M3 043 55 八、新型說明： 【新型所屬之技術領域】 本創作侧於投籃機，尤指一種具有可旋轉之從動板 之投籃機。 【先前技術】 心’傳統投籃機大概可分為下列2種： 辨其一，初級型投籃機，其係在一座體上固定安裝一板 體，並將一球框固定在該板體上，可供消費者投籃，且透 過感測器偵測該球框，可計算出穿越該球框（即^進）之 球數’並顯示在-顯示！I上，同時，具有遊戲規則，可在 不同的時間及球數時，分別予以獎勵； /、—，進階型投籃機，其係與上述之該初級型投籃機 ^結構及作_近似’細，該球巍敍接狀在ς板 —而係^^過5亥板體背面所設有之一位移結構，懸掛在 =版之正面外’且該板體上設有—長形開孔’可供該位 移結，之一支樓桿延伸到該板體之正面外，並與該球框相 2在一起’以支撐該球框，且透過該位移結構之設計，可 令該支撐桿在該長形開孔内左右移動，如此，該球框亦可 沿著該長形開孔，而沿著執跡同步位移。 、然而’初、_投籃财著過於單調、無變化之缺點， 白3U又域亦有著無挑戰性、變化少及容易預測執道 =0因此’如何設計出—種具有可旋轉之從動板之投 監幾丄讓消費者得以享受到更多動作變化之投藍樂趣，實 乃目賴不容緩而亟待解決之—重要課題。 5 M3 043 55 【新型内容】 有鐘於傳統投監機在實際施用時所具有之諸多缺點， 因此，創作人乃根據多年來之技術經驗，及所累積之專業 知識，針對上述問題，開發設計出本創作之一種具有可旋 轉之從動板之投籃機。 本創作之一目的，係提供一種具有可旋轉之從動板之 投監機，該投籃機係藉由一座體、一基座、一驅動模組及 一從動板（如：籃板）所組成，其中該基座係固定在該座 體上，以垂直遠離地面，可供使用者投籃，該驅動模組則 係固定在該基座之背面上，並可柩接位於基座正面處之該 伙動板，俾該驅動模組被啟動後，該驅動模組可帶動該從 動板，在該基座正面處，沿著該驅動模組旋轉，以達到讓 報監機之細者，可享受到更多動作變化的投籃樂 目的。 士為便貴審查委員能對本創作之目的、形狀、構造裝 置Φη政及其功效，做更進_步之認識姆解，轉實施例 配合圖式，詳細說明如下： 【實施方式】 ^本創作係一種具有可旋轉之從動板之投籃機，請參閱 =1及4圖所示，該投籃機2G包含有—基座22、6〇、一 7動板25、63 (如：籃球框）及一驅動模組30、70 (如第 #、圖所示）’其中該基座22、60係固定在一座體21(如： ^钱）或抱壁上，以垂直遠離地面，可供使用者使用（如： 泉）再叫翏閱第2及4圖所示，該驅動模組3〇、7〇 6 M3 043 55 係固定在該基座22、60之背面（即背對使用者之一面）上， 亚在該基座22、60之正面處，與該從動板25、63相互拖 接。如此，當該驅動模組30、70啟動時，可帶動 板25、《，沿著雜動模組3G、7G旋轉， 機20之使用者，可享受到更多動作變化之樂趣。其中，該M3 043 55 VIII. New description: [New technical field] The creation side is on the shooting machine, especially a shooting machine with a rotatable follower plate. [Prior Art] The heart 'traditional shooting machine can be roughly divided into the following two types: One of them, the primary type shooting machine, which fixes a board on a body and fixes a ball frame on the board. For the consumer to shoot, and through the sensor to detect the ball frame, you can calculate the number of balls passing through the ball frame (ie ^ into) 'and display in - display! I, at the same time, with the rules of the game, can be rewarded at different times and the number of balls; /, -, advanced shooting machine, which is related to the above-mentioned primary shooting machine ^ structure and _ approximation Fine, the ball 巍 巍 巍 ς — — — — — — — — — — — — 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 'For the displacement knot, one of the tower poles extends beyond the front side of the board body and is combined with the ball frame 2 to support the ball frame, and the support rod can be made through the displacement structure design Moving left and right within the elongated opening, such that the ball frame can also be displaced along the elongated opening and along the track. However, 'initial, _ shooting is too monotonous, no change, the white 3U domain is also non-challenge, less change and easy to predict obedience = 0 so 'how to design' - with a rotatable follower It is important to invest in a few times to let consumers enjoy the blue fun of more action changes, which is an important issue that cannot be resolved urgently. 5 M3 043 55 [New content] There are many shortcomings in the traditional application of the traditional supervision machine. Therefore, the creator develops and designs the above problems based on years of technical experience and accumulated professional knowledge. A shooting machine with a rotatable follower plate. One of the purposes of the present invention is to provide a supervisory machine having a rotatable driven plate, which is composed of a body, a base, a driving module and a driven plate (such as a backboard). The base is fixed on the base body to be vertically away from the ground for the user to shoot, and the driving module is fixed on the back of the base and can be connected to the front surface of the base. After the driving module is activated, the driving module can drive the driven plate, and rotate along the driving module at the front surface of the base to achieve the fineness of the newspaper monitoring machine. Enjoy more action-changing shots. For the purpose of the examination, the committee can make a more in-depth understanding of the purpose, shape, and structure of the creation, and the effect of the method, and the example and the diagram are as follows: [Embodiment] ^This creation A shooting machine with a rotatable driven plate, as shown in Figures =1 and 4, the shooting machine 2G includes a base 22, a 6 〇, a 7 moving plate 25, 63 (eg, a basketball frame) And a driving module 30, 70 (as shown in the #, the figure) 'where the base 22, 60 is fixed on the body 21 (such as: ^ money) or the wall, to be vertically away from the ground, available for use For use (eg, spring), as shown in Figures 2 and 4, the drive module 3〇, 7〇6 M3 043 55 is fixed to the back of the base 22, 60 (ie, facing away from the user) On one side, on the front side of the bases 22, 60, the driven plates 25, 63 are dragged to each other. Thus, when the drive modules 30, 70 are activated, the drive plate 25, ", can be rotated along the hybrid modules 3G, 7G, and the user of the machine 20 can enjoy more movement changes. Among them, the
驅動模組30、70更可包含有一控制電路（圖中未示），該 控制電路可與該驅動模組30、7〇之一馬達4〇、71電氣= ，，並得以鷄該馬達4G、71，使得該從動板Μ ^可 藉由該驅動模組30、70之控制，而依不同之速度（或稱轉 速）移動、在最高或低點時停止以及朝左或右方向迴轉等 動作’如此，在同-機型上，即可令使用者享 同變化之樂趣。 本創作之—實施财，請參閱第2及3圖所示 "丨一…_尸叮不，該驅 動拉、、且30係由-支禮架31、—馬達明、複數個轴承座％ 53、一驅動齒輪42 '二齒輪軸桿43、44及二曲桿5〇 ' 51 輯1。該支撐㈣狀在該麵22之料，該支撐架 ^月面與樣座22之背面間，形成—容置雜％，用 以容置該驅動齒輪42及該二齒輪轉43、44。該支樓架 _馬達4G，該馬達4G之—輸出軸41 牙穿 卜讀馳動#輪42相接，使該馬達40可 過其輸出軸4卜帶動該驅動齒輪42旋轉。該支撑 在該馬達4〇之相對二侧處，係分別設有_轴承座^、 。该—齒輪軸桿43、44係位在該容置空間35中，盆-端分別與對應之軸承座52、53相互樞接，以供該二齒輪轴 7 M3 043 55 柃44之另一端，則係分別穿越該基座22上所開咬之 二通孔23、24 (如第1及2圖所示)後，在該基座2;之 正面之外側，與對應之曲桿5〇、51之一端相接。 請參閱第2圖所示，該從動板25之 等間距排列之樞軸28、29，，- π 有— 之曲;1：曰W幻十s °亥一樞軸％、29分別舆對應 干 之另—端相互樞接，以將該從動板25支撐 在该基f 22上’同時，該從動板25恰可與該基座22間， 共同隱藏該二曲桿50、51及該二齒輪軸桿43、44之外 結構’令使用者在享受該投籃機2〇所帶來之樂趣時，仍可 保有如第1圖所示之整齊外觀。之後，當該驅動模組30啟 動時’其馬達40可帶動該二齒輪軸桿43、44同步旋轉， 令各該齒輪補43、44亦分卿糖叙曲桿5〇、5卜 依其軸心作同步旋轉，如此，該從練％即可隨著該二曲 桿50、5i之旋轉，而在該基座22上同步旋轉，以達 動作變化之目的。 清茶閱第1及2圖所示，該二曲桿5〇、51係可由金屬 材質之柱體所成，其—端在面對該基座22之—面，係與 對應之齒輪軸桿43、44 (如第3圖所示）相接，其另一端 在面對該從動板25之-面，係與該從動板25相互樞接， 使該從動板25與該基座22間之間距，僅略大於各該曲桿 50、51之厚度。此外，由於該從動板％係同時與該二曲 桿50、51相互樞接，讓該從動板25係可以該二會輪轴椁 43、44之間的中央位置，作為一虛擬的旋轉軸心，並沿該 8 M3 043 55 旋轉軸心旋轉。The driving module 30, 70 may further include a control circuit (not shown), and the control circuit may be electrically connected to the motor module 4, 71 of the driving module 30, 7 and the motor 4G, 71, such that the driven plate can be moved by different speeds (or rotational speeds), stopped at the highest or low point, and rotated in the left or right direction by the control of the driving modules 30, 70. 'So, on the same model, you can enjoy the same change. For the creation of this creation, please refer to the pictures shown in Figures 2 and 3. & 丨 ... ... _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 53. A drive gear 42 'two gear shafts 43, 44 and two cranks 5 〇 ' 51 series 1. The support (four) is formed on the surface 22, and the support frame is formed between the rear surface of the support frame and the back surface of the sample block 22 to accommodate the drive gear 42 and the two gear wheels 43, 44. The truss _ motor 4G, the output shaft 41 of the motor 4G is connected to the wheel #42, so that the motor 40 can rotate the drive gear 42 via its output shaft 4. The support is provided with _ bearing seats ^ at opposite sides of the motor 4''. The gear shafts 43 and 44 are located in the accommodating space 35, and the basin ends are respectively pivotally connected to the corresponding bearing blocks 52 and 53 for the other ends of the two gear shafts 7 M3 043 55 柃 44. Then, after passing through the two through holes 23 and 24 of the base 22 (as shown in FIGS. 1 and 2), on the outer side of the front side of the base 2, and the corresponding curved bar 5, One end of 51 is connected. Referring to FIG. 2, the equally spaced pivots 28, 29, - π of the follower plate 25 have a curve; 1: 曰W 幻 s s ° 一 a pivot %, 29 respectively The other ends are pivotally connected to each other to support the driven plate 25 on the base f 22 while the follower plate 25 is just between the base plate 22 and the two curved bars 50, 51 and The structure of the two gear shafts 43, 44 allows the user to maintain the neat appearance as shown in Fig. 1 while enjoying the fun of the shooting machine. After that, when the driving module 30 is started, the motor 40 can drive the two gear shafts 43 and 44 to rotate synchronously, so that the gears 43 and 44 are also divided into five axes and five axes. The heart rotates synchronously, so that the slave training can be synchronously rotated on the base 22 as the two curved levers 50, 5i rotate, so as to achieve the purpose of the action change. As shown in Figures 1 and 2, the two curved bars 5〇, 51 can be made of a metal cylinder, the end of which is facing the surface of the base 22, and the corresponding gear shaft 43 And 44 (as shown in FIG. 3) are connected to each other, and the other end thereof is opposite to the driven plate 25, and is pivotally connected to the driven plate 25 to make the driven plate 25 and the base 22 The distance between them is only slightly larger than the thickness of each of the curved bars 50, 51. In addition, since the driven plate % is pivotally connected to the two curved levers 50, 51 at the same time, the driven plate 25 can be a central rotation between the two axle axles 43, 44 as a virtual rotation. Axis and rotate along the axis of rotation of the 8 M3 043 55.
π茶閱第2及3圖所示’該等齒輪轴桿43、糾係分別 /由:從動齒輪45、46所構成，該二從動齒輪#、46之直 徑係可大於該鱗齒輪42之直徑，各該從_輪45、46 扭對二面之軸心處，係朝相互遠離之方向，分別延伸出— 桿體47〇1、键及麵、撕；當該等齒輪轴桿43、44 分別位在該容置空間35中時，各魏動齒輪45、46之盆 中一桿體娜及娜，其遠離該從動齒輪45、杯之一端 (即該齒輪軸桿43、44之-端），係與對應之軸承座52、 53相互樞接，而各該從動齒輪45、杯之另—桿體備、 _，其雜該從_輪45、46之—端（雑齒輪轴桿 、44之另一端）’則係舆對應之曲桿5〇、51相接。且古亥 動齒輪45 ,相面對之一側面，係分別與該驅動窗輪 目互嗜合。當該驅動模組3〇啟動，令該馬達初之輸出 由^旋轉，而帶動該驅動齒輪幻轉動時，該驅動齒輪幻 相對二側可帶動該二從動齒輪45、46同步旋車*。 請參閲第2及3圖所示，該基座2巧面上，紅 Γ輕承座52、％之位置處，分別設有另—軸承座54、 讀各该對應之齒輪軸桿43、佩經由該另一轴承座 43 H延伸至該基座22之正面外，以使各該齒輪轴桿 :在穿越該基座22之對應通孔23、24而轉動時， 八;°該另—轴承座54、55切住該齒輪軸桿43、44， =亥齒輪軸桿43、44係在各刻—姉座心^内部 而不會誤觸到該通孔23、Μ之内壁面，進而達到容 9 M3 043 55 易旋轉之目的。 在此須特別一提者，乃在該實施例中，請參閱第1、2 及3圖所示’遠二通孔、％、該二齒輪轴桿心、私、該 一轴承座52、53或該二另-軸承座54、55严曰1之距離，以 及=二曲桿5G、51及其姆應之—端及另—端間之距離， 係刀別保持著1定間距，其巾，該固定間距之距離係大The π tea readings 2 and 3 show that the gear shafts 43 and the correction systems are respectively composed of: the driven gears 45 and 46, and the diameters of the two driven gears # and 46 can be larger than the scale gear 42. The diameters of the shafts 45, 46 are twisted to the axis of the two sides, respectively, in a direction away from each other, respectively extending - the rod 47〇1, the key and the face, the tear; when the gear shaft 43 When 44 are respectively located in the accommodating space 35, one of the pots of each of the Wei gears 45, 46 is a rod, and is away from the driven gear 45, one end of the cup (ie, the gear shafts 43 and 44) The end-to-end is pivotally connected to the corresponding bearing blocks 52, 53, and each of the driven gears 45, the other of the cups, and the _, the miscellaneous ends of the _ wheels 45, 46 (雑The other end of the gear shaft, 44) is connected to the corresponding curved rods 5, 51. And the ancient hauling gear 45, facing one side, is respectively compatible with the driving window wheel. When the driving module 3 is activated, the initial output of the motor is rotated by the motor, and when the driving gear is rotated, the driving gears can drive the two driven gears 45 and 46 to synchronize the rotating vehicle*. Please refer to Figures 2 and 3, on the base 2 of the base, at the position of the red and light light sockets 52 and %, respectively, a separate bearing housing 54 is provided, and each corresponding gear shaft 43 is read. The other bearing housing 43 H extends beyond the front surface of the base 22 such that each of the gear shafts: when rotated through the corresponding through holes 23, 24 of the base 22, eight; The bearing blocks 54, 55 cut the gear shafts 43, 44, and the = gear shafts 43 and 44 are inside the respective cymbal cores without accidentally touching the through holes 23 and the inner wall surface of the cymbal. To achieve the purpose of 9 M3 043 55 easy to rotate. In particular, in this embodiment, please refer to the first, second and third views, the far two-way hole, the %, the two-gear shaft, the private, the one bearing housing 52, 53 Or the distance between the two other bearing blocks 54, 55, and the distance between the two ends of the two curved rods 5G, 51 and their respective ends, and the other ends of the shaft, the knife does not maintain a fixed distance, the towel The distance between the fixed pitches is large
1任一曲# 5G、51之長度，以使各該轉50或51在旋轉 日寸’不會卡抵到另一曲桿M或5〇。且本創作特徵之一， 即為該二曲桿5G、51係分別依各自的錄軸桿43、44之 轴〜’同步地朝著相同之方向旋轉，且偏離該馬達4〇之輸 之軸〜。因此，藉由該固定間距係大於各該曲桿 50、51之長度之設計，恰可令該二曲桿5〇、51轉動時， 不會相互卡抵。 請參閱第2及3圖所示，該支撐架31係由一片體％ :斤構成’該片體32之相對二端，係分別垂直延伸出一延伸 邛％後，再朝相背對之方向，相互水平延伸出-平貼部 〜忒平貼# 34可平貼在該基座22上，並透過複數細 疋元件36 (如：螺絲），將該平貼部％固定在該基座r 上^亥延伸部33可使該片體32無基座22間保持一適當 距離，形成該容置空間35。 田 。表框27所組成，其中該板體26可依製造薇之設計，而 =同造型、材質之變化；該球框27可與—球網結合，以 k錢雜㈣2〇的域實錄，令伽柯更投入地 M3 043 55 享受投籃樂趣。 =鶴模組之另—實靖，請參㈣4圖所示， ;‘=7〇包含一馬達71、一曲桿73及一從動曲桿 =亥馬達71係峡在-基錢之背面上，該馬達71之 輸出軸72係穿越該基座6〇之一 ㈣之正面外，並編桿73之==，延仲到該基 另-端，在背對該基座二之上：接’該曲桿73之 一如虹 面上係舆一從動板63之 相互樞接。又’該基座6〇之正面固設有一立桿 %之^亥立桿62背對該基座60之一端，係與該從動曲桿 :端相互枢接，該從動曲桿74之另—端，在背對該 ^ :之—面處，係與該從動板幻之另-樞轴65相互樞 …立桿62、從動曲桿74與另一樞軸65之設計，可令 板63僅需藉由該馬達71及該曲桿73，即可更加穩 動。又，該立桿62之最佳位置，係沿著該通孔61 面間之虛擬的垂直線段，而以大於該曲桿乃之長度 “碓固δ又在5亥基座60上，而該另一樞轴65亦沿著該 ^直線段’独大_鱗73之長紅賴，@設在該從 板63上。當該驅動模組％啟動，令該馬達W之輸出軸 乃方疋轉’而帶動該曲桿π旋轉時，該從動板&亦可隨著 /曲梓73 ’在該基座6〇上轉動，同時，尚可藉由該從動 =63本身之重量以及該馬達？1之旋轉力，推動該從動曲 ^ 74作同步轉動。藉此，本案更可以減少如第2及3圖所 不之驅動齒輪42、支撐架31及各職輪轉43、44等槿 件所需花費之成本。 M3 043 55 按，以上所述，僅為本創作之一最佳具體實施例，惟 本創作之構造特徵並不侷限於此，任何熟悉該項技藝者在 本創作領域内，可輕易思及之變化或修飾，皆可涵蓋在以 下本案之專利範園。 【圖式簡單說明】 第1圖係摘作之—祕有可旋轉之觸板之投籃機之立 體示意圖1 The length of any of the songs #5G, 51, so that each of the turns 50 or 51 does not get stuck to the other curved lever M or 5 in the rotation. One of the features of the present invention is that the two curved levers 5G and 51 are respectively rotated in the same direction according to the axes of the respective recording shafts 43 and 44, and are offset from the axis of the motor. ~. Therefore, by the design that the fixed pitch is larger than the length of each of the curved levers 50, 51, the two curved levers 5, 51 can be prevented from being engaged with each other when rotated. Referring to Figures 2 and 3, the support frame 31 is composed of a piece of body: kg. The opposite ends of the piece 32 are vertically extended by an extension %, and then facing away from each other. , horizontally extending from each other - flat portion ~ 忒 flat sticker # 34 can be flatly attached to the base 22, and through a plurality of fine elements 36 (such as: screws), the flat portion % is fixed to the base r The upper extension portion 33 can maintain the sheet body 32 at an appropriate distance from the susceptor 22 to form the accommodating space 35. Tian. The frame 27 is composed of the plate body 26, which can be made according to the design of the Wei, and the change of the same shape and material; the ball frame 27 can be combined with the ball net, and the field is recorded by the k-money (four) 2〇. Ke is more committed to M3 043 55 to enjoy shooting. = Another part of the crane module - Shijing, please refer to (4) 4,; '=7〇 contains a motor 71, a curved rod 73 and a driven curved rod = Hai motor 71 series gorge on the back of the base money The output shaft 72 of the motor 71 passes through the front side of one (4) of the base 6 and the = 73 of the arbor 73 is extended to the other end of the base, on the back of the base 2: One of the curved levers 73 is pivotally connected to the driven plate 63 on the rainbow surface. In addition, the front side of the base 6 is fixed with a pole, and the one end of the base 60 is opposite to the end of the base 60, and the driven curved rod is pivotally connected to each other. The other end is at the back of the ^: the face, and the driven plate phantom-pivot 65 is mutually pivoted... the lever 62, the driven crank 74 and the other pivot 65 are designed. The plate 63 can be more stabilized only by the motor 71 and the curved lever 73. Moreover, the optimum position of the uprights 62 is along a virtual vertical line between the faces of the through holes 61, and is greater than the length of the curved bar, "the tamping δ is again on the 5 pedestal 60, and the The other pivot 65 is also disposed along the long straight line of the 'straight line segment', and is disposed on the slave plate 63. When the drive module is activated, the output shaft of the motor W is square. When the crank π rotates, the follower plate & can also rotate on the base 6〇 with the bell curve 73', and at the same time, by the weight of the slave=63 itself and The rotation force of the motor ?1 pushes the follower song 74 to rotate synchronously. Thereby, the driving gear 42, the support frame 31 and the various wheel turns 43, 44, etc. as shown in the second and third figures can be reduced. M3 043 55 According to the above, it is only one of the best embodiments of this creation, but the structural features of this creation are not limited to this, any one who is familiar with the artist is in this creation. In the field, changes or modifications that can be easily thought of can be covered in the following patents in this case. [Simplified illustration] Figure 1 is an abstract - The schematic diagram of the shooting machine with a rotatable touch panel
=2圖係本創作巾，該投籃機之剖面結構示意圖； =3圖係本創作中，―驅動模組之結構示意圖；及 第4圖係本創作中’該驅動模組之另一實施例之結構示意 【主要元件符號說明】=2 Figure is the creation of the towel, the schematic structure of the shooting machine; =3 Figure is the structure of the drive module in the creation; and Figure 4 is another embodiment of the drive module Structure of the structure [main component symbol description]
通孔...... 板體...... 樞軸...... 驅動模組 片體 平貼部... 36Through hole... Plate body... Pivot... Drive module Sheet body Flat part... 36
43、44 .......20 22、60 座體......... 立桿........... 從動板......... 球框............ 另一樞軸...... 支撐架......... 延伸部........ 容置空間...... 胃達............ 投籃機 基座... ••••23、24、61 ................26 ••••28、29、64 .............70 ................32 ...............34 固定元件... 輸出軸...... 齒輪軸桿... 桿體........ 驅動齒輪..................42 從動齒輪............45、46 4701 、 4702 、 4801 、 4802 12 M3 043 5 5 曲桿............50、51、73 軸承座...52、53、54、55 從動曲桿..................7443, 44 .......20 22,60 Seat.........Pole........... Passing plate......... The ball frame............ Another pivot... Support frame......... Extensions........ Housing space.. .... stomach up............ Shooting machine base... ••••23,24,61 ................ 26 ••••28,29,64 .............70 ................32 ......... ...34 fixed components... output shafts... gear shafts... rods........ drive gears............ ...42 driven gear............45,46 4701, 4702, 4801, 4802 12 M3 043 5 5 Curved rod........... .50, 51, 73 Bearing Blocks...52, 53, 54, 55 Follower Rods..................74