201001128 九、發明說明： 【發明所屬之技術領域】 本發明主要係關於一種收線結構，尤其 腦週邊裝置之導線以及接頭收容於該電腦週邊褒置内部， 以便於收納’並使得該電腦週邊裝置的外觀 收線結構。 θ的 【先前技術】 一般有線的電腦週邊裝置（如滑鼠等）具 由本體延伸的導線，該導線-端設有-接頭，以 而該電腦週邊裝置在收納時，以將該導線 :體外側’再將接頭卡在纏繞後的導線之中，或： 早獨收折後以束線帶扎緊，以避免導線四散或打結：即 如此，導線一端的接頭仍裸露在本體外側。 及接1仍：：的收納方式可以達理線之效果，但是導線以 及接頭仍在電腦週邊裝置外側，㊉了增加收 :，導：與接頭也會沾染灰塵，甚至沾染水氣，還會；： 賴邊裝置整體看起來凌亂，因此確實有改進的必要。 【發明内容】 ，本發明人有鑑於既有的有線電腦週邊裝置並無針對其 導線及接頭設置收納料施 、 a ’以致於導線與接頭外露而顯得 凌亂，又增加收納的體籍 因此經過反覆的思考以及不斷 =努力之後，終於發明出此具有收納結構的電腦週邊裝 置。 本么月之目的係在於提供一種電腦週邊裝置之收線結 201001128 構其此將導線以及接頭收容於該電腦週邊裝置之本體内 部’以減少該電腦週邊裝置的收納空間，並使得該電腦週 邊裝置的外觀更加乾淨、整齊。 達述目的，本發明具有收線結構的電腦週邊裝 置，包括： 一本體，其上設有一端具接頭的導線； 收線'構’其係包括凹設於該本體且至少容納該接 員的备、’内# $成於该本體上近該容納槽的至少二平行滑 才曰以及π蓋，该滑蓋係設置於該電腦週邊裝置本體的外 且設有複數容納於該等滑槽的卡塊，以令該滑蓋能沿 著該滑槽滑動而控制該容納槽的開閉。 車又佳的疋，该收線結構係設置於該本體的底部。 ，、中亥备納槽形成有僅供該接頭放置且形狀對應於 該接頭的接頭容納部。 其中，該收線結構之容納槽係凹設於該本體的底部， 且貫穿至該本體兩側，且該收線結構尚包括凸設於該等滑 槽之間的一凸板，以供導線纏繞於該凸板以及該容納槽， 而該滑蓋對應於該凸板形成有一貫孔，該貫孔的長度長於 5亥凸板’以令該播片得以滑動而露出該容納槽。 藉由該電腦週邊裝置所設置的收線結構，能夠將接頭 放入容納槽中，也可進一步將該導線纏繞於凸板和容納槽 上，再以該滑蓋遮蔽，因此可以在電腦週邊裝置收納時， 避免接頭以及導線外露，以避免沾染灰塵，也能夠方便使 用者收納。 201001128 【實施方式】 請參看第一圖所示，本發明之電腦週邊裝置實施例係 一滑鼠，該滑鼠包括一組合式本體以及一收線結構。 請參看第二圖所示，該組合式本體包括一上機殼（1〇)、 一下機殼（20)、一具有接頭（31)的導線（3〇)以及設置於—般 滑鼠本體内部的裝置，該下機殼（2〇)係與上機殼（1〇)相結 合，且该下機殼（20)係呈上寬下窄之形狀，該導線（3〇)係 從該本體的前端部延伸而出，且該接頭（31)係一 UsB接 頭，一般滑鼠本體内部的裝置係於本發明所屬技術領域中 具有通常知識者所熟知，在此容不贅述。 請附加參看第三圖所示，該收線結構係包括設置於該 上機殼（1 〇)之底部兩側的二組滑動片（11 )、設置於該下機 殼（20)内部的二抵掣塊（21)、凹設於該下機殼（20)底部的容 納槽（22)、形成於下機殼（20)底部的兩組平行滑槽（24)、一 形成於下機殼（20)外底面的矩形凸板（25)以及一滑蓋（40)。 各滑動片（11)設有一朝容納槽（22)延伸的鉤狀抵掣彈片 (12)。 該等抵掣塊（21)係對應且供該等抵掣彈片（1 2)卡合。 該容納槽（22)係凹陷於該下機殼（2〇)底部近後端處且 延伸至該下機殼（20)兩側，且其内部又設有一形狀與該u SB 接頭對應以容納該USB接頭的接頭容納部（23)，該容納槽 (22)近後端之槽壁凹設有二卡合部（27)。 該等滑槽（24)係設置於該下機殼（20)底部近兩側的位 置，其中該下機殼（2〇)内部的抵掣塊（2彳），係分別位於各 6 201001128 組滑槽（24)之一端與容納槽（22)之間。 該凸板（25)係凸設於該下機殼（20)，且在遠離該容納 槽（22)之一端突出有一阻擋部（26)，以令該導線（30)圍著該 凸板（25)纏繞，且夾設於該阻擋部（26)與下機殼（20)底部之 間。 該滑蓋（40)係設置於該電腦週邊裝置本體的外側，且 設有複數容納於該等滑槽（24)的卡塊（41 )，其係分別與對 應的滑動片（11)結合，以令該滑蓋（40)能沿著該滑槽（24)進 行一位移（滑動），並帶動滑動片（1彳）滑動，以控制該容納 槽（22)的開閉，該滑蓋（40)於該等卡塊（41)之間穿設有一矩 形貫孔（42)，以供一凸板（25)設置於其中，且該貫孔（42)係 較該凸板（25)長，其長度的差距是等於或大於該容納槽（22) 的寬度’以確保該容納槽（22)能夠完全開啟，而該滑蓋（40) 於近容置槽（22)之一側以水平方向延伸形成有兩卡合凸塊 (43)，以卡掣於該容納槽（22)槽壁上的卡合部（27)。 請參看第四及六圖所示’當欲將該電腦週邊裝置之導 線（30)以及接頭（31)收納時’則先將該滑蓋（4〇)朝相反於容 納槽（22)的方向推出’使得二抵掣彈片脫離該等抵掣 塊（21)，並讓滑蓋（40)之卡塊（41)沿著滑槽（24)移動，直到 該容納槽（22)完全露出’此時可將該導線（3〇)纏繞於該凸 板（25)以及該容納槽（22)周圍，並將接頭（31)放置於該接頭 容納部（23)中。 請附加參看第五及七圖所示，該導線（3〇)與接頭（31) 皆放置整齊後，再將滑盍（40)推回以將容納槽（22)完全遮 201001128 =…等抵擎彈片（12)與抵擎塊(2”相互卡擎而將滑 < )定位以避免該滑蓋（4Q)前後移動’ *1·該滑蓋（40)的 卡s凸鬼(43)係卡掣於該容納槽(22)槽壁的卡合部(27)，以 使得滑蓋（40)與本體的卡合更加穩固。 該導線（3G)可沿著該凸板（25)以及該容納槽（22)來回纏 繞而收納整齊，而且該下機殼（2〇)又呈上寬下窄之形狀， 因此能夠在收納時，讓導線（30)達到隱藏的效果，而且該 接頭（31)係放置在該接頭容納部（23)中，且以滑蓋（4〇)遮 蔽，因此更能令該電腦週邊裝置收納後呈現整齊的理線效 果0 【圖式簡單說明】 第一圖係本發明之俯視立體圖。 第二圖係本發明之分解立體圖。 弟二圖係本發明之仰視立體圖。 弟四圖係本發明之仰視動作狀態圖。 第五圖係本發明之仰視圖。 第六圖係第四圖的部分側面剖視圖。 弟七圖係第五圖之部分側面剖視圖。 【主要元件符號說明】 (1 1)滑動片 (20)下機殼 (22)容納槽 (24)滑槽 (26)阻擋部 (10)上機殼 (12)抵掣彈片 (21)抵擎塊 (2 3)接頭容納部 (25)凸板 201001128 (27)卡合部 （30)導線 (31)接頭 （40)滑蓋 (41)卡塊 （42)貫孔 (43)卡合凸塊201001128 IX. Description of the invention: [Technical field of the invention] The present invention mainly relates to a wire take-up structure, in particular, a wire and a joint of a brain peripheral device are housed inside the peripheral device of the computer, so as to facilitate storage and make the computer peripheral device The appearance of the closing structure. [Previous technique] A general wired computer peripheral device (such as a mouse) has a wire extending from the body, and the wire-end is provided with a connector, and the computer peripheral device is used to receive the wire: The outer side's card is then caught in the wrapped wire, or: After the folding, the cable tie is tightened to avoid the wire being loosened or knotted: that is, the connector at one end of the wire is still exposed on the outside of the body. And 1 still:: The storage method can achieve the effect of the line, but the wires and connectors are still on the outside of the computer peripherals. Ten increases:, the guide: the joints will also be contaminated with dust, even contaminated with moisture, and; : The overall device looks messy, so there is a real need for improvement. SUMMARY OF THE INVENTION The present inventors have in view of the fact that the existing wired computer peripheral devices do not have a storage material for their wires and joints, so that the wires and joints are exposed and become messy, and the storage body is increased. After thinking and constantly = efforts, I finally invented this computer peripheral device with a storage structure. The purpose of this month is to provide a computer peripheral device with a wire knot 201001128, which is to house the wire and the connector inside the body of the computer peripheral device to reduce the storage space of the computer peripheral device, and make the computer peripheral device The appearance is cleaner and tidy. For the purpose of the present invention, a computer peripheral device having a wire take-up structure includes: a body having a wire having a joint at one end; and a wire splicing structure comprising a recessed body and at least accommodating the connector And the inside of the body is adjacent to the at least two parallel sliding sleeves of the receiving slot and the π cover, the sliding cover is disposed outside the body of the computer peripheral device and is provided with a plurality of slots arranged in the sliding slot The block is configured to control the opening and closing of the receiving groove by sliding the sliding cover along the sliding slot. The car is also good, and the take-up structure is disposed at the bottom of the body. The middle sea preparation tank is formed with a joint receiving portion which is placed only for the joint and has a shape corresponding to the joint. The receiving groove of the wire receiving structure is recessed at the bottom of the body and penetrates to both sides of the body, and the wire receiving structure further comprises a convex plate protruding between the sliding grooves for the wire The sliding plate is wound around the convex plate and the receiving groove, and the sliding cover is formed with a consistent hole corresponding to the convex plate, and the through hole has a length longer than the 5th convex plate to allow the sliding piece to slide to expose the receiving groove. The wire can be placed in the receiving groove by the wire take-up structure provided by the peripheral device of the computer, and the wire can be further wound around the convex plate and the receiving groove, and then shielded by the sliding cover, so that the device can be installed around the computer. When storing, avoid joints and wires exposed to avoid dust and easy storage. 201001128 [Embodiment] Referring to the first figure, the computer peripheral device embodiment of the present invention is a mouse, and the mouse includes a combined body and a take-up structure. Referring to the second figure, the combined body includes an upper casing (1 〇), a lower casing (20), a wire (3 〇) having a joint (31), and is disposed inside the body of the mouse. The lower casing (2 〇) is combined with the upper casing (1 〇), and the lower casing (20) is in the shape of an upper width and a lower width, and the wire (3 〇) is from the body The front end portion extends out, and the connector (31) is a UsB connector. Generally, the device inside the mouse body is well known to those skilled in the art, and will not be described herein. Please refer to the third figure, the take-up structure includes two sets of sliding sheets (11) disposed on two sides of the bottom of the upper casing (1 〇), and two disposed inside the lower casing (20). The damper block (21), the accommodating groove (22) recessed at the bottom of the lower casing (20), two sets of parallel chutes (24) formed at the bottom of the lower casing (20), and one formed in the lower casing (20) A rectangular convex plate (25) on the outer bottom surface and a sliding cover (40). Each of the sliding sheets (11) is provided with a hook-shaped abutting elastic piece (12) extending toward the receiving groove (22). The abutting blocks (21) are corresponding to each other and are engaged with the abutting elastic pieces (12). The receiving groove (22) is recessed at the bottom end of the lower casing (2〇) and extends to both sides of the lower casing (20), and the interior thereof is further provided with a shape corresponding to the u SB joint to accommodate The connector receiving portion (23) of the USB connector has a recessed portion (27) recessed in the groove wall near the rear end of the receiving groove (22). The chutes (24) are disposed on the near sides of the bottom of the lower casing (20), wherein the lower casings (2彳) of the lower casing (2〇) are respectively located in the group 6 201001128 One end of the chute (24) is between the receiving groove (22). The protruding plate (25) is protruded from the lower casing (20), and a blocking portion (26) protrudes away from one end of the receiving groove (22) so that the wire (30) surrounds the convex plate ( 25) Winding and interposed between the blocking portion (26) and the bottom of the lower casing (20). The sliding cover (40) is disposed outside the main body of the computer peripheral device, and is provided with a plurality of blocks (41) accommodated in the sliding grooves (24), which are respectively combined with corresponding sliding pieces (11). So that the sliding cover (40) can be displaced (sliding) along the sliding slot (24), and the sliding piece (1彳) is driven to slide to control the opening and closing of the receiving groove (22), the sliding cover (40) a rectangular through hole (42) is disposed between the blocks (41) for providing a convex plate (25) therein, and the through hole (42) is longer than the convex plate (25). The difference in length is equal to or greater than the width of the receiving groove (22) to ensure that the receiving groove (22) can be fully opened, and the sliding cover (40) is horizontally on one side of the proximal receiving groove (22) Two engaging protrusions (43) are formed to be engaged with the engaging portions (27) of the groove of the receiving groove (22). Please refer to the fourth and sixth figures. 'When you want to store the wires (30) and connectors (31) of the peripheral device of the computer, then turn the slider (4〇) in the opposite direction to the receiving slot (22). Introduce 'to make the two abutting springs off the abutting blocks (21) and move the sliders (41) of the sliding cover (40) along the sliding slots (24) until the receiving slots (22) are completely exposed The wire (3 turns) may be wound around the convex plate (25) and the receiving groove (22), and the joint (31) is placed in the joint receiving portion (23). Please refer to the fifth and seventh figures. After the wire (3〇) and the joint (31) are placed neatly, push the sliding shovel (40) back to completely cover the accommodating groove (22) 201001128 =... The engine shrapnel (12) and the abutting block (2" interlock with each other to prevent the slider (4Q) from moving back and forth '*1·the slider (40) of the card s convex ghost (43) The engaging portion (27) of the slot of the receiving groove (22) is fastened to make the locking of the sliding cover (40) and the body more stable. The wire (3G) can be along the convex plate (25) and The accommodating groove (22) is wound up and down to be stored neatly, and the lower casing (2 〇) is in the shape of an upper width and a lower width, so that the wire (30) can be concealed during storage, and the joint ( 31) is placed in the joint accommodating portion (23), and is shielded by a sliding cover (4 〇), so that the peripheral device of the computer can be arranged to have a neat tidying effect 0 [Simplified drawing] First figure The present invention is a top perspective view of the present invention. The second drawing is an exploded perspective view of the present invention. The second drawing is a bottom perspective view of the present invention. Fig. 5 is a bottom plan view of the present invention. Fig. 6 is a partial side cross-sectional view of the fourth figure. Fig. 7 is a partial side cross-sectional view of Fig. 5. [Main component symbol description] (1 1) Slide (20) Lower case (22) receiving groove (24) chute (26) blocking part (10) upper case (12) abutting elastic piece (21) abutting block (23) joint receiving part (25) convex plate 201001128 (27) Engagement part (30) Conductor (31) Connector (40) Slide cover (41) Block (42) Through hole (43) Engagement bump