M381149 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種打擊樂器，尤指一種可於踩踏後帶動 樂器移動之踏板系統。 【先前技術】 打擊樂器的踏板系統係供組裝打擊樂器，帶動鼓槌或其他 打擊樂器移動進行演奏，並於該踏板系統裝設有彈簧，用以連 • 動踏板系統復位至未踩踏前的狀態，其中該彈簧會於踏板系統 作動的過程中擺動，使彈簧與踏板系統中的其他部件相互摩 擦，甚至發出噪音。 習知打擊樂器的踏板系統如US6,713,667號專利所揭示，可 於踏板中裝設一轉輪’並利用一連接件將彈簧掛附於該轉輪， 使該轉輪可於彈簧擺動時轉動，利用轉輪提供彈簧潤滑的效 果，可降低摩擦並避免發出噪音。 I 【新型内容】 本創作之主要目的在於提供另一種踏板系統，可避免發出 噪音並減少踏板的零件數量。 為達成上述目的’本創作提供一種打擊樂器踏板組，包括 -支撐裝置 驅動塊、—傳動件與—復位裝置。該支樓裝置 包括有至少-立柱與一承座，並設有一踏板，立柱之自由端設 有可轉動之主轴’該主軸設有該驅動塊，該驅動塊與該踏板 之間設有該傳動件’令該踏板移動時可帶動該傳動件，並使該 3 驅動塊及該主軸轉動。該復位裝置包括有一擺動塊、一彈性件、 一偏擺件與一軸桿，該擺動塊設於該主軸而與該主軸成轉動連 動關係’該彈性件連接於該擺動塊，該偏擺件設於該彈性件與 該轴桿之間’該軸桿可調整地設於該承座，令該軸桿至該主軸 距離可調整者’且該軸桿係可轉動地設置於該偏擺件與該承座 其中一者β 藉此’本創作所提供之打擊樂器踏板組可利用偏擺件沿軸 才干轉動，於彈簧擺動時隨彈簧擺動，可避免彈簧與其他零件摩 擦發出噪音，該偏擺件並可轉簧直接連接，減少零部件的數 量。 【實施方式】 以下僅以實施例說明本創作之技術手段，並非用以限制本 創作之技術範疇。 請參考圖1 ’本創作提供一種打擊樂器踏板組，可供組裝一 打擊樂器’如擊槌90，於使用者操作本創作時帶動擊槌9〇移 動’敲擊鼓或其他打擊樂器進行演奏。 本創作包括有-支撐裝置10、一驅動塊2〇、一傳動件3〇 與一復位裝置40。 請參考圖丨至圖3 ’該切裝置1G包括有—踏板架^、二 :柱與-承座13，該踏板架—側形成有該二立柱，另一側拖 〇又有踏板14，令該踏板可於一踩踏位置虚 π白议1興一放鬆位置間移 動’該踏板架11於踏板14 -側可另設—踏墊15，該二立柱自 M381149 由端之間設有一主軸16，使該主軸可沿主軸之中心軸轉動，於 其他實施例巾’亦可僅於踏板架形成—立柱，並於該—立柱裝 設可轉動之⑽。該支雜置另於其中—雜12凸設該一承座 13，如圖中所示’該承座13位於該立柱12靠近踏板架η的一 侧，於其他實施例中，該承座亦可改設於支撐裝置的其他位置， 該承座13並設有如圖3所示之穿孔131。 該驅動塊20設於該主轴16，於一實施例中，該驅動塊可設 有非圓形孔，該主軸截面形狀與該_形孔相對應，並將該主 軸穿設於該非圓形孔，令驅動塊與主軸成轉動連動_，於另 -實施例中亦可於驅動塊設有圓形孔，並另於驅動塊螺設一螺 固件’將主軸穿設於該圓形孔，並崎_件選擇性螺鎖緊迫 於該主軸’可令軸塊與主軸的相騎置供峨固定，並使驅 動塊與主轴成轉動連動關係。 該傳動件30可實際設置為一鍊帶，該傳動件一端設有一調 整裝置’該調整裝置包括一齒塊31與一第二螺固件Μ,該第二 螺固件可螺設於該軸塊2G，並使該錢緊迫於該驅動塊: 該齒塊與該驅動塊之相互接觸面上並可設㈣部，使該齒塊可 調整固狀娜純，供贿位置，該觸件％另—端設於該 =板Μ之自由端’令該踏板14與該傳動件3Q成連動關係^ 、他實施射，該傳動件亦可設置為皮帶或連桿，令踏板 =傳動件’並使驅動塊轉動；該傳動件亦可設有其他形式之調 裝置，令踏板與驅動塊間的距離可供調整者。 5 該復位裝置40包括有一止滑套41、一擺動塊42、一彈性 件43、一偏擺件44、—軸桿45、一桿體46與二調整塊47。請 二考圖2與圖3 ’該止滑套41概呈短管狀而套設於該主軸16， 該止滑套相面設有軸向延伸之凹凸紋路 ，該些凹凸紋路亦可 略傾斜於轴向方向而不與軸向方向垂直 ，該止滑套41並設有一 固疋孔411，一短桿412穿設於該固定孔411，並卡入該主軸16, 7該止α套41與該主軸16成連動關係，該擺動塊42概呈C形 而形成有一開口 Α ’ 一第三螺固件421穿設於該擺動塊42於開 口 A的一侧後螺設於另一侧，該擺動塊42套設於該止滑套41， 並螺鎖該第三螺固件421 ’令擺動塊緊迫於該止滑套，使擺動塊 42與該主軸16成轉動連動關係’該擺動塊並設有一至多個定位 孔 422。 該彈性件43 —端連接於該擺動塊42。於本實施例中，該彈 性件43 —端彎折形成有一勾部431，該勾部431勾附於一連接 塊48，該連接塊形成有一球體481，並於該球體481設有一掛 勾孔482供彈性件勾附，該連接塊48另設有一插銷孔483，一 插銷484穿設於該插銷孔483並螺設於其中一定位孔422，使該 彈性件一端間接連接於該擺動塊，並可相對於該擺動塊偏擺， 於另一實施例中，該彈性件亦可包覆於該球體而連接於該連接 塊，或可將該彈性件形成之勾部直接勾附於一定位孔中，令該 彈性件直接連接於該擺動塊’而與該擺動塊成連動關係。 該彈性件43另一端連接於該偏擺件44。該彈性件另一端亦 M381149 可彎折而形成另-勾部431’。請參相3朗3A，該偏擺件44 一側形成有一短柱狀之凸塊441，並於該凸塊441設有一樺孔 442，供該彈性件形成之另一勾部431，勾附，該偏擺件另一側分 含延伸而形成有二相鄰之連接臂443,該二連接制隔有一擺動 空間B ’該二連接臂443於相對應位置排列開設有一至多組轴 孔444 ’於另-實施例中’亦可僅設置—連接臂，並於該連接臂 排列設置一至多個轴孔。 該軸桿45穿設於其中一組軸孔444，使該軸桿幻至該彈性 件43的距離可供調整’且該軸桿可於軸孔中轉動請參考圖* 與圖5，該軸桿45與偏擺件44之間可裝設軸承451或其類似 物，降低軸桿於轴孔中轉動的摩擦力。請參考圖6與_ 6Α，於 另一實施例中，亦可將該偏擺件44之軸孔改設為一長孔私5， 該長孔445兩端至該彈性件43的距離不相同，該轴桿衫穿設 於該長孔而可於該長孔内調整移動，該軸桿45 一端形成有一頭 邛452，另一端螺設有一螺合件453，該螺合件與該轴桿相互螺 鎖緊迫於該偏擺件，亦可使該軸桿至該彈性件的距離可供調 整，唯，於此實施例中該軸桿與該偏擺件相互緊迫而無法相對 轉動。 該桿體46 —端形成有一接頭461，該接頭設有一垂直桿體 軸向方向之貝孔462，該接頭兩側各形成有一端面，於本實施 例中，該二端面間的距離小於該桿體的截面直徑，該二端面延 伸至一部份桿體，使該桿體46靠近該接頭461 一侧略呈扁平 7 狀’於其他實_中，該二端關的麟亦可大於該桿體的戴 面直徑。該二端面間的距離與該二連接臂443間的距離相對應， 2不大於該二連接制的距離’使該接頭461可容置於該擺動 工間B ’令該軸桿45穿設於該貫孔461並可於該貫孔中轉動， 使該偏擺件44可崎該娜46 _，其巾絲桿與該接頭之 間亦可設有軸承451或其類似物，將軸承451設置於貫孔461 中，使轴桿與接頭間的摩擦力下降。 該桿體46另一端設有螺紋，並可將螺紋延伸至靠近該接頭 461 -侧’該桿體穿設於該承座13之穿孔131，該二調整塊π 螺設於該桿體46,且該二調整塊47分列於該承座兩側而抵靠於 該承座13 ’該二調整塊47可供旋轉調整該桿體#的位置，使 該軸桿至社_雖可供職者，其中該復錄置4〇於使用 時，該彈性件將呈拉伸狀態，而將該桿體向靠近魅軸一側拉 動’該二調整塊亦可改設為單—調整塊，並抵#於該承座13遠 離主轴16的一侧。 請參考圖1、圖7與圖7A，本創作組裝完成後，其中之踏 板12、傳動件30、驅動塊2〇、主軸16、擺動塊42、彈性件幻 及偏擺件44仙互連接而錢動_，娜性件提供—彈性力 使踏板保持於-放齡置。當朗概㈣本觸時可於主轴 裝设-塊體9卜並於塊體裝設軸9() ’其中該擊槌亦可直接組 裝於驅動塊或球，而可供本創作帶祕動。請參相卩，當使 用者踩踏踏板14後，可將該踏板移動至-踩踏位置，同時^動 iri^oi IHy 擊趟㈣動，並使擺動塊42隨主輛轉動而將彈性件43拉伸， 此時該偏擺件將以軸桿45為軸心，隨彈性件擺動，利 :擺:於:性件與桿體46之間滑動’以較少的構件提供潤:效 桿體間的摩擦，並避免彈性件與其他零件摩 ^體的位】Η，⑶參考圖7與圖9,本創作另可調整軸桿盘 ㈣的位置，於科變件長朗軌下 彈 性件43之⑽距離，請參相8朗ω线齡45與彈M381149 V. New description: [New technical field] This creation is about a percussion instrument, especially a pedal system that can move the instrument after pedaling. [Prior Art] The pedal system of the percussion instrument is used to assemble a percussion instrument to drive the drumstick or other percussion instrument to move, and the pedal system is equipped with a spring for resetting the pedal system to the state before the pedal is not stepped on. The spring will oscillate during the actuation of the pedal system, causing the spring to rub against other components in the pedal system and even make noise. A pedal system of a conventional percussion instrument is disclosed in US Pat. No. 6,713,667, which is incorporated herein by reference to the utility of the utility of the utility of the utility of the utility model. Use the wheel to provide spring lubrication to reduce friction and avoid noise. I [New Content] The main purpose of this creation is to provide another pedal system that avoids noise and reduces the number of parts of the pedal. In order to achieve the above object, the present invention provides a percussion instrument pedal set including a support device drive block, a transmission member and a reset device. The branch device comprises at least a column and a socket, and a pedal is provided. The free end of the column is provided with a rotatable spindle. The spindle is provided with the driving block, and the driving block and the pedal are provided with the transmission. The piece 'moves the pedal to move the transmission member and rotates the 3 drive block and the spindle. The resetting device includes a swinging block, an elastic member, a biasing member and a shaft. The swinging block is disposed on the main shaft in a rotationally coupled relationship with the main shaft. The elastic member is coupled to the swinging block, and the biasing member is disposed on the swinging block. Between the elastic member and the shaft, the shaft is adjustably disposed on the socket, the shaft is adjustable to the main shaft, and the shaft is rotatably disposed on the yoke and the socket One of the β pedals can be rotated by the yaw member along the shaft to oscillate with the spring when the spring swings, to avoid the friction between the spring and other parts, and the yoke can be rotated. Connect directly to reduce the number of parts. [Embodiment] The technical means of the present invention are described by way of example only, and are not intended to limit the technical scope of the present invention. Please refer to FIG. 1 ' This creation provides a percussive pedal set for assembling a percussion instrument such as a hitting 90, which is used to perform a hitting of a hammer, a percussion drum or other percussion instrument when the user operates the creation. The creation includes a support device 10, a drive block 2A, a drive member 3A and a reset device 40. Please refer to FIG. 3 to FIG. 3 'The cutting device 1G includes a pedal bracket ^, two: a column and a socket 13, the pedal frame is formed with the two columns on the side, and the other side has a pedal 14 and The pedal can be moved between a stepping position and a zooming position. The pedal bracket 11 can be additionally provided on the side of the pedal 14 - a mat 15 which is provided with a main shaft 16 from the end of the M381149. The main shaft can be rotated along the central axis of the main shaft. In other embodiments, the towel can be formed only on the pedal frame, and the column can be rotated (10). The miscellaneous portion is further disposed therein - the miscellaneous 12 is convexly disposed on the socket 13 as shown in the drawing. 'The socket 13 is located on the side of the column 12 adjacent to the pedal frame η. In other embodiments, the socket is also It can be modified at other positions of the supporting device, and the socket 13 is provided with a through hole 131 as shown in FIG. The driving block 20 is disposed on the main shaft 16. In an embodiment, the driving block may be provided with a non-circular hole, the main shaft cross-sectional shape corresponding to the _-shaped hole, and the main shaft is disposed in the non-circular hole In the other embodiment, the driving block is provided with a circular hole, and the driving block is screwed with a screw to insert the main shaft into the circular hole, and The Saki-selective screw lock is pressed against the spindle to fix the shaft block and the spindle, and to make the drive block rotate with the spindle. The transmission member 30 can be actually disposed as a chain belt, and the transmission member is provided with an adjusting device at one end. The adjusting device includes a tooth block 31 and a second screw socket. The second screw can be screwed to the shaft block 2G. And the money is pressed against the driving block: the tooth block and the driving block are in contact with each other and can be provided with a (four) portion, so that the tooth block can be adjusted to the solid shape, the bribe position, the contact %% The end is disposed at the free end of the plate 令 so that the pedal 14 is in a linked relationship with the transmission member 3Q, and the launching member is also configured to be a belt or a connecting rod, so that the pedal = the transmission member and drives The block is rotated; the transmission member can also be provided with other forms of adjustment means, so that the distance between the pedal and the drive block can be adjusted. The resetting device 40 includes a retaining sleeve 41, a swinging block 42, an elastic member 43, a biasing member 44, a shaft 45, a rod 46 and two adjusting blocks 47. Please refer to FIG. 2 and FIG. 3 'the sliding sleeve 41 is shortly tubular and sleeved on the main shaft 16, and the anti-slip sleeve surface is provided with an axially extending concave and convex line, and the concave and convex lines can also be slightly inclined to The axial direction is not perpendicular to the axial direction, and the anti-slip sleeve 41 is provided with a fixing hole 411. A short rod 412 is inserted through the fixing hole 411, and is inserted into the main shaft 16, 7 The main shaft 16 is in a cooperating relationship. The swinging block 42 is substantially C-shaped and has an opening Α. A third screw 421 is disposed on one side of the swinging block 42 on the side of the opening A, and is swinged on the other side. The block 42 is sleeved on the anti-slip sleeve 41, and the third screw 421' is screwed to press the swing block to the sliding sleeve, so that the swing block 42 is in a rotationally coupled relationship with the main shaft 16. The swing block is provided with a To a plurality of positioning holes 422. The elastic member 43 is end-connected to the swing block 42. In this embodiment, the elastic member 43 is bent at the end to form a hook portion 431. The hook portion 431 is hooked to a connecting block 48. The connecting block is formed with a ball 481, and a hook hole is formed in the ball 481. 482 is attached to the elastic member. The connecting block 48 is further provided with a latching hole 483. The latching block 484 is disposed in the latching hole 483 and is screwed to one of the positioning holes 422, so that one end of the elastic member is indirectly connected to the swinging block. The yoke can be slanted relative to the oscillating block. In another embodiment, the elastic member can also be attached to the ball to be connected to the connecting block, or the hook formed by the elastic member can be directly hooked to a positioning. In the hole, the elastic member is directly connected to the swinging block' in a linked relationship with the swinging block. The other end of the elastic member 43 is coupled to the yoke 44. The other end of the elastic member is also bent M381149 to form a further hook portion 431'. Referring to the third ridge 3A, a short columnar bump 441 is formed on one side of the yoke member 44, and a birch hole 442 is formed in the bump 441 for the other hook portion 431 formed by the elastic member to be attached. The other side of the yoke member is extended to form two adjacent connecting arms 443. The two connecting arms are separated by a swinging space B'. The two connecting arms 443 are arranged at corresponding positions to open one or more sets of shaft holes 444'. In the embodiment, 'the connecting arm can be set only, and one or more shaft holes are arranged in the connecting arm. The shaft 45 is disposed in one of the shaft holes 444, so that the distance from the shaft to the elastic member 43 can be adjusted 'and the shaft can be rotated in the shaft hole, please refer to FIG. 4 and FIG. 5, the shaft A bearing 451 or the like may be disposed between the rod 45 and the biasing member 44 to reduce the frictional force of the shaft to rotate in the shaft hole. Referring to FIG. 6 and FIG. 6 , in another embodiment, the shaft hole of the yoke 44 can be changed to a long hole 5 , and the distance between the two ends of the long hole 445 to the elastic member 43 is different. The shaft rod is disposed in the long hole and can be adjusted and moved in the long hole. The shaft 45 is formed with a head 452 at one end and a screwing member 453 at the other end. The screw member and the shaft are mutually coupled. The screw lock is pressed against the yoke, and the distance from the shaft to the elastic member can be adjusted. However, in this embodiment, the shaft and the yoke are pressed against each other and cannot rotate relative to each other. A joint 461 is formed at the end of the rod body 46. The joint is provided with a hole 462 in the axial direction of the vertical rod body, and an end surface is formed on each side of the joint. In this embodiment, the distance between the two end faces is smaller than the rod. The cross-sectional diameter of the body extends to a part of the rod body, so that the side of the rod body 46 is slightly flat 7 in the side of the joint 461, and the two ends can also be larger than the rod. Body wear diameter. The distance between the two end faces corresponds to the distance between the two connecting arms 443, and the distance 2 is not greater than the distance of the two connecting wires, so that the joint 461 can be accommodated in the swinging station B' so that the shaft 45 is inserted through The through hole 461 can be rotated in the through hole, so that the yoke 44 can be provided with a bearing 451 or the like between the towel screw and the joint, and the bearing 451 is disposed on the through hole 461. In the through hole 461, the friction between the shaft and the joint is lowered. The other end of the rod body 46 is provided with a thread, and the thread is extended to the side of the joint 461 - the rod is inserted through the through hole 131 of the socket 13 , and the two adjusting blocks π are screwed to the rod body 46 , And the two adjusting blocks 47 are arranged on both sides of the socket and abut against the bearing seat 13'. The two adjusting blocks 47 are provided for rotating and adjusting the position of the rod body #, so that the shaft rod is to the society. Wherein the re-recording is set to 4, the elastic member will be in a stretched state, and the rod body is pulled toward the side of the charm axis. The two adjustment blocks can also be changed to a single-adjustment block, and #在该座13 is away from the side of the spindle 16. Please refer to FIG. 1, FIG. 7 and FIG. 7A. After the assembly of the creation is completed, the pedal 12, the transmission member 30, the driving block 2〇, the main shaft 16, the swinging block 42, the elastic member and the eccentric member 44 are interconnected and the money is connected. Dynamic _, Na Na piece provides - elastic force to keep the pedal in - ageing. When the Lang (4) touch can be installed on the spindle - the block 9 and the shaft 9 () ', the hit can also be directly assembled to the drive block or ball, and can be used for the creative tape . Please refer to the phase, when the user steps on the pedal 14, the pedal can be moved to the - stepping position, while the iri^oi IHy is hit (four), and the swinging block 42 pulls the elastic member 43 as the main vehicle rotates. Stretching, at this time, the yaw member will be pivoted with the shaft 45, and swing with the elastic member. Lee: pendulum: slid between the sex member and the rod body 46 to provide lubrication with less components: between the rods Rubbing, and avoiding the position of the elastic member and other parts. (3) Referring to Fig. 7 and Fig. 9, the position of the shaft plate (4) can be adjusted by the creation of the elastic member 43 (10) Distance, please participate in 8 lang ω line age 45 and bomb
件擺動時，可進一步向彈性件移動的方向擺動偏^44隨彈性 性件的拉伸長度，藉此，本創作可調整改變一步縮小彈 性力，獲得不同的操作效果。 梭彈性件所提供的彈 【圖式簡單說明】 圖1係本創作之立體圖。 圖2圖1之局部放大圖。When the piece is swung, the direction of the movement of the elastic member can be further shifted by the length of the elastic member, whereby the creation can be adjusted to change the elastic force in one step to obtain different operational effects. The elastic provided by the shuttle elastic member [Simple description of the drawing] Figure 1 is a perspective view of the creation. Figure 2 is a partial enlarged view of Figure 1.
圖3係本創作之局部分解圖。 圖3Α係本創作偏擺件之立體圖。 之間裝設轴承之組裝示 圖4與圖5係本創作於偏擺件與軸桿 意圖。 圖6係本創作另一實施例之局部分解圖。 圖6Α係本創作偏擺件另一實施例之立體圖 圖7係本創作之侧視圖。 圖7Α係圖7之局部放大圖。 9 M381149 圖8係圖7之動作示意圖。 圖9係本創作調整軸桿後之側視圖。 圖10係本創作調整轴桿後之動作示意圖。 43卜431’ ：勾部 44 ··偏擺件 441 :凸塊 442 :橫孔 443 :連接臂 444 :轴孔 445 :長孔 45 :軸桿 451 :轴承 452 :頭部 453 :螺合件 46 :桿體 461 :接頭 462 :貫孔 47 :調整塊 48 :連接塊 481 :球體 【主要元件符號說明】 A :開口 B:擺動空間 10 :支撐裝置 11 :踏板架 12 :立柱 13 :承座 131 :穿孔 14 :踏板 15 :踏墊 16 :主軸 20 :驅動塊 30 :傳動件 31 :齒塊 32 :第二螺固件 40 :復位裝置 41 :止滑套 411 :固定孔 M381149 412 :短桿 42 :擺動塊 421 :第三螺固件 422 :定位孔 43 :彈性件 482 :掛勾孔 483 :插銷孔 484 :插銷 90 :擊槌 91 :塊體Figure 3 is a partial exploded view of the present creation. Figure 3 is a perspective view of the eccentric part of the creation. The assembly of the bearing between the two shows that Figure 4 and Figure 5 are intended for the eccentric and shaft. Figure 6 is a partial exploded view of another embodiment of the present invention. Fig. 6 is a perspective view of another embodiment of the present invention. Fig. 7 is a side view of the present invention. Figure 7 is a partial enlarged view of Figure 7. 9 M381149 Figure 8 is a schematic diagram of the action of Figure 7. Figure 9 is a side view of the original adjustment shaft. Figure 10 is a schematic view of the action after adjusting the shaft. 43卜431': hook portion 44· yoke 441: bump 442: transverse hole 443: connecting arm 444: shaft hole 445: long hole 45: shaft 451: bearing 452: head 453: screwing member 46: Rod 461: Joint 462: Through hole 47: Adjustment block 48: Connection block 481: Ball [Description of main component symbols] A: Opening B: Swing space 10: Supporting device 11: Pedal frame 12: Column 13: Seat 131: Piercing 14 : Pedal 15 : Mat 16 : Spindle 20 : Drive block 30 : Transmission 31 : Tooth block 32 : Second screw 40 : Reset device 41 : Sleeve sleeve 411 : Fixing hole M381149 412 : Short rod 42 : Swing Block 421: third screw 422: positioning hole 43: elastic member 482: hook hole 483: pin hole 484: pin 90: hit 91: block
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