M293263 八、新型說明： 【新型所屬之技術領域】 本創作涉及一種繞線器， 【先前技術】 現今，隨著科技之進步， 尤其涉及一種可用於收集線纜之繞線器。 電腦及其周邊電子設備早已滲入社會生活之 諸多層面’電腦及與之相連接的攝像頭就是近年來出現的一個例子。攝像 頭原理類似數位攝像機’透過電子快門採集連續影像，爾後透過聰 (universalSerialBus)介面將此等影像送至_中的應用程式進行處理。 不同之應脉式’可實現獨之用途。通賴像翻^絲進行視頻電 -話、拍攝照片等圖片/視頻處理工作。攝像頭作爲電腦的周歧備能狗得到 廣泛之應用，這主要得益於其具有輕巧之體積，條之外觀和低廉之價格， 相對輕便易用。 然’此等周邊設備與電腦之間傳輸訊號之線縵較長，比如：攝像頭上 之線纜常常與其他線缓如電源線、滑鼠線、印表機訊號線等纏繞在一起， 在取放時相當不便，且還可能鈎挂周圍物品，易致意外。 習見之解決方㈣個-鐵線I!收純長之線纜，避免線纜與線規 或線纜與物品之_纏繞。此種繞線H通常爲—殼體，無部設有一繞線 轉盤及-撥桿。沿著該繞線觀巾妹連接有―彈簧，沿著該繞線轉麵 • 周設有一卡塊，該撥桿上設有一扭力彈簧，並且該撥桿之-端與該繞線轉 盤圓周接觸。在該殼體-側壁上設置一制動按叙，該按紐一端伸入該殼體 内並與該謝干接觸。使用時’直接將—連有線纜之USB插頭從該殼體中拉 出合適長度，該撥桿一端被該扭力彈簧抵頂於該繞線轉盤上之卡塊，該繞 線轉盤停轉’該線纜保持拉出之長度。此後可將該USB _連接於一電腦 主機之USB介面上。回收該線纜時推動該按紐，該按叙施加轉動力矩於該 撥桿使之與該卡塊鬆開，該彈簧帶動該繞線轉盤迴轉，從而使被拉出之線 纜重新繞於該繞線轉盤上，實現收線操作。此種繞線器能夠解決線纜混雜 纏繞之問題，然，收線時需要手工推動該按鈕，使用時還是不夠便利。 【新型内容】 6 M293263 有鑒於此，有必要提供一種便於操作之繞線器。 一 繞脑’其包括—殼體、並排設置於該殼體狀—第—安裝部、 裝部及""第三安裝部、收容於該殼體内之"線軸以及連接該殼體 ”該線軸之—迴轉部件。該線軸具有—第-軸端、-第二轴端，該第一軸 第，端分別由該第"安裝部、該第二安裝部支承。該第—安裝部 上^置亚排的-第-收容槽、—第二收容槽以及—連通第—收容槽、第二 收谷槽之滑槽，鄰近該第—軸端之雜關面上@設可沿騎槽於該第一 收容H收容槽之間變換位置之複數導向齒，該第二軸端之線轴圓周M293263 VIII. New description: [New technical field] The present invention relates to a winder, [Prior Art] Nowadays, with the advancement of technology, in particular, a winder which can be used for collecting cables is involved. Computers and their peripheral electronic devices have long penetrated into many aspects of social life. Computers and connected cameras are an example that has emerged in recent years. The camera principle is similar to that of a digital camera'. The continuous image is captured through the electronic shutter, and then the image is sent to the application in _ via the universalSerialBus interface. Different applications can be used for unique purposes. It relies on turning over the screen to perform video/video, photo shooting and other image/video processing. The camera is widely used as a computer's versatile dog, which is mainly due to its light size, the appearance of the strip and the low price, which is relatively light and easy to use. However, the transmission of signals between these peripheral devices and the computer is long. For example, the cables on the camera are often entangled with other cables such as the power cable, the mouse cable, and the printer signal cable. It is quite inconvenient to put on, and it is also possible to hook up the surrounding items, which is easy to cause accidents. See the solution (four) - iron wire I! Receive long cable, avoid cable and wire gauge or cable and article entanglement. Such a winding H is usually a casing, and a winding bobbin and a lever are provided in the non-part. A spring is connected along the winding line, and a spring is arranged along the winding surface. A card block is arranged on the circumference. The lever is provided with a torsion spring, and the end of the lever is in contact with the circumference of the winding turntable. . A brake is disposed on the casing-side wall, and one end of the button extends into the casing and contacts the X-ray. When in use, the USB plug with the cable is directly pulled out from the casing for a suitable length, and one end of the lever is abutted against the block on the winding turntable by the torsion spring, and the winding turntable stops. The cable remains pulled out of length. The USB _ can then be connected to the USB interface of a computer host. When the cable is recovered, the button is pushed, and the rotating torque is applied to the lever to release the latch, and the spring drives the winding dial to rotate, so that the pulled cable is re-wound around the cable. On the winding turntable, the take-up operation is realized. This type of winder can solve the problem of cable entanglement. However, when the wire is taken up, the button needs to be manually pushed, which is not convenient enough. [New content] 6 M293263 In view of this, it is necessary to provide a winder that is easy to operate. a wound around a brain, which includes a casing, is arranged side by side in the casing-first mounting portion, a mounting portion, and a third mounting portion, a "spool" housed in the casing, and a casing The bobbin-rotating member. The bobbin has a first-axis end and a second axial end, and the first end is supported by the first mounting portion and the second mounting portion. The first mounting The upper part of the sub-area-the first receiving groove, the second receiving groove, and the sliding groove connecting the first receiving groove and the second receiving groove, adjacent to the first-axis end of the miscellaneous surface a plurality of guiding teeth that change positions between the first receiving H receiving slots, and a spool circumference of the second shaft end
面亡凸設複數第—卡齒，在該第二安裝部、第三安裝部之間安裝有一可與 該第一-^齒卡合及分離之卡鎖。 、 〃 ’與習知技術相比，所述之繞線器利用該等導向齒引導該線軸於軸向上 ^動，利用該等第-卡齒與該卡鎖卡合與分離，不必借助于傳統按钮，只 需拽拉繞於該線軸上之線纜即可便利地實現拽線、收線。 【實施方式】 請參閱第-圖，本創作繞線器的較佳實施例包括一殼體2、一線輛#、 一迴轉部件6以及—卡鎖8。該殼體2分成第-殼2a、第二殼2b兩部分， 該第威2a與該第二殼2b可結合在一起。該線軸4、該迴轉部件6及該 ^鎖8均&容於該殼體2内，該迴轉部件6連接該第—殼^與該線轴4以 提供該線軸4轉的力，本雛實施财的轉部件6爲一發條。 睛-併參閱第二圖、第三圖，該第一殼2a内具有一第一安裝部、 -第二安裝部22及-第三安裝部24、一壓板26及一折板28。該第一安裝 部20、第二安裝部22和第三安裝部24依次並排設置，其上分別開設㈣ 線軸4穿設之複數安裝孔(未標示），該第一安裝部20上設置並排的一第一 收容槽200、-第二收容槽2〇2以及一間隔該第一收容槽細、第二收容槽 202之楔塊204。該楔塊204上開設一滑槽2〇6，該滑槽2〇6貫穿該模塊2〇: 以連通該第-收容槽·、第二收容槽观，該滑槽施之兩端入口處作修 圓處理。該滑槽206之中心線與該線軸4軸向成一第一炎角α，並將該模 塊綱分割成-第一分楔塊2〇4a、一第二分楔塊纖。該第一分楔塊綱a、 第一分楔塊204b錯開-定距離，即該第一分楔塊2〇4a較該第二分楔塊綱匕 M293263 朝向該第一收容槽200方向凸出，而該第二分楔塊2〇4b較該第一分楔塊 204a朝向該第二收容槽202方向凸出（本實施例中優選的凸出距離均爲 〇.4mm)。相應地’該滑槽206在該第一分楔塊2〇4a上形成之槽壁較在該第 二分楔塊204b上形成之槽壁向該第一收容槽2〇〇凸出，該滑槽2〇6在該第 一分楔塊204b上形成之槽壁較在該第一分楔塊2〇4a上形成之槽壁向該第 二收容槽202凸出。該第-分楔塊施、該第二分楔塊2_具有錯開的 分別朝向該第-收容槽·、第二收容槽观之二楔形面施、2譲。二 楔形面2〇4c、2〇4d與該線軸4徑向平面之間均形成第二夾角β。該壓板％ 中縣面與安裝該壓板26處H2a内壁之間留有狹長關隙。該折The plurality of teeth are protruded from the surface of the face, and a latch that can be engaged and disengaged from the first tooth is mounted between the second mounting portion and the third mounting portion. 〃 'Compared with the prior art, the winder uses the guiding teeth to guide the bobbin to move in the axial direction, and the first and the latching teeth are engaged and disengaged with the latch, without resorting to the conventional The button can be easily twisted and retracted by simply pulling on the cable on the bobbin. [Embodiment] Referring to the drawings, a preferred embodiment of the present winder includes a casing 2, a wire #, a turning member 6, and a latch 8. The casing 2 is divided into two parts, a first shell 2a and a second shell 2b, and the second shell 2a and the second shell 2b can be combined. The bobbin 4, the swivel member 6 and the lock 8 are both accommodated in the casing 2, and the swivel member 6 connects the first shell and the bobbin 4 to provide the force of the bobbin 4 rotation. The transfer component 6 that implements the money is a clockwork. - Referring to the second and third figures, the first casing 2a has a first mounting portion, a second mounting portion 22 and a third mounting portion 24, a pressure plate 26 and a flap 28. The first mounting portion 20, the second mounting portion 22, and the third mounting portion 24 are sequentially arranged side by side, and a plurality of mounting holes (not labeled) through which the bobbin 4 is threaded are respectively disposed on the first mounting portion 20, and the first mounting portion 20 is disposed side by side. a first receiving slot 200, a second receiving slot 2〇2, and a wedge 204 spaced apart from the first receiving slot and the second receiving slot 202. A sliding slot 2〇6 is defined in the wedge 204. The sliding slot 2〇6 extends through the module 2〇 to communicate with the first receiving slot and the second receiving slot. Rounding treatment. The center line of the chute 206 is axially at a first inflammatory angle α with the bobbin 4, and the module is divided into a first wedge member 2〇4a and a second wedge member. The first partial wedge block a and the first partial wedge block 204b are offset by a fixed distance, that is, the first divided wedge block 2〇4a protrudes toward the first receiving groove 200 from the second divided wedge block M293263. The second wedges 2〇4b protrude from the first wedges 204a toward the second receiving slots 202 (the preferred protruding distances in this embodiment are both 44 mm). Correspondingly, the groove wall formed on the first wedge block 2〇4a of the sliding groove 206 protrudes toward the first receiving groove 2 from the groove wall formed on the second wedge piece 204b, and the sliding The groove wall formed by the groove 2〇6 on the first wedge piece 204b protrudes toward the second receiving groove 202 from the groove wall formed on the first wedge piece 2〇4a. The first wedge member and the second wedge member 2_ have two wedge-shaped surfaces that are offset toward the first receiving groove and the second receiving groove, respectively. A second angle β is formed between the two wedge faces 2〇4c, 2〇4d and the radial plane of the bobbin 4. A narrow gap is left between the county face of the pressure plate and the inner wall of the H2a where the pressure plate 26 is mounted. The fold
板28連接該第二安裝部22、第三安裝部24，'其具有才目互成一定爽角而形 一成L形狀的該第一擋片280、第二擋片282。 請-併參閱第四圖，該線軸4具有一第一軸端4〇、一第二軸端42，該 第-軸端40、該第二轴端42分別由該第一安裝部2〇、該第二安裝部22支 承二鄰近該第一轴端40處之線軸4的圓周面上等圓周角度⑽度)間隔地 凸5又二導向齒44。該等導向齒44可沿該滑槽2〇6於該第—收容槽朋 Γίίϊ202之間變換位置。該等導向齒44具有與該線軸4軸向垂直之兩 ϊί行面以及與該線轴4軸向成第三夾角γ的兩相對的第二 第夹角γ基本等於第一夹角α ’小於或等於第二失角Ρ。該 第一軸端42的圓周面上等圓周角度(12〇度)間隔地凸設三第一卡齒46。 併參，第五圖，該卡鎖8具有—轉軸8°、—第二卡齒&以及-= 二Γ82與該回彈片84成—定圓周角度凸設於該轉轴80 ;^ 22第齒^向該轉轴8〇的一端。該轉轴8〇的兩讎於 該弟-女裝。卩22、苐二述部24上的安裝⑽ 轉軸80-端，其與該第二安裝部 82偏⑽ 大於該第—卡齒46之沿該線軸二m—=小之_ ’該間隔略 + 季内上的長度，可保證在該線軸4未完全 ^切46不賴辦二枝财涉。該第 的第—播片止擋，該回彈片糾彈性抵頂該 斤板之第一擒片282，從而該轉軸8()只可單向旋 請繼續參閱第六圖，該迴轉部件6繞在 60嵌入該壓板26與該第一殼 轴^ 40上，/、自由知 I之間的_ ’並捲起-部分從而形成 8 M293263 . 捲邊。該迴轉部件ό的寬度比該壓板26與該第一殼2a内壁之間的間隙在 該線軸4軸向上的長度小至少2mm，因而該迴轉部件6可沿著該線軸* 軸向移動至少2mm。 請一併參閱第六圖、第七圖，初始時，一線纜12處於完全回縮狀態時， 該線軸4之第一卡齒46與該卡鎖8分離，其三導向齒糾卡在該第一安裝 部20的該第一收容槽2〇〇内，該迴轉部件6處於較放鬆狀態。 、 當向外拖動攝像頭10時，該線繞12冑動該線軸4轉動，該迴轉部件 6被旋緊。由於該線軸4、安裝孔之製造精度以及該線纜12之摩擦作用， 該線軸4轉動時的徑向跳動與軸向之竄動總是存在的。以三第一卡齒牝中 任意-個與該第二擔片哪成一定角度之夾角〈本實施例優選角度爲^度) •，的位置作絲準，將該第—卡齒46設爲初始之第-卡齒46，此時該第一 轴端40附近之一導向齒44(設為初始之導向齒4句到達該滑槽挪之入口 附近，由於該滑槽206之入口處修圓處理，並且該第一分楔塊施、該第 二分楔塊204b錯開-定距離，該滑槽2〇6在該第一分楔塊耻上形成的 槽壁較在該第二分楔塊204b上形成之槽壁向該第—收容槽2⑻凸出，因 此，拽拉該線纜12帶動該線軸4轉動時只需輕微的竄動就可以使該鄰近入 口處之初始之導向# 44被域，並在該線纜^施加之作用力下進入該滑 槽206。該第二分楔塊204b之楔形面胸可避免未進入該滑槽施之豆 他兩導向齒44在空間上與該楔塊2〇4干涉，且能幫助初始之導向齒糾順 籲 利進入該滑槽206。由於該第二卡齒82與該第二安裝部22之間留有一定 大小之間隔’因此在該線軸4未完全進入該第二收容槽2〇2時該第一^^齒 46不會與該第二卡齒82干涉。當進入該滑槽2〇6的初始之導向齒44隨著 該線軸4繼續轉過6〇度，該等導向齒44會卡入該第二收容槽2〇2内。此 時整個線軸4右移2mm，初始之第一卡齒46在空間上干涉到該卡鎖8之 第二卡齒82，接續初始之第一卡齒46之第二個第一卡窗#轉過％度後 將於空間上干涉到該卡鎖8之第二卡齒82。 若要更長之線境I2 ’則繼續拽拉該線境U，三導向齒44將依次於該 第一收谷槽202内轉動，第二個第一卡齒46會從該折板28之第一擔片28〇 到該第二擋片282之方向(也就是與該線軸4此時轉向相反之方向輝該 第二卡齒82 ’致使該回彈片84收縮，進而迫使該卡鎖8繞該轉軸8〇轉動 9 M293263 以讓開該第-卡齒46，此後其他兩第一卡齒你 i —直轉動釋放出#•蟑_ 17 , 動作，保證該線軸4 達到需要之長帽迴轉部件6概緊。當該線缓 部件6提供回力1用情況下，該迴轉 使用完要回嶋㈣時，峨拉該線長度。 轉動，同樣地，由於該線軸4轉動的同時 ^動附6 二20=:ί齒82之邊緣即將干涉時，該導向齒44恰好從該第:收 ，4生:200内’使該第一卡齒46與該第二卡齒82不 曰發生干"。該第一分楔塊204a之楔形面204c可 206 44 2〇4 〇 該迴轉部件6回力作用下旋轉回㈣_ 12直職_ 12完全被收回。 =以理解，上述繞線器之導向齒44與該第一卡齒*之數目不限於三 二需要作適當改變，如改爲兩個或者四個，相應之間隔角度 ^ 度或者90度。迴轉部件6不限於採用上述的發條，也可以其他可 使線轴4回轉的機構，如採用微型電機經齒輪組與第一轴端4〇連接，驅 動線軸4的回轉’齒輪之間的〇^合不會妨礙線軸4的軸向移動。安裝該迴 轉轉>6之結構也不限於使用該壓板26，也可以在該迴轉部件^自由端⑼ 邊緣開二紐’插人―伽了，並使該長槽之長度足夠大贿證該迴轉部 件6不#響該線軸4之軸向移動即可。此外，繞線II不限於與攝像頭1〇搭 配使用，其也可以與滑鼠、馳、印表機、電話及多用黯等搭配使用， 以達到線、伽收方便，易於整理之效果。繞線器之殼體2可以設計成不同 種形狀，直接作爲滑鼠、鍵盤、印表機、電話等之殼體使用。 练上所述，本創作符合新型專利要件，爰依法提出專利申請。惟，以 上所述者僅為本創作之較佳實關，舉凡熟悉本紐藝之人士，在爱依本 案創作精神所作之等效修飾或變化，皆應包含於以下之申請專利範圍内。 【圖式簡單說明】 M293263 * 第一圖係本創作繞線器之較佳實施例之立體分解圖。 第二圖係第一圖第一殼之俯視圖。 第三圖係第一圖第一殼之局部放大圖。 第四圖係第一圖線軸之立體放大圖。 第五圖係第一圖卡鎖之立體放大圖。 第六圖係第一圖本創作繞線器之較佳實施例及攝像頭的立體圖。 第七圖係第六圖之攝像頭及線纜被拉出時之立體圖。 【主要元件符號說明】 攝像頭 10 線纜 12 殼體 2 第一殼 _ 2a ，第一安裝部 20 第一收容槽 200 第二收容槽 202 楔塊 204 ~第一分楔塊 204a 第二分楔塊 204b 楔形面 204c、204d 滑槽 206 第二安裝部 22 第三安裝部 24 壓板 26 折板 28 第一擋片 280 第二擋片 282 第二殼 2b 線軸 4 第一軸端 40 第二軸端 42 導向齒 44 第一平行面 440 第二平行面 442 第一卡齒 46 迴轉部件 6 自由端 60 卡鎖 8 轉軸 80 第二卡齒 82 回彈片 84 11The plate 28 is connected to the second mounting portion 22 and the third mounting portion 24, which have the first flap 280 and the second flap 282 which are formed into an L shape. Please refer to the fourth figure, the bobbin 4 has a first shaft end 4〇 and a second shaft end 42. The first shaft end 40 and the second shaft end 42 are respectively connected by the first mounting portion 2 The second mounting portion 22 supports two circumferentially spaced guide teeth 44 at equal circumferential angles (10 degrees) adjacent to the circumferential surface of the bobbin 4 at the first axial end 40. The guiding teeth 44 can be moved along the sliding slot 2〇6 between the first receiving slots 205. The guiding teeth 44 have two yaw planes perpendicular to the axial direction of the bobbin 4 and two opposite first angles γ opposite to the axial direction of the bobbin 4 are substantially equal to the first angle α′ Or equal to the second corner Ρ. The first latching teeth 46 are protruded from the circumferential surface of the first shaft end 42 at equal circumferential angles (12 degrees). In the fifth figure, the latch 8 has a shaft 8°, a second latch & and a==2, and the rebound 84 is protruded at a predetermined circumferential angle from the shaft 80; The tooth is directed to one end of the rotating shaft 8〇. The two shafts of the shaft are the same as the younger ones.卩22, the mounting on the second portion 24 (10) the 80-end of the rotating shaft, and the second mounting portion 82 is offset from the second mounting portion 82 by more than the m-= small along the line axis. The length of the season can guarantee that the spool 4 is not completely cut 46 and does not rely on two branches. The first first broadcast stop, the resilient piece is elastically resisted against the first buckle 282 of the peg, so that the rotating shaft 8 can only be unidirectionally rotated. Referring to the sixth figure, the rotating component 6 is wound. At 60, the platen 26 and the first shell shaft 40 are embedded, and the portion _ 'and rolled up - is freely formed to form 8 M293263. The width of the swivel member 比 is at least 2 mm smaller than the gap between the pressure plate 26 and the inner wall of the first casing 2a in the axial direction of the bobbin 4, so that the swivel member 6 can be moved axially along the bobbin* by at least 2 mm. Please refer to FIG. 6 and FIG. 7 together. Initially, when a cable 12 is in a fully retracted state, the first latch 46 of the spool 4 is separated from the latch 8 and the three guiding teeth are clamped therein. In the first receiving groove 2 of the first mounting portion 20, the rotating member 6 is in a relatively relaxed state. When the camera 10 is dragged outward, the wire 12 is rotated about the bobbin 4, and the rotating member 6 is screwed. Due to the manufacturing precision of the bobbin 4, the mounting hole, and the friction of the cable 12, the radial runout and the axial turbulence of the bobbin 4 are always present. Taking the position of any one of the three first latches at an angle with the second stretcher (the preferred angle of the embodiment is ^ degrees), the position of the first latch is set to the wire, and the first latch 46 is set to An initial first-toothed tooth 46, at which point one of the guiding teeth 44 near the first axial end 40 is set to be near the entrance of the sliding groove, since the entrance of the sliding slot 206 is rounded Processing, and the first partial wedge block and the second divided wedge 204b are staggered by a fixed distance, and the groove wall formed by the sliding groove 2〇6 on the first dividing wedge is more than the second dividing wedge The groove wall formed on the 204b protrudes toward the first receiving groove 2 (8). Therefore, when the cable 12 is pulled to drive the wire shaft 4, only a slight movement is required to make the initial guide #44 of the adjacent inlet be a region, and entering the chute 206 under the force applied by the cable ^. The wedge-shaped face of the second wedge 204b can prevent the two guiding teeth 44 from entering the chute and the space The wedge 2〇4 interferes, and can help the initial guide teeth to smoothly enter the chute 206. Between the second latch 82 and the second mounting portion 22 There is a certain size interval. Therefore, when the bobbin 4 does not completely enter the second receiving slot 2〇2, the first tooth 46 does not interfere with the second latch 82. When entering the chute 2〇6 The initial guiding teeth 44 continue to rotate 6 degrees with the bobbin 4, and the guiding teeth 44 will be caught in the second receiving groove 2〇2. At this time, the entire bobbin 4 is moved 2 mm to the right, the initial first card. The tooth 46 spatially interferes with the second latch 82 of the latch 8 , and the second first latch # of the first first latch 46 continues to interfere with the latch 8 after being rotated by %. The second latch 82. If the longer horizon I2 ' continues to pull the line U, the three guiding teeth 44 will rotate in the first valley 202 in sequence, and the second first latch 46 The rebound piece 84 is contracted from the direction of the first stretcher 28 of the flap 28 to the direction of the second flap 282 (that is, the second latch 82' in the opposite direction to the spool 4). In turn, the latch 8 is forced to rotate 9 M293263 around the rotating shaft 8 to allow the first-toothed teeth 46 to be opened. Thereafter, the other two first latches are rotated to release the #•蟑_17, and the action is performed to ensure the spool 4 The long cap rotating part 6 is required to be tightly tightened. When the wire resting part 6 is provided with the returning force 1, the length of the line is pulled when the turning back is used (4). Rotating, similarly, due to the rotation of the bobbin 4 At the same time, the motion is attached to the second 20==: When the edge of the tooth 82 is about to interfere, the guiding tooth 44 just makes the first latch 46 and the second latch 82 from the first: The wedge surface 204c of the first partial wedge 204a can be rotated by the returning force of the rotating member 6 (4) _ 12 straight _ 12 is completely retracted. The number of the guide teeth 44 of the threader and the first latching teeth* is not limited to three and two, and needs to be appropriately changed, for example, two or four, correspondingly by an angle of angle or 90 degrees. The rotating member 6 is not limited to the above-mentioned spring, and other mechanisms for rotating the bobbin 4 may be used, such as using a micro motor to be coupled to the first shaft end 4〇 via a gear set, and driving the rotation of the bobbin 4 between the gears. The combination does not interfere with the axial movement of the spool 4. The structure for installing the swivel rotation >6 is not limited to the use of the press plate 26, and it is also possible to open a two-button 'interaction' at the edge of the free end (9) of the swivel member, and make the length of the long groove sufficiently large to bribe the The turning member 6 does not ring the axial movement of the bobbin 4. In addition, the winding II is not limited to be used in conjunction with the camera 1 ,, and can also be used in combination with a mouse, a microphone, a printer, a telephone, and a multi-purpose cymbal to achieve a line, a convenient collection, and an easy finishing effect. The housing 2 of the winder can be designed in different shapes and used directly as a housing for a mouse, keyboard, printer, telephone, or the like. As stated above, this creation complies with the new patent requirements and submits a patent application in accordance with the law. However, the above is only the best practice of this creation. Anyone who is familiar with this New Art, the equivalent modification or change in the spirit of the creation of Love will be included in the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS M293263 * The first figure is an exploded perspective view of a preferred embodiment of the present winder. The second figure is a top view of the first case of the first figure. The third figure is a partial enlarged view of the first shell of the first figure. The fourth figure is a perspective enlarged view of the first picture line axis. The fifth figure is a three-dimensional enlarged view of the first figure lock. Figure 6 is a perspective view of a preferred embodiment of the present winder and a camera. The seventh figure is a perspective view of the camera and cable when the figure 6 is pulled out. [Main component symbol description] Camera 10 Cable 12 Housing 2 First case _ 2a, first mounting portion 20 First receiving slot 200 Second receiving slot 202 Wedge 204 ~ First wedge 204a Second wedge 204b wedge face 204c, 204d chute 206 second mounting portion 22 third mounting portion 24 pressure plate 26 flap 28 first flap 280 second flap 282 second shell 2b spool 4 first shaft end 40 second shaft end 42 Guide tooth 44 first parallel surface 440 second parallel surface 442 first latch tooth 46 swivel member 6 free end 60 latch 8 shaft 80 second latch 82 rebound sheet 84 11