M245572 捌、新型說明： 【新型所屬之技術領域】 本創作為一種樂器架，尤指銅鈸架之彈力調整裝置。 【先前技術】 銅鈸乃打擊樂器中不可或缺者，在爵士鼓當中，雙銅 鈸係設於一銅鈸架頂端，而位於上方之銅鈸並且結合於一 傳動杯上，透過該傳動桿連結至一位在銅鈸架底部之腳踏 板’演奏時踩踏該腳踏板即可以拉引位在上側之銅鈸向下 位移，進而使兩面銅鈸互擊發出聲響。 而由於不同使用者對於踩踏腳踏板之鬆緊度要求不同 ’因此腳踏板之鬆緊度係為可調整狀，請參閱第七圖所示 ’傳動杯（5 0 )係包括在頂端結合有銅跋之上拉桿（5 1)、以及藉以連結聊踏板（6〇)之下拉桿（5 2), 上、下拉桿（51) (52)於銅鈸架（7〇)内部以一 連接塊（53)結合，另於上拉桿（5 1 )上套設有一可 自由活動之傳動塊（54)，傳動塊（54)與連接塊（ 5 3 )之間以一拉伸彈簧（5 5 )固接，而傳動塊（5 4 )周緣設有突伸於銅鈸架（7 〇 )外側之突桿（5 6 ), 突桿並且被一螺設於銅鈸架（7 〇 )外周壁之轉動件（5 7 )所撐托，旋轉該轉動件（5 7 )即可以改變傳動塊（ 54)之高度，以改進彈簧之伸張彈力，藉此，當踩踏腳 踏板（6 0)時即有不同的緊度。然而，此種旋轉轉動件 (5 7 )之調整方式在操作上極不方便，而有加以改良的 必要。 【新型内容】 為了改善上述缺失，夫名 口 本創作之主要目的在於提供一種 八要將一把手往上提升即 丨弹力並且調整腳踏板緊度 ，插作極為方便之銅鈸架之彈力調整裝置。 土；上述目的，本創作之主要技術手段係於架體上相 “傳動塊位置之兩側設有軸向延伸之剖槽，另設一套設 於架趙外側之外套環，外套環之底部周緣設有向下延伸之 壓制柃：叹一外套環，係套置於架體上並且可以在架體上 升降，设一套座，将|51令+ 係固疋於外套環下方之架體上，並且與 卜2衣P3U ’套座之周壁設有—往上延伸並且超過套 f回度之固疋端’於固定端之頂部兩側並同樞設-提把， 提把具有包覆於架體外側之兩侧邊以及一糊，提把之 兩側邊設有滑槽，於滑槽内穿置有連結件，連結件並且穿 :於外套ί衣、架體之剖槽、而與傳動塊相互連結，另於固 疋：之内周壁上設有突出的突塊，突塊之底部形成中間向 I大伸W穴錐狀卡制部；S 一調整齒輪，係套設於外套環 /、套座之間的糸趙上，調整齒輪底部與套座之間以一彈簧 ° ~調整齒輪之頂緣設有由低處漸次升高之階級狀齒 σ齒Ρ之頂緣與壓制桿的導引面呈斜面配合，又於調整 =輪之周緣底部設有外#較大並且位於套座之突塊下方的 大緣，犬緣頂部形成一環連續之三角形凹入並且可與突塊 之卡制邛相互配合的導引部，位於頂部之齒部係橫跨於兩 個導引部之間。 藉由上述本創作之技術，調整時，只要將提把往上拉 M245572 引、放下’即可以使調整齒輪旋轉，而以下一階托起外套 環之麼制桿，進而改變外套環與傳動塊之高度，即使腳踏 板具有不同的鬆緊度。 【實施方式】 δ月參閲第一、二圖所示，本創作於鋼鈸架（1 〇)之 架體内部設有連接位於頂部之銅鈸（圖中未示）與底部之 腳踏板（2 0 )之傳動桿（i i )，於傳動桿（i丄）上 套設有傳動塊（1 2 )以及彈簧等構件，藉以改變腳踏板 (20)之踩踏緊度，由於其内部結構與前述現有產品差 不多，故不再贅述，而為了方便調整傳動塊（12)之高 度，於銅鈸架（1 〇 )之架體周壁相對側分別設有一道呈 軸向延伸之缺槽（13) ’於架體外側套設有一可以自由 升降/月移之外套# ( 3 G ) ’以及—位在外套環（3 〇 ) 下方之架體上的套座（40)，套座（4〇)之部份周壁 形成—往上延伸之固定部（4 1 )，於固定部（4工）之 兩側共同樞設於一匚形提把（42、夕不么丄 ( 之兩自由端，該提把 (42)圈設於銅鈸架（1〇)架體外側其兩側邊上並 ::設有-長形滑槽（421)，另設兩支穿置於提把 (4 2 )之滑槽（4 2 1 )、外套璟f ? n、田 ^ , (3〇)周壁、架體 之缺槽（1 3)而與傳動塊 1 ^ )之周壁相互連結之連 、、、° 1午（1 4 )，故將提把（4 2 )拉p私μ 士 由 ）彺上拉引時，即同時藉 由連結件（1 4 )將傳動塊（χ 2 ) ^ 體内一與傳動塊（1 2 )連結之彈 、 賫能^ 坪黃的彈力作用，使得在 〜之下，提把（4 2 )係受到往下 卜的拉力，又由圖式所 M245572 示可知，外套環（3 Ο )之周壁底部設有向下延伸之壓制 才干（31) ’由第三圖可以清楚看出，壓制桿（31)之 底部係設為一傾斜的導引面（3 i 〇 ),另於套座（4 〇 )與外套環（30)之間的銅鈸架（1 架上套設有一 調整齒輪（35),調整齒輪（35)底部與套座（4〇 )之間則以彈簧（3 6 )頂撐，該調整齒輪（3 5 )之頂 緣設有兩組由低處漸次升高之階級狀齒部（3 5丄），於 本較佳實施例當中每一組為十階，齒部（3 5 i )之頂緣 設為相應撐托於壓制桿（3 i )導引面（3 i 〇 )的斜面 ’斜面的設置方向係自由端端角較高，而鄰近高階齒部（ 3 5 1 )該端較低，又於調整齒輪（3 5 )之周緣底邙机 有外徑較大之突緣，突緣之頂部形成一環 & Λ ”導引部⑴…由圖式所示可知，位於；= (35)頂部之齒部（351)係橫跨於兩個 = 之間’另於套座（4〇)之固定部（4 壁則突設有一可以卡制於調整齒輪（ ：侧周 …、 ）由第四圖可以清楚看出該突後 (4 3 )底部係形成與導引部（3 5 2 )相庵之一： 31)第四圖所不乃是表示套座（4 彈簧（3 6 )頂律往上的過程中，突塊（4 )在被 底部係略偏置於調整齒輪（3 5 )之導引部（3:尖錐狀 頂部-側，亦即已落於其中之一導引部 2)的 二欲調整時’係如第五、力圖所示將提把（):範圍 拉起，調整齒輪（35)即受到底部 =往上 v 4 6 )的推 M245572 頂而使其導引部（3 5 2 )受到突塊（43) 431)的斜面引導而旋轉半齒並 )=之卡制部(…），此“於調::::5( =了半齒，故調整齒輪（35)…階 5 )斜面的最高點相應位於外套環（3〇) 5 …部中間（如第五圓中由兩點鍵線構成之引二()3 ，虽如第二圖所示釋去拉持提把不 2)與外套環(3…為内部』二力而=4 藉由外套環（30)之麼制#(J黃：作用而向下墜， 〇)推抵調整齒輪（35)之齒部（35=引面（31 整齒輪（3 5 )下降脫離突塊（ ’即使得調 齒輪⑴)底部_部…I::旋= 簡言之，藉由外套環（3 〇 ) 面（310)與調整齒輪（35) 配合，以及調整齒輪（3 5)之導 (43)的配合，並且使調整齒輪 3 5 1)橫跨於兩導引部（3 52 0 外 而 0 之壓制桿（3 1 )導引 頂部之齒部（3 5 1 ) 引部（3 5 2 )與突塊 (3 5 )頂部之齒部（ )之間，當拉提提把（ )旋轉，而使下一階之 )之壓制桿（3 1 )下 套環（3 0 )已抵壓在 由於調整齒輪（3 5) )與第一圖所示之銅鈸 2 )係藉此升南位置， 42)時即使得調整齒輪（3巳 齒部（3 5 1 ’）位於外套環（ 方，故放下外套環（3 0 )時 調整齒輪（35)的較高位置 之整體南度不變，故外套環（ 架（10)架體内部的傳動塊 M245572 進而改變腳踏板（2 Ο )踩踏時之鬆緊度。 由上述可知，本創作在調整腳踏板鬆緊度時，只要將 提把往上拉引即可，其操作方式極為方便，可以改善旋轉 的調整方式所帶來的不便。 【圖式簡單說明】 (一）圖式部分 第一圖係本創作之立體外觀示意圖。 第二圖係本創作之平面組合示意圖。 第二圖係本創作釋放掉拉持提把之力時的平面示意圖 第四圖係本創作之調整齒輪往上推移過程中的前視示 意圖。 μ 第五圖係本創作將提把往上拉引之平面示意圖。 第六圖係本創作將提把往上拉引之前視示意圖。 第七圖係習知銅鈸架之局部剖面示意圖。 (二）元件代表符號 (1 0 )銅鈸架 (1 2 )傳動塊 (1 4 )連結件 (3 0 )外套環 (3 1 0 )導引面 (351) (351，) (3 6 )彈簧 (41)固定部 (1 1 )傳動桿 (1 3 )缺槽 (2 〇 )腳踏板 (3 1 )壓制桿 (35)調整齒輪 齒部（3 5 2 )導引部 (4 〇 )套座 (4 2 )提把 M245572 (4 2 1 )滑槽 (4 3 1 )卡制部 (51)上拉桿 (5 3 )連接塊 (5 5 )拉伸彈簧 (5 7 )轉動件 (6 0 )腳踏板 (4 3 )突塊 (5 0 )傳動桿 (5 2 )下拉桿 (5 4 )傳動塊 (5 6 )突桿 (7 0 )銅鈸架M245572 新型 Description of new models: [Technical field to which new models belong] This creation is a kind of musical instrument stand, especially a copper spring stand's elasticity adjustment device. [Previous technology] Copper cymbals are indispensable in percussion instruments. Among the jazz drums, the double copper cymbals are set on the top of a copper cymbal stand, and the copper cymbals located above are combined with a transmission cup and pass through the transmission rod. Connected to a foot pedal at the bottom of the copper cymbal stand, when you step on the foot pedal, you can pull the copper cymbal on the upper side to move downward, so that the two copper cymbals hit each other to make a sound. And because different users have different requirements for the tightness of the pedals, the tightness of the pedals is adjustable. Please refer to Figure 7 'The transmission cup (50) includes copper at the top. The upper lever (5 1) and the lower lever (5 2) connecting the chat pedal (60), the upper and lower levers (51) (52) are connected inside the copper frame (70) with a connecting block ( 53) combination, and a freely movable transmission block (54) is set on the pull rod (5 1), and a tension spring (5 5) is fixed between the transmission block (54) and the connection block (5 3). Then, the transmission block (54) is provided with a protruding rod (56) protruding from the outer side of the copper frame (70). The protruding rod is rotated by a screw on the outer wall of the copper frame (70). By supporting the support (5 7), the height of the transmission block (54) can be changed by rotating the rotating member (5 7) to improve the spring force of the spring. As a result, when the pedal (60) is stepped on, Different tightness. However, the adjustment method of the rotary member (5 7) is extremely inconvenient in operation, and it is necessary to improve it. [New content] In order to improve the above-mentioned shortcomings, the main purpose of the manuscript creation is to provide an elasticity adjustment device that can lift the first handle upwards and adjust the elasticity of the pedal and adjust the tightness of the pedals. . Soil; for the above purpose, the main technical means of this creation is on the frame body. The two sides of the position of the transmission block are provided with axially extending cutouts, and a set of outer rings on the outside of the frame and the bottom of the outer ring. There is a pressing down extending around the perimeter: sigh a jacket ring, which is placed on the frame and can be raised and lowered on the frame. A set of seats is set, and the | 51 令 + is fixed to the frame below the jacket ring It is provided with the P2U of the P2U 'set seat' with a fixed end extending upwards and exceeding the return of the sleeve f 'on both sides of the top of the fixed end and pivoted together-the handle has a cover Sliding grooves are provided on both sides of the outer side of the frame body, and on both sides of the handle. A connecting piece is inserted in the sliding groove, and the connecting piece is worn on the outer garment, the cut-out groove of the frame body, and It is connected with the transmission block, and the other is fixed: the inner peripheral wall is provided with protruding protrusions, and the bottom of the protrusions forms a cone-shaped clamping portion that extends toward the middle I and W; S-adjusting gear is sleeved on the jacket On the ring between the ring and the seat, there is a spring between the bottom of the adjusting gear and the seat. The top edge of the adjusting gear is provided with a spring. The top edge of the step-shaped tooth σ tooth P that gradually rises at the lower part is inclined to cooperate with the guide surface of the pressing rod, and at the bottom of the periphery of the adjustment = wheel is provided with an outer #larger and located below the protruding block of the sleeve. The edge of the dog's edge forms a continuous triangular concave recess and a guide part that can cooperate with the latch of the protruding block. The tooth part located at the top crosses between the two guide parts. Technology, when adjusting, just pull the handle up to M245572 to pull down, then the adjustment gear can be rotated, and the next step supports the lever of the outer ring to change the height of the outer ring and the transmission block, even if the foot The pedals have different tightness. [Embodiment] δ Refer to the first and second pictures shown in the figure. The frame of the original created in the steel frame (10) is provided with a copper frame connected to the top (not shown in the figure). (Shown) and the transmission lever (ii) of the foot pedal (2 0) at the bottom, a transmission block (1 2) and a spring are set on the transmission lever (i 丄) to change the pedal (20). The pedaling tightness is no longer due to its internal structure being similar to the aforementioned existing products To repeat, and in order to conveniently adjust the height of the transmission block (12), an axially extending notch (13) is provided on the opposite side of the peripheral wall of the frame body of the copper frame (10). The outer sleeve # (3 G) can be freely raised and lowered / monthly moved and the sleeve seat (40) on the frame body under the outer ring (30), part of the peripheral wall of the sleeve seat (40) is formed-upward The extended fixed part (4 1) is pivoted on both sides of the fixed part (4 workers) on a 提 -shaped handle (42, Xi Bu Mo 丄) (the two free ends of the handle (42) are circled on Bronze cymbal frame (10) on the outside of the frame and on both sides of the frame:-with-long chute (421), and two chute (4 2 1) that pass through the handle (4 2) , Outer jacket 璟 f? N, Tian ^, (30) the peripheral wall, the lack of grooves in the frame (1 3), and the peripheral wall of the transmission block 1 ^) are connected to each other, so, 1 ° (1 4), so When the handle (4 2) is pulled up and pulled up, the transmission block (χ 2) is connected to the transmission block (1 2) by a link (1 4) at the same time. 、, 能 ^ Ping Huang's elastic effect makes under ~ the handle 4 2) It is under the pulling force, and it can be seen from the drawing M245572 that the bottom of the peripheral wall of the outer ring (30) is provided with a pressing ability that extends downward (31) 'It can be clearly seen from the third figure, The bottom of the pressing rod (31) is set as an inclined guide surface (3 i 〇), and a brass cymbal frame (1 frame) is provided with an adjustment between the sleeve (40) and the outer ring (30). The gear (35), between the bottom of the adjustment gear (35) and the socket (40), is supported by a spring (36), and the top edge of the adjustment gear (35) is provided with two sets of gradually rising from the low In the preferred embodiment, each group has ten steps, and the top edge of the tooth (3 5 i) is set to support the guide surface of the pressing rod (3 i). The setting direction of the (3 i 〇) bevel surface is that the end angle of the free end is higher, and the end adjacent to the higher-order tooth portion (3 5 1) is lower, and it is outside the periphery of the adjusting gear (3 5). The larger diameter of the protruding edge, the top of the protruding edge forms a ring & Λ "guide part ⑴ ... As can be seen from the figure, the tooth portion (351) at the top of (35) spans two = Between the other The fixing part of (40) (the 4th wall is provided with a protrusion which can be clamped on the adjustment gear (: side circumference ...,)). It can be clearly seen from the fourth figure that the bottom of the protrusion (4 3) is formed with the guide portion ( 3 5 2) One of the following: 31) What the fourth picture does not show is that the socket (4 spring (3 6) goes up with the top law, the projection (4) is slightly biased by the bottom to adjust The second part of the guide part of the gear (3 5) (3: a tapered top-side, which has fallen on one of the guide parts 2), when it is to be adjusted, is the handle (as shown in the fifth and the end) ): The range is pulled up, and the adjustment gear (35) is pushed by the bottom = up v 4 6), pushing the top of M245572 so that its guide (3 5 2) is guided by the slope of the projection (43) 431) and rotates half Tooth union) = the clamping part (...), this "Yu Tun :: ::: 5 (= Half tooth, so adjust the gear (35) ... step 5) The highest point of the slope is located in the outer ring (3〇) 5 … In the middle of the part (such as the second two () 3 formed by the two-point key line in the fifth circle, although the pull handle is not released as shown in the second picture) and the outer ring (3 ... for the internal). = 4 By the outer ring (30) 之 制 # (J 黄: Falling down due to the action, 〇 ) Push the tooth part of the adjusting gear (35) (35 = the leading surface (31 the whole gear (3 5) descends from the bottom _ part of the projection ('that makes the adjusting gear ⑴) ... I :: 旋 = In short, borrow The outer ring (30) surface (310) cooperates with the adjustment gear (35) and the adjustment gear (3 5) guide (43), and the adjustment gear 3 5 1) spans the two guides ( 3 52 0 The pressing rod (3 1) outside and 0 guides the top tooth (3 5 1) between the lead (3 5 2) and the tooth () at the top of the projection (3 5). The handle () is rotated, so that the lower ring (3 1) of the pressing rod (3 1) of the next step) has been pressed against the adjustment gear (3 5)) and the copper cymbal 2 shown in the first figure) When this position is raised to the south, at 42), the adjustment gear (3 巳 teeth (3 5 1 ') is located at the outer ring (square), so when the outer ring (30) is lowered, the adjustment gear (35) is at a higher position. The overall southness does not change, so the outer ring (10), the transmission block M245572 inside the frame body, further changes the tightness of the foot pedal (20) when it is stepped on. As can be seen from the above, when adjusting the tightness of the foot pedal, the author only needs to pull the handle up, and the operation method is very convenient, which can improve the inconvenience caused by the adjustment method of rotation. [Schematic description] (I) Schematic part The first figure is a three-dimensional appearance of this creation. The second picture is the plane combination diagram of this creation. The second picture is a schematic plan view when the force of the handle is released in this work. The fourth picture is the front view of the adjustment gear in this work. μ The fifth picture is a schematic plan view of this creation that will be pulled up. The sixth picture is the front view of this creation. The seventh figure is a schematic partial cross-sectional view of a conventional copper grate. (2) Symbols of components (1 0) Brass frame (1 2) Transmission block (1 4) Link (3 0) Outer ring (3 1 0) Guide surface (351) (351,) (3 6) Spring (41) Fixing part (1 1) Transmission lever (1 3) Notch (2 0) Foot pedal (3 1) Press lever (35) Adjusting gear tooth (3 5 2) Guide part (4 0) Sleeve (4 2) handle M245572 (4 2 1) slide groove (4 3 1) clamping part (51) upper lever (5 3) connecting block (5 5) tension spring (5 7) rotating part (6 0) Foot pedal (4 3) protruding block (5 0) transmission lever (5 2) pull-down lever (5 4) transmission block (5 6) protruding lever (7 0)
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