201018508 九、發明說明： 【發明所屬之技術領域】 示例性實施例大體上係關於一種用於伏地挺身運動之計 數裝置。 【先前技術】 伏地挺身為人類最古老而且也許為最有效之運動之一。 全世界之軍事及競技體育隊皆採用伏地挺身運動來度量總 體之健康狀況。 I 當運動時，許多使用者需要保持對所執行之重複動作之 計數。歷史上，當使用者需要對所執行之重複動作之次數 "十時時，使用者通常必須保持在心中計數並觀察時鐘或手 錶，且/或設定時鐘或手錶上之計時器。若使用者正執行 伏地挺身運動，則計數指定時間週期内之重複動作被證明 係困難的。 已開發出計數裝置來解決此問題。一般而言，對於伏地 挺身運動，已開發出計數器，其中使用者用他或她之胸部 接觸感應器（例如按紐）。感應器致動外殼内之開關或計數 器。所計數之重複動作可藉由可聽見之聲音或顯示器上之 遞增計數來體現。其他計數器包括不接觸人身體之接近度 感應器。 然而’習知之物理觸碰感應器計數器不能同時計數伏地 挺身重複動作並對運動計時。另外，習知計數器不提供在 運動者無法在伏地挺身位置支撐其身體情況下之,,讓位 (give-way)";接觸表面通常為靜態之墊且計數器主體大體 136144.doc 201018508 上為剛性的。接近度感應器不適用於對伏地挺身運動進行 計數且因此對其無效。 【發明内容】 本發明之不例性實施例針對於一種用於伏地挺身運動之 计數裝置。該裝置包括裝置主體以及其上具有顯示器及複 ’ 數個致動按紐之計數器總成。該計數器總成裝配於形成該 • 裝置之頂°卩之可變形發泡體環（foam ring)内。在運動期 間，使用者用其胸部將該發泡體環向下按壓給定距離，以 ㈣發該計數器總成中之至少-感應器以在該顯示器上記 錄重複動作計數以及該運動之經過時間。 另一不例性實施例針對於一種用於伏地挺身運動之計數 裝置’其包括：裝置主體，其包括感應器及與該感應器電 連接之第一收發器；可變形發泡體環，其附接至該裝置主 體以便形成„亥a十數裝置之頂部；以及可移除計數器顯示單 元’其具有經組態以裝配於該發泡體環内之第二收發器。 • 4 4數器顯不單①距該裝置較遠之情況下，該感應器感測 使用者在伏地挺身運動期間對該發泡體環之按壓，並向該 第一收發器發送計數信號，該計數信號傳輸至該第二收發 • ϋ以在該計數器顯示單元上記錄重複動作計數以及該運動 之經過時間。 本發明之另—示例性實施例針對於—種運動系統。該系 統包括：一對把手裝置，其由使用者抓握以執行伏地挺身 運動；計數裝置，其定位於該使用者之胸部下方且包括感 應器，該感應器用於檢測使用者之胸部對該計數裝置上之 136144.doc 201018508 發泡體環之按壓；以及遠端顯示單元，其在該使用者之視 野中。一旦該感應器感測到固持該發泡體環之環固持器與 其接觸，則該計數裝置便傳輸無線信號，該無線信號由該 顯不單元接收並作為重複動作計數連同該運動之經過時間 顯示於該顯示單元上。 【實施方式】 示例性實施例大體上針對於一種用於伏地挺身運動之計 數裝置^在一個實例中，該裝置包括裝置主體及計數器總 成。裝置主體包括用於容納計數器總成之中心孔。計數器 總成包括用於顯示重複動作計數及經過時間之顯示器。在 實例中，什數器總成可經組態以具有倒數計時至零之設 定時間週期。計數器總成裝配於裝置主體内，且包括發泡 體環，其形成裝置之頂部以曝露複數個計數器按鈕。裝置 在使用者向下按壓發泡體環時重複計數，從而觸發連同經 過時間一起記錄在顯示器上之計數。運動之經過時間可理 解為例如自給定之設定運動時間遞減至零之時間，或自零 增加至設定結束時間之時間。裝置主體本身可在使用者體 重下變形以允_按壓計數裝置超過觸發計數所需之距離。 可變形裝置主體亦可提供安全特徵以防止使用者在運動期 間失去肌肉控制情況下之傷害，且保護裝置電子元件。 在另一實例中，裝置包括與裝置主體遠端通信之可移除 計數器。裝置主體包括在伏地挺身運動期間感測發泡體環 被按壓之感應器。感應器附接至收發器’其傳輸由遠端計 數器之收發器接收之信號。該信號促使計數器重複計數， 136144.doc 201018508 使用者可在其顯示器上觀砉 3工硯有該計數以及經過時間。 圖1為根據示例性實施例 1夕j之用於伏地挺身運動的 置之透視圖，且圖2為計盔妁叶數裝 ”、、十數裝置1 0之透視圖。計數 包括支撐計數器總成100之 、 心裝置主體150。在一實例中，驻 置主體150可經組態為三角 貢例中裝 罘σ其具有間隔開之支腳 152、154、156以為裝置1〇捭 〜 1 1 υ徒供穩疋性。在一實 :裝置1〇之高度可接近-個拳頭之寬度。軍事及健身隊藉201018508 IX. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The exemplary embodiments relate generally to a counting device for a push-up motion. [Prior Art] Voldemort is one of the oldest and perhaps the most effective sports of humanity. The military and competitive sports teams around the world use the push-up movement to measure the overall health of the team. I When moving, many users need to keep a count of the repetitive actions they perform. Historically, when a user needs to repeat the number of actions performed " ten o'clock, the user typically has to keep counting in his mind and observe the clock or watch, and/or set a timer on the clock or watch. If the user is performing a push-up movement, counting the repeated actions within a specified time period proves to be difficult. Counting devices have been developed to solve this problem. In general, for the volley forward movement, a counter has been developed in which the user touches the sensor (e.g., button) with his or her chest. The sensor actuates a switch or counter within the housing. The repeated actions counted can be represented by an audible sound or an up count on the display. Other counters include proximity sensors that do not touch the human body. However, the conventional physical touch sensor counter cannot simultaneously count the ground and repeat the action and time the motion. In addition, the conventional counter does not provide a situation in which the athlete cannot support his or her body in the position of the push-up position, and the contact surface is usually a static pad and the counter body is generally 136144.doc 201018508 Rigid. The proximity sensor is not suitable for counting the uplift movement and is therefore ineffective. SUMMARY OF THE INVENTION An exemplary embodiment of the present invention is directed to a counting device for a push-up movement. The device includes a body of the device and a counter assembly having a display and a plurality of actuating buttons thereon. The counter assembly is assembled within a deformable foam ring that forms the top of the device. During exercise, the user presses the foam ring down a given distance with his chest to (iv) at least the sensor in the counter assembly to record the repeat action count and the elapsed time of the movement on the display. . Another exemplary embodiment is directed to a counting device for a push-up movement that includes: a device body including an inductor and a first transceiver electrically coupled to the inductor; a deformable foam ring, Attached to the body of the device to form a top of the device; and a removable counter display unit having a second transceiver configured to fit within the foam ring. In the case where the display 1 is far away from the device, the sensor senses the user's pressing of the foam ring during the push-up movement, and sends a counting signal to the first transceiver, and the counting signal is transmitted to the The second transceiving is to record the repetitive motion count and the elapsed time of the motion on the counter display unit. Another exemplary embodiment of the present invention is directed to a motion system. The system includes: a pair of handle devices, which are The user grasps to perform the push-up movement; the counting device is positioned below the chest of the user and includes a sensor for detecting the chest of the user 136144.doc 201018508 Pressing of the foam ring; and a distal display unit in the field of view of the user. Once the sensor senses that the ring retainer holding the foam ring is in contact therewith, The counting device transmits a wireless signal that is received by the display unit and displayed as a repeating action count along with the elapsed time of the motion on the display unit. [Embodiment] The exemplary embodiment is generally directed to a type of ground. Counting device for moving forwards ^ In one example, the device includes a body of the device and a counter assembly. The body of the device includes a central aperture for receiving the counter assembly. The counter assembly includes a display for displaying a repeating action count and elapsed time. In an example, the counter assembly can be configured to have a set time period from countdown to zero. The counter assembly is mounted within the body of the device and includes a foam ring that forms the top of the device to expose a plurality of counters Button. The device repeats counting when the user presses down on the foam ring, triggering together with the elapsed time The count recorded on the display. The elapsed time of the exercise can be understood as, for example, the time from the given set movement time to zero, or from zero to the set end time. The device body itself can be deformed under the user's weight to allow _ Pressing the counting device exceeds the distance required to trigger the count. The deformable device body may also provide a security feature to prevent the user from losing muscle control during exercise and to protect the device electronics. In another example, the device includes A removable counter for remote communication of the device body. The device body includes a sensor that senses that the foam ring is pressed during the push-up motion. The sensor is attached to the transceiver 'the transmission is received by the transceiver of the remote counter Signal. This signal causes the counter to repeat counting. 136144.doc 201018508 The user can view the count and elapsed time on his monitor. 1 is a perspective view of a tilting movement for a push-up body according to an exemplary embodiment 1, and FIG. 2 is a perspective view of a number of helmets and a number of devices 10. The count includes a total support counter. The core device body 150. In one example, the resident body 150 can be configured as a triangular tributary with σ having spaced apart legs 152, 154, 156 for the device 1 〇捭 1 1 1 The gangsters are stable. In a real: the height of the device is close to the width of a fist. The military and fitness team borrowed
由夥伴來對伏地挺身計數，方法為將—個拳頭側向放在地 面上位於其搭檔之胸部 ^ 裝置10模擬桊頭之高度以# 對重複動作計數。 厌使 裝置主體15G可由允許某種變形之合適之㈣或橡踢材 料組成。示例性材料可以為熱塑性橡膝（TpR)。此材料提 供裝置主體15G在應力下之變形或可f性。此防止裝置10 在使用者無法保持其在裝置1〇上方之位置之情況下損壞。 在此實例中計數器總成⑽包括發泡體橡膠環iG5，其支撐 頂部螢幕110及顯示單元12G，以及複數個致動按紐⑵、 123、125，其延伸穿過形成於頂部螢幕U0中之通孔。在 一實例中，顯示單元120可包括LED顯示器。 ，般而5，在操作期間，在伏地挺身運動期間進行向下 運動之使用者接觸發泡體橡膠環1〇5。發泡體橡膠環1〇5座 落於環固持器1G7内。在發泡體橡膠環1Q5變形時，此促使 環固持器107在記錄一計數之前向下按壓一給定距離。舉 'J而。，在發泡體橡膠環丨〇5變形以使得固持器1 〇7向下位 移大約0.5 (3 mm行程）時，起始一計數序列以在顯示單元 136144.doc 201018508 120上C錄計數。此僅為實例，發泡體橡膠環1〇5變形以便 使固持器107移位在大約2-7 mm範圍内之距離可起始一計 數序列。在給定之變形距離處，固持器1〇7之底面接觸裝 置電子疋件中之一或多個感應器以便記錄一重複動作。此 汁數連同經過時間一起顯示於顯示單元12〇上。經過時間 可為例如自給定開始時間之倒數計時或自零開始之累計計 時。 圖3為計數裝置之分解圖，以更詳細地說明構成組件。 计數器總成1〇〇包括環繞顯示器12〇之頂部螢幕11〇。頂部 螢幕110包括複數個鑽孔ln，致動按鈕125延伸穿過該等 鑽孔。計數器總成1〇〇包括底部杯130 ,其在此實例中經由 螺紋柱155螺接至裝置主體15〇上。底部杯13〇包括一系列 的孔131，其經設計以容納頂部螢幕11〇之支腳112。底部 杯130包括腔132，其經設計以容納用於電池142之電池固 持器140。電池142為顯示單元120之PC板i 17供電以便在其 上顯示計數及經過時間。 延伸穿過頂部螢幕110中之孔m的致動按鈕121、123、 125可具有給定功能。按鈕之一可以為"開啟/重設"按鈕 121。提供另一按鈕123以用於"增加時間”功能以增加顯示 器120上顯示之運動時間，且第三按鈕125專用於”減少時 間"功能以減少在顯示器12〇上顯示之運動時間。 一般而言，藉由按下開啟/重設按鈕121而接通到達計數 裝置ίο之電力ϋ實例巾，在通電時，顯*器12〇内 定顯示2分鐘及0個重複動作。當記錄第一重複動作時計 136144.doc -10- 201018508 :器開始倒數計時，針對每次重複動作發出，聲，並藉由 增加計數來記錄重複動作。2分鐘運動時由 豹突擊隊（Navy SEAL)使用之基持續^如美國海 時門可机—达 签+延動持續時間，但内定 曰°^'，、、—不同之内定時間。使用者可在運動之前或 期間使用按紐123增加時間或使用按紐U5減少時間。或 者，計數裝置1〇可設定為累計計時器模式。在此模式中: 一旦通電，計數裝置H)便以請分鐘/〇個重複動作之内定The partner is used to count the volley leg, by placing the fist side laterally on the chest of the partner. The device 10 simulates the height of the hoe and counts the repeated action. The disgusting device body 15G may be composed of a suitable (four) or rubber kick material that allows for some deformation. An exemplary material may be a thermoplastic rubber knee (TpR). This material provides deformation or variability of the apparatus main body 15G under stress. This prevention device 10 is damaged if the user cannot maintain its position above the device 1〇. The counter assembly (10) in this example includes a foam rubber ring iG5 that supports the top screen 110 and the display unit 12G, and a plurality of actuation buttons (2), 123, 125 that extend through the top screen U0. Through hole. In an example, display unit 120 can include an LED display. In general, during the operation, the user who performs the downward movement during the push-up movement contacts the foam rubber ring 1〇5. The foam rubber ring 1〇5 is seated in the ring holder 1G7. When the foam rubber ring 1Q5 is deformed, this causes the ring holder 107 to press down a given distance before recording a count. Give 'J and. When the foam rubber ring 5 is deformed so that the holder 1 〇 7 is displaced downward by about 0.5 (3 mm stroke), a counting sequence is started to count C on the display unit 136144.doc 201018508 120. This is merely an example, and the foam rubber ring 1〇5 is deformed so that the holder 107 is displaced by a distance in the range of about 2-7 mm to start a counting sequence. At a given deformation distance, the bottom surface of the holder 1〇7 contacts one or more of the sensors in the device electronics to record a repetitive motion. This juice number is displayed on the display unit 12A together with the elapsed time. The elapsed time can be, for example, a countdown from a given start time or a cumulative time from zero. Figure 3 is an exploded view of the counting device to illustrate the constituent components in more detail. The counter assembly 1〇〇 includes a top screen 11 around the display 12〇. The top screen 110 includes a plurality of drill holes ln through which the actuation buttons 125 extend. The counter assembly 1A includes a bottom cup 130 that is threaded onto the device body 15A via a threaded post 155 in this example. The bottom cup 13〇 includes a series of apertures 131 that are designed to receive the legs 112 of the top screen 11〇. The bottom cup 130 includes a cavity 132 that is designed to receive a battery holder 140 for the battery 142. The battery 142 supplies power to the PC board i 17 of the display unit 120 to display the count and elapsed time thereon. The actuation buttons 121, 123, 125 that extend through the aperture m in the top screen 110 can have a given function. One of the buttons can be the "On/Reset" button 121. Another button 123 is provided for the "increasing time" function to increase the amount of time displayed on the display 120, and the third button 125 is dedicated to the "reduce time" function to reduce the amount of time displayed on the display 12A. In general, by pressing the on/reset button 121, the power ϋ instance towel reaching the counting device ίο is turned on, and when power is turned on, the display device 12 〇 displays 2 minutes and 0 repeated operations. When recording the first repeated action time meter 136144.doc -10- 201018508: The device starts counting down, sounds for each repeated action, and records the repeated action by increasing the count. The base used by the Leopard Commando (Navy SEAL) during the 2 minutes of exercise is as long as the US Sea Gate can be reached – the duration of the delay + delay, but the default is 曰 ° ^ ',, - different internal time. The user can use the button 123 to increase the time before or during the exercise or use the button U5 to reduce the time. Alternatively, the counting device 1A can be set to the cumulative timer mode. In this mode: Once powered, the counting device H) is set to take the minute/〇 repeat action
顯不等待❹者開始運動。在執行第—重複動作時，計時 器將開始在顯示器12G上累計計數。顯示器⑽具有自動斷 電功能以節省電池142。舉例而言，在4分鐘未使用之後， 顯示器120斷電。 在操作中，在發泡體環105受到使用者的體重而變形 時’其抵靠-或多個微型開關119而向下壓環固持器1〇7。 此動作記錄-計數1數個彈簧144緊固在形成於環固持 器107之底面上以及彈簧板146之頂面上的凸起147之間。 彈簧144提供抵制環固持器1〇7朝向微型開關ιΐ9之向下力 之反作用力。微型開關119經由？(：板117與顯示器12〇電連 通，且向PC板117提供計數信號以便在顯示器12〇上記錄計 數0 圖4為說明頂部螢幕至底部杯之連接之計數裝置剖視 圖。底部杯130之螺紋133螺紋嚙合至裝置主體15〇之螺紋 柱155上，此將底部杯130緊固至裝置主體丨5〇。頂部螢幕 110之支腳112在其中包括帶螺紋鑽孔113。藉由將底部杯 130之孔131與支腳112内之鑽孔ι13對準，可插入緊固件 l36l44,doc • 11 · 201018508 1 34以嚙合帶螺紋鑽孔丨丨3，以便將頂部螢幕丨丨〇及顯示器 120緊固至底部杯13〇。圖4中，彈簧144之一顯示為壓縮在 彈簧板146與環固持器1〇7之間。 圖5為根據另一示例性實施例之用於伏地挺身運動的計 數裝置之俯視圖’圖6為圖5所示計數裝置之侧視圖。一起 參看圖5及6，在此實例中計數裝置1〇,類似於前一實施例中 所示之裝置，除了裝置主體150,之外。在此實例中，裝置 主體150’包括圍繞底部用於連接支腳152、154、ι56之硬塑 膠環160。提供環160以在使用者下壓而使發泡體橡膠環 105變形時增加裝置1〇,之穩定性。裝置主體15〇，亦可在使 用者體重下變形。 圖7為更詳細地說明構成組件之圖5計數裝置之分解圖， 而圖8為圖5計數裝置之剖視圖。參看圖7及8，裝置1〇,内之 組件布置稍微不同於圖1-4所示裝置。底部杯13〇含有用於 容納電池142之電池盒135，其具有蓋137以將電池142封閉 於其中。以微型開關119與環固持器107底面之關係更詳細 地顯示微型開關119。開啟/重設按鈕121、增加時間按鈕 123以及減少時間按鈕125中之每一者亦相對於其在％板 117(未圖示，但在彈簧板146下方）上之連接位置而更詳細 地顯示。 在一實例中，裝置1〇|經組態以由於裝置主體15〇，之彈性 而實現額外卜4"之變形。硬度計為指示材料硬度或材料對 永久壓痕之抵抗性之量測。存在若干量測標度，兩種最常 用者為ASTM D2240 A型及D型標度。A標度用於較軟之塑 136144.doc 12 201018508 膠，而D標度用於較硬之塑膠。在此實例中，構成裝置主 體150’之材料可具有在使用八型標度之60-100如1>〇11^61<之 間的硬度’其中所需硬度範圍在大約65至75 dur〇metep 在一個實例中’裝置主體150,可由具有大約65 dur〇meteri 量測硬度之熱塑性橡膠（TPR)組成。整個裝置主體15〇•可向 下壓縮或變形（類似於按壓例如馬桶皮吸碗），直至底部杯 130底面上之硬塑膠電池蓋ip觸及底部。此提供了安全特 徵以防止使用者在運動期間在失去肌肉控制情況下受傷 害，而且保護了裝置電子元件。 圖9為併入有根據另一示例性實施例之計數裝置之運動 系統。計數裝置10 "類似於圖1 · 8中描述之裝置，下文詳細 解釋差異。系統1000包括一對用於伏地挺身之把手裝置。 在一個實例中，此等裝置可為可旋轉之伏地挺身運動裝置 200，但計數裝置1〇”亦可在無把手裝置、用於手之表面升 高及/或如圖9所示之情況下使用。 在此實施例中，在此實例中稱為計數器顯示單元3〇〇之 顯示單元顯示為自裝置10"移除且遠離裝置1〇"。計數器顯 示單元含有其自身的用於為顯示器供電之電子元件。具有 底部杯130、發泡體橡膠環105、布置於彈簧板ι46上之pc 板107及微型開關119、以及位於彈簧板146與環固持器1〇7 之間的彈簧144之裝置主體1 50保持於使用者下方之鄰接之 計數裝置10"中。 在此實施例中，計數器顯示單元13〇及裝置1〇"可經由例 如RF、IF等無線通信進行遠端通信。在一個實例中，可在 136144.doc •13· 201018508 裝置1 0"及計數器顯示單元300中之收發器之間執行RF資料 通信’使得無線信號自裝置10"傳輸至計數器顯示單元 3〇〇 °虛線500表示在計數裝置1〇”與計數器顯示單元3〇〇之 間傳送之無線信號。在兩個方向上顯示信號路徑以表示顯 不單元300在一個實施例中可將確認無線信號傳輸回至裝 置1〇"處之傳輸器。適用於裝置10”及計數器顯示單元300 之示例性收發器可包括Aer〇c〇mrn之900-MHz AC4490-lxl FHSS收發器，其尺寸為1 in2且為自含式可於PCB上安裝之 ® 無線電數據機模塊；以及Micrel2MICRF5〇5，其為裝配於 5 mm佔據面積内之自含式收發器。 在操作中’使用者握住伏地挺身運動裝置2〇〇並開始伏 地挺身運動之向下運動以便接觸發泡體橡膠環丨〇5。發泡 體橡膠環105抵靠著彈簧144向下變形一給定距離，使得微 型開關119接觸環固持器1〇7之底面，從而產生到達裝置 10收發器之信號。裝置10"收發器將此信號500傳輸至計 _ 數器顯示單元300處之接收器。此信號5〇〇被辨識為一計數 並連同經過時間一起顯示在顯示器上。 換言之，具有可移除計數器顯示單元300之計數裝置10” 在接收到信號500時以與計數裝置1〇、1〇"完全相同之方式 記錄計數。在此實施例中唯一之差異在於顯示單元3〇〇可 被移除並重新定位於遠離裝置主體150處，從而提供更容 易之讀取位置。發泡體環1〇5及裝置電子元件（1>(：板1〇7及 微型開關叫保留於裝置主體1〇5中。熟習此項技術者將 月白圖1 8中之5十數裝置1〇及/或1〇|中之每一者可組態有 136144.doc • 14 - 201018508 其中具有收發器之可移除顯示器β 在進一步之變化形式中，計數 « - ^ 裝置10及/或計數器顯示 單凡300可與其他遠端裝置通信 〇 】如手持式或個人電Not waiting for the leader to start exercising. When the first repeat action is performed, the timer will begin to count up on display 12G. The display (10) has an automatic power down function to conserve battery 142. For example, after 4 minutes of inactivity, display 120 is powered down. In operation, when the foam ring 105 is deformed by the user's weight, it abuts against the - or a plurality of microswitches 119 and presses the ring holder 1 〇 7 downward. This action record-count 1 number of springs 144 are fastened between the projections 147 formed on the bottom surface of the ring holder 107 and on the top surface of the spring plate 146. The spring 144 provides a reaction force that resists the downward force of the ring holder 1〇7 toward the microswitch ιΐ9. Micro switch 119 via? (The board 117 is in electrical communication with the display 12A and provides a count signal to the PC board 117 for recording the count 0 on the display 12". Figure 4 is a cross-sectional view of the counting device illustrating the connection of the top screen to the bottom cup. The thread engages the threaded post 155 of the body 15 of the device, which secures the bottom cup 130 to the device body 丨5. The foot 112 of the top screen 110 includes a threaded bore 113 therein. By placing the bottom cup 130 The hole 131 is aligned with the hole ι 13 in the leg 112, and a fastener l36l44, doc • 11 · 201018508 1 34 can be inserted to engage the threaded drill hole 3 to fasten the top screen and the display 120 to The bottom cup 13A. In Figure 4, one of the springs 144 is shown compressed between the spring plate 146 and the ring retainer 1A. Figure 5 is a counting device for the forward movement of the push-up body according to another exemplary embodiment. FIG. 6 is a side view of the counting device shown in FIG. 5. Referring to FIGS. 5 and 6, together, in this example, the counting device 1 is similar to the device shown in the previous embodiment except for the device body 150. In this example, the device body 150 A hard plastic ring 160 is provided around the bottom for connecting the legs 152, 154, ι 56. The ring 160 is provided to increase the stability of the device when the user presses down to deform the foam rubber ring 105. The device body 15 〇, can also be deformed under the user's weight. Figure 7 is an exploded view of the counting device of Figure 5 constituting the assembly in more detail, and Figure 8 is a cross-sectional view of the counting device of Figure 5. Referring to Figures 7 and 8, the device 1 The inner assembly is slightly different from the arrangement shown in Figures 1-4. The bottom cup 13〇 contains a battery compartment 135 for housing the battery 142 with a cover 137 to enclose the battery 142 therein. The microswitch 119 and the ring retainer The relationship of the bottom surface 107 shows the microswitch 119 in more detail. Each of the open/reset button 121, the increase time button 123, and the decrease time button 125 is also relative to its % plate 117 (not shown, but in the spring plate) The connection position on the lower side of 146 is shown in more detail. In one example, the device 1〇| is configured to achieve an additional deformation of the device due to the elasticity of the device body 15〇. The durometer is indicative of material hardness or Material for permanent indentation Resistance measurement. There are several measurement scales, the two most commonly used are ASTM D2240 Type A and Type D scales. The A scale is used for softer plastic 136144.doc 12 201018508 glue, while D scale is used In the case of a harder plastic, in this example, the material constituting the apparatus body 150' may have a hardness of between 60-100, such as 1>〇11^61<> 65 to 75 dur〇metep In one example, the device body 150 can be composed of a thermoplastic rubber (TPR) having a hardness of about 65 dur〇meteri. The entire device body 15 can be compressed or deformed downward (similar to pressing, for example, a toilet bowl) until the hard plastic battery cover ip on the bottom surface of the bottom cup 130 touches the bottom. This provides safety features to prevent the user from being injured in the event of loss of muscle control during exercise and to protect the device electronics. Fig. 9 is a motion system incorporating a counting device according to another exemplary embodiment. The counting device 10 " is similar to the device described in Fig. 8.1, and the differences are explained in detail below. System 1000 includes a pair of handle devices for the push-ups. In one example, such devices may be rotatable volley to move the device 200, but the counting device may also be in the absence of a handle, for the surface of the hand, and/or as shown in FIG. In this embodiment, the display unit referred to as the counter display unit 3 in this example is shown as being self-device 10" removed and remote from the device". The counter display unit contains its own for the display The electronic component of the power supply has a bottom cup 130, a foam rubber ring 105, a pc board 107 and a micro switch 119 disposed on the spring board ι46, and a spring 144 between the spring plate 146 and the ring holder 1〇7. The device body 150 is held in the adjacent counting device 10" below the user. In this embodiment, the counter display unit 13 and the device 1" can communicate remotely via wireless communication such as RF, IF, etc. In one example, RF data communication can be performed between the 136144.doc •13·201018508 device 1 "0" and the transceiver in the counter display unit 300 'transmitting the wireless signal from the device 10" to the counter Dashed line 500 illustrates units 3〇〇 ° represents a wireless transmission of signals between the display unit in the counting device 1〇 3〇〇 "counter. The signal path is displayed in both directions to indicate that the display unit 300 can, in one embodiment, transmit the acknowledgment wireless signal back to the transmitter at the device. An exemplary transceiver suitable for device 10" and counter display unit 300 may include an Aer〇c〇mrn 900-MHz AC4490-lxl FHSS transceiver measuring 1 in2 and being self-contained for mounting on a PCB® Radio modem module; and Micrel2MICRF5〇5, which is a self-contained transceiver mounted in a 5 mm footprint. In operation, the user holds the push-up body motion device 2〇〇 and begins the downward movement of the push-up movement. In order to contact the foam rubber ring 5. The foam rubber ring 105 is deformed downward by a given distance against the spring 144, so that the micro switch 119 contacts the bottom surface of the ring holder 1〇7, thereby generating the arrival and receiving device 10 The device 10" transceiver transmits this signal 500 to the receiver at the counter display unit 300. This signal 5 is recognized as a count and displayed on the display along with the elapsed time. The counting means 10" of the removable counter display unit 300 records the count in exactly the same manner as the counting means 1 〇, 1 〇 " when the signal 500 is received. The only difference in this embodiment is that the display unit 3 can be removed and repositioned away from the device body 150 to provide a more convenient reading position. Foam ring 1〇5 and device electronic components (1> (: plate 1〇7 and microswitch are called to remain in device body 1〇5. Those skilled in the art will use 5-10 devices in moon white figure 18. Each of 1〇 and/or 1〇| can be configured with 136144.doc • 14 - 201018508 where the removable display with transceiver β is in a further variation, counting « - ^ device 10 and / or The counter shows that the single 300 can communicate with other remote devices, such as handheld or personal
^膝上1電腦等。此外，計數裝置lQ "及/或計數器顯示 早疋300可組態有存儲器以存儲在運動情形期間使用者進 行之重複動作之記錄。與計算裝置之連接性提供了例如記 錄之下載及/或訓練測試例行程序之上载，其可 數器顯示單元300上。舉例而言，計數器顯示單元則可且 有其自身之微處理器及高級顯示特徵以顯示有氧訓練測試 之實例以及料使用者待執行之設定數目之重複動作、休 息週期以及另一組重複動作。 本文描述之計數裝置10、10，、1〇，，中之任一者可在使用 者憑藉其手在地板上、藉由握住把手桿或藉由將其手放在 其他凸起之表面上執行運動時使用。圖9之實例以針對手 之伏地挺身運動裝置之僅一個實例來說明計數裝置之使 用。伏地挺身運動裝置200包括單個模製外殼21〇，其具有 圓形下部基底212。外殼210包括圍繞下部基底212之圓周 形成之一體飾面214。在一實例中，該飾面可自基底212稍 微向下及向外傾斜。外殼210包括形成於外殼21〇之基底 212之部分中之一對柱215，其中每一柱215之下端形成飾 面214在其相對側之部分以將把手220之一端容納於其間。 在一實例中，每一柱215自下部基底212向上傾斜，逐漸變 窄以將把手220緊固於其上部末端處。 每一可旋轉裝置200包括操作地附接至外殼210之固定基 136144.doc •15· 201018508 底支樓件230。裝置200進一步包括軸承總成（未圖示），其 操作地附接於外殼210内以允許使用者旋轉鄰接之把手22〇 及外殼210，其中固定之基底支撐件23〇倚靠於平面表面 上。關於圖3、8A、8B詳細描述了示例性軸承總成，且其 相關聯之描述於豪斯（Hauser)等人於2008年1月18日提出申 請且題為"伏地挺身運動單元及裝置"之共同待決且共同讓 . 渡之申請案第11/996，152號中，描述裝置200之相關内容以 引用方式併入本文。 • 一般而言，外殼212可藉由射出成型工藝自例如丙烯腈 丁二稀苯乙烯（ABS)之媒介或大規格抗衝擊塑膠形成。 ABS為容易加工、堅硬、成本低、剛性的具有自中等至高 之抗衝擊強度之熱塑性材料，且為用於車削鑽孔、鋸 切、衝切、剪切等之合意材料。ABS僅為一個示例性材 料’等效之材料包括具有類似於ABS之特性之各種熱塑性 及熱固性材料。舉例而言，聚丙烯、例如GE Lexan之高強 φ 度聚碳酸酯，及/或混合塑膠可替代或另外與ABS—起使 用。構成裝置200之材料（例如ABS之塑膠、橡膠及輕重量 金屬材料）提供了輕且耐用之結構。用於形成包括於裝置 - 2〇〇中之模製塑膠物件之示範性射出成型系統可為來自^laptop computer etc. In addition, the counting device lQ " and/or the counter display may be configured with a memory to store a record of repeated actions by the user during a sporting situation. The connectivity to the computing device provides for uploading of, for example, a recorded download and/or training test routine, which is displayed on the display unit 300. For example, the counter display unit can have its own microprocessor and advanced display features to display an example of aerobic training tests and a set number of repetitive actions to be performed by the user, a rest period, and another set of repetitive actions. . Any of the counting devices 10, 10, 1, 〇, described herein can be placed on the floor by the user with his or her hand on the floor, by holding the handlebar or by placing his or her hand on the surface of the other projections. Used when performing exercise. The example of Figure 9 illustrates the use of a counting device with only one example of a hand lifter for a hand. The push-up body motion device 200 includes a single molded housing 21〇 having a circular lower base 212. The outer casing 210 includes a body facing 214 formed around the circumference of the lower base 212. In one example, the facing may slope slightly downward and outward from the base 212. The outer casing 210 includes a pair of posts 215 formed in a portion of the base 212 of the outer casing 21, wherein the lower end of each post 215 forms a portion of the trim 214 on the opposite side thereof to receive one end of the handle 220 therebetween. In one example, each post 215 is sloped upwardly from the lower base 212 and tapers to secure the handle 220 to its upper end. Each rotatable device 200 includes a stationary base 136144.doc • 15· 201018508 bottom support member 230 that is operatively attached to the outer casing 210. The device 200 further includes a bearing assembly (not shown) operatively attached within the outer casing 210 to allow a user to rotate the abutting handle 22 and the outer casing 210 with the fixed base support 23 resting against the planar surface. An exemplary bearing assembly is described in detail with respect to Figures 3, 8A, 8B, and its associated description is filed on January 18, 2008 by Hauser et al. and entitled "Volleylifting Body Units and Devices The contents of the device 200 are incorporated herein by reference in its entirety. • In general, the outer casing 212 can be formed from a medium such as acrylonitrile butyl styrene (ABS) or a large size impact resistant plastic by an injection molding process. ABS is a thermoplastic material with medium to high impact strength that is easy to process, hard, low cost, and rigid, and is a desirable material for turning drilling, sawing, punching, shearing, and the like. ABS is only an exemplary material' equivalent materials include various thermoplastic and thermoset materials having properties similar to those of ABS. For example, polypropylene, such as GE Lexan's high strength φ polycarbonate, and/or hybrid plastics may be used instead or in addition to ABS. The materials that make up the device 200 (e.g., ABS plastic, rubber, and lightweight metal materials) provide a lightweight and durable structure. An exemplary injection molding system for forming a molded plastic article included in the device - 2 can be from
Milacron-Famic之 R〇b〇sh〇t® 射出機。Robosh〇t為許多已知 的用於形成塑膠射出模具之射出成形機之一。 把手220可由套於握把225内之金屬把手桿（未圖示）組 成。舉例而言，把手22〇可具有鉻鋼把手桿，其上覆蓋有 或套在經橡膠處理之握把225内。把手桿或者可由鋁中空 136144.doc 201018508 部件組成，且容納在形成於柱215中之相應凹座（未圖示） 内。握把225可由發泡體橡膠或合適之彈性體材料製成， 且具有向下漸細至握把147之末端部分的較寬或較厚之中 心部分。 裝置200包括組態為非滑動墊之固體橡膠抓握表面（此處 未圖示，但關於圖5而顯示且詳細描述，且其相關聯之描 述内容在共同待決且共同讓渡之，152申請案中）。非滑動塾 提供於基底支撐件230之底面上，且在裝置220倚靠於平坦 表面上時提供摩擦表面。該整可經由例如合適之環氧樹脂 或黏著劑黏著至基底支撐件230之底面。該非滑動橡膠塾 良好地抓在地毯及硬地板表面上。 於外殼210之下部基底212與基底支撐件230之間提供一 間隙（此處未圖示，但關於圖2而顯示且詳細描述，且其相 關聯之描述内容在共同待決且共同讓渡之，152申請案中）， 表面上藉由在基底支撐件230保持固定於適當位置時為轴 承總成提供空隙’以輔助允許外殼21〇及把手220之旋轉移 動。 因此，示例性實施例提供一種用於伏地挺身運動之計數 裝置，其精簡、精確且在單個顯示器上提供重複動作及經 過時間之計數。計數裝置與可移除計數器顯示單元之間的 遠端通信促進使用者追蹤重複動作及經過時間之能力。而 且，計數裝置之向度防止使用者作弊，使用者必須充分降 低其胸部來嚙合發泡體環1〇5並在顯示器上記錄一個重複 動作。 136144.doc 201018508 藉由如此描述示例性實施例，顯然可以許多方式對其進 行改變。舉例而言，計數裝置10及10'可組態有或沒有可移 除計數器顯示單元。本文描述之計數裝置適用於使用者執 行習知之伏地挺身以及用於與圖9之系統—起使用。此等 變化形式不應視為脫離示例性實施例，且希望熟習此項技 術者將瞭解之所有此類修改均包括在本文中。 【圖式簡單說明】 參Milacron-Famic's R〇b〇sh〇t® injection machine. Robosh〇t is one of many known injection molding machines for forming plastic injection molds. The handle 220 can be comprised of a metal handlebar (not shown) that fits within the grip 225. For example, the handle 22 can have a chrome steel handlebar that is covered or nested within the rubberized handle 225. The handlebar may alternatively be comprised of aluminum hollow 136144.doc 201018508 components and housed within a corresponding recess (not shown) formed in post 215. The grip 225 can be made of a foamed rubber or a suitable elastomeric material and has a wider or thicker central portion that tapers down to the end portion of the grip 147. The device 200 includes a solid rubber gripping surface configured as a non-sliding pad (not shown here, but shown and described in detail with respect to Figure 5, and its associated description is co-pending and co-delivering, 152 In the application). A non-slip raft is provided on the bottom surface of the substrate support 230 and provides a friction surface when the device 220 rests against a flat surface. The entire body can be adhered to the underside of the substrate support 230 via, for example, a suitable epoxy or adhesive. The non-sliding rubber crucible grips well on the carpet and hard floor surfaces. A gap is provided between the base 212 and the substrate support 230 at the lower portion of the outer casing 210 (not shown here, but is shown and described in detail with respect to FIG. 2, and its associated description is co-pending and co-delivering In the 152 application, the bearing assembly is provided with a void on the surface to assist in permitting rotational movement of the outer casing 21 and the handle 220 by maintaining the base support member 230 in place when held in place. Accordingly, the exemplary embodiments provide a counting device for a push-up motion that is compact, accurate, and provides a repeating action and a count of elapsed time on a single display. Remote communication between the counting device and the removable counter display unit facilitates the user's ability to track repetitive actions and elapsed time. Moreover, the orientation of the counting device prevents the user from cheating, and the user must sufficiently lower the chest to engage the foam ring 1〇5 and record a repetitive motion on the display. 136144.doc 201018508 It is apparent that the exemplary embodiments can be modified in many ways. For example, the counting devices 10 and 10' can be configured with or without a removable counter display unit. The counting device described herein is suitable for use by a user to perform conventional lifting and for use with the system of Figure 9. Such variations are not to be regarded as a departure from the exemplary embodiments, and all such modifications as would be apparent to those skilled in the art. [Simple description of the schema]
W為根據示例性實施例之用於伏地挺身運動的計數裝 置之透視圖。 V 圖2為圖1之計數裝置之透視圖。 圖3為更詳細地說明構成組件之計數裝置之分_。 圖圖4為說明頂部螢幕至底部杯之連接的計數裝置之剖視 圖5為根據另一示例性眘论/ , 數裝置之俯視圖。實施例之用於伏地挺身運動的計 φ 圖6為圖5所示之計數裴置 <側視圖。 圖7為更詳細地說明構成 圖8為圖5計數裝置之剖視圖 圖9為根據另一示例性督_ α 。 實施例之併入計數装置之運動系 【主要元件符號說明】 8為圖5計衫驻番_ #之圖5計數襄置之分解圖。 統 10 計數裝置 10， 計數裝置 10" 裝置 I36144.doc -18· 201018508 100 支撐計數器總成 105 發泡體橡膠環 107 環固持器 110 頂部螢幕 111 鑽孔 . 112 支腳 113 支腳112内之鑽孔 117 PC板 ❿ 119 微型開關 120 顯示單元 121， 123, 125 致動按紐 130 底部杯 131 孔 132 腔 133 螺紋 134 可插入緊固件 135 電池盒 137 蓋 . 140 電池固持器 142 電池 144 彈簧 146 彈簧板 147 凸起 150 .裝置主體 136144.doc -19- 201018508 150' 裝置主體 152, 154, 156 支腳 155 螺紋柱 160 硬塑膠環 200 可旋轉之伏地挺身運動裝置 . 210 模製外殼 212 圓形下部基底 214 飾面 ❿ 215 柱 220 把手 225 握把 230 固定基底支樓件 300 計數器顯示單元 500 信號 1000 系統 136144.doc -20-W is a perspective view of a counting device for the push-up of the push-up body according to an exemplary embodiment. V Figure 2 is a perspective view of the counting device of Figure 1. Figure 3 is a more detailed illustration of the division of the counting means constituting the assembly. Figure 4 is a cross-sectional view of the counting device illustrating the connection of the top screen to the bottom cup. Figure 5 is a top plan view of another exemplary device according to another exemplary device. The gauge for the forward movement of the embodiment φ Fig. 6 is the counting device shown in Fig. 5 < side view. Fig. 7 is a cross-sectional view showing the counting device of Fig. 5. Fig. 9 is a view showing another exemplary _α according to another embodiment. The motion system of the incorporation counting device of the embodiment [Explanation of main component symbols] 8 is an exploded view of the counting device of Fig. 5 in Fig. 5. System 10 counting device 10, counting device 10" device I36144.doc -18· 201018508 100 supporting counter assembly 105 foam rubber ring 107 ring holder 110 top screen 111 drilling. 112 feet 113 feet 112 Hole 117 PC board 119 Micro switch 120 Display unit 121, 123, 125 Actuation button 130 Bottom cup 131 Hole 132 Cavity 133 Thread 134 Insertable fastener 135 Battery case 137 Cover. 140 Battery holder 142 Battery 144 Spring 146 Spring Plate 147 Projection 150. Device body 136144.doc -19- 201018508 150' Device body 152, 154, 156 Leg 155 Threaded post 160 Hard plastic ring 200 Rotatable squat body movement device. 210 Molded housing 212 Round lower part Substrate 214 Finish ❿ 215 Column 220 Handle 225 Grip 230 Fixed Base Drawstring 300 Counter Display Unit 500 Signal 1000 System 136144.doc -20-