M394B34 五、新型說明： 【新型所屬之技術領域】 本創作是有關於具姿態感測之俯地挺身運動機，特別是指一 種<客觀判別運動姿勢與動作是否正確，並精確取得各種操作數 據資料之俯地挺身運動機。 【先前技術】 按，俯地挺身運動由於其可有效鍛練人體肌肉群中的胸大 肌、肱二頭肌、二角肌刖束、前鋸肌、喙肱肌以及身體的其它各 相關部位’因此係為-極普遍而廣泛的體能訓練運動，而由於在 俯地挺身的運_程巾，訪肩部、臀__動，方能達到有 效的運動功效，因此，維持正確的姿勢與動作協調性，乃為評估 俯地挺身運動成效所不可或缺的要因。 標準的姿勢與動作如 目刖常見對於俯地挺身運動的規範中，M394B34 V. New description: [New technical field] This creation is about a posture-sensing telescopic body-lifting machine, especially refers to an object that objectively determines whether the movement posture and movement are correct, and accurately obtains various operational data. The data is pushed forward to the body. [Prior Art] Press, push-up body movement because it can effectively exercise the pectoralis major, biceps, biceps tendon bundle, anterior serratus, diaphragm and other related parts of the body in the muscle group of the human body. Therefore, it is a very common and extensive physical training exercise, and because of the movement of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Coordination is an indispensable factor in assessing the effectiveness of the exercise. Standard postures and movements, such as those commonly seen in the specification of the body-lifting movement,
1.兩手俯撐，雙臂伸直，+掌標地與地面垂直 肩同寬，雙腳併攏向後直伸’手肘#直身體与 M394834 且於運動過程中，如有下列情形 ^ 屬非=5格的姿勢與動作 •曲肘動作過小，肩關節未低於肘關節。 2. 身體上昇手臂未能伸直。 3. 運動中臂、腰、臀、腿未朗時上下。 4. 雙手或雙腳啊離地、膝蓋觸地。 =缺乏較精確的自動化專用設備以供進行「俯地挺身」運 測驗作業’因此目前皆係以人卫方式進行監測與數 據料、收集，而基於上述對於姿勢與動作嚴苛之要求，故而在 驗的場合中，皆需依賴有經驗的訓練師方能分辨待測 的，與動作是否合乎要求；然而，g卩使如個人主 -喊及各種人為因素的影響下，其測驗的結果往往仍難以完全 客觀，同時，若有多數受測者同時間進行監測，則更有可能讓訓 練師無法確實掌握各受測者的姿勢與動作確實與否，造成該人工 統計的數據有缺乏公允之失真情形。 有鑑於I見對於「俯地挺身」運動評估測驗作業形態有上述 之缺點’創作人乃針對該些缺點研究改進之道，終於有本創作產 生。 【新型内容】 本創作之主要目的在於提供一種具姿態感測之俯地挺身運動 M394834 機，其可客觀地判別俯地挺狀操作姿勢與動作是否合乎要求， 並確實顯4種細輯，雜錢動者作纽善之參考依據。 本創作之另-目的在於提供—種具姿態感測之俯地挺身運動 機其可自動§己錄運動者之各種相關操作數據資料，並依需要而 可將該數據資料對外傳輸，以形成一具有測驗功能之運動裝置。 本創作為達成上述目的及功效，其所採行的技術手段包括： -基座’於其表面設有—可供運動者依—雜方向麟之操作平 面，-感測模組’係由至少—第—感測器…第二感測器及一壓 力感測元件所組成，該第二感測器係置於縱軸中段對應於運動者 臀部之部位，域測運動者之臀部昇降動作，第—感測器則係設 置於縱軸一端對應於運動者手臂之部位，以感測運動者之手臂彎 曲動作，該壓力感測元件則係設置於該操作平面上對應於運動者 雙膝之部位，以感測運動者雙膝之壓觸動作，且該第一、二感測 器及壓力感測元件可分別輸出代表伯測結果之偵測信號；一輸入 控制模組，可接收該感測模組所輸出之各偵測信號，並經處理轉 換後’另輸出相對應之控制信號；一顯示面板，至少具有一第一 顯示幕，該第一顯示幕係可接收該控制模組之控制信號，進而顯 示出對應於該運動者之各項運動數據。 依上述結構，其中該第一、二感測器係分別由複數偵測元件 垂直間隔設置於-主支架上所組成。 依上縣構’其中該輪入控制模組另包括一控制按鍵組，該 控制按鍵組設有複數具不_作功能之控制按鍵。 可供輸入資料之 依上述結構，其中該輸入控制模組另包括一 輪入按鍵組。 2述結構，其中該顯示面板另設有—第二顯示幕，該第二 *，、，不么可配合該第-顯示幕而分別顯示不同之運動數據。 至於本創作之詳細構造、應用原理、作用與功效，則參照下 列依圖式所作之說明即可得到完全的瞭解： 【實施方式】 δ請參各_示，可知本創作主要包括：基座1、感測模組2、 1 貝示面板3及輸人控韻組4料份，其中該基座i _表面設 有一操作平面11，於該操作平面11上具有-縱軸γ，且於該 _丫之二端部分別設有—組可供雙手鱗紐之操作定位部1 2，及至少一可供雙聊壓踏之止滑墊13，藉以使運動者p得以 依-定方向及位置·於該操作平面i U，制模組2传由一 叙第一感測器21、—組第二感測器22及-勤感測元件23 所組成，該組第-感測H 2 !係分別由紐制元件 間隔設置於二主支架212上所組成，該二主支架212係分別 沿縱軸γ設置_作平面工工二旁側對應於該操作定位部u之 M394834 位置，且各主支架212係可依需要分別設置於一外框2工丄 内，於該外框211内設有至少-滑槽214，而各主支架2ι ’使該主支 而得以沿縱 2則係以其至少一端可滑動地設置於該滑槽214内 架212得以因應運動者P之身材不同（手臂位置） 轴Y方向適當調整其位置，並得以利用各偵測元件2丄3所產生 之紅外線（或其它可見光）感測運動者P之手臂彎曲動作，第一 感測器2 2係沿縱軸Y設置於操作平面i丄中段二旁側對應於運 動者P臀部之部位，其係分別由複數侧元件2 2 3垂直間隔設 置於二主支架2 2 2上組成，且各主支架2 2 2係可依需要分^ 設置於-外框2 21内，於該外框2 2!内設有至少一滑槽2 2 4，各主支架2 2 2則似其至少-端可滑動地設置於該滑槽2 2 4内’使該主支架2 2 2得以因應運動者？之身材不同^部 位置）而得以沿縱軸γ方向適當調整其位置，並得以利用各細 元件2 2 3所產生之紅外線（或其它可見光）感測運動者ρ之臀 部昇降動作’而勤_元件2 3則錢置於該操作平面丄工上 對應於運動者Ρ雙膝之部位，其可藉由觸碰時之動以感測運動 者ρ雙膝之壓觸動作，且該第—、二感測器21、22及壓力感 叙件2 3於運作後，可分別輸出代表制結果之侧信號，輸 入控制模組4係可接收感測模組2所輸出之各伽信號，並經 處轉換後，另對外輸出相對應之控制信號，於實際應用上，該 輸入控制模組4可設置-電源開關4丄、—控制按鍵組4 2及一 可供輸入貝料之輸入按鍵組（未緣出），該控制按鍵組4 2至少設 M394834 有^員手動控制犯規次數增減之第一控麵4 2 i 數據之Π之第二控制按鍵4 2 2，及—可控制對外發送運動 n —m ’該輸人控制模組4可依需要 (“不聲音之，八4 3，及一可經由無線頻率辨視 mID)或其它無線感應運動者卩1. Both hands are stretched, arms are straight, + palms are perpendicular to the ground and shoulders are wide, feet are stretched back and straight forward 'elbows# straight body and M394834 and during the movement, if any of the following ^ is not = 5 Geometry and movements • The elbow movement is too small and the shoulder joint is not lower than the elbow joint. 2. The body rises and the arm fails to straighten. 3. When the arms, waist, hips, and legs are not in motion, move up and down. 4. With your hands or feet off the ground, your knees touch the ground. = Lack of more precise automated special equipment for the "push-up" operation test. Therefore, it is currently monitoring and data collection and collection in the form of human security. Based on the above requirements for posture and movement, it is In the occasion of the test, it is necessary to rely on an experienced trainer to distinguish between the test and the action; however, the results of the test are often under the influence of individual master-call and various human factors. It is difficult to be completely objective. At the same time, if most of the subjects are monitored at the same time, it is more likely that the trainer can not accurately grasp the posture and motion of each subject, resulting in a lack of fair distortion in the data of the manual statistics. situation. In view of the fact that I have the above-mentioned shortcomings in the evaluation of the "pushing forward" exercise test, the creators have made research on these shortcomings and finally have this creation. [New content] The main purpose of this creation is to provide a M394834 machine with attitude sensing, which can objectively discriminate whether the posture and movement of the ground-like posture are satisfactory, and it is indeed four kinds of fine series. The money mover is the reference for New Good. Another object of the present invention is to provide a posture-sensing telescopic body-moving machine which can automatically record various relevant operational data of an athlete, and can transmit the data to the outside as needed to form a A motion device with a test function. In order to achieve the above purposes and effects, the technical means adopted by the present invention include: - the pedestal 'is provided on the surface thereof - for the operator to operate in the direction of the miscellaneous direction, the sensing module' is at least - a sensor - a second sensor and a pressure sensing element, the second sensor is placed in the middle of the longitudinal axis corresponding to the hip of the athlete, the field of the athlete's hip lifting action, The first sensor is disposed at a position of one end of the longitudinal axis corresponding to the arm of the athlete to sense the bending motion of the arm of the athlete, and the pressure sensing component is disposed on the operation plane corresponding to the knee of the athlete. a portion for sensing an action of the athlete's knees, and the first and second sensors and the pressure sensing element respectively output detection signals representing the results of the test; and an input control module for receiving the sense Detecting the detection signals output by the module, and processing and converting, and then outputting a corresponding control signal; a display panel having at least a first display screen, the first display screen receiving the control module Control signal The data corresponding to the motion of the athlete. According to the above structure, the first and second sensors are respectively composed of a plurality of detecting elements vertically disposed on the main bracket. According to the county structure, the wheel control module further includes a control button group, and the control button group is provided with a plurality of control buttons having no function. According to the above structure, the input control module further includes a wheel-in button group. 2, wherein the display panel is further provided with a second display screen, and the second object can display different motion data respectively according to the first display screen. As for the detailed structure, application principle, function and effect of this creation, we can get a complete understanding by referring to the following descriptions according to the following formula: [Embodiment] Please refer to each δ, which means that the creation mainly includes: base 1 The sensing module 2, the first display panel 3, and the input control group 4, wherein the base i_ surface is provided with an operation plane 11 having a vertical axis γ on the operation plane 11, and _ 丫 二 端 端 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二 二Position · In the operation plane i U, the module 2 is composed of a first sensor 21, a second sensor 22 and a diligent sensing component 23, the group-sensing H 2 The two main brackets 212 are respectively disposed on the two main brackets 212, and the two main brackets 212 are disposed along the longitudinal axis γ, respectively, and the side of the plane working side corresponds to the M394834 position of the operation positioning portion u, and Each of the main brackets 212 can be respectively disposed in an outer frame 2 workpiece, and at least the sliding slot 214 is disposed in the outer frame 211. Each of the main brackets 2 ι 'move the main support so that the main support is slidably disposed at least one end of the bracket 214 in the inner frame 212 to be appropriately adjusted according to the body of the athlete P (arm position). Position, and can use the infrared rays (or other visible light) generated by each detecting component 2丄3 to sense the arm bending motion of the athlete P, the first sensor 2 2 is disposed along the longitudinal axis Y in the middle of the operation plane i丄The two side sides correspond to the parts of the hips of the athletes P, which are respectively formed by the plurality of side members 2 2 3 being vertically spaced apart from the two main brackets 2 2 2, and each of the main brackets 2 2 2 can be set as needed - in the outer frame 2 21, at least one chute 2 2 4 is disposed in the outer frame 2 2!, and each main bracket 2 2 2 is slidably disposed at least at the end thereof in the chute 2 2 4' Make the main bracket 2 2 2 respond to the athletes? The position of the body is different from the position of the ^), and the position can be appropriately adjusted along the longitudinal axis γ direction, and the infrared rays (or other visible light) generated by each thin element 2 2 3 can be used to sense the hip lifting motion of the athlete ρ. The component 2 3 is placed on the operation plane to correspond to the position of the athlete's knees, which can sense the movement of the athlete's knees by the movement of the touch, and the first, After the two sensors 21, 22 and the pressure sensing device 23 are operated, the side signals of the representative result can be respectively output, and the input control module 4 can receive the gamma signals output by the sensing module 2, and After the conversion, the corresponding control signal is outputted externally. In practical applications, the input control module 4 can be configured with a power switch 4丄, a control button group 4 2 and an input button group for inputting the bedding material ( The control button group 4 2 is provided with at least the M394834, the second control button 4 2 2 of the first control surface 4 2 i data, which can be controlled by the manual control of the number of fouls, and the controllable external transmission motion n —m 'The input control module 4 can be used as needed (“no sound Eight 43, and can be identified depending on a radio frequency via the mID) or other wireless inductive athlete Jie
:板3係設置於操作平面山對應於運動者;前方=置Γ ^以便於運_輸物域，㈣具有-第-顯干 幕3H可為-LCD液晶螢幕），該第—顯示幕31=接^ =模組擔出之_錄，並得簡示該運動者P之各項運^ 數據，而於實際翻時，亦可於第—顯示幕3丄外另财一第二 顯:=工可為一L E D顯示元件)，藉由該不同形態之第二顯 °該第—顯示幕3 1而分職示不同之運動數據，可 達到較特別醒目之顯示效果。 以下僅分別以二可行實施例說明上述結構之操作情形，但於 實際應用上’當可視不同之場合及絲而有其它之變化； 第一實施例： ’ 當本創作應用於單純的個人健身時，可先按下該電源開㈣ 1使輸入控制模組4開始運作，並於顯*面板3之第—顯示幕3 1會顯示出「雜成測試準備」之文字訊息（做4 3柯同時 放送相同之聲音訊息）後—段設練⑽，由運動朴直 手健按胁獅粒部1 2上’ iUx雙麵踏於场墊 9 M394834 上，使該運動者P得以頭朝向顯示面板3的方向俯撐於操作平面 1 1上固定位置’然後，運動者P即可開始進行俯地挺身之動作， 而在俯地挺身之過程中，該第—、二感_ 2 i、2 2係分別利 用不同高度的偵測元件213、2 2 3所產生之紅外線（或其它 可見光）被遮斷與否來進行人體姿態伽㈣斷，例如：運動者p 手臂開始麟’當其手肘朗部呈—直線時（容許誤差值為5公 分）’第-1細較下方之侧元件2丨3侧運動者p 手臂位置，且第二感測器2 2亦以較下方之偵測元件2 2 3_ 運動者P臀部位置，若其姿勢合於規定，則啦4 3會以聲音提 不’讓運動者P知悉；然後運動者p以手臂將身體推撐回原初始 位置時，該第-、二感測器2 i、2 2係以上方之偵測元件2工 3、2 2 3侧運動者卩手做£，若其轉合於規定 ，則哨队 4 3會以聲音提示，且雜人控繼組4會自動累加計次，而該 顯示面板3之第—顯示幕31(或第二顯示幕32)亦會顯示出 該運動者Ρ完成俯地挺身之次數； 於俯地挺身之操作過財，若有下職形，鋪於犯規動作， 會列入犯規次數，且*會?、計至俯地挺身完成次數中： 1.曲肘動作過小，肩關節未低於財關節。 2·身體上昇手臂未能伸直。 3. 運動中臂、腰、臀、腿未能同時上下。 4. 雙手或雙腳同時離地。 而右該壓力制元件2 3感測有運動者ρ之膝蓋碰觸動作’ 1394834 則立即停止測驗。 上述操作中，運動者p可依其本身之需求或能力設定操作時 間，由該輸入控制模組4統計其於該操作時間内以正確姿勢完成 之次數，即為其可供參考之最終成績。 - 第二實施例： • 當本創作應用於集體測驗之場合時，可先由各受測之運動者 P以其隨身攜帶之記錄器感應該輸入控制模組4之讀卡機4 4， 此時，於顯示面板3之第一顯示幕31上即顯示出該運動者p的 個人資料（單位、級職、編號、姓名、照片）及相關生理數據， 以供監測人員確定其身分，再由監測人員開始該輸入控麵組4 之運作，其後之各項操作及合格與否之判定，皆與前述第一實施 例相同，在此不多作贅述； • 而若在監測過程中，監測人員認定某名受測之運動者p的動 作係違反標準，但該輸入控制模組4仍誤將該動作列入完成次數 之累計中，則該監測人員得以按壓該控制按鍵組4 2之第一栌制 按鍵4 21，以增加其犯規之計數，同時，刪減該完成次數之累 計；而於測試時間結束前一設定時間（例如：3 〇秒）内，該輸 入控制模組4可經由喇叭4 3播放倒數計時之聲音，以供該受測 之運動者P知悉’待停止監測後，各運動者p即離開該操作平面 11，並由該監測人員按壓該第三控制按鍵4 2 3經由輸入控制 11 规之方式對外發送運動數據(成績)，最後，再 按壓該第二控制按鍵422執行歸零動作，以清除所有資料。 斤述可*本創作具姿態感測之俯地挺身運動機確實具 有可客期職勢細作是狂確、财轉操作數據資料 之功效，確已具有產红之_性、新雛及進步性。 惟以上所述者’僅為本創作之一較佳實施例而已，並非用來 限定本創作實施之範圍。即凡依本創作申請專利範圍所作之鱗 # 變化與修飾’皆為本創作專利範圍所涵蓋β 【圖式簡單說明】 第一圖係本創作之立體構造示意圖， 第二圖係本創作之顯示面板一可行實施例圖， 第三圖係本創作之操作情形示意圖(一）， 第四圖係本創作之操作情形示意圖(二）。 【主要元件符號說明】 I. ....基座 II. …操作平面 12.…操作定位部 13…·止滑塾 12 M394834 2.. ...感測模組 21.. ..第一感測器 211、 221...外框 212、 222...主支架 213、 223...偵測元件 .214、224...滑槽 .22....第二感測器 φ 23.·.·壓力感測元件 3.....顯不面板 31.. ..第一顯示幕 32.…第一顯不幕 4.. ...輸入控制模組 41.. ..電源開關 42.. ..控制按鍵組 • 421…第一控制按鍵 422.. .第二控制按鍵 423…第三控制按鍵 43 \ 44.. ..讀卡機 縱轴: The board 3 is set in the operation plane mountain corresponding to the athlete; the front = set Γ ^ to facilitate the transport _ input object domain, (4) has - the first - display dry screen 3H can be - LCD screen), the first display screen 31 = ^ ^ = module to bear the record, and to be a brief description of the athletes P of the various data, and in the actual turn, can also be in the first - display screen 3 另 outside a second show: The work can be an LED display component. By the second display of the different display, the first display screen 3 1 can display different motion data, which can achieve a more conspicuous display effect. In the following, the operation of the above structure will be described only in two feasible embodiments, but in actual application, 'there may be other changes when the different places are visible and the wire; the first embodiment: 'When the creation is applied to simple personal fitness You can press the power to turn on (4) 1 to make the input control module 4 start to operate, and in the display panel 3, the display screen 3 1 will display the text message "Miscellaneous test preparation" (do 4 3 Ke at the same time) The same voice message is sent. After the section is set up (10), the sport is straight and the hand is pressed by the lion's granule 1 2 'iUx double-sided on the field mat 9 M394834, so that the athlete P can head toward the display panel 3 The direction is extended to the fixed position on the operation plane 1 1 'then, then the athlete P can start the action of leaning forward, and in the process of leaning forward, the first and second sense _ 2 i, 2 2 The infrared rays (or other visible light) generated by the detecting elements 213 and 2 2 3 of different heights are respectively blocked or not to perform the human body posture gamma (four) breaking, for example, the athlete p arm starts the lining 'When the elbow is in the ridge When the line is straight—the tolerance value is 5 ) 'The -1 thinner lower side element 2丨3 side sports player p arm position, and the second sensor 2 2 also has the lower detecting element 2 2 3_ sports person P hip position, if its posture is combined In the stipulations, then 4 3 will raise the sound by 'not let the athlete P know; then the athlete p pushes the body back to the original initial position with the arm, the first and second sensors 2 i, 2 2 are above The detection component of the square 2, 2, 2 2 3 side athletes do the trick, if it is converted to the regulations, the sentinel 4 3 will be prompted by the voice, and the miscellaneous control group 4 will automatically accumulate the count, The first display screen 31 (or the second display screen 32) of the display panel 3 also shows the number of times the athlete has completed the posture of leaning on the ground; In the case of foul action, the number of fouls will be included, and * will be counted, and counted in the number of completions: 1. The elbow movement is too small, and the shoulder joint is not lower than the financial joint. 2. The body rises and the arm fails to straighten. 3. The arms, waist, hips and legs failed to move up and down at the same time. 4. Keep your hands or feet off the ground at the same time. On the other hand, the pressure member 2 3 senses that the knee touch action of the athlete ρ 1394834 immediately stops the test. In the above operation, the athlete p can set the operation time according to his own needs or abilities, and the input control module 4 counts the number of times it is completed in the correct posture during the operation time, that is, the final result for which reference is made. - Second embodiment: • When the present application is applied to a collective test, the tester 4 of the input control module 4 can be sensed by each of the tested athletes P with the recorder that they carry with them. At the time of the first display screen 31 of the display panel 3, the personal data (unit, level, number, name, photo) and related physiological data of the athlete p are displayed for the monitoring personnel to determine their identity, and then The monitoring personnel start the operation of the input control group 4, and the subsequent operations and the determination of the pass or fail are the same as the first embodiment described above, and will not be repeated here; • and if during the monitoring, monitoring The person determines that the action of a certain exerciser p is in violation of the standard, but the input control module 4 still mistakes the action into the accumulation of the number of completions, the monitor can press the control button group 4 2 Pressing the button 4 21 to increase the count of the foul, and at the same time, deleting the cumulative number of completions; and at a set time (for example, 3 seconds) before the end of the test time, the input control module 4 can be Speaker 4 3 plays down The sound of the timing, for the exerciser P to be informed that after the monitoring is to be stopped, each athlete p leaves the operation plane 11, and the monitor presses the third control button 4 2 3 via the input control 11 gauge In this way, the motion data (score) is sent out, and finally, the second control button 422 is pressed to perform a zeroing operation to clear all the data.斤述可* This creation has a posture-sensing and squatting body movement machine. It does have the effect of hospitable period work. It is the effect of madness and financial operation data. It has indeed produced redness, newness and progress. . However, the above description is only a preferred embodiment of the present invention and is not intended to limit the scope of the present invention. That is to say, the scales and modifications made by the patent application scope of this creation are all covered by the scope of the patent application. [Simplified illustration of the schema] The first diagram is a three-dimensional structure diagram of the creation, and the second diagram is the display of the creation. The panel is a possible embodiment diagram, and the third diagram is a schematic diagram of the operation of the creation (1), and the fourth diagram is a schematic diagram of the operation of the creation (2). [Description of main component symbols] I. .... pedestal II. ...operation plane 12....operation positioning section 13...stop 塾12 M394834 2..sensing module 21.. .. first Sensors 211, 221... outer frames 212, 222... main brackets 213, 223... detecting elements. 214, 224... chutes. 22.... second sensors φ 23 ........ Pressure sensing element 3... Display panel 31... First display screen 32....The first display is not finished 4.....Input control module 41.. .. Switch 42... control button group • 421... first control button 422.. second control button 423... third control button 43 \ 44.. .. card reader vertical axis