M289072 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種腕力訓練球之轉速計數裝置，尤$一種用於 計數腕力爾球轉速計數’及具發電模組自行發電計數與無線傳輸計 數數據之轉速計數裝置。 ....... 口 【先前技術】M289072 VIII, new description: [New technology field] This creation department is about a wrist force training ball speed counting device, especially one for counting the wrist ball speed count 'and the power generation module self-power generation counting and wireless transmission A speed counting device for counting data. ....... mouth [prior art]
按，腕力訓練球廣泛使用於腕力锻鍊之場合，特別是針對個人手 腕肌肉之訓練或復健，則有顯著的運動及治療效杲，如中華民國專利 第135058號腕力訓練器之改1 _專利案及美國專利第5,8〇〇, ^WnstE观ser發明專利案則分聰示了有關於以腕力旋轉 運動為主的腕力訓練球’可藉由簡單的手輯縣作來_腕力訓練 然而，上述前案技術所揭示之習知的腕力訓練球，在高速運轉操 =之過程中，如者需得知相關的運動轉速數據雜則較為困難不 如需在=之腕力訓練球之殼體外部加裝體鶴大之感測言 益’以感測計數腕力麟球之轉速，而使整個腕力爾球之體積變大 及外形變科平整，致使腕力观球转在碰 便，並且，該外加之感測計數轉加裝直流電 盡狀__㈣州嫩， 計速感測 面，故在腕力繼球運轉操作之過財纽力訓_表 =r™ 二 記錄與分析^峨树_^==:子他 M289072 之個人電腦、手機、個人資料輔助器（PDA)…等電子裝置廣泛應用、 記錄及顯示，使該習知之腕力訓練球之應用範疇受到拘限。 【新型内容】According to the wrist training ball, it is widely used in the wrist forging chain, especially for the training or rehabilitation of the individual wrist muscles, there are significant sports and therapeutic effects, such as the Republic of China patent No. 135058 wrist training device 1 Patent case and U.S. Patent No. 5,8, ^WnstE view of Ser invention patent case is divided into a wrist training ball with wrist-rotating motion, which can be done by simple hand-country _ wrist training However, in the conventional wrist training ball disclosed in the above prior art, in the process of high-speed operation, if it is necessary to know the relevant motion rotational speed data, it is more difficult to be in the housing of the wrist training ball. The externally-installed body cranes sense the meaning of the sensation' to measure the rotation speed of the wrist force, and the volume of the entire wrist force ball becomes larger and the shape becomes flat, causing the wrist force to turn to the ball, and In addition, the sensing count is transferred to the DC power supply __ (four) state tender, speed sensing surface, so in the wrist force ball operation operation of the financial strength training _ table = rTM two records and analysis ^ 峨 tree _ ^ = =: Personal computer, mobile phone, M289072 The wide application, recording and display of electronic devices such as personal data assistants (PDAs) have made the application of the conventional wrist training ball limited. [New content]
緣此，本創作之主要目的，即是在提供一種腕力訓練球之轉速計 數裝置，具有一發電模組及至少一對轉速感測元件，藉由發電模組隨 腕力訓練球之旋轉球體旋轉自行發電以供給轉速感測元件以感測計數 腕力訓練器之旋轉球體轉速。 本創作之再一目的即是在於提供一種腕力訓練球之轉速計數裝 置，該發電模组及轉速感測元件均設於腕力訓練球之殼體内部，可使 腕力訓練球之殼體更加平整美觀，而便於握持操作。 本創作之又一目的即是在於提供一種腕力訓練球之轉速計數裝 置，具有一無線傳輸模組及無線接收器，該無線傳輸模組設於腕力訓 練殼體内並連麵轉速_元件，轉_速計數數據减線傳輸方 式傳輸至無線接收ϋ，使無線接收器得以即時同步顯示該腕力訓練球 之轉速計餘據及再親雜線触㈣該舰計植據傳輸給如個 人電腦、手機、個人資料輔助器（PDA) ···等電子裝置進行應用、記 錄及顯示。 +為達上叙目的’本創作腕力辑球之轉速計數裝置，包含一發 包权組、至對轉速感測元件、無線傳輸模組及—無線接收器，其 中該《電換組、轉速感測疋件及無線傳輸模組設於上述腕力训練球 之旋轉球體與套關，發電模組經由旋轉球體旋轉產生電力供給轉 速感測讀及鱗傳輸減所需電力，轉速制元件躺計數旋轉球 ，，轉速亚產生觀植訊號給無線傳輸歡，無線賴模組將該轉 二 :換成數據後以無線方式傳輸輸出，該無線接收器触無 、禮=、且雨出之轉速什數資料而加以顯示轉速資料或將轉速資料^ 裝^機中翻，藉以達到本創作以自行發電計數ί 力訓練球轉料錄據及以鱗簡雛計數娜之功效。 6 M289072 【實施方式】 首先請參閱第一圖、第二圖、第三圖及第四圖所示，本創作腕力 訓練球之轉速計數裝置，以下藉由100標號來標示之，並藉由標號200 來代表腕力訓練球，其中，腕力訓練球200包含一上殼體210、下殼體 220、一套環230及一旋轉球體240，該上殼體210及下殼體220為中 空球半球殼體，在上殼體210頂部開設有一開口 211，且在上殼體210 與下殼體220内分別設有一扣接元件212及221，藉由扣接元件212 及221間之對應扣合，可讓上殼體21〇及下殼體220相為結合。Therefore, the main purpose of the present invention is to provide a wrist force training ball rotation speed counting device having a power generation module and at least one pair of rotational speed sensing elements, which are rotated by the power generation module with the rotating sphere of the wrist force training ball. Power is generated to supply a rotational speed sensing element to sense the rotational sphere rotational speed of the counting wrist trainer. A further object of the present invention is to provide a speed counting device for a wrist training ball. The power generating module and the speed sensing component are all disposed inside the casing of the wrist training ball, so that the shell of the wrist training ball is more flat and beautiful. For easy grip operation. Another object of the present invention is to provide a speed counting device for a wrist training ball, which has a wireless transmission module and a wireless receiver, and the wireless transmission module is disposed in the wrist force training casing and is connected with the rotating speed component. _Speed counting data minus line transmission mode is transmitted to the wireless receiving port, so that the wireless receiver can instantly display the tachometer training data of the wrist training ball and re-mesh touch (4) the ship data is transmitted to a personal computer or a mobile phone. , personal data assistant (PDA) ··· and other electronic devices for application, recording and display. + For the purpose of the above-mentioned purpose, the speed counting device of the creation wrist ball includes a power supply group, a pair of speed sensing components, a wireless transmission module and a wireless receiver, wherein the "electric group change, speed sensing" The component and the wireless transmission module are disposed on the rotating sphere and the sleeve of the wrist training ball, and the power module rotates through the rotating sphere to generate power supply speed sensing reading and scale transmission to reduce the required power, and the speed component is lying and counting the rotating ball. , the speed of the sub-generation of the observation signal to the wireless transmission, the wireless Lai module will turn the second: after switching to data, wireless transmission output, the wireless receiver touches no, ritual =, and the speed of the rain And to display the speed data or turn the speed data ^ machine into the machine, in order to achieve this creation to self-power generation counts force training ball transfer records and scales to check the effect of the baby. 6 M289072 [Embodiment] First, please refer to the first figure, the second figure, the third figure and the fourth figure. The speed counting device of the wrist training ball is marked by 100 marks and is marked by the following. 200 represents a wrist training ball, wherein the wrist training ball 200 includes an upper casing 210, a lower casing 220, a ring 230 and a rotating ball 240, and the upper casing 210 and the lower casing 220 are hollow spherical hemisphere shells. An opening 211 is defined in the upper portion of the upper housing 210, and a fastening component 212 and 221 are respectively disposed in the upper housing 210 and the lower housing 220, and the corresponding fastening between the fastening components 212 and 221 is provided. The upper casing 21 and the lower casing 220 are joined together.
套環230設於上殼體210與下殼體220間，該套環230設有一對 孔2j1及232，疑轉球體240兩側各設有一轴241，以藉由該兩轴241 分別插入孔231及232中，使旋轉球體240固定於上殼體21〇與下殼 體220間，並使該旋轉球體240可以沿著轴241為中心於上殼體21〇 及下殼體220間旋轉，該套環230之孔231週緣設有一固定部233，該 固定部233上方凸設有一凸出部233A，該旋轉球體24〇於週緣設有一 溝242，該溝242露出於上殼體210之開口 211，且溝242内至少設有 一孔243，以供一拉繩244穿入該孔243並沿溝242纏繞於旋轉球體 240表面，再經由拉繩244沿反方向拉動旋轉球體24〇旋轉轉動，上述 之旋轉球體24〇内部設有若干通道245，以錢轉球體兩側相連通 (如第四圖所示），有關於上述腕力訓練球200之旋轉球體24〇操作係屬 習知技術，故不予贅述。 請再配合第五圖所示，本創作之轉速計數裝置100，係包含一發電 模組10、至少-對轉速感測元件20及30、_無線傳輪模组4〇及^ 線接收器50 ’其巾’該發電齡1Q連結設於上魏力娜球之旋 轉球體240 -側，該發電模组1〇包括一磁鐵u、若 -整流穩壓電路13 (如第五圖所示），該磁鐵u結合固定:腕圈力. 器勘之套環23〇之㈣部233，減雜u設於發電池财與磁 鐵11對應之位置，以藉由該旋轉球體24〇旋轉時，讓感應線圈Η與 M289072 磁鐵11間產生電磁感應而讓感應線圈12產生感應電勢，該整流穩屬 電路13連結該感應線圈12，藉以將感應線圈12所產生之感應電勢細 整流穩壓形成-穩定之直流電源輸出，上述之發電模組1Q並非以磁^ 11、若干感應線圈12及一整流穩壓電路η為限，如以等效之直流電 源供應器構成亦屬本創作之主張範疇。 ％ 上述之轉速感測元件20及30分別結合於腕力訓練球彻之内部 適當位置處，用以感測腕力訓練球勘之旋轉球體轉速，在本創 作之第-實施例中，該轉速感測元件2〇及3G分別設於套環23〇之固 定部233之凸出部233A上’該轉速感測元件2〇及3〇之型式不限，在 本創作之第-實施例中’仙光電感測器及反光片為㈣之實施例， 其他等效之舰制树亦私解之錄範•。射，該轉速感測 tc件20係可藉由發射光線及反射光線獲得感應訊號，該轉速感測元件 2〇連結於上麵電触1G之整流觀魏13以麟直紅作電源， 該轉速感測元件20可藉由旋轉球體旋轉而對應轉速感測元件3〇 進而產生轉速植訊號s之方式，而作為旋轉球體施 及次數計數某虑。 ^上述之無轉難組4()設於腕力爾球之賴球體一 1 貝1 ’該效無^輸模組40藉由兩導線41及42分別連結上述之發電模組 13及騎制播2(3，时職得餘工作電源 σ訊號S ’該無線傳輪模組4〇係包括-計數電路43及-無線 二^路二ί5十數電路43連結轉速感測元件2(3，以輸人轉速計數 L轉球體240之每分鐘轉速(φΠ1)或總旋轉圈數等數據輸 轉破ϋ/，路44連結計數電路43以將該計數電路43輸出之旋 猞出刀域速或總絲圈數等數據藉由無線訊號方式傳輸 翰出，該無線傳輪模组 電路f岐不壯料數祕43及無線發射 之主張範·。’ ^，+凡是等效的無線訊號發射電路，當不脫本創作 <…線接收為50係包括一接收電路51及-顯示電路52，該 M289072 接收電路51藉由無線方式接收上述之無線傳輸模組40所傳送之旋轉 毅觀鮮雜之鱗職麟換成相對 刪路51秦自 才1 &顯不該腕力訓練球200之旋轉球體240的每分鐘 轉速或總轉_鱗數據，上述之無線接收H 5〇之雜林以接收電 及顯二電路义結構為限，如等效之無線接收電路組成者當亦屬 本創作之範臂。 請再配合第六圖所示，為本創作之轉速計數裝置100之第二實施 例，、該轉速感測元件20及30分別為-光電感測器及反光片，且該轉 ，感測ϋ 20結合於發電模組1Q上，該轉速感測器％結合蚊於發電 模組10之，^内面對應轉速感· 2G之位置以對應該轉速感測元 件 而藉由"亥疑轉球體240旋轉而使轉速感測元件2〇與3〇相互對 應=讓轉速，測元件2〇產生如第五圖所示之轉速計數訊號$輸出。 凊再參閱第七圖所示，為本創作之轉速計數裝置1〇〇的第三實施 例，其中，，該轉速感測元件2〇,及3〇,分別為磁簧開關及磁鐵，該轉速 感測二20、、Ό σ於上述無線傳輸模組4〇上，該轉速感測器3〇,結合固定 於上述腕力訓練球2〇〇之套環230週緣之一連結部234上，以對應該 轉速感測元件2〇,，而藉由該旋轉球體240旋轉而使轉速感測元件2〇, 與30’相互對應，而讓轉速感測元件2〇，產生如第五圖所示之轉速計數 訊號S輸出。 〃 2再配合第八圖及第九圖所示，為本創作之轉速計數裝置應之 第四貝施例，其中，該無線接收器5〇，係包括一接收電路51及介 =¾路h，邊USB介面電路53設有一 USB介面連接器531，該USB 二面電路乃用以接收該接收電路51輸出之數據訊號D並轉換成usb 2訊號經由USB連接器531輸出，該USB連接器531供以連接至 兒子，置j〇〇之USB介面埠310，使該腕力訓練器2〇〇之旋轉球體 2j〇之每分鐘轉數及總旋轉圈數等數據傳輸至電子裝置3⑻中進行即 時同步儲存記錄、顯示或應用，該電子裝置300之型式不限，在本創 M289072 作之第四實施例中係以筆記型電腦為説明之實施例，其他如個人電 腦、個人資料辅助器或手機等具USB介面之電子裝置當亦屬本創作之 應用範疇。The collar 230 is disposed between the upper casing 210 and the lower casing 220. The collar 230 is provided with a pair of holes 2j1 and 232. Each of the two sides of the suspected ball 240 is provided with a shaft 241 for inserting holes through the two shafts 241 respectively. 231 and 232, the rotating spherical body 240 is fixed between the upper casing 21 〇 and the lower casing 220, and the rotating spherical body 240 can rotate between the upper casing 21 〇 and the lower casing 220 along the shaft 241. A fixing portion 233 is defined in the periphery of the hole 231 of the collar 230. A protruding portion 233A is protruded from the fixing portion 233. The rotating ball body 24 is provided with a groove 242 at the periphery thereof. The groove 242 is exposed at the opening of the upper casing 210. 211, and at least one hole 243 is defined in the groove 242, so that a pull cord 244 penetrates the hole 243 and is wound around the surface of the rotating sphere 240 along the groove 242, and then rotates the rotating ball 24 in the opposite direction via the pull cord 244 to rotate. The rotating ball body 24 is internally provided with a plurality of passages 245, which are connected to each other on both sides of the money transfer ball (as shown in the fourth figure). The rotary ball body 24 〇 operation of the wrist force training ball 200 is a conventional technique, so Do not repeat them. Please cooperate with the fifth figure, the speed counting device 100 of the present invention comprises a power generation module 10, at least a pair of speed sensing components 20 and 30, a wireless transmission module 4, and a line receiver 50. 'The towel' is connected to the rotating sphere of the upper Weirina ball, and the power module 1 includes a magnet u, a rectifying and regulating circuit 13 (as shown in the fifth figure), the magnet u combination fixed: wrist ring force. The armor of the device is 23 〇 (4) 233, and the subtraction u is set at the position corresponding to the battery and the magnet 11 to make the induction coil 藉 when the rotating sphere 24 is rotated. Electromagnetic induction is generated between the M289072 magnet 11 and the induction coil 12 generates an induced potential. The rectifying stable circuit 13 is connected to the induction coil 12, so that the induced potential generated by the induction coil 12 is finely rectified and stabilized to form a stable DC power output. The above-mentioned power generating module 1Q is not limited to the magnetic circuit 11, the plurality of induction coils 12, and a rectifying and regulating circuit η. For example, the equivalent DC power supply is also claimed. % The above-mentioned rotational speed sensing elements 20 and 30 are respectively combined with appropriate internal positions of the wrist training ball to sense the rotational speed of the rotating sphere of the wrist training ball. In the first embodiment of the present invention, the rotational speed sensing The components 2A and 3G are respectively disposed on the protruding portion 233A of the fixing portion 233 of the collar 23'. The type of the rotational speed sensing element 2〇 and 3〇 are not limited, and in the first embodiment of the present invention, The sensor and the reflector are the examples of (4), and other equivalent shipbuilding trees are also privately recorded. The rotation sensing tc member 20 can obtain an induction signal by emitting light and reflecting light, and the rotation sensing element 2 is connected to the rectification view Wei 13 of the upper electric contact 1G, and the power is used for the power of the straight red. The sensing element 20 can be rotated by the rotating sphere to correspond to the rotational speed sensing element 3 to generate the rotational speed signal number s, and can be counted as the number of times the rotating sphere is applied. ^ The above-mentioned non-transfer group 4 () is located in the wrist ball of the ball of the ball 1 1 1 1 of the effect of the module 40 by the two wires 41 and 42 respectively connected to the above-mentioned power module 13 and riding 2 (3, when the job is full of power supply σ signal S 'The wireless transmission module 4 包括 includes - counting circuit 43 and - wireless two-way two ί5 tens circuit 43 connected to the speed sensing component 2 (3, to The input speed count L rotates the ball to rotate the ball 240 (φ Π 1) or the total number of revolutions and the like, and the data is transmitted and destroyed. The path 44 is connected to the counting circuit 43 to output the output of the counting circuit 43 to the knives or the total speed. The number of wire loops and other data is transmitted by wireless signal transmission. The wireless transmission module circuit is not a strong number of secrets 43 and wireless transmission claims. ^, + is equivalent to the wireless signal transmission circuit, When the non-removal <...line reception is 50 series including a receiving circuit 51 and a display circuit 52, the M289072 receiving circuit 51 wirelessly receives the rotation of the above-mentioned wireless transmission module 40. Scale job Lin changed to relative cut-off 51 Qin Zicai 1 & show that the wrist training ball 200 of the rotating sphere 240 per minute The speed or the total rotation _ scale data, the above-mentioned wireless receiving H 5 〇 杂 以 以 以 以 接收 接收 接收 接收 接收 , , , , , , , , , , , , , , , , , , , , 等效 等效 等效 等效 等效 等效 等效 等效 等效As shown in the sixth figure, the second embodiment of the rotational speed counting device 100 of the present invention, the rotational speed sensing components 20 and 30 are respectively a photo-electrical sensor and a reflective sheet, and the rotation and sensing ϋ 20 are combined. In the power generation module 1Q, the speed sensor % is combined with the mosquito in the power generation module 10, and the inner surface corresponds to the position of the rotational speed sense 2G to correspond to the rotational speed sensing element and is rotated by the " The rotational speed sensing elements 2〇 and 3〇 are mutually correspondingly=the rotational speed, the measuring element 2〇 generates the rotational speed counting signal $ output as shown in the fifth figure. 凊 Referring to the seventh figure, the rotational speed counting device of the present invention The third embodiment of the first embodiment, wherein the rotational speed sensing elements 2, and 3, respectively, are reed switches and magnets, and the rotational speed sensing 2, Ό σ is in the wireless transmission module 4 Above, the speed sensor 3〇 is combined with the set of the above-mentioned wrist training ball 2〇〇 At one of the 230-peripheral joints 234, the rotational speed sensing element 2 is coupled to the rotational speed sensing element 2, and the rotational speed sensing element 2 is rotated by the rotating spherical body 240 to correspond to the 30'. 〇, generating the speed count signal S output as shown in the fifth figure. 〃 2, together with the eighth figure and the ninth figure, is the fourth embodiment of the speed counting device of the present invention, wherein the wireless receiving The USB interface circuit 53 is provided with a USB interface 531, and the USB two-sided circuit is configured to receive the data signal D output from the receiving circuit 51 and convert it. The USB 2 signal is output via the USB connector 531, and the USB connector 531 is connected to the son, and the USB interface 埠 310 is set to enable the rotation of the wrist trainer 2 to rotate the number of revolutions per minute. The data of the total number of revolutions and the like are transmitted to the electronic device 3 (8) for instant synchronous storage, recording, display or application. The type of the electronic device 300 is not limited. In the fourth embodiment of the present invention, the notebook computer is described as a notebook computer. Embodiments such as personal computers Electronic devices with USB interfaces, such as personal data aids or mobile phones, are also within the scope of this creation.
上述第一圖〜第九圖所示本創作之腕力訓練球之轉速計數裝置， 其中7揭露之相關說明及圖示，係僅為便於闡明其創作技術内容及技 術手奴，所揭不之較佳實施例之一隅，並非用以拘限其範疇。並且， 舉凡一切針對本創作之結構細部修飾、變更及元件之等效替代者，當 不脫離j丨作精神及範_，其範圍將由以下申請專利範圍來界定之。 【圖式簡單說明】 第一圖係本創作第—實施例之立體外觀結構圖；. 第二圖為第一圖之立體分解結構圖； 及Γ財之局放大®，顯補發賴組、轉速感測元件 及"，、線^射杈組與旋轉球體、套環間之处構· =四圖係圖中之旋轉球體之^放大圖； 路方塊圖圖絲圖*之發電她、無線傳輸模組及無線接收器之電 第六圖為本創作之第二實施例圖； 第七圖為本創作之第三實施例圖； 第八圖為本創作之第四實施例圖； 第九®為第八圖中之無線接收器之電路方塊圖。 【主要元件符號說明】 100 轉速計數裝置 11 磁鐵 b 整流穩壓電路 2()’ 轉速感測元件 3()， 轉速感測元件 !〇 發電模組 感應線圈 20 轉速感測元件 30 轉速感測元件 40 無線傳輸模組 M289072The above-mentioned first to ninth figures show the rotation counting device of the wrist training ball of the present invention, wherein the relevant descriptions and illustrations of the disclosure are only for the purpose of clarifying the technical content of the creation and the technical slaves. One of the best examples is not to limit its scope. In addition, all the equivalents of the details of the structure, modification, and replacement of the components of the creation, without departing from the spirit and scope of the invention, will be defined by the scope of the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a three-dimensional structure diagram of the first embodiment of the present invention; the second figure is a three-dimensional exploded structure diagram of the first figure; and the enlargement of the financial bureau, the display group, Speed sensing element and ",, line ^ 杈 group and rotating sphere, ring structure = = four maps of the rotating sphere ^ magnified map; road block diagram map wire map * power generation, The sixth diagram of the wireless transmission module and the wireless receiver is the second embodiment of the creation; the seventh diagram is the third embodiment of the creation; the eighth diagram is the fourth embodiment of the creation; Nine® is the circuit block diagram of the wireless receiver in the eighth figure. [Main component symbol description] 100 Speed counting device 11 Magnet b Rectifier voltage regulator circuit 2 () 'Speed sensing component 3 (), Speed sensing component! 〇 Power module induction coil 20 Speed sensing component 30 Speed sensing component 40 wireless transmission module M289072
41 導線 42 導線 43 計數電路 44 無線發射電路 50 無線接收器 50， 無線接收器 51 接收電路 52 顯示電路 53 USB介面電路 531 USB介面連接器 200 腕力訓練球 210 上殼體 211 開口 212 扣接元件 220 下殼體 221 扣接元件 230 套環 231 232 子L 233 固定部 233A 凸出部 234 連結部 240 旋轉球體 241 軸 242 溝 243 孔 244 拉繩 245 通道 300 電子裝置 310 USB介面埠 S 轉速計數訊號 D 數據訊號41 wire 42 wire 43 counting circuit 44 wireless transmitting circuit 50 wireless receiver 50, wireless receiver 51 receiving circuit 52 display circuit 53 USB interface circuit 531 USB interface connector 200 wrist training ball 210 upper housing 211 opening 212 fastening element 220 Lower housing 221 fastening element 230 collar 231 232 sub L 233 fixing part 233A projection 234 connection part 240 rotating sphere 241 shaft 242 groove 243 hole 244 drawstring 245 channel 300 electronic device 310 USB interface 埠 S speed counting signal D Data signal