.M357011 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種飛梭旋紐結構，尤其是，將飛梭旋 紐結構中之旋紐單元及按鈕單元分別獨立設置，以及利用 非接觸式之控制機制設計該飛梭旋鈕組件者。 【先前技術】 目前市面上常見之飛梭旋鈕結構，請參照第1至4圖.M357011 V. New Description: [New Technology Field] This creation is about a shuttle bobbin structure. In particular, the knob unit and button unit in the shuttle bobbin structure are separately set and non-contact. The control mechanism of the type is designed by the shuttle knob assembly. [Prior Art] For the structure of the shuttle knob that is common on the market, please refer to Figures 1 to 4.
所示，其包含一基座9卜一調控單元92及一控制鈕93， 該調控單元9¾係設置於該基座91上，該控制鈕93結合於 該調控單元92。該調控單元92包含一電路板92卜一控制 座922及一調控鈕923;該控制座922係結合於該基座91， 且與該電路板921相連結；該調控鈕923係可樞轉的結合 於該控制座922 ’且該調控紐923係可㈣該控制座922 產生可彈性復㈣軸向位移；該控能93係結合於該調控 鈕 923 〇 举例而言 _田场為用飛梭結構設置於一影音^ 〇 ^使用者可先將該控制知93向該基座91按壓 3啟=::器之電源’接著，可藉由旋轉該控， 93帶動該調她923相對該控制座％ 整該料概n，例如影像順轉_等=旋轉 如.诵’上述習用飛梭旋紐結構具有下列缺點 辨識該按蚊功能L :有文子或圖示a，以供使户 及旋轉方…、由於該控制鈕93同時可以幸 式進仃控制，因此，當烟者旋轉該控制紐 M357011 後，該文字圖樣a將因為該控餘93之旋轉而造成該文字 圖樣a之位置歪斜或倒立，如第3圖所示，進而使得該使 用者不易辨識文字圖樣a，造成使用上之不便利性；再且， 由於該控制座922與調控紐9U係為接觸式之控制元件， 因此若該控制座922或調控紐923產生氧化或鏽姓，則該 控制座922及調控紐923之間於使用時可能造成感應不良 或產生卡死之情況。 【新型内容】As shown, it includes a pedestal 9 and a control unit 92, and a control button 93 is disposed on the base 91. The control button 93 is coupled to the control unit 92. The control unit 92 includes a circuit board 92, a control base 922 and a control button 923. The control base 922 is coupled to the base 91 and coupled to the circuit board 921. The control button 923 is pivotable. Combined with the control seat 922 'and the control button 923 can (4) the control seat 922 generates an elastic (four) axial displacement; the control energy 93 is coupled to the control button 923. For example, the field field is a shuttle The structure is set in an audio and video ^ 〇 ^ user can first press the control 93 to the base 91 to press the 3:=:: power supply' then, by rotating the control, 93 to drive the adjustment 923 relative to the control The total % of the material is n, for example, the image is rotated _, etc. = rotation such as 诵 'The above-mentioned conventional shuttle bobbin structure has the following disadvantages to identify the Anopheles function L: there is a text or a picture for the user and the rotation Since the control button 93 can also be fortunately controlled, when the smoker rotates the control button M357011, the text pattern a will cause the position of the text pattern a to be skewed due to the rotation of the control 93. Inverted, as shown in Figure 3, which makes the user difficult to recognize the text pattern a, causing inconvenience in use; further, since the control seat 922 and the control button 9U are contact type control elements, if the control seat 922 or the control button 923 generates oxidation or rust, the control seat 922 and the control button 923 may cause poor sensing or jamming during use. [New content]
本創作之主要目的係提供一種飛梭旋紐結構，係將飛 梭旋鈕結構巾錢鱗元及按解元分棚錢置，以及 利用非接觸式之蝴制設計該紐旋她件，以克服上 述習用飛梭旋紐結構之缺點。The main purpose of this creation is to provide a shuttle bobbin structure, which is to set the shuttle knob structure to the money scale and to dispose of the money, and to design the button with a non-contact butterfly to overcome the The above disadvantages of the conventional shuttle bobbin structure.
為了達到上述創作目的，本創作係於一旋紐單元中設 置-孔’以供容置-按鱗元，錢概辦元及按紐單 兀可分別獨立設置而不相互影響；此外，該餘單元係以 磁性感應或光感應之方式進行㈣，叫免構個氧化鐵 蝕而產生不易轉動或感應不良等情況發生。 …本創作之紐旋絲獅包含：—杨單元及一按紐 單元，該餘單元包含-承魅及—触，該承載座中央 設有-穿孔’該餘係可旋轉⑽置於該承載座之一側，、 該旋钮設有-貫孔、數個凹槽、數個第—感應元件及一第 二感應讀’該貫孔鑛賴料，概個凹槽係設置於 該旋鈕面對該承載座之—侧，該數個第—感應元件係分別 設置於該數個凹槽内，且具有—旋轉路徑，該第二感應元 M357011 射系，應於該數個第-感應元件之旋轉路徑之—部份；該 按紐單元包含-按紐及一按遷元件，該按紐係可活動的設 置於該貫孔内並頂抵按壓該按壓元件。 【實施方式】 為讓本創作之上述及其他目的、特徵及優點能更明顯 易懂，下文特舉本創作之較佳實施例，並配合所附圖式， 作詳細說明如下： 4參照第5至6圖所示，本創作較佳實施例之飛梭旋 知結構轉含-本體卜—旋鱗元2及—按钮單元3，該 旋鈕單元2及按鈕單元3係分別設置於該本體丨上。 请參照第5至6圖所示，本創作較佳實施例之本體i 係包含一基座11、一容置槽12及一蓋板13，該容置槽12 係設置於該基座11之表面，該容置槽12係設有—結合孔 121 ;該蓋板13係用以蓋合於該容置槽12。 凊參照第5至6圖所示，本創作較佳實施例之旋鈕單 _ 元2係包含一承載座21及一旋鈕22 ;該承載座21係設置 於該谷置槽12内；該承载座21係設有一穿孔2h、一延 伸部212、一定位部213及一通孔214 :舉例而言，該穿孔 211係设置於該承載座21之中央，且該穿孔211之周緣向 遠離該本體1之方向軸向延伸形成該延伸部212，該延伸 部212上係形成一階梯部212a ;該定位部213係靠近該承 載座21之周緣；該通孔214係位於該穿孔211及定位部 213之間。 請參照第5至6圖所示，本創作較佳實施例之旋鈕22 M357011 财旋轉的結合於該承載座η之m綠22係設有 一貫孔221、數個卡掣部222、數個凹槽223、數個第一感 應7L件224及-第二感應元件225。該貫孔22ι係設置於 該旋知22之中央，並對應該穿孔211，使該貫孔221之周 緣結合於該承載座21之延伸部212，·該數個卡擎部222係 等距設置於該旋紐22之外周緣，以供該承載座21之定位 =213卡掣定位；該數個凹槽223係圍繞該貫孔221等距 設置於該餘22面向該承· 21之—面，且該數個凹槽 223於徑向上係分別對應該數個卡掣部222，使得相對應之 卡掣部222及凹槽223係位於該旋鈕22之同一徑向上，各 個凹槽223之旋轉路徑部分對應於該承載座21之通孔214 ’該數個第-感應元件224係分別設置於該數個凹槽223 中，該第二感應元件225係設置於該容置槽12内，且對應 該通孔214，使得該承載座21結合於該容置槽12時，該 第二感應元件225係位於該承載座21之通孔214内，該第 二感應元件225係與一控制電路相連結。舉例而言，本創 作之旋鈕單元2係選擇以非接觸式感應之控制模式進行設 S十，例如光感應或磁性感應方式進行控制，在本實施例中 ，本創作係選擇以磁性感應方式進行控制，因此該第一感 應元件224係選擇為磁性元件，該第二感應元件225係選 擇為霍爾感應元件。 请參照第5至6圖所示，本創作較佳實施例之按叙單 元3係包含一按壓元件31及一按鈕32;該按壓元件31係 設置於該本體1之容置槽12之結合孔121，使得該按壓元 件31係對應於該穿孔211，該按壓元件31係與該控制電 M357011 路相連接；該按鈕32係可活動的結合於該旋鈕單元2之穿 孔211 ’該按鈕32係設有一頂壓部321及一凸緣322，該 頂麼部321係由該按紐32之底面中央向該本體&伸形成 ，以頂抵塵按該按Μ元件31，該凸緣322係由該按知％ 之外周緣徑向延伸形成，以對應卡合於該階梯部212a。 請參照第5至9圖所示，當使用本創作較佳實施例之 飛梭旋鈕結構時，舉例而言，本實施例之旋鈕單元2係用 以控制衫像播放器之影像順轉或倒轉，該按知單元3、係 用以控制該影像播放器之電源開關。如第7圖所示，使用 者僅需按㈣她32以健該涵元件31 _啟電源。 如第8圖所示’於該卡掣部222受該定位部213定位時， 其中-第-感應元件224係對應於該第二感應元件奶。 如第9圖所示’當使用者欲順轉或倒轉影像時，僅需旋轉 該旋叙22，使該卡掣部扣脫離該定位部213之定位，原 ，二^第a感應7〇件225對應之第一感赛元件亦將因該旋 ”=旋轉而移位，直至另—卡掣部^受到該定位部 -而該第一感應元件225；亦同時對應到另一第 《應70件224並產生電磁感應，而傳輸訊號至該控制電 :二::影:象產生順轉或倒轉，如此，即使該按紐Μ 該文Ϊ圖檨Ϊ子’亦不會因該旋紐22之旋轉而造成 以 、之正斜或倒置而造成辨識上之不便。 述本創作藉由利用將該旋鈕22及按紐32分 開獨立§又置，使該括>£. M 按鈕32並不會隨該旋鈕22產生同步旋 轉，避免該按紐32上之^_ 造成辨識上之顿魏. 錢賴糾置而该 ’丹者’該按鈕32係設置於該旋鈕 —7 — M357011 而 因金 降傾舰旋姆制佔㈣；再者，該定位部 之設置可增進旋包22之調整穩定性， 接觸式之控制模式，可避免接觸式控制模式因 屬氣化鏽_產生之旋轉不易或感應不良之缺點。 、，然本創作已彻上述較佳實施例揭示，然其並非用 、—疋本創作’任何熟習此技藝者在不脫離本創作之精神 牙範圍之内’相對上述實施例進行各種更動與修改仍屬本In order to achieve the above-mentioned creative purpose, the creation is set in the one-turn unit - hole 'for the accommodation - according to the scale, the money and the button can be set independently without affecting each other; in addition, the rest The unit is made by magnetic induction or light induction (4), which means that it is not easy to rotate or inductively caused by the formation of an iron oxide corrosion. ... The creation of the New Threaded Lion includes: - Yang unit and a button unit, the remaining unit contains - enchantment and - touch, the center of the carrier is provided - perforation 'The remaining system can be rotated (10) placed in the carrier One side, the knob is provided with a through hole, a plurality of grooves, a plurality of first sensing elements, and a second sensing read 'the through hole mineral material, and the general groove is disposed on the knob facing the The plurality of first sensing elements are respectively disposed in the plurality of grooves and have a rotation path, and the second sensing element M357011 is a rotation of the plurality of first sensing elements. a part of the path; the button unit includes a button and a button member, and the button is movably disposed in the through hole and presses against the pressing member. [Embodiment] The above and other objects, features and advantages of the present invention will become more apparent and understood. As shown in FIG. 6 , the shuttle spinning structure of the preferred embodiment of the present invention includes a body-rotating scale element 2 and a button unit 3, and the knob unit 2 and the button unit 3 are respectively disposed on the body unit. . The main body i of the preferred embodiment of the present invention includes a base 11 , a receiving slot 12 and a cover 13 . The receiving slot 12 is disposed on the base 11 . The accommodating groove 12 is provided with a coupling hole 121 for covering the accommodating groove 12. Referring to Figures 5 to 6, the knob unit 2 of the preferred embodiment of the present invention includes a carrier 21 and a knob 22; the carrier 21 is disposed in the valley slot 12; The 21st line is provided with a through hole 2h, an extending portion 212, a positioning portion 213 and a through hole 214. For example, the through hole 211 is disposed at the center of the bearing seat 21, and the periphery of the through hole 211 is away from the body 1. The extending portion 212 is formed in the axial direction to form a stepped portion 212a. The positioning portion 213 is adjacent to the periphery of the bearing seat 21; the through hole 214 is located between the through hole 211 and the positioning portion 213. . Referring to FIGS. 5-6, the knob 22 M357011 of the preferred embodiment of the present invention is coupled to the carrier m, and the m green 22 is provided with a uniform hole 221, a plurality of latching portions 222, and a plurality of recesses. The slot 223, the plurality of first sensing 7L members 224 and the second sensing element 225. The through hole 22 is disposed at the center of the screw 22, and the corresponding hole 211 is coupled to the extending portion 212 of the bearing block 21, and the plurality of card portions 222 are equidistantly disposed. The outer periphery of the knob 22 is positioned for positioning of the carrier 21 = 213; the plurality of grooves 223 are disposed equidistantly around the through hole 221 to face the surface of the bearing 22 And the plurality of grooves 223 respectively correspond to the plurality of latching portions 222 in the radial direction, so that the corresponding latching portions 222 and the recesses 223 are located in the same radial direction of the knob 22, and the rotation of the respective recesses 223 The path portion corresponds to the through hole 214 ′ of the carrier 21 . The plurality of first sensing elements 224 are respectively disposed in the plurality of grooves 223 , and the second sensing element 225 is disposed in the receiving groove 12 , and The second sensing element 225 is located in the through hole 214 of the carrier 21, and the second sensing element 225 is connected to a control circuit. The second sensing element 225 is disposed in the through hole 214 of the carrier 21 when the carrier 214 is coupled to the receiving slot 12. link. For example, the knob unit 2 of the present invention is selected to be controlled by a non-contact sensing control mode, such as light sensing or magnetic sensing. In this embodiment, the creative system selects magnetic induction. Control, so the first sensing element 224 is selected as a magnetic element, and the second sensing element 225 is selected as a Hall sensing element. Referring to FIGS. 5-6, the pressing unit 3 of the preferred embodiment of the present invention includes a pressing member 31 and a button 32. The pressing member 31 is disposed in the receiving hole of the receiving slot 12 of the body 1. 121, the pressing member 31 corresponds to the through hole 211, the pressing member 31 is connected to the control electric M357011; the button 32 is movably coupled to the perforation 211 of the knob unit 2 There is a pressing portion 321 and a flange 322. The top portion 321 is formed by the center of the bottom surface of the button 32 toward the body & and is pressed against the pressing member 31. The flange 322 is The outer periphery of the outer periphery is formed to extend radially to be engaged with the step portion 212a. Referring to FIGS. 5-9, when the shuttle knob structure of the preferred embodiment of the present invention is used, for example, the knob unit 2 of the present embodiment is used to control the image of the shirt image player to be rotated or reversed. The button unit 3 is used to control the power switch of the video player. As shown in Figure 7, the user only needs to press (4) her 32 to activate the culvert element 31 _ power. As shown in Fig. 8, when the latch portion 222 is positioned by the positioning portion 213, the -th sensing element 224 corresponds to the second sensing element milk. As shown in Fig. 9, when the user wants to rotate or reverse the image, it is only necessary to rotate the knob 22 so that the buckle portion is decoupled from the positioning portion 213, and the original The first sensing element corresponding to 225 will also be displaced by the rotation "= rotation until the other - the clamping portion receives the positioning portion - and the first sensing element 225; also corresponds to the other "should be 70" The piece 224 generates electromagnetic induction, and transmits a signal to the control electric: 2:: shadow: like a reverse or reverse rotation, so that even if the button is in the picture, the dice will not be caused by the knob 22 The rotation causes the positive inclination or the inversion to cause inconvenience in identification. The present invention uses the knob 22 and the button 32 to be separated and independent, so that the bracket > £. M button 32 does not Synchronous rotation will be generated with the knob 22, so as to avoid the identification of the button on the button 32. The "Dan" button 32 is set on the knob - 7 - M357011 and gold The descending dangling system accounts for (4); in addition, the positioning of the positioning portion can improve the adjustment stability of the rotary bag 22, and the contact control mode The contact control mode can be avoided because it is a disadvantage of the rotation of the gas rust _ which is not easy to rotate or poorly sensed. However, the present invention has been disclosed in the above preferred embodiment, but it is not used, Those who do not deviate from the scope of this creation's spirits are still subject to various changes and modifications relative to the above embodiments.
創作所保護之技術㈣，因此本創作之保護範圍當視後附 之申請專利範圍所界定者為準。 【圖式簡單說明】 第1圖：習用飛梭旋紐結構的剖視圖。 第2圖.習用飛梭旋紐結構的使用狀態示意圖。 第3圖：習用飛梭旋鈕結構的側視圖。 第4圖：習用飛梭旋鈕結構的使用狀態示意圖。 第5圖：本創作較佳實施例之飛梭旋鈕結構的分解立體 .圖。 第6圖：本創作較佳實施例之飛梭旋鈕結構的侧視圖。 第7圖：本創作較佳實施例之飛梭旋鈕結構於按壓按鈕 時的使用狀態示意圖。 第8圖：本創作較佳實施例之飛梭旋鈕結構的上視圖。 第9圖：本創作較佳實施例之飛梭旋鈕結構於旋轉旋鈕 時的使用狀態示意圖。 【主要元件符號說明】 1 本體 11基座 M357011 12 容置槽 121 結合孔 13 蓋板 2 旋鈕單元 21 承載座 211 穿孔 212 延伸部 212a階梯部 213 定位部 214 通孔 22 旋鈕 221 貫孔 222 卡掣部 223 凹槽 224 第一感應元件 225 第二感應元件 3 按姐單元 31 按壓元件 32 按紐 321 頂壓部 322 凸緣 91 基座 92 調控單元 921 電路板 922 控制座 923 調控鈕 93 控制鈕 a 文字圖樣 b 文字圖樣The technology protected by the creation (4), therefore the scope of protection of this creation is subject to the definition of the scope of the patent application. [Simple diagram of the drawing] Fig. 1: A cross-sectional view of the conventional shuttle bobbin structure. Figure 2. Schematic diagram of the state of use of the conventional shuttle bobbin structure. Figure 3: Side view of the structure of the conventional shuttle knob. Figure 4: Schematic diagram of the state of use of the conventional shuttle knob structure. Fig. 5 is an exploded perspective view showing the structure of the shuttle knob of the preferred embodiment of the present invention. Figure 6 is a side elevational view of the structure of the shuttle knob of the preferred embodiment of the present invention. Figure 7 is a schematic view showing the state of use of the shuttle knob structure of the preferred embodiment of the present invention when the button is pressed. Figure 8 is a top plan view of the shuttle knob structure of the preferred embodiment of the present invention. Figure 9 is a schematic view showing the state of use of the shuttle knob structure of the preferred embodiment of the present invention when the knob is rotated. [Main component symbol description] 1 Main body 11 base M357011 12 accommodating groove 121 coupling hole 13 cover plate 2 knob unit 21 bearing seat 211 perforation 212 extension portion 212a step portion 213 positioning portion 214 through hole 22 knob 221 through hole 222 card Portion 223 groove 224 first sensing element 225 second sensing element 3 pressing unit 32 pressing element 32 button 321 pressing portion 322 flange 91 base 92 regulating unit 921 circuit board 922 control seat 923 control button 93 control button a Text pattern b text pattern