201107016 六、發明說明： 【發明所屬之技術領域】 置，種拳擊乾，特別是指一種拳擊靶訓練裝 ϋ兼具即時_並顯示出拳準確性與力量 1 觀看等Ϊί時攜帶細編_讀於選働練同時 【先前技術】 練員ϊίίίΐί=拳擊乾，通常為厚墊設計，由教練或陪 ，貝手細供選手出擊練制，無法 雜丄力量大小，當然也無法自動計手出擊時之準 當重ί然益型的機器訓練乾，但是體積龐大、具相 訓綠可拿持式的 【發日H】必要研發新結構，以突破現有的拳擊訓練裝置。 感測二練裝置，其兼具即時 _爾與力里大小及次數、體積小利於隨時攜 紐土屈/、雙面•，肩不设計便於選手與教練同時觀看等功效，用以 解決傳統裝置無法即時感測出拳狀 手與教練無法_觀看判體狱不賴帶以及選 裝置本決上述問題之技術手段係提供一種拳擊乾訓練 及一;3部點=2個第-顯示孔、複數個第二顯示孔 點為=::==孔分別以該虛擬中心 一處理部，係連結該接觸部，且至少包括： 一中央處理器； 卜2 個力量感測器，係對應該虛擬中心點的於該處理部 上呈内向外的同心圓分佈；該複數個力量感測器係連結該中央 201107016 處理器’當-外力碰觸該接觸部並傳遞至該力量感測器， 測該外力之位置與力量大小’並產生制織傳送至 = 理器；則該中央處理ϋ發出第—啟動喊及第二啟動訊號p 複數個第-顯示器，係對應該複數個第一顯示孔的) 而設於該處理部上’每-第-辭n皆連接該中央處理器 由第-啟動訊號啟動預定位置上的第—顯示器，使其透^ 應的第一顯示孔發光，愈接近該虛擬中心點的第一顯示器 光，代表外力愈準確接近該接觸部之虛擬中心點； 複數個第二顯示器，係對應該複數個第二顯示孔的位 而設於該處理部上，每一第二顯示器皆連接該中央處理器，並 由第二啟動訊號啟動預定位置上的第二顯示器，使其透士相 應的第二顯示孔發光，該第二顯示器發光的數量愈多，代 觸該接觸部之外力的力量愈大。 有鑑於此’必需研發出可解決上述習用缺點之技術。 【實施方式】 參閱第一、第二、第三、第四及第五圖，本發明係為一種 「拳擊靶訓練裝置」，其包括： 一接觸部10，係具有複數個第一顯示孔U、複數個第二 顯示孔12及一虛擬中心點A ;複數個第一、第二顯示孔u與 g分別以該虛擬中心點A為中心向外擴散的分佈於該接觸^ 一處理部20，係連結該接觸部1〇，且至少包括： 一中央處理器21 ; 複數個力量感測器22 ’係對應該虛擬中心點a的於該 處理部20上呈内向外的同心圓分佈；該複數個力量感測器22 係連結該中央處理器21，當一外力P(如第九圖所示)碰觸該接 觸部10並傳遞至該力量感測器22，其感測該外力p之位置與 力量大小，並產生感測訊號22A傳送至該中央處理器21 ;則 該中央處理器21發出第一啟動訊號21A及第二啟動訊號21B; 複數個第一顯示器23 ’係對應該複數個第一顯示孔^ 201107016 的位置而設於該處理部20上，每一第一顯示器23皆連接該中 央處理器21，並由第一啟動訊號21A啟動預定位置上的第一 顯示器23，使其透過相對應的第一顯示孔11發光，愈接近該 虛擬中心點A的第一顯示器23發光(如第六A圖所示，係只 顯示第一顯示器23之示意圖），代表外力P愈準確接近該接觸 部10之虛擬中心點A ; 複數個第一顯示器24，係對應該複數個第二顯示孔I〗 的位置而設於該處理部20上，每一第二顯示器24皆連接該中 央，理器21，並由第二啟動訊號21B啟動預定位置上的第二 蔡員不器24，使其透過相對應的第二顯示孔12發光，該第二顯 = 24,的數量愈多(如第七C圖所示，係只顯示第二& 器4之不意圖），代表碰觸該接觸部10之外力P的力量愈大。 實務上’該接觸部10可為皮革(以厚質皮革為較二 複數個第-顯示孔U原則上以四個為 係於該接觸部10上設置三組第一顯示孔i 點A為中心向外擴散分佈(參閱第二圖）。η»亥虛擬中〜 接觸二顯示孔12係以該虛擬中心點a為中心，於該 細部ig上呈十字狀分佈(如第二圖所示）。 哀 個力量感測器22係為力量感 一力篁感測器221、一第-力吾忒芏^包括第 器223。 帛一力置感測15 222及一第三力量感測 二極色發光 施例中係機處理部2G上設^孔^目對應，本實 二極體），(麻為藍色發光 201107016 該處理部20又包括： 、查25及_音效單元26 ’係分別與中央處理器21 可分別為螢幕與伽V如第人_示），而達到以數 二HI rit目關的符號與聲音顯示外力P碰觸該接觸部11的 準確性與力量大小以及碰擊的次數。 本發明又包括： 斜痛社Ϊ件30 ’係設於該接觸部10與該處理部20之間，其 31 H第ϋ·第t顯示孔11與12，而分別設第一墊件顯示孔 件顯不孔32 ;當本㈣之拳雜供重量級的選手 練習時，可避免處理部2g太快被打壞，當然， 墊件30的厚度可依實際需要作更改。 本發明之實際使用方式係如下所述： 驗轉繼時，由陪練貞(例如為教練)戴上本發明 ίΐΐί ’縣轉手的赠移動拳_，_手對移動的拳 角度的出拳練習’當拳擊手擊中拳擊㈣接觸部 1〇(如第九圖所示’假設是擊中接觸部10的中心部 接觸部1G(可能再經過墊件3〇)傳遞至該處理部2〇上 設是第-力量感測器221)，則由中央處理器 第、第一啟動訊號21A與21B，而分別啟動第一、笛一 顯示器23與24發光。 弟一 ，為是擊巾接聊10財叫位’所以是最接近虛 的四個第一顯示器23啟亮發光(如第六A圖所示^ 表準確性）’當然，若擊靶的位置有偏離中心，則可 = 擬中心點A較遠的第-齡ϋ 23啟亮發光(例如第六b與^ 六C圖所示，分別代表“尚可，，、“差，，，二 示器24均省略）。 八丁叼弟一顯 ，於力量大小的部份’則如第七A、第七B與第七 一圖中的第-顯示器23皆省略)所示，分別以第二顯示 啟壳數量的少至多，代表力量由小至大。 ” 而陪練員(假設為教練)則可由顯示單元25與音效單元％ 201107016 知好灿拳歧(紐準.、力量大似及出拳的 用，故ΐ於，並非綱計算之 調整。 、 之厚度全可依實際使用需求作 本發明之優點及功效可歸納如下. 明^^及次數。本發 訊號顯示選手出拳的準確性、力旦也八）光(發光一極體） 練即時得知訓練的過程是否達到^定的=數’可使選手與教 [2]體積小機_卿使° 面分別設計發光二極體與顯示螢幕， 每-欠m練可㈣由發光二極體啟亮狀況鋪示^幕看到 ^拳：=與教授都不用停下來看訊息，可不 以上僅是藉由較佳實施例詳細說 所做，單修改與變化，皆不雌本“月之==例 遠点2切細制，可使熟知本項聽者日膽本發明的確可 請成刚返目的，實已符合專概之規定，爰提出發明專利之申 201107016 【圖式簡單說明】 第一圖係本發明之方塊圖 第二圖係本發明之分解示意圖 第三圖係本發明之外觀示音圖 第四圖係本發明之其他角i之示意圖 第五圖係本發明之局部放大之剖視圖 第六A、第六B及第六c圖係分別為本發明之第一顯 示準確性佳、尚可、差之示意圖 ‘”201107016 VI. Description of the invention: [Technical field of invention] Set, a type of boxing dry, especially a boxing target training and dressing has both instant _ and shows the accuracy and power of the boxing 1 Watching Ϊί carry the fine editing _ read At the same time, you can practice 【 ί ί ί ί ί ί 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击 拳击The machine is well-trained, but the large-volume, well-trained green can be used to develop a new structure to break through the existing boxing training device. Sensing the second training device, which combines the instant _ er and the force size and the number of times, the small size is convenient to carry the nucleus at any time, double-sided • the shoulder is not designed to facilitate the simultaneous viewing of the player and the coach, to solve the traditional The device can't immediately sense that the boxer and the coach can't watch the body and the device and choose the device to provide the above-mentioned problem. It provides a boxing training and one; 3 points = 2 first - display holes, plural The second display aperture point is =::== the hole is connected to the contact portion by the virtual center-processing unit, and at least includes: a central processing unit; 2 power sensors, corresponding to the virtual center Pointing on the processing portion is an inner-outward concentric circle distribution; the plurality of force sensors are coupled to the central 201107016 processor's when an external force touches the contact portion and is transmitted to the force sensor, and the external force is measured Position and force size 'and the weaving is transmitted to the processor; then the central processing unit sends the first-initiating shouting and the second starting signal p to the plurality of first-displays, which are corresponding to the plurality of first display holes) Located on the processing unit' Each of the first-to-first words is connected to the central processing unit to activate the first display on the predetermined position by the first-start signal, so that the first display aperture of the transparent light is illuminated, and the closer to the first display light of the virtual central point, The more accurately the external force is close to the virtual center point of the contact portion; the plurality of second displays are disposed on the processing portion corresponding to the plurality of second display holes, and each of the second displays is connected to the central processing unit. And the second display at the predetermined position is activated by the second activation signal to cause the corresponding second display hole to emit light. The more the second display emits light, the greater the force of the force acting on the contact portion. In view of this, it is necessary to develop a technique that can solve the above disadvantages. [Embodiment] Referring to the first, second, third, fourth and fifth figures, the present invention is a "boxing target training device", comprising: a contact portion 10 having a plurality of first display holes U a plurality of second display holes 12 and a virtual center point A; a plurality of first and second display holes u and g are respectively distributed outwardly around the virtual center point A, and are distributed to the contact processing unit 20, Connecting the contact portion 1〇, and at least comprising: a central processing unit 21; the plurality of force sensors 22' are arranged in a concentric circle corresponding to the virtual center point a on the processing portion 20; The force sensor 22 is coupled to the central processing unit 21, and when an external force P (shown in FIG. 9) touches the contact portion 10 and is transmitted to the force sensor 22, the position of the external force p is sensed. And the power level is generated, and the sensing signal 22A is transmitted to the central processing unit 21; then the central processing unit 21 sends the first activation signal 21A and the second activation signal 21B; the plurality of first displays 23' are corresponding to the plurality of The position of the hole ^201107016 is displayed on the processing unit 20 Each of the first displays 23 is connected to the central processing unit 21, and the first display 23 at a predetermined position is activated by the first activation signal 21A to emit light through the corresponding first display aperture 11, and the closer to the virtual central point The first display 23 of A emits light (as shown in FIG. 6A, only shows a schematic view of the first display 23), which represents that the external force P is more accurately approached to the virtual center point A of the contact portion 10; the plurality of first displays 24, The processing unit 20 is disposed on the processing unit 20 corresponding to the position of the plurality of second display holes I. Each of the second displays 24 is connected to the center, and the second controller 24 is activated by the second activation signal 21B. The second Cai clerk 24 causes it to illuminate through the corresponding second display aperture 12, and the second display = 24, the greater the number (as shown in the seventh C, only the second & Not intended), the greater the force representing the force P outside the contact portion 10. In practice, the contact portion 10 can be leather (the thicker leather is the second plurality of first display holes U, in principle, four sets of the first display hole i point A is set on the contact portion 10 The outward diffusion distribution (refer to the second figure). The η»海虚中~ The contact two display hole 12 is centered on the virtual center point a, and is distributed in a cross shape on the detail ig (as shown in the second figure). The sorrow force sensor 22 is a force sensation sensor 221, a first force 包括 忒芏 ^ includes the second 223. 帛 力 force sensing 15 222 and a third force sensing dipole In the illuminating embodiment, the system processing unit 2G is provided with a hole corresponding to the hole, and the real diode is used. (The hemp is blue light 201107016. The processing unit 20 further includes: , 25 and _ sound effect unit 26' respectively The central processing unit 21 can respectively display the screen and the gamma V as the first person, and the symbol and the sound display external force P that touches the contact portion 11 can be touched by the accuracy and strength of the contact portion 11 and the impact. frequency. The present invention further includes: a diagonal pain member 30' is disposed between the contact portion 10 and the processing portion 20, and has 31 Hth and tth display holes 11 and 12, and a first pad member display hole is respectively provided When the (4) boxing is used for heavyweight players, the treatment part 2g can be prevented from being broken too quickly. Of course, the thickness of the cushion member 30 can be changed according to actual needs. The actual use mode of the present invention is as follows: After the verification and succession, the training practice is carried out by the sparring 贞 (for example, a coach) ίΐΐί 'the transfer hand of the county hand _, _ hand punching practice of the boxing angle of the move' When the boxer hits the boxing (four) contact portion 1 (as shown in the ninth figure), it is assumed that the center portion contact portion 1G of the hitting contact portion 10 (possibly passing through the pad member 3) is transferred to the processing portion 2 It is the first-force sensor 221), and the first and first start signals 21A and 21B are activated by the central processing unit to activate the first, flute-displays 23 and 24, respectively. First, for the scarf, I will talk about the 10th position, so it is the closest to the virtual four first displays 23 to illuminate (as shown in Figure 6). Of course, if the target position If there is off-center, then = the second-degree ϋ 23 that is farther away from the center point A. The illuminating light (for example, the sixth b and the second six C, respectively, represent "can,,,,,,,,,,,, The device 24 is omitted). The figure of the eight 叼 叼 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , representing the strength from small to large. And the trainer (assumed to be the coach) can be informed by the display unit 25 and the sound effect unit% 201107016 that it can be used for the purpose of the boxing, and the strength is similar to that of the punch. Therefore, it is not the adjustment of the outline calculation. The advantages and functions of the invention can be summarized as follows according to the actual use requirements. Ming ^^ and the number of times. The signal shows the accuracy of the player's punch, and the force is also eight) Light (lighting one body) Knowing whether the training process has reached the limit = number can make the player and teach [2] small size machine _ Qing make the surface separately design the light-emitting diode and display screen, each-under m training (four) by the light-emitting diode Qi Liang situation shows the screen to see ^ boxing: = and the professor does not have to stop to see the message, but the above is only done in detail by the preferred embodiment, single modification and change, are not female "month of = = Case far 2 cut system, can make you familiar with this item, the invention can indeed be returned to the purpose, has been in line with the provisions of the special, 爰 filed a patent for the application 201107016 [Simple description] Figure 2 is a block diagram of the present invention. 4 is a schematic view of another angle i of the present invention. FIG. 5 is a partially enlarged cross-sectional view of the present invention. The sixth, sixth, and sixth c-graphs are respectively the present invention. The first display shows good accuracy, acceptable, and poor schematic ''
弟七A、第七B及第七c圖係分別為本發明之第二顯示器表 示力量小、力量中等、力量大之示意圖 第八圖係本發明之顯示單元與音效單元之示意圖 第九圖係本發明之實際應用之示意圖 【主要元件符號說明】The seventh, seventh, seventh, and seventh c-pictures of the present invention respectively show the second display of the present invention, which is small in strength, medium in strength, and strong in power. The eighth figure is a schematic diagram of the display unit and the sound effect unit of the present invention. Schematic diagram of the practical application of the present invention [main component symbol description]
10接觸部 12第二顯示孔 21中央處理器 21B第二啟動訊號 221第一力量感測器 223第三力量感測器 23第一顯示器 25顯示單元 30墊件 32第二墊件顯示孔 A虛擬中心力 11第一顯示孔 20處理部 21A第一啟動訊號 22力量感測器 222第二力量感測器 22A感測訊號 24第二顯示器 26音效單元 31第一墊件顯示孔 P外力10 contact portion 12 second display hole 21 central processor 21B second activation signal 221 first power sensor 223 third power sensor 23 first display 25 display unit 30 pad 32 second pad display hole A virtual Center force 11 first display hole 20 processing portion 21A first start signal 22 power sensor 222 second power sensor 22A sensing signal 24 second display 26 sound unit 31 first pad display hole P external force