1304720 九、發明說明： 【發明所屬之技術領域】 閃記憶體裝置， 面伸縮的可攜帶 本創作係關於一種滑套式之可攜帶快 尤指一種扁平式且以平移方式控制連接介 快閃記憶體裝置。 【先前技術】 由於半導體科技的快速發展，攜帶式儲存媒體在容旦 •及體積上出現突破性的進展。傳統的攜帶式儲存：體：: 片’但不論是五又四分之一吋或三又二分之一时磁… 容量都只# 1 MB左右，對於日益龐大的電腦資料，儲存 媒體功能十分有限。但拜半導體科技之賜，快閃記憶體的 問世使攜帶式記憶裝置（如市面上的隨身碟TM、大姆哥ΤΗ )的容量已超出1 GB以上，其容量與傳統磁片已不°可同 日而語。 憶體模組封裝在-殼體（7 Q ) β，與記憶體模組電連接 的連接介面（71)係露出於殼體（7〇) _端，供與電 腦或其他具有相容通信協定的裝置連結。目前最普遍的連 接介面（7 1 )為通用串列匯流排，亦即一般簡稱的usb 典型的可攜帶記憶體裝置係如第七圖所示，其係將記1304720 IX. Description of the invention: [Technical field of the invention] Flash memory device, surface telescopic portable The present invention relates to a sliding sleeve type of portable fast, especially a flat type and a translational control connection flash memory Body device. [Prior Art] Due to the rapid development of semiconductor technology, portable storage media has made breakthroughs in capacity and volume. Traditional portable storage: Body:: Tablet 'but no matter whether it is five or one-fourth or three and one-half of the magnetic... Capacity is only about 1 MB. For the growing computer data, the storage media function is very limited. But thanks to the technology of semiconductor technology, the advent of flash memory makes the capacity of portable memory devices (such as the USB flash drive TM and Big Brother) on the market more than 1 GB, and its capacity is not comparable with traditional magnetic disks. Same day. The memory module is packaged in the -shell (7 Q ) β, and the connection interface (71) electrically connected to the memory module is exposed at the end of the housing (7〇) for compatibility with a computer or other communication protocol. Device connection. At present, the most common connection interface (7 1 ) is a universal serial bus, which is generally referred to as usb. The typical portable memory device is as shown in the seventh figure.
。又基於防塵及美觀的理由，殼體（7 〇)在具有連接介 面（71)的一端套接有一防塵蓋（72)，在不作連線 時’將該防塵S ( 7 2 )套接於連接介面（7工）上。前 述設計為非常典型的可搞帶記憶體裝χ，但隨著積體電路 1304720 二=愈來愈大，市場對於可攜帶記憶體裝 的尺寸亦有進_步縮小的期待，除此以外，亦要求 造設計能更臻輕巧。在此種預期心態下，傳統可攜帶;己憶 體裝置之缺陷即逐漸顯現： 思 「前述可攜帶記憶體裝置之記憶體模組係由殼體（ 0)所完全包覆’殼川〇)本身的 憶體模組之間的空隙，為體積無法進—步縮小的主要= 之一 〇 準的二USB\大多數可攜帶記憶體裝置採用的連接介面為標 丰;的咖接頭，標㈣USB接頭具有—矩形的金屬外殼 μ孟屬外威與電連接功能無關，但對於可攜帶記憶體裝 、的包裝卻造成影響，原因在於包裝用的殼體通常必須大 於USB接頭，始能穩固而確實的完成封裝，故在符合宜通 信協定的前提下，USB接頭的形式亦有檢討空間。 从三·防塵蓋的設計雖是基於美觀及防塵的理由，但防 ^蓋與殼體係相互分離，且與USB接頭間係採緊配合方式 ，接’故-來有鬆脫的疑慮，二來防塵蓋自殼體上取下後 如不小心收納，則有遺失之虞。 【發明内容】 牛〜由上述可知，消費市場對於可攜帶記憶體裝置有進一 :鈿小體積的期待，但既有可攜帶記憶體裝置受諸多既有 條件的限制而難以有所突破。 口此本發明主要目的在提供一種可有效簡化構造、 1304720 兀進一步縮小體積的可攜帶記憶體裝置。 記恤=述目的採取的主要技術手段係令前述可攜帶 己隐體裝置包括有： 間，盆/月^座’係呈扁平狀’其内部具有一狹長的容置空 放狀’;、面形有透空部，另使滑套座的至少一端呈開 一吕己憶卡模組，係今—雷 對的第二矣…具有一第一表面及-相 、栌制哭：指，该電路板在第一表面上分設有快閃記憶體 二::::::面連接…電路板係容置於前述滑套 對庫二：：間中’其設有傳輸介面連接器的-端係 w於/月套座的開口 座的相對内側，i第本的弟一表面係位於滑套 局部露出，徂/則對應於滑套座上的透空部而 傳幹人 q帛者㈣摩擦方❹移該電路板，以控制 得輸介面連接器的伸縮； 孜钔 全面帶記憶體裝置係由滑套座對其間記憶卡作非 用電二 乃〜、、、口稱（第二表面） 一 利用其他獨立的押制亓杜 4制動7C件，而無須 積，更可降二’不僅可簡化結構，利於縮小體 則述滑套座於開口端凡—+ 設於開口端# _ 4 μ υ又一蠖盍，該護蓋一端係樞 Μ 其另端形成有鎖扣部，可針… 於開=邊上，藉以封閉滑套座之開二/對應鎖扣 m述善蓋的外側端上 、输起圈或其他類似物品辰部，可供穿設裝飾物 1304720 水平Π 相對長邊側壁的内面上形成有相對的 =二其槽寬係配合記憶卡模組之電路板厚度，使記 卡換組仔以穿置在該軌槽内，並可作水平方向之位移。 =傳Ή連接器係於―第二電路板上形成有複數 .“鳊子’该第二電路板係設於電路板的一端，並盥電 路板上的線路構成電連接。 前述第二電路板的底部係呈局部鎮空狀，藉以令電路 第表φ具有更大的可用面積，供丫布設線路或安元 件之用。 前述傳輸介面連接器係一 USB接頭。 【實施方式】 如第-圖所示，揭露有本發明一可行實施例的立體圖 :主要係於一扁平狀的滑套i (1〇)内設有-記憶卡模 、(2 〇 )該滑套座（1 0 )上端面形成有一透空部（ 1 ^)，並使一端呈開放狀，其中透空部（1 1 )令記憶 卡杈組（2 0 )的局部構造露出，可供使用者以手指接觸 ’並利用摩擦方式推移記憶卡模組（2Q)，使其一端所 設的傳輸介面連接器（本圖中未示），得由滑套座（1〇 )呈開放狀的開口端伸出或縮回。又前述滑套座（1 〇 ) 在開口端上設有一護蓋（3 0 )，藉以在記憶卡模組（2 〇 )之傳輸介面連接器完全縮回滑套i ( 1 0 )時，將開 口端封閉。 有關前述構造謹配合其他圖式進一步詳細說明如后： 1304720 為本發明俯視及仰視角 内部具 部（1 口端（ 3 )相 的兩相 述護蓋 端（1 護蓋（ 長邊側 供記憶 水平方 有一狹 1 )相 13) 鄰的一 對側壁 (30 3 )相 3 0) 壁的内 卡模組 向之位 形狀，其 端面透空 端為，一開 口端（1 (14) 供樞設前 且與開口 5 )，供 在兩相對 16)， ，並可作 請參閱第二、三圖所示，分別 度的分解圖，其中： 該滑套座（1 0 )係呈扁平矩 長的容置空間（12)，而與其上 通，另使滑套座（1 0 )的至少一 •’又滑套i ( 1 0 )之一面而與開 端上形成有一缺口（14)，缺口 上形成有對應的樞柱（1 4 〇 )， )，再者，滑套座（10)之另面 鄰的一端上形成有凹入的扣槽（1 鎖扣之用。另前述滑套座（1 〇 ) 面上分別形成有相對的水平軌槽（ (2 0 )穿置在該執槽（i 6 )内 移〇 一第該=模組（20)，係令—電路板（21)具有 該電路板的第二表“212)， 憶體、控制器1 (圖中未明示上分設有快閃記 2 )’又電路板（2 1 )係容置於〜 ^ ( 2 的狹長容置空間（i 2)中，φ則述滑套座（1〇)内 合滑套座（i 0 )兩夺、路板（2 1 )的厚度係配 ’供電路板（川滑套穿置=上：軌槽（16)槽寬 有傳輸介面連接器（22)的1。该電路板（2”設 )的開口端（1 3 ) · U ^對應於滑套座（χ 〇 、丄，如弟四圖辦- , 闯所不，當電路板（2工） 1304720 可滑移地穿置在該軌槽U6)0，則其第— 1 )係與滑套座（1 〇 )的底部相 i ^ ~ 表面 Γ9ί )則與滑套座（1◦)上的透空部（u 露出於該透空部（i1)之間丨而局部 '、使用者利用摩擦方彳垃 並推移該電路板（2 1)，以控制其一端所設傳輪；面 連接器（2 2 )的伸縮。該記憶卡模组（ 輸介面連接器（22)-端伸出至開口端： 如第五圖所示。 ^ 3 )以外係 仍請參閱第三圖所示’於本實施例中，該傳輸介面連 ^ )係—USB接頭H薄型設計，其僅保留 接頭上有效的電連接部分，一可行的具體構造传 於-第二電路板（2 2 0 )均成有四組導電端子（22 1 )，該第二電路板（2 2 〇 )係設於電路板（⑴的 —端’並透過電路板（21)上的㈣（圖中未示）與快 閃記憶體及控制器構成電連接。 在前述的可攜帶記憶體裝置中，係由滑套座（工〇 ) 對其間的記憶卡I组（2 Q)構成非全面性的包裝，除可 減少包裝材料所增加的體積，更可利用電路板（2 i )本 身的第一表面（2 1 2 )作為制動元件以控制記憶卡模組 (2 0 )的伸、縮，藉此可簡化結構，利於縮小體積。除此 以外，虽電路;^反（2 1 )上可用的線路佈局或元件安裝空 間可以被有效的開冑’則電路板（2丄）的尺寸即有進一 V縮】的二間，彳欠而提咼了可攜帶記憶體裝置整體尺寸縮 小的可能性。 8 UU4720 於本實施例中，可進一步利 )的特殊执呼 ^ 用傳輪介面連接器（2 2 竹殊汉什，以擴大電路板（ 四圖^ 乙丄）的可用面積〇如第 q所不’構成傳輸介面連接器（ 2 2〇^ ^ Φ . 為（22)的第二電路板（ )^、電路板（2 1 )相對的一 而言，係a楚 十的一面係局部鏤空，具體 係々苐二電路板（2 2 〇 (2 9 〇 λ — υ)的该面上形成一鏤空部 乙，错此令電路板（21、♦结 )對廉认—^ 之弟一表面（211 十應於该鏤空部（2 2 2 ) 件的有效*η ^ 的位置仍為可佈線及安裝元 ’欢工間，由於可用面積 小，武本積日加，故其尺寸可進一步縮 或者保留原尺寸，但辦Λ μ ，以抨大w —曰加决閃記憶體數量或其他元件 乂擴大谷I或增加其他功能。 仍睛參閱第二、二0 一 呈—^ * —图所不’該護蓋（3 〇 )之截面概 的樞接部㈡D，_對則[Γ 有半圓弧形截面 成缺口仏對應樞故於滑套座（1 ◦)上所形 战缺口（14)的樞柱（l4n 端部處則延伸彤成^ ，又八水平端的自由 & κ料成-料直端平行㈣扣 對應鎖扣滑套座（1 ； 模…η、 的扣槽（1 5 )間。當記憶卡 核、，且（2 0 )的傳輸介面連接 f 1 Π Ν . σ ( 2 2 ) 70全縮回滑套座 (1…’可利用前述護蓋（30 )的開口端（13)(如第六圖所示）。 部（=料蓋（3-0)於垂直端的外側壁上形成有一環 了供穿设裝飾物、鑰匙圈或其他類似物品。 甘 述說明可瞭解本發明之具體構造及其使用方式， 其發明特點在於採用扃羋朴e 文用万式 狹長的滑套座以容置記憶卡模組 ，並使自己憶卡模組的局部Γ (電路板的第二表面）露出於滑 1304720 套座以外，以構成非全面性的封 接部分的USB接頭，使可芦帶f又配合僅保留電氣連 ... ”快閃記憶體裝置的厚度及體 積侍以大幅的縮小，其實際產品 又本發明制記憶卡餘露姆指般大小，· 介面，其可有效簡化結構，易於實：=控制伸縮的操作 0 χ 只轭製造，並可降低成本 再者，4盍的设計週異於傳統快閃記憶 係與滑套座柩接，當其脫離滑套口 、 、一端 保持連tr態，而其外側壁上的環部，可供與其他物^ 結，以麵:南其附加價值，且便於攜帶。 【圖式簡單說明】 第一圖 第二圖 第三圖 第四圖 第五圖 第六圖 第七圖 係本發明俯視角度的組合立體圖 係本發明俯視角度的分解圖。 係本發明仰視角度的分解圖。 係本發明的組合剖視圖。 係本發明的組合剖視暨動作示咅圖。 係本發明仰視角度的組合立體圖。 主要元件符號說明 係習用攜帶式快閃記憶”置的立體圖 (10)滑套座 (1 2 )容置空間 (1 4 )缺口 (1 5 )扣槽 (2 〇 )記憶卡模組 (11)透空部 (1 3 0 )開口端 (1 4 0 )樞才主 (16)執槽 (2 1)電路板 10 1304720 (21 1)第一表面 （212)第二表面 (22)傳輸介面連接器（220)第二電路板 (221)導電端子 （222)鏤空部 (3 0 )護蓋 （3 1 )樞接部 (3 2 )鎖扣部 （3 3 )環部 (70)殼體 （71)連接介面 (7 2 )防塵蓋. Based on the dustproof and aesthetic reasons, the housing (7 〇) has a dust cover (72) attached to one end of the connection interface (71), and the dustproof S (72) is sleeved in the connection when the connection is not made. Interface (7 workers). The above design is very typical for carrying memory devices, but as the integrated circuit 1304720 2 is getting bigger and bigger, the market is expecting to reduce the size of the portable memory package, in addition, It also requires that the design be more lightweight. In this kind of expected state of mind, the traditional portable; the defect of the memory device gradually emerges: "The memory module of the aforementioned portable memory device is completely covered by the shell (0). The gap between the memory modules of the memory itself is the main volume of the volume that cannot be stepped down. One of the two USB ports. The connection interface used by most portable memory devices is the standard; the coffee connector, the standard (4) USB The connector has a rectangular metal casing that is independent of the electrical connection function, but has an effect on the package that can carry the memory, because the package for the package usually must be larger than the USB connector, and it can be stable and sure. After the completion of the package, the form of the USB connector has a review space on the premise of conforming to the agreement of the Yitong Communication. The design of the dust cover is based on the aesthetic and dustproof reasons, but the cover and the housing are separated from each other. There is a tight fit between the USB connector and the connector. If the dust cover is removed from the housing, if it is accidentally stored, there is a loss. [Summary of the article] Above It is known that the consumer market has a long-term expectation for portable memory devices, but it is difficult to make breakthroughs in portable memory devices due to many existing conditions. The main purpose of the present invention is to provide a Effectively simplify the construction, 1304720 兀 further reduce the size of the portable memory device. The main technical means adopted by the tracing = the purpose of the above-mentioned portable hidden device includes: between, the basin / month ^ seat ' is flat 'There is a long and narrow vacant space in the interior'; the surface has a hollow portion, and at least one end of the sliding sleeve is opened to open a LV card module, which is the second 矣... Having a first surface and a phase, a crying means: the circuit board is provided with a flash memory on the first surface: a:::::: surface connection... the circuit board is placed in the aforementioned sliding sleeve pair Library 2:: In the middle of the 'the end of the transmission interface connector - the opposite side of the opening seat of the / month seat, i the first brother of a surface is located in the sliding sleeve partially exposed, 徂 / corresponds to The ventilator on the sliding seat is passed through the person (4) The circuit board is used to control the expansion and contraction of the interface connector; 孜钔 the full-band memory device is made of a sliding sleeve for the non-powered memory card between the two, and the nickname (second surface) is utilized by other independent The 亓Du 4 brakes 7C pieces, without the need to accumulate, but can reduce the two' not only to simplify the structure, but also to reduce the body, the sliding sleeve is at the open end - + is set at the open end # _ 4 μ υ another 蠖盍The cover is pivoted at one end, and the other end is formed with a locking portion, which can be opened on the side of the sliding sleeve, so as to close the opening of the sliding sleeve and the corresponding locking buckle. Or other similar items, can be used to wear decorative 1304720 horizontal Π opposite the long side of the side wall formed with the opposite = two groove width with the thickness of the circuit board module, so that the card is replaced by It is placed in the rail groove and can be displaced horizontally. The pass-through connector is formed on the second circuit board with a plurality of "tweezers". The second circuit board is disposed at one end of the circuit board, and the lines on the circuit board form an electrical connection. The second circuit board The bottom portion is partially vacant, so that the circuit φ has a larger usable area for the circuit or the component. The transmission interface connector is a USB connector. [Embodiment] As shown in the figure Shown is a perspective view of a possible embodiment of the present invention: mainly in a flat sliding sleeve i (1〇) provided with a memory card mold, (2 〇) the upper end surface of the sliding sleeve (10) Forming a transparent portion (1^) and opening one end, wherein the transparent portion (1 1 ) exposes a partial structure of the memory cassette group (20) for the user to touch with the finger and utilize friction The mode of the memory card module (2Q) is such that the transmission interface connector (not shown in the figure) provided at one end thereof is extended or retracted by the open end of the sliding sleeve (1〇). The sliding sleeve (1 〇) is provided with a cover (30) on the open end for the memory card module 2 〇) When the transmission interface connector is fully retracted to the sliding sleeve i (1 0), the open end is closed. The above structure is further detailed with other drawings as follows: 1304720 is the internal and external viewing angle of the present invention. (1 end of the (3) phase of the two-phase cover end (1 cover (long side for memory level side has a narrow 1) phase 13) adjacent pair of side walls (30 3) phase 3 0) inside the wall The card module has a shape in which the end face has a transparent end, and an open end (1 (14) for pivoting and opening 5) is provided for two opposite 16), and can be referred to as the second and third The figure shows an exploded view of the degree of separation, wherein: the sliding sleeve (10) is a accommodating space (12) with a flat moment, and is connected thereto, and at least one of the sliding sleeves (10) • 'Sliding sleeve i (1 0) has a notch (14) formed on one side of the sliding sleeve i, and a corresponding pivot post (1 4 〇) is formed on the notch, and further, the sliding sleeve (10) is another A concave groove is formed on one end of the surface (1 for the buckle), and the opposite horizontal rail groove is formed on the surface of the sliding sleeve (1 〇) ( 2 0) is placed in the tray (i 6 ) to move the first module (20), and the circuit board (21) has the second table "212" of the board, the body, the control Device 1 (not shown in the figure is flashed 2) 'The circuit board (2 1) is placed in the ^ ^ (2 narrow accommodating space (i 2), φ is the sliding seat (1 〇) inner sliding sleeve (i 0 ), the thickness of the road plate (2 1 ) is matched with 'for circuit board (Chuan sliding sleeve = upper: rail groove (16) slot width with transmission interface connector ( 22) of 1. The open end of the circuit board (2") (1 3 ) · U ^ corresponds to the sliding sleeve (χ 〇, 丄, such as the four drawings -, 闯 ,, when the circuit board (2 workers) 1304720 can slide When the grounding is placed in the rail groove U6)0, the first -1) and the bottom of the sliding sleeve (1 〇) are i ^ ~ surface Γ9ί ) and the venting portion on the sliding sleeve (1◦) (u is exposed between the permeable portion (i1) and partially", the user uses the friction to smash and push the circuit board (2 1) to control the transmission wheel provided at one end thereof; the surface connector (2 2 The expansion and contraction of the memory card module (the interface connector (22)-end protrudes to the open end: as shown in the fifth figure. ^ 3) The external system is still shown in the third figure 'in this embodiment The transmission interface is connected to the USB connector H thin design, which only retains the effective electrical connection portion of the connector, and a feasible specific structure is transmitted to the second circuit board (2 2 0 ) to have four sets of conductive The terminal (22 1 ), the second circuit board (2 2 〇) is disposed on the circuit board (the end of the (1) and transmitted through the circuit board (21) (four) (not shown) and the flash memory and control Device In the foregoing portable memory device, the memory card group I (2 Q) between the sliding sleeves (the work chamber) constitutes a non-comprehensive package, in addition to reducing the volume added by the packaging material, The first surface (2 1 2 ) of the circuit board ( 2 i ) itself can be used as a braking element to control the extension and contraction of the memory card module ( 20 ), thereby simplifying the structure and facilitating the reduction of the volume. Although the circuit; ^ (2 1) available circuit layout or component mounting space can be effectively opened, then the size of the circuit board (2 丄) is the same as the two V, the 彳 而 咼 咼The possibility of the overall size of the portable memory device is reduced. 8 UU4720 In this embodiment, the special call can be further used ^ with the transfer interface connector (2 2 Zhu Shu Hanshi, to expand the circuit board (four maps) ^ 丄 丄 ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) Words, the side of the Chu Chu is partially hollowed out, specifically the second circuit board (2 2 〇 (2 9 〇 λ - υ) forms a hollow part B on this side, which makes the circuit board (21, ♦ knot) on the surface of the cheaper-^ brother (211 is valid in the hollow part (2 2 2)) The position of η ^ is still the cabling and installation of the 'living room'. Due to the small available area, the size of the martial arts is increased, so the size can be further reduced or the original size can be retained, but the Λ μ is used to increase the w-曰The number of flash memory or other components 乂 expand the valley I or add other functions. Still refer to the second, the second one - ^ * - the figure does not 'the cover (3 〇) section of the pivotal part (two) D , _ 则 [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ The end of the free & κ material into the material straight parallel (four) buckle corresponding to the lock sliding sleeve (1; mold ... η, between the buckle groove (1 5). When the memory card core, and (2 0) transmission interface is connected to f 1 Π Ν σ ( 2 2 ) 70 fully retracted sliding seat (1...' can use the open end (13) of the aforementioned cover (30) (As shown in the sixth figure). The part (= material cover (3-0) has a ring formed on the outer side wall of the vertical end for the decoration, the key ring or the like. The description of the invention can be understood. The specific structure and the manner of its use, the invention is characterized in that the utility model adopts a simple sliding sleeve for accommodating the memory card module and makes a part of the card module (the second surface of the circuit board). ) The USB connector that is exposed outside the sliding 1304720 socket to form a non-comprehensive sealing part, so that the rebel belt f can be combined with only the electrical connection..." The thickness and volume of the flash memory device are greatly The actual product is also the same size as the memory card of the present invention. The interface can effectively simplify the structure and is easy to implement: = control the operation of the telescopic 0 χ yoke manufacturing, and reduce the cost, 4盍The design is different from the traditional flash memory system and the sliding sleeve, when it is off the sliding sleeve , one end keeps the tr state, and the ring part on the outer side wall can be combined with other things, to face: south of its added value, and easy to carry. [Simple diagram of the figure] The first picture of the second figure FIG. 3 is a cross-sectional view of a top view of the present invention. FIG. The combined sectional view and the action diagram are the combined perspective view of the present invention. The main component symbol description is a stereoscopic view of the portable flash memory (10) sliding seat (1 2 ) housing space (1 4 ) Notch (1 5 ) Buckle (2 〇) Memory card module (11) Ventilation (1 3 0) Open end (1 4 0) Pivot main (16) Slot (2 1) Circuit board 10 1304720 (21 1) first surface (212) second surface (22) transmission interface connector (220) second circuit board (221) conductive terminal (222) hollow portion (30) cover (3 1) pivot portion (3 2) Locking part (3 3) Ring part (70) Housing (71) Connection interface (7 2 ) Dust cover
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