible to accidentally lose the memory card. If not paying attention, the micro SD card 34 may slide out from the user's hand or lick. Through the small holes in the user's wallet, the micro memory stick 32 and the micro card 34 are easily lost in the messy desktop or home at work. ° Ren Tian does not want to lose the flash memory card, not just because of the price of the flash memory device itself 201133503. The data stored on the flash memory card may be extremely important. Loss of such important information may result in identity theft or trade secrets that are known to be compromised. The customer's address or phone list may be useful to competitors. Spammers may use the list of emails on a flash memory card that someone else has lost to make the owner of the flash memory card embarrassing. The micro SD card 34 may be inserted into a larger format riser card, such as a riser card between the micro SD card 34 and the SD card 36. However, the card 36 is still too small. In an emergency, we can use the (4) caliper to cut the carrier (4) with the car key in the wallet, and a similar carrier can also be used to carry the 8 card 36 in the wallet. in. However, the multiple standards of the micro flash § recall card make the multi-standard wallet carrier more demanded. [Inventive content] What is most needed today is a multi-standard carrier suitable for putting into our wallet. A multi-standard carrier that can carry a variety of flash memory cards is highly desirable. A multi-standard carrier of similar size to a credit card is required to be placed in the wallet of our wallet where the card is placed. There is a need for a credit card sized carrier that can transport a micro flash memory card so that the mini flash memory card is not lost when shipped. The invention relates to an advanced flash memory card wallet carrier. The technical features provided by the present invention and the conditions required thereof can be made and used by those of ordinary skill in the art. Variations of the preferred embodiment can be readily implemented by anyone skilled in the art, and the rules defined herein can be applied to other embodiments. Therefore, the features of the present invention as illustrated in the present invention are not intended to be used in the scope of the present invention. The scope of the invention is based on the maximum protection of the principles and contents claimed herein. [Embodiment] Fig. 3 shows a multi-standard flash memory card carrier with a top cover removed. Multi-standard = memory card "has a long distance and width dm of approximate letter time", ^ This is a full-featured coffee, large or slightly smaller than a credit card, but still can be set - a credit card plastic case commonly found in wallets . The thick flash memory card carrier of the multi-standard flash memory card carrier can be thick with a thickness of 2 ^ with the card as a factory. Therefore, the multi-standard warfare has a flash memory card with a thickness of 2 mm. For example, a multi-standard flash memory card carrier may be 3_4 mm thick and still fit into a wallet. The multi-standard flash memory card carrier has three larger slots %, %, and Bo and four smaller slots 44, 44, 42, and 42, and | a + carries up to 7 flash memories 2 The carrier-containing column 50 is sandwiched between the bottom plate 7〇 and the top plate 3〇 (not shown), and the carrier-containing column 5 has seven openings to form the grooves 46, 46, 48, 44 44, 42 and the core. . The SD card slots 46, 46' are all in accordance with the scale + fixed rule + system, heavy / straight 雔 ^, accept the card 36, while the double / professional double home card slot 48 is made according to the size to accept the memory stick card. The standard of the evening weight (4) - the side of the memory card carrier can thus accept up to three large flash memory cards. The human 沢 type milk card slots 44, 44' are all made to a size to accept the micro scam 34, while the micro memory card slots 42, 42 are both sized to accept the miniature 5 hex card 32. The multi-standard flash memory card carrier can simultaneously expand up to four micro-read card cards. Multiple standards „memory card _ slightly larger size to prevent inadvertent micro micro SD card 34 or micro memory card _ lost, 7 201133503=Other credit cards, ID cards, family photos or other molds in the skin loss 00 from the user's wallet for convenient transportation. Carrying in multiple fresh _ memory card carrier _ flash memory card if not fastened t may slip out and lost. Secret folder ^ 54 formed on the spine to fasten The flash memory card of each of the elastic clips 54 has a resilient clip protrusion % formed thereon. The elastic clip protrusion 56 is a circle suitable for embedding in the notch of one side of the micro SD card 34 (i) The extension or protrusion is formed. When the micro-card 34 is inserted into the micro-card slot 44, the elastic clip 54 is deformed and bounced to the side to allow the straight edge of the micro-card 34 to pass through the side of the micro SD card 34. The quasi-elastic clip projections 56 and the two resilient clips 54 will spring back to less pressure or less (four) positions to lock the spring clip projections 56 into the recesses. Thus the micro SD card 34 is fastened to the multi-standard flash memory card. Inside the carrier. Once the micro SD card 34 is inserted into the micro SD card slot 44, the micro The blunder card 34 can be removed by the user grasping the micro-scale 8) card 34 of the micro-grip 66 with the finger and pulling the micro-SD card 34 outward. When the micro-memory card 32 is fully inserted into the micro-memory stick (μ)) At 42 o'clock, the micro memory stick card 32 also has a lack of σ of the elastic clip protrusions, a larger SD card slot 46, 46, and the dual/professional dual memory stick card slot 48 has an elastic side 62. Formed around the elliptical cavity 58 of the carrier spine 5〇. When the elastic side q is deformed inward by the SD card 36 or the upright side of the memory stick 38, until the notch is aligned with the elastic inflammation protrusion #56, the elastic (four) 62 can bounce back After the deformation position is less, the elastic clip protrusion 56 moves into the elliptical cavity 58. Therefore, the 80 card 36 and the memory stick card 38 are fastened into the gap of the flash memory card through the elastic clip dog outlet 56. In the standard flash memory card carrier of the 201133503. The SD card 36 can be removed by the user grasping the card 36 of the larger gripping edge 64 with a finger to pull out the SD card 36. The memory stick card 38 can be removed. The larger gripping edge 64 of the dual/professional dual delta recall card slot 48 is removed in a similar manner. Cover connection point 5 2 can be solder joints, glue joints, plastic clips, _, latches, locating holes or other mechanisms to connect the carrier spine 5〇 to the bottom plate 7〇 and / or the top plate% (Figure $). When the wire 70 or top The anti-3〇 is pressed into the carrier spine 5〇日寺, and ultrasonic welding can be used to weld the cover connection point 52 to form a tight connection. The first-C diagram emphasizes the miniature SD card inserted in the multi-standard flash memory card carrier. In the process of the slot. In the 帛4Α _, the micro SD card % is pushed into the micro SD card slot 44 in the carrier's spine 5〇 (shown only in the figure). In Fig. 4B, when the micro SD card 34 is pushed further When the micro SD card slot 44 is inserted and passed through the elastic central projection 56 so as to slide along the upright side of the micro SD card 34, the elastic clip 54 is deformed outward toward one side. In Fig. 4C, once the micro 81) card 34 is pushed further into the micro SD card slot 44, the micro SD card 34 - the side slit 28 is aligned with the spring clip projection 56 to allow the spring clip projection 56 to spring into the slit 28 in. The pushing force from the deformation of the resilient clip 54 locks the resilient clip projection 56 within the slit 28. Therefore, the micro SD card 34 can be fastened in the micro § 1) card slot 44' by the elastic clip 54 and the elastic clip protrusion 56. The sides of the elastic clip protrusions 56 can be tapered to facilitate the user to pull the micro SD card 34 out of the micro SD card slot 44. Figure 5 is an exploded view of a multi-standard flash memory card carrier showing a microslot. When the set 201133503 is installed, the top plate 30 is attached to the carrier spine 50, but still allows the flexible central sheet 54 (Fig. 3) to move. Micro SD card slots 44, 44' and micro memory stick (M2) card slots 42, 42 are visible on this side of the multi-standard flash memory card carrier. Figure 6 is an exploded view of a multi-standard flash memory card carrier showing a larger slot. When assembled, the top plate 30 is attached to the carrier spine 50, but still allows the flexible side edges 62 to move on the side of the sleek & flash memory card carrier. The SD card slots 46, 46' and dual/professional duals are visible. Memory stick card slot 48. The micro memory stick (M2) card slot 42 is on the other side of the multi-standard flash memory card carrier. Since the slit of the memory stick card 38 is shallow, the resilient projection 56 on the resilient side 62 of the dual/professional dual memory stick slot 48 is also shallow, as seen in Figure 6. Other elastic clip projections 56 in the SD card slots 46, 46, and the micro memory stick (M2) card slot 42 are more pronounced. Figure 7 shows the carrier spine in more detail. The top plate 3 and the bottom plate 70 are not shown in Fig. 7, but the top plate 30 and the bottom plate 70 are joined by welding to the cover connection point 52. When the flash memory card is inserted, the force exerted by the upright sides of the flash memory card on the elastic clip projections 56 causes the elastic clips 54 and the elastic side edges 62 to move laterally. The resilient side 62 moves inwardly into the elliptical cavity 58. Figure 8 shows the base plate with a micro-grip cutting edge. The bottom plate 7〇 can be a plastic sheet having a credit card length and width. When the larger grip cutting edge 64 is formed on one side, the micro-grip cutting edge 66 is formed on the opposite side to allow the user to remove the micro SD card, the micro memory card 32, the SD card 36 or The memory stick card 38 is easier to grasp and pull out. 201133503 Alternative Embodiments The practitioner may consider several other embodiments, for example, printing or forming different indicia or graphics on the bottom plate 7 or top plate 30. A writable area can be formed to allow the user to write down information' such as the user's phone number in time to lose the standard flash memory card carrier. The advertising article can also be printed on the carrier. The needle & magnifier or usb 4 can also be attached to the carrier. The flash memory card as described above can also carry other devices similar to the shape of a flash memory card, such as a WiFi card device. Although only the multi-standard flash memory card carrier having two SD card slots 46, 46 and one dual/professional dual memory stick card slot 48 is mentioned, the multiple standard flash memory card carrier may have two or three The dual/professional dual memory stick card slot 48, or without the dual/professional dual memory stick card slot 48, has three SD card slots 46. Similarly, the micro SD card slot 44 and the micro memory stick (M2) card slot 42 can be replaced by different combinations or arrangements. You can also replace the slot with a slot for other types of flash memory cards, such as flash memory cards for future specifications. Although the bottom plate 7G is a separate piece of plastic piece from the carrier spine 5G, the carrier spine 5 can also be formed integrally with the bottom plate 70, such as a single-molded piece, but the elastic clip protrusion 56 of the carrier spine 50. And the elastic side edges must be movable and not connectable to the bottom plate 70 to allow movement of the elastic mechanism. - Although the foregoing describes the use of a plastic panel, the carrier spine 50, the bottom plate 7G, and the top plate 3G may be constructed of different types of plastic, metal, or different combinations. Transparent plastic can be used for the top plate 3 〇 and / or the bottom plate 7 〇, or opaque plastic can also be used. Additional components can also be added. The multi-standard flash memory card carrier can be designed to slide into the cover 10, or it can have a removable cover or be attached to the lanyard as a card. 201133503 The background material of the present invention may contain background information about the tree __ or Wei: ' rather than the prior art as expected by others. Therefore, the inclusion of background materials is not an endorsement of the prior art by the applicant. The above-mentioned advantages and benefits are not intended to be applied to all embodiments of the invention. When the word "means" appears in the request element, the person is listed in the United States Code (USC) No. 35帛112, item 6 ^ means, there will be a title, a word or a word The title, early word or word before the "means" is intended to simplify the reference of the claim element, and is not intended to convey structural limitations. The request term of the means (means_plus_functi〇n) of this means means that the equivalent structure of the knot riding that is used to exert Wei and its structural equivalent is not covered. For example, although nails and screws have different structures, they are equivalent structures because they both function as fixed functions. No use, means, means, and the claim of the word does not mean that it belongs to the provisions of Article 112, paragraph 6, of Title 35 of the United States Code. The signal is typically an electronic signal, but it can also be an optical signal transmitted by a fiber optic line. The above description of the present invention has been shown to be illustrative and illustrative, and is not intended to be exhaustive or limiting. The scope of the invention is to be construed as being limited by the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic diagram showing a plurality of prior art flash memory cards; Fig. 2 is a schematic diagram highlighting a problem of a prior art small flash memory card; A schematic diagram of a multi-standard flash memory card carrier; 12 201133503 Figure 4A-4C emphasizes the process of inserting a micro SD card into a micro SD card slot of a multi-standard flash memory card carrier; Figure 5 is a multiple of the micro-slot Explosion diagram of a standard flash memory card carrier; Figure 6 is an exploded view of a multi-standard flash memory card carrier with a larger slot; Figure 7 is a schematic diagram showing the carrier spine in more detail; and Figure 8 is a micro-grip Schematic diagram of the bottom plate of the cutting edge. [Description of main component symbols] 14: Metal contact 16: Metal contact 28 · Incision 30: Top plate 32: Micro memory stick 34: Micro SD card 36: SD card 38: Memory stick 42: Micro memory stick slot 42': Micro Memory Stick Slot 44: Micro SD Card Slot 44': Micro SD Card Slot 46: SD Card Slot 46': SD Card Slot 48: Dual/Professional Dual Memory Stick Card Slot 50: Carrier Spine 52: Cover Connection Point 54: Elastic Clip 56: elastic clip protrusion 58: elliptical cavity 62: elastic side 64: grip cutting edge 70: bottom plate 66: grip cutting edge 13