M378465 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，其中該彈簧所提供的彈性 力將會於踏板系統作動的過程中持續作用於踏板系統，形成踩 踏的阻力’使不同的彈簧及彈性力大小將產生不同的踩踏效果。 習知打擊樂器的踏板系統如TW461553號專利所揭示，於 彈簧的單一端連接有調整裝置，可用以調整彈簧，使彈簧預先 拉伸而提高彈性力的大小，可供使用者調整踩踏的阻力。 【新型内容】 本創作之主要目的在於提供—軸板系統，提供另 整彈性件的方式，改變不同的踩踏效果。M378465 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. The percussion instrument moves to perform, and the pedal system is equipped with a spring for resetting the pedal system to before being stepped on. The state in which the spring provides the elastic force will continue to act on the pedal system during the actuation of the pedal system, forming a resistance to the pedaling' so that different springs and elastic forces will produce different pedaling effects. Conventional percussion instrument pedal systems, as disclosed in the TW461553 patent, have an adjustment device attached to the single end of the spring, which can be used to adjust the spring so that the spring is pre-stretched to increase the elastic force, and the user can adjust the resistance of the pedaling. [New content] The main purpose of this creation is to provide a shaft plate system that provides a different elastic member to change different pedaling effects.
驅動塊及該主轴轉動 該復位裝置包括有—擺動塊與一彈性 一種調 勒塊，該驅動塊與該踏板 可帶動該傳動件，並使該 3 件二，動塊設於該主軸而與該主轴成轉動連動關係 ，該彈性 入1可娜地設於賴崎，另—端可輕地設於該承座， V該彈性件兩端至該主軸的距離可各別受調整者。 藉此’本創作所提供之打擊樂器踏板組可供使用者調整彈 性件的位置以及預先拉伸的長度，使彈性件的彈性力以及彈性 =作用於主軸的力臂大小可分職使用者調整，進而改變踏板 踩踏時所遭酬件的反抗力，提供不_踩踏效果。 【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。 凊參考圖卜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梭9〇移 動’敲擊鼓或其他打擊樂器進行演奏。 本創作包括有一支撐裝置10、一驅動塊2〇、一傳動件3〇 與一復位裝置40。 請參考圖1至圖3，該支樓裝置1〇包括有一踏板架u、二 立柱12與一承座13，該踏板架U 一側形成有該二立柱加，另 一侧樞設有一踏板14,令該踏板14可於一踩踏位置與一放鬆位 置間移動，該踏板架11於踏板14 —側可另設—踏墊15，誃一 立柱12自由端之間設有一主軸16’使該主軸可沿主軸之中心軸 轉動，於其他實施例中，亦可僅於踏板架形成一立柱，並於誃 一立柱裝設可轉動之主軸。該支撐裝置10另於其中一立柱 凸"又該承座13，如圖中所示，該承座B位於該立柱12靠近 踏板架11的1 ’於其他實施财，該承座亦可改設於支擇裝 置的其他位置’該承座13並設有如® 3所示之穿孔13卜 該驅動塊20設於該主軸16，於一實施例中，該驅動塊可設 有非圓形孔’該主減面雜無_形孔相職，並將該主 袖穿汉於轉U形孔，令轉塊與主減機連_係，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’將主財設霞®形孔，並⑽賴件選雜螺鎖緊迫 於該主轴’可令驅動塊與主軸的相對位置供調整固定，並使驅 動塊與主軸成轉動連動關係。 該傳動件3〇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-第二螺固件32,該第二 螺固件32可螺設於該驅動塊2〇，並使該齒塊31緊迫於該驅動 塊20’該齒塊31與該驅動塊2()之相互接觸面上並可紗齒部， 使該齒塊21可調整固定於該驅動塊2()，供調整位置，該傳動件 3〇另-端設於該踏板14之自由端’令該踏板14與該傳動件如 成連動關係。於其他實施例巾，該㈣件亦可設置為皮帶或連 知’令踏板可帶動傳動件，並使轉賴動；該傳動件亦可設 有’、他开乂式之調整裝置，另踏板與驅動塊間的距離可供調整者。 該復位裝置40包括有一止滑套4卜-擺動塊42、-彈性 件43、一桿體44與二調整塊必。請參考圖2與圖3，該止滑套 1概呈短官狀而套設於該主軸16，該止滑套41外周面設有轴 向延伸之凹凸紋路，該些凹凸紋路亦可略傾斜於軸向方向而不 與軸向方向垂直’該止滑套41並設有一固定孔411，一短桿412 穿設於該固定孔411 ’並卡入該主軸16，令該止滑套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 A， 一第二螺固件421穿設於該擺動塊42於開口 A之一側後螺設於 另一側，該擺動塊42套設於該止滑套41，並螺鎖該第三螺固件 421，>7擺動塊42緊迫於該止滑套41，使擺動塊42與該主軸 16成轉動連動關係。 該彈性件43—第一端可調整地連接於該承座13，令該彈性 件第一端至該主軸距離為可調整者，更明確的說，該彈性件U 第一端設於該桿體44，該桿體與該彈性件之間的連接方式可如 圖所示，於桿體44 —端形成有球體441，該彈性件43包覆於該 球體441 連接於該桿體44，於另一實施例中，亦可於桿體一 端形成-· ’供該彈性件直接物。該桿體44财螺紋，並 穿-又於該承座13之穿孔131，該二輕塊45概於該桿體， 且該二調整塊45分.該承座兩_抵驗該承座13，該二調 整塊45可供旋轉調整該桿體44的位置，其中該復位震置於 使用時，該彈性件將呈拉伸狀態，而將該桿體向靠近該主軸二 =拉土動’該二調整塊亦可改設為單—調整塊，並抵靠於該承座 13返離主轴16的一側。 例中該擺動塊42設有複數定位孔422，該些定位孔沿主軸的徑 向方向排列設置’使每一定位孔422至該主軸16的距離皆不相 同，該彈性件之第一端連接於一連接塊46 ,其中該彈性件與連 接塊的連接方式可如圖所示，於連接塊46形成有一球形之接頭 461，並將彈性件43包覆於該接頭，或亦可於該連接塊設置一 孔洞，供該彈性件直接勾附；該連接塊46設有一插銷孔462， 一插銷463穿设於該插銷孔462，並螺設於其中一定位孔422， 使該連接塊46可拆卸地設置於其中一定位孔422，並可相對該 擺動塊42樞擺。於其他實施例中，該彈性件第二端亦可彎折形 成有一勾部，將該勾部選擇穿入並勾附於該些定位孔其中之 一，亦可使彈性件第二端至主軸間的距離為可調整者。請參考 圖4，於另一實施例中，該擺動塊42亦可改設一滑槽423，該 /月槽423兩端至該主軸16的距離不相同，該插銷463穿設於該 插銷孔462及該滑槽423，該插銷463 —端形成有一頭部464， 另^螺设有一螺合件465’使該插銷463與該螺合件465可螺 鎖，緊迫該連接塊46與該擺動塊42，令連接塊可滑設於該滑槽 並供調整固定於該滑槽兩端間的任一位置。或請參考圖5與圖 6，亦可於該擺動塊延伸設置一抵靠座424，該抵靠座設有一沿 主軸徑向方向設置之貫孔，於其他實施例中，該貫孔方向亦可 與主軸徑向方向失有任一角度，該彈性件之第二端連接於一延 伸桿47，該延伸桿設有螺紋，該延伸桿穿設於該貫孔並螺設有 一螺帽471，該二螺帽分列於抵靠座424兩側並抵靠於該抵靠 座使該—螺帽可供旋轉調整該延伸桿與該擺動塊的相對位 置使彈性件第二端與主細間的距離可供調整，於另一實施例 中h延伸寺干叉重力或彈性件的彈力作用，向遠離該主軸一侧 =靠’該二職亦可改設料1帽，錄餘雜靠座424 罪近主16的，—侧。 明參考圖1與圖7 ’本創作組《完成後，其中之踏板12、 傳動件30、驅動塊20、主轴16、擺動塊42及彈性件43係相互 賴而成連動關係’該彈性件提供一彈性力使踏板保持於一放φ 位置。當使用者欲使用本創作時可於主軸裝塊體％，並 於塊體裝設擊槌90，其中該擊槌亦可直接組裝於驅動塊或主 轴j而可供本創作帶動移動。請參考圖S，當使用者踩踏踏板 、後可將該踏板移動至一踩踏位置，同時帶動擊趟移動， 並使擺動塊42隨主軸轉動而將彈性件43拉伸，此時彈性件受 到拉伸而使彈性力增加’並對主軸產生-反抗扭矩，可於使用 者放鬆踏板後將踏板復位至放鬆位置，請參考圖9與圖ι〇，本# 創作可調整該彈性件兩端與主轴間的位置，而可控制彈性件於. 踩踏it程中的變化，進而控制該反抗扭矩的大小，產生不同的 踩踏效果。 請參相1卜本創作以—_呈性件與主轴間的關 係，其+令該連接塊設於擺動塊的位置為第一接點8ι，該彈性 件連接於桿體的位置為第二接點82 ’該主軸的軸心位置 83，則該彈性件係於第一接，點81肖第二接點82之間 ， M378465 踏板移動至踩踏位置後，該第一接點81將隨擺動塊移動至一偏 擺位置B ’此時所產生的反抗扭矩係直接關係於原點83至第一 接點偏擺位置B的擺臂距離d，以及第一接點移動至偏擺位置B 後的彈簧拉伸長度，本創作可各別控制第一接點與第二接點的 位置，擺臂距離d與彈簧拉伸長度皆可受到控制，進而使本創 作可控制該反抗扭矩，產生不同的踩踏效果。 【圖式簡單說明】 圖1係本創作之立體圖。 圖2係圖1之局部放大圖。 圖3係本創作之局部分解圖。 圖4係本創作於擺動塊設置滑槽時之局部分解圖。 圖5係本創作於擺動塊設置抵靠座時之局部立體圖。 圖6係本創作於擺動塊設置抵靠座時之局部侧視圖。 圖7係本創作之局部側視圖。 圖8係圖7之動作示意圖。 圖9係本創作調整彈性件位置之示意圖。 圖10係圖9之動作示意圖。 圖11係本創作主軸與彈簧之位置關係示意圖。 421 :第三螺固件 【主要元件符號說明】 A :開口 9 M378465 B:偏擺位置 d:擺臂距離 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 412 :短桿 42 :擺動塊 422 :定位孔 423 :滑槽 424 :抵靠座 43 :彈性件 44 :桿體 441 :球體 45 :調整塊 46 :連接塊 461 :接頭 462 :插銷孔 463 :插銷 464 :頭部 465 :螺合件 47 :延伸桿 471 :螺帽 81 :第一接點 82 :第二接點 83 :原點 90 :擊槌 91 :塊體The driving block and the spindle rotating the resetting device include a swinging block and an elastic one kind of adjusting block, the driving block and the pedal can drive the transmission component, and the three pieces of the movable block are disposed on the main shaft The main shaft is in a rotationally-rotating relationship, and the elastic input is arranged in Laisaki, and the other end is lightly disposed on the socket, and the distance from the two ends of the elastic member to the main shaft can be adjusted by the adjuster. By this, the percussion pedal set provided by the present invention allows the user to adjust the position of the elastic member and the length of the pre-stretching, so that the elastic force and elasticity of the elastic member = the size of the arm acting on the main shaft can be adjusted by the user In turn, the resistance of the rewards when the pedal is stepped on is changed, and the pedaling effect is not provided. [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.凊Reference Touben creates a percussion instrument pedal set that can be used to assemble a percussion instrument, such as the Killer 90, which is used by the user to move the shuttle 9 〇 to move the drum or other percussion instrument. The creation includes a support device 10, a drive block 2〇, a transmission member 3〇 and a reset device 40. Referring to FIG. 1 to FIG. 3, the branch unit 1 includes a pedal bracket u, two columns 12 and a socket 13. The two legs are formed on one side of the pedal bracket U and a pedal 14 is disposed on the other side. The pedal 14 is movable between a stepping position and a rest position. The pedal bracket 11 can be separately provided on the side of the pedal 14 - a step 15 is provided. A spindle 16 is disposed between the free ends of the column 12 to make the spindle It can be rotated along the central axis of the main shaft. In other embodiments, only a column can be formed on the pedal bracket, and a rotatable main shaft can be installed on the first column. The support device 10 is further embossed in one of the pillars and the socket 13 is as shown in the figure. The socket B is located at the 1' of the pillar 12 adjacent to the pedal bracket 11 and the socket can be modified. In another position of the support device, the socket 13 is provided with a perforation 13 as shown in FIG. 3, and the driving block 20 is disposed on the main shaft 16. In an embodiment, the driving block can be provided with a non-circular hole. 'The main reduction surface is no _-shaped hole, and the main sleeve is worn by the U-shaped hole, so that the rotating block is connected with the main reduction machine. In another embodiment, the driving block can also be provided with a circle. The hole is formed, and a screw is arranged on the driving block to fix the main shaft, and (10) the matching screw is pressed against the spindle to adjust the relative position of the driving block and the spindle, and The driving block is rotated in a rotational relationship with the main shaft. The transmission member 3 can be actually disposed as a chain belt. The transmission member is provided with an adjusting device at one end. The adjusting device includes a tooth block 31 and a second screw 32. The second screw 32 can be screwed to the driving device. Block 2〇, and the tooth block 31 is pressed against the mutual contact surface of the driving block 20' between the tooth block 31 and the driving block 2(), and the yarn tooth portion can be adjusted to be fixed to the driving block 21 Block 2 () for adjusting the position, the transmission member 3 is disposed at the free end of the pedal 14 such that the pedal 14 is in a linked relationship with the transmission member. In other embodiments, the (4) piece may also be provided as a belt or a link to know that 'the pedal can drive the transmission member and make the turn; the transmission member can also be provided with ', his opening type adjustment device, and the other pedal The distance from the drive block is available for adjustment. The resetting device 40 includes a stop sleeve 4 - a wobble block 42, an elastic member 43, a rod 44 and two adjustment blocks. Referring to FIG. 2 and FIG. 3 , the anti-slip sleeve 1 is sleeved on the main shaft 16 , and the outer peripheral surface of the anti-slip sleeve 41 is provided with an axially extending concave and convex line, and the concave and convex lines can also be slightly inclined. The sliding sleeve 41 is disposed in the axial direction and not perpendicular to the axial direction. The sliding sleeve 41 is provided with a fixing hole 411. The short rod 412 is inserted into the fixing hole 411 ′ and is inserted into the spindle 16 to make the sliding sleeve 41 and the sliding sleeve 41 The main shaft 16 is connected to the other side. The swinging block 42 is formed in a c-shape to form an opening A. The second screw 421 is disposed on one side of the swinging block 42 and is screwed to the other side. The block 42 is sleeved on the anti-slip sleeve 41, and the third screw 421 is screwed, and the swing block 42 is pressed against the anti-slip sleeve 41 so that the swing block 42 is in a rotationally interlocking relationship with the main shaft 16. The first end of the elastic member 43 is adjustably connected to the socket 13 so that the distance from the first end of the elastic member to the main shaft is adjustable. More specifically, the first end of the elastic member U is disposed on the rod The body 44 is connected to the elastic member as shown in the figure. A ball 441 is formed at the end of the rod body 44. The elastic member 43 is wrapped around the ball body 441 and connected to the rod body 44. In another embodiment, -· ' can be formed at one end of the rod body for the elastic member. The rod body 44 is threaded and threaded through the perforation 131 of the socket 13. The two light blocks 45 are disposed on the rod body, and the two adjustment blocks 45 are divided into two parts. The adjusting block 45 is configured to rotate and adjust the position of the rod body 44. When the resetting is applied, the elastic member will be in a stretched state, and the rod body is moved closer to the main shaft. The two adjustment blocks can also be changed to a single-adjustment block and abut against the side of the socket 13 that is returned to the main shaft 16. In the example, the swinging block 42 is provided with a plurality of positioning holes 422 arranged in the radial direction of the main shaft to make the distance between each positioning hole 422 and the main shaft 16 different. The first end of the elastic member is connected. In a connecting block 46, wherein the elastic member and the connecting block are connected in a manner as shown, a connecting joint 461 is formed on the connecting block 46, and the elastic member 43 is wrapped around the joint, or the connection may be The block is provided with a hole for the elastic member to be directly attached; the connecting block 46 is provided with a pin hole 462. The pin 463 is disposed in the pin hole 462 and is screwed to one of the positioning holes 422, so that the connecting block 46 can be The locating hole 422 is detachably disposed and pivoted relative to the oscillating block 42. In other embodiments, the second end of the elastic member may also be bent to form a hook portion, and the hook portion is selectively inserted into and hooked to one of the positioning holes, and the second end of the elastic member may be coupled to the main shaft. The distance between them is adjustable. Please refer to FIG. 4 . In another embodiment, the swinging block 42 can be modified with a sliding slot 423 . The distance between the two ends of the moon slot 423 and the main shaft 16 is different. The latch 463 is disposed in the latch hole. 462 and the sliding slot 423, the end of the latch 463 is formed with a head 464, and a screwing member 465' is screwed to enable the latch 463 and the screwing member 465 to be screwed, and the connecting block 46 and the swing are pressed. The block 42 is configured such that the connecting block can be slidably disposed on the chute and adjusted to be fixed at any position between the two ends of the chute. Or, as shown in FIG. 5 and FIG. 6 , an abutting seat 424 may be disposed on the swinging block. The abutting seat is provided with a through hole disposed along a radial direction of the main shaft. In other embodiments, the through hole is also oriented. The second end of the elastic member is connected to an extension rod 47. The extension rod is provided with a thread, and the extension rod is disposed through the through hole and is provided with a nut 471. The two nuts are arranged on both sides of the abutting seat 424 and abut against the abutting seat, so that the nut can be rotated to adjust the relative position of the extending rod and the swinging block to make the elastic member second end and the main thinning room The distance can be adjusted. In another embodiment, the extension of the gravity of the temple fork or the elastic force of the elastic member is extended to the side away from the main shaft = the 'two positions can also be changed to set the material 1 cap, recording the rest seat 424 sin near the main 16, - side. Referring to FIG. 1 and FIG. 7 'the creation group, after the completion, the pedal 12, the transmission member 30, the driving block 20, the main shaft 16, the swinging block 42 and the elastic member 43 are interlocked with each other to form a linkage relationship. An elastic force keeps the pedal in a φ position. When the user wants to use the creation, the spindle can be mounted on the spindle, and the block 90 is mounted on the block, wherein the shot can also be directly assembled to the driving block or the main axis j for the creation of the movement. Referring to FIG. S, when the user steps on the pedal, the pedal can be moved to a stepping position, and at the same time, the hammer movement is moved, and the swinging block 42 is stretched with the spindle to stretch the elastic member 43. At this time, the elastic member is pulled. Stretching to increase the elastic force' and generate a torque against the spindle, the pedal can be reset to the relaxed position after the user relaxes the pedal. Please refer to Figure 9 and Figure ι, this #Create can adjust the elastic member at both ends and the spindle The position between the two can control the change of the elastic member in the step, and thus the magnitude of the resistance torque, resulting in different pedaling effects. Please refer to the relationship between the creation of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The contact 82' of the spindle has a shaft center position 83, and the elastic member is connected between the first connection and the point 81. The second contact 81 will be swung after the M378465 pedal is moved to the stepping position. The resistance torque generated when the block moves to a yaw position B' is directly related to the swing arm distance d from the origin 83 to the first contact yaw position B, and the first contact moves to the yaw position B. The spring stretch length, the creation can separately control the position of the first contact and the second contact, the swing arm distance d and the spring stretch length can be controlled, so that the creation can control the resistance torque and generate different The pedaling effect. [Simple description of the diagram] Figure 1 is a perspective view of the creation. Figure 2 is a partial enlarged view of Figure 1. Figure 3 is a partial exploded view of the present creation. Figure 4 is a partial exploded view of the present invention when the swing block is provided with a chute. Figure 5 is a partial perspective view of the present invention when the wobble block is placed against the seat. Figure 6 is a partial side view of the present invention when the wobble block is placed against the seat. Figure 7 is a partial side view of the present creation. Figure 8 is a schematic view of the operation of Figure 7. Fig. 9 is a schematic view showing the position of the elastic member adjusted by the present invention. Figure 10 is a schematic view of the operation of Figure 9. Figure 11 is a schematic diagram showing the positional relationship between the spindle and the spring of the present invention. 421 : Third screw firmware [Main component symbol description] A : Opening 9 M378465 B: yaw position d: swing arm distance 10 : support device 11 : pedal bracket 12 : column 13 : socket 131 : perforation 14 : pedal 15 : Mat 16 : Spindle 20 : Drive block 30 : Transmission member 31 : Tooth block 32 : Second screw 40 : Reset device 41 : Slip sleeve 411 : Fixing hole 412 : Short rod 42 : Swing block 422 : Positioning hole 423 : Chute 424: abutment seat 43: elastic member 44: rod body 441: sphere 45: adjustment block 46: connection block 461: joint 462: bolt hole 463: bolt 464: head 465: screw member 47: extension rod 471 : Nut 81 : First contact 82 : Second contact 83 : Origin 90 : Shot 91 : Block