201010757 九、發明說明： 【發明所屬之技術領域】 本發明是有關於-種健身器材，特別是指—種踏步機 0 【先前技術】 如圖1所示’習知一種踏步機包含-基座1、二踏板组 2及-刀別連接於該基座丨與該等踏板組2之間的阻尼桿 ❹ 3，該等踏板組2的—前端部2()1是同轴可轉動地設置於該 基座1的前端。如此，使用者可上、下踩動該等踏板粗2， 以達到運動的目的。 然而，由於該等踏板組2只能相對於該基座丨作上、 下擺動，因此，此種踏步機只能供使用者模擬原地踏步的 運動，再者’該等踏板組2上、下擺動的幅度有限，使用 者需操作較長的時間，才能產生足夠的運動量。 【發明内容】 因此本發明之目的，即在提供—種可供使用者模擬 走路、攸樓梯或跑步運動的踏步機。 本發明踏步機，包含一底座單元、一滑軌單元' 2單元’及-踏板單元。該滑執單^有二沿—軸向互相 :且傾斜地設置於該底座單元㈣軌，料滑軌分別且 ^端m端部，料滑軌㈣端部相對於 化軌的後端部是分別朝前、朝上延伸出。該傳動單… 第一轉輪…可轉動㈣置於該底座單元謂近於該 的 -可轉動:設置於該底座單元且鄰近於該等濟軌的前端： 201010757 滑軌的後端部的第二轉輪’及一套設於該第一、二轉輪的 第-傳動件。該踏板單元具有二分別可移動地裝設於該等 滑軌的踏板組’該等踏板組是分別與該第一傳動件連接， ，其中-踏板組沿該軸向移動至鄰近於其中—滑軌的前端 部時，另一踏板組是沿該轴向反向移動至鄰近於另一滑軌 的後端部。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之二較佳實施例的詳細說明中，將可清 楚的明白。 0 在提出詳細說明之前，要注意的是，在以下的說明中 ，類似的元件是以相同的編號來表示。 參閱圖2、3、4’為本發明踏步機的一第一較佳實施例 ，該踏步機包含：-底座單A 1G、—滑軌單元2()、一傳動 單元30、一阻力單元4〇，及一踏板單元5〇。. 該底座單元10具有一底架u、二互相平行且設置於該 底架11的一前端部的前豎桿12、一設置於該等前豎桿U 的一頂端部之間的前橫桿13、一設置於該底架u的一後端 部且平行於該前橫桿13的後橫桿14、一沿一軸向x連接於 該前、後橫桿13、14之間的連接桿15，及一與該底架u 連接且朝上延伸出的握把桿16ί>該連接桿15具有一朝上延 伸出的凸出部151。 該滑軌單元20具有二沿該軸向X互相平行且傾斜地設 置於該底座單元10的滑軌21，該連接桿15是介於該等滑 201010757 軌21之間。該等滑軌以分 j丹有一前端部211、一後端部 212,及-設置於該後端部212的緩衝部213。在本實施例 中’該等滑軌21的前端部211是分別與該前橫桿13連接， 該等滑軌21的後端部212是分別與該後橫桿U連接，使 該等前端部m相對於該等後端部212是分別朝前、朝上延 伸出。201010757 IX. Description of the invention: [Technical field of the invention] The present invention relates to a kind of fitness equipment, in particular to a stepper 0. [Prior Art] As shown in Fig. 1, a conventional stepper includes a base 1. The two pedal sets 2 and the knife are connected to the damper rod ❹ 3 between the base 丨 and the pedal group 2, and the front end portion 2 () 1 of the pedal group 2 is coaxially rotatably disposed At the front end of the base 1. In this way, the user can step on the pedals 2 up and down to achieve the purpose of exercise. However, since the pedal sets 2 can only swing up and down with respect to the base, the stepper can only be used for the user to simulate the motion of the stepping step, and then the 'step group 2, The amplitude of the lower swing is limited, and the user needs to operate for a long time to generate sufficient exercise. SUMMARY OF THE INVENTION It is therefore an object of the present invention to provide a stepper that allows a user to simulate walking, stair or running. The stepper of the present invention comprises a base unit, a slide unit '2 unit' and a pedal unit. The slippery order has two edges-axially mutually: and is obliquely disposed on the base unit (four) rail, the material slide rails respectively and the end of the m end, and the end of the material slide rail (four) is opposite to the rear end portion of the chemical rail Extending forward and upward. The drive wheel... the first revolver... is rotatable (four) placed on the base unit to be close to the - rotatable: disposed at the front end of the base unit and adjacent to the front end of the rail: 201010757 a second runner' and a set of first transmission members disposed on the first and second runners. The pedal unit has two pedal groups respectively movably mounted on the slide rails. The pedal groups are respectively connected to the first transmission member, wherein the pedal group moves along the axial direction to be adjacent thereto. At the front end of the rail, the other pedal set is moved in the opposite direction to the rear end portion adjacent to the other rail. The above and other technical contents, features and effects of the present invention will become apparent from the following detailed description of the preferred embodiments of the invention. 0 Before making a detailed description, it is to be noted that in the following description, similar elements are denoted by the same reference numerals. 2, 3, and 4' are a first preferred embodiment of the stepper of the present invention, the stepper comprising: - a base single A 1G, a slide unit 2 (), a transmission unit 30, a resistance unit 4 〇, and a pedal unit 5〇. The base unit 10 has a chassis u, two front vertical bars 12 which are parallel to each other and are disposed at a front end portion of the chassis 11, and a front cross bar disposed between a top end portion of the front vertical bars U. 13. A connecting rod disposed at a rear end portion of the chassis u and parallel to the rear cross bar 14 of the front cross bar 13, and a connecting rod connected between the front and rear cross bars 13, 14 along an axial direction x And a grip lever 16 connected to the chassis u and extending upwardly. The connecting rod 15 has a projection 151 extending upward. The rail unit 20 has two slide rails 21 which are disposed parallel to each other in the axial direction X and are disposed obliquely to the base unit 10. The connecting rod 15 is interposed between the rails 201010757. The slide rails have a front end portion 211, a rear end portion 212, and a buffer portion 213 provided at the rear end portion 212. In the present embodiment, the front end portions 211 of the slide rails 21 are respectively connected to the front cross bar 13, and the rear end portions 212 of the slide rails 21 are respectively connected to the rear cross bar U, so that the front end portions are respectively connected. m extends forwardly and upwardly with respect to the rear end portions 212, respectively.
的第二轉輪32，及一套設於該第 傳動件33 該傳動單元3G具有-可轉動地設置於該前橫桿13且 鄰近於該等滑軌21的前端部211的第—轉輪31、―可轉動 地設置於該該後橫桿14轉近於該等滑軌21的後端部212 二轉輪31 ' 32的第 該第一轉輪31具有一大徑輪部311，及一與該大徑輪 部3 11同軸設置的小徑輪部3 12。 在本實施例中，該第一傳動件33是套設於該大徑輪部 311與該第二轉輪32，且，該第一傳動件33是一種鋼索， 然而，可以理解的是，該第一傳動件33亦可為—種皮帶。 該阻力單元40具有一設置於該連接桿15且鄰近於該 第一轉輪31的阻力輪41、一第二傳動件42,及一磁性元 件43。 該阻力輪41具有一金屬材質的阻力盤部411，及一與 該阻力盤部411同軸設置的小徑輪部412。 該第二傳動件42是套設於該第一轉輪31的小徑輪部 312與該阻力輪41的小徑輪部412。在本實施例中，該第 二傳動件42是一種鋼索，然而，可以理解的是，該第二傳 7 201010757 動件42亦可為一種皮帶。 該磁性元件43是鄰近於該阻力輪41，並具有一沿該輛 向X可移動地裝設於該連接桿15的凸出部151的調整部 431、一與該調整部431連接的磁吸部432,及一設置於該 磁吸部432且朝向該阻力盤部411的凹槽433。 當該磁吸部432靠近該阻力盤部411時，該阻力盤部 411是延伸於該凹槽433内，如此，可增加該磁吸部432對 該阻力盤部411的磁吸力，而增大該第一轉輪31經該第二 傳動件42帶動該阻力輪41的阻力，相反地，當該磁吸部 432遠離該阻力盤部411時，該阻力盤部μ】是脫出該凹槽 433，如此，可減少該磁吸部432對該阻力盤部4ιι的磁吸 力，而降低該第一轉輪31經該第二傳動件42帶動該阻力 輪41的阻力。 該踏板單儿50具有二分別可移動地裝設於該等滑軌2ι 的踏板組51 ’該等踏板組51分別具有一滑座5ΐι、數互相 間隔且可轉動地設置於該滑座511外側的滾輪Η〕、一設置 於該滑座511内側的固定凸柱513、一與該固定凸柱⑴螺 接的螺栓5 14，及—設置於該滑座5 i j頂側的踏板5。 在本實施例中，該等滑軌21是分別穿過該等踏板組51 上、下間隔的滾輪512 ’並與該等滾輪512抵接，該第一傳 動件33是分別穿過該等踏板組51的固定凸柱513，並被該 等螺栓514迫緊，而分別與該等滑座511固定在一起。 藉此’如圖2、5所示’當使用者踩踏該等踏板組51 其中踏板組51會沿該軸向X移動至鄰近於其中一滑 201010757a second runner 32, and a set of the first transmission member 33. The transmission unit 3G has a first runner rotatably disposed on the front crossbar 13 and adjacent to the front end portion 211 of the slide rails 21 31. The first rotating wheel 31 rotatably disposed on the rear crossbar 14 to be closer to the rear end portion 212 of the sliding rail 21, the second rotating wheel 31'32 has a large diameter wheel portion 311, and A small-diameter wheel portion 3 12 disposed coaxially with the large-diameter wheel portion 3 11 . In this embodiment, the first transmission member 33 is sleeved on the large diameter wheel portion 311 and the second rotation wheel 32, and the first transmission member 33 is a steel cable. However, it can be understood that the The first transmission member 33 can also be a belt. The resistance unit 40 has a resistance wheel 41 disposed on the connecting rod 15 adjacent to the first rotating wheel 31, a second transmission member 42, and a magnetic element 43. The resistance wheel 41 has a metal resistance disk portion 411 and a small diameter wheel portion 412 disposed coaxially with the resistance disk portion 411. The second transmission member 42 is a small diameter wheel portion 312 that is sleeved on the first reel 31 and a small diameter wheel portion 412 of the resistance wheel 41. In the present embodiment, the second transmission member 42 is a steel cable. However, it can be understood that the second transmission 7 201010757 movable member 42 can also be a belt. The magnetic element 43 is adjacent to the resistance wheel 41 and has an adjusting portion 431 which is movably mounted to the protruding portion 151 of the connecting rod 15 along the X, and a magnetic attraction connected to the adjusting portion 431. a portion 432 and a groove 433 disposed in the magnetic portion 432 and facing the resistance disk portion 411. When the magnetic attraction portion 432 is adjacent to the resistance disk portion 411, the resistance disk portion 411 extends in the groove 433, so that the magnetic attraction force of the magnetic portion 432 to the resistance disk portion 411 can be increased and increased. The first rotating wheel 31 drives the resistance of the resisting wheel 41 via the second transmitting member 42. Conversely, when the magnetic attracting portion 432 is away from the resisting disk portion 411, the resisting disk portion is removed from the groove. 433. In this way, the magnetic attraction force of the magnetic attraction portion 432 to the resistance disk portion 4 ι can be reduced, and the resistance of the first rotating wheel 31 to drive the resistance wheel 41 via the second transmission member 42 can be reduced. The pedal unit 50 has two pedal groups 51 respectively movably mounted on the slide rails 2 ι. The pedal groups 51 each have a carriage 5 ΐ , a plurality of slots spaced apart from each other and rotatably disposed outside the carriage 511 The roller Η, a fixing protrusion 513 disposed on the inner side of the sliding block 511, a bolt 514 screwed to the fixing protrusion (1), and a pedal 5 disposed on the top side of the sliding seat 5 ij. In the present embodiment, the slide rails 21 are respectively passed through the upper and lower spaced rollers 512' of the pedal sets 51 and abut against the rollers 512, and the first transmission members 33 pass through the pedals respectively. The fixing bosses 513 of the group 51 are pressed by the bolts 514 and fixed to the sliders 511, respectively. Thereby, as shown in Figures 2 and 5, when the user steps on the pedal group 51, the pedal group 51 moves along the axial direction X to be adjacent to one of the slides 201010757
軌21的前端部211’同時，另一踏板組51則會沿該軸向X 反向移動至鄰近於另一滑軌21的後端部212，並抵靠於該 緩衝4213上，如此，當使用者連續踩踏該等踏板組η時 ’即可使兩腳不停地變換上、下及前、後位置，而達到運 動的目的。 經由以上的說明，可再將本發明的優點歸納如下： 本發明的滑軌21是呈前高後低的傾斜設置，且，該等 踏板組51是可移動地設置於該等滑軌21，並可透過該傳動 單7G 30作同步反向的大幅度移動，因此，當使用者連續踩 踏該等踏板組51時，除了可使兩腳不停地變換上、下位置 外，更可使兩腳不停地變換前、後位置，如此，使用者即 可模擬作出走路前進或爬樓梯、爬坡或跑步的運動狀態， 而在短時間内達到足夠的運動量。 ❹ 值得一提的是，該等滑軌21的後端部2丨2亦可改為分 別樞設於該底座單元10，該等滑軌21的前端部211亦可改 為分別可上、下移動地裝設於該底座單元1〇，如此，即可 隨使用者需要而調整該等滑軌21的傾斜角度。 參閱圖6、7，為本發明的一第二較佳實施例，該第二 較佳實施例是類似於該第一較佳實施例，其差異之處在於 該連接桿15的凸出部151是朝下延伸出。 該傳動單元30的第一轉輪31具有一大徑輪部311，及 一從該大徑輪部311延伸出且可轉動地設置於該前橫桿13 的轉轴部313。 201010757 該阻力單元40具有一設置於該前橫桿13且與該轉轴 部3Π底端動力連接的變速齒輪箱44、一金屬材質的阻力· 盤45，及一磁性元件46。 ' 該變速齒輪箱44具有一相反於該轉軸部313的輸出轉 轴441，該阻力盤45是設置於該輸出轉轴441的一底端上 。當該第一轉輪31經該轉轴部313驅動該變速齒輪箱44 的輸出轉轴441時，該輸出轉轴441驅動該阻力盤45的轉 速是大於該第一轉輪31的轉速。 該磁性元件46·是鄰近於該阻力盤45，並具有一沿該轴 G 向X可移動地裝設於該連接桿15的凸出部151的調整部 461、一與該調整部461連接的磁吸部462，及一設置於該 磁吸部462且朝向該阻力盤45的凹槽463。當該磁吸部 462靠近該阻力盤45時，該阻力盤45是延伸於該凹槽463 内，當該磁吸部462遠離該阻力盤45時，該阻力盤45是 脫出該凹槽463。如此，該第二較佳實施例亦可達到與上述 第一較佳實施例相同的目的與功效。 歸納上述’本發明之踏步機，可供使用者模擬作出走 ® 路前進或爬樓梯、爬坡或跑步的運動狀態，讓使用者的兩 腳不停地變換上' 下及前、後位置，而在短時間内達到足 夠的運動量，故確實能達到發明之目的。 惟以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請專利 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 10 201010757 【圖式簡單說明】 圖1是曰習知-種踏步機的立體示意圖； _圖.κ本發明的踏步機—第—較佳實施例的立體外觀 不意圖， 圖3疋該第較佳實施例的局部立體示意圖； 圖4疋圖2中該第一較佳實施例的左侧示意圖； 圖5是圖2中該第一較佳實施例的前視示意圖； 圖6是本發明的踏步機一第二較佳實施例的局部立體 外觀示意圖；及 圖7是該第二較佳實施例的另一局部立體外觀示竟圖 ❷ 11 201010757 【主要元件符號說明】 1…… …基座 33 .... …第一傳動件 2…… …踏板組 40 ···· …阻力單元 201… …前端部 41 .... …阻力輪 3…… …阻尼桿 411… …阻力盤部 10 ···· …底座單元 412··· …小徑輪部 11 ···· …底架 42 ···. …第二傳動件 12 ···· …前豎桿 43 ··.· …磁性元件 13 ··.· …前橫桿 431… …調整部 14 ..·· …後橫桿 432··. …磁吸部 15 .··· …連接桿 433… …凹槽 151… …凸出部 44 .··· …變速齒輪箱 16 ··.. …握把桿 441… …輸出轉軸 20 ···· …滑軌單元 45 ··.· …阻力盤 21 ···· …滑軌 46 ···. …磁性元件 211… …前端部 461… …調整部 212··. …後端部 462". …磁吸部 213… …緩衝部 463… …凹槽 30 ···· …傳動單元 50 ···· …踏板單元 31…· …第一轉輪 51 ···· …踏板組 311… …大徑輪部 511… …滑座 312··· …小徑輪部 512··· • · ·滚輪 313·.· …轉轴部 513··. …固疋凸柱 32 .··· …第二轉輪 514·.· …螺栓At the same time, the front end portion 211' of the rail 21 is moved in the opposite direction from the axial direction X to the rear end portion 212 adjacent to the other slide rail 21, and abuts against the buffer 4213, so that when When the user continuously steps on the pedal sets η, the two feet can be constantly changed to the upper, lower, front and rear positions to achieve the purpose of motion. Through the above description, the advantages of the present invention can be further summarized as follows: The slide rail 21 of the present invention is disposed in a front height and a low tilt position, and the pedal groups 51 are movably disposed on the slide rails 21, The drive 7G 30 can be used for synchronous reverse large movement. Therefore, when the user continuously steps on the pedal groups 51, in addition to changing the upper and lower positions of the two legs, the two can be The foot constantly changes the front and rear positions, so that the user can simulate the exercise state of walking forward or climbing stairs, climbing or running, and achieving a sufficient amount of exercise in a short time.值得 It is worth mentioning that the rear end portions 2丨2 of the slide rails 21 can also be respectively pivoted to the base unit 10, and the front end portions 211 of the slide rails 21 can also be changed to upper and lower respectively. The base unit 1 is movably mounted, so that the inclination angle of the slide rails 21 can be adjusted according to the needs of the user. Referring to Figures 6 and 7, a second preferred embodiment of the present invention is similar to the first preferred embodiment in that the protrusion 151 of the connecting rod 15 is different. It is extended downwards. The first reel 31 of the transmission unit 30 has a large diameter wheel portion 311, and a shaft portion 313 extending from the large diameter wheel portion 311 and rotatably provided to the front cross bar 13. 201010757 The resistance unit 40 has a shift gear box 44 disposed on the front crossbar 13 and coupled to the bottom end of the shaft portion 3, a metal resistance plate 45, and a magnetic member 46. The shift gear box 44 has an output shaft 441 opposite to the shaft portion 313, and the resistance disc 45 is disposed on a bottom end of the output shaft 441. When the first reel 31 drives the output shaft 441 of the shift gear box 44 via the spindle portion 313, the output shaft 441 drives the speed of the resistance disk 45 to be greater than the number of revolutions of the first wheel 31. The magnetic element 46· is adjacent to the resistance plate 45 and has an adjusting portion 461 that is movably mounted on the protruding portion 151 of the connecting rod 15 along the axis G, and is connected to the adjusting portion 461. The magnetic attraction portion 462 and a recess 463 disposed in the magnetic attraction portion 462 and facing the resistance disk 45. When the magnetic portion 462 is adjacent to the resistance plate 45, the resistance plate 45 extends in the groove 463. When the magnetic portion 462 is away from the resistance plate 45, the resistance plate 45 is disengaged from the groove 463. . Thus, the second preferred embodiment can achieve the same objects and effects as the first preferred embodiment described above. The above-mentioned stepping machine of the present invention can be summarized, and the user can simulate the movement state of walking or climbing stairs, climbing or running, so that the user's feet are constantly changing the upper, lower, front and rear positions. And to achieve a sufficient amount of exercise in a short time, it can indeed achieve the purpose of the invention. The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are All remain within the scope of the invention patent. 10 201010757 [Simplified illustration of the drawings] Fig. 1 is a schematic perspective view of a conventional stepping machine; _ Fig. κ. The stepper of the present invention - the preferred embodiment of the stereoscopic appearance is not intended, Fig. 3 FIG. 4 is a front view of the first preferred embodiment of FIG. 2; FIG. 5 is a front perspective view of the first preferred embodiment of FIG. A partial perspective view of a second preferred embodiment of the stepper; and FIG. 7 is another partial perspective view of the second preferred embodiment. FIG. 11 201010757 [Description of main components] 1...... 33 .... ...first transmission member 2 ... ... pedal group 40 · ··· ... resistance unit 201 ... front end portion 41 .... resistance wheel 3 ... ... damping rod 411 ... resistance disc portion 10 ···· ...base unit 412···...small diameter wheel part 11 ···· ...the bottom frame 42 ···....the second transmission part 12 ····...the front vertical rod 43 ····...magnetic Element 13 ····...front crossbar 431...adjustment section 14 ..··...rear crossbar 432··....magnetic section 15 .··· Connecting rod 433 ... groove 151 ... ... protruding portion 44 . . . . ... shifting gear box 16 ··.. grip lever 441 ... ... output shaft 20 ···· ... slide unit 45 ··. ...the resistance disk 21 ···· ...the slide rail 46 ···....the magnetic element 211...the front end portion 461...the adjustment portion 212··....the rear end portion 462".the magnetic attraction portion 213...the buffer portion 463 ...groove 30 ···· ...transmission unit 50 ···· ... pedal unit 31...·...first revolver 51 ····· pedal group 311...large diameter wheel unit 511...slider 312· ··... Small-diameter wheel part 512······Roller wheel 313···...Rotary shaft part 513··....Fixed post 32.···...Second wheel 514·.·...Bolt
12 201010757 515……踏板 X ........軸向12 201010757 515... pedal X ........ axial
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