200920459 九、發明說明： 【發明所屬之技術領域】 本發明係一種電子球拍裝置’尤其是關於—種 據各種不同擊球角度與高度而產生不同回 、 ^ ^ ^頌放果的具有模 Μ #球展動功施的電子球拍裝置。 【先前技術】 虛擬互動遊戲（如Wli)挾其真實性及 球性的轟動與風行。一般而… &成王 >人 動喪戲裝置诵當 ◦各一主機以及—互動控制器，該主機執 宕丰炷兮π么i 1丁趣戲流程，玩 豕手持_互動控心參與該賴隸。由於玩家夂 戲流程時，其虛擬互動控制器係可以產生 二、 家更具參與感與臨場感，而料玩家 前述虛擬互動控制器的反應動作相當有限，=。然而’ 玩家參與以網球為主題的運動遊戲流程時二2 =當 制益係僅於玩家揮動該虛擬互動控：1控 予玩家震動的感受，既不會精確减受玩家：令球心時，給 S旧隹u又机豕以不间古 速-揮動該虛擬互動控制器而給予 ：二： 錯誤的高度則產生揮空結果），也不會因 度擊球時輸出不同樣態的感例如擊：術 生不同力道或角度的震動效果）。 求.‘斗產 【發明内容】 置其互動效果有限的缺 為解決前述虛擬互動遊戲裝 4 200920459 憾，本發明係利用一可感測移動速度、方向及高度的 球拍/及設於特定位置的複數個震動單元，於使用:進 行忒虛擬互動遊戲時， 進 一 了 J依據使用者以不同的速廑、 及兩度揮拍而產生不同位置 向 細緻的感受。门位置的展動效果’達到更為逼真與 本發明係為一具有模擬擊 置 其包含： ' 泉震動功能的電子球拍裝 一裝置主機，其包含：200920459 IX. INSTRUCTIONS: [Technical Field] The present invention relates to an electronic racquet device, which is particularly concerned with the fact that a variety of different hitting angles and heights are generated, and ^^^颂An electronic racket device for the ball show. [Prior Art] Virtual interactive games (such as Wli) are sensational and sensational and sensational. In general... & Kings > Human Action Funeral Devices 诵 ◦ ◦ ◦ 主机 主机 以及 以及 以及 以及 互动 互动 互动 互动 互动 互动 互动 互动 互动 互动 互动 互动 互动 互动 互动 互动 互动 互动 互动 互动 i i i i i i i i i i i The Lai. Due to the player's tricks, the virtual interactive controller can generate a more sense of participation and presence, but the reaction of the aforementioned virtual interactive controller is quite limited. However, 'the player participates in the tennis-themed sports game process. 2 2=When the system is only for the player to swing the virtual interaction control: 1 control the player's feeling of vibration, neither will accurately reduce the player: Give S the old 隹u and the machine to give the virtual interactive controller without the ancient speed - the second: the wrong height produces a sloppy result), and the output will not be the same when the ball is hit. Strike: the vibration effect of different force or angle of the surgeon). Seeking. 'Dou production 【Inventive content】 The lack of interactive effects is to solve the aforementioned virtual interactive game equipment 4 200920459 Unfortunately, the present invention utilizes a racket that can sense the moving speed, direction and height and/or is located at a specific location. A plurality of vibration units are used in the following: When performing a virtual interactive game, J is advanced according to the user's different speeds and two swings to produce different positions to meticulously. The effect of the door position is 'realistically' and the invention is a simulation with an impact. It contains: 'Electronic racket for the spring vibration function. A device host, which contains:
—主控器係可劲；^ __ L _ 球拍類運動程式之裝置； —顯示器，係與該主控器 器之控制顯示該球拍類 丨接，並接受該主控 頰連動％式之狀態；以及 發射接收介面，将盘访+ j 該主控器之控制發出，、空器電性連接，且接受 外部μ 球拍類運動程式之狀態，並且接為 。^虎而送至該主控 I且接文 變該ii' 吏°亥主控器依據外部訊f卢而奸 以球拍類運動程式之狀態；以& 心虎而改 控制球拍，其包含·· 手握柄 -球拍本體，其句一 以及 、 一拍面以及一連結於該拍面之 —控制模組，其包含： 一控制單元，係 h 一“、Da ’、口疋破設於該球拍本體内； 制單元電性連裝設於該球拍本體内，其與該控 複數個震動單;單元操作所需之電力； 其與该控制單元電、，木的電子 連接，並接受該控制單元之控 200920459 ，生震動效果，各震動 内部； 刀別隔離裝設於該拍面之 一收發單元，其與噹批在 該發射接收介面之$ % "工制單元電性連接，其接收 _ °iL琥，並將所姑心 元，且其接受該控制單元 * 叉之訊號送至該控制單 變該球拍類運動程式 b工制發送訊號予該主控器而改 八 < 狀態；以及 —感測單元，其與該批4。。_ 該球拍本體之移動速戶、方。Λ彳單元電性連接，其感測 送予該控制單元及# + 4 13及阿度狀態，並將感測結果 人5发王控制器，』 本體之移動速度、方 _ 该主控制器依據該球拍 特定的震動單元產生震動;〜狀態控制該控制單元以驅動 其中，該控制球拍包含 一 單元與該控制單元電性連接曰4曰輸出早兀’該聲音輸出 發出聲響； 且接受該控制單元之控制而 ’該感測單元包含分別與該控制單 -南度感測元件以及一速度感 乂生連接之 固疋裝设於該球拍本體表面，其可谓測該球 與地面的距離，並將福.、丨社、， 月且 控器可依㈣測結果驅動特定的震動單元而產生震動； =加速度感測單元係固定裝設於該球拍本體之表… _該球拍本體之移動速度及方向’並將相結果傳送 ^控制單元’使該主控器可依㈣測結果驅動特定的震 動早元而產生震動； 其中，該震動單元包含：一電磁底座，係呈片狀，其 6 200920459 與該控制單元電性連接，其接受該控制單元之控制而產生 及消除磁力；—軸心桿，其為-垂直凸設於該電磁底座之 表面之桿體；一指Jul . . 姐擎塊’外形與該電磁底座對應且活動套 ό又於纟亥轴心桿；—问传AAr 口设？早黃，係套設於該軸心桿外部並介 於該電磁底座及該撞擊塊之間；以及一卡制塊，其固定嗖 於該轴心桿之自由端，其限制該撞擊塊由該軸心桿脫出； 措此，相較於先前技術，本發明設有複數個位置及震 動方向不同的貧叙留 展動早兀’以及不同功能的感測單元， 盔明於使用時’具有更為逼真的效果。 【實施方式】 有第—圖、第二圖以及第三目，係為本發明之具 含-裝置主Γ 球拍裝置之較佳實施例，其包 又 枝（1 0 )以及一控制球拍（2 〇 )，今麥署 主機（1 0 )包含一主#哭…、 ）以置 (12)輸出端之顯干^ 控器 2)雙向連接之w )以及一與該主控器（1 Π逑接之發射接收介面c ；L 6 )。 °玄主控器 w ^)係為可執行一球拍類運動程式& & 置。该顯示器（“）#受該主控器（1 f裝 該球拍類運動程式的執 工制顯示 係接受該主控哭f Ί 9、 |囬（1 β ) 0 1 2 )之控制，並依據該球拍類運 式的執行狀態發出特定無線訊號。 運動程 該控制球拍（2 〇彳 F ^ + 1 J ϋ )包含—球拍本體（2 2 )以及 忒5又於该球拍本體 匕^以及— )的控制模組（2 4 ),該球 200920459 本體（2 2 )係呈球拍狀 拍面之手握柄。 八包含一拍面以及 一連結於該 該控制模組（24)包含〜控制單元（2 一 電、料=243)、複數個震動單元（2 4 4 )、一收 IS 、一感測單…“）…聲音輸 2 4 7 )，其中，該感測單元（2 4 6 )包含一 副測單元（246…及-加速度感測單元（24 f 6 4 )，该震動單元（2 4 4 )、兮收pr 遠两度感測單元（9 Α β _ 平兀 U 4 U ) $ 6 4 )、該聲音輸出單元（2 4 4 9 >触二 4 ^ )分別與戎控制單元（2 4 2 )又向電性連接，而該電源單元 與該控制單元（2 4 2 )連接。 的輸出端 所4=、^ ( 2 4 3 )提供該控制模、组（2 4 )操作 而力’其可裝設於該球拍本體（2 2 )的任意位置， 父佳貫施例之電源單A ( 2 4 3 )係裳設於該球拍本體 2 2 )之手摄柄部位。 =參考第三圖及第四圖’該震動單元（244)係為 :生震動的電子元件’例如一磁動震動器或一馬達震動器 等’本較佳實施例包含六個以磁力驅動而形成震動、撞擊 效果之震動單兀（2 4 4 )，係分別固定裝設於該球拍本 體（22)之拍面内部，每一震動單元（244)包含一 电磁底座（2 4 4 2 )、一軸心桿（2 4 4 4 )、-回復 無性件（2 4 4 5 )、-撞擊塊（2 4 4 6 )以及—卡制 塊（2 4 4 8 );該電磁底座（2 4 4 2 )係為呈圓片狀 8 200920459 其接受該控制單元（2 4 2 )之控制而產 4除磁力；該軸心桿（2 4 4 4 電磁底座（2…… 為一端固定設於 r 2 )軸心位置的直桿體；該回復彈性 4 5 )係為活動套設於該軸心桿（2 )外 部的弹黃’其長度略短於該軸心_( 2 4 4 4 )，且其-而;…電磁底座（2 4 4 2 )相頂；該撞擊塊（2 4 4 6 ) :夕:形與該電磁底i ( 2 4 4 2 )對應，活動套設於該轴 '“干（2 4 4 4 )’可由受磁力吸弓丨的金屬所製成，其表 面…玄回復彈性件（2 4 4 5 )相頂抵接觸；該卡制塊（2 4 4 8 )固疋於該軸心桿（2 4 4 4 )之自由端，其寬度 大方、。玄軸〜杯（2 4 4 4 )的直徑，其限制該撞擊塊（2 4 4 6 )方…玄轴心桿（2 4 4 4 )滑動而不脫離掉落。本 較佳實施例之六個震動單元（2 4 4 )係分離裝設於該球 拍本體（2 2 )拍面的中間位置，且其中三個震動單元（2 4 4 )係垂直嵌置於該拍面内，使該電磁底座（2 4 4 2 ) 朝向該拍面之一面，而另三個震動單元（2 4 4 )則方向 相反嵌設於該三個震動單元（2 4 4 )之侧邊，使其電磁 底座（2442)靠近該拍面之另一面。 該收發單元（2 4 5 )可接收該發射接收介面（1 6 ) 所傳輸之無線訊號並將該無線訊號傳送至該控制單元（2 4 2)，且其可接受該控制單元（2 4 2 )之控制發出無 線訊號。 該高度感測元件（2 4 6 2 )係為一可感測高度的電 子元件’例如一光學測距元件，本較佳實施例之高度感測 200920459 兀件（2 4 6 2 )裝設於該球拍本體（2 2 .于j届冷兩夕 光夺測距元件’摘測該球拍本體（22)與地面的距離， 並將偵測結果送回該控制單元（2 4 2 )。 該加速度感測單元（2 4 6 4 )係為一可 動加速度的電子元件，本較佳實施例之速度感剩元件（= 4 6 4 )裝㈣該球拍本體（22)之拍面㈣以 拍面揮動加速度的元件，並依據债測之加速度的正負值7 判定其揮動方向，將揮動方向送回該控制單元（2 ^ …該聲音輸出單元（2 4 7 )可為—揚聲器或—: 寻70件，其接受該控制單元（2 4 2 )之控制發出聲音 —如第五圖及第六圖所示，該主控器（12)係耳正θ執行 網球運動程式，而一使用者則手持該控制球拍（2 〇 IS二(⑴透過該顯示器（14)顯示該網球運動 離15订狀也’6亥發射接收介面（16)則將該執行狀 =至使用者之控制球拍（20)，而使用者可藉以揮動 :球拍（2 0)而可與該網球運動程式進行互動。舉 ”而。、亥主控器（12)可於網球運動程式執行時，透 過，顯示器（14)顯示發球的狀態，使用者可觀察該顯 不杰（14)，並於一網球越過中線而朝使用者的方向進 行時，使用者可揮動該控制球拍（2 0)而模擬擊球，使 该網球以反方向飛回’其中，使用者揮動該控制球拍（2 時，該加速度感測單元（2 4 6 4 )可依據揮動加速 :，備測並判定該使用者係以正拍或反拍的方式回擊，同 時’該高度感測元件（2 4 6 2 )亦同時偵測揮拍時該控 10 200920459 制球拍（2 0 )的距地高度，呼- the main controller is strong; ^ __ L _ racket type motion program device; - display, and the control of the master controller displays the racket type connection, and accepts the state of the main control buccal linkage type; And the transmitting and receiving interface, the disk access + j the control of the main controller is issued, the empty device is electrically connected, and the state of the external μ racket type motion program is accepted, and is connected. ^虎 and sent to the main control I and the text changed to the ii' 亥 ° Hai master according to the external news f Lu and the racquet-like sports program state; to control the racquet with & heart and soul, including · Hand grip - racket body, the sentence 1 and a face, and a control module connected to the face, comprising: a control unit, a h, "Da", the mouth is broken in the The racquet body is electrically connected to the racquet body, and is controlled by the plurality of vibration singers; the power required for unit operation; and the control unit is electrically connected to the wood, and receives the control. Unit control 200920459, the vibration effect, the internal vibration; the knife is isolated and installed in one of the transceiver unit, which is electrically connected with the batch of the $% "manufacturing unit in the transmitting and receiving interface, and receives _ °iL a, and the heart of the heart, and the signal of the control unit * fork is sent to the control sheet to change the racket motion program b system to send a signal to the master controller to change the eight state; And a sensing unit, which is associated with the batch 4. The racquet body The mobile speed, the square, the unit is electrically connected, the sensing is sent to the control unit and the #+ 4 13 and the Adu state, and the sensing result is 5, the king controller, 』 the moving speed of the body, the square _ the main controller generates vibration according to the specific vibration unit of the racket; ~ state controls the control unit to drive therein, the control racket includes a unit electrically connected with the control unit, and the output is early. 'The sound output sounds And receiving the control of the control unit, and the sensing unit includes a solid body connected to the control unit-semi-sensing element and a speed sensor, respectively, on the surface of the racket body, which can be said to measure the ball and The distance of the ground, and the Fu, 丨社,, and the controller can drive the specific vibration unit according to the (4) measurement results to generate vibration; = acceleration sensing unit is fixedly mounted on the racket body table... _ the racket The movement speed and direction of the body 'and the phase result transmission ^ control unit' enable the main controller to drive a specific vibration early element according to the (four) measurement result to generate vibration; wherein the vibration unit comprises: an electromagnetic The base is in the form of a sheet, and the 6 200920459 is electrically connected to the control unit, and is controlled by the control unit to generate and eliminate the magnetic force; the axial rod is a rod protruding perpendicularly on the surface of the electromagnetic base Body; one finger Jul. . Sister's block's shape corresponds to the electromagnetic base and the movable sleeve is on the axis of the shaft; - the AAr mouth is set to be early yellow, and the sleeve is set outside the shaft and is introduced. Between the electromagnetic base and the impact block; and a clamping block fixed to the free end of the shaft rod, which limits the impact block from being disengaged by the shaft rod; thereby, compared to the prior art The invention has a plurality of sensing positions which are different in position and vibration direction, and a sensing unit with different functions, and the helmet has a more realistic effect when used. [Embodiment] There are a first embodiment, a second figure and a third item, which are preferred embodiments of the present invention with a device-mounted main racquet device, which has a bag (1 0) and a control racket (2). 〇), the current MMA host (1 0) contains a main #哭..., ) to set the (12) output of the display controller 2) bidirectional connection w) and one with the main controller (1 Π逑Connected to the receiving interface c; L 6 ). ° Xuan master w ^) is a racket-like motion program && The display (") # is controlled by the main controller (1 f loaded the racket type motion program display system accepts the main control cry f Ί 9, | back (1 β) 0 1 2), and The execution state of the racquet type sends a specific wireless signal. The motion control racquet (2 〇彳F ^ + 1 J ϋ ) includes - the racquet body (2 2 ) and the 忒 5 in the racquet body 以及 ^ and - ) The control module (2 4 ), the ball 200920459 body (2 2 ) is a hand grip of a racket-like face. The eighth includes a face and a control unit (24) includes a control unit ( 2, electricity, material = 243), a plurality of vibration units (2 4 4), one receiving IS, one sensing single... ") ... sound input 2 4 7), wherein the sensing unit (2 4 6 ) contains A pair of measuring units (246... and - acceleration sensing unit (24 f 6 4 ), the vibration unit (24 4 4), the pr far second sensing unit (9 Α β _ flat U 4 U ) $ 6 4), the sound output unit (2 4 4 9 > touch 2 4 ^ ) is electrically connected to the 戎 control unit (2 4 2 ), respectively, and the power unit and the control unit (2 4 2 ) Access. The output terminal 4=, ^ ( 2 4 3 ) provides the control mode, the group (24) operation and the force 'which can be installed at any position of the racket body (2 2 ), the parent power supply The single A (2 4 3 ) system is disposed on the handle portion of the racquet body 2 2 ). Referring to the third and fourth figures, the vibration unit (244) is: a vibrating electronic component such as a magneto vibrator or a motor vibrator, etc. The preferred embodiment comprises six magnetically driven The vibration unit (2 4 4 ) forming the vibration and the impact effect is fixedly mounted inside the rack surface of the racket body (22), and each vibration unit (244) includes an electromagnetic base (2 4 4 2 ), A shaft rod (2 4 4 4 ), a returning piece (2 4 4 5 ), an impact block (2 4 4 6 ), and a card block (2 4 4 8 ); the electromagnetic base (2 4 4 2) is in the form of a disk 8 200920459 It accepts the control unit (2 4 2 ) to control the production of 4 demagnetization; the shaft rod (2 4 4 4 electromagnetic base (2... is fixed at one end at r 2) a straight rod body at the axial center position; the return elasticity 4 5 ) is a spring yellow that is movably sleeved outside the shaft rod (2) and has a length slightly shorter than the axis _ ( 2 4 4 4 ), And its - and; ... electromagnetic base (2 4 4 2 ) phase top; the impact block (2 4 4 6 ): Xi: shape corresponds to the electromagnetic base i (2 4 4 2 ), the movable sleeve is set on the axis "Dry (2 4 4 4 )" can be magnetized Made of metal with a suction bow, the surface of the sinusoidal elastic member (2 4 4 5 ) is in contact with the top; the card (2 4 4 8 ) is fixed to the shaft (2 4 4 4 ) The free end, its width is generous, the diameter of the mysterious axis ~ cup (2 4 4 4 ), which limits the impact block (2 4 4 6 ) side... the mysterious axis rod (2 4 4 4 ) slides without leaving The six vibration units (24 4) of the preferred embodiment are separately disposed at an intermediate position of the racket body (2 2 ), and three of the vibration units (24 4) are vertically embedded. In the face, the electromagnetic base (2 4 4 2 ) faces one side of the face, and the other three vibration units (24 4 4) are oppositely embedded in the three vibration units (24 4) The side of the electromagnetic base (2442) is adjacent to the other side of the surface. The transceiver unit (24 5) can receive the wireless signal transmitted by the transmitting and receiving interface (16) and transmit the wireless signal to the side. a control unit (2 4 2), and which can receive the wireless signal by the control of the control unit (2 4 2 ). The height sensing element (2 4 6 2 ) is a high-sensitivity electronic The component 'for example, an optical ranging component, the height sensing 200920459 of the preferred embodiment is provided on the racquet body (2 2 . The distance between the racket body (22) and the ground is measured, and the detection result is sent back to the control unit (2 4 2 ). The acceleration sensing unit (2 4 6 4 ) is an electronic component of a movable acceleration, and the speed sensing component (= 4 6 4 ) of the preferred embodiment is mounted (4) the surface of the racket body (22) (4) The component of the acceleration is swept, and the direction of the wave is determined according to the positive and negative values of the acceleration of the debt measurement, and the direction of the wave is sent back to the control unit (2^...the sound output unit (2 4 7 ) can be -the speaker or the:: seek 70 pieces, which are controlled by the control unit (2 4 2) to emit sounds - as shown in the fifth and sixth figures, the main controller (12) is configured to perform a tennis program with the ear positive θ, while a user Hand-held the control racket (2 〇 IS 2 ((1) through the display (14) shows that the tennis movement from the 15-story also '6-Hai launch receiving interface (16) then the execution status = to the user's control racket (20) And the user can swing: the racket (2 0) to interact with the tennis program. The "Hui Master" (12) can be displayed during the execution of the tennis program, and the display (14) In the state of serving, the user can observe the show (14) and play a tennis ball. When passing the center line and proceeding toward the user, the user can swing the control racket (20) to simulate the shot, so that the tennis ball flies back in the opposite direction, and the user swings the control racket (2, the The acceleration sensing unit (2 4 6 4) can accelerate according to the swing: prepare and determine that the user is hitting back in a positive or backward manner, and the height sensing component (2 4 6 2 ) also detects When the test is taken, the height of the ground is 10, 200920459 (2 0)
1^ 遠加速度感測單元（2 4 A 4 )及該鬲度感測單元（2 4 R 9 Λ ϋ 方rS α - , 2 )將測得的揮動加速度、 方向以及鬲度送至該控制單元 -/ η , ^ 並由該收發罝 兀（2 4 5 )傳送給該主控器（ ”依據該些訊號判定使用者^2)，而該主控器（1 哭r Ί ο、 者疋否正確揮中網球，該主押 -(1 2 )於使用者揮中網球 二 (242)，使該控制單元（給該控制單元 元（247)及該震動單元聲音輸出單 生類似擊中球的震動效果。 4)兔出擊球聲響及產 方二卜：Γ本較佳實施例（2 4 4 )具有六個位置及 方向不同的震動單元（？4 直及 的…… 4)，因此，當使用者以不同 的阿度擊球，或以正拍、反 控制單元（2 4 2 ) 5 "、進行回擊時，該 ( 2 4 4…· 位置的特定震動單元 4)產生展動效果。舉例而言，由於本較佳實施例 之控制球拍（2 〇 ) 孕乂仫戶'轭例 0 ' 中央位置設有兩個不同$ 的震動單元（244)，者 个Η方向 田使用者以正拍回擊並擊中球心 ;其中之—的震動單元（2以）的電磁底座（244 Μ控制早70 ( 2 4 2 )之驅動而吸引其對, :二Γ::)朝該電磁底座快速二: 該電磁底座如同以真實球拍擊球的感受，且 -广（2 4 4 2 )則與該撞擊塊（2 4 4 6 撞擊後失去磁力， 互 而5襄回设彈性件（ 2 4 4 5 )將該撞擊 ^ 與该電磁底座（2 4 4 2 )撑開以回復分 硪狀態。若使用者 刀 久拍球並搫中球心時，另—個震動 Π 200920459 單元（2 4 4 )之電磁底座（2 4 4 2 ”〗受到驅動而產 生擊球的撞擊效果。如此，使用者因以不同的古 4/ u 阿度及正反 狀態回擊时，驅動不同位置的震動單元（2 j 咸^ 4 4 )而可 s'又如同使用真貫球拍擊球時的寫實及細緻的〜 、 a s效果。1^ The remote acceleration sensing unit (2 4 A 4 ) and the temperature sensing unit (2 4 R 9 Λ r square rS α - , 2 ) send the measured wave acceleration, direction and twist to the control unit - / η , ^ is transmitted to the master by the transceiver (2 4 5 ) ("determine the user ^2 according to the signals", and the master (1 cry r Ί ο, 疋 no Correctly swinging the tennis ball, the lord-(1 2 ) swings the tennis ball 2 (242) to the user, so that the control unit (the control unit element (247) and the vibration unit sound output is similar to the ball hitting the ball. 4) The sound of the battering of the rabbit and the production of the second party: The preferred embodiment (2 4 4) has six vibration units with different positions and directions (?4 straight... 4), therefore, When the user hits the ball with a different degree, or hits back with the positive and negative control unit (2 4 2 ) 5 ", the specific vibration unit 4 of the position (2 4 4...·) produces a propagating effect. For example, since the control racket (2 〇) of the preferred embodiment of the present invention has two different $ vibration units (244) in the center position, The user in the direction of the field responds with a positive shot and hits the center of the ball; the electromagnetic base of the vibration unit (2) is driven by the 244 Μ control 70 ( 2 4 2 ) to drive the pair: ::) To the electromagnetic base fast two: The electromagnetic base is like the feeling of hitting the ball with a real racket, and - wide (2 4 4 2 ) with the impact block (2 4 4 6 impact after losing the magnetic force, and each other 5襄Resetting the elastic member ( 2 4 4 5 ) to open the impact ^ and the electromagnetic base (2 4 4 2 ) to restore the branching state. If the user slaps the ball for a long time and hits the center of the ball, another vibration Π 200920459 The electromagnetic base (2 4 4 2 ” of the unit (2 4 4 ) is driven to produce the impact of hitting the ball. Thus, the user drives when hitting back in different ancient 4/u degrees and positive and negative states. The vibration unit in different positions (2 j salt ^ 4 4 ) can be used as the real and detailed ~, as effect when hitting the ball with a real ballet.
圖 圖 【圖式簡單說明】 第一圖係為本發明較佳實施例 第二圖係為本發明較佳實施例 第三圖係為本發明較佳實施例 之一裝11機之方塊 之一控制球拍之方塊 之該控制球拍之立體 第四圖係為本發明較佳實施例之一震盪單元之立體 圖。 第五圖係為本發明較佳實施例之使用示意圖。 第六圖係為本發明較佳實施例才 度使用示意圖。 1之句空制球拍之不同高 【主要元件符號說明】 (1 0)裝置主機 (1 2 )主控器 (1 4 )顯示器 (1 6 )發射接收介面 (2 0 )控制球拍 12 200920459 (2 2 )球拍本體 (2 4 )控制模組 (2 4 2 )控制單元 (243)電源單元 (2 4 4 )震動單元 (2 44 2)電磁底座 (2 4 4 4 )軸心桿 (2 4 4 5 )回復彈性件 (2 4 4 6 )撞擊塊 (2 4 4 8 )卡制塊 (2 4 5 )收發單元 (2 4 6 )感測單元 (2 4 6 2 )高度感測單元 (2 4 6 4 )加速度感測單元 (247)聲音輸出單元 13BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a preferred embodiment of the present invention. The second drawing is a preferred embodiment of the present invention. The third drawing is one of the blocks of the preferred embodiment of the present invention. The third embodiment of the control racquet that controls the racquet block is a perspective view of the oscillating unit of one of the preferred embodiments of the present invention. The fifth drawing is a schematic view of the use of the preferred embodiment of the present invention. The sixth drawing is a schematic diagram of the use of the preferred embodiment of the present invention. 1 sentence of the empty racket is different [main component symbol description] (1 0) device host (1 2) master (1 4) display (1 6) launch receiving interface (2 0) control racket 12 200920459 (2 2) Racket body (2 4 ) Control module (2 4 2 ) Control unit (243) Power unit (2 4 4 ) Vibration unit (2 44 2) Electromagnetic base (2 4 4 4 ) Axis rod (2 4 4 5) Responsive elastic member (2 4 4 6 ) Impact block (2 4 4 8 ) Card block (2 4 5 ) Transceiver unit (2 4 6 ) Sensing unit (2 4 6 2 ) Height sensing unit (2 4 6 4) Acceleration sensing unit (247) sound output unit 13