1249414 玖、發明說明： (一） 發明所屬之技術領域 本發明係關於容許使用人實行運動（或體 體狀況、訓練和復原之裝置，對於專心致， 、均衡、本體感受和協調等之領域，此裝置 (二） 先前技術 有容許使用人實行體操之裝置，其包括： 膠支架適合需氧和心臟運動。一般稱爲”踏 包括一個接觸平台或由塑膠材料所造成之-上（在其上實行運動）。該裝置的高度使用經 座上之增補件予以調整。 有容許使用人實行體操之裝置，其包括形 可膨脹之撓性元件，對於均衡和本體感受有 因爲極不穩定以及該項事實：使用人不能直 現不方便。 歐洲專利第0 7 6 9 2 8 7 A 1號記述包括可膨 之裝置，其容許使用人站立在其上。然而， 爲了足部按摩，決不是爲了實施均衡運動。 亦有容許使用人實行體操之裝置’其包括 元件但是呈現不方便以致彼等總是輔助至其 容許使用人以整體方式進行均衡運動。 美國專利第6 4 2 2 9 8 3號中記述可使用於物 或訓練之可膨脹之裝置。該裝置具有一個雙 ，經附著至該平台的一面上之撓性元件及一 操）以改良其身 J於需氧、心臟 ΐ特別有效。 具有平面之塑 板’’之該等裝置 -個元件在該面 丨添加在支架底 ^狀像一個球之 ‘效。此等裝置 :立做運動而呈 脹之撓性元件 設計此元件係 可膨脹之撓性 他裝置，且不 f理療法，調節 面之支架平台 個夾（其附著撓 〇- 1249414 性元件至平台）。在其使用前，當膨脹時，該撓性元件具有 半圓球形狀。當使用人想變更穩定性時，可將膨脹元件的 壓力藉經定位在該裝置上之小型閥予以變更。 可面向上或面向下使用該裝置來實行體操。後者情況中 ’使用人站立在並未附著可膨脹撓性元件之平台的面上。 以美國專利案中所揭示之裝置呈現不方便，以致其不適 合於實行需氧和心臟運動，就大體而論，亦不能改良身體 狀況’因爲設計它特別適合實行均衡、本體感受和協調。 再1者’假定該項事實：其包括具有半圓球形狀之可膨脹撓 性元件超過2 0厘米高，該裝置以一種極不穩定方式對於使 用人之均衡起作用。該半圓球形狀賦與裝置一極小支持表 面其係極不穩定，增加傷害的危險及使使用人難以躺下或 倚靠在裝置上實行體操。再者，撓性元件的圓形形狀在體 操類別時造成瞳孔之定向力障礙。 包括在美國專利中所揭示之裝置中之另外不方便即：爲 了變更可膨脹之撓性元件的穩定性，使用人必須改變內部 壓力’在許多情況中，這是極不能實行，因爲它涉及中斷 體操課程。 目前沒有適合實行體操之裝置，其中包括：係可逆性之 由塑膠所造成之支架；具有可調整之高度；具有一個平面 以便就大體而論，順利進行改善身體狀況及特別順利進行 需氧和心臟等領域之運動，以及包括可膨脹之撓性元件之 另外面，其容許使用人實行運動以改良均衡、本體感受和 協調。 -6- 1249414 (三）發明內容 本發明的目的在發展實行體操之裝置，就大體而論，改 良身體狀況，特別改良需氧、心臟、均衡、本體感受和協 調等領域。該裝置亦解決前述之不方便及呈現下文中所述 之優點。 和此目的一致，本發明的裝置包括一雙面之支架，一個 上面及一個下面，其中之一面具有相當剛性而另外面包括 一個可膨脹之撓性元件或其類似物，其特徵爲··此裝置包 括支架之安放設備其容許使用人在相當剛性之面上實行需 氧和心臟運動及就大體而論，對於其身體狀況有效。 由於此等特性，本發明的裝置係可逆性，容許使用人對 於需氧、心臟、均衡、本體感受和協調等領領均能有效倂 合廣大系列的運動和功能在單一元件中。 術語m可膨脹之撓性元件或其類似物”係述及一種元件， 其容許彈性變形至經由任何可膨脹之撓性元件所容許之程 度或，舉例而言，由一種以泡沫爲基礎之材料所造成之元 件。 術語π相當大的剛性"係述及一種元件，其較撓性元件或 其類似物更具有剛性。 該可膨脹之撓性元件或其類似物宜係可拆開，並經由連 接設備（予以）附加至支架。 該連接設備宜包括一個外殻，其容納可膨脹之撓性元件 或其類似物。 因爲該可膨脹之撓性元件係可拆開，所以可將它個別使 1249414 用且當實行體操例如伏地挺身或使用它來將其身體倚靠在 其上等等時，使用人可採用它朝上翻。再者，如果該撓性 元件是可膨脹，假設其具有可分開之特徵，關於方向及一 相同膨脹壓力之強度，該可膨脹之撓性元件的穩定性係可 變更’因爲當個別使用時及當限制在經定位在支架的各面 之一上之外殻中使用時，該元件所產生之作用不同。因此 ’不必須中斷運動課程以便膨脹或收縮該裝置，即可調整 該元件的穩定性。 該安放設備宜是足部其自支架及環繞一相當的水平軸線 而旋轉。 鑒於此等特性，可變更裝置的高度，當實行運動時，容 許使用人以各種各樣系列的困難程度來操作，因爲亦可使 用該裝置，使支架底座面向向外，將它直接倚靠在支架的 上端或下端。 較佳’容納撓性元件之外殻及該撓性元件或其類似物本 身包括設備來緊固地固定其位置。此項特點保證：當正使 用裝置時，固定撓性元件至支架上。 且使可膨脹之撓性元件或其類似物略呈中凹形。因此， 當貫行均衡運動時’該撓性元件提供較少不穩定性。支架 面積大於半圓球形撓性元件之面積，因此便利於運動；減 少傷害的危險及改良運動時之支持，於此等運動之情況時 ’使用人正躺下或倚靠在裝置上。在另一方面’必須說明 :如果該撓性元件是可膨脹，因爲使它略呈中凹形’其容 許使用人實行溫和之心臟運動以及均衡運動。 1249414 因爲係可膨脹，該撓性元件宜具有長方形底座。 當與具有圓形形狀底座之相同元件比較時，底座的長方 形形狀協助使用人其本身定向，因爲它避免必須參考環境 中之其他元件，其便利於集體運動。與具有圓形底座之撓 性元件比較，具有長方形底座之撓性元件的另外優點即： 其特性經由兩條對稱軸線予以表明，其暗指從使用的方向 和支持方面，兩不同不穩定性，代替相同的3 6 0。不穩定性。 該接觸平台宜由一種點彈性材料所造成，此材料具有吸 收和復原能量之能力。此方式容許最適宜之減震和彈回， 當實行體操時其導致安全和舒適。 該可膨脹之撓性元件或其類似物宜包括係最厚或具有最 高密度之底座的面積，其導致具有最高剛性之一個面積， 以致當實行運動時，能避免過度或麻煩之變形，且容易限 制支架元件。 視需要，該可拆開之可膨脹撓性元件或其類似物包括經 連接至底座之一個平台。 因係可膨脹，該撓性元件亦宜包括支柱在其底座上。@ 此，避免該項事實：撓性元件的底座之中央部份直接倚靠 在外殻的底面或底座上，因此，當實行運動時，此事實可 能導致它改變其特性。 該支架宜包括間隙以便部份混雜足部，當實行運動時， 當使用該裝置倚靠在支架的任何面上時，此方式容許較大 之安全。 有利地，該裝置包括調整高度之設備。因此，使用人可 -9- 1249414 採用廣大範圍的不同高度來實行運動。 該支架宜包括固定彈性帶至其上之設備，其容許使用人 改良肌肉緊張力、健身和復原。 有利地，支架、足部和撓性元件包括容易來支持及處理 它之設備，不須經由已經踏扁之面積來支持它。 有利地，因係可膨脹，該可膨脹之撓性元件包括至少一 個閥來變更其內部之壓力。 (四）實施方式 第1、2和4圖顯示本發明的一種裝置，其包括由吹塑成 形或旋轉成形之塑膠所造成之支架1，其界定一個上面和 一個下面。每一面包括一外殼2。外殻2之一垂直且可拆 開式容納一個可膨脹之撓性元件3，而另一個外殼容納接 觸平台4。該支架1包括經定位在兩側向平行邊上之支架 足部5。支架1及足部5兩者包括材料及/或抗滑移元件， 當正使用支架時，其協助保持物體在相同位置。 該接觸平台4具有一個平面6以便使用人實行需氧和心 臟運動。該平台係由以泡沫乙烯/醋酸乙烯酯爲基礎之聚合 材料所造成’其係極爲穩定且爲了吸收衝擊而創造。它是 ~種點彈性合成之室內地面，其容許能量優良復原，因爲 它含有微蜂窩狀閉合泡胞泡沬。 將撓性元件3垂直嵌入支架1各面之一的外殼2中，在 言亥處將它充分固定以便使用人站在裝置上而不使它移動。 女口可見’它是一個長方形底座可膨脹之撓性元件，具有圓 •形角’垂直於該底座之各邊及一個略呈中凹形之上面。該 -10- 1249414 底座可能較厚，具有數個手柄形狀像槽口及/或凹處，當個 別使用它時’容許使用人容易握持該撓性元件3。可將它 上翻使用適合各種運動例如伏地挺身或當使用人必須倚靠 在其上時，等等。 該撓性元件3的略呈中凹形之上面容許使用人對其均衡 有效不須對抗不穩定性，相同元件3可能以半圓球形上面 之形式呈現出。再者，該底座的長方形形狀協助使用人之 定向，使用人不必須參考環境中之其他構成部份（壁、線等） ，因此，當與具有圓形底座之相同元件比較時，便利集體 運動。 如第3圖中所顯示，足部5可環繞經定位在側邊之每一 者上之軸線旋轉1 8 0 °，且平行於上端和下端，能呈現三種 不同位置。第3圖呈現向著外部完全開敞之足部5，容納 在支架1的各面之任一側面上。在此情況中，可將該裝置 直接定位在底面上，在包括平台4之該面上，因此留下它 預備供在包括撓性元件3之該面上使用來實行均衡運動。 亦可將支架足部5定位在包括平台4之該面上，關於此， 該裝置可能預備供在包括撓性元件3之該面上使用（見第2 圖），唯，在此情況中，係在較爲上升之位置，因此容許使 用人以較大之困難程度對均衡有效。 爲了容許使用人實行需氧和心臟運動，亦可將足部5定 位在包括撓性元件3之該面上；因此該裝置預備供在包括 平台4之該面上使用（見第4圖）。 可將足部5旋轉之該項事實容許使用人調整高度，使用 1249414 人以調整之高度使用該裝置。 此方面，連同撓性元件3可拆開之事實容許將該裝置以 一系列之不同方式使用： 1 ·支架1的面在包括平台4之側面上，定位在足部5上。 2 ·支架1的面在包括平台4之側面上，在較低之高度， 直接定位在相對面上之適合需氧和心臟運動。 3 ·支架1的面在包括平台4之側面上，使足部5之一呈 開敞位置，關於支架1 8 0 °及其他底座呈開敞位置，關於平 台4的其他面90 °來容許使用人實行傾斜之需氧和心臟運 動，或實施躺下之運動，舉例而言，例如仰臥起坐等之g 動。 4 ·支架1的面在包括元件3之側面上，定位在足部5上。 5 .支架1的面在包括元件3之側面上，直接定位在相對 面上，容許使用人在較低之高度實施均衡運動。 6.支架1的面在包括元件3之側面上，使足部5之一呈 開啓位置，關於支架1 8 0 °及其他底座呈開敞位置，關於元 件3的其他面90°來容許使用人實行傾斜之均衡運動，及 使用撓性元件3作爲其支持元件練習躺下。 7 ·將撓性元件3上翻定位在裝置的平台4上連同將後者 直接定位在底面上。 8 .將撓性元件3上翻定位在裝置的平台4上連同將後者 直接定位在底座5上。 9 .將撓性元件3個別呈直立位置。 1 〇 .將撓性元件3個別呈上翻位置。 -12- 1249414 π .使用根據1之裝置，聯合以個別使用之撓性元件3 ’ 呈直立和上翻位置。 1 2 ·使用根據2之裝置，連同個別使用之撓性元件3，呈 直立和上翻位置。 撓性元件3的特性以方向及一相同膨脹壓力之強度計可 變更，因爲當個別使用及經容納在支架1中而使用時，其 所產生之作用不同。如自前段中所將舉出之不同使用推論 ，本發明的裝置容許使用人使用聯合廣大範圍的運動和功 能（其中例如復原運動）之單一元件，就大體而論對其身體 狀況有效，及特別以聯合和個別方式在不同高度，改良需 氧、心臟、均衡、本體感受和協調等領域。 本發明裝置之另外優點即：可將它容易堆疊，例如第5 圖中所顯示。 第6至1 0圖相當於本發明的較佳第二具體實施例。此第 二具體實施例與第一具體實施例區別之細節在下文中顯現。 如第6圖中可見，支架1包括具有一系列的摺翼7在側 壁上之外殼2 ’其配合入定位在撓性元件3的側壁上之各 凹座8中。摺翼7和凹座8之接合配合容許撓性元件3之 正確固定在外殻2中，因此當側向踩踏在裝置上時，避免 側向移動或討厭的變形向著邊緣之內部。 再者’該外殼2包括經定位在底座上之一系列的肋9， 其適應撓性元件3之各凹座1 〇以保證：元件3在外殼2中 之適當S周整’如摺翼7 —樣’亦使用它來加強支架1的結 構。 1249414 該支架1包括定位在較大邊上之一系列溝槽1 1，使用它 來附著彈性帶，以便容許使用人實施增強體力及健身。 該支架1和足部5包括凹座12在其邊上，其充作撿起裝 ®之手柄。裝置支架1的上面和下面之四個角顯示橡膠塞 1 3 ’當將支架1直接定位在地面上時避免其滑動。 支架1的較短邊包括間隙1 4具有外殻1 5在該邊上，將 足部5的頭部之螺紋接套丨6嵌入其中來確定旋轉底座5的 三個位置。當將足部定位呈開敞位置，關於支架1 1 8 0 °時 ’爲了容許配合足部5的頭在支架1上，設計該間隙1 4。 第8圖呈現在該位置之足部5的姿態，關於支架1丨8 (Γ。 第二較佳具體實施例中所考慮之可膨脹之撓性元件3呈 現一個略呈中凹形之上面，其邊緣與支架1的邊之表面會 聚’避免構成使用人的傷害危險之步態出現。 如第6圖中顯而易見，可膨脹之撓性元件3的上面倂合 有一系列的表面之肋1 7以避免當實行運動時，使用人滑倒。 第7圖描述顯示凹座1 〇之撓性元件3的底座，相當於各 個肋，其使元件3的底座更具剛性，及具有一個脊1 8遍及 整個輪廓，此脊提供較大之剛性且當個別使用撓性元件3 時及當將它容納在支架1中兩種情況時亦充作底座之支持 。脊1 8的存在避免將撓性元件3的底座之中央部份直接定 位在底面上或在外殼2之底座上而因此，當使用人正實行 運動時，撓性元件3改變其性能。 第7圖亦呈現一個閥1 9來變更撓性元件3的壓力，以及 撓性元件3的各邊上之凹座8其配合入定位在支架1的外 -14- 1249414 殼2上之摺翼7中。在較短之邊上，該等凹座8形成摺翼 2 〇，使用它作爲撓性元件3之手柄。 第9和10圖呈現具有嵌在足部5上之升高器21之本發 明裝置，該升高器2 1是一個雙高度物件而因此，使用人可 變更彼等採用之高度，來操作該裝置。 製備第9圖中之裝置供使用在包括撓性元件3之該面上 來實行均衡、本體感受和協調等運動，唯在此實例中，假 定引入升高器21，彼等係自較高之位置實行。第10圖中 ，製備該裝置供使用在包括接觸平台4之該面上，來實行 需氧和心臟運動，唯在此實例中，假定引入升高度升高器 2 1，彼等係自較高之位置實行。 儘管未呈現在任一較佳具體實施例中，可使用本發明裝 置在水中活動方面，因爲支架1具有一個蓋以便容許將它 充滿以水及一個壓載物，其使裝置在其使用期間能沉沒水 下而因此，容許使用它來實行體操。 雖然本文係述及本發明的兩個特定具體實施例，但是顯 然只要不脫離所附隨之申請專利範圍所界定之保護範圍， 精於該項技藝之人士可引入變更和修正或以其他者（其係 技術上相當）代替細節。 (五）圖式簡單說明 爲了使上述之術語能較佳了解，已包括入之一系列的圖 式示意及舉例說明代表具體實施例的一個實際情況。 各圖式中， 第1和6圖顯示：本發明裝置的第一及第二較佳具體實 1249414 施例的分解圖。 第2圖是該裝置的第一較佳具體實施例之圖呈現：包括 可膨脹之撓性元件的面。 第3和8圖顯示：本發明裝置的第一及第二較佳具體實 施例之圖，顯示平行於支架之呈開敞位置之足部。 第4圖是本發明裝置的第一較佳具體實施例之圖，顯示 包括接觸平台之面。1249414 发明 发明 发明 发明 发明 494 494 494 494 494 494 494 494 494 494 494 494 494 494 494 494 494 494 494 494 494 494 494 494 494 发明 发明 发明 , , , , , , , , , , , , , , , , , , , , , This device (2) The prior art has a device that allows the user to perform gymnastics, including: The rubber bracket is suitable for aerobic and cardiac motion. Generally referred to as "the step includes a contact platform or is caused by plastic material - on (on it) Exercise). The height of the device is adjusted using the add-on on the seat. There is a device that allows the user to perform gymnastics, which includes a flexible element that is expandable, which is extremely unstable for the balance and proprioception and Fact: The user cannot directly inconvenience. The European Patent No. 0 7 6 9 2 8 7 A 1 includes an expandable device that allows the user to stand on it. However, for foot massage, it is by no means intended to be implemented. Equilibrium movement. There are also devices that allow the user to practice gymnastics. 'It includes components but is inconvenient so that they are always assisted to allow them to The user performs a balanced motion in a holistic manner. A device that can be used for swellable materials or training is described in US Pat. No. 6, 4 2 2 8 3 . The device has a double, flexible attached to one side of the platform. The components and a device are particularly effective in improving the body J in aerobic and cardiac sputum. The devices having the flat plastic plate '' are added to the bottom of the stent like a ball. These devices: the flexible component that is inflated and designed to be inflated. This component is a flexible device that can be inflated, and it is not a therapy, and the support platform of the adjustment surface is clamped (the attached surface is scratched - 1249414 to the platform) Before use, the flexible element has a semi-spherical shape when inflated. When the user wants to change the stability, the pressure of the expansion element can be changed by a small valve positioned on the device. The device is used up or down to perform gymnastics. In the latter case, the user is standing on the face of the platform to which the expandable flexible member is not attached. The device disclosed in the U.S. patent is inconvenient to It is not suitable for aerobic and cardiac exercise, and in general, it cannot improve the physical condition 'because it is designed to be particularly suitable for balance, proprioception and coordination. Another one' assumes the fact that it includes a semi-spherical shape. The expandable flexible element is over 20 cm high and the device acts in a very unstable manner for the user's balance. The semi-spherical shape imparts a minimal support surface to the device which is extremely unstable, increasing the risk of injury and It is difficult for the user to lie down or lean against the device to perform gymnastics. Furthermore, the circular shape of the flexible element causes an orientational impediment to the pupil in the gymnastics category. Further inconveniences in the device disclosed in the U.S. patent are: In order to change the stability of the expandable flexible element, the user must change the internal pressure 'in many cases, this is extremely unworkable because it involves interrupting the gymnastics course. There are currently no devices suitable for practicing gymnastics, including: a reversible plastic-made stent; an adjustable height; a flat surface for a general improvement, a smooth improvement in physical condition and a particularly smooth aerobic and heart The movement of the field, as well as the other side of the expandable flexible element, allows the user to exercise to improve balance, proprioception and coordination. -6- 1249414 (III) SUMMARY OF THE INVENTION The object of the present invention is to develop a device for performing gymnastics, in general, to improve physical conditions, particularly to improve aerobic, cardiac, equilibrium, proprioception and coordination. The device also addresses the aforementioned inconveniences and presents the advantages described below. Consistent with this object, the apparatus of the present invention comprises a double-sided support, one upper and one lower, one of which is relatively rigid and the other of which comprises an expandable flexible element or the like, characterized by The device includes a stenting device that allows the user to perform aerobic and cardiac motion on a relatively rigid surface and, in general, is effective for his or her physical condition. Because of these characteristics, the device of the present invention is reversible, allowing the user to effectively combine a wide range of motions and functions in a single component for aerobic, cardiac, balanced, proprioception, and coordination. The term "m expandable flexible element or the like" is used to describe an element that allows for elastic deformation to the extent permitted by any expandable flexible element or, for example, by a foam-based material. The resulting element. The term π is relatively rigid" relates to an element that is more rigid than a flexible element or the like. The expandable flexible element or the like is preferably detachable, and Attached to the bracket via a connecting device. The connecting device preferably includes a housing that houses the expandable flexible member or the like. Because the expandable flexible member is detachable, it can be individually For use 1249414 and when practicing gymnastics such as squatting or using it to lean its body against it, etc., the user can use it to turn up. Further, if the flexible element is expandable, it is assumed to have Separate features, the stability of the expandable flexible element may vary depending on the direction and the strength of an identical expansion pressure 'because when used individually and when limited to being positioned in the stent When used in an outer casing on one of the faces, the component produces a different effect. Therefore, the stability of the component can be adjusted without interrupting the exercise course to expand or contract the device. The placement device should be the foot. It rotates from the bracket and around a relatively horizontal axis. In view of these characteristics, the height of the device can be changed, and when exercise is performed, the user is allowed to operate in various series of difficulty levels, because the device can also be used. With the bracket base facing outward, it rests directly against the upper or lower end of the bracket. Preferably, the housing that houses the flexible element and the flexible element or the like itself include equipment to securely secure its position. The feature ensures that when the device is being used, the flexible element is fixed to the bracket and the expandable flexible element or the like is slightly concave. Therefore, when the uniform movement is performed, the flexible element provides Less instability. The area of the bracket is larger than the area of the semi-circular spherical flexible element, so it is convenient for exercise; the risk of injury is reduced and the support during exercise is improved. In the case of 'the user is lying down or leaning against the device. On the other hand 'must explain: if the flexible element is swellable because it is slightly concave', which allows the user to perform gentle heart movements And the equalization movement. 1249414 Because the system is expandable, the flexible element should have a rectangular base. When compared with the same element with a circular shape base, the rectangular shape of the base assists the user in its own orientation, because it avoids having to refer to the environment. Other elements that facilitate collective movement. An additional advantage of a flexible element having a rectangular base compared to a flexible element having a circular base is that its characteristics are indicated by two axes of symmetry, which implies the direction of use. And support, two different instabilities, instead of the same 360. Instability. The contact platform should be caused by a point elastic material that has the ability to absorb and recover energy. This method allows for optimum shock absorption and rebound, which leads to safety and comfort when practicing gymnastics. The expandable flexible member or the like preferably includes an area of the base which is the thickest or has the highest density, which results in an area having the highest rigidity, so that excessive or troublesome deformation can be avoided when exercising, and it is easy Limit the bracket components. The detachable expandable flexible member or the like includes a platform coupled to the base, as desired. The flexible element also preferably includes a post on its base for being expandable. @This, to avoid the fact that the central part of the base of the flexible element rests directly on the bottom or base of the outer casing, so this fact may cause it to change its characteristics when exercise is exercised. The bracket preferably includes a gap to partially mix the foot, which allows for greater safety when the device is used to rest against any side of the stent when exercising. Advantageously, the device comprises means for adjusting the height. Therefore, the user can use -9-1249414 to exercise at a wide range of different heights. The stent preferably includes means for securing the elastic band thereto, which allows the user to improve muscle tone, fitness and recovery. Advantageously, the stent, foot and flexible element comprise a device that is easily supported and handled, without the need to support it via an area that has been flattened. Advantageously, the expandable flexible member includes at least one valve to vary the pressure within the interior due to expansion. (4) Embodiments Figures 1, 2 and 4 show a device of the present invention comprising a stent 1 formed by blow molding or rotationally shaped plastic, which defines an upper surface and a lower surface. Each side includes a casing 2. One of the outer casings 2 vertically and detachably houses one expandable flexible member 3, and the other outer casing houses the contact platform 4. The stent 1 includes a stent foot 5 that is positioned on parallel sides of the sides. Both the stent 1 and the foot 5 comprise a material and/or an anti-slip element that assists in maintaining the object in the same position while the stent is being used. The contact platform 4 has a flat surface 6 for the user to perform aerobic and cardiac movements. The platform is made of a foamed ethylene/vinyl acetate based polymeric material that is extremely stable and created to absorb shock. It is a kind of indoor synthetic floor that is elastically synthesized, which allows excellent recovery of energy because it contains microcellular closed vesicles. The flexible element 3 is vertically embedded in the outer casing 2 of one of the faces of the stent 1 and is sufficiently fixed at the point of the sea so that the user can stand on the device without moving it. The female mouth is visible 'it is a rectangular base-expandable flexible element having a rounded corner' perpendicular to the sides of the base and a slightly concave upper surface. The -10- 1249414 base may be thicker, with a number of handles shaped like notches and/or recesses that allow the user to easily hold the flexible element 3 when used separately. It can be used upside down for various sports such as squatting or when the user must lean on it, and so on. The slightly concave upper surface of the flexible element 3 allows the user to equalize it without the need to combat instability, and the same element 3 may be presented in the form of a semi-spherical spherical shape. Moreover, the rectangular shape of the base assists the orientation of the user, and the user does not have to refer to other components (walls, lines, etc.) in the environment, so that when compared with the same components having a circular base, the collective movement is facilitated. . As shown in Fig. 3, the foot 5 can be rotated by 180 degrees around an axis positioned on each of the sides, and parallel to the upper and lower ends, and can assume three different positions. Fig. 3 shows the foot 5 which is completely open to the outside and is accommodated on either side of each side of the bracket 1. In this case, the device can be positioned directly on the bottom surface, on the face including the platform 4, thus leaving it ready for use on the face including the flexible element 3 to effect equalization motion. The stand foot 5 can also be positioned on the face including the platform 4, in which case the device may be ready for use on the face including the flexible element 3 (see Figure 2), but in this case, It is in a relatively rising position, thus allowing the user to be effective against the balance with a greater degree of difficulty. To allow the user to perform aerobic and cardiac motion, the foot 5 can also be positioned on the face including the flexible member 3; thus the device is intended for use on the face including the platform 4 (see Figure 4). The fact that the foot 5 can be rotated allows the user to adjust the height, using 1249414 people to adjust the height to use the device. In this respect, the fact that the flexible element 3 is detachable allows the device to be used in a range of different ways: 1 • The face of the stent 1 is positioned on the foot 5 on the side comprising the platform 4. 2 • The face of the stent 1 is on the side comprising the platform 4, at a lower height, directly positioned on the opposite side for aerobic and cardiac motion. 3 · The surface of the bracket 1 is on the side including the platform 4, so that one of the feet 5 is in an open position, and the bracket is 180° and the other base is open, and the other surface of the platform 4 is allowed to be 90°. The person performs a slanting aerobic and cardiac exercise, or performs a lie down exercise, for example, a sit-up, etc. 4 - The face of the stand 1 is positioned on the foot 5 on the side comprising the element 3. 5. The face of the bracket 1 is positioned directly on the opposite side of the side comprising the element 3, allowing the user to perform equalizing motion at a lower height. 6. The face of the bracket 1 is on the side comprising the element 3 such that one of the feet 5 is in an open position, with an open position about the bracket 180° and the other base, and the other side of the element 3 is 90° to allow the user Perform a balanced movement of the tilt and practice lying down using the flexible element 3 as its supporting element. 7. Position the flexible element 3 upside down on the platform 4 of the device with the latter positioned directly on the bottom surface. 8. Position the flexible element 3 upside down on the platform 4 of the device with the latter being positioned directly on the base 5. 9. The flexible element 3 is individually in an upright position. 1 〇 . The flexible element 3 is individually turned up. -12- 1249414 π. Using the device according to 1, the flexible elements 3' used in combination with each other are in an upright and upturned position. 1 2 • Use the device according to 2, together with the flexible element 3 used individually, in an upright and upturned position. The characteristics of the flexible member 3 can be varied in terms of direction and strength of the same expansion pressure, since they function differently when used individually and in the holder 1 for use. As the different usage inferences from the preceding paragraphs, the device of the present invention allows a user to use a single component that combines a wide range of motions and functions, such as resuscitation motion, to be effective in general, and Improve aerobic, cardiac, equilibrium, proprioception and coordination at different heights in a joint and individual manner. An additional advantage of the device of the invention is that it can be easily stacked, such as shown in Figure 5. Figures 6 through 10 correspond to a preferred second embodiment of the present invention. The details of this second embodiment differing from the first embodiment are apparent below. As can be seen in Figure 6, the bracket 1 comprises a housing 2' having a series of flaps 7 on the side walls that fit into recesses 8 positioned on the side walls of the flexible element 3. The engagement of the flap 7 and the recess 8 allows the flexible element 3 to be properly secured in the outer casing 2, thus avoiding lateral movement or undesired deformation towards the interior of the edge when laterally stepping on the device. Furthermore, the outer casing 2 comprises a series of ribs 9 positioned on the base which are adapted to the recesses 1 of the flexible element 3 to ensure that the element 3 is properly defined in the outer casing 2 as a flap 7 It is also used to strengthen the structure of the stent 1. 1249414 The bracket 1 includes a series of grooves 1 1 positioned on the larger side to attach the elastic band to allow the user to perform physical strength and fitness. The bracket 1 and the foot 5 include a recess 12 on its side which serves as a handle for the pick-up. The four corners of the upper and lower faces of the device holder 1 show the rubber stoppers 1 3 'to prevent slippage when the bracket 1 is directly positioned on the ground. The shorter side of the bracket 1 includes a gap 14 having a housing 15 on the side into which the nipples 6 of the head of the foot 5 are embedded to define three positions of the rotating base 5. When the foot is positioned in an open position, the gap 14 is designed to allow the head of the foot 5 to fit on the bracket 1 with respect to the bracket 1180. Figure 8 shows the attitude of the foot 5 at this position with respect to the bracket 1 丨 8 (Γ. The expandable flexible element 3 considered in the second preferred embodiment presents a slightly concave upper surface, The edge thereof converges with the surface of the side of the bracket 1 to avoid the gait that poses a risk of injury to the user. As is apparent from Fig. 6, the upper surface of the expandable flexible member 3 is twisted with a series of surface ribs 17 Avoid slipping when the user is exercising. Figure 7 depicts the base of the flexible element 3 showing the recess 1 ,, corresponding to each rib, which makes the base of the element 3 more rigid and has a ridge 18 8 The entire profile, the ridge provides greater rigidity and is also supported by the base when the flexible element 3 is used individually and when it is housed in the bracket 1. The presence of the ridge 18 avoids the flexible element 3 The central portion of the base is positioned directly on the bottom surface or on the base of the outer casing 2 so that the flexible element 3 changes its performance when the user is exercising. Figure 7 also shows a valve 19 to change the flexibility. The pressure of the component 3, and the respective components of the flexible component 3 The upper recess 8 fits into a flap 7 positioned on the outer-14-1249414 casing 2 of the bracket 1. On the shorter side, the recess 8 forms a flap 2, which is used as a flexible The handle of the element 3. Figures 9 and 10 show the device of the invention having a riser 21 embedded in the foot 5, the riser 21 being a double height object and thus the user can change which of them is used Height, to operate the device. The device of Figure 9 is prepared for use on the face including the flexible element 3 to perform equalization, proprioception and coordination, etc., in this example, assuming that the riser 21 is introduced, The system is implemented from a higher position. In Fig. 10, the device is prepared for use on the face including the contact platform 4 to perform aerobic and cardiac motion, but in this example, it is assumed that the riser is introduced. 2, they are implemented from a higher position. Although not shown in any preferred embodiment, the device of the present invention can be used in water activities because the stand 1 has a cover to allow it to be filled with water and a Ballast, which allows the device to sink during its use Underwater, therefore, it is permissible to use it to practice gymnastics. While this is a description of two specific embodiments of the present invention, it will be apparent that the art is skilled in the art without departing from the scope of the appended claims. Persons may introduce changes and amendments or substitute others (which are technically equivalent) in lieu of the details. (5) Simple description of the drawings In order to make the above terms better understood, a series of schematic diagrams and examples have been included. The description represents a practical situation of a specific embodiment. In each of the drawings, Figures 1 and 6 show an exploded view of the first and second preferred embodiments of the apparatus of the present invention. Figure 2 is the A preferred embodiment of the drawings presents a face comprising an expandable flexible member. Figures 3 and 8 show a first and second preferred embodiment of the device of the present invention showing parallel to the stent. Open the foot of the position. Figure 4 is a view of a first preferred embodiment of the apparatus of the present invention showing the face including the contact platform.
第5圖是經堆積在彼此頂上之數個裝置之圖例如，本發 明中所擬議者。 第7圖顯示：本發明裝置的第二較佳具體實施例中可膨 脹之撓性元件的底座之圖。 第9及1 0圖顯示：本發明裝置的第二較佳具體實施例之 兩圖，其中已附著一個升高器。 主要部分之代表符號說明Figure 5 is a diagram of several devices stacked on top of each other, for example, as proposed in the present invention. Figure 7 is a view showing the base of an expandable flexible member in a second preferred embodiment of the apparatus of the present invention. Figures 9 and 10 show two views of a second preferred embodiment of the apparatus of the present invention in which a riser has been attached. Representative symbolic description of the main part
1 支架 2,15 外殻 3 可膨脹之撓性元件 4 接觸平台 5 支架足部 6 平面 7,20 摺翼 8,10,]2 凹座 9 肋 1 1 溝槽 -16 - 1249414 13 橡膠塞 14 間隙 16 螺紋接套 17 表面之肋 18 脊，支柱 19 閥 2 1 升高器1 bracket 2,15 housing 3 expandable flexible element 4 contact platform 5 bracket foot 6 plane 7,20 flaps 8,10,]2 recess 9 rib 1 1 groove 16 - 1249414 13 rubber stopper 14 Gap 16 Threaded ferrule 17 surface rib 18 ridge, post 19 valve 2 1 riser
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